WO2017059642A1

WO2017059642A1 - Smart watch, method and system for measuring blood glucose therethrough

Info

Publication number: WO2017059642A1
Application number: PCT/CN2015/099276
Authority: WO
Inventors: 代杰; 汪永江
Original assignee: 深圳市鼎芯东方科技有限公司
Priority date: 2015-10-09
Filing date: 2015-12-28
Publication date: 2017-04-13
Also published as: CN105212944A

Abstract

A smart watch (1), a method and a system for measuring blood glucose therethrough, wherein the method for measuring blood glucose comprises: turning on blood glucose measurement module (300) by obtianing a signal for turning on the blood glucose measurement module (300) through test strip inserting detection module (400), the blood glucose measurement module (300), after turn-on, generating a turn-on signal for watch operating system module (200) to turn on the watch operating system module (200); measuring the blood glucose content of the tested blood on the test strip and displaying the measurement result through the watch operating system module (200), the watch operating system module (200) uploading synchronously the measurement result to a server; obtaining a signal of ending the test and generating an alert signal for pulling out the test strip; after the test strip is pulled out, generating a signal for turning off the blood glucose measurement module (300) through the test strip inserting detection module (400) to turn off the blood glucose measurement module (300), the blood glucose measurement module (300) generating a return signal to make the watch operating system module (200) return to the main interface. The smart watch (1) has a function of measuring blood glucose, thereby facilitating the measurement of blood glucose, the measured data are more accurate, and the measurement result is uploaded to the server and is convenient for viewing.

Description

Instruction manual

Title of Invention: Smart Watch, Method of Measuring Blood Sugar by Smart Watch, and Blood Glucose Measurement System

[0001] Technical Field

[0002] The present invention relates to the field of smart watches, and more particularly to a smart watch, a method of measuring blood sugar by a smart watch, and a blood glucose measuring system.

BACKGROUND

[0004] The existing smart watch can measure the movement and sleep of the human body, and can also measure physiological conditions such as the heart rate of the human body.伹For example, physiological parameters such as blood sugar need to be measured by an external blood glucose measuring device, and then the measurement data is wirelessly transmitted to the smart watch. The measurement is troublesome, and the wireless connection is required. Especially, the elderly are particularly inconvenient in measuring blood glucose. Therefore, it is necessary to provide a smart watch that can quickly measure blood sugar.

SUMMARY OF THE INVENTION

[0006] A main object of the present invention is to provide a smart watch that can quickly and easily measure blood sugar, a method of directly measuring blood sugar through a smart watch, and a blood glucose measuring system.

In order to achieve the above object, the present invention firstly provides a method for measuring blood sugar by a smart watch, the smart watch comprising a body, and a watch running system module, a blood glucose measuring module and a test strip insertion detecting body disposed in the body. The module; the method for measuring blood sugar includes:

[0008] obtaining a signal of the blood glucose measurement module by using a test strip insertion detection module, and generating a watch operation system module activation signal and a watch operation system module after the blood glucose measurement module is activated;

[0009] measuring blood sugar content of the test blood on the test paper by the blood glucose measuring module, and displaying the measurement result by the watch running system module, and simultaneously uploading the measurement result to the server through the watch running system module; [0010] through the watch The running system module obtains the blood glucose measuring module test end signal, and sends a reminder to remove the test paper signal; when the test paper is pulled out, the test paper is inserted into the detecting module to generate a signal for closing the blood sugar measuring module to close the blood sugar measuring module, and the blood sugar measuring module sends back The signal causes the watch operating system module to return to the main interface.

[0011] Further, the blood glucose measurement module measures the blood sugar content of the test blood on the test paper, and displays the measurement result through the watch running system module, and simultaneously synchronizes the measurement result through the watch running system module. Before the steps uploaded to the server, include:

[0012] It is judged whether the test blood is dripped on the test paper, and if the test blood is dripped, the blood glucose measurement is performed, and if the test blood is not dripped, the reminder information of the non-drip blood is issued.

[0013] Further, if the test blood is not dripped, the step of issuing the reminder information of the non-drip blood includes:

[0014] Whether the test blood is dripped on the test paper continuously in the designated day, and if the test blood is not detected in the designated day, a reminder message that the blood is not dripped is issued.

[0015] The present invention also provides a smart watch, comprising a body, and a watch running system module, a blood glucose measuring module and a test strip insertion detecting module disposed in the body;

[0016] the test paper insertion detection module is configured to detect insertion and extraction of the test paper, and the test paper is inserted into the signal to generate a blood glucose measurement module; the test paper is pulled out to generate a blood glucose measurement module. Signal off the blood glucose measurement module;

[0017] the blood glucose measuring module is configured to measure the blood sugar content of the test blood, and transmit the measurement result to the watch running system module; the same is used to generate the watch running system mode after the blood glucose measuring module is started. The group start signal activates the watch running system module;

[0018] The watch running system module is configured to receive the measurement result of the blood glucose measuring module and display the same, and simultaneously upload the measurement result to the server synchronously.

[0019] Further, the blood glucose measuring module includes a determining module, configured to determine whether the test blood is dripped on the test paper, and if the test blood is dripped, the blood sugar measurement is performed, and if the test blood is not dripped, the blood is not dropped. Blood reminder information.

[0020] Further, the determining module includes a judgment reminding sub-module, configured to continuously detect whether the test blood is dripped on the test paper in the designated day, and if the test blood is not detected in the designated day, the blood is not dripped. Reminder information.

[0021] Further, the body includes a dial, the dial includes a panel, a middle frame shell, and a bottom shell, and the other end of the middle frame shell is mounted on the other end of the panel to form a receiving space; a watch running system module, a blood glucose measuring module and a test strip insertion detecting module;

[0022] The blood glucose measuring module includes a test paper insertion port, and the test paper insertion detecting module is disposed at the test paper insertion opening

a test paper insertion hole corresponding to the test paper insertion opening is disposed on a sidewall of the middle frame shell; or [0023] The panel is provided with a test paper insertion hole corresponding to the test paper insertion opening on the edge of the middle frame case.

[0024] Further, the body includes a watchband and a dial, the strap is fixedly connected to the dial, and the watch running system module is disposed in the dial;

[0025] one end of the strap connecting the dial is a rigid structural belt, and the hard structure belt is provided with a receiving cavity, and the blood glucose measuring module and the test strip insertion detecting module are disposed in the receiving cavity;

[0026] a through hole is formed between the watchband and the dial to communicate the cavity between the receiving cavity and the dial, and the watch running system module and the blood glucose measuring module are connected by a wire extending through the through hole; The blood glucose measuring module includes a test paper insertion port, and the test paper insertion detecting module is set at the test paper insertion opening;

[0027] The receiving cavity is provided with a test paper insertion hole corresponding to the test paper insertion opening on the side wall in the thickness direction of the band.

[0028] Further, the body includes a watchband and a dial, the strap is fixedly connected to the dial, and the watch running system module is disposed in the dial;

[0029] one end of the strap connecting the dial is a rigid structural strip, the hard structure is provided with a receiving cavity, and the blood glucose measuring module and the test strip insertion detecting module are disposed in the receiving cavity;

[0030] a through hole is formed between the watchband and the dial to communicate the cavity between the receiving cavity and the dial, and the watch running system module and the blood glucose measuring module are connected by a wire extending through the through hole; The blood glucose measuring module includes a test paper insertion port, and the test paper insertion detecting module is set at the test paper insertion opening;

[0031] A test paper insertion hole corresponding to the test paper insertion opening is disposed on a side wall of the side of the receiving cavity corresponding to the wristband away from the human wrist.

[0032] Further, the test paper insertion hole is disposed at a bend of the rigid structure belt.

[0033] The present invention also provides a blood glucose measuring system, including a smart watch, a client and a server; the smart watch measures blood sugar content of the test blood, and synchronously uploads the measurement result to the server for saving; the server receives The client sends a blood glucose query command, and sends the measurement result to the client according to the blood glucose query command;

[0034] the smart watch includes a body, a watch running system module disposed in the body, a blood glucose measuring module, and a test strip insertion detecting module;

[0035] the test paper insertion detection module is configured to detect insertion and extraction of the test paper, and the test paper is inserted into the signal to generate a blood glucose measurement module; the test paper is pulled out to generate a blood glucose measurement module. Signal off the blood glucose measurement module; [0036] the blood glucose measuring module is configured to measure the blood sugar content of the test blood, and transmit the measurement result to the watch running system module; the same is used to generate the watch running system mode after the blood glucose measuring module is started. The group start signal activates the watch running system module;

[0037] The watch running system module is configured to receive the measurement result of the blood glucose measuring module and display the same, and simultaneously upload the measurement result to the server synchronously.

[0038] The smart watch of the present invention, the method for measuring blood sugar by a smart watch, and the blood glucose measuring system, the watch operating system module, the blood glucose measuring module and the test strip insertion detecting module are disposed in the body, so that the smart watch itself has blood glucose measuring The function is convenient for the user to measure blood sugar; and the watch running system module and the blood glucose measuring module are connected by wire communication, the signal transmission is stable and fast, and the obtained measurement data is more accurate; the test paper insertion detecting module is set, when inserted The test paper 吋 automatically starts the blood glucose measurement module and the watch operation system module, and the operation is simple and convenient.

BRIEF DESCRIPTION OF THE DRAWINGS

1 is a flow chart of a method of measuring blood glucose by a smart watch according to an embodiment of the present invention;

2 is a block diagram showing the structure of a smart watch according to an embodiment of the present invention;

3 is a block diagram showing the structure of a blood glucose measuring module according to an embodiment of the present invention;

4 is a schematic structural diagram of a smart watch according to an embodiment of the present invention;

5 is a schematic structural diagram of a smart watch according to an embodiment of the present invention;

6 is a schematic structural diagram of a smart watch according to an embodiment of the present invention;

7 is a schematic structural diagram of a smart watch according to an embodiment of the present invention;

8 is a schematic structural diagram of a smart watch according to an embodiment of the present invention;

9 is a block diagram showing the structure of a blood glucose measuring system according to an embodiment of the present invention.

[0049] The implementation, functional features, and advantages of the present invention will be further described with reference to the accompanying drawings.

DETAILED DESCRIPTION

The specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

[0052] Referring to FIG. 1, a method for measuring blood glucose by a smart watch according to an embodiment of the present invention is provided. The smart watch 1 includes a body 100, and a watch running system module 200 and a blood glucose measuring module disposed in the body 100. The group 300 and the test strip insertion detecting module 400, the watch running system module 200 and the blood glucose measuring module 30 The blood glucose measuring module 300 is also connected to the test strip insertion detecting module 400 through a wire; the method includes the following steps:

[0053] The test paper insertion detection module 400 obtains the signal of the blood glucose measurement module 300, and the blood glucose measurement module 300 generates the watch operation system module 200 to activate the watch operation. System module 200;

[0054] The blood glucose level of the test blood on the test paper is measured by the blood glucose measuring module 300, and the measurement result is displayed by the watch running system module 200, and the measurement result is synchronously uploaded to the server 2 through the watch running system module 200;

[0055] obtaining the test end signal of the blood glucose measuring module 300 through the watch running system module 200, and issuing a reminder to remove the test paper signal; and when the test paper is pulled out, the signal of the blood glucose measuring module 30 is turned off by the test paper insertion detecting module 400. The blood glucose measuring module 300, the blood glucose measuring module 300 sends a return signal to return the watch operating system module 200 to the main interface.

[0056] As described in the above step S1, the watch running system module 200 is a conventional line system module of the smart watch 1.

The conventional system module includes functions such as daytime display, making/receiving calls, receiving/sending text messages, positioning functions, and/or step counting; the blood glucose measuring module 300 is a module that can measure blood sugar levels. The test strip insertion detecting module 400 is a module for detecting whether or not a test strip is inserted into the blood glucose measuring module 300, and is generally measured by detecting a high level, for example, when the test strip is inserted, the test strip is inserted into the detecting module 400. The level will change to a level that will wake up the blood glucose measurement module 300, and the blood glucose measurement module 300 will send a signal to wake up the watch operating system module 200. To measure blood sugar, you don't need to start the smart watch 1 and / or special blood glucose meter to improve the convenience and speed of measuring blood sugar.

[0057] As described in the above step S2, the measurement result is directly uploaded to the server 2, and the measurement result is conveniently recorded. When the measurement record needs to be viewed, the measurement record can be retrieved in the server 2. The above server 2 may be a cloud server 2 or the like. The data upload is uploaded by the watch running system module 200, and is automatically uploaded without control, which can prevent the user from forgetting to upload the measurement data to the server 2, etc., and can ensure the storage of the measurement result, when the measured data result exceeds the range set on the ΑΡΡ吋, the server 2 will actively push the result to the client 3; when the measurement data result is within the range set on the ΑΡΡ, the query command can be sent to the server 2 through the 3 客户 of the client 3, so that the server 2 will measure the blood glucose The result is sent to the client 3, which facilitates the client 3 associated with the smart watch 1 to query the user's measurement results. The above client 3 is generally a smart phone , electronic devices such as tablets. In a specific embodiment, the smart watch 1 is used by an elderly person, and the client 3 associated with the watch is used by the child of the elderly or other relatives, so the child or other relatives can understand the blood sugar condition of the elderly through the client 3. Whether it is to measure blood sugar, whether blood sugar is normal, etc., manage and promote blood sugar measurement of the elderly, and understand the physical condition of the elderly.

[0058] As described in the above step S3, when the test is finished, a reminder signal is sent to remind the user that the test will be pulled out. When the test paper is unplugged, a corresponding signal is generated, according to which the blood glucose measurement module 300 is turned off, and The main interface of the watch running system module 200 of the smart watch 1 is automatically returned, which is convenient for use without user control, especially for the elderly, and does not require excessive operation.

[0059] In the embodiment, the blood glucose level of the test blood on the test paper is measured by the blood glucose measuring module 300, and the measurement result is displayed by the watch running system module 200, and the measurement result is synchronized by the watch running system module 200. Before step S2 uploaded to the server 2, the method includes:

[0060] The blood glucose measuring module 300 determines whether the test blood is dripped on the test paper. If the test blood is dripped, the blood glucose measurement is performed. If the test blood is not dripped, a reminder message indicating that the blood is not dripped is issued.

[0061] As described above, in step S1, after the test paper is inserted into the blood glucose measuring module 300, the blood glucose measuring module 300 determines whether there is test blood on the test paper, and if so, the measurement is performed, and if no warning signal is issued, the reminder signal is used. Drop into the blood to facilitate the successful completion of blood glucose measurements.

[0062] In the embodiment, in the step S1, if the test blood is not dripped, the step of issuing the reminder information of the non-drip blood includes:

[0063] Whether the test blood is dripped on the test paper continuously in the designated day, and if the test blood is not detected in the designated day, the reminder information of the blood is not sent. Whether the test blood is dripped on the test paper continuously in the designated day, so that the blood glucose measurement can be performed for the first time, and the designated daytime is a limited time, that is, if there is no test blood in the limited time, then If there is no test blood, it is necessary to send a reminder message to remind the user, so that the blood glucose measurement can be successfully completed, or the measurement can be stopped.

[0064] The method for measuring blood sugar by a smart watch in this embodiment can automatically upload the measurement result to the server.

2, no need for unnecessary uploading operation, convenient to use; no need to specifically wake up the watch operating system module 200 of the smart watch 1 and start the blood glucose measuring module 300, the same can be conveniently used, especially for the elderly who are not very familiar with electronic devices Use; will also issue a variety of corresponding reminder information such as voice reminders and display text reminders, etc., to remind users of problems in the operation process, so that the measurement goes smoothly; The previous measurement results can be retrieved through the client 3 to understand the user's measurement situation and is convenient to use. Referring to FIG. 2, a smart watch 1 according to an embodiment of the present invention includes a main body 100, a watch running system module 200 disposed in the main body 100, a blood glucose measuring module 300, and a test strip insertion detecting module 400. The group 200 and the blood glucose measuring module 300 are generally connected by wires, and the blood glucose measuring module 300 is also connected to the test strip insertion detecting module 400 by wires; the test strip insertion detecting module 400 is used for detecting the test strips. Inserting and removing, the test paper is inserted into the signal of the blood glucose measuring module 300, thereby opening up the blood glucose measuring module 300; the test paper is pulled out, and the signal of the blood glucose measuring module 300 is turned off to turn off the blood sugar measuring module 300; The blood glucose measuring module 300 is configured to measure the blood sugar content of the test blood, and transmit the measurement result to the watch running system module 200; the same is used to generate the watch running system module after the blood glucose measuring module 300 is started. The 200 start signal activates the watch running system module 200; the watch running system module is configured to receive the measurement result of the blood glucose measuring module 300 and display the same result. Steps are uploaded to server 2.

[0065] The above is a conventional operating system module of the smart watch 1, including a conventional system module for daytime display, dialing/answering a call, receiving/sending a text message, a positioning function, and/or a step counting function; 300 is a module that can measure blood sugar levels. The test strip insertion detecting module 400 is a module for detecting whether or not a test strip is inserted into the blood glucose measuring module 300, and is generally measured by detecting a high level, for example, when the test strip is inserted, the test strip is inserted into the detecting module 400. The level will change to a level that will wake up the blood glucose measurement module 300, and the blood glucose measurement module 300 will send a signal to wake up the watch operating system module 200. Measuring blood sugar, you don't need to start the smart watch 1 and / or dedicated blood glucose meter to improve the convenience and speed of measuring blood sugar.

[0066] Referring to FIG. 3, in the embodiment, the blood glucose measurement module 300 includes a determination module 310, configured to determine whether blood is dripped on the test paper, and if blood is dropped, blood glucose measurement is performed, if not When the blood is tested, a reminder message is issued that the blood is not dripped. After the test strip is inserted into the detecting module 400, the judging module 310 of the blood glucose measuring module 300 determines whether there is test blood on the test strip, and if so, the measurement is performed, and if no warning signal is issued, the user is dripped into the blood to facilitate the smooth operation. Complete blood glucose measurement.

[0067] In the embodiment, the determining module 310 includes a judgment reminding sub-module 311, configured to continuously detect whether the test blood is dripped on the test paper in the designated day, and if the test blood is not detected in the designated day, the test is not issued. A reminder message for dropping blood. Judging whether the reminder sub-module 311 continuously detects the test strip in the designated day The test blood is dripped, so that the blood glucose measurement can be performed for the first time, and the designated daytime is limited to the daytime, that is, if there is no test blood detected in the limited day, then there is no test blood, and a reminder message is needed to remind the use. In order to facilitate the successful completion of blood glucose measurement, or to re-measure.

[0068] Referring to FIG. 4, in an embodiment, the body 100 includes a dial 110 including a panel 111, a middle frame 112, and a bottom case 113. The one end of the middle frame 112 is mounted on the other end of the panel 111. The housing 113 forms an accommodation space; the watch operation system module 200, the blood glucose measurement module 30 0 and the test strip insertion detection module 400 are disposed in the accommodation space; the blood glucose measurement module 300 includes a test paper insertion port and a test paper insertion port. The test strip insertion detecting module 400 is disposed at a side of the middle frame shell 112, and a test strip insertion hole 114 corresponding to the test strip insertion opening is disposed. A test paper insertion hole 114 is provided in the middle casing 112, and the test paper insertion hole 114 is set in a convenient manner, and the structure is stable. When the blood glucose is measured, the wristwatch is not required to be taken off, and the measurement is directly performed, so that the user can measure blood sugar. Referring to Fig. 5, in another embodiment, the panel 111 is provided with a test paper insertion hole 114 corresponding to the test strip insertion opening on the edge of the middle frame case 112. A test paper insertion hole 114 is disposed on the edge of the panel 111. After measuring the blood glucose, the wristwatch is not required to be removed from the wristwatch, and the measurement is directly performed to facilitate the user to measure blood sugar; and the user generally places the dial 110 on the blood glucose measurement. The back side of the wrist keeps the panel 111 away from the ground, so the test strip will be vertical, speeding up the test blood quickly entering the blood glucose measurement module 300 along the test strip, from shortening the blood glucose measurement.

[0069] Referring to FIG. 6, in an embodiment, the body 100 includes a watchband 120 and a dial 110. The watchband 120 is fixedly coupled to the dial 110. The watch operating system module 200 is disposed in the dial 110. The watchband 120 is disposed. One end of the connection dial 110 is a rigid structure belt 121. The hard structure belt 121 is provided with a receiving cavity, and the blood glucose measuring module 300 and the test strip insertion detecting module 400 are disposed in the receiving cavity; the strap 120 and the dial A through hole is formed between the receiving cavity and the interior of the dial 110. The watch operating system module 200 and the blood glucose measuring module 300 are connected by a wire extending through the through hole; A test paper insertion hole 114 corresponding to the test paper insertion opening is provided on the side wall of the belt 120 in the thickness direction. The strap 120 is fixedly connected to the dial 110, and one end of the joint is a rigid structural strip 121. The receiving cavity is disposed in the rigid structural strip 121, and the blood glucose measuring module 300 is disposed in the receiving cavity, which can be greatly reduced. The volume of the dial 110 reduces the integration requirements of the various electronic devices in the dial 110. A test paper insertion hole 114 corresponding to the test paper insertion opening is disposed on the side wall of the accommodating cavity along the thickness direction of the watch band 120. After measuring the blood sugar sputum, the wrist watch is not required to be removed, and the measurement is directly performed, thereby facilitating the user to measure blood sugar. Referring to FIG. 7, in another embodiment, the above capacity A test paper insertion hole 114 corresponding to the test paper insertion opening is provided on the side wall of the side of the nanocavity corresponding to the wristband 120 away from the human wrist. In the measurement of blood sugar, it is also unnecessary to take off the wrist of the smart watch 1 and measure it directly, which is convenient for the user to measure blood sugar. Referring to FIG. 8, in the embodiment, the test paper insertion hole 114 is disposed at a bend of the rigid structure belt 121, and the bending portion generally corresponds to the position of the back and the side of the wrist portion of the human body, and is convenient for measuring blood sugar 吋. Inserting the test strips also makes it easy to view the test results. It is convenient and quick to test blood sugar without the user having to aim at the test paper insertion hole 114.

[0070] In the embodiment, the smart watch 1 is configured to set the watch running system module 200 and the blood glucose measuring module 300 in the body 100, so that the smart watch 1 itself has a blood glucose measuring function, which is convenient for the user to measure blood sugar; Moreover, the watch running system module 200 and the blood glucose measuring module 300 are connected by wire communication, and the signal transmission is stable and fast, so that the obtained measurement data is more accurate; the test paper insertion detecting module 400 is provided, and the blood glucose measuring mode is automatically activated when the test paper is inserted. The group 300 and the watch running system module 200 are simple and convenient to operate.

[0071] Referring to FIG. 9, the present invention further provides a blood glucose measuring system, including a smart watch 1, a client 3, and a server 2;

[0072] The smart watch 1 measures the blood sugar content of the test blood, and uploads the measurement result to the server 2 for synchronization. When the measurement data result exceeds the range set on the APP, the server 2 actively pushes the result. To the client 3; when the measurement data result is within the range set on the APP; the server 2 receives the client 3 to send a blood glucose query command, and sends the measurement result to the client 3 according to the blood glucose query command;

[0073] The smart watch 1 includes a main body 100, a watch running system module 200 disposed in the main body 100, a blood glucose measuring module 300, and a test strip insertion detecting module 400, a watch running system module 200, and a blood glucose measuring module 300. Generally, the blood glucose measuring module 300 is connected to the test strip insertion detecting module 400 through a wire; the test strip insertion detecting module 400 is used for detecting the insertion and extraction of the test paper, and the test paper is inserted and produced. The signal of the blood glucose measuring module 300 is activated by the blood glucose measuring module 300; the test paper is pulled out, the signal of the blood glucose measuring module 300 is turned off, and the blood glucose measuring module 300 is closed; the blood glucose measuring module 300 is used for measuring blood test. The blood sugar content, and the measurement result is transmitted to the watch running system module 200; the same is used when the blood glucose measuring module 300 is activated, the watch operating system module 200 is activated to activate the watch operating system module 200; The watch running system module is configured to receive the measurement result of the blood glucose measuring module 300 and display the same, and simultaneously upload the measurement result to the server 2 in synchronization. [0074] The above is a conventional operating system module of the smart watch 1, including a conventional system module for displaying, dialing/answering a call, connecting/sending a text message, and/or counting functions; the blood glucose measuring module 300 is A module for measuring blood sugar levels. The test strip insertion detecting module 400 is a module for detecting whether or not a test strip is inserted into the blood glucose measuring module 300, and is generally measured by detecting a high level, for example, the height of the test strip insertion detecting module 400 after the test strip is inserted. The level will change to a level that will wake up the blood glucose measurement module 300, and the blood glucose measurement module 300 will send a signal to wake up the watch operating system module 200. To measure blood sugar, you don't need to start the smart watch 1 to improve the convenience and speed of measuring blood sugar. The above client 3 is generally an electronic device such as a smart phone or a tablet computer.

[0075] The blood glucose measuring system of the present embodiment directly uploads the measurement result of the smart watch 1 to the server 2, so as to record the measurement result, and when the measurement record needs to be viewed, the measurement record can be retrieved in the server 2. The above server 2 can be a cloud server 2 or the like. The data upload is uploaded by the watch running system module 200, and is automatically uploaded without control. It can prevent the user from forgetting to upload measurement data to the server 2, etc., and can ensure the storage of the measurement result. When the measurement data result exceeds the setting on the ΑΡΡ Scope 吋, the server 2 will actively push the result to the client 3; when the measurement data result is within the range set on the 吋, the measurement result uploaded to the server 2 can send the query instruction to the server 2 through the 客户 of the client 3 The server 2 is caused to send the blood glucose measurement result to the client 3, and the client 3 associated with the smart watch 1 is conveniently queried for the user's measurement result. In a specific embodiment, the smart watch 1 is used by an elderly person, and the client 3 associated with the watch is used by other relatives of the elderly, so that the child or other relatives can understand the blood sugar condition of the elderly through the client 3. Whether to measure blood sugar, etc., manage and promote blood sugar measurement of the elderly, and understand the physical condition of the elderly.

The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the invention, and the equivalent structure or equivalent process transformations made by the description of the present invention and the drawings are used directly or indirectly. Other related technical fields are equally included in the scope of patent protection of the present invention.

technical problem

Problem solution

Advantageous effects of the invention

Claims

Claim

[Claim 1] A method for measuring blood sugar by a smart watch, wherein the smart watch includes a body, a watch running system module, a blood glucose measuring module, and a test strip insertion detecting module disposed in the body; Methods for measuring blood glucose include:

The test paper insertion detection module is used to obtain the signal of the blood glucose measurement module of the Qiqi blood glucose measurement module, and the blood glucose measurement module generates a watch operation system module activation signal to start the watch operation system module;

The blood glucose level of the test blood on the test paper is measured by the blood glucose measuring module, and the measurement result is displayed by the watch running system module, and the measurement result is synchronously uploaded to the server through the watch running system module;

The blood glucose measurement module test end signal is obtained through the watch running system module, and the test strip signal is sent out; when the test paper is pulled out, the signal of the blood glucose measurement module is turned off by the test paper insertion detection module, and the blood glucose measurement module is closed. Sending a return signal causes the watch operating system module to return to the main interface.

[Claim 2] The method for measuring blood glucose by a smart watch according to claim 1, wherein the blood glucose measuring module measures the blood sugar level of the test blood on the test paper, and displays the measurement by the watch running system module. As a result, the peers before the step of uploading the measurement results to the server synchronously through the watch running system module include:

The blood glucose measurement module determines whether the test blood is dripped on the test paper. If the test blood is dripped, the blood glucose measurement will be performed. If the test blood is not dripped, a reminder of the blood is not given.

[Claim 3] The method for measuring blood glucose by a smart watch according to claim 2, wherein the step of issuing a reminder message of non-drip blood if the test blood is not dripped is included in the designated day Continuously test whether the test blood is dripped on the test paper. If the test blood is not detected in the designated day, a reminder message not to drop the blood is issued.

[Claim 4] A smart watch, comprising: a body, and a watch running system module, a blood glucose measuring module, and a test strip insertion detecting module disposed in the body; The test paper insertion detecting module is configured to detect insertion and extraction of the test paper, and the test paper is inserted into the signal of the blood glucose measuring module to generate a blood glucose measuring module; when the test paper is pulled out, the signal of the blood glucose measuring module is turned off. Blood glucose measurement module;

The blood glucose measuring module is configured to measure blood sugar content of the test blood, and transmit the measurement result to the watch running system module; the same is used to generate a watch running system module start signal when the blood sugar measuring module is started幵启 watch operating system module;

The watch running system module is configured to receive the measurement result of the blood glucose measuring module and display the same, and simultaneously upload the measurement result to the server synchronously.

[Claim 5] The smart watch according to claim 4, wherein the blood glucose measuring module includes a determining module for determining whether blood is dripped on the test paper, and if blood is dripped, blood sugar is to be administered. Measurement, if the test blood is not dripped, a reminder of the blood is not given.

[Claim 6] The smart watch according to claim 5, wherein the determining module comprises a judging reminding sub-module, configured to continuously detect whether blood is dripped on the test strip in the designated day, if the daytime is specified If the test blood is not detected, a reminder message is issued that the blood is not dripped.

[Claim 7] The smart watch according to claim 4, wherein the body comprises a dial, the dial comprises a panel, a middle frame shell and a bottom shell, and one end of the middle frame shell is mounted on the other end of the panel The housing forms a receiving space; the watch operating system module, the blood glucose measuring module and the test strip insertion detecting module are disposed in the receiving space;

The blood glucose measuring module includes a test paper insertion opening, and the test paper insertion detecting module is disposed at the test paper insertion opening, and a test paper insertion hole corresponding to the test paper insertion opening is disposed on a sidewall of the middle frame shell; or the panel is adjacent to A test paper insertion hole corresponding to the test paper insertion opening is provided on the edge of the middle frame.

[Claim 8] The smart watch according to claim 4, wherein the body includes a watchband and a dial, the strap is fixedly coupled to the dial, and the watch operating system module is disposed in the dial; One end of the connection dial is a rigid structural belt, and the hard structure belt is provided with a receiving cavity, and the blood glucose measuring module and the test paper insertion detecting module are disposed in the receiving cavity; A through hole is formed between the watchband and the dial to communicate the cavity between the receiving cavity and the interior of the dial, and the watch operating system module and the blood glucose measuring module are connected by a wire extending through the through hole; The group includes a test paper insertion port, and the test paper insertion detection module is set at the test paper insertion port;

The receiving cavity is provided with a test paper insertion hole corresponding to the test paper insertion opening on the side wall in the thickness direction of the band.

[Claim 9] The smart watch according to claim 4, wherein the body comprises a watchband and a dial, the strap is fixedly connected to the dial, and the watch operating system module is disposed in the dial; One end of the connection dial is a rigid structure belt, and the hard structure belt is provided with a receiving cavity, and the blood glucose measuring module and the test paper insertion detecting module are disposed in the receiving cavity; the strap is arranged between the strap and the dial to accommodate a through hole communicating with the interior of the dial and the interior of the dial, the watch running system module and the blood glucose measuring module being connected by a wire extending through the through hole; the blood glucose measuring module includes a test paper insertion port, and a test paper insertion opening Describe the test paper insertion detection module;

A test paper insertion hole corresponding to the test paper insertion opening is disposed on a side wall of the receiving cavity corresponding to the side of the wristband away from the wrist of the human body.

[Claim 10] A blood glucose measuring system, comprising: a smart watch, a client, and a server; the smart watch measures blood sugar content of the test blood, and synchronously uploads the measurement result to the server for saving; The server receives the client sending a blood glucose query command, and sends the measurement result to the client according to the blood glucose query command;

The smart watch includes a body, a watch running system module, a blood sugar measuring module and a test strip insertion detecting module disposed in the body;

The test paper insertion detecting module is configured to detect insertion and extraction of the test paper, and the test paper is inserted into the signal of the blood glucose measuring module to generate a blood glucose measuring module; when the test paper is pulled out, the signal of the blood glucose measuring module is turned off. Blood glucose measurement module;

The blood glucose measuring module is configured to measure blood sugar content of the test blood, and transmit the measurement result to the watch running system module; the same is used to generate a watch running system module start signal when the blood sugar measuring module is started幵启 watch operating system module; The watch running system module is configured to receive the measurement result of the blood glucose measuring module and display the same, and simultaneously upload the measurement result to the server synchronously.