CN105093937A - Building control system design device and method - Google Patents
Building control system design device and method Download PDFInfo
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- CN105093937A CN105093937A CN201510110522.1A CN201510110522A CN105093937A CN 105093937 A CN105093937 A CN 105093937A CN 201510110522 A CN201510110522 A CN 201510110522A CN 105093937 A CN105093937 A CN 105093937A
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- Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
Abstract
The invention provides a building control system design device and method. The method comprises the steps that original design data is imported in such a manner that a user fills in a design parameter template and/or the user directly inputs data at a user interface, wherein the original design data comprises attribute information of one or more field unit devices assigned by the user; according to the attribute information of each standard field unit device in the original design data, an application logic database is searched for respectively and automatically determining the application logic associated with each standard field unit device; based on the determined application logic, a filed unit device controller is automatically determined for each filed unit device so as to enable subsequent generation of a design document and a disc cabinet wiring diagram. The building control system automatic design device and method are capable of ensuring that faults are not liable to occur in the design process, ensuring the integral consistency of the system and improving the reusability and efficiency of the design process.
Description
Technical field
The present invention relates to system equipment and method, more specifically, relate to building control system Automated Design Equipment and method.
Background technology
At present, along with the scale of building control system and complicacy improve day by day, effectively design large buildings control system and become more and more important.
In existing technical scheme, the designer of building control system completes the design of building control system usually as follows: the architectural composition figure obtaining target building according to demand, select the field controller for each building equipment based on this architectural composition figure artificially thereupon, and determine according to selected field controller artificially or write corresponding application program and logic and design the wiring diagram of each bin, the installment and debugging of field apparatus is carried out subsequently, such as, technical scheme described in patent documentation US20050119767A1 based on this wiring diagram.
But there are the following problems for above-mentioned existing technical scheme: (1) organizes field apparatus and design wiring diagram according to specific architectural composition figure artificially due to needs, therefore design process is easy to make mistakes and is difficult to the global consistency of guarantee system; (2) because the key link in design process is all carried out in manually mode, therefore design process does not have reusability and efficiency is lower.
Therefore, there is following demand: provide and design process can be made not easily to make mistakes and the global consistency of system can be ensured and the reusability of design process and the building control system designing apparatus of efficiency and method can be improved.
Summary of the invention
In order to solve the problem existing for above-mentioned prior art, the present invention proposes and design process can be made not easily to make mistakes and the global consistency of system can be ensured and the reusability of design process and the building control system designing apparatus of efficiency and method can be improved.
The object of the invention is to be achieved through the following technical solutions:
A kind of building control system Automated Design Equipment, described building control system Automated Design Equipment comprises:
Data importing unit, described data importing unit is filled in the mode of design parameter template by user and/or is imported original design data by the mode that user directly inputs data on the user interface, wherein, described original design data comprise the attribute information of one or more field unit equipment that user specifies;
Applied logic determining unit, described applied logic determining unit searches applied logic database automatically to determine respectively and the applied logic that each standard field unit is associated according to the attribute information of each standard field unit in described original design data;
Field unit device controller determining unit, described field unit device controller determining unit can be respectively each field unit equipment based on determined applied logic and automatically determine field unit device controller, so that follow-up generative approach document and dish case wiring diagram.
In scheme disclosed above, preferably, described equipment comprises further:
Field unit device parameter setting unit, described field unit device parameter setting unit can be that each field unit device controller arranges I/O terminal arrangement parameter according to determined applied logic;
Dish case wiring diagram generation unit, described dish case wiring diagram generation unit can based on set field unit device controller I/O terminal arrangement parameter automatically generation disk case wiring diagram;
Design documentation generates and display unit, and described design documentation generates and display unit can automatically select according to determined all field unit device controllers the fielded system controller that is suitable for, and automatically generates thereupon and present design documentation.
In scheme disclosed above, preferably, described applied logic determining unit is determined and the applied logic that each standard field unit is associated as follows: the attribute information according to each standard field unit searches applied logic database, and finds out based on predetermined fuzzy matching rule the applied logic that the demand that defines with described original design data mates most.
In scheme disclosed above, preferably, the attribute information of the field unit equipment that each user specifies comprises the type of equipment and the input and output point parameter information of equipment.
In scheme disclosed above, preferably, the applied logic be associated with each standard field unit defined in described original design data is found out by the applied logic that travels through in described applied logic database: (1) the highest priority: if the type of all parameter points of certain applied logic and certain standard field unit and input and output point match parameters based on the priority determined in following fuzzy matching rule, then select this applied logic as the applied logic be associated with this standard field unit, wherein, the parameter point of each applied logic comprises call parameter point and optional parameter point, (2) middle priority: if all call parameter points of the type of certain standard field unit and input and output point parameter and certain applied logic match and still do not exceed the optional parameter point of this applied logic with the optional parameter point Incomplete matching of this applied logic, then select this applied logic as the applied logic be associated with this standard field unit, (3) lowest priority: if but all call parameter points of the type of certain standard field unit and input and output point parameter and certain applied logic and optional parameter point match the input point that has and exceed this applied logic and not there is the output point exceeding this applied logic, then select this applied logic as the applied logic be associated with this standard field unit.
In scheme disclosed above, preferably, if there is user-defined field unit equipment in user's field unit equipment of specifying, then by applied logic that the patten's design of user's hand-coding is associated with this self-defined field unit equipment.
In scheme disclosed above, preferably, described field unit device controller determining unit is automatically each field unit equipment determination field unit device controller as follows: (1) is for each standard field unit, according to determined applied logic associated with it, select to be proposed as to adapt and most economical field unit device controller with this applied logic from field unit device controller database; (2) for each self-defining field unit equipment, distribute from field unit device controller database according to the type of this self-defined field unit equipment and the quantity of its input and output point parameter and type and can meet whole demand and most economical field unit device controller.
In scheme disclosed above, preferably, described field unit device parameter setting unit maps with the I/O completing this field unit device controller for each field unit device controller arranges I/O terminal arrangement parameter as follows: for each field unit device controller: (1) is if applied logic associated with it is standard applied logic, the each port being then this field unit device controller according to standard applied logic I/O configuration database specifies the configuration needed for this standard applied logic, and if this field unit device controller also needs the terminal device outside connection standard applied logic, find the port matched with the type in the port be then left at this field unit device controller according to the type of this terminal device and I/O configuration is carried out to it, (2) if applied logic associated with it is self-defined applied logic, then each terminal equipment configuration corresponding ports of the type of each terminal device connected for connecting on this field unit device controller is needed according to this field unit device controller.
In scheme disclosed above, preferably, described field unit device parameter setting unit can knowledge based storehouse and determined applied logic be that each field unit device controller arranges functional parameter further, and described functional parameter includes but not limited to warning message configuration, the configuration of running status historical record, timetable configuration.
In scheme disclosed above, preferably, described dish case wiring diagram generation unit automatically generation disk case wiring diagram as follows: (1) is that installation site determined by each determined field unit device controller according to the position of each field unit device controller limited in described original design data and network attribute; (2) from standard plate case figure template database, the standard plate case figure template be suitable for is selected according to the installation site information of each field controller, and the quantity of attached device required in the dish case that defines of the standard plate case figure template selected by set field unit device controller I/O terminal arrangement parameter adjustment; (3) according to the terminal connections information of the set each field unit device controller of field unit device controller I/O terminal arrangement parameter acquiring, and in conjunction with the terminal device information generation disk case wiring diagram that each field unit device controller need connect.
In scheme disclosed above, preferably, described design documentation generates and display unit selects the fielded system controller that is suitable for as follows: the attribute information of comprehensive determined all field unit device controllers selects the fielded system controller be suitable for from system controller data storehouse.
In scheme disclosed above, preferably, described design documentation generation and display unit are by gathering the information generative approach document of determined each field unit device controller and applied logic associated with it, the dish case wiring diagram generated and selected fielded system controller.
In scheme disclosed above, preferably, described design documentation generates and display unit can present described design documentation with the form of tree network topology figure or patterned dish case wiring diagram to user, and user can be adjusted by user interface and revise described design documentation and file, thus makes it possible to realize the multiplexing of design proposal.
Object of the present invention also can be achieved through the following technical solutions:
A kind of building control system the Automation Design method, described building control system the Automation Design method comprises the following steps:
(A1) fill in the mode of design parameter template by user and/or import original design data by the mode that user directly inputs data on the user interface, wherein, described original design data comprise the attribute information of one or more field unit equipment that user specifies;
(A2) applied logic database is searched automatically to determine respectively and the applied logic that each standard field unit is associated according to the attribute information of each standard field unit in described original design data;
(A3) be respectively each field unit equipment based on determined applied logic and automatically determine field unit device controller, so that follow-up generative approach document and dish case wiring diagram.
In scheme disclosed above, preferably, described method comprises further:
(A4) be that each field unit device controller arranges I/O terminal arrangement parameter according to determined applied logic;
(A5) based on set field unit device controller I/O terminal arrangement parameter automatically generation disk case wiring diagram;
(A6) automatically select the fielded system controller be suitable for according to determined all field unit device controllers, and automatically generate thereupon and present design documentation.
Building control system designing apparatus disclosed in this invention and method have the following advantages: (1) is not owing to needing to organize field apparatus and design wiring diagram according to specific architectural composition figure artificially, therefore design process is convenient and accurate and be easy to the global consistency of guarantee system; (2) because the key link in design process all can automatically be carried out, therefore design process has good reusability and design efficiency significantly improves.
Accompanying drawing explanation
By reference to the accompanying drawings, technical characteristic of the present invention and advantage will be understood better by those skilled in the art, wherein:
Fig. 1 is the schematic diagram of building control system Automated Design Equipment according to an embodiment of the invention;
Fig. 2 is the process flow diagram of building control system the Automation Design method according to an embodiment of the invention.
Embodiment
Fig. 1 is the schematic diagram of building control system Automated Design Equipment according to an embodiment of the invention.As shown in Figure 1, building control system Automated Design Equipment disclosed in this invention comprises data importing unit 1, applied logic determining unit 2, field unit device controller determining unit 3.Described data importing unit 1 is filled in the mode of design parameter template (such as with the some table of excel form) by user and/or is imported original design data (i.e. outside design requirement) by the mode that user directly inputs data on the user interface, wherein, described original design data comprise the attribute information (type of such as each field unit equipment and model) of one or more field unit equipment that user specifies.Described applied logic determining unit 2 searches applied logic database automatically to determine respectively and the applied logic that each standard field unit is associated according to the attribute information of each standard field unit in described original design data.Described field unit device controller determining unit 3 can be respectively each field unit equipment based on determined applied logic and automatically determine field unit device controller, so that follow-up generative approach document and dish case wiring diagram.
Preferably, building control system Automated Design Equipment disclosed in this invention comprises field unit device parameter setting unit 4, dish case wiring diagram generation unit 5 and design documentation generation and display unit 6 further.Described field unit device parameter setting unit 4 can be that each field unit device controller arranges I/O terminal arrangement parameter according to determined applied logic.Described dish case wiring diagram generation unit 5 can based on set field unit device controller I/O terminal arrangement parameter automatically generation disk case wiring diagram.Described design documentation generates and display unit 6 can automatically select according to determined all field unit device controllers the fielded system controller that is suitable for, and automatically generates thereupon and present design documentation.
Preferably, in building control system Automated Design Equipment disclosed in this invention, described applied logic determining unit 2 is determined and the applied logic that each standard field unit is associated as follows: the attribute information according to each standard field unit searches applied logic database, and finds out based on predetermined fuzzy matching rule the applied logic that the demand that defines with described original design data mates most.
Preferably, in building control system Automated Design Equipment disclosed in this invention, the attribute information of the field unit equipment that each user specifies comprises the type of equipment and the input and output point parameter information of equipment.
Preferably, in building control system Automated Design Equipment disclosed in this invention, the applied logic be associated with each standard field unit defined in described original design data is found out by the applied logic that travels through in described applied logic database: (1) the highest priority: if the type of all parameter points of certain applied logic and certain standard field unit and input and output point match parameters based on the priority determined in following fuzzy matching rule, then select this applied logic as the applied logic be associated with this standard field unit, wherein, the parameter point of each applied logic comprises call parameter point (i.e. the prerequisite of this applied logic) and optional parameter point (i.e. the subsidiary function point of this applied logic not mandatory requirement), (2) middle priority: if all call parameter points of the type of certain standard field unit and input and output point parameter and certain applied logic match and still do not exceed the optional parameter point of this applied logic with the optional parameter point Incomplete matching of this applied logic, then select this applied logic as the applied logic be associated with this standard field unit, (3) lowest priority: if but all call parameter points of the type of certain standard field unit and input and output point parameter and certain applied logic and optional parameter point match the input point that has and exceed this applied logic and not there is the output point exceeding this applied logic, then select this applied logic as the applied logic be associated with this standard field unit.
Preferably, in building control system Automated Design Equipment disclosed in this invention, if there is user-defined field unit equipment in the field unit equipment that user specifies, then by applied logic that the patten's design of user's hand-coding is associated with this self-defined field unit equipment.
Preferably, in building control system Automated Design Equipment disclosed in this invention, described field unit device controller determining unit 3 is automatically each field unit equipment determination field unit device controller as follows: (1) is for each standard field unit, according to determined applied logic associated with it, select to be proposed as to adapt and most economical field unit device controller with this applied logic from field unit device controller database; (2) for each self-defining field unit equipment, distribute from field unit device controller database according to the type of this self-defined field unit equipment and the quantity of its input and output point parameter and type and can meet whole demand and most economical field unit device controller.Such as, for the input terminal type of self-defined field unit equipment, if system only supports that switch inputs and universal input two kinds, then the input of analog type can only be accessed by universal input, and the input of numeric type can be accessed by the input terminal of any type, the all types of inputs of varying number supported by field unit device controller due to different model in database, therefore described field unit device controller determining unit 3 is mated from most economical model, if can not satisfy the demands, the field unit device controller of a high grade is then selected to carry out matching operation again, until find applicable field unit device controller.
Preferably, in building control system Automated Design Equipment disclosed in this invention, described field unit device parameter setting unit 4 maps with the I/O completing this field unit device controller for each field unit device controller arranges I/O terminal arrangement parameter as follows: for each field unit device controller: (1) is if applied logic associated with it is standard applied logic, the each port being then this field unit device controller according to standard applied logic I/O configuration database specifies the configuration needed for this standard applied logic, and if this field unit device controller also needs the terminal device outside connection standard applied logic, find the port matched with the type in the port be then left at this field unit device controller according to the type of this terminal device and I/O configuration is carried out to it, (2) if applied logic associated with it is self-defined applied logic, then each terminal equipment configuration corresponding ports of the type of each terminal device connected for connecting on this field unit device controller is needed according to this field unit device controller.
Preferably, in building control system Automated Design Equipment disclosed in this invention, described field unit device parameter setting unit 4 can knowledge based storehouse and determined applied logic be that each field unit device controller arranges functional parameter further, and described functional parameter includes but not limited to warning message configuration (such as alarm range, alarm monitoring point etc.), running status historical record configuration (such as those control points gather historical information record), timetable configuration (such as those application support that schedules control).
Preferably, in building control system Automated Design Equipment disclosed in this invention, described dish case wiring diagram generation unit 5 automatically generation disk case wiring diagram as follows: (1) is that installation site determined by each determined field unit device controller according to the position of each field unit device controller limited in described original design data and network attribute; (2) from standard plate case figure template database, the standard plate case figure template be suitable for is selected according to the installation site information of each field controller, and the quantity of attached device required in the dish case that defines of the standard plate case figure template selected by set field unit device controller I/O terminal arrangement parameter adjustment; (3) according to the terminal connections information of the set each field unit device controller of field unit device controller I/O terminal arrangement parameter acquiring, and in conjunction with the terminal device information generation disk case wiring diagram that each field unit device controller need connect.
Preferably, in building control system Automated Design Equipment disclosed in this invention, described design documentation generation and display unit 6 select the fielded system controller be suitable for as follows: the attribute information (such as model and type) of comprehensive determined all field unit device controllers selects the fielded system controller be suitable for from system controller data storehouse.
Preferably, in building control system Automated Design Equipment disclosed in this invention, described design documentation generation and display unit 6 are by gathering the information generative approach document (the detailed design point table of such as excel form) of determined each field unit device controller and applied logic associated with it, the dish case wiring diagram generated and selected fielded system controller.
Preferably, in building control system Automated Design Equipment disclosed in this invention, described design documentation generates and display unit 6 can present described design documentation with the form of tree network topology figure or patterned dish case wiring diagram to user, and user can be adjusted by user interface and revise described design documentation and file, thus makes it possible to realize the multiplexing of design proposal.
Preferably, in building control system Automated Design Equipment disclosed in this invention, described applied logic database and field unit device controller database can pass through the mode of upgrading or patch by dilatation, comprise up-to-date applied logic and field unit device controller information to make it.
Therefore, building control system Automated Design Equipment disclosed in this invention has following advantages: (1) is not owing to needing to organize field apparatus and design wiring diagram according to specific architectural composition figure artificially, therefore design process is convenient and accurate and be easy to the global consistency of guarantee system; (2) because the key link in design process all can automatically be carried out, therefore design process has good reusability and design efficiency significantly improves.
Fig. 2 is the process flow diagram of building control system the Automation Design method according to an embodiment of the invention.As shown in Figure 2, building control system the Automation Design method disclosed in this invention comprises the following steps: that (A1) fills in the mode of design parameter template (such as with the some table of excel form) by user and/or import original design data (i.e. outside design requirement) by the mode that user directly inputs data on the user interface, wherein, described original design data comprise the attribute information (type of such as each field unit equipment and model) of one or more field unit equipment that user specifies; (A2) applied logic database is searched automatically to determine respectively and the applied logic that each standard field unit is associated according to the attribute information of each standard field unit in described original design data; (A3) be respectively each field unit equipment based on determined applied logic and automatically determine field unit device controller, so that follow-up generative approach document and dish case wiring diagram.
Preferably, building control system the Automation Design method disclosed in this invention comprises further: (A4) is that each field unit device controller arranges I/O terminal arrangement parameter according to determined applied logic; (A5) based on set field unit device controller I/O terminal arrangement parameter automatically generation disk case wiring diagram; (A6) automatically select the fielded system controller be suitable for according to determined all field unit device controllers, and automatically generate thereupon and present design documentation.
Preferably, in building control system the Automation Design method disclosed in this invention, described step (A2) comprises further: determine as follows and the applied logic that each standard field unit is associated: the attribute information according to each standard field unit searches applied logic database, and finds out based on predetermined fuzzy matching rule the applied logic that the demand that defines with described original design data mates most.
Preferably, in building control system the Automation Design method disclosed in this invention, the attribute information of the field unit equipment that each user specifies comprises the type of equipment and the input and output point parameter information of equipment.
Preferably, in building control system the Automation Design method disclosed in this invention, the applied logic be associated with each standard field unit defined in described original design data is found out by the applied logic that travels through in described applied logic database: (1) the highest priority: if the type of all parameter points of certain applied logic and certain standard field unit and input and output point match parameters based on the priority determined in following fuzzy matching rule, then select this applied logic as the applied logic be associated with this standard field unit, wherein, the parameter point of each applied logic comprises call parameter point (i.e. the prerequisite of this applied logic) and optional parameter point (i.e. the subsidiary function point of this applied logic not mandatory requirement), (2) middle priority: if all call parameter points of the type of certain standard field unit and input and output point parameter and certain applied logic match and still do not exceed the optional parameter point of this applied logic with the optional parameter point Incomplete matching of this applied logic, then select this applied logic as the applied logic be associated with this standard field unit, (3) lowest priority: if but all call parameter points of the type of certain standard field unit and input and output point parameter and certain applied logic and optional parameter point match the input point that has and exceed this applied logic and not there is the output point exceeding this applied logic, then select this applied logic as the applied logic be associated with this standard field unit.
Preferably, in building control system the Automation Design method disclosed in this invention, if there is user-defined field unit equipment in the field unit equipment that user specifies, then by applied logic that the patten's design of user's hand-coding is associated with this self-defined field unit equipment.
Preferably, in building control system the Automation Design method disclosed in this invention, described step (A3) comprises further: be automatically each field unit equipment determination field unit device controller as follows: (1) is for each standard field unit, according to determined applied logic associated with it, select to be proposed as to adapt and most economical field unit device controller with this applied logic from field unit device controller database; (2) for each self-defining field unit equipment, distribute from field unit device controller database according to the type of this self-defined field unit equipment and the quantity of its input and output point parameter and type and can meet whole demand and most economical field unit device controller.Such as, for the input terminal type of self-defined field unit equipment, if system only supports that switch inputs and universal input two kinds, then the input of analog type can only be accessed by universal input, and the input of numeric type can be accessed by the input terminal of any type, the all types of inputs of varying number supported by field unit device controller due to different model in database, therefore described field unit device controller determining unit 3 is mated from most economical model, if can not satisfy the demands, the field unit device controller of a high grade is then selected to carry out matching operation again, until find applicable field unit device controller.
Preferably, in building control system the Automation Design method disclosed in this invention, described step (A4) comprises further: map with the I/O completing this field unit device controller for each field unit device controller arranges I/O terminal arrangement parameter as follows: for each field unit device controller: (1) is if applied logic associated with it is standard applied logic, the each port being then this field unit device controller according to standard applied logic I/O configuration database specifies the configuration needed for this standard applied logic, and if this field unit device controller also needs the terminal device outside connection standard applied logic, find the port matched with the type in the port be then left at this field unit device controller according to the type of this terminal device and I/O configuration is carried out to it, (2) if applied logic associated with it is self-defined applied logic, then each terminal equipment configuration corresponding ports of the type of each terminal device connected for connecting on this field unit device controller is needed according to this field unit device controller.
Preferably, in building control system the Automation Design method disclosed in this invention, described step (A4) comprises further: knowledge based storehouse and determined applied logic are that each field unit device controller arranges functional parameter, and described functional parameter includes but not limited to warning message configuration (such as alarm range, alarm monitoring point etc.), running status historical record configuration (such as those control points gather historical information record), timetable configuration (such as those application support that schedule controls).
Preferably, in building control system the Automation Design method disclosed in this invention, described step (A5) comprises further: automatically generation disk case wiring diagram as follows: (1) is that installation site determined by each determined field unit device controller according to the position of each field unit device controller limited in described original design data and network attribute; (2) from standard plate case figure template database, the standard plate case figure template be suitable for is selected according to the installation site information of each field controller, and the quantity of attached device required in the dish case that defines of the standard plate case figure template selected by set field unit device controller I/O terminal arrangement parameter adjustment; (3) according to the terminal connections information of the set each field unit device controller of field unit device controller I/O terminal arrangement parameter acquiring, and in conjunction with the terminal device information generation disk case wiring diagram that each field unit device controller need connect.
Preferably, in building control system the Automation Design method disclosed in this invention, described step (A6) comprises further: select the fielded system controller be suitable for as follows: the attribute information (such as model and type) of comprehensive determined all field unit device controllers selects the fielded system controller be suitable for from system controller data storehouse.
Preferably, in building control system the Automation Design method disclosed in this invention, described step (A6) comprises further: by gathering the information generative approach document (the detailed design point table of such as excel form) of determined each field unit device controller and applied logic associated with it, the dish case wiring diagram generated and selected fielded system controller.
Preferably, in building control system the Automation Design method disclosed in this invention, described step (A6) comprises further: present described design documentation with the form of tree network topology figure or patterned dish case wiring diagram to user, and user can be adjusted by user interface and revise described design documentation and file, thus makes it possible to realize the multiplexing of design proposal.
Preferably, in building control system the Automation Design method disclosed in this invention, described applied logic database and field unit device controller database by the mode of upgrading or install patch by dilatation, can comprise up-to-date applied logic and field unit device controller information to make it.
Therefore, building control system the Automation Design method disclosed in this invention has following advantages: (1) is not owing to needing to organize field apparatus and design wiring diagram according to specific architectural composition figure artificially, therefore design process is convenient and accurate and be easy to the global consistency of guarantee system; (2) because the key link in design process all can automatically be carried out, therefore design process has good reusability and design efficiency significantly improves.
Although the present invention is described by above-mentioned preferred implementation, its way of realization is not limited to above-mentioned embodiment.Should be realized that: when not departing from purport of the present invention and scope, those skilled in the art can make different changes and amendment to the present invention.
Claims (15)
1. a building control system Automated Design Equipment, described building control system Automated Design Equipment comprises:
Data importing unit, described data importing unit is filled in the mode of design parameter template by user and/or is imported original design data by the mode that user directly inputs data on the user interface, wherein, described original design data comprise the attribute information of one or more field unit equipment that user specifies;
Applied logic determining unit, described applied logic determining unit searches applied logic database automatically to determine respectively and the applied logic that each standard field unit is associated according to the attribute information of each standard field unit in described original design data;
Field unit device controller determining unit, described field unit device controller determining unit can be respectively each field unit equipment based on determined applied logic and automatically determine field unit device controller, so that follow-up generative approach document and dish case wiring diagram.
2. building control system Automated Design Equipment according to claim 1, is characterized in that, described equipment comprises further:
Field unit device parameter setting unit, described field unit device parameter setting unit can be that each field unit device controller arranges I/O terminal arrangement parameter according to determined applied logic;
Dish case wiring diagram generation unit, described dish case wiring diagram generation unit can based on set field unit device controller I/O terminal arrangement parameter automatically generation disk case wiring diagram;
Design documentation generates and display unit, and described design documentation generates and display unit can automatically select according to determined all field unit device controllers the fielded system controller that is suitable for, and automatically generates thereupon and present design documentation.
3. building control system Automated Design Equipment according to claim 2, it is characterized in that, described applied logic determining unit is determined and the applied logic that each standard field unit is associated as follows: the attribute information according to each standard field unit searches applied logic database, and finds out based on predetermined fuzzy matching rule the applied logic that the demand that defines with described original design data mates most.
4. building control system Automated Design Equipment according to claim 3, is characterized in that, the attribute information of the field unit equipment that each user specifies comprises the type of equipment and the input and output point parameter information of equipment.
5. building control system Automated Design Equipment according to claim 4, it is characterized in that, the applied logic be associated with each standard field unit defined in described original design data is found out by the applied logic that travels through in described applied logic database: (1) the highest priority: if the type of all parameter points of certain applied logic and certain standard field unit and input and output point match parameters based on the priority determined in following fuzzy matching rule, then select this applied logic as the applied logic be associated with this standard field unit, wherein, the parameter point of each applied logic comprises call parameter point and optional parameter point, (2) middle priority: if all call parameter points of the type of certain standard field unit and input and output point parameter and certain applied logic match and still do not exceed the optional parameter point of this applied logic with the optional parameter point Incomplete matching of this applied logic, then select this applied logic as the applied logic be associated with this standard field unit, (3) lowest priority: if but all call parameter points of the type of certain standard field unit and input and output point parameter and certain applied logic and optional parameter point match the input point that has and exceed this applied logic and not there is the output point exceeding this applied logic, then select this applied logic as the applied logic be associated with this standard field unit.
6. building control system Automated Design Equipment according to claim 5, it is characterized in that, if there is user-defined field unit equipment in the field unit equipment that user specifies, then by applied logic that the patten's design of user's hand-coding is associated with this self-defined field unit equipment.
7. building control system Automated Design Equipment according to claim 6, it is characterized in that, described field unit device controller determining unit is automatically each field unit equipment determination field unit device controller as follows: (1) is for each standard field unit, according to determined applied logic associated with it, select to be proposed as to adapt and most economical field unit device controller with this applied logic from field unit device controller database; (2) for each self-defining field unit equipment, distribute from field unit device controller database according to the type of this self-defined field unit equipment and the quantity of its input and output point parameter and type and can meet whole demand and most economical field unit device controller.
8. building control system Automated Design Equipment according to claim 7, it is characterized in that, described field unit device parameter setting unit maps with the I/O completing this field unit device controller for each field unit device controller arranges I/O terminal arrangement parameter as follows: for each field unit device controller: (1) is if applied logic associated with it is standard applied logic, the each port being then this field unit device controller according to standard applied logic I/O configuration database specifies the configuration needed for this standard applied logic, and if this field unit device controller also needs the terminal device outside connection standard applied logic, find the port matched with the type in the port be then left at this field unit device controller according to the type of this terminal device and I/O configuration is carried out to it, (2) if applied logic associated with it is self-defined applied logic, then each terminal equipment configuration corresponding ports of the type of each terminal device connected for connecting on this field unit device controller is needed according to this field unit device controller.
9. building control system Automated Design Equipment according to claim 8, it is characterized in that, described field unit device parameter setting unit can knowledge based storehouse and determined applied logic be that each field unit device controller arranges functional parameter further, and described functional parameter includes but not limited to warning message configuration, the configuration of running status historical record, timetable configuration.
10. building control system Automated Design Equipment according to claim 9, it is characterized in that, described dish case wiring diagram generation unit automatically generation disk case wiring diagram as follows: (1) is that installation site determined by each determined field unit device controller according to the position of each field unit device controller limited in described original design data and network attribute; (2) from standard plate case figure template database, the standard plate case figure template be suitable for is selected according to the installation site information of each field controller, and the quantity of attached device required in the dish case that defines of the standard plate case figure template selected by set field unit device controller I/O terminal arrangement parameter adjustment; (3) according to the terminal connections information of the set each field unit device controller of field unit device controller I/O terminal arrangement parameter acquiring, and in conjunction with the terminal device information generation disk case wiring diagram that each field unit device controller need connect.
11. building control system Automated Design Equipments according to claim 10, it is characterized in that, described design documentation generation and display unit select the fielded system controller be suitable for as follows: the attribute information of comprehensive determined all field unit device controllers selects the fielded system controller be suitable for from system controller data storehouse.
12. building control system Automated Design Equipments according to claim 11, it is characterized in that, described design documentation generation and display unit are by gathering the information generative approach document of determined each field unit device controller and applied logic associated with it, the dish case wiring diagram generated and selected fielded system controller.
13. building control system Automated Design Equipments according to claim 12, it is characterized in that, described design documentation generates and display unit can present described design documentation with the form of tree network topology figure or patterned dish case wiring diagram to user, and user can be adjusted by user interface and revise described design documentation and file, thus makes it possible to realize the multiplexing of design proposal.
14. 1 kinds of building control system the Automation Design methods, described building control system the Automation Design method comprises the following steps:
(A1) fill in the mode of design parameter template by user and/or import original design data by the mode that user directly inputs data on the user interface, wherein, described original design data comprise the attribute information of one or more field unit equipment that user specifies;
(A2) applied logic database is searched automatically to determine respectively and the applied logic that each standard field unit is associated according to the attribute information of each standard field unit in described original design data;
(A3) be respectively each field unit equipment based on determined applied logic and automatically determine field unit device controller, so that follow-up generative approach document and dish case wiring diagram.
15. building control system the Automation Design methods according to claim 14, it is characterized in that, described method comprises further:
(A4) be that each field unit device controller arranges I/O terminal arrangement parameter according to determined applied logic;
(A5) based on set field unit device controller I/O terminal arrangement parameter automatically generation disk case wiring diagram;
(A6) automatically select the fielded system controller be suitable for according to determined all field unit device controllers, and automatically generate thereupon and present design documentation.
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