WO2017045562A1 - Trading order payment information processing method and device - Google Patents

Abstract

Disclosed are a trading order payment information processing method and device. The method comprises: a logistics management platform server storing in advance correlations between commodity object features and average package weight values; receiving a request for acquiring international phase delivery charge information sent by a trading platform server regarding a currently generated specified trading order; extracting a target feature of a target commodity object from the specified trading order; comparing the target feature with the commodity object features in each pre-stored correlation, and calculating the international phase delivery charge according to the average package weight value corresponding to the successfully matched commodity object feature; and returning the international phase delivery charge information to the trading platform server.By means of the embodiments of the present application, the operation cost of a second user can be reduced, and system resources can be saved.

Description

Transaction order payment information processing method and device

The present application claims the priority of the Chinese Patent Application Serial No. No. No. No. No. No. No. No. No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No

Technical field

The present application relates to the field of order information processing technologies, and in particular, to a transaction order payment information processing method and apparatus.

Background technique

With the continuous development of e-commerce, the scope of business is no longer limited to the domestic, there has been a large number of import and export business. In the import and export business, the freight is generally divided into two parts, one is the domestic part and the other is the international part. The reason for the separate billing is that, in general, the domestic part of the freight is relatively low cost, therefore, generally adopts the method of fixed freight, that is, regardless of the weight of the parcel, the freight is fixed. It may even be free. However, for the international stage, since the transportation cost is relatively high, it is usually necessary to determine the transportation cost based on the weight of the package actually delivered. This separate billing method is fair to consumers.

However, in order to achieve the above-mentioned separate billing purposes, in the prior art, for the buyer user, if it is necessary to purchase an overseas product, three actions are required, and the order->to-single->sign-off is required. Relative to the domestic buyer's logistics experience: order->signing, more than a single operation. This order operation requires a waiting process and requires the buyer user to follow up the status of the order. Only when the buyer user finds that the purchased item has arrived at the container. (The container is a domestic port that specializes in international cargo transportation. After the warehouse), you can log in to the e-commerce transaction system again to perform the operation of the order. When the order is combined, the system calculates the freight of the international section based on the actual weight of the package, and then the goods are delivered to the buyer by the container.

It can be seen that in the prior art, for overseas buyers, the operating cost is relatively high. From the perspective of system resources, the multiple operations of the buyer user for the same order may also cause system network transmission, storage, etc. A large amount of resources.

Summary of the invention

The application provides a method and a device for processing transaction order payment information, which can save the operation cost of the second user and save system resources.

This application provides the following solutions:

A method for establishing a database of commodity object weight information, comprising:

Collecting historical delivery record information in a preset time period, where the historical delivery record information includes: commodity object information and package weight information associated with each historical transaction order;

Extracting features from the commodity object information associated with the historical transaction order, and clustering the historical transaction orders according to the extracted features to obtain a plurality of order categories;

Calculate the average of the package weights associated with historical trade orders in the same category;

The correspondence between the product object features extracted in each order category and the package weight average is saved, and the product object weight information database is generated.

A method for processing transaction order payment information, comprising:

The logistics management platform server pre-stores the correspondence between the product object characteristics and the package weight average;

Receiving a request for obtaining an international phase shipping fee information sent by the trading platform server for the currently generated specified trading order;

Extracting a target feature of the target commodity object from the specified transaction order;

Comparing the target feature with the product object feature in each of the pre-saved correspondences, and calculating an international phase shipping cost according to the package weight average corresponding to the successfully matched product object feature;

Returning the international phase shipping cost information to the trading platform server, so that the trading platform server determines the amount of the pending payment amount of the designated transaction order together with the domestic phase shipping fee and the commodity object cost .

A method for processing transaction order payment information, comprising:

The trading platform server receives the request for generating a transaction order and determines whether it corresponds to the import and export business;

Responding to the judgment result of the import and export business, sending a request for acquiring the international phase shipping cost information to the logistics management platform server, so that the logistics management platform server extracts the target feature of the target commodity object from the transaction order, and the target feature is Comparing with the product object features in the pre-stored correspondence relationship, and calculating the international phase shipping cost according to the package weight average corresponding to the matching product object features;

Receiving international phase transportation fee information returned by the logistics management platform server;

The international phase shipping fee, along with the domestic phase shipping cost and the commodity object cost, determines the amount of the pending payment amount for the specified transaction order and generates a payment operation option.

A method for processing transaction order payment information, comprising:

The second user client receives an operation request to purchase the specified commodity object;

Submitting the request to the trading platform server, so that the trading platform server determines whether the import and export business is corresponding, If yes, sending, to the logistics management platform server, a request for obtaining international phase transportation fee information, wherein the logistics management platform server extracts a target feature of the target commodity object from the transaction order, and correspondingly saves the target feature with a pre-storage Comparing the product object features in the relationship, and calculating an international phase shipping fee according to the package weight average corresponding to the matching successful product object feature; after the transaction platform server receives the international phase shipping cost information, the The international phase shipping fee, together with the domestic phase shipping fee and the commodity object cost, determines the amount of the pending payment amount for the specified transaction order and generates a payment operation option;

The payment operation option is provided so that the second user performs a payment operation on the international phase shipping fee, the domestic phase shipping fee, and the commodity object fee.

A method for processing transaction order payment information, comprising:

The trading platform server pre-stores the correspondence between the commodity object characteristics and the package weight average;

When receiving a request to generate a transaction order, it is determined whether the import and export business is corresponding;

In response to the determination result of the import and export business, extracting the target feature of the target product object, comparing the target feature with the product object feature in the pre-saved correspondence relationship, and matching the package corresponding to the successfully matched product object feature Average weight;

Sending a request for obtaining an international phase shipping fee to the logistics management platform server, and carrying the package weight average value in the request, so that the logistics management platform server calculates the international phase shipping cost according to the package weight average value;

Receiving international phase transportation fee information returned by the logistics management platform server;

The international phase shipping fee, along with the domestic phase shipping cost and the commodity object cost, determines the amount of the pending payment amount for the specified transaction order and generates a payment operation option.

A method for processing transaction order payment information, comprising:

The second user client receives an operation request to purchase the specified commodity object;

Submitting the request to the transaction platform server, so that the transaction platform server determines whether the import/export service is corresponding, and if yes, extracts the target feature of the target product object, and performs the target feature and the product object feature in the pre-saved correspondence relationship. Comparing, and according to the average of the package weight corresponding to the matching product object feature; sending a request for obtaining the international phase shipping fee to the logistics management platform server, and carrying the package weight average in the request, so that the logistics management The platform server calculates an international phase shipping fee according to the average value of the package weight, and after receiving the international phase shipping cost information, determining the international transaction cost together with the domestic phase shipping cost and the commodity object cost to determine the designated transaction order. Pending payment amount information and generating payment operation options;

Providing the payment operation option for the second user to pay the international phase shipping fee and the domestic phase shipping fee Payment operation with the cost of the product object.

An apparatus for establishing a database of commodity object weight information, comprising:

The information collecting unit is configured to collect historical distribution record information in a preset time period, where the historical distribution record information includes: commodity object information and package weight information associated with each historical transaction order;

a clustering unit, configured to perform feature extraction from the commodity object information associated with the historical transaction order, and cluster historical transaction orders according to the extracted features to obtain a plurality of order categories;

An average calculation unit for calculating an average value of package weights associated with historical transaction orders in the same category;

The saving unit is configured to store a correspondence between the product object features extracted by each of the order categories and the average value of the package weights, and generate the product object weight information database.

A transaction order payment information processing device, applied to a logistics management platform server, comprising:

a correspondence relationship holding unit, configured to pre-store a correspondence between a product object feature and a package weight average;

a fee acquisition request receiving unit, configured to receive a request for obtaining an international phase shipping fee information sent by the trading platform server for the currently generated specified transaction order;

a target feature extraction unit, configured to extract a target feature of the target commodity object from the specified transaction order;

a feature comparison unit, configured to compare the target feature with the product object feature in each of the pre-saved correspondences, and calculate an international phase shipping cost according to a package weight average corresponding to the successfully matched product object feature ;

a fee information returning unit for returning the international phase shipping fee information to the trading platform server, so that the trading platform server determines the designation together with the domestic phase shipping fee and the commodity object cost together with the commodity target fee The amount of pending payment information for the trade order.

A transaction order payment information processing device is applied to a transaction platform server, including:

a judging unit, configured to receive a request for generating a transaction order, and determine whether the import and export business is corresponding;

a fee acquisition request sending unit, configured to send, to the logistics management platform server, a request for acquiring international phase transportation fee information in response to the judgment result of the import and export business, so that the logistics management platform server extracts the target commodity object from the transaction order Target feature, comparing the target feature with the product object feature in the pre-saved correspondence relationship, and calculating the international phase shipping cost according to the package weight average corresponding to the successfully matched product object feature;

a fee information receiving unit, configured to receive an international phase shipping cost information returned by the logistics management platform server;

a payment amount information determining unit for charging the international phase shipping fee together with the domestic phase shipping fee and Together with the item cost, the amount of the pending payment information for the specified transaction order is determined and a payment operation option is generated.

A transaction order payment information processing device is applied to a second user client, including:

a first operation request receiving unit, configured to receive an operation request for purchasing a specified commodity object;

a first request submitting unit, configured to submit the request to the trading platform server, so that the trading platform server determines whether the import/export service is corresponding, and if yes, sends a request for obtaining the international phase shipping cost information to the logistics management platform server, The logistics management platform server extracts the target feature of the target product object from the transaction order, compares the target feature with the product object feature in the pre-stored correspondence relationship, and compares the package corresponding to the successfully matched product object feature a weight average, calculating an international phase shipping fee; after receiving the international phase shipping cost information, the trading platform server determines the designated transaction order together with the domestic phase shipping fee and the commodity object cost together with the domestic phase shipping cost Pending payment amount information and generating payment operation options;

And a first operation option providing unit, configured to provide the payment operation option, so that the second user performs a payment operation on the international phase shipping fee, the domestic phase shipping fee, and the commodity object fee.

A transaction order payment information processing device is applied to a transaction platform server, including:

a correspondence relationship holding unit, configured to pre-store a correspondence between a product object feature and a package weight average;

a judging unit, configured to determine whether the import and export business is corresponding when receiving the request for generating the transaction order;

The target feature extraction unit is configured to extract a target feature of the target product object in response to the determination result of the import and export service, compare the target feature with the product object feature in the pre-saved correspondence relationship, and successfully match the The average value of the package weight corresponding to the product object feature;

a fee acquisition request sending unit, configured to send a request for obtaining an international phase shipping fee to the logistics management platform server, and carrying the package weight average value in the request, so that the logistics management platform server calculates the average weight of the package International phase shipping costs;

a fee information receiving unit, configured to receive an international phase shipping cost information returned by the logistics management platform server;

The payment amount information determining unit is configured to determine the payment amount information of the designated transaction order together with the domestic stage transportation fee and the commodity target transportation fee, and generate a payment operation option.

A transaction order payment information processing device is applied to a second user client, including:

a second operation request receiving unit, configured to receive an operation request for purchasing a specified commodity object;

a second request submitting unit, configured to submit the request to the trading platform server, so that the trading platform server determines whether the import/export service is corresponding, and if yes, extracts a target feature of the target commodity object, and the target feature is Comparing with the product object features in the pre-saved correspondence relationship, and sending a request for obtaining the international phase shipping fee to the logistics management platform server according to the average of the package weight corresponding to the matching product object feature, and carrying the request in the request The package weight average value, so that the logistics management platform server calculates the international phase shipping cost according to the package weight average value, and after receiving the international phase shipping cost information, the international phase shipping cost together with the domestic phase shipping cost And the item object fee together, determining the amount of the pending payment amount of the specified transaction order, and generating a payment operation option;

And a second operation option providing unit, configured to provide the payment operation option, so that the second user performs a payment operation on the international phase shipping fee, the domestic phase shipping fee, and the commodity object fee.

According to a specific embodiment provided by the present application, the present application discloses the following technical effects:

According to the embodiment of the present application, since the correspondence between the product object feature and the package weight average value is saved in advance, after the transaction order is generated for the behavior of the second user to purchase the export product object, the pre-stored correspondence relationship may be directly Predict the weight of the package and calculate the shipping cost at the international stage. In this way, the cost of the product object, the domestic phase shipping fee, and the international phase shipping cost can be paid in one lump, without the second user tracking the order status. Single operation, therefore, the operating cost of the second user can be saved. In addition, from the perspective of system resources, system resources can also be saved because there is no need to log in to the system multiple times to perform order operations.

Of course, implementing any of the products of the present application does not necessarily require all of the advantages described above to be achieved at the same time.

DRAWINGS

In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings to be used in the embodiments will be briefly described below. Obviously, the drawings in the following description are only some of the present application. For the embodiments, those skilled in the art can obtain other drawings according to the drawings without any creative work.

1 is a flowchart of a first method provided by an embodiment of the present application;

2 is a flowchart of a second method provided by an embodiment of the present application;

3 is a flowchart of a third method provided by an embodiment of the present application;

4 is a flowchart of a fourth method provided by an embodiment of the present application;

FIG. 5 is a flowchart of a fifth method provided by an embodiment of the present application;

6 is a flowchart of a sixth method provided by an embodiment of the present application;

7 is a schematic diagram of a first device provided by an embodiment of the present application;

8 is a schematic diagram of a second device provided by an embodiment of the present application;

9 is a schematic diagram of a third device provided by an embodiment of the present application;

10 is a schematic diagram of a fourth device provided by an embodiment of the present application;

11 is a schematic diagram of a fifth device provided by an embodiment of the present application;

FIG. 12 is a schematic diagram of a sixth apparatus according to an embodiment of the present application.

detailed description

The technical solutions in the embodiments of the present application are clearly and completely described in the following with reference to the drawings in the embodiments of the present application. It is obvious that the described embodiments are only a part of the embodiments of the present application, and not all of the embodiments. All other embodiments obtained by those of ordinary skill in the art based on the embodiments of the present application are within the scope of the present disclosure.

In the embodiment of the present application, in order to simplify the operation process of the second user (for example, the buyer user or the like, the corresponding seller user or the merchant, etc. may be referred to as the first user), the one-time payment domestic phase and the international phase may be adopted. The way the fee is. In this case, since the shipping fee at the domestic stage is usually paid together with the cost of the commodity object itself, that is, in the embodiment of the present application, the international phase shipping fee, the domestic phase shipping fee, and the cost of the commodity object itself can be paid together. And, after the transaction order is generated, the payment can be completed, and there is no need to follow up the status of the order in order to pay the fee. In this way, the operating cost of the second user can be reduced, and for the system, overhead such as network transmission is also saved. The specific implementation is described in detail below.

Embodiment 1

As mentioned above, when calculating the transportation cost in the international stage, it is usually necessary to calculate according to the specific weight of the actual package. It is also because of this, in the prior art, the package will only be weighed after it reaches the container. And calculate the specific international phase shipping costs. In the embodiment of the present application, if the international stage transportation fee is paid if the transaction order is generated, it means that the product has not actually been shipped out of the warehouse, but when the commodity is delivered, the commodity is packaged, for example, boxed and placed. Fillings, etc., the international phase costs incurred during the actual shipping process are also calculated based on the actual weight of the package after packaging. Therefore, how to calculate the shipping cost of the international stage in the case of the unknown package weight is a problem to be considered.

Therefore, in the first embodiment of the present application, a method for establishing a database of weight information of a commodity object is first provided. The method is to establish a database of package weight information by performing big data analysis on historical distribution records.

Referring to Figure 1, the method can include the following steps:

S101: Collect historical distribution record information in a preset time period, where the historical distribution record information includes: each history Product object information and package weight information associated with the transaction order;

With regard to historical distribution records, it refers to records generated during the past period of time, for example, the past year, quarter, month, etc., for the delivery of goods for each transaction order. The specific historical distribution record information may include commodity object information associated with each order, package weight information, and the like. That is to say, each time a transaction order is generated, the relevant information generated during the delivery process of the order can be recorded. For example, for an international business order, when the package warehouse returns the package weight information about the order, Make a record.

S102: Perform feature extraction from the commodity object information associated with the historical transaction order, and cluster historical transaction orders according to the extracted features to obtain a plurality of order categories;

After collecting historical distribution record information for a period of time, it can be analyzed. In the specific analysis, the feature extraction may be first performed from the commodity object information associated with the historical transaction order, and then the historical transaction orders are clustered according to the extracted features to obtain a plurality of order categories. That is to say, the historical transaction orders can be classified first, and the classification principle can be: within the same category, the package weights corresponding to different transaction orders are similar. Then, the package weight information can be extracted from each order category separately, and then the average weight of the package in the same type of order can be calculated to represent the package weight of the order.

In the process of extracting the feature of the product object, there may be multiple features that can be extracted. The principle may be that the product object having the same feature has similar package weights. In other words, the package weight will be concentrated in a certain range, and the dispersion is not high.

For example, in one implementation, the category to which the item object belongs may be extracted as a feature of the item object. That is to say, for the goods of the same category, the weight of the package after packaging is usually similar. For example, the same is the object of shampoo, the package obtained after packaging is usually about one kilogram. and many more. Therefore, the transaction orders corresponding to the same product object category can be clustered into the same order category, and the average weight of the package is determined according to the historical distribution record for each different category of commodity objects.

It should be noted that, regarding the category to which the commodity object belongs, in the trading platform server, it is usually divided into multiple levels of categories, for example, including multiple primary categories, and each primary category may also be divided. There are multiple secondary categories, and the secondary categories may also be divided into multiple tertiary categories, and so on. In the embodiment of the present application, the classification of the transaction order may be determined according to the specific situation. For example, it is assumed by statistics that after the commodity objects are classified into the secondary category, the weights of the packages corresponding to the commodity objects in the same category are nearly the same, then the division of the transaction order categories can be performed according to the secondary category. and many more. For example, if a certain category is cosmetic, and the secondary category included in the primary category is makeup, personal care, etc., the historical transaction order can be divided into makeup orders, personal care according to the secondary category. Class orders, and so on. Or, you can also do a personal care class Further subdivision, for example, the third-level category underneath is shampoo, hair dyed perm, toothpaste, etc. The weight between the three is often quite different, so it can be subdivided into shampoo orders. , hair dyed hair products orders, toothpaste orders, and so on.

Of course, in practical applications, the same category of commodity objects may have different specifications/models. For example, it is also a certain shampoo, and some may be 400ml, some are 200ml, and so on. Therefore, in order to make the finally obtained package weight information more accurate, in the classification of the transaction order, in addition to considering the category information to which the product object belongs, information such as specifications/models can also be considered.

That is to say, transaction orders corresponding to the same specification/model of the same product object category can be clustered into the same order category. That is, the category of the trade order can include: 400ml shampoo order, 200ml shampoo order, and so on.

In addition, since the product objects managed by the same first user tend to have similarities, for example, a first user only deals with a cosmetic product object, and the package of the product object is used because of the packaging material, the filler, and the quality of the product object itself. Specifications and the like have similarities, so the final package weight may be similar. Therefore, the extracted product object feature may further include a first user identifier to which the product object belongs, such that the transaction orders belonging to the same first user may be clustered into the same order category. For example, the order of the first user A, the order of the first user B, and the like.

Of course, in practical applications, the characteristics of the commodity objects that can be extracted may also be various, for example, the brand, model, name, and the like of the commodity object may be specific, although this method may make the database scale large, but More accurate package weight information can be obtained by refinement of the classification. In addition, a variety of features can be combined, and so on. In short, in the specific implementation, the characteristics that need to be extracted may be selected according to the actual requirements of the accuracy, which are not enumerated here, but are all within the protection scope of the present application.

S103: Calculate an average value of package weights associated with historical transaction orders in the same category;

After the historical transaction order is divided into multiple categories, the average of the package weights associated with each order can be calculated within each order category. With this average, represents the possible package weight for this category of orders.

S104: The correspondence between the product object features extracted in each order category and the package weight average value is saved, and the product object weight information database is generated.

After calculating the average of the package weights corresponding to each order category, the correspondence between the product object features extracted in each order category and the average value of the package weights can be saved, so that the goods can be generated. Object weight information database.

For example, assuming that the historical transaction order is divided from the category point of view, the generated commodity object weight information database can be as shown in Table 1:

Table 1

Commodity object characteristics	Package weight average
Shampoo	1000g
Toothpaste	200g
......	......

Assuming that the historical transaction order is divided from the commodity object category and the specification/model, the generated commodity object weight information database can be as shown in Table 2:

Table 2

Commodity object characteristics	Package weight average
400ml shampoo	1000g
200ml shampoo	500g
......	......

Assuming that the historical transaction order is divided from the first user perspective to which the commodity object belongs, the generated commodity object weight information database can be as shown in Table 3:

table 3

Commodity object characteristics	Package weight average
First user A	2000g
First user B	500g
......	......

That is to say, in the embodiment of the present application, the average package weight of various commodity objects in the historical distribution record can be used to predict the package weight corresponding to the newly generated transaction order, and then the international phase transportation cost is calculated. Therefore, there may be a difference between the actual package weight and the predicted value, but it is acceptable as long as it is within a certain range. For the difference part, the first user or the logistics service provider may be negotiated in advance, for example, for the first user or the logistics service provider who agrees to use the function, which allows the existence of the aforementioned difference, or may also pass other The way to compensate for this difference, and so on.

In an actual application, in order to prevent the actual package weight of the actual product object from being too different from the predicted weight, in the embodiment of the present application, after calculating the average weight of the package corresponding to each category, the Calculate the variance within the same category, that is, calculate the weight of each package and the average within the same category The degree of deviation between the two, in order to reflect the degree of dispersion of the package weight corresponding to each order in the category, if the degree of dispersion meets the preset conditions, the average weight is used to represent the predicted value of the package weight of the category. Otherwise, it is proved that the category is not suitable for prediction in such a way as to calculate the weight average of the package, and the category can be further subdivided into more categories, or the commodity object of the category can still be used in the traditional The method to handle, that is, still need the second user to perform the order operation, and so on. For example, the original order category is personal care. After calculating the average weight of the package and calculating the variance, it is found that the weight of each package in the category is more discrete, and the category can be further subdivided into shampoo. Classes, toothpastes, etc.

In the above embodiment, a method for establishing a package weight information database is introduced. In the specific implementation, the process of establishing the database may be offline by a logistics management platform server (for example, Taobao's rookie logistics treasure system) in the transaction platform. The way it is done. Of course, in practical applications, the database may also be established by other means. For example, the related data may be submitted by the logistics service provider client, for example, the correspondence between the characteristics of each commodity object and the weight of the package may also be included. ,and many more. In summary, the established database can be saved directly on the logistics management platform server, or it can be saved on the trading platform server.

Among them, the so-called logistics management platform server is usually used to perform logistics-related operations, including maintaining logistics resources, scheduling various logistics resources, and so on. The trading platform server is used to interact with the front-end user, provide information displayed on the front-end interface, generate transaction orders, and the like.

In the following, when the transaction order is specifically generated, the processing method of the payment information is introduced by using the database established above.

Embodiment 2

In the second embodiment, the database established in the first embodiment can be saved in the logistics management platform server, and the payment process is completed through the interaction between the logistics management platform server and the transaction platform server. In the second embodiment, the first introduction is from the perspective of the logistics management platform server.

Referring to FIG. 2, the second embodiment provides a method for processing transaction order payment information, and the method may include the following steps:

S201: The logistics management platform server pre-stores a correspondence between the product object feature and the package weight average value;

As described in the first embodiment, the correspondence may be obtained by means of big data analysis, or may be uploaded by a logistics service provider client. In summary, the foregoing correspondence may be saved by the logistics management platform server.

S202: Receive a request for acquiring the international phase shipping fee information sent by the trading platform server for the currently generated specified transaction order;

At the front end, the second user can browse through various product objects through the product object display page provided by the trading platform server, which can include imported goods. When the second user selects an imported product and performs a purchase operation, the trading platform can generate a corresponding transaction order for the transaction. At this time, the trading platform can calculate the required payment amount. In the embodiment of the present application, the payment amount calculated at this time may include three parts, first, including the price of the commodity object itself, which is determined when the first user issues the commodity object, and secondly, the commodity object is in the domestic The transportation cost of the stage, which is usually pre-determined by the first user, and may include the shipping cost of the international stage.

Regarding the transportation cost of the international stage, since the product has not been actually unloaded, the package is not packaged, and the actual package weight cannot be determined. However, in the embodiment of the present application, since the correspondence in the foregoing step S201 is saved in advance, The correspondence is used to predict the package weight.

Specifically, the transaction platform server may request the logistics management platform server to obtain the international phase shipping fee, and the related information of the commodity object may be carried in the request, including the commodity object id and the like.

S203: Extract a target feature of the target commodity object from the specified transaction order;

After receiving the request, the logistics management platform server may first extract the target feature of the target commodity object from the request. When the target feature extraction is performed, the extraction may be performed according to the specific feature information in the correspondence relationship saved in step S201. For example, in the correspondence relationship stored in advance, if the feature of the product object is category information, the target feature extracted at this time may be the category information to which the target product object belongs. If the feature of the product object is the category information and the specification/model information in the correspondence relationship stored in advance, the target feature extracted at this time may be the category information and the specification/model information to which the target product object belongs. In addition, if the feature of the product object is the first user identifier to which the product object belongs in the correspondence relationship stored in advance, the target feature extracted at this time may also be the first user identifier to which the target product object belongs, and the like.

S204: Comparing the target feature with the product object feature in each of the pre-saved correspondences, and calculating an international phase shipping cost according to the package weight average corresponding to the successfully matched product object feature;

After the target feature is extracted, the target feature is compared with the product object feature in the pre-saved correspondence, and the international stage shipping is calculated according to the average package weight corresponding to the successfully matched product object feature. cost.

For example, suppose that the feature extracted from the current target product object is that the product object belongs to the shampoo class and has a specification of 400 ml, and according to the correspondence relationship saved in Table 2, it can be determined that the first item matches the first item. Therefore, it can be determined that the predicted value of the package weight corresponding to the current transaction order is 1000 g. Further, the logistics management platform server may further determine a provider that provides an international distribution service for the transaction order, and may also calculate a predicted weight of the package according to an international stage charging standard preset by the logistics service provider. International phase shipping costs.

S205: Return the international phase shipping cost information to the trading platform server, so that the trading platform server determines the pending payment of the designated transaction order together with the domestic phase shipping fee and the commodity object cost. Amount information.

After calculating the shipping cost of the international stage, the logistics management platform server can return to the trading platform server, so that the trading platform server can determine the waiting order of the designated transaction order together with the domestic stage shipping cost and the commodity object cost. The payment amount information, the second user can perform payment operations for the three parts of the fee at the same time. It can be seen that, for the second user, the single-single operation is omitted, and the state of the order is not required to be paid for the remaining expenses, and the delivery time is prolonged due to the untimely operation of the second user's combined order. occur.

Of course, since the international stage transportation fee actually paid by the second user is calculated based on the package weight predicted by the system, it may deviate from the actual package weight. For this case, compensation or the like can be performed by the first user. But in fact, in the long run, even if the compensation operation is not performed, the first user and the second user may not cause too much loss. This is because part of the cost of the last payment may be offset by the next less payment. As long as the feature extraction of the product object is reasonable, the weight dispersion of the package within the same type of order can be controlled within a certain range.

In summary, in the second embodiment of the present application, since the correspondence between the product object feature and the package weight average value is saved in advance, after the transaction order is generated for the behavior of the second user to purchase the export product object, the The saved correspondence, predicting the weight of the package, and calculating the shipping cost at the international stage, so that the cost of the product object, the domestic phase shipping fee, and the international phase shipping cost can be paid in one lump, without the second user tracking the order. The status, the operation of the joint order, and the like, therefore, the operating cost of the second user can be saved. In addition, from the perspective of system resources, system resources can also be saved because there is no need to log in to the system multiple times to perform order operations.

After the payment information processing of the transaction order is performed in the manner of the second embodiment of the present application, if the second user pays successfully, the transaction platform server may further send a payment success notification message to the logistics management platform server, so that the logistics management platform server can Create a logistics order in which the information on the successful payment of the domestic and international shipping costs can be recorded, and the domestic delivery instructions are sent to the logistics service provider client. When it is monitored that the corresponding goods have been delivered to a designated type of warehouse (such as a consignment warehouse, etc.), the delivery service can also be sent to the logistics service provider client according to the payment information recorded in the logistics order and the international stage delivery instruction. In this way, after being transported to the container, it is not necessary to wait for the second user's joint operation, and the company can directly enter the international stage distribution process, thereby improving the distribution efficiency, so that the second user can receive in a shorter time. The object of the product purchased by yourself.

It should be noted that, in the second embodiment, the related content of the correspondence between the product object feature and the package weight average can be referred to in the first embodiment, and details are not described herein again.

Embodiment 3

The third embodiment is corresponding to the second embodiment. Similarly, the correspondence between the product object feature and the package weight average value is stored in the logistics management platform server, but the third embodiment is introduced from the perspective of the transaction platform server. .

Referring to FIG. 3, the third embodiment provides a method for processing transaction order payment information, which may include the following steps:

S301: The transaction platform server receives the request for generating a transaction order, and determines whether the import and export business is corresponding;

Generally, for import and export business, the trading platform server can be provided through specific channels, sections, topics, etc., so that such channels, sections, topics, and the like can be identified to determine whether the current transaction involves import and export business.

S302: in response to the determination result of the import and export business, send a request for acquiring the international phase shipping cost information to the logistics management platform server, so that the logistics management platform server extracts the target feature of the target commodity object from the transaction order, and the The target feature is compared with the product object feature in the pre-saved correspondence relationship, and the international phase shipping cost is calculated according to the package weight average corresponding to the successfully matched product object feature;

S303: Receive international phase transportation fee information returned by the logistics management platform server;

S304: Determine the payment amount information of the designated transaction order together with the domestic stage transportation cost and the domestic stage transportation cost and the commodity object cost, and generate a payment operation option.

After receiving the payment operation request through the payment operation option, the payment amount information may be submitted to the payment platform server (for example, Alipay, etc.), and after receiving the payment success message returned by the payment platform server, A payment success message is sent to the logistics management platform server, so that the logistics management platform server creates a logistics order and sends it to the logistics service provider client, and carries the domestic and international shipping costs in the logistics order. Information that has been successfully paid by the logistics service provider's collection and collection After the corresponding goods, the transportation in the international stage is directly carried out.

Embodiment 4

The fourth embodiment corresponds to the foregoing two embodiments and the three phases of the embodiment, that is, the correspondence between the commodity object feature and the package weight average is also stored in the logistics management platform server, but the fourth embodiment is Introduced from the perspective of the second user client.

Referring to FIG. 4, the fourth embodiment provides a method for processing transaction order payment information, which may include the following steps:

S401: The second user client receives an operation request for purchasing the specified commodity object;

S402: Submit the request to the transaction platform server, so that the transaction platform server determines whether the import/export service is corresponding, and if yes, sends a request for obtaining the international phase transportation fee information to the logistics management platform server, where the logistics management platform server Extracting a target feature of the target product object in the transaction order, comparing the target feature with a product object feature in a pre-saved correspondence relationship, and calculating an international value according to a package weight average corresponding to the successfully matched product object feature a stage transportation fee; after receiving the international stage transportation cost information, the transaction platform server determines the amount of the payment amount of the designated transaction order together with the domestic stage transportation cost and the commodity object cost, and Generate payment action options;

S403: The payment operation option is provided, so that the second user performs a payment operation on the international phase shipping fee, the domestic phase shipping fee, and the commodity object fee.

Since the foregoing embodiment 3 and the fourth embodiment are different from the second embodiment, only the execution subject is different. Therefore, the related specific implementation can be referred to the introduction in the second embodiment, and the product object feature and the package weight average value are For the related content of the corresponding relationship, refer to the introduction in the first embodiment, and details are not described herein again.

Embodiment 5

In the fifth embodiment, the correspondence between the product object feature and the package weight average value may be saved in the transaction platform server, and specifically, may be provided by the logistics management platform server to the transaction platform server in advance, of course, if the logistics The corresponding relationship calculated by the management platform server changes, and the synchronization update can also be performed to the transaction platform server.

Referring to FIG. 5, the fifth embodiment first provides a transaction order payment information processing method from the perspective of a transaction platform server, and the method may include the following steps:

S501: The trading platform server pre-stores a correspondence between the product object feature and the package weight average value;

S502: When receiving the request for generating a transaction order, determining whether the import and export business is corresponding;

S503: responsive to the determination result of the import and export business, extracting the target feature of the target product object, comparing the target feature with the product object feature in the pre-saved correspondence relationship, and corresponding to the product object feature that is successfully matched according to the matching Average package weight;

That is to say, in this implementation manner, since the trading platform server stores the correspondence between the commodity object feature and the package weight average, the trading platform can directly directly according to the commodity object information included in the currently generated transaction order. The target feature extraction operation of the commodity object is performed, and the predicted package weight is determined.

S504: Send a request for obtaining an international phase shipping fee to the logistics management platform server, and carry the package weight average value in the request, so that the logistics management platform server calculates an international phase shipping cost according to the package weight average value;

Due to the specific use of logistics resources for distribution, and the billing standards of various logistics resources, it is usually determined by the logistics management platform server. Therefore, after the transaction platform server predicts the package weight, it can still send to the logistics management platform server. A request to obtain an international phase shipping fee can simply carry the predicted package weight information directly in the request.

S505: Receive international phase transportation cost information returned by the logistics management platform server;

S506: Determine the to-be-paid amount information of the designated transaction order together with the domestic-stage shipping cost and the commodity-phase shipping cost, and generate a payment operation option.

Embodiment 6

The sixth embodiment corresponds to the fifth embodiment, that is, the correspondence between the product object feature and the package weight average value is saved in the transaction platform server, and the sixth embodiment is performed from the perspective of the second user client. Introduction.

Referring to FIG. 6, this embodiment 6 provides a method for processing transaction order payment information, which may include the following steps:

S601: The second user client receives an operation request for purchasing the specified commodity object;

S602: Submit the request to the transaction platform server, so that the transaction platform server determines whether the import/export service is corresponding, and if yes, extracts the target feature of the target product object, and compares the target feature with the pre-stored corresponding product object. Feature comparison, and according to the average value of the package weight corresponding to the matching product object feature; sending a request for obtaining the international phase shipping fee to the logistics management platform server, and carrying the package weight average value in the request, so as to The logistics management platform server calculates the international phase transportation cost according to the average value of the package weight, and after receiving the international phase transportation cost information, the international phase transportation cost together with the domestic stage The segment shipping fee and the item object cost together determine the amount of the pending payment amount for the specified transaction order and generate payment operation options;

S603: The payment operation option is provided, so that the second user performs a payment operation on the international phase shipping fee, the domestic phase shipping fee, and the commodity object fee.

Corresponding to the first embodiment, the embodiment of the present application further provides an apparatus for establishing a database of weight information of a commodity object. Referring to FIG. 7, the apparatus may include:

The information collecting unit 701 is configured to collect historical delivery record information in a preset time period, where the historical delivery record information includes: commodity object information and package weight information associated with each historical transaction order;

The clustering unit 702 is configured to perform feature extraction from the commodity object information associated with the historical transaction order, and cluster the historical transaction orders according to the extracted features to obtain a plurality of order categories;

The average value calculating unit 703 is configured to calculate an average value of the package weights associated with the historical transaction orders in the same category;

The saving unit 704 is configured to store a correspondence between the product object features extracted in each order category and the package weight average value, and generate the product object weight information database.

The feature extracted from the product object information includes a category to which the product object belongs, and the clustering unit includes:

The first cluster sub-unit is configured to cluster the transaction orders corresponding to the same commodity object category into the same order category.

Alternatively, the feature extracted from the product object information includes a category to which the product object belongs and a specification/model, and the clustering unit includes:

The second cluster sub-unit is configured to cluster the transaction orders corresponding to the same specification/model of the same product object category into the same order category.

Alternatively, the feature extracted from the product object information includes a first user identifier to which the product object belongs, and the clustering unit includes:

The third cluster sub-unit is configured to cluster the transaction orders belonging to the same first user into the same order category.

In addition, in order to make the calculated package weight information more valuable, the apparatus may further include:

a variance calculation unit, configured to perform variance calculation in the same category after calculating an average value of package weights associated with historical transaction orders in the same category, to obtain dispersion degree information of each package weight in the same category;

And a triggering unit, configured to trigger the step of performing the saving correspondence if the disparity degree information meets a preset condition.

Corresponding to the second embodiment, the embodiment of the present application further provides a transaction order payment information processing device, which is applied to a logistics management platform server. Referring to FIG. 8, the device may include:

The correspondence relationship holding unit 801 is configured to pre-store a correspondence between the product object feature and the package weight average value;

The fee acquisition request receiving unit 802 is configured to receive a request for obtaining the international phase shipping fee information sent by the trading platform server for the currently generated specified transaction order;

a target feature extraction unit 803, configured to extract a target feature of the target commodity object from the specified transaction order;

The feature comparison unit 804 is configured to compare the target feature with the product object feature in each of the pre-saved correspondences, and calculate the international phase shipping according to the package weight average corresponding to the successfully matched product object feature. cost;

The fee information returning unit 805 is configured to return the international phase shipping fee information to the trading platform server, so that the trading platform server determines the international phase shipping cost together with the domestic phase shipping fee and the commodity object cost. Specify the amount of pending payment information for the trade order.

The product object feature saved in the correspondence relationship includes category information to which the product object belongs;

The target feature extraction unit includes:

a first extracting subunit, configured to extract, from the specified transaction order, category information to which the target commodity object belongs.

Or the product object feature saved in the correspondence relationship includes a category to which the product object belongs and specification/model information;

The target feature extraction unit includes:

And a second extraction subunit, configured to extract, from the specified transaction order, a category and specification/model information to which the target commodity object belongs.

Or the product object feature saved in the correspondence relationship includes first user identifier information to which the product object belongs;

The target feature extraction unit includes:

And a third extraction subunit, configured to extract, from the specified transaction order, first user identification information to which the target commodity object belongs.

In addition, the device may further include:

a payment success notification message receiving unit, configured to receive a payment success notification message sent by the transaction platform server;

a logistics order creation unit for creating a logistics order, and recording, in the logistics order, information that the shipping costs in the domestic phase and the international phase have been successfully paid;

a first delivery instruction sending unit, configured to send a domestic phase delivery instruction to the logistics service provider client;

The second delivery instruction sending unit is configured to: when the corresponding goods have been delivered to the designated type warehouse, send the delivery and the international stage delivery instruction to the logistics service provider client according to the payment information recorded in the logistics order.

The pre-saved correspondence is established in the following manner:

The information collecting unit is configured to collect historical distribution record information in a preset time period, where the historical distribution record information includes: commodity object information and package weight information associated with each historical transaction order;

a clustering unit, configured to perform feature extraction from the commodity object information associated with the historical transaction order, and cluster the transaction orders according to the extracted features to obtain a plurality of order categories;

An average calculation unit for calculating the average of the package weights associated with historical transaction orders in the same category.

Alternatively, the pre-saved correspondence is obtained by:

The correspondence receiving unit is configured to receive the corresponding relationship submitted by the logistics service provider client and save the corresponding relationship.

Corresponding to the three-phase embodiment, the embodiment of the present application further provides a transaction order payment information processing device, which is applied to a transaction platform server. Referring to FIG. 9, the device may include:

The determining unit 901 is configured to receive a request for generating a transaction order, and determine whether the import and export service is corresponding;

The fee acquisition request sending unit 902 is configured to send, to the logistics management platform server, a request for acquiring the international phase shipping cost information, in response to the determination result of the import and export business, so that the logistics management platform server extracts the target commodity object from the transaction order Target feature, comparing the target feature with the product object feature in the pre-saved correspondence relationship, and calculating the international phase shipping cost according to the package weight average corresponding to the successfully matched product object feature;

The fee information receiving unit 903 is configured to receive the international phase shipping cost information returned by the logistics management platform server;

The payment amount information determining unit 904 is configured to determine the payment amount information of the designated transaction order together with the domestic stage shipping fee and the commodity target shipping cost, and generate a payment operation option.

Wherein, the device may further comprise:

a payment request receiving unit, configured to submit the payment amount information to the payment platform server after receiving the payment operation request by using the payment operation option;

a payment success message sending unit, configured to send a payment success message to the logistics management platform server after receiving the payment success message returned by the payment platform server, so that the logistics management platform server creates a logistics order and sends the logistics order to the logistics Service provider client, and carries the domestic phase and country in the logistics order The information on the successful payment of the transportation costs in the inter-stage period is directly transmitted to the international stage after receiving the corresponding goods from the transshipment warehouse of the logistics service provider.

Corresponding to the fourth embodiment, the embodiment of the present application further provides a transaction order payment information processing device, which is applied to a second user client. Referring to FIG. 10, the device may include:

a first operation request receiving unit 1001, configured to receive an operation request for purchasing a specified commodity object;

The first request submitting unit 1002 is configured to submit the request to the transaction platform server, so that the transaction platform server determines whether the import/export service is corresponding, and if yes, sends a request for obtaining the international phase transportation fee information to the logistics management platform server, The logistics management platform server extracts a target feature of the target product object from the transaction order, compares the target feature with a product object feature in a pre-saved correspondence relationship, and corresponds to the successfully matched product object feature. The package weight average calculates the international stage shipping cost; after receiving the international stage shipping cost information, the trading platform server determines the designated transaction order together with the domestic stage shipping cost and the commodity object cost together with the international stage shipping cost The amount of pending payment information and generate payment operation options;

The first operation option providing unit 1003 is configured to provide the payment operation option, so that the second user performs a payment operation on the international phase shipping fee, the domestic phase shipping fee, and the commodity object fee.

Corresponding to the fifth embodiment, the embodiment of the present application further provides a transaction order payment information processing device, which is applied to a transaction platform server. Referring to FIG. 11, the device may include:

The correspondence relationship holding unit 1101 is configured to pre-store a correspondence between the product object feature and the package weight average value;

The determining unit 1102 is configured to determine whether the import and export service is corresponding when receiving the request for generating the transaction order;

The target feature extraction unit 1103 is configured to extract a target feature of the target product object in response to the determination result of the import and export service, compare the target feature with the product object feature in the pre-saved correspondence relationship, and perform matching according to the The average value of the package weight corresponding to the successful product object feature;

The fee acquisition request sending unit 1104 is configured to send a request for obtaining an international phase shipping fee to the logistics management platform server, and carry the package weight average value in the request, so that the logistics management platform server is based on the package weight average Calculate the shipping costs for the international phase;

The fee information receiving unit 1105 is configured to receive the international phase shipping cost information returned by the logistics management platform server;

The payment amount information determining unit 1106 is configured to determine the payment amount information of the specified transaction order together with the domestic stage shipping fee and the commodity target shipping cost, and generate a payment operation option.

Corresponding to the sixth embodiment, the embodiment of the present application further provides a transaction order payment information processing device, which is applied to a second user client. Referring to FIG. 12, the device may include:

a second operation request receiving unit 1201, configured to receive an operation request for purchasing a specified commodity object;

The second request submitting unit 1202 is configured to submit the request to the transaction platform server, so that the transaction platform server determines whether the import/export service is corresponding, and if yes, extracts the target feature of the target commodity object, and saves the target feature with the target feature. Comparing the product object characteristics in the corresponding relationship, and according to the average value of the package weight corresponding to the matching product object feature; sending a request for obtaining the international phase shipping fee to the logistics management platform server, and carrying the package in the request The average value of the weight, so that the logistics management platform server calculates the international phase transportation cost according to the package weight average value, and after receiving the international phase transportation cost information, the international phase transportation cost together with the domestic phase transportation cost and the commodity object Together with the fee, determine the amount of the pending payment amount for the specified transaction order and generate a payment operation option;

The second operation option providing unit 1203 is configured to provide the payment operation option, so that the second user performs a payment operation on the international phase shipping fee, the domestic phase shipping fee, and the commodity object fee.

In summary, according to the embodiment of the present application, since the correspondence between the product object feature and the package weight average value is saved in advance, after the transaction order is generated for the behavior of the second user purchasing the export product object, the pre-storage can be directly saved. Corresponding relationship, predicting the weight of the package, and calculating the shipping cost at the international stage, so that the cost of the product object, the domestic phase shipping fee, and the international phase shipping cost can be paid in one time, without the second user tracking the order status. The operation such as the joint order is performed, so that the operation cost of the second user can be saved. In addition, from the perspective of system resources, system resources can also be saved because there is no need to log in to the system multiple times to perform order operations.

It will be apparent to those skilled in the art from the above description of the embodiments that the present application can be implemented by means of software plus a necessary general hardware platform. Based on such understanding, the technical solution of the present application may be embodied in the form of a software product in essence or in the form of a software product, which may be stored in a storage medium such as a ROM/RAM or a disk. , an optical disk, etc., includes instructions for causing a computer device (which may be a personal computer, server, or network device, etc.) to perform the methods described in various embodiments of the present application or portions of the embodiments.

The various embodiments in the specification are described in a progressive manner, and the same or similar parts between the various embodiments may be referred to each other, and each embodiment focuses on the differences from the other embodiments. In particular, for a system or system embodiment, since it is substantially similar to the method embodiment, the description is relatively simple, and the relevant parts can be referred to the description of the method embodiment. The system and system embodiments described above are merely illustrative, in which The units described as separate components may or may not be physically separated, and the components displayed as units may or may not be physical units, that is, may be located in one place, or may be distributed to multiple network units. Some or all of the modules may be selected according to actual needs to achieve the purpose of the solution of the embodiment. Those of ordinary skill in the art can understand and implement without any creative effort.

The method and device for processing the transaction order payment information provided by the present application are described in detail. The principles and implementation manners of the application are described in the following. The description of the above embodiments is only used to help understand the present application. The method and its core idea; at the same time, for those of ordinary skill in the art, according to the idea of the present application, there will be changes in the specific implementation and application scope. In summary, the content of this specification should not be construed as limiting the application.

Claims (34)

1. A method for establishing a database of commodity object weight information, comprising:

   Collecting historical delivery record information in a preset time period, where the historical delivery record information includes: commodity object information and package weight information associated with each historical transaction order;

   Extracting features from the commodity object information associated with the historical transaction order, and clustering the historical transaction orders according to the extracted features to obtain a plurality of order categories;

   Calculate the average of the package weights associated with historical trade orders in the same category;

   The correspondence between the product object features extracted in each order category and the package weight average is saved, and the product object weight information database is generated.
2. The method according to claim 1, wherein the feature extracted from the commodity object information comprises a category to which the commodity object belongs, and the clustering the transaction order according to the extracted feature comprises:

   The trading orders corresponding to the same product object category are clustered into the same order category.
3. The method according to claim 1, wherein the feature extracted from the item object information includes a category to which the item object belongs and a specification/model, the clustering of the transaction order according to the extracted feature, including :

   Trade orders corresponding to the same specification/model of the same product object category are clustered into the same order category.
4. The method according to claim 1, wherein the feature extracted from the commodity object information comprises a first user identifier to which the commodity object belongs, and the clustering the transaction order according to the extracted feature comprises:

   Trade orders belonging to the same first user are clustered into the same order category.
5. The method according to claim 1, wherein after calculating the average of the package weights associated with the historical transaction orders in the same category, the method further comprises:

   Perform variance calculation in the same category to obtain information on the degree of dispersion of the weight of each package in the same category;

   If the discrete degree information meets the preset condition, the step of performing the saving correspondence is triggered.
6. A method for processing transaction order payment information, comprising:

   The logistics management platform server pre-stores the correspondence between the product object characteristics and the package weight average;

   Receiving a request for obtaining an international phase shipping fee information sent by the trading platform server for the currently generated specified trading order;

   Extracting a target feature of the target commodity object from the specified transaction order;

   Comparing the target feature with the product object feature in each of the pre-saved correspondences, and according to Matching the average weight of the package corresponding to the feature of the successful product object, and calculating the shipping cost of the international stage;

   Returning the international phase shipping cost information to the trading platform server, so that the trading platform server determines the amount of the pending payment amount of the designated transaction order together with the domestic phase shipping fee and the commodity object cost .
7. The method according to claim 6, wherein the product object feature saved in the correspondence relationship includes category information to which the product object belongs;

   Extracting target features of the target commodity object from the specified transaction order, including:

   Extracting the category information to which the target commodity object belongs from the specified transaction order.
8. The method according to claim 6, wherein the product object feature saved in the correspondence relationship includes a category to which the product object belongs and specification/model information;

   Extracting target features of the target commodity object from the specified transaction order, including:

   Extracting the category and specification/model information to which the target commodity object belongs from the specified transaction order.
9. The method according to claim 6, wherein the product object feature saved in the correspondence relationship comprises first user identification information to which the product object belongs;

   Extracting target features of the target commodity object from the specified transaction order, including:

   Extracting first user identification information to which the target commodity object belongs from the specified transaction order.
10. The method according to any one of claims 6 to 9, further comprising:

    Receiving a payment success notification message sent by the transaction platform server;

    Create a logistics order and record in the logistics order the information that the domestic and international shipping costs have been successfully paid;

    Sending domestic phase delivery instructions to the logistics service provider client;

    When it is monitored that the corresponding goods have been delivered to the designated type warehouse, according to the payment information recorded in the logistics order, the logistics service provider client sends out the library and the international stage delivery instruction.
11. The method according to any one of claims 6 to 9, wherein the pre-saved correspondence is established in the following manner:

    Collecting historical delivery record information in a preset time period, where the historical delivery record information includes: commodity object information and package weight information associated with each historical transaction order;

    Feature extraction is performed from the commodity object information associated with the historical transaction order, and the transaction orders are clustered according to the extracted features to obtain a plurality of order categories;

    Calculates the average of the package weights associated with historical trading orders in the same class.
12. The method according to any one of claims 6 to 9, wherein the pre-saved correspondence is obtained by:

    Receiving the corresponding relationship submitted by the logistics service provider client.
13. A method for processing transaction order payment information, comprising:

    The trading platform server receives the request for generating a transaction order and determines whether it corresponds to the import and export business;

    Responding to the judgment result of the import and export business, sending a request for acquiring the international phase shipping cost information to the logistics management platform server, so that the logistics management platform server extracts the target feature of the target commodity object from the transaction order, and the target feature is Comparing with the product object features in the pre-stored correspondence relationship, and calculating the international phase shipping cost according to the package weight average corresponding to the matching product object features;

    Receiving international phase transportation fee information returned by the logistics management platform server;

    The international phase shipping fee, along with the domestic phase shipping cost and the commodity object cost, determines the amount of the pending payment amount for the specified transaction order and generates a payment operation option.
14. The method of claim 13 further comprising:

    After receiving the payment operation request by using the payment operation option, submitting the to-pay payment amount information to the payment platform server;

    After receiving the message of successful payment returned by the payment platform server, sending a payment success message to the logistics management platform server, so that the logistics management platform server creates a logistics order and sends it to the logistics service provider client, and The logistics order carries information that the shipping costs in the domestic stage and the international stage have been successfully paid, and the transportation goods of the logistics service provider receive the corresponding goods and directly carry out the transportation in the international stage.
15. A method for processing transaction order payment information, comprising:

    The second user client receives an operation request to purchase the specified commodity object;

    Submitting the request to the trading platform server, so that the trading platform server determines whether the import/export service is corresponding, and if yes, sending a request for obtaining the international phase shipping cost information to the logistics management platform server, from the logistics management platform server The target feature of the target product object is extracted from the transaction order, the target feature is compared with the product object feature in the pre-saved correspondence relationship, and the international stage shipping is calculated according to the average package weight corresponding to the successfully matched product object feature. The transaction platform server receives the international phase transportation fee information, and the international phase transportation fee together with the domestic phase transportation fee and the commodity object fee Together, determining the amount of the pending payment amount for the specified transaction order and generating a payment operation option;

    The payment operation option is provided so that the second user performs a payment operation on the international phase shipping fee, the domestic phase shipping fee, and the commodity object fee.
16. A method for processing transaction order payment information, comprising:

    The trading platform server pre-stores the correspondence between the commodity object characteristics and the package weight average;

    When receiving a request to generate a transaction order, it is determined whether the import and export business is corresponding;

    In response to the determination result of the import and export business, extracting the target feature of the target product object, comparing the target feature with the product object feature in the pre-saved correspondence relationship, and matching the package corresponding to the successfully matched product object feature Average weight;

    Sending a request for obtaining an international phase shipping fee to the logistics management platform server, and carrying the package weight average value in the request, so that the logistics management platform server calculates the international phase shipping cost according to the package weight average value;

    Receiving international phase transportation fee information returned by the logistics management platform server;

    The international phase shipping fee, along with the domestic phase shipping cost and the commodity object cost, determines the amount of the pending payment amount for the specified transaction order and generates a payment operation option.
17. A method for processing transaction order payment information, comprising:

    The second user client receives an operation request to purchase the specified commodity object;

    Submitting the request to the transaction platform server, so that the transaction platform server determines whether the import/export service is corresponding, and if yes, extracts the target feature of the target product object, and performs the target feature and the product object feature in the pre-saved correspondence relationship. Comparing, and according to the average of the package weight corresponding to the matching product object feature; sending a request for obtaining the international phase shipping fee to the logistics management platform server, and carrying the package weight average in the request, so that the logistics management The platform server calculates an international phase shipping fee according to the average value of the package weight, and after receiving the international phase shipping cost information, determining the international transaction cost together with the domestic phase shipping cost and the commodity object cost to determine the designated transaction order. Pending payment amount information and generating payment operation options;

    The payment operation option is provided so that the second user performs a payment operation on the international phase shipping fee, the domestic phase shipping fee, and the commodity object fee.
18. An apparatus for establishing a database of commodity object weight information, comprising:

    The information collecting unit is configured to collect historical distribution record information in a preset time period, where the historical distribution record information includes: commodity object information and package weight information associated with each historical transaction order;

    a clustering unit, configured to perform feature extraction from the commodity object information associated with the historical transaction order, and cluster historical transaction orders according to the extracted features to obtain a plurality of order categories;

    An average calculation unit for calculating an average value of package weights associated with historical transaction orders in the same category;

    The saving unit is configured to store a correspondence between the product object features extracted by each of the order categories and the average value of the package weights, and generate the product object weight information database.
19. The device according to claim 18, wherein the feature extracted from the commodity object information comprises a category to which the commodity object belongs, and the clustering unit comprises:

    The first cluster sub-unit is configured to cluster the transaction orders corresponding to the same commodity object category into the same order category.
20. The device according to claim 18, wherein the feature extracted from the product object information includes a category to which the product object belongs and a specification/model, and the clustering unit includes:

    The second cluster sub-unit is configured to cluster the transaction orders corresponding to the same specification/model of the same product object category into the same order category.
21. The device according to claim 18, wherein the feature extracted from the commodity object information comprises a first user identifier to which the commodity object belongs, and the clustering unit comprises:

    The third cluster sub-unit is configured to cluster the transaction orders belonging to the same first user into the same order category.
22. The device according to claim 18, further comprising:

    a variance calculation unit, configured to perform variance calculation in the same category after calculating an average value of package weights associated with historical transaction orders in the same category, to obtain dispersion degree information of each package weight in the same category;

    And a triggering unit, configured to trigger the step of performing the saving correspondence if the disparity degree information meets a preset condition.
23. A transaction order payment information processing device, which is characterized by being applied to a logistics management platform server, comprising:

    a correspondence relationship holding unit, configured to pre-store a correspondence between a product object feature and a package weight average;

    a fee acquisition request receiving unit, configured to receive a request for obtaining an international phase shipping fee information sent by the trading platform server for the currently generated specified transaction order;

    a target feature extraction unit, configured to extract a target feature of the target commodity object from the specified transaction order;

    a feature comparison unit, configured to compare the target feature with the product object feature in each of the pre-saved correspondences, and calculate an international phase shipping cost according to a package weight average corresponding to the successfully matched product object feature ;

    a fee information returning unit for returning the international phase shipping fee information to the trading platform server, so that the trading platform server determines the designation together with the domestic phase shipping fee and the commodity object cost together with the commodity target fee The amount of pending payment information for the trade order.
24. The device according to claim 23, wherein the product object feature saved in the correspondence relationship includes category information to which the product object belongs;

    The target feature extraction unit includes:

    a first extracting subunit, configured to extract, from the specified transaction order, category information to which the target commodity object belongs.
25. The device according to claim 23, wherein the product object feature saved in the correspondence relationship includes a category to which the product object belongs and specification/model information;

    The target feature extraction unit includes:

    And a second extraction subunit, configured to extract, from the specified transaction order, a category and specification/model information to which the target commodity object belongs.
26. The device according to claim 23, wherein the product object feature saved in the correspondence relationship comprises first user identification information to which the product object belongs;

    The target feature extraction unit includes:

    And a third extraction subunit, configured to extract, from the specified transaction order, first user identification information to which the target commodity object belongs.
27. The device according to any one of claims 23 to 26, further comprising:

    a payment success notification message receiving unit, configured to receive a payment success notification message sent by the transaction platform server;

    a logistics order creation unit for creating a logistics order, and recording, in the logistics order, information that the shipping costs in the domestic phase and the international phase have been successfully paid;

    a first delivery instruction sending unit, configured to send a domestic phase delivery instruction to the logistics service provider client;

    The second delivery instruction sending unit is configured to: when the corresponding goods have been delivered to the designated type warehouse, send the delivery and the international stage delivery instruction to the logistics service provider client according to the payment information recorded in the logistics order.
28. The apparatus according to any one of claims 23 to 26, wherein the pre-saved correspondence is established by:

    The information collecting unit is configured to collect historical distribution record information in a preset time period, where the historical distribution record information includes: commodity object information and package weight information associated with each historical transaction order;

    a clustering unit, configured to perform feature extraction from the commodity object information associated with the historical transaction order, and cluster the transaction orders according to the extracted features to obtain a plurality of order categories;

    An average calculation unit for calculating the average of the package weights associated with historical transaction orders in the same category.
29. The apparatus according to any one of claims 23 to 26, wherein the pre-saved correspondence is obtained by:

    The correspondence receiving unit is configured to receive the corresponding relationship submitted by the logistics service provider client and save the corresponding relationship.
30. A transaction order payment information processing device, which is applied to a transaction platform server, and includes:

    a judging unit, configured to receive a request for generating a transaction order, and determine whether the import and export business is corresponding;

    a fee acquisition request sending unit, configured to send, to the logistics management platform server, a request for acquiring international phase transportation fee information in response to the judgment result of the import and export business, so that the logistics management platform server extracts the target commodity object from the transaction order Target feature, comparing the target feature with the product object feature in the pre-saved correspondence relationship, and calculating the international phase shipping cost according to the package weight average corresponding to the successfully matched product object feature;

    a fee information receiving unit, configured to receive an international phase shipping cost information returned by the logistics management platform server;

    The payment amount information determining unit is configured to determine the payment amount information of the designated transaction order together with the domestic stage transportation fee and the commodity target transportation fee, and generate a payment operation option.
31. The device of claim 30, further comprising:

    a payment request receiving unit, configured to submit the payment amount information to the payment platform server after receiving the payment operation request by using the payment operation option;

    a payment success message sending unit, configured to send a payment success message to the logistics management platform server after receiving the payment success message returned by the payment platform server, so that the logistics management platform server creates a logistics order and sends the logistics order to the logistics The service provider client, and carrying the information that the domestic and international shipping costs have been successfully paid in the logistics order, and the corresponding delivery goods are directly received by the logistics service provider's transfer warehouse. Stage transportation.
32. A transaction order payment information processing device is characterized in that it is applied to a second user client, including:

    a first operation request receiving unit, configured to receive an operation request for purchasing a specified commodity object;

    a first request submitting unit, configured to submit the request to the trading platform server, so that the trading platform server determines whether the import/export service is corresponding, and if yes, sends a request for obtaining the international phase shipping cost information to the logistics management platform server, The logistics management platform server extracts the target feature of the target product object from the transaction order, compares the target feature with the product object feature in the pre-stored correspondence relationship, and compares the package corresponding to the successfully matched product object feature a weight average, calculating an international phase shipping fee; after receiving the international phase shipping cost information, the trading platform server determines the designated transaction order together with the domestic phase shipping fee and the commodity object cost together with the domestic phase shipping cost Pending payment amount information and generating payment operation options;

    And a first operation option providing unit, configured to provide the payment operation option, so that the second user performs a payment operation on the international phase shipping fee, the domestic phase shipping fee, and the commodity object fee.
33. A transaction order payment information processing device, which is applied to a transaction platform server, and includes:

    a correspondence relationship holding unit, configured to pre-store a correspondence between a product object feature and a package weight average;

    a judging unit, configured to determine whether the import and export business is corresponding when receiving the request for generating the transaction order;

    The target feature extraction unit is configured to extract a target feature of the target product object in response to the determination result of the import and export service, compare the target feature with the product object feature in the pre-saved correspondence relationship, and successfully match the The average value of the package weight corresponding to the product object feature;

    a fee acquisition request sending unit, configured to send a request for obtaining an international phase shipping fee to the logistics management platform server, and carrying the package weight average value in the request, so that the logistics management platform server calculates the average weight of the package International phase shipping costs;

    a fee information receiving unit, configured to receive an international phase shipping cost information returned by the logistics management platform server;

    The payment amount information determining unit is configured to determine the payment amount information of the designated transaction order together with the domestic stage transportation fee and the commodity target transportation fee, and generate a payment operation option.
34. A transaction order payment information processing device is characterized in that it is applied to a second user client, including:

    a second operation request receiving unit, configured to receive an operation request for purchasing a specified commodity object;

    a second request submitting unit, configured to submit the request to the transaction platform server, so that the transaction platform server determines whether the import/export service is corresponding, and if yes, extracts a target feature of the target commodity object, and saves the target feature with the pre-saved Correlating the product object features in the corresponding relationship, and according to the average value of the package weight corresponding to the matching product object feature; sending a request for obtaining the international phase shipping fee to the logistics management platform server, and carrying the package weight in the request An average value, so that the logistics management platform server calculates an international phase shipping fee according to the package weight average value, and after receiving the international phase shipping cost information, the international phase shipping cost together with the domestic phase shipping cost and the commodity object cost Together, determining the amount of the pending payment amount for the specified transaction order and generating a payment operation option;

    And a second operation option providing unit, configured to provide the payment operation option, so that the second user performs a payment operation on the international phase shipping fee, the domestic phase shipping fee, and the commodity object fee.

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