Patent Application
20160179084
The present invention relates to a common parameter interface generation program and a parameter reading program.
In the conventional line design, different persons perform the line design, the mechanical design, and the control design in this order. In the line design, a factory automation (FA) apparatus is arranged and line design information is generated. In the mechanical design, an FA apparatus which satisfies the required performance and specifications is selected on the basis of the line design information and mechanical design information, such as a timing chart, is generated. In the control design, a programming language or a program component is selected on the basis of the mechanical design information and a control program is created.
When the specifications or design is changed during the line design in a broad sense, the content of the change is transmitted between the persons in charge and needs to be reflected in the line design information, the mechanical design information, and the control program.
However, in the related art, an integrated simulation system which includes a plurality of independent simulators and a cooperation unit has been proposed. In the system, the plurality of independent simulators simulate a plurality of elements forming a simulation target, and a cooperation unit has a common data area to which the plurality of simulators are accessibly connected and includes a time management unit for, when a synchronization request is received from a simulator, managing a simulation time with the other simulators (for example, see Patent Literature 1). For example, the simulation result of each simulator or the state of each simulator is stored in the common data area. In addition, the integrated simulation system includes a change unit for detecting an area which accesses an external device in the program and changing the access destination to an address in the common data area, when each simulator performs a simulation.
Patent Literature 1: Japanese Patent Application Laid-Open No. 2006-350549
The line design information, the mechanical design information, and the control program include parameters which have the same meaning but have different data formats. When the parameters are changed in any one of the line design information, the mechanical design information, and the control program, the persons in charge of the respective design information change the parameters in different formats which are included in the other design information. In a small-scale line design, the person in charge can modify the design. However, in a large-scale line design, for example, a modification error may occur.
The change unit of the integrated simulation system disclosed in Patent Literature 1 changes the access destination in the program to an address in the common data area. However, Patent Literature 1 does not disclose a technique which changes the parameters that have the same meaning but have different formats in each design information item.
The present invention has been made in view of the above-mentioned problems and an object of the present invention is to provide a common parameter interface generation program and a parameter reading program which can reflect a change in corresponding parameters in all design information items when each design information item is generated in a plurality of design processes forming a control system and parameters that are used in each process, have the same meaning, and have different data formats are changed.
In order to attain the above object, in a common parameter interface generation program that generates a common parameter interface in a line design tool which generates line design information of a control system having models of control devices arranged therein, a mechanical design tool which selects a control device on the basis of the line design information and generates mechanical design information, and a control design tool which generates control design information of a mechanical operation on the basis of the mechanical design information, the common parameter interface generation program of the present invention being configured to cause a computer to perform: an identification information assigning step of assigning identification information for identifying the control device in the acquired line design information; a parameter acquisition step of acquiring a list of parameters of the selected control device, which are used in the mechanical design information and the control design information, from a design information storage unit; a common parameter generation step of associating the acquired list of the parameters with the identification information and the names of the selected control device in each of the design information to generate a common parameter and of registering the common parameter in a common parameter storage unit that stores a parameter used in common by the line design tool, the mechanical design tool and the control design tool; and a common parameter interface generation step of generating, in each of the design tools, a common parameter interface that acquires the value of the parameter of the control device from the common parameter storage unit when the design information is read and reads out the value of the parameter to the design information in a data format in data format definition information which defines the data format required when the parameter is treated in the line design tool, the mechanical design tool, and the control design tool.
According to the present invention, the common parameter interface, generated for each design tool, acquires the value of the parameter of the control device from the common parameter storage unit when the design information is read and reads out the value of the parameter to the design information in a data format in the data format definition information for defining the data format required when the parameter is treated in the design tools. Therefore, when the value of the parameter is changed in any one of the design tools and the design information is read in the design tool, it is possible to acquire the value of the latest parameter from the common parameter storage unit and to read the value of the parameter in the format defined in each design tool.
Hereinafter, a common parameter interface generation program and a parameter reading program according to embodiments of the present invention will be described in detail with reference to the accompanying drawings. The present invention is not limited by the embodiments.
In the following description, a control system arranges control devices, and sequentially performs and establishes a line design process of generating line design information, a mechanical design process of selecting a control device that satisfies a required performance and specifications, on the basis of the line design information, and generating mechanical design information, such as a timing chart, and a control design process of selecting a programming language or a program component, on the basis of the mechanical design information, and generating control design information including a control program and an operation parameter which is a set value controlled by the control program.
The line design tool 20, the mechanical design tool 30, and the control design tool 40 are configured by an information processing terminal, such as a personal computer, into which a line design application, a mechanical design application, and a control design application are introduced, respectively. These tools may be independently provided in different information processing terminals or an information processing terminal may have the functions of a plurality of design tools.
The design master database 10 stores design information 100 about a control device forming a control system. For example, the design information 100 is provided for each type of control device. A type of control device is used as a component 101 and the components 101 are combined to design the control system. As illustrated in
The line design tool 20 is a device which generates line design information, such as the arrangement position of the control device, the distance between the control devices, and the performance required for the control device, on the basis of information input from the user. The line design tool 20 is, for example, a 3D CAD tool. A line designer combines and arranges the components 101 stored in the design master database 10, that is, the 3D CAD components to create the line design information. In addition, the format of data to be used is set by the component-associated information 102 associated with the arranged component 101 and is stored in the line design information.
The communication unit 21 performs communication with other devices through a network. The input unit 22 is an input interface with the user of the line design tool 20 and includes an input device, such as a keyboard, or a pointing device, such as a mouse.
The line design processing unit 23 receives an operation related to the line design from the user and generates or edits the line design information in response to the operation instruction. For example, when the user selects a 3D CAD component in the design master database 10 and issues an arrangement instruction, the 3D CAD component is arranged on the basis of the arrangement instruction and the line design information is generated.
The line design information includes a parameter related to the 3D CAD component, a user-defined parameter name which is defined by the user, the data format of the parameter, and the set value of the parameter. The data format is information indicating whether the data to be used is numerical data or bit data indicating 0 or 1. In addition, when the data to be used is numerical data, the data format is information indicating the bit number of data or information indicating whether the numerical data is an integer. The data format may include, for example, a data length and the number of data, regardless of the type of data.
When the user issues an instruction to generate the line design, the line design processing unit 23 performs a process of generating new line design information. When the user issues a line design editing instruction, the line design processing unit 23 performs a process of reading the line design information corresponding to the instruction from the line design information storage unit 24. The line design information storage unit 24 stores the line design information generated by the line design processing unit 23.
The common parameter interface 70 is a processing unit that is generated for each control device (component) by the interface generation device 50, which will be described below, and is provided in order to commonly manage the parameters which have the same meaning but have different formats used by each design tool integrally, regardless of the type of design tool. The common parameter interface 70 includes a parameter value acquisition unit 71, a data format definition information storage unit 72, a data format conversion unit 73, and a parameter update unit 74.
The parameter value acquisition unit 71 acquires a value corresponding to the user-defined parameter name related to the component from the common parameter database 60 through the communication unit 21 when the line design processing unit 23 reads the line design information from the line design information storage unit 24.
The data format definition information storage unit 72 stores data format definition information for defining the data format required when the value of the parameter acquired by the parameter value acquisition unit 71 is treated in the line design tool 20.
The data format conversion unit 73 converts the value of the parameter acquired from the common parameter database 60 into a data format defined by the data format definition information in the data format definition information storage unit 72.
When an instruction to change the value of the parameter (user-defined parameter name) defined by the line design information is received, the parameter update unit 74 performs a process of updating the value of the parameter managed by the common parameter database 60.
As such, the common parameter interface 70 relays access to the common parameter to which each design tool mutually refers, and performs conversion into a data format suitable for each design tool, if necessary. In addition, when the common parameter is changed, it is possible to follow the change of the parameter, using an ID and a parameter name provided for each control device, that is, each component. In addition, it is possible to change the common parameter, without affecting the line design information, the mechanical design information, and the control program. Therefore, it is not necessary to change a logic portion of the control program and to change the parameter.
The interface generation device 50 acquires, from the design master database 10, a list of the parameters, whose detailed set values are to be determined in the mechanical design and the control design, for the control device, that is, the component in the line design information generated by the line design tool 20, and generates the common parameter interface 70 (program) for accessing the parameter of the control device for each design tool.
The communication unit 51 performs communication with other devices through the network. The line design information acquisition unit 52 acquires the line design information from the line design tool 20.
The common parameter setting unit 53 acquires the control device (component) from the line design information and assigns an ID (identifier) for uniquely identifying the acquired control device. In addition, the common parameter setting unit 53 acquires, for example, the specification data of the acquired control device and the program component from the design master database 10, acquires the parameters whose detailed set values are to be determined in the mechanical design and the control design from among the acquired data, and associates the control device with the ID to generate a common parameter. The generated common parameter is registered as a record of a common parameter table in the common parameter database 60. The common parameter is generated for the control device included in the line design information.
For example, the mechanical design tool 30 creates a timing chart, and the operation time of a subject of the operation, that is, a signal, in the timing chart is acquired as the parameter. In addition, the control design tool 40 creates a control program using a program component, such as a function block, and the value of an input/output signal forming the control program or the program component is acquired as the parameter.
As illustrated in
In the example illustrated in
When the common parameter setting unit 53 generates the common parameter, the common parameter interface generation unit 54 generates the common parameter interface 70 related to the control device having the common parameter generated for each design tool. The common parameter interface 70 is formed so as to have the same functions as the common parameter interface 70 of the line design tool 20 illustrated in
The common parameter database 60 unitarily manages the common parameter, which is used in the design information generated in each design tool, outside each design tool.
The common parameter table 62 has the structure illustrated in
The mechanical design tool 30 generates mechanical design information, such as a timing chart indicating how to operate, for each control device, on the basis of the line design information and the common parameter, such that the required performance of the line design information is satisfied.
The mechanical design processing unit 33 receives an operation related to the mechanical design from the user and generates or changes mechanical design information in response to the operation instruction. For example, when the user inputs an instruction to create a timing chart indicating the state of the input/output values of the control device, that is, the component from the specification information in the design master database 10, the mechanical design processing unit 33 creates a timing chart on the basis of the instruction. In this case, for example, the mechanical design processing unit 33 sets the parameter so as to fall within the range of the minimum value and the maximum value defined by the specification information. Then, the timing chart is used as the mechanical design information. The mechanical design information storage unit 34 stores the mechanical design information. The communication unit 31, the input unit 32, and the common parameter interface 70 have the same configuration as those described in the line design tool 20 and the description thereof will not be repeated.
The control design tool 40 generates or changes operation parameters and a control program, which is the control design information, from the content input by the user, on the basis of the mechanical design information. The control program defines a program executed by the control device.
The control design processing unit 43 creates or changes a control program, using a programming language and a program component, on the basis of the mechanical design information and the common parameter, in response to an instruction from the user. For example, when the user inputs an instruction to create a control program using the program component in the design master database 10, the control design processing unit 43 creates a control program on the basis of the instruction. The control program storage unit 44 stores the control program. The communication unit 41, the input unit 42, and the common parameter interface 70 have the same configuration as those described in the line design tool 20 and the description thereof will not be repeated.
Next, the operation of the control system design support system will be described.
First, the line design information acquisition unit 52 of the interface generation device 50 acquires the line design information (Step S11). The line design information is acquired from, for example, the line design tool 20. Then, the common parameter setting unit 53 assigns IDs for uniquely identifying each control device to all of the control devices, that is, the components in the acquired line design information (Step S12). Therefore, it is possible to follow a change in the line design.
Then, the common parameter setting unit 53 selects a control device (Step S13) and acquires a list of the parameters of the control device, whose detailed set values are to be determined in the subsequent mechanical design and control design, from the design master database 10 (Step S14). In addition, the common parameter setting unit 53 associates the acquired parameters with the IDs assigned in Step S12 (Step S15) and generates a common parameter for the selected control device (Step S16).
Then, the common parameter interface generation unit 54 generates the common parameter interface 70 in each design tool, using the generated common parameter (Step S17). The common parameter interface 70 is a program which enables each design tool to perform a process of reading the value associated with the parameter from the common parameter table 62 of the common parameter database 60, a process of converting the data format during the process of reading the value, and a process of changing the value associated with the parameter.
When the common parameter interface 70 is generated, data format definition information for defining the data format, which is required when the common parameter is treated in each design tool, is also generated. For the data format definition information, a data format which is predetermined according to the usage of the control device may be set. For example, a plurality of data formats of a target control device, that is, a target component may be registered in the design master database 10 in advance and a data format may be selected from the plurality of types of data formats by a try and error method. Specifically, during the interface generation process of each design tool, the types of data formats are sequentially transmitted from the design master database 10 to each design tool, and the user sets the selected type of data format. In addition, the set data format is stored as the data format definition information, which makes it possible to smoothly read the parameter with a desired data format in the subsequent processes.
Then, the common parameter interface generation unit 54 incorporates the generated common parameter interface 70 into each design tool (Step S18). For example, the common parameter interface 70 can be incorporated into each design tool by, for example, a plug-in method.
Then, the common parameter setting unit 53 determines whether the common parameter generation process has been performed for all of the control devices, that is, all of the components (Step S19). When the common parameter generation process for all of the control devices has not been completed (No in Step S19), the process returns to Step S13. When the common parameter generation process for all of the control devices has been completed (Yes in Step S19), the process ends.
The parameter association table 63 of the common parameter database 60 is created at the same time as the user generates each design information item using each design tool. For example, the user issues an instruction to have the user-defined parameter name in the line design information be input to the parameter association table in which the ID of the control device, that is, the component and the name of the parameter used by the control device are registered in the line design tool 20. The user issues an instruction to have the user-defined parameter name in the mechanical design information be input to the parameter association table in the mechanical design tool 30. The user issues an instruction to have the user-defined parameter name in the control program be input to the parameter association table in the control design tool 40. Then, the content of them is sequentially registered and the content of the parameter association table is updated.
Next, the conversion process and the parameter value update process of the common parameter interface 70 will be described.
First, when an instruction to read design information is received from the user of the design tool (Step S31), the design tool reads the instructed design information (Step S32). The line design tool 20 reads the line design information. The mechanical design tool 30 reads the mechanical design information. The control design tool 40 reads the control program.
Then, the parameter value acquisition unit 71 of the common parameter interface 70 selects the user-defined parameter name which is a parameter in the design information (Step S33), and acquires a parameter name corresponding to the acquired user-defined parameter name from the parameter association table 63 of the common parameter database 60 (Step S34). In addition, the parameter value acquisition unit 71 acquires a value corresponding to a combination of the acquired parameter name and the ID of a target control device from the common parameter database 60 (Step S35).
Then, the data format conversion unit 73 reads the acquired value of the parameter in the format defined by the data format definition information in the data format definition information storage unit 72 (Step S36). Then, the parameter value acquisition unit 71 determines whether the values of all of the user-defined parameter names in the design information have been acquired (Step S37). When the values of all of the user-defined parameter names in the design information have not been acquired (No in Step S37), the process returns to Step S33. When the values of all of the user-defined parameter names in the design information have been acquired (Yes in Step S37), the process ends.
Then, when the change request is received (Step S53), the common parameter change unit 64 of the common parameter database 60 acquires the parameter name corresponding to the user-defined parameter name, with reference to the parameter association table 63 (Step S54). Then, the common parameter change unit 64 updates the value of the acquired parameter name in the common parameter table 62 with the value stored in the change request (Step S55). Then, the common parameter change unit 64 transmits a parameter update completion notice to the design tool which has transmitted the change request (Step S56). In addition, the design tool receives the update completion notice from the common parameter database 60 (Step S57) and ends the parameter update process.
As illustrated in
A screen showing that each design tool acquires the value of the user-defined parameter from the common parameter database 60 and converts the format of the acquired data may be displayed on a display unit (not illustrated) and may be presented to the user.
In the first embodiment, in the control system design support system including the line design tool 20, the mechanical design tool 30, the control design tool 40, the design master database 10, the interface generation device 50, and the common parameter database 60, when the line design tool 20 generates the line design information for determining, for example, the arrangement of the control devices, the interface generation device 50 generates the common parameter database 60 which manages the formats and the values of the parameters used by each control device, on the basis of the line design information. Subsequently, the interface generation device 50 generates the common parameter interface 70 of each design tool, on the basis of the common parameter database 60, and incorporates the common parameter interface 70 into each design tool. In addition, while the user is generating the design information with each design tool, the interface generation device 50 generates the parameter association table 63 in which the parameter is associated with the user-defined parameter name. Therefore, when each design tool reads each design information item, it is possible to acquire a value corresponding to the user-defined parameter name included in the design information from the common parameter database 60, to convert the value into a data format which can be used by each design tool, and to display the value. When the value of the parameter is changed by any one of the design tools, the changed value of the parameter is reflected in the common parameter database 60. Therefore, the persons in change of other design tools do not need to perform the process of changing the value of the parameter, and it is possible to open the read design information with the changed parameter.
In the first embodiment, the parameter association table is stored in the common parameter database. In a second embodiment, a case in which the parameter association table is provided in each design tool will be described.
The operation process of the control system design support system is similar to that according to the first embodiment except that the common parameter interface 70 in each design tool performs a process of acquiring a parameter corresponding to a user-defined parameter. Therefore, the description of the process will not be repeated.
According to the second embodiment, it is possible to obtain the same effect as that in the first embodiment.
In the above-described embodiments, the common parameter table is provided in the common parameter database and the design tool accesses the common parameter database whenever reading the common parameter. However, in a third embodiment, a case in which each design tool temporarily stores the common parameter table acquired from the common parameter database and performs, for example, a process of reading design information using the temporarily stored common parameter table will be described.
The control system design support system according to the third embodiment has the same basic configuration as that according to the first embodiment except for the configuration of each design tool. Here, it is assumed that a parameter association table is not provided in a common parameter database 60, but is provided in a common parameter interface 70 of each design tool as in the second embodiment.
The common parameter table temporary storage unit 25 temporarily stores a common parameter table 62 acquired from the common parameter database 60. Hereinafter, the common parameter table stored in the common parameter table temporary storage unit 25 is referred to as a cache common parameter table.
The valid state of the parameter means a state in which the parameters have the same value in the cache common parameter tables of all of the design tools. The invalid state of the parameter means a state in which the parameters in one or more cache common parameter tables have different values among the cache common parameter tables of all of the design tools. This state means, for example, a state in which a parameter update process is performed in any of the design tools. Immediately after the common parameter table 62 of the common parameter database 60 is read to each design tool, all of the parameters are valid. In addition, the valid or invalid state of the parameter can be indicated by, for example, a flag.
The update necessary/unnecessary state of the parameter indicates whether the update of the content of the parameter in the common parameter database 60 is required. The parameter which has been updated in the host design tool is in an “update necessary state” indicating that the parameter needs to be reflected in the common parameter table 62 of the common parameter database 60. In contrast, the parameter which has not been updated in the host design tool (including a case in which the content of update in other design tools is reflected) is in an “update unnecessary state”.
The common parameter interface 70 includes a parameter value acquisition unit 71, a data format definition information storage unit 72, a data format conversion unit 73, a parameter update unit 74, a parameter association table 75, a common parameter table reading unit 76, and a parameter update state notification unit 77.
For example, when the design tool reads the design information and an instruction to read the parameter in the design information is issued with the reading of the design information, the parameter value acquisition unit 71 acquires the value of the parameter from the cache common parameter table in the common parameter table temporary storage unit 25. In this case, when the valid state of the read parameter is “valid”, the parameter value acquisition unit 71 acquires the value of the parameter from the cache common parameter table, without any change. When the valid state of the read parameter is “invalid”, the parameter value acquisition unit 71 inquires the latest data of the parameter from other design tools and acquires the latest data. Then, the parameter value acquisition unit 71 updates the value of the parameter in the cache common parameter with the acquired latest data.
The data format conversion unit 73 performs the same process as that according to the first embodiment. However, the process of the data format conversion unit 73 is different from that according to the first embodiment in that the data format conversion unit 73 refers to the cache common parameter table stored in the common parameter table temporary storage unit 25.
When a parameter update instruction is received, the parameter update unit 74 performs an update process for the cache common parameter table stored in the common parameter table temporary storage unit 25. When the cache common parameter table is deleted from the common parameter table temporary storage unit 25, the value of the parameter which is in the “update necessary state” in the cache common parameter table is reflected in the common parameter table 62 of the common parameter database 60.
As described in the second embodiment, in the parameter association table 75, the parameter which is used in the common parameter table is associated with the user-defined parameter name which is used in the host design tool.
For example, when the design tool starts or when the common parameter interface 70 is incorporated into the design tool first, the common parameter table reading unit 76 reads the common parameter table 62 from the common parameter database 60 and stores the common parameter table 62 in the common parameter table temporary storage unit 25.
When the parameter update unit 74 updates the parameter in the cache common parameter table, the parameter update state notification unit 77 sets the valid state of the parameter to “valid” and sets the update necessary/unnecessary state to “update necessary”. In addition, the parameter update state notification unit 77 notifies parameter invalidity notification information indicating that the values of the cache common parameter tables stored in the common parameter table temporary storage units 25 of other design tools are not used for the updated parameter. In addition, when the parameter invalidity notification information is received from other design tools, the parameter update state notification unit 77 sets the valid state of the corresponding parameter to “invalid”. However, in this example, the update necessary/unnecessary state is maintained at the value at that time.
Since the other configurations are the same as those in the first embodiment, the description thereof will not be repeated. Here, the configuration of the line design tool 20 has been described. The mechanical design tool 30 and the control design tool have the same configuration as described above.
Next, a process of updating the parameter stored in the common parameter table temporary storage unit 25 will be described.
Then, the parameter update unit 74 updates the value of the parameter of the control device in the cache common parameter table of the common parameter table temporary storage unit 25, which has been acquired in Step S72, with the value instructed by the user (Step S73). In addition, the parameter update state notification unit 77 sets the valid state of the corresponding parameter to “valid” and sets the update necessary/unnecessary state to “update necessary” (Step S74).
Then, the parameter update state notification unit 77 transmits the parameter invalidity notification information to other design tools such that the valid state of the updated parameter is set to “invalid” (Step S75). Other design tools set the valid states of the corresponding parameters in the cache common parameter tables of their common parameter table temporary storage units 25 to “invalid” on the basis of the parameter invalidity notification information. Then, the parameter update process ends.
Then, the parameter value acquisition unit 71 of the common parameter interface 70 acquires the valid state of data for a combination of the acquired control device and parameter, with reference to the cache common parameter table of the common parameter table temporary storage unit 25 (Step S95) and determines whether the data is valid (Step S96). When the data is valid (Yes in Step S96), the parameter value acquisition unit 71 acquires the value of the parameter from the cache common parameter table (Step S97).
On the other hand, when the data is not valid, that is, when the data is invalid (No in Step S96), the parameter value acquisition unit 71 inquires the latest data of the parameter of a target control device from other design tools (Step S98) and acquires the latest data of the parameter (Step S99). Then, the parameter value acquisition unit 71 updates the value of the corresponding parameter in the cache common parameter table of the common parameter table temporary storage unit 25 with the acquired latest data (Step S100).
After Step S100 or Step S97, the data format conversion unit 73 acquires the data format of the parameter of a target control device from the data format definition information of the data format definition information storage unit 72 (Step S101). Then, the data format conversion unit 73 converts the acquired value of the parameter into a designated data format (Step S102). In this way, the parameter in the design information is read in the designated data format.
Then, it is determined whether the values of all of the user-defined parameter names in the design information have been acquired (Step S103). When the values of all of the user-defined parameter names in the design information have not been acquired (No in Step S103), the process returns to Step S93. When the values of all of the user-defined parameter names in the design information have been acquired (Yes in Step S103), the process ends.
Then, the parameter update unit 74 updates a value corresponding to the combination of the ID and the parameter in the common parameter table 62 of the common parameter database 60 with the value registered in the cache common parameter table (Step S113). In this case, the common parameter change unit 64 of the common parameter database 60 updates the values in the common parameter table 62 on the basis of an update request from the common parameter interface 70. Then, the process of updating the common parameter database 60 ends.
In the third embodiment, each design tool temporarily stores the common parameter table 62 of the common parameter database 60 and the common parameter interface 70 performs the conversion process and the update process, using the stored common parameter table 62. Therefore, whenever the conversion process and the update process are performed, it is not necessary to access the common parameter database 60 connected to the network and to smoothly perform the conversion process and the update process.
When the parameter is updated, the common parameter table 62 of the host design tool is updated and the parameters of other design tools are updated. Then, it is notified that the values stored in other design tools are valid. When the parameter is updated in a given design tool and the parameter reading process is performed in other design tools, a request to acquire the latest data of the parameter is transmitted to other design tools. Therefore, when the parameter is updated in a given design tool and the parameter reading process is performed in other design tools, there is no concern that the parameter before update will be read in other design tools. Even when the common parameter table 62 is distributed to each design tool, it is possible to synchronize data.
In the above-described embodiments, the common parameter table 62 is described as a database. However, when the common parameter interface 70 knows an access unit to the common parameter table 62, the common parameter table 62 may not be a database management system such as a relational database.
The processes in the interface generation device 50, the common parameter database 60, and the common parameter interface 70 may be implemented by a program which stores the procedure of the process. The program may be executed in the above-mentioned personal computer or an information processing terminal, such as a tablet terminal, to implement the processes. The program is recorded on a computer-readable recording medium, such as a hard disk, a solid state drive (SSD), a floppy (registered trademark) disk, a compact disk (CD)-ROM, a magneto-optical disk (MO), or a digital versatile disk or a digital video disk (DVD). The program may be distributed through a network, such as the Internet, that is, a communication line.
As described above, the control system design support system according to the present invention is useful to design a control system which is a combination of a plurality of control devices.
10 design master database, 20 line design tool, 21, 31, 41, 51, 61 communication unit, 22, 32, 42 input unit, 23 line design processing unit, 24 line design information storage unit, 25 common parameter table temporary storage unit, 30 mechanical design tool, 33 mechanical design processing unit, 34 mechanical design information storage unit, 40 control design tool, 43 control design processing unit, 44 control program storage unit, 50 interface generation device, 52 line design information acquisition unit, 53 common parameter setting unit, 54 common parameter interface generation unit, 60 common parameter database, 62 common parameter table, 63, 75 parameter association table, 64 common parameter change unit, 70 common parameter interface, 71 parameter value acquisition unit, 72 data format definition information storage unit, 73 data format conversion unit, 74 parameter update unit, 76 common parameter table reading unit, 77 parameter update state notification unit
| Filing Document | Filing Date | Country | Kind |
|---|---|---|---|
| PCT/JP2014/068710 | 7/14/2014 | WO | 00 |
