JP2004054415A - Specification creation support apparatus, control method for it, specifications creation support system, and program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a specification creation support device, a control method for it, a specification creation support system and a program, for efficiently creating a specification. <P>SOLUTION: A specification input template screen 1200 having input parts 1214, 1215, 1216 for inputting attributes corresponding to each of a plurality of input items is generated. According to the input state of the input part of the specification input template screen, it is determined whether or not the transition from the current specification information input screen to the next specification information input screen is right. <P>COPYRIGHT: (C)2004,JPO

Description

[0001]
TECHNICAL FIELD OF THE INVENTION
The present invention relates to a specification creation support device that provides a specification specification information input screen for each of a plurality of creation stages to support creation of a specification, a control method thereof, a specification creation support system, and a program. .
[0002]
[Prior art]
2. Description of the Related Art Conventionally, using a terminal such as a personal computer, a specification has been created in a document design stage such as a basic specification, a design condition, a concept design, and a detailed design.
[0003]
The structure of this specification will be described with reference to FIG.
[0004]
FIG. 1 is a diagram showing the structure of a conventional specification.
[0005]
Reference numeral 101 denotes all components of a specification such as a design specification, a production specification, a quality specification, and a manufacturing specification.
[0006]
Reference numeral 102 denotes a cover of components of the specification 101. On the cover 102, a title, an abstract, and the like for the content (text) 105 are described.
[0007]
Reference numeral 103 denotes an update history of a component of the specification 101. The update history 103 describes a history of items such as additional corrections from the start of creation of the cover 102 and the content (body) 105 to the completion of creation or completion thereof.
[0008]
Reference numeral 104 denotes an attached document of a component of the specification 101. The attached document 104 includes various data such as supplementary explanations, reference materials, graphs, images, and the like related to the content (text) 105.
[0009]
Reference numeral 105 denotes the content (text) of a component of the specification 101. In the content (text) 105, a detailed description of the cover 102, descriptions of various data such as numerical values, graphs, images, etc., attachments, and link destinations are described.
[0010]
Reference numeral 106 denotes a concept indicating a set of elements such as a cover 102, an update history 103, an attached document 104, and contents (text) 105 which are constituent elements of the specification 101 (hereinafter referred to as a template). ), And a concept that regulates the scope of each (hereinafter, this concept is called a framework or constraint).
[0011]
107, 108, 109, 110, 111 are items of components of the cover 101, the update history 103, the attached document 104, and the content (text) 105, which are the components of the specification 101. Items 107, 108, 109, 110, and 111 are a summary name, a headline name, and the like of the information content to be described. For example, the summary name and the heading name indicate a car, an engine, a steering wheel, and the like.
[0012]
112, 113, and 114 are attributes of the items 107, 108, 109, 110, and 111. Attributes 112, 113, and 114 are property names of information contents for items 105, 106, 107, 108, 109, 110, and 111. For example, the property name indicates a color, a shape, and the like for an object such as a car, an engine, and a steering wheel.
[0013]
The configuration and number of the cover 102, the update history 103, the attached document 104, and the content (text) 105 differ depending on the type of the specification 101. For example, some specifications 101 do not include the attached document 104 as a component. Also, for example, depending on the specification 101, the cover 102, the update history 103, the attached document 104, and the content (text) 105 are combined into one.
[0014]
The types and numbers of the items 107, 108, 109, 110, 111 constituting the cover 102, the update history 103, the attached document 104, the content (text) 105, and the attributes 112, 113, 114 depend on the type of the specification 101. different.
[0015]
□ Specifications creation time
As shown in FIG. 2, the time (or action) for creating the specification 101 is determined by the preprocessing T in the preparation stage for creating the specification 101._S201, an act T202 of creating the specification 101, and a post-processing T of an approval, disclosure, and storage stage after the creation of the specification 101_E203.
[0016]
The act of creating the specification 101 includes, as shown in the configuration of the specification 101 in FIG. 1, the creation of the cover 102, the update history 103, and the content (text) 105, which are the components of the specification 101, If there is, it is an act of creating (or preparing) the attachment 104. Furthermore, the act of creating the cover 102, the update history 103, the attached document 104, and the content (text) 105, the items 107, 108, 109, 110, 111 which are the constituent elements, and the attributes 112, 113, 114 thereof Is to assign the information content corresponding to.
[0017]
For example, the time for creating the contents (text) 105 of the specification 101 is T₁204 times are required. Further, T₁The time of 204 is A1 for creating the A item 1 (107) of the content (text) 105 of the specification 101._t207 and A2 for creating A item 2 (108)_t208 and Zn to create the Z item N (111)_t209 etc. are added.
[0018]
Furthermore, A1_tThe time of 207 is A1 for creating the attribute 1 (112) which is the input part of the A item 1 (107)._{attribute 1}210 and A2 for creating attribute 2 (113)_{attribute 2}A1 for creating 211 and attribute n (114)_{attribute n}The time such as 212 is added.
[0019]
□ Procedure for creating specifications
Conventionally, there is no basic regulation (restriction) in the procedure for creating the specification 101. When the creator customarily considers the convenience of the creation action and creates the cover 102 → content (text) 105 → attached document 104 → update history 103, or the content (text) 105 → cover 102 → update There are various cases, such as a case where the history is created by the procedure from the history 103 to the attached document 104 or a case where each is created by the parallel work. Even in the case of the same type of specification 101, the preparation procedure is different for each creator, and even for the same creator of the same specification, the preparation procedure depends on various conditions at the time of preparation. Is different.
[0020]
Further, the items 105, 106, 107, 108, and 109, which are the components of the cover 102, the update history 103, the attached material 104, and the content (text) 105, are to be created using the template and to be input. Even if an attribute is described, there is no basic restriction (restriction), such as creating items in numerical order from the top. In other words, the procedure for creating items is also left to the customs of the creator, similarly to the above-described creation procedure.
[0021]
During this time, the specification 101 being created is not actively disclosed to the parties concerned, and the specification 101 is created or approval is given from the approver. 101 will be released. For this reason, the incorporation of an action such as a question or a request from an approver or a related person who refers to the information described in the created specification sheet 101 is performed by the post-processing T._EAnd a return loop for reviewing the creation of the specification 101 occurs in the post-processing stage.
[0022]
[Problems to be solved by the invention]
Speed and quality are important in the promotion of concurrent and collaboration in current manufacturing, and the specification 101 is a trigger for related departments.
[0023]
However, the following problems have been encountered if the specification framework and the method of using it have been adapted to the conventional manufacturing.
[0024]
□ Problems of creating conventional specifications
First, the creator of the specification 101 is a component of the specification 101, such as a cover 102, an update history 103, an attached document 104, a content (text) 105, and items 107, 108, 109, 110, and 111 thereof. Not subject to restrictions (restraints) in the creation procedure corresponding to Therefore, the creator of the specification 101 may cause a variation in the creation time of the specification 101 or the quality of the created specification 101.
[0025]
Second, in many cases, a reference time to a third party such as an approver or a related person for the preparation of the specification is after the preparation of the specification. Therefore, the act of incorporating a question or a request from a third party into the specification 101 includes a cover 102, an update history 103, an attached document 104, a content (text) 105, and its items 107, which are components of the specification 101. The work of allocating the information contents (text) of the attributes 112, 113, and 114 to 108, 109, 110, and 111 may cause a regression, and the return may cause the information contents (text) to be incorrectly assigned. As a result, the entire preparation period of the specification 101 may be long.
[0026]
Third, before the specification 101 is completed, the third party adds information to the cover 102, the update history 103, the attached document 104, and the information (text) 105 in the specification 101 being created. The creator of the specification cannot act to include questions and requests. For this reason, even if the created specification 101 is completed, it may be a product of low use value for a third party.
[0027]
Fourthly, before the entire specification 101 is created or completed, the third party may use the information content (cover) 102, update history 103, attached document 104, and content (text) 105 of the created or completed part. Text) cannot be used or referenced. Therefore, until the entire specification 101 is completed, the information content (text) of the specification 101 cannot be known, and the work of a third party triggered by the specification 101 is stagnated. Alternatively, the work cannot be performed promptly, and the development period of the entire product cannot be shortened.
[0028]
Fifth, the third party changes the completion reliability (changes) of the information content (text) in the cover 102, the update history 103, the attached document 104, and the content (text) 105 of the specification 101 before the specification 101 is completed. The degree to which the probability is small) cannot be grasped. Therefore, until the entire specification 101 is completed, a third party who uses the specification 101 is confused about how to use the information content (text) of the specification 101 and uses the specification 101 as a trigger. Third party work stagnates. Alternatively, troubles in design items, development items, and the like may occur due to incorrect recognition or use of incomplete information.
[0029]
The present invention has been made in order to solve the above-described problems, and provides a specification creation support apparatus and a control method, a specification creation support system, and a program capable of efficiently creating a specification. Aim.
[0030]
[Means for Solving the Problems]
A specification creation support apparatus according to the present invention for achieving the above object has the following configuration. That is,
A specification creation support device that provides a dedicated specification information input screen for each of a plurality of creation stages and supports creation of a specification,
Generating means for generating the specification information input screen having an input unit for inputting an attribute corresponding to each input item of a plurality of input items;
Display means for displaying the specification information input screen generated by the generation means,
Determining means for determining whether to shift from the current specification information input screen to the next specification information input screen based on an input state of the input unit of the specification information input screen;
Is provided.
[0031]
Preferably, the determination unit permits a transition from a current specification information input screen to a next specification information input screen based on an input state of the input unit of the specification information input screen.
[0032]
Further, preferably, when the attribute is input to all of the input sections of the specification information input screen, the determination unit shifts from the current specification information input screen to the next specification information input screen. To give permission.
[0033]
Also, preferably, the input unit specifies whether or not there is a mandatory input,
The determination means permits a transition from the current specification information input screen to the next specification information input screen when attributes are input to all of the input sections for which the required input is specified.
[0034]
Preferably, the specification information input screen further has an in-flight flag input area for inputting a flag indicating that input of an attribute corresponding to the input item to the input unit is in progress. ,
The determination means permits a transition from the current specification information input screen to the next specification information input screen based on the input status of the flag in the in-flight flag area.
[0035]
Preferably, the determination means shifts from the current specification information input screen to the next specification information input screen when all flags in the in-flight flag area corresponding to the input items are input. Allow
[0036]
Preferably, the specification information input screen further has a completion reliability input area for inputting a completion reliability indicating a completion reliability status of input content to an input unit of an attribute corresponding to the input item,
The determination means permits a transition from the current specification information input screen to the next specification information input screen based on the completion reliability of the completion reliability input area.
[0037]
Further, preferably, when the completion reliability of the completion reliability input area corresponding to the input item is all equal to or more than a predetermined value, the next specification information input from the current specification information input screen is performed. Allow transition to screen.
[0038]
A specification creation support system according to the present invention for achieving the above object has the following configuration. That is,
A plurality of information processing terminals and a server are connected to each other via a network, and a dedicated specification information input screen is provided between the information processing terminal and the server at each of a plurality of creation stages to provide a specification. A specification creation support system for supporting the creation of a document,
Each of the plurality of information processing terminals,
Receiving means for receiving the specification information input screen having the plurality of input items from the server,
Display means for displaying the specification information input screen,
Input means for inputting specification information via the specification information input screen,
The server comprises:
Generating means for generating the specification information input screen having an input unit for inputting an attribute corresponding to each input item of the plurality of input items;
Transmission means for transmitting the specification information input screen generated by the generation means to the information processing terminal,
Determining means for determining whether to shift from the current specification information input screen to the next specification information input screen based on an input state of the input unit of the specification information input screen.
[0039]
A control method of a specification creation support device according to the present invention for achieving the above object has the following configuration. That is,
A method of controlling a specification creation support device that provides a dedicated specification information input screen for each of a plurality of creation stages and supports creation of a specification,
A generation step of generating the specification information input screen having an input unit for inputting an attribute corresponding to each input item of a plurality of input items,
A display step of displaying the specification information input screen generated in the generation step,
A determination step of determining whether to shift from the current specification information input screen to the next specification information input screen based on an input state of the input unit of the specification information input screen;
Is provided.
[0040]
A program according to the present invention for achieving the above object has the following configuration. That is,
A program for providing a dedicated specification information input screen for each of a plurality of creation stages to cause a computer to control a specification creation support device that supports creation of specifications,
A program code of a generation step of generating the specification information input screen having an input unit for inputting an attribute corresponding to each input item of a plurality of input items,
A program code of a display step of displaying the specification information input screen generated in the generation step,
Based on the input state of the input unit of the specification information input screen, a program code of a determination step of determining whether to shift from the current specification information input screen to the next specification information input screen
Is provided.
[0041]
DETAILED DESCRIPTION OF THE INVENTION
Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.
[0042]
According to the present invention, as a design specification creation support system, the order of creation of specifications in a predetermined procedure is regulated by the content (text) of the specification to be created, the timing, the configuration and subdivision of the framework by the creator, and the like. And provide for the creation and completion of specifications.
[0043]
It also provides a detour way to advance to the next framework without completing a fragmented framework.
[0044]
It also provides a method for describing and confirming the reliability of completion of the subdivided framework. It also provides a method for questions and answers with users during the preparation of specifications.
[0045]
It also provides a method for reusing recorded specifications.
[0046]
It also provides a method for linking with specifications that have a different framework.
[0047]
It also provides a method for linking with information from other systems.
[0048]
Furthermore, by assigning usage rights to the information contents (text) recorded by these methods for each item described in the specifications and converting them into parts, the creation load on the creator can be reduced, and the specifications created Quality of products and improve the value of use for users. In addition to providing the information that authors and users expect, they also provide the right questions.
[0049]
In the following description, a “server” means that information such as HTML documents and images is stored in a WWW system, and information is transmitted through a network such as the Internet upon receiving a request from client software such as a Web browser. This means a Web server (Web server) or an application server (or Web application server) having a function of receiving a request from a user through a network and bridging to processing of a database system or the like.
[0050]
The “client” means a computer and software that use functions and data provided by a server in a network. As the client, for example, a computer connected to a network, a personal computer for home use, a Web browser running on the computer, a viewer, and the like are applicable.
[0051]
Also, in the embodiment of the present invention described below, an example will be described in which various processes related to specification creation between a provider and a user are realized in a Web environment via the Internet, but the present invention is It is not limited to such a configuration. In other words, the present invention is applicable to any computer network environment that can provide a form in which various operation screens (graphic user interfaces) for executing processes related to services provided by the server can be displayed on a client browser (viewer). Can be applied.
[0052]
Next, the overall configuration of the design specification creation support system of the present embodiment will be described with reference to FIG.
[0053]
FIG. 3 is a diagram showing the configuration of the entire design specification creation support system of the present embodiment.
[0054]
Reference numeral 300 denotes a network such as the Internet, a WAN, and a LAN.
[0055]
Reference numerals 301, 302, and 303 denote information processing terminals operated by a designer or the like, and function as clients to the server 350. 350 is a server.
[0056]
The information processing terminals 301, 302, 303 and the server 150 can communicate with each other via the network 300.
[0057]
FIG. 4 is a block diagram illustrating a configuration of the information processing terminals 301, 302, and 303 according to the present embodiment.
[0058]
Reference numeral 401 denotes a CPU, which controls each unit in the information processing terminal and performs control for realizing the processing described in the present embodiment. An input unit 402 enables input of information from an operator of the information processing terminal. The input unit 402 includes, for example, a keyboard, a mouse, a digitizer, and the like.
[0059]
An output unit 403 displays information to an operator of the information processing terminal. The output unit 403 includes, for example, a CRT and a liquid crystal display.
[0060]
An external storage device 404 reads / writes information from / to a recording medium separate from the information processing terminal. The external storage device 404 includes, for example, an FD drive, an MO drive, a CD-R drive, and the like.
[0061]
Reference numeral 405 denotes a ROM (Read Only Memory), which is a read-only memory. The ROM 405 includes, for example, a PROM (Programmable @ Rom) to which a user can electrically write a program and a mask ROM to write the contents (text) at the time of manufacture. In this embodiment, any ROM is used. There may be.
[0062]
Reference numeral 406 denotes a RAM (Random Access Memory), which is a memory which can be freely written and read. The RAM 406 temporarily stores data necessary for performing the processing of this embodiment, and functions as a data work area.
[0063]
A network interface 407 enables connection with the network 300 and controls various communications. The network interface 407 includes, for example, a modem and a network card. Communication is realized by a network protocol such as TCP / IP.
[0064]
Reference numeral 408 denotes an internal storage device, which is a storage device for storing various information in the information processing terminal. An example of the internal storage device is a hard disk or the like.
[0065]
Reference numeral 409 denotes a bus, which implements transmission and reception of various data between blocks in the information processing terminal and supply of power. The bus 409 includes an address line, a data line, a control line, a power supply / ground line, and the like.
[0066]
FIG. 5 is a block diagram illustrating a configuration of the server 350 according to the present embodiment.
[0067]
Reference numeral 501 denotes a CPU, which controls each unit in the server 350 and performs control for realizing the processing described in the present embodiment. Reference numeral 502 denotes an input unit which enables an operator of the server 350 to input information. The input unit 502 includes, for example, a keyboard, a mouse, a digitizer, and the like.
[0068]
An output unit 503 displays information for an operator of the server 350. The output unit 503 includes, for example, a CRT and a liquid crystal display.
[0069]
An external storage device 504 reads / writes information from / to a storage medium separate from the server 350. The external storage device 504 includes, for example, an FD drive, an MO drive, a CD-R drive, and the like.
[0070]
Reference numeral 505 denotes a ROM (Read Only Memory), which is a read-only memory. The ROM 505 includes a PROM (Programmable @ Rom) to which a user can electrically write a program and a mask ROM to write the contents (text) at the time of manufacture. In this embodiment, any ROM is used. You may.
[0071]
Reference numeral 506 denotes a RAM (Random Access Memory), which is a memory which can be freely written and read. The RAM 506 temporarily stores data necessary for performing the processing of this embodiment, and functions as a data work area.
[0072]
A network interface 507 enables connection to the network 300 and controls various communications. The network interface 507 includes, for example, a modem and a network card. Communication is realized by a network protocol such as TCP / IP.
[0073]
Reference numeral 508 denotes an internal storage device for storing various information (various tables to be described later, programs for realizing the processes shown in flowcharts to be described later) in the server 350. An example of the internal storage device is a hard disk or the like.
[0074]
Reference numeral 509 denotes a bus that implements transmission / reception of various data between blocks in the server 350 and power supply. The bus 509 includes an address line, a data line, a control line, a power supply / ground line, and the like.
[0075]
Next, a design specification creation support system (Document \ Design \ Support \ System) (hereinafter abbreviated as DDSS) will be described. This D. D. S. S has a hybrid system configuration of a specification creation unit and a design workflow display unit.
[0076]
□ Specifications for basic specifications, design conditions, concept design, and detailed design
FIG. D. S. FIG. 9 is a diagram showing a creation procedure in each creation phase and a configuration of data to be used in the contents (text) of the design specification in S.
[0077]
Information on the creation procedure in each creation phase is obtained from a creation information table (for each model-specific subsystem) of the specification input template in FIG. 34 stored in the internal storage device 508 of the server 350 in advance. From the stored information, the user having master maintenance (hereinafter simply referred to as “maintenance”) authority can access the server 350 from the information processing terminals 301, 302, 303 from the user authority function table (FIG. 7). Then, it can be changed using the master maintenance screen.
[0078]
In the user authority-specific function table of FIG. 7, “●” indicates that the authority has been granted, and “−” indicates that the authority has not been granted.
[0079]
The design specifications according to the present embodiment are broadly divided into a design specification (I) compiled based on requirements relating to a concept specification in product design and a design specification (II) compiled based on requirements relating to detailed specifications.
[0080]
The design specification (I), which is a concept specification, is further classified into three phases (specification input templates).
[0081]
The first is a basic specification that describes a product specification required for the module.
[0082]
Second, there are design conditions for describing various numerical targets and allocation items (process speed, maintenance interval, life, cost, mold cost, power consumption, noise, space, etc.).
[0083]
Third, there is a concept design that describes the concept and configuration for realizing the basic specifications and the concept within the framework of the design conditions.
[0084]
All three phases are the contents (text) of the specification that are clarified at the initial stage of product design, and are also information that limited designers are notified. The basic specifications, design conditions, and concept design are mainly created by a designer who is at least the design chief.
[0085]
The design specification (II), which is a detailed specification, has a design value for each element (the minimum unit is a component level) and a detailed design phase for describing the concept. This phase proceeds when the contents (text) of the design specification (I) are clarified, and the results of the actual design action are reflected. The detailed design phase is mainly created by the person in charge of the design.
[0086]
D. D. S. In the design specification in S, the framework of the specification (specification input template) is subdivided (phased) under appropriate conditions as described above. The subdivided (phased) specification framework (specification input template) is created by being regulated in the order of the predetermined specification preparation workflow or the item number of the specification input template.
[0087]
D. D. S. The structure of the design specification in S is based on the development procedure in the product design, and is divided into the basic specification, design conditions, concept design, and detailed design phase shown in FIG. 6 (text), and the cover of the design specification. , And the update history of the content (text) are included.
[0088]
D. D. S. The items of the specification input template of each creation phase in the design specification in S are mainly pure design items, but purely productive items and intermediate items can be added later. .
[0089]
D. D. S. In creating the design specification in S, by configuring a function table for each user authority in FIG. 7 and the like, a proper authority is given to a user such as a creator of the design specification and a user, and design is performed while collaborating. Create specifications. For example, binding of creation authority, binding in the order of creation phase, binding of specification printing, and the like. The binding function will be described later.
[0090]
□ Reasons why the above-mentioned creation phase must be determined in the order of creation The reason why the design specifications must be determined in the order of creation is to create a high-quality design specification. The object is to make it possible to disclose to a related person from a design specification created (or completed) as much as possible, to shorten the preparation period of the design specification, and to reduce the load of creating the design specification as much as possible.
[0091]
This is because, for example, the timing of data that can be input to the design specification differs depending on the progress of product development, or the content of the data input to the design specification changes.
[0092]
Although there are a plurality of data types to be used depending on the phase of creating the design specification as shown in FIG. 6, the timings of extracting and referring to the data types to be used are different. In addition, the designer who should prepare the design specifications places a large burden on development items and design items other than creating the design specifications, and in order to adhere to (or shorten) the product development schedule, the design specifications should be It is necessary to reduce the load of creating a book.
[0093]
For that purpose, based on the development procedure in the product design, the information (item, 107, 108, 109, 110, 111) of the contents (text) 105 in the structure of the specification in FIG. Considering the information to be determined in the above, it is subdivided into the creation phase of the basic specifications, design conditions, concept design, and detailed design in FIG. It is possible for the creator and related parties to grasp the information of the design specification in a timely manner in the progress of product development and the flow of the development procedure in product design.
[0094]
Conventionally, a framework (binding) 106 in which the information (items / attributes) to be input in the content (text) 105 in the structure of the specification shown in FIG. 1 is large is defined as a basic specification, a design condition, a concept design, a detailed design. By subdividing into small frameworks (bindings) for each creation phase, and assigning a creator for each creation phase, the creation load per person is reduced. In other words, by adding fine binding for each creation phase, it is possible to create a high-quality design specification.
[0095]
□ Examples determined in the order of creation
* Example 1: A and B are not determined.
[0096]
Unless the data of the attribute 1 for all items in the basic specification phase is determined, it is not possible to shift to the design condition phase. If the data of the attribute 1 for all items in the design condition phase is not determined, it is not possible to shift to the concept design phase. If the data of attribute 1 for all items in the concept design phase is not determined, it is not possible to shift to the detailed design phase. Further, unless the data of the attribute 1 for all items from the basic specification phase to the detailed design phase is determined, it is impossible to print a cover in specification printing.
[0097]
Furthermore, by extending the transition condition from attribute 1 to attribute 2, attribute 3, and attribute n, it is possible to strengthen the regulation (binding).
[0098]
* Example 2: If A and B are not determined, C is not determined.
[0099]
In the concept design phase, it is possible to set items for which data cannot be input unless a model as a base for designing a new product is set. For example, it is an item that describes the content (text) of the difference between the new product and the base model. For this item, data cannot be input unless a base model is set at the time of creation. Therefore, the phase cannot be completed (finished). In the case of a completely newly designed product that does not have a base model, by setting the absence of the base model, the items that describe the differences from the base model can be placed in the same position as the data entered It is. There is no need to input data for the item, and the phase can be completed (finished).
[0100]
Further, the item describing the difference from the base model can be specified as a range, and the restriction (restriction) can be strengthened by expanding the range.
[0101]
Next, various operation screens and processes of the design document creation viewpoint system of the present embodiment for realizing the above-described configuration will be described below.
[0102]
In the following description, processing performed between the information processing terminal 301 and the server 350 will be described as an example, but the same processing is realized between the other information processing terminals 302 and 305 and the server 350. Needless to say. In the information processing terminal 301 and the server 350, various operation screens generated by the server 350 are displayed on the output unit 403 of the information processing terminal 301, and the operation screen displayed on the output unit 403 is displayed on the information processing terminal 301. When the user inputs various information via the input unit 402, the server 350 executes various processes based on the input various information.
[0103]
1. Login screen
FIG. D. S. It is a figure showing the login screen which authenticates the user of S. FIG. 17 shows the D.I. screen by the login screen (FIG. 8) of the present embodiment. D. S. It is a flowchart which shows the flow of the process for logging in to S.
[0104]
In the login screen 800 shown in FIG. D. S. D that is composed of various function buttons such as an end button for ending S, various menus, and a data input area. D. S. These are various functions realized by a Web browser for executing various processes of S.
[0105]
802. D. S. 11 is a company name pull-down menu for selecting an organization name (company name) for logging in to S. 803. D. S. This is a user ID input field for inputting a user ID for logging in to S. 804. D. S. This is a password input field for inputting a password corresponding to the user ID 803 for logging in to S.
[0106]
805 is based on the login information of the company name pull-down menu 802, user ID 803, and password 804. D. S. A login button for executing a process for authenticating the use of S.
[0107]
Next, the flowchart of FIG. 17 will be described.
[0108]
In FIG. D. S. The user of S accesses the server 350 from the information processing terminal 301 (step S1701). Accordingly, the server 350 acquires supplementary information such as company information necessary for screen generation from the internal storage device 508 (step S1702), and sets the acquired information as screen generation information (step S1703). Next, by transmitting this screen generation information to the information processing terminal 301, a login screen 800 (FIG. 8) is displayed on the output unit 403 (step S1704).
[0109]
□ User authentication
If the user D. S. When the user logs in to S (step S1705), the user operates the input unit 402 to select the organization name to which the user belongs from the company name selection pull-down menu 802 (step S1708).
[0110]
In the user ID input field 803, a user ID uniquely given to the user is operated by the input unit 402 and input (step S1709).
[0111]
In the user password input field 804, the user's password is operated and input by the input unit 402 (step S1710).
[0112]
The entered login information such as the organization name, user ID, and password is transmitted to the server 350 by operating and selecting the login button 805 using the input unit 402, and is stored in the internal storage device 508 of the server 350 in advance. This is compared with the organization name, user ID, password, and the like (step S1711). As a result of the comparison, if the login information is correctly collated (if the authentication is correctly performed), the server 350 proceeds to a start operation of a notification screen of the next screen (step S1713, step S1801).
[0113]
On the other hand, if the authentication has failed, the process returns to step S1704, and the login screen (FIG. 8) is displayed again.
[0114]
□ Acquisition / notification (initial) screen of user information
Further, when the user is correctly collated, the user information such as the user authority function table (FIG. 7) stored in the internal storage device 508 of the server 350 is acquired based on the login information (step S1). (S1712), the server 350 proceeds to the startup operation of the next screen notification screen (steps S1713, S1801).
[0115]
□ End screen / End system
If the user D. S. If S is to be ended (step S1705), the end function 801 on the screen is operated by the input unit 402 and executed (step S1707).
[0116]
At this time, user-related information such as a user's system usage status and system setting information is acquired and stored in the internal storage device 508 of the server 350 (step S1706). The stored user-related information is used by the user again for D.P. D. S. Service information when using S, or D.S. D. S. It is used as S system management information.
[0117]
2. Notification screen
FIG. D. S. It is a figure showing the notice screen which notifies the user who uses S of system operation information, the topic of a development team, etc. FIG. 18 is a flowchart showing a flow of a notice process on the notice screen (FIG. 9) of the present embodiment.
[0118]
In the notification screen 900 of FIG. 9, reference numeral 901 denotes a topics pull-down menu for selecting topics of the notification information. By selecting the topics pull-down menu 901, notification information of the selected topics is displayed in the topic information display field 904.
[0119]
Reference numeral 902 denotes a notification setting button for displaying a notification setting screen for setting notification information regarding the topic selected in the topics pull-down menu 901. By clicking the notification setting button 902, a notification setting screen is displayed.
[0120]
903 is described in D.A. D. S. 11 is a language pull-down menu for selecting a display language of S. By selecting a language from the language pull-down menu, D.D. D. S. Various screens generated in S (after the notification screen (FIG. 9)) are displayed.
[0121]
A topic information display field 904 displays the topics of the notification information selected in the topics pull-down menu 901. Reference numeral 905 denotes a Help button for displaying a Help screen. By clicking the Help button 905, a Help screen is displayed.
[0122]
Reference numeral 906 denotes a “go to menu screen” button for displaying a menu screen (FIG. 10). By clicking the “go to menu screen” button 906, a menu screen (FIG. 10) is displayed and the notification screen (FIG. 9) disappears.
[0123]
A logout button 907 is used to return to the login screen (FIG. 8). By clicking the logout button 907, the notification screen (FIG. 9) disappears.
[0124]
908, D.A. D. S. An end button for ending S. By clicking the end button, the notification screen (FIG. 9) disappears.
[0125]
Next, the flowchart of FIG. 18 will be described.
[0126]
In FIG. D. S. The user of S accesses the server 350 from the information processing terminal 301 (step S1801). Accordingly, the server 350 stores the supplementary information such as the user information (step S1802), the display language (step S1803), the system operation information (step S1804), and the team-specific information (step S1805) necessary for screen generation in the internal storage device 508. To get from. Next, the obtained information is set as screen generation information (step S1808). Next, by transmitting this screen generation information to the information processing terminal 301, a notification screen 900 (FIG. 9) is displayed on the output unit 403 (step S1809). However, this process is limited to the case where the user who logs in is correctly authenticated on the login screen 800 (FIG. 8).
[0127]
□ Acquisition of user information
Based on the login information (steps S1708, S1709, S1710), user information such as the use status of the notification screen (FIG. 9) and setting information stored in the internal storage device 508 of the server 350 is acquired (step S1802). For example, based on the acquired user information, it is used to set a button for operating a usable function and a display language on the notification screen 900 (FIG. 9) according to the user (step S1808).
[0128]
□ Information information display
The topic information display field 904 of the notification screen 900 (FIG. 9) displays the content (text) of the item selected in the topics pull-down menu 901. “Information on system operation” is selected by default. At this time, the content (text) displayed in the topic information display field 904 includes the title, registrant, registration date and time, and registered content (text) related to the notification information. These are displayed in the order of the latest registration date and time.
[0129]
□ Change of display language
The display language after the notification screen 900 (FIG. 9) can be switched by the selection item of the language pull-down menu 903 (step S1810). In the initial setting, information registered as “language to be displayed” in the user information stored in the internal storage device 508 of the server 350 is used. For example, when Japanese is selected in the language pull-down menu 903, related screen information corresponding to each display language registered in advance in the internal storage device 508 of the server 350 is displayed using Japanese as a key. The search is performed and displayed on the notification screen 900 (FIG. 9) and the notification screen (900) and thereafter.
[0130]
□ Launch notification setting screen
By operating the “notification setting” button 902 of the notification screen 900 (FIG. 9) from the input unit 402 (step S1811), a startup operation for displaying the “notification setting screen” on the output unit 403 is performed (step S1812). However, the “notification setting” button 902 is a button that can be executed only by a user who has setting authority for the item selected in the topics pull-down menu 901.
[0131]
For example, in the initial setting, “notification of system operation” is selected, and the content (text) of “notification of system operation” is displayed in the topic information display field 904, but in the case of a user without system management authority However, even if the “notification setting” button 902 is operated from the input unit 402 (step S1811), the “notification setting screen” cannot be displayed.
[0132]
□ Activate Help screen
By operating the "Help" button 905 on the notification screen 900 (FIG. 9) from the input unit 402 (step S1813), a startup operation for displaying the "Help screen" on the output unit 403 is performed (step S1814).
[0133]
□ Display of menu screen
By operating the “go to menu screen” button 906 of the notification screen 900 (FIG. 9) from the input unit 402 (step S1821), a start operation of displaying the menu screen (FIG. 10) on the output unit 403 is performed (step S1822). ).
[0134]
□ Return to login screen
By operating the logout button 907 of the notification screen 900 (FIG. 9) from the input unit 402 (step S1825), a startup operation for displaying the login screen 800 (FIG. 8) on the output unit 403 is performed (steps S1826 and S1701). .
[0135]
□ Notification screen end
To end the notification screen 900, the user operates the “to menu screen” button 906 of the notification screen 900 (FIG. 9) from the input unit 402 to display the menu screen (FIG. 10) (step S1821). Alternatively, the operation is performed by operating the logout button 907 from the input unit 402 (step S1825), or by the following “system end” operation.
[0136]
At this time, user-related information such as a user's system usage status and system setting information is acquired and stored in the internal storage device 508 of the server 350 (step S1819). The stored user-related information is used by the user again for D.P. D. S. Service information when using S, or D.S. D. S. It is used as S system management information.
[0137]
□ End of system
If the user D. S. When ending S (step S1818), the end button 908 is operated by the input unit 402 and executed (step S1820). At this time, user-related information such as a user's system usage status and system setting information is acquired and stored in the internal storage device 508 of the server 350 (step S1819). The stored user-related information is used by the user again for D.P. D. S. Service information when using S, or D.S. D. S. It is used as S system management information.
[0138]
3. Menu screen
FIG. D. S. It is a figure showing the menu screen which notifies the user using S of menu information. FIG. 19 is a flowchart showing the flow of menu processing on the menu screen (FIG. 10) of the present embodiment.
[0139]
On a menu screen 1000 shown in FIG. 10, reference numeral 1001 denotes a specification creation menu for creating various specifications including radio buttons. Reference numeral 1002 denotes a specification creation support menu including radio buttons. A master maintenance menu 1003 includes radio buttons.
[0140]
By selecting each of these radio buttons, an operation screen corresponding to each of the radio buttons described with reference to FIG. 19 is displayed.
[0141]
1004 is a message field. In this message field 1004, a table by use authority function for creating a user's specification (FIG. 7), precautions, an operation method on the menu screen 1000, and the like are displayed.
[0142]
Reference numeral 1005 denotes a “to notification screen” button for returning to the notification screen 900 (FIG. 9). The menu screen 1000 disappears by clicking the “To notification screen” button 1005.
[0143]
A logout button 1006 is used to return to the login screen 800 (FIG. 8). By clicking logout button 1006, menu screen 1000 (FIG. 10) disappears.
[0144]
1007, D.A. D. S. An end button for ending S. By clicking the end button 1007, the menu screen 1000 (FIG. 10) disappears.
[0145]
Next, the flowchart of FIG. 19 will be described.
[0146]
In FIG. D. S. The user of S accesses the server 350 from the information processing terminal 301 (step S1901). As a result, the server 350 acquires from the internal storage device 508 supplementary information such as user information (step S1902), menu information (step S1903), and migration processing information (step S1907) necessary for screen generation. Next, the obtained information is set as screen generation information (step S1908). Next, by transmitting the screen generation information to the information processing terminal 301, the menu screen 1000 (FIG. 10) is displayed on the output unit 403 (step S1909). However, this process is limited to the case where the user who logs in is correctly authenticated on the login screen 800 (FIG. 8).
[0147]
□ Acquisition of user information / acquisition of menu information
Based on the login information (steps S1708, S1709, S1710), user information such as the usage status of the menu screen 1000 (FIG. 10) and setting information stored in the internal storage device 508 of the server 350 is acquired (step S1902). . Also, based on the acquired user information, buttons for operating available functions according to the user, a table for each user authority function (FIG. 7), menu information (step S1903), and the like are displayed on the menu screen 1000 (FIG. 10). (Step S1908).
[0148]
□ Display menu information
1) List of items in the specification creation phase
The specification creation menu 1001 on the menu screen 1000 (FIG. 10) displays a selection unit (radio button) divided into a specification creation phase of a cover, basic specifications, design conditions, concept design, detailed design, and update history. You. In the various specification creation phases, the display presence / absence can be controlled by a use authority function-specific table (FIG. 7) set for each user. Alternatively, it is possible to control the presence / absence of display by using the migration processing information (step S1907).
[0149]
1-1) Display of cover phase / specification selection screen
For example, when the user authority function table (FIG. 7) and the transition determination criterion (FIG. 39) are satisfied and the “cover” radio button of the specification creation menu 1001 is selected (step S1913), the input unit 402 , A start operation of displaying the “cover page / specification selection screen” on the output unit 403 is performed (step S1914).
[0150]
1-2) Display of basic specification phase / specification selection screen
For example, when the user authority function table (FIG. 7) and the transition determination criterion (FIG. 39) are satisfied and the “basic specification” radio button of the specification creation menu 1001 is selected (step S1913), the input unit By operating from the step 402, a start-up operation of displaying a “basic specification phase / specification selection screen” on the output unit 403 as in FIG. 11 is performed (step S1915).
[0151]
1-3) Display of design condition phase / specification selection screen
For example, when the user authority function table (FIG. 7) and the transition determination criterion (FIG. 39) are satisfied and the “design condition” radio button of the specification creation menu 1001 is selected (step S1913), the input unit By operating from 402, a start-up operation of displaying a “design condition phase / specification document selection screen” similar to that in FIG. 11 on the output unit 403 is performed (step S1916).
[0152]
1-4) Display of concept design phase / specification selection screen
For example, when the user authority function table (FIG. 7) and the transition determination criterion (FIG. 39) are satisfied and the “concept design” radio button of the specification creation menu 1001 is selected (step S1913), the input unit By operating from the step 402, a start-up operation of displaying a “concept design phase / specification selection screen” similar to that of FIG. 11 on the output unit 403 is performed (step S1917).
[0153]
1-5) Display of detailed design phase / specification selection screen
For example, if the user authority function table (FIG. 7) or the transition determination criterion (FIG. 39) is satisfied and the “detailed design” radio button of the specification creation menu 1001 is selected (step S1913), the input unit By operating from 402, a start-up operation of displaying the “detailed design phase / specification selection screen” of FIG. 11 on the output unit 403 is performed (step S1918).
[0154]
1-6) Display of update history phase / specification selection screen
For example, if the user authority function table (FIG. 7) or the transition determination criterion (FIG. 39) is satisfied and the “update history” radio button of the specification creation menu 1001 is selected (step S1913), the input unit By operating from the 402, a start operation of displaying the “update history phase / specification selection screen” on the output unit 403 is performed (step S1919).
[0155]
1-7) Display of migration lock message screen
For example, when the user authority function table (FIG. 7) is satisfied but the transition determination criterion (FIG. 39) is not satisfied (step S1913), the selection unit (radio button) for the various specification creation phases Is operated from the input unit 402 to perform a start-up operation of displaying the “migration lock message screen” of FIG. 16 on the output unit 403 (step S1921).
[0156]
2) List of specifications creation support functions
The specification creation support menu 1002 on the menu screen 1000 (FIG. 10) includes design information browsing, product lineage search, status management, approval processing, publication processing, specification printing, FAQ, and help section (radio). Button) is displayed. The display of these various support functions can be controlled by a user authority function-specific table (FIG. 7) set for each user.
[0157]
2-1) Display of specification print screen
For example, when the user authority function-specific table (FIG. 7) and the transition determination criterion (FIG. 39) are satisfied, and the “print specification” radio button of the specification creation support menu 1002 is selected (step S1913). By performing an operation from the input unit 402, a start operation of displaying a “specification print screen” on the output unit 403 is performed (step S1920).
[0158]
2-2) Display of Help screen
For example, if the user authority function-specific table (FIG. 7) is satisfied and the “HELP” radio button of the specification creation support menu 1002 is selected (step S1912), the user operates the input unit 402 to operate. A start operation for displaying a “Help screen” on the output unit 403 is performed (step S1930).
[0159]
2-3) Display of design information browsing screen
For example, if the user authority function table (FIG. 7) is satisfied and the “design information browsing” radio button of the specification creation support menu 1002 is selected (step S1912), the user operates the input unit 402. Then, a start operation for displaying the “design information browsing screen” on the output unit 403 is performed (step S1922).
[0160]
2-4) Display of product lineage search screen
For example, if the user authority function table (FIG. 7) is satisfied and the “product lineage search” radio button of the specification creation support menu 1002 is selected (step S1912), the user operates the input unit 402. Then, a start operation for displaying the “product lineage search screen” on the output unit 403 is performed (step S1923).
[0161]
2-5) Display of status management screen
For example, if the user authority function table (FIG. 7) is satisfied and the “status management” radio button of the specification creation support menu 1002 is selected (step S 1912), the user operates the input unit 402. Then, a start operation for displaying a “status management screen” on the output unit 403 is performed (step S1924).
[0162]
2-6) Display of approval process screen
For example, if the user authority function-specific table (FIG. 7) is satisfied and the radio button “Approve” in the specification creation support menu 1002 is selected (step S1912), the user operates the input unit 402. Then, a start operation for displaying an “approval processing screen” on the output unit 403 is performed (step S1925).
[0163]
2-7) Display of disclosure processing screen
For example, if the user authority function-specific table (FIG. 7) is satisfied and the “publication process” radio button of the specification creation support menu 1002 is selected (step S1912), the user operates the input unit 402. Then, a start operation for displaying a “public processing screen” on the output unit 403 is performed (step S1926).
[0164]
2-8) Display of FAQ screen
For example, when the user authority function-specific table (FIG. 7) is satisfied and the “FAQ” radio button of the specification creation support menu 1002 is selected (step S1912), the user operates the input unit 402 to A starting operation for displaying the “FAQ screen” on the output unit 403 is performed (step S1927).
[0165]
3) List of system management function items
In the master maintenance menu 1003 of the menu screen 1000 (FIG. 10), a selection part (radio button) of the master maintenance is displayed. These various management functions can control the presence / absence of display by a user authority function-specific table (FIG. 7) set for each user.
[0166]
3-1) Display of master maintenance screen
For example, when the user authority function table (FIG. 7) is satisfied and the “master maintenance” radio button of the master maintenance menu 1003 is selected (step S1910), the output unit is operated by operating the input unit 402. A start operation for displaying a “master maintenance screen” on 403 is performed (step S1911).
[0167]
□ Information screen display
By operating a “Go to notification screen” button 1005 on the menu screen 1000 (FIG. 10) from the input unit 402 (step S1912), a startup operation for displaying the notification screen 900 (FIG. 9) on the output unit 403 is performed (step S1912). S1929, S1801).
[0168]
□ Login screen display
By operating the logout button 1006 of the menu screen 1000 (FIG. 10) from the input unit 402 (step S1912), a start operation for displaying the login screen 800 (FIG. 8) on the output unit 403 is performed (steps S1928 and S1701). .
[0169]
□ End of screen
To end the screen, the user operates the “To notification screen” button 1005 of the menu screen 100 (FIG. 10) from the input unit 402 to display the notification screen 900 (FIG. 9), or The logout button 1006 is operated from the input unit 402 (step S1928), or the operation is performed by the following “system end” operation.
[0170]
At this time, user-related information such as a user's system usage status and system setting information is acquired and stored in the internal storage device 508 of the server 350 (step S1932). The stored user-related information is used by the user again for D.P. D. S. Service information when using S, or D.S. D. S. It is used as S system management information.
[0171]
□ End of system
If the user D. S. When ending S (step S1931), the user operates the end button 1007 on the screen with the input unit 402 (step S1933).
[0172]
At this time, user-related information such as a user's system usage status and system setting information is acquired and stored in the internal storage device 508 of the server 350 (step S1932). The stored user-related n information is used by the user again for D.P. D. S. Service information when using S, or D.S. D. S. It is used as S system management information.
[0173]
4. Specification sheet selection screen
FIG. D. S. It is a figure which shows the specification selection screen for selecting the specification input template in the design specification (detailed design) of the target model which the user of S refers or produces. 20, 21, 22, and 23 are flowcharts showing the flow of the detailed design selection process on the detailed design phase / specification document selection screen (FIG. 11) of the present embodiment.
[0174]
Further, D. D. S. The screen for selecting the specification input template in the design specification (basic specifications, design conditions, concept design) of the target model that the user of S refers to or creates is the same as the screen for selecting the cover and update history It has such a function.
[0175]
In a specification selection screen 1100 of FIG. 11, reference numeral 1101 denotes a specification preparation menu that functions in the same manner as the specification preparation menu 1001 of the menu screen 1000 (FIG. 10).
[0176]
Reference numeral 1102 denotes a specification creation support menu that functions in the same manner as the specification creation support menu 1002 on the menu screen 1000 (FIG. 10).
[0177]
Reference numeral 1103 denotes a master maintenance menu that functions similarly to the master maintenance menu 1003 on the menu screen 1000 (FIG. 10).
[0178]
Reference numeral 1104 denotes a radio button for selecting deletion of personal registration data (model name) from the model name pull-down menu 1107. Reference numeral 1105 denotes a radio button for design specification creation selection in the normal creation mode. Reference numeral 1106 denotes a radio button for selecting a design specification in the copy mode.
[0179]
Reference numeral 1107 denotes a model name pull-down menu for selecting a model name to be created in the design specification phase selected on the menu screen 1000 (FIG. 10).
[0180]
Reference numeral 1108 denotes a radio button for selecting deletion of personal registration data (subsystem name) from the subsystem name pull-down menu 1109.
[0181]
Reference numeral 1109 denotes a subsystem name pull-down menu for selecting a subsystem name to be created in the design specification phase selected on the menu screen 1000 (FIG. 10).
[0182]
Reference numeral 1110 denotes a radio button for selecting deletion of personal registration data (element name) from the element name pull-down menu 1111.
[0183]
Reference numeral 1111 denotes an element name pull-down menu for selecting an element name to be created in the design specification phase selected on the menu screen 1000 (FIG. 10).
[0184]
Reference numeral 1112 denotes a design specification phase selected on the menu screen 1000 (FIG. 10), and a model name pull-down menu 1107, a subsystem name pull-down menu 1109, and a specification selected from the element name pull-down menu 1111 on the specification selection screen 1100 (FIG. 11). A button for displaying a design workflow to be referenced in the book selection information.
[0185]
Reference numeral 1113 denotes the design specification phase selected by the menu screen 1000 (FIG. 10) and the model selection pull-down menu 1107, the subsystem name pull-down menu 1109, and the specification selection information selected by the element name pull-down menu 1111 of the specification selection screen 1100. This is a display button for displaying a specification input template screen to be created, or referred to.
[0186]
Reference numeral 1114 denotes the personal registration data (model name) 1104 and the model name pull-down menu 1107 of the design specification phase and specification selection screen 1100 (FIG. 11) selected on the menu screen 1000 (FIG. 10), or the personal registration data ( A delete button for deleting a specification input template in the specification selection information selected by the subsystem name) 1108 and the subsystem name pull-down menu 1109 or by the personal registration data (element name) 1111 and the specification selection information selected by the element name pull-down menu 1111. It is.
[0187]
1115 is a message field. In this message field 1115, the creation status of the specification creation, precautions, an operation method on the specification selection screen 1100, and the like are displayed.
[0188]
Reference numeral 1116 denotes a return button for displaying the menu screen 1000 (FIG. 10). By clicking a return button 1116, the specification sheet selection screen 1100 disappears.
[0189]
1117 is based on D.E. D. S. An end button for ending S. By clicking the end button 1117, the specification sheet selection screen 1100 disappears.
[0190]
Next, the flowcharts of FIGS. 20 to 23 will be described.
[0191]
In FIG. D. S. The user of S accesses the server 350 from the information processing terminal 301 (step S2001). Accordingly, the server 350 supplements the user information (step S2002), the phase information (step S2003), the model information (step S2004), the subsystem information (step S2005), the element information (step S2006), and the like necessary for screen generation. The information is obtained from the internal storage device 508. Next, the obtained information is set as screen generation information (step S2008). Next, by transmitting the screen generation information to the information processing terminal 301, the detailed design phase / specification selection screen 1100 (FIG. 11) is displayed on the output unit 403 (step S2009).
[0192]
However, the display of the detailed design phase / specification selection screen 1100 (FIG. 11) is limited to the case where the login user is correctly authenticated on the login screen 800 (FIG. 8).
[0193]
In the case of a user who does not have the authority to create a detailed design phase / specification document input template, there is no function of selecting an item of an unregistered order from the model name pull-down menu 1107 (step S2012).
[0194]
Further, there is no function for selecting an item of an unregistered subsystem from the subsystem name pull-down menu 1109 (step S2129).
[0195]
In addition, there is no function for selecting an item of an unregistered element from the element name pull-down menu 1111 (step S2241).
[0196]
Further, there is no function to use the radio button 1104 for selecting and deleting a personal registration order, the radio button 1108 for selecting and deleting a personal registration subsystem, the radio button 1110 for selecting and deleting a personal registration element, and the delete button 1114.
[0197]
Note that the detailed description of the specification selection screen 1100 (FIG. 11) in the other specification creation phases is basically the same, and will not be repeated.
[0198]
□ Acquisition of user information / Acquisition of specification creation phase information
Based on the login information (steps S1708, S1709, S1710), the user information such as the usage status of the detailed design phase / specification selection screen 1100 (FIG. 11) stored in the internal storage device 508 of the server 350 and the setting information is stored. It is acquired (step S2002).
[0199]
Further, based on the acquired user information, a button for operating a usable function according to a user, a table for each user authority function (FIG. 7), specification creation phase information (step S2003), and the like are described in detail design phase / specification. It is used for setting on the book selection screen 1100 (FIG. 11) (step S2008).
[0200]
□ Display of detailed design phase and specification input template
When the user refers to the detailed design phase / specification selection screen 1100 (FIG. 11) or displays the detailed design phase / specification input template of the target model to be created, first, the corresponding model name is displayed. The user selects from the name pull-down menu 1107 (step S2011). As a result, the subsystem name pull-down menu 1109 becomes selectable.
[0201]
Second, the corresponding subsystem name is selected from the subsystem name pull-down menu 1109 (step S2128). As a result, the element name pull-down menu 1111 becomes selectable.
[0202]
Third, a corresponding element name is selected from the element name pull-down menu 1111 (step S2240). As a result, the display button 1113 becomes selectable.
[0203]
Fourth, after the selection conditions (model name, subsystem name, and element name) for displaying the detailed design phase / specification document input template are determined, the selectable display button 1113 is operated from the input unit 402. Accordingly (step S2249), based on the selection condition and the data stored in the internal storage device 508 of the server 350, the “detailed design phase / specification document input template screen” similar to FIG. 12 is displayed on the output unit 403. (Steps S2251 and S2401).
[0204]
□ Selection of unregistered order name
When it is desired to select a model that is not displayed in the model name pull-down menu 1107, an item of an unregistered order is selected (step S2011).
[0205]
When the item of the unregistered order is selected (step S2012), an unregistered order registration screen is displayed in the output unit 403 on the basis of the product type information stored in the internal storage device 508 of the server 350 in the detailed design phase. It is displayed on the front of the specification sheet selection screen 1100 (FIG. 11) (step S2013). When necessary items are registered from the unregistered order registration screen, additional information is displayed on the model name pull-down menu 1107 as personal registration order information (model name).
[0206]
□ Selection of unregistered subsystem name
When it is desired to select a subsystem not displayed in the subsystem name pull-down menu 1109, an item of an unregistered subsystem is selected (step S2128).
[0207]
If the item of the unregistered subsystem is selected (step S2129), the unregistered subsystem registration screen is displayed in detail in the output unit 403 based on the subsystem type information stored in the internal storage device 508 of the server 350. It is displayed on the front of the design phase / specification selection screen 1100 (FIG. 11) (step S2130). When necessary items are registered from this unregistered subsystem registration screen, they are additionally displayed in the subsystem name pull-down menu 1109 as personal registration subsystem information (subsystem name).
[0208]
□ Selection of unregistered element name
When it is desired to select an element that is not displayed in the element name pull-down menu 1111, an item of an unregistered element is selected (step S2240).
[0209]
When the item of the unregistered element is selected (step S2241), the unregistered element registration screen is displayed in the output unit 403 on the basis of the information on the element type stored in the internal storage device 508 of the server 350 in the detailed design phase. It is displayed on the front of the specification sheet selection screen 1100 (FIG. 11) (step S2242). When necessary items are registered from this unregistered element registration screen, they are additionally displayed on the element name pull-down menu 1111 as personal registration element information (element name).
[0210]
□ Delete personal registration order
The personal registration order deletion selection radio button 1104 is checked from the input unit 402, and the personal registration order name to be deleted is selected from the model name pull-down menu 1107 (step S2015). Subsequently, when the delete button 1114 is clicked on the input section 402 (step S2016), the selected personal registration order name is deleted from the internal storage device 508 of the server 350 (step S2017). As a result, the model name pull-down menu 1107 returns to the initial display state, and the item of the previously selected personal registration order name is deleted (step S2011).
[0211]
□ Delete personal registration subsystem
The user selects the personal registration subsystem deletion radio button 1108 from the input unit 402, and selects the personal registration subsystem name to be deleted from the subsystem name pull-down menu 1109 (step S2132). Next, when the delete button 1114 is clicked on the input section 402 (step S2133), the selected personal registration subsystem name is deleted from the internal storage device 508 of the server 350 (step S2134). As a result, the subsystem name pull-down menu 1109 returns to the initial display state, and the item of the personal registration subsystem name selected earlier is deleted (step S2128).
[0212]
□ Delete personal registration element
The personal registration element deletion selection radio button 1110 is checked from the input unit 402, and the personal registration element name to be deleted is selected from the element name pull-down menu 1111 (step S2244). Subsequently, when the delete button 1114 is clicked on the input section 402 (step S2245), the selected personal registration element name is deleted from the internal storage device 508 of the server 350 (step S2246). At this time, the element name pull-down menu 1111 returns to the initial display state, and the item of the previously selected personal registration element name is deleted (step S2240).
[0213]
□ Setting of copy flag
Before pressing the display button 1113 of the specification selection screen as shown in FIG. 11 (step S2018, step S2135, step S2247), if the copy mode selection radio button 1106 is selected, the previous selection condition (model name pull-down menu 1107) is selected. Based on the selection condition of the specification narrowed down by the pull-down menu 1109 of the subsystem name and the pull-down menu 1111 of the element name, whether or not the corresponding detailed design phase / specification input template is registered in the server 350 is searched. .
[0214]
If the corresponding data exists in the server 350, the detailed design phase / specification document input template and the input information are displayed in the copy mode. At this time, the copy flag of the shared parameter on the system on the server 350 is changed (set) from 0 to 1 or the like (step S2019, step S2136, step S2248). Further, when the detailed design phase / specification input template displayed in the copy mode is closed, or when the display button 1113 is continuously pressed, the previously set copy flag is changed from 1 to 0 (canceled). (Step SS2021, Step S2138, Step S2250).
[0215]
If there is no corresponding data in the server 350, a warning such as "No corresponding data exists" is displayed in an appropriate empty space 1115 of the specification selection screen (FIG. 11).
[0216]
□ Display of detailed design phase and specification sheet input template in copy mode
By following a normal procedure for displaying the detailed design phase / specification input template, the copy mode selection radio button 1106 of the detailed design phase / specification selection screen 1100 (FIG. 11) is checked from the input unit 402 (step S2018). , Step S2135, step S2247), and performing a start-up operation of displaying a “detailed design phase / specification specification input template screen” in the copy mode on the output unit 403 (step S2022, step S2139, step S2251). .
[0219]
□ Design workflow display in the detailed design phase
By operating the “D. NAVI” button 1112 on the detailed design phase / specification selection screen 1100 (FIG. 11) from the input unit 402 (step S2010, step S2014, step S2131, step S2243), “details” is output to the output unit 403. A starting operation for displaying a “design phase / design workflow screen” is performed (step S2352, step S2353, step S2356, step S2359, step S2362).
[0218]
D. On the detailed design phase / specification selection screen (Fig. 11) When the NAVI button 1112 is pressed, the corresponding design is selected based on the selection conditions of the specification narrowed down by the previous selection conditions (the model name pull-down menu 1107, the subsystem name pull-down menu 1109, and the element name pull-down menu 1111). The cooperation information master table (FIG. 47) of the specification input template is searched to determine whether the workflow is registered in the server 350.
[0219]
If there is design workflow data corresponding to the server 350, the design workflow diagram is displayed.
[0220]
In addition, the display of the design workflow diagram is also possible from the contents of the item name 1213 on the specification document input template screen (FIG. 12).
[0221]
The contents of the item names 1213 that can be displayed are linked to the cooperation IDs of the cooperation information master table (FIG. 47) of the specification input template. Is displayed. In this case, the design flow is displayed in a form narrower than the specification sheet selection screen (FIG. 11). Further, it is possible to move from the displayed design workflow diagram to the upper and lower layers and to display the related information through the cooperation information master table of the specification input template as shown in FIG. 47 (step S2354, step S2355, step S2357, step S2357). S2358, Step S2360, Step S2361, Step S2363).
[0222]
If there is no corresponding data in the server 350, a warning such as "No corresponding data exists" is displayed in an appropriate empty space 1115 of the specification selection screen (FIG. 11).
[0223]
In addition, information that matches from the item linkage ID associated with the item name of the item information master table (FIG. 36) and the linkage ID of the linkage information master table (FIG. 47) is passed through the acquisition address, and the reference information (file name) is changed. It is possible to display.
[0224]
□ Return to menu screen / end screen
By operating the return button 1116 of the detailed design phase / specification selection screen 1100 (FIG. 11) from the input unit 402 (step S2024), a start operation for displaying the menu screen 1000 (FIG. 10) on the output unit 403 is performed. (Step S2025, Step S1901).
[0225]
At this time, user-related information such as a user's system usage status and system setting information is acquired and stored in the internal storage device 508 of the server 350 (step S2026). The stored user-related information is used by the user again for D.P. D. S. Service information when using S, or D.S. D. S. It is used as S system management information.
[0226]
□ End of system
If the user D. S. When ending S (step S2023), the end button 1117 on the screen is operated by the input unit 402 and executed (step S2027).
[0227]
At this time, user-related information such as a user's system usage status and system setting information is acquired and stored in the internal storage device 508 of the server 350 (step S2026). The stored user-related information is used by the user again for D.P. D. S. Service information when using S, or D.S. D. S. It is used as S system management information.
[0228]
5. Specifications input template screen
FIG. D. S. It is a figure showing the specification input template screen in the design specification (concept design) of the target model which the user of S refers to or creates. 24, 25, 26, 27, 28, and 29 are flowcharts showing the flow of the concept design process on the concept design phase / specification document input template screen (FIG. 12) of the present embodiment.
[0229]
Further, D. D. S. The specification input template screen in the design specification (basic specifications, design conditions, concept design) of the target model to be referred to or created by the user of S also has a similar function.
[0230]
In the specification input template screen 1200 shown in FIG. 12, reference numeral 1201 denotes a title of the specification input template. The title section 1201 displays specification input template information relating to a specification input template such as a specification preparation phase, a target model name, a base model name, a base model setting button 1204, a check range setting button 1205, and the like.
[0231]
Reference numeral 1202 denotes a work name pull-down menu for selecting a work item that can be used for creating a specification input template. The contents of the work items of the work name pull-down menu 1202 include data input, row insertion, row deletion, in-process setting, in-process release, completion reliability (30%) setting, completion reliability (60%) setting , Completion reliability (90%) setting, completion reliability release, balloon input, and the like.
[0232]
However, the contents of these work items differ depending on the user authority function function table (FIG. 7) of the user, the displayed specification input template, and the like. For example, a user who has the authority to create the displayed specification input template displays all the work items, while a user who does not have the authority to create displays only the balloon input.
[0233]
Reference numeral 1203 denotes an execution button for executing the work item selected in the work name pull-down menu 1202. A detailed description of each work item will be described later.
[0234]
Reference numeral 1204 denotes a base model setting button for displaying a base model setting screen for setting a base model. Normally, this setting is used to bind to the creation of the specification input template for the own process. The detailed description of the constraint on creating the design specification will be described later.
[0235]
Reference numeral 1205 denotes a check range setting button for displaying a check range setting screen for setting a document or the like to be checked when a specification document input template is created. Normally, this setting is used not for restricting the creation of the specification input template of the own process but for restricting the creation of the specification input template of the other process. The detailed description of the constraint on creating the design specification will be described later.
[0236]
Reference numeral 1217 denotes a display field for displaying the presence or absence of the base model setting or the status. Before the base model is set on the base model setting screen, “not set” is displayed in this display field 1217. On the other hand, after the setting, "set" is displayed.
[0237]
Reference numeral 1218 denotes a display field for displaying the presence or absence of a check range setting or the status. Before the check range is set on the check range setting screen, “not set” is displayed in this display field 1218. On the other hand, after the setting, "set" is displayed.
[0238]
Reference numerals 1206 and 1225 denote a close button for ending the creation of the specification input template (close the specification input template creation screen 1200).
[0239]
Reference numeral 1207 denotes a range in which input can be performed after the base model is set on the base model setting screen.
[0240]
Reference numeral 1208 denotes a radio button for selecting one line constituting the specification input template. The radio buttons 1208 are displayed at the left and right ends, and operate in conjunction with each other. For example, first, when the check of the radio button 1208 at the left and right ends is displayed on the first item line from the top, the check of the radio button 1208 displayed at the left end is changed from the first to the fifth from the top. , Even if the right end is not checked, the check at the right end moves to the fifth position.
[0241]
Reference numeral 1209 denotes a display field (FF column) serving as a flag area for displaying a balloon flag (FF). The balloon flag (FF) is a flag indicating the question and answer situation of the description contents between the specification creator and the specification viewer regarding the item name 1213 of the selected line.
[0242]
Reference numeral 1221 denotes a balloon flag waiting for a question. This flag 1221 indicates that the user is requested to input a question regarding the description of the item name 1213 of the line where the balloon flag waiting for a question is located.
[0243]
Reference numeral 1222 denotes a balloon flag waiting for a response. The flag 1222 indicates that there is a question input from the user regarding the description item of the item name 1213 of the line where the balloon flag waiting for the answer is located, and the user is requested to input the answer.
[0244]
Reference numeral 1223 denotes a balloon flag waiting for confirmation. The flag 1223 indicates that there is a question-and-answer input from the user regarding the description item of the item name 1213 of the line where the balloon flag waiting for confirmation is located, and that the question input user is requested to approve the input.
[0245]
Reference numeral 1224 denotes an approved balloon flag. This flag 1224 indicates that there is a question-and-answer input from the user regarding the description item of the item name 1213 of the line where the approved balloon flag is located, and the approval input from the question input user has been completed. .
[0246]
Reference numeral 1210 denotes a display field for displaying an in-process flag (SF). In the display field, there is a check box for selecting a plurality of rows displaying the in-flight flag (SF).
[0247]
Reference numeral 1220 denotes an in-flight flag. The in-flight flag 1220 is a flag indicating that the description of the input section (1214, 1215, 1216) of the item name 1213 of the selected row is being created. The in-flight flag 1220 has one in-flight flag 1220, and a plurality of in-process flags 1220 are prepared according to the in-progress of the input unit (1214, 1215, 1216) such as the specification / function 1214, or weighted. A plurality of items can be prepared according to the item in progress, or a plurality of items can be prepared in a form having a function of the degree of completion reliability. The detailed description of the in-process flag (SF) will be described later.
[0248]
Reference numeral 1211 denotes a display field for displaying the completion reliability (KS). In the display field 1211, there is a check box for selecting a plurality of rows for displaying the completion reliability (KS).
[0249]
Reference numeral 1219 denotes completion reliability. The completion reliability 1219 indicates the degree of reliability of the description of the input section (1214, 1215, 1216) of the item name 1213 of the selected line, and indicates the degree of reliability of the description by the creator of the design specification. It is a numerical value. There are several types of completion reliability 1219 such as a completion reliability of 30%, a completion reliability of 60%, and a completion reliability of 90%. By preparing a plurality of display fields for displaying, the type can be further increased and the recognition of the completion reliability can be facilitated.
[0250]
Reference numeral 1212 denotes a display field for displaying a management number (item No.) uniquely assigned to each item constituting the specification input template. The display position of the management number (item No.) indicates the standard input order of the specification input template. For example, the uniqueness of the management number (item No.) is such that the management number (item No.) of the basic specification phase is managed by A and a four-digit number, and the management number (item No.) of the design condition phase is B. The management number (item No.) of the concept design phase is managed by C and four digits, and the management number (item No.) of the detailed design phase is managed by D and four digits. It is kept by being done.
[0251]
Reference numeral 1213 denotes a display field for displaying the names of items constituting the specification input template. The item names include standardized items that have been standardized in advance, and additional items that have been added using the line insertion function from the work name pull-down menu 1202. By making the background colors of the standard item and the background item different from each other, the standard item and the additional item can be easily identified.
[0252]
Information for distinguishing between them is obtained from the item information master table (for each type of subsystem) of the specification document input template of FIG. 36 stored in the internal storage device 508 of the server 350 in advance. The stored information can be changed by the user having the master maintenance authority by accessing the server 350 from the information processing terminal 301 and using the master maintenance screen from the user authority function table (FIG. 7). It is.
[0253]
Reference numeral 1214 denotes an input field for inputting information on “specifications / functions” for the item names 1213 constituting the specification input template. There are two types of input fields 1214: normal input fields and required input fields. Information for distinguishing between them is obtained from the attribute information master table (for each model-specific subsystem) of the specification input template of FIG. 35 stored in the internal storage device 508 of the server 350 in advance.
[0254]
The stored information can be changed by the user having the master maintenance authority by accessing the server 350 from the information processing terminal 301 and using the master maintenance screen from the user authority function table (FIG. 7). It is. This function is the same for the other input fields, but this “specification / function” 1214 is an input field located to the right of one of the item names 1213. The input field located right next to this item name 1213 is fixed to a mandatory input field by default.
[0255]
Reference numeral 1215 denotes an input field for inputting information on “thought” and “pending matter” with respect to the item name 1213 constituting the specification input template.
[0256]
Reference numeral 1216 denotes information on the presence or absence of association between the mechanism “M”, the process “P”, the implementation “EH”, the software “S”, the component “C”, and the accessory “Ac” with respect to the item name 1213 constituting the specification input template. This is an input field for input.
[0257]
Next, the flowcharts of FIGS. 24 to 29 will be described.
[0258]
D. D. S. The user of S accesses the server 350 from the information processing terminal 301 (step S2401). In this way, the server 350 generates the user information (step S2402), the phase information (step S2403), the specification selection information (step S2404), the user selection item (step S2405), and the template information (step S2406) necessary for screen generation. , And obtains supplementary information such as registration data for each item (step S2407) from the internal storage device 508.
[0259]
Next, the obtained information is set as screen generation information (step S2408). Next, by transmitting the screen generation information to the information processing terminal 301, the concept design phase / specification input template screen 1200 (FIG. 12) is displayed on the output unit 403 (step S2409). However, the display of the concept design phase / specification input template screen 1200 (FIG. 12) is limited to a case where the login user is correctly authenticated on the login screen 800 (FIG. 8).
[0260]
The detailed description of the specification input template screen 1200 (FIG. 12) in the other specification creation phases is basically the same, and will not be repeated.
[0261]
□ Data input of concept design phase and specification input template
The operation method for additionally correcting the data of the input section (1214, 1215, 1216, etc.) of the concept design phase / specification input template screen 1200 (FIG. 12) (step S2410) is to check the item name 1213 to be input. A radio button 1208 corresponding to the item name 1213 to be input is selected (step S2501), and the content of the work item to be executed is selected from the work name pull-down menu 1202 (step S2502).
[0262]
However, at this time, the work item of "data input" is selected (step S2503), the execution button 1203 is clicked with the mouse (step S2504), and the data input screen (FIG. 13) is activated (step S2505). Using the data input screen (FIG. 13), the data of the input sections (1214, 1215, 1216, etc.) is additionally corrected. The data input screen (FIG. 13) will be described later in detail.
[0263]
□ Line insertion of concept design phase and specification input template
The line insertion of the concept design phase / specification document input template can be appropriately added at the discretion of the creator, as an additional item is added to the item name that becomes necessary during the creation of the design specification document (specification template). . Item No. on the concept design phase / specification input template screen 1200 (FIG. 12). As shown in C0011 and C0012 in 1212, differences on the surface such as changing the background color become clear so that they can be distinguished from the standard item lines in advance.
[0264]
As for the operation method for inserting a line in the concept design phase / specification input template (step S2410), the position of the line to be inserted is confirmed, and the radio button 1208 corresponding to the item name 1213 below the line position to be inserted is selected (step S2501). The user selects the content of the work item to be executed from the work name pull-down menu 1202 (step S2502).
[0265]
However, at this time, the work item of “insert row” is selected (step S2506), the execution button 1203 is clicked with the mouse (step S2507), and the row of the additional item is inserted above the checked radio button 1208 (step S2506). S2508). At this time, the item No. of the added line The latest number is described in 1212, and nothing is described in the item name 1213. In order to describe the name in the item name 1213, the above-described data input screen (FIG. 13) is used.
[0266]
□ Delete line of concept design phase / specification input template
The line deletion of the concept design phase / specification input template is a function that can delete lines of unnecessary additional items. However, the standard items stored in advance cannot be deleted from the concept design phase / specification input template screen 1200 (FIG. 12). A user having an appropriate user authority function table (FIG. 7) can use the master maintenance screen.
[0267]
As for the operation method of the line deletion of the concept design phase / specification input template (step S2410), the position of the line to be deleted is confirmed, and the radio button 1208 corresponding to the item name 1213 of the line position of the additional item to be deleted is selected (step S2410). S2501), the content of the work item to be executed is selected from the work name pull-down menu 1202 (step S2502).
[0268]
However, at this time, the work item “delete line” is selected (step S2509), the execution button 1203 is clicked with the mouse (step S2510), and the line of the added item of the checked radio button 1208 is deleted (step S2511, Step S2512).
[0269]
Here, there are two types of displayed lines, one of which is "standard" of the item category in the item information master table (FIG. 36), and the other is "addition" of the item category. is there. “Standard” indicates that the row is set to the default, and indicates a row that can be changed by a user having master maintenance authority by using an appropriate master maintenance screen. “Add” indicates that the row has been additionally inserted.
[0270]
□ In-process flag setting of concept design phase and specification input template
The setting of the in-flight flag 1220 of the concept design phase / specification document input template sets that the description contents of the input units (1214, 1215, 1216, etc.) are not being created.
[0271]
The operation method of setting the in-flight flag of the concept design phase / specification input template (step S2411) is performed by checking the input units (1214, 1215, 1216, etc.) for setting the in-flight flag 1220, and checking the in-process flag 1220. The user selects a check box in the SF column 1210 corresponding to the input unit (1214, 1215, 1216, etc.) for setting (step S2601), and selects the content of the work item to be executed from the work name pull-down menu 1202 (step S2602).
[0272]
However, at this time, the work item of “work in progress” is selected (step S2603), the execution button 1203 is clicked with the mouse (step S2604), and the work in progress flag 1220 is displayed in the selected SF column 1210 (step S2604). Step S2605).
[0273]
□ Release flag in process of concept design phase / specification input template
The release of the in-flight flag 1220 of the concept design phase / specification document input template is a function for releasing the in-flight flag 1220 previously set.
[0274]
As for the operation method of canceling the in-process flag of the concept design phase / specification input template (step S2411), the input unit (1214, 1215, 1216, etc.) for canceling the in-process flag 1220 is checked, and the in-process flag 1220 is checked. The user selects a check box in the SF column 1210 corresponding to the input unit (1214, 1215, 1216, etc.) for canceling (step S2601), and selects the content of the work item to be executed from the work name pull-down menu 1202 (step S2602).
[0275]
However, at this time, the work item of “in-process release” is selected (step S2606), the execution button 1203 is clicked with the mouse (step S2607), and the in-process flag 1220 of the selected SF column 1210 is deleted (step S2607). Step S2609).
[0276]
□ Complete design reliability setting of concept design phase and specification input template
The setting of the completion reliability (90%, 60%, or 30%, etc.) 1219 of the concept design phase / specification document input template is based on the reliability of the description contents of the input unit (1214, 1215, 1216, etc.). Set the number of whether it is completed by holding it.
[0277]
The operation method for setting the completion reliability of the concept design phase / specification document input template (step S2412) includes an input unit (1214, 1215, 1216) for setting the completion reliability (90%, 60%, 30%, or the like) 1219. Etc.), the creator of the design specification determines the degree of completion reliability, and sets a value of the degree of completion reliability that is deemed appropriate. The operation method is the same even when the numerical values to be set are different. For example, in the case of an input section (1214, 1215, 1216, etc.) in which the numerical value of the completion reliability is 90%, the corresponding check box in the KS column 1211 is selected (step S2701), and the content of the work item to be executed is changed to the work name. A selection is made from the pull-down menu 1202 (step S2702).
[0278]
However, at this time, the work item of “setting of completion reliability 90%” is selected (step S2709), the execution button 1203 is clicked with the mouse (step S2710), and 90% of the numerical value of the completion reliability is displayed in the selected KS column 1211. Is displayed (step S2711).
[0279]
□ Release completion reliability of concept design phase and specification input template
The release of the completion reliability (90%, 60%, or 30%, etc.) 1219 of the concept design phase / specification input template is canceled by the previously set completion reliability (90%, 60%, 30%, or the like). This is a function for releasing 1219. At this time, the setting of the completion reliability (90%, 60%, 30%, or the like) restricts execution of the release (step S2714).
[0280]
The operation method for releasing the completion reliability of the concept design phase / specification document input template (step S2412) includes an input unit (1214, 1215, 1216) for releasing the completion reliability (90%, 60%, 30%, or the like) 1219. , Etc.), and select a check box in the KS column 1211 corresponding to the input unit (1214, 1215, 1216, etc.) for releasing the completion reliability (90%) 1219 (step S2701), and the contents of the work item to be executed Is selected from the work name pull-down menu 1202 (step S2702).
[0281]
However, at this time, the work item of “completion reliability release” is selected (step S2712), the execution button 1203 is clicked with the mouse (step S2713), and the completion reliability (90%) 1219 of the selected KS column 1211 is deleted. Is performed (step S2715).
[0282]
□ Browse input of concept design phase / specification input template
This is a function to describe the questionnaire in item units of the described specifications when creating the concept design phase / specification input template.
[0283]
The operation method for inputting a question in the FF field 1209 of the concept design phase / specification document input template (step S2413, step S2801) is to check the input section (1214, 1215, 1216, etc.) information of the input item name 1213. Then, the icon of the balloon flag of the question waiting 1221 in the FF column 1209 corresponding to the item name 1213 to be input is mouse-clicked (step S2803), and the balloon input screen (FIG. 14) is activated (step S2804). A question is input using the balloon input screen (FIG. 14). When the question items are input (step S2805) and registered in the server 350, the input balloon flag icon of the question waiting 1221 changes to the balloon flag icon of the answer waiting 1222 (step S2806). A detailed description of the balloon input screen (FIG. 14) will be described later.
[0284]
□ Built-in display of concept design phase and specification input template
This function is for describing the answer items and the approval items for the questions described in item units when creating the concept design phase / specification document input template.
[0285]
The operation method for inputting the answer items in the FF column 1209 of the concept design phase / specification document input template (step S2413, step S2801) is to check the input section (1214, 1215, 1216, etc.) information of the input item name 1213. Then, the mouse is clicked on the icon of the balloon flag of the response waiting 1222 in the FF column 1209 corresponding to the item name 1213 to be input (step S2807), and the balloon display screen (FIG. 15) is activated (step S2808). Using the balloon display screen (FIG. 15), answer items are input.
[0286]
When the answer items are input (step S2809) and registered in the server 350, the input balloon flag icon of the response wait 1222 changes to the balloon flag icon of the confirmation wait 1223 (step S2812).
[0287]
At this time, if the respondent is designated on the balloon input screen (FIG. 14) and is the designated respondent (step S2810), the operation of inputting the approval items is omitted (step S2811), and the balloon flag of the approved 1224 (Step S2816).
[0288]
The operation method for inputting the approval items in the FF column 1209 of the concept design phase / specification document input template (step S2413, step S2801) includes information on the input section (1214, 1215, 1216, etc.) of the item name 1213 to be input. Is clicked, and the icon of the balloon flag of the waiting for confirmation 1223 in the FF column 1209 corresponding to the item name 1213 to be input is clicked with the mouse (step S2813), and the balloon display screen (FIG. 15) is activated (step S2814). Using the activated balloon display screen (FIG. 15), input the approval items.
[0289]
When the approval item is input (Step S2815) and registered in the server 350, the input balloon flag icon of the waiting confirmation 1222 changes to the approved 1223 balloon flag icon (Step S2816). The balloon display screen (FIG. 15) will be described later in detail.
[0290]
□ Other processing of concept design phase and specification input template
Processes other than the above-described steps S2410, S2411, S2412, and S2413 are executed according to an operation on the concept design phase / specification input template screen 1200 (FIG. 12) (step S2414).
[0291]
□ Migration process of concept design phase and specification input template
When the work of creating the concept design phase / specification document input template is completed (step S2415), a transition process of the next process is executed (steps S2416 and S2901). In the migration process, the creation information of the created specification input template (determining the migration) is acquired (step S2902), the migration determination condition is acquired, and the migration is determined (step S2903).
[0292]
For example, the creation information (step S2902) acquires “C” of the specification management symbol in the concept design phase and “3” of the transition determination criterion using the specification management symbol of the creation information table of FIG. 34 as a key.
[0293]
The shift determination condition (step S2903) is based on the shift determination criterion “3” obtained earlier as a key, and the attribute information input condition (step S2904) and the in-process flag setting condition (step S2904) are obtained from the shift determination table of FIG. In step S2905, a transition determination condition (step S2903) such as a completion reliability input condition (step S2906) and a balloon flag setting condition (step S2907) is acquired.
[0294]
Based on these acquired information, as attribute information input conditions, whether or not all the attributes with weight designation of the items have been input is determined by using the previously acquired specification management symbol “C” as a key as a key. It acquires and confirms the item weight designation presence / absence data from the item information master table, the essential input designation presence / absence, and attribute data from the attribute input data table of FIG. 37 (step S2904).
[0295]
Further, whether the in-process flag is set for an uninput item as the in-process flag setting condition is determined from the flag input data table of FIG. 38 using the previously acquired specification management symbol “C” as a key. The in-process flag presence / absence, completion reliability, balloon flag status, and the like are acquired and confirmed (steps S2905, S2906, S2907).
[0296]
According to the confirmation result, the specification input template that has been created (determines the transition) is attribute information input condition (step S2904), in-flight flag setting condition (step S2905), completion reliability input condition (step S2906), When the transition determination condition (step S2903) such as the balloon flag setting condition (step S2907) is satisfied, the notification information indicating the transition to the next specification input template is transmitted from the creation information table of FIG. Obtain the name of the person in charge, extension number, e-mail address, and information on the request to perform the migration of the specification management code "D" in the order of creation, and notify the next creator by e-mail or lock the migration This is performed by displaying a message column 1604 and the like on the message screen (FIG. 16) (step S2908).
[0297]
As a specific example of the notification of the e-mail, when the display period of the balloon flag waiting for a reply in the FF column 1209 has passed a predetermined time or more, or when the rank point of the question information has become a predetermined value or more, the following: Notification information to shift to the specification input template is sent to the next creator by e-mail. Also, if the notification information is transmitted and the system does not shift to the next specification entry template after the elapse of a predetermined time, the number of e-mail transmissions and the transmission interval may be increased, or the destination may be changed by the boss of the creator or the quality control department. Switching to a person in charge or a system administrator may prompt the user to perform the migration.
Or, it cannot be created.
[0298]
Next, as a setting for permitting the transition to the next specification input template, the “creation order migration availability” data of the corresponding specification input template in the creation information table of FIG. 34 is changed from “No” to “Yes”. (Step S2909), the transfer processing ends (Step S2911).
[0299]
If the confirmation result does not satisfy the shift determination condition (step S2903), the notification information indicating the scheduled shift date, the grace date, the delay date, or the limit date to the next specification input template is sent. 44 and the product information table shown in FIG. 45, and is executed in the message column 1604 and the like of the migration lock message screen (FIG. 16), and the migration process is completed (step S2911). A detailed description of this transition lock message screen (FIG. 16) will be described later.
[0300]
□ End of work
When the user ends the work on the specification input template screen 1200 (FIG. 12) (step S2415), the close button 1206 of the concept design phase / specification input template screen 1200 (FIG. 12) or the end on the screen The user operates the button 1225 with the input unit 402 (step S2418).
[0301]
At this time, the previous migration processing is performed (step S2416), and the user-related information such as the user's system usage status and system setting information is acquired and stored in the internal storage device 508 of the server 350 (step S2417). The stored user-related information is used by the user again for D.P. D. S. Service information when using S, or D.S. D. S. It is used as S system management information.
[0302]
6. Data entry screen
FIG. D. S. FIG. 13 is a diagram showing a data input screen for allowing a user of S (with the authority to create a design specification) to input data to a specification input template screen (FIG. 12). FIG. 30 is a flowchart showing the flow of data input and registration processing on the data input screen (FIG. 13) of the present embodiment.
[0303]
In FIG. 13, reference numeral 1301 denotes a title of data input. The title 1301 of data input is a display field for displaying data input information on data input such as a creation phase, a target model name, a target subsystem name, a target element name, and the like.
[0304]
Reference numeral 1302 denotes an item No. of the selected item name 1213 on the specification input template screen 1200 (FIG. 12) to which data is input. A display field 1212 is displayed.
[0305]
Reference numeral 1303 denotes a display field in which the selected item name 1213 is displayed on the specification input template screen 1200 (FIG. 12) to which data is to be input. At this time, the item name 1213 of the standard item cannot be changed from the data input screen 1300 (FIG. 13). However, the item name 1213 of the additional item is displayed in the input field (step S3011), and can be changed from the data input screen 1300 (FIG. 13). At this time, if any data is registered in the input field of the item name 1303, the information is displayed.
[0306]
Reference numeral 1304 denotes a display field in which the attribute information of the selected item name 1213 is displayed on the specification input template screen 1200 (FIG. 12) to which data is to be input. As the attribute information here, "specifications / functions" 1214, which is an essential input section (step S3012), and its input fields are displayed.
[0307]
Reference numeral 1305 denotes a display field in which attribute information of the selected item name 1213 is displayed on the specification input template screen 1200 (FIG. 12) to which data is to be input. As the attribute information here, “thinking” and “pending matter” 1215, which are input units (step S3013), and their input fields are displayed.
[0308]
Reference numeral 1306 denotes a display field in which attribute information of the selected item name 1213 is displayed on the specification input template screen 1200 (FIG. 12) to which data is to be input. Here, the attribute information includes the input section (step S3014), the responsible section mechanism "M", the process "P", the mounting "EH", the software "S", the component "C", the accessory "Ac" 1216, and the like. , Those check fields are displayed.
[0309]
Reference numeral 1307 denotes an input data registration button. A cancel button 1308 is for input data. 1309 and 1310 are close buttons of the data input screen 1300 (FIG. 13).
[0310]
Next, the flowchart of FIG. 30 will be described.
[0311]
D. D. S. The user having the authority to create the design specification for the product corresponding to S (FIG. 7) receives the radio corresponding to the item name 1213 input from the previous specification template screen 1200 (FIG. 12) displayed on the information processing terminal 301. The user selects the button 1208 (step S2501), selects a work item of "data input" in the work name pull-down menu 1202 (step S2503), clicks the execution button 1203 with the mouse (step S2504), and enters the data input screen 1300 (FIG. 13) is started (step S2505) to access the server 350 (step S3001).
[0312]
Then, the server 350 generates user information (step S3002), phase information (step S3003), specification selection information (step S3004), user selection items (step S3005), template information (step S3006), The supplementary information such as the item-specific registration data (step S3007) is acquired from the internal storage device 508. Next, the obtained information is set as screen generation information (step S3008). Next, by transmitting the screen generation information to the information processing terminal 301, the data input screen 1300 (FIG. 13) is displayed on the output unit 403 (step S3009).
[0313]
□ Input from the data input screen
Item No. selected on the specification input template screen 1200 (FIG. 12). 1212 and the item No. displayed on the data input screen 1300 (FIG. 13). It is checked whether titles such as 1302 match (step S3009).
[0314]
If the above confirmation result is correct and the input operation is continued, appropriate data is input from the displayed data input screen 1300 (FIG. 13). At this time, if the selected item is an additional item (step S3010), the item name is displayed in the input field, so an appropriate item name is input (step S3011). Hereinafter, the same applies to the selected item in the standard item.
[0315]
An appropriate item name is entered in “specifications / functions” 1214, which is an essential input section (step S3012). Next, an appropriate item name is input to the input unit “Thinking” and “Issues” 1215 (step S3013). Next, the responsible division related to data input is checked for the responsible division mechanism “M”, process “P”, mounting “EH”, software “S”, component “C”, and accessory “Ac” 1216 which are input units. (Step S3014).
[0316]
Then, when the input information is stored in the server 350, a registration button 1307 is clicked (step S3017). By clicking the registration button 1307, the input information is entered from the data input screen 1300 (FIG. 13) into the model name, the specification management symbol, and the like of the attribute input data table of FIG. 37 stored in the internal storage device 508 of the server 350. Item No. , Attribute names, attribute data, etc. (step S3018). Furthermore, the corresponding input information is reflected and displayed on the specification template screen 1200 (FIG. 12).
[0317]
Alternatively, when canceling without storing the input information in the server 350, the user clicks a cancel button 1308 (step S3015). By clicking a cancel button 1308, the information input to the data input screen 1300 (FIG. 13) is deleted (step S3016). At this time, the input information is not reflected on the specification template screen 1200 (FIG. 12) corresponding to the attribute input data table of FIG. 37 stored in the internal storage device 508 of the server 350.
[0318]
If the above confirmation result is incorrect or the input operation is not continued, the user clicks a close button 1309 or the like on the displayed data input screen 1300 (FIG. 13) to end the data input operation (step S3019).
[0319]
□ End of work
When the user ends the operation of the data input screen 1300 (FIG. 13) (step S3021), the user operates the close button 1309 of the data input screen 1300 (FIG. 13) or the end function 1310 on the screen with the input unit 402. (Step S3019). By clicking the close buttons 1309 and 1310, the data input screen 1300 (FIG. 13) disappears. At this time, the unregistered input information is not reflected on the specification template screen 1200 (FIG. 12) corresponding to the attribute input data table of FIG. 37 stored in the internal storage device 508 of the server 350.
[0320]
Further, it acquires user-related information such as a user's system usage status and system setting information, and stores the acquired information in the internal storage device 508 of the server 350 (step S3020). The stored user-related information is used by the user again for D.P. D. S. Service information when using S, or D.S. D. S. It is used as S system management information.
[0321]
7. Callout input screen
FIG. D. S. It is a figure which shows the balloon input screen (question input screen) for the user of S to input a question item with respect to the specification information displayed on the specification input template (FIG. 12) screen. FIG. 31 is a flowchart showing the flow of processing of balloon information on the balloon input screen (FIG. 14) of the present embodiment.
[0322]
In FIG. 14, reference numeral 1401 denotes a title of a speech balloon input. The title 1401 of the balloon input is a display field for displaying balloon input information related to balloon input such as a screen name, a target model name, a target subsystem name, and a target element name.
[0323]
Reference numeral 1402 denotes an item No. selected on the specification input template screen 1200 (FIG. 12). A display field 1212 is displayed. Reference numeral 1403 denotes a display field in which the item name 1213 selected on the specification input template screen 1200 (FIG. 12) is displayed.
[0324]
An input field 1404 is used to input a title. Reference numeral 1405 denotes a display field in which the details of the question are displayed. Reference numeral 1406 denotes a pull-down menu for specifying the respondent. Reference numeral 1407 denotes a pull-down menu for specifying an approver. Reference numeral 1408 denotes a pull-down menu for classification by function. Reference numeral 1409 denotes a pull-down menu for classification by cause.
[0325]
1410 and 1411 are delete buttons for deleting the registered question items. The display of the delete buttons 1410 and 1411 is displayed when the questioner is the questioner 1412 (entryant) and no answer is registered for the registered question.
[0326]
Reference numeral 1412 displays the name of the person who is inputting the question. Reference numeral 1413 denotes a pull-down menu of importance. Reference numeral 1414 denotes an input field which is an entry field for a questioner to input question items.
[0327]
Reference numeral 1415 denotes a registration button for the input question. By clicking the registration button 1415, the input balloon information (the title 1404, the questioner 1412, the information in the questioner entry field 1414, and the like) is stored in the internal storage device 508 of the server 350. Also, the balloon flag is changed and displayed in the FF column 1209 of the corresponding specification input template screen 1200 (FIG. 12) from the question waiting 1221 to the answer waiting 1222.
[0328]
Reference numeral 1416 denotes a cancel button for the input question. By clicking the cancel button 1416, the input balloon information (the title 1404, information in the questioner entry field 1414, and the like) is returned to the initial display state.
[0329]
Reference numerals 1417 and 1418 denote buttons for closing the balloon input screen 1400 (FIG. 14). By clicking the close buttons 1417 and 1418, the balloon input screen 1400 (FIG. 14) disappears. At this time, balloon information at the time of non-registration (title 1404, information of questioner entry field 1414, etc.) is not stored in internal storage device 508 of server 350.
[0330]
Next, the flowchart of FIG. 31 will be described.
[0331]
D. D. S. The user who has the authority to input the balloon of the design specification for the product corresponding to S (FIG. 7) displays the balloon input screen 1400 (FIG. 14) from the information processing terminal 301 using several different operation methods.
[0332]
* Display of the balloon input screen from the question waiting / balloon flag 1221
For example, at the first time, by clicking the question waiting / speech flag 1221 displayed in the FF column 1209 of the displayed specification input template screen 1200 (FIG. 12) (step S2801), the speech balloon input screen 1400 ( 14) (step S2804) to access the server 350 (step S3101).
[0333]
* Display of the balloon input screen from the work name pull-down menu 1202
Alternatively, in the first time and the second and subsequent times, the user selects the radio button 1208 corresponding to the item name 1213 to be input from the displayed specification template screen 1200 (FIG. 12) (as in step S2501), and pulls down the work name. By selecting the work item “Blow-up input” in the menu 1202 (as in step S2503), clicking the execution button 1203 with the mouse (as in step S2504), and activating the balloon input screen 1400 (FIG. 14) ( The server 350 is accessed (as in step S2505) (step S3101).
[0334]
Then, the server 350 generates user information (step S3102), phase information (step S3103), specification selection information (step S3104), user selection items (step S3105), template information (step S3106) necessary for screen generation, The supplementary information such as the item-specific registration data (step S3107) is acquired from the internal storage device 508. Next, the obtained information is set as screen generation information (step S3108). Next, by transmitting the screen generation information to the information processing terminal 301, the balloon input screen 1400 (FIG. 14) is displayed on the output unit 403 (step S3109).
[0335]
□ Input from the balloon input screen
When a question is input to the specification input template, the item number of the specification input template corresponding to the question waiting / blowing flag 1221 in the selected FF column 1209 is set. 1212 and item No. displayed on the balloon input screen 1400 (FIG. 14). It is checked whether the titles such as 1402 match (step S3109). If the question has already been registered, the question number is displayed in the question details display area 1405. Separately, related information and the like are displayed (step S3110).
[0336]
If the above confirmation result is correct and the input operation is continued (step S3111), appropriate data is input from the displayed balloon input screen 1400 (FIG. 14).
[0337]
At this time, the displayed item No. 1402, the title (title information) for the question item is determined for the item name 1403, and is input to the title column 1404 (step S3112). Next, the detailed contents of the question are entered in the questioner entry field 1414 (step S3113).
[0338]
Furthermore, when it is desired to specify the respondent, the respondent is selected from the respondent designation pull-down menu 1406 (step S3113).
[0339]
If an approver is to be designated, the approver is selected from the approver designation pull-down menu 1407 (step S3113).
[0340]
Further, when it is desired to specify what kind of function, such as image, strength, performance, software, etc., the question is classified, the corresponding function is selected from the function-specific classification pull-down menu 1408 (step S3113).
[0341]
Further, when it is desired to specify what kind of concern the drawing has, such as a drawing error, workability, workability, cost, etc., the corresponding concern (cause) is selected from the cause-specific classification pull-down menu 1409 (step S3113).
[0342]
Furthermore, when it is desired to specify how important the question is, such as large, medium, small, or 5, 4, 3, 2, 1, etc., the user selects the importance from the importance pull-down menu 1413 (step S3113).
[0343]
Then, when the input information is stored in the server 350, a registration button 1415 is clicked (step S3116). By clicking the registration button 1415, the input information (speech input information) from the speech input screen 1400 (FIG. 14) is stored in the internal storage device 508 of the server 350 in the model name of the flag input data table of FIG. Specification management code, item No. , Balloon flag status, balloon performance status, etc., model name, specification management symbol, item No. of the balloon information history data table in FIG. Are registered corresponding to the balloon ID, the writer, the entry date, the balloon content, and the like (step S3118).
[0344]
On the other hand, on the balloon input screen (FIG. 14), the information of the input question is registered in the server 350, and deletion is possible unless a user other than the input person registers a comment in the information of the question. The buttons for executing the deletion processing indicating that the deletion is possible are the deletion buttons 1410 and 1411 displayed on the balloon input screen (FIG. 14).
[0345]
The above-described deletion processing is determined (step S3119). When deletion is instructed, the balloon input data is deleted from the server 350 (step S3120). Thereafter, the flow returns to step S3110, and the balloon input screen (FIG. 14) is displayed again.
[0346]
Further, the question waiting / speech flag 1221 in the FF column 1209 of the corresponding specification template screen (FIG. 12) changes to the response waiting / speech flag 1222 (step S2806). Furthermore, when the mouse cursor is moved over the displayed answer waiting / speech flag 1222, the registration status of the speech flag is displayed. For example, if there is one response waiting, zero confirmation waiting, and zero question confirmation completed, the display of “times: 1 ：: 0 completed: 0” appears.
[0347]
On the other hand, when canceling the input information without storing it in the server 350, the user clicks a cancel button 1416 (step S3114). By clicking the cancel button 1416, the title 1404 and the information in the questioner entry field 1414 input to the balloon input screen 1400 (FIG. 14) are deleted (step S3115).
[0348]
Further, the responder designation pull-down menu 1406, approver designation pull-down menu 1407, function-specific classification pull-down menu 1408, cause-specific classification pull-down menu 1409, and importance level pull-down menu 1413 are returned to the initial state. At this time, the input information is reflected on the flag input data table in FIG. 38 and the balloon information history data table in FIG. 46 stored in the internal storage device 508 of the server 350, and further on the corresponding specification template screen 1200 (FIG. 12). Not done.
[0349]
If there are any other questions, a new title is input (step S3121), and the question is repeatedly registered as described above.
[0350]
If the above confirmation result is incorrect or the input operation is not continued (step S3111), the close button 1417 or the like of the displayed balloon input screen 1400 (FIG. 14) is clicked, and the input operation of the question item is completed. (Step S3122).
[0351]
□ End of work
When the user ends the operation of the balloon input screen 1400 (FIG. 14) (step S3124), the user operates the close button 1417 or the close button 1418 of the balloon input screen 1400 (FIG. 14) by using the input unit 402. (Step S3122). By clicking the close buttons 1417 and 1418, the balloon input screen 1400 (FIG. 14) disappears. At this time, the input information at the time of non-registration is the specification template screen 1200 (FIG. 12) corresponding to the flag input data table of FIG. 38 stored in the internal storage device 508 of the server 350 and the balloon information history data table of FIG. Is not reflected in
[0352]
In addition, user-related information such as a user's system usage status and system setting information is acquired and stored in the internal storage device 508 of the server 350 (step S3123). The stored user-related information is used by the user again for D.P. D. S. Service information when using S, or D.S. D. S. It is used as S system management information.
[0353]
8. Balloon display screen
FIG. D. S. FIG. 13 is a diagram showing a balloon display screen for allowing a user of S to input an answer to the question of the specification information displayed on the specification input template screen (FIG. 12) or an approval to the answer; FIG. 32 is a flowchart showing the flow of processing of balloon information on the balloon display screen (FIG. 15) of the present embodiment.
[0354]
In FIG. 15, reference numeral 1501 denotes a title of a balloon display. The title 1501 of the balloon display displays balloon display information related to balloon display such as a screen name, a target model name, a target subsystem name, and a target element name. Reference numeral 1502 denotes an item No. selected on the specification input template screen 1200 (FIG. 12). A display field 1212 is displayed.
[0355]
Reference numeral 1503 denotes a display field in which the item name 1213 selected on the specification input template screen 1200 (FIG. 12) is displayed. Reference numeral 1504 denotes a registered item No. on the balloon input screen 1400 (FIG. 14). This is a pull-down menu in which titles of questions for each 1212 are displayed.
[0356]
A display field 1505 displays a balloon flag status for each title of the selected question item in the title pull-down menu 1504 of the balloon display screen 1500 (FIG. 15).
[0357]
Reference numeral 1506 denotes a display field in which the details of the question related to the title of the selected question are displayed in the title pull-down menu 1504 of the balloon display screen 1500 (FIG. 15). In this display field and 1506, one question No. , A questioner, a registration date and time, a question content, an approval button 1508, and the like.
[0358]
Reference numeral 1507 denotes a display field in which the detailed contents of the answer items related to the title of the selected question item are displayed in the title pull-down menu 1504 of the balloon display screen 1500 (FIG. 15). In this display field 1507, if no answer has been entered, "There is no answer to this question yet" is displayed. On the other hand, when the answer items are input, the answer No. , A respondent, a registration date and time, a response content, a delete button 1509, and the like are displayed. In the display of the answer items, a plurality of answer items (answer numbers) are displayed for one question item (question number) 1506.
[0359]
Reference numeral 1508 denotes an approval button for the answer item. This approval button 1508 is displayed when an answer is registered for the questioner of the selected question information (title 1504), and by clicking this approval button 1508, the approval item information is stored in the server 350. The information is stored in the device 508. Thereby, the corresponding question No. This indicates that the question items of "No." Can not input the answer to the question.
[0360]
Further, when the approval button 1508 is clicked, the approval button 1508 is changed to a text display of “approved” and displayed. Furthermore, the balloon flag in the FF field 1209 of the corresponding specification input template screen 1200 (FIG. 12) is changed from waiting for confirmation 1223 to approved 1224 and displayed.
[0361]
Reference numeral 1509 denotes a delete button for deleting a registered answer item. The display of this delete button 1509 is displayed when the respondent 1510 (entry) of the answer item is registered and the next answer item is not registered for the registered answer item. By clicking the delete button 1509, the registered answer item can be deleted if the above condition is satisfied.
[0362]
Further, when the information is deleted, the registered answer information is deleted from the storage of the internal storage device 508 of the server 350. Furthermore, if the information on the answer items is not stored in the internal storage device 508 of the server 350 due to the deletion, the balloon flag in the FF column 1209 of the corresponding specification input template screen 1200 (FIG. 12) is waited for confirmation. The display is changed from 1223 to a response waiting 1222 and displayed.
[0363]
Reference numeral 1510 denotes a display field in which the name of the respondent who has input the answer items is displayed. Reference numeral 1511 denotes an input field which is an entry field in which a respondent inputs answer items.
[0364]
Reference numeral 1512 denotes a button for registering the input answer items. By clicking a registration button 1512, the input balloon information (such as the respondent 1510 and the information in the respondent entry field 1511) is stored in the internal storage device 508 of the server 350. Also, the balloon flag in the FF column 1209 of the corresponding specification input template screen 1200 (FIG. 12) is changed from the response waiting 1222 to the confirmation waiting 1223 and displayed.
[0365]
Reference numeral 1513 denotes a cancel button for the input answer item. By clicking the cancel button 1513, the input balloon information (the title 1504, the information in the respondent entry column 1511, and the like) is returned to the initial display state.
[0366]
1514 and 1515 are close buttons of the balloon display screen 1500 (FIG. 15). By clicking the close buttons 1514 and 1515, the balloon display screen 1500 (FIG. 15) disappears. At this time, the balloon information at the time of unregistering (the title 1504, the information in the respondent entry column 1511, and the like) is not stored in the internal storage device 508 of the server 350.
[0367]
Next, the flowchart of FIG. 32 will be described.
[0368]
D. D. S. The user who has the authority to input the balloon of the design specification for the product corresponding to S (FIG. 7) displays a balloon display screen (FIG. 15) from the information processing terminal 301 from several different balloon flags.
[0369]
* Display of balloon display screen from answer waiting / balloon flag 1222
For example, in the case of inputting the answer items, by clicking on the answer waiting / speech flag 1222 displayed in the FF column 1209 of the displayed specification input template screen 1200 (FIG. 12) (step S2807), By starting the balloon display screen 1500 (FIG. 15) (step S2808), the server 350 is accessed (step S3201).
[0370]
* Display of balloon display screen from waiting for confirmation / balloon flag 1223
Alternatively, when inputting an approval item, the confirmation wait / speech flag 1223 (or the response wait / speech flag 1222) displayed in the FF column 1209 of the displayed specification input template screen 1200 (FIG. 12) is displayed. By clicking (step S2813), the balloon display screen 1500 (FIG. 15) is activated (step S2814) to access the server 350 (step S3201).
[0371]
* Display of balloon display screen from approved / balloon flag 1224
Alternatively, when confirming the approved balloon information, the approved / balloon flag 1224 (or the confirmation waiting / balloon flag) displayed in the FF column 1209 of the displayed specification input template screen 1200 (FIG. 12) is displayed. By clicking on the answer waiting / speech flag 1222 (step S2813), the balloon display screen 1500 (FIG. 15) is activated (step S2817) to access the server 350 (step S3201).
[0372]
Then, the server 350 generates the user information (step S3202), the phase information (step S3203), the specification selection information (step S3204), the user selection item (step S3205), the template information (step S3206) necessary for the screen generation. The supplementary information such as the item-specific registration data (step S3207) is acquired from the internal storage device 508. Next, the obtained information is set as screen generation information (step S3208). Next, by transmitting the screen generation information to the information processing terminal 301, the balloon display screen 1500 (FIG. 15) is displayed on the output unit 403 (step S3209).
[0373]
□ Input from the balloon display screen
* Input of answer items
When answer items are input to the specification input template, the item number of the specification input template corresponding to the question waiting / speech flag 1222 in the selected FF column 1209 is set. 1212 and the item No. displayed on the balloon display screen 1500 (FIG. 15). It is checked whether titles such as 1502 match (step S3209, step S2808).
[0374]
If the above confirmation result is correct and the input operation is continued, appropriate data is input from the displayed balloon display screen 1500 (FIG. 15).
[0375]
At this time, the displayed item No. For the item 1502 and the item name 1503, the title of the question to enter the answer is selected from the title pull-down menu 1504 (the current balloon status is displayed at the end of the title) (step S3210).
[0376]
As a result, the detailed contents of the question are displayed in the question display column 1506, the detailed contents of the answer are displayed in the response display column 1507, and the balloon status flag 1505 of the question is displayed. Furthermore, if the balloon status flag 1505 of the question is the confirmation waiting / balloon flag 1223, an approval button 1508 is displayed. Furthermore, if the detailed contents of the answer displayed in the answer display column 1507 can be deleted, a delete button 1509 is displayed (step S3211).
[0377]
Further, the respondent 1510 refers to the information displayed in the question item display column 1506 and the answer item display column 1507, and appropriately adds necessary answer item information to the respondent entry column 1511 (step S3212, step S3212). S3213).
[0378]
Then, when storing the input information in the server 350, the user clicks the registration button 1512 (step S3216). By clicking the registration button 1512, the input information (balloon display information) is displayed on the balloon display screen 1500 (FIG. 15) in the flag input data table of FIG. Specification management code, item No. , Balloon flag status, balloon performance status, etc., model name, specification management symbol, item No. of the balloon information history data table in FIG. Are registered corresponding to the balloon ID, the writer, the entry date, the balloon content, and the like (step S3218). Further, such information is additionally displayed in the answer item display column 1507.
[0379]
On the other hand, on the balloon display screen (FIG. 15), the input answer information is registered in the server 350, and deletion is possible unless a user other than the input person registers a comment in the answer information. A button for executing the deletion process indicating that the deletion is possible is a delete button 1509 displayed on the balloon display screen (FIG. 15).
[0380]
The above-described deletion processing is determined (step S3219). When deletion is instructed, the balloon input data is deleted from the server 350 (step S3220). Thereafter, the flow returns to step S3211 and the balloon input screen (FIG. 14) is displayed again.
[0381]
Further, when the balloon flag in the FF column 1209 of the corresponding specification template screen 1200 (FIG. 12) is the response waiting 1222, the state changes to the confirmation waiting / balloon flag 1223 (step S2812). Further, when the mouse cursor is moved over the displayed confirmation waiting / blowing flag 1223, the registration status of the blowing flag is displayed. For example, if there are 0 answers waiting, 1 confirmation waiting, and 0 questions confirmed, a display of “times: 0 {accurate: 1} completed: 0” appears.
[0382]
On the other hand, when canceling the input information without storing it in the server 350, the user clicks the cancel button 1513 (step S3214). Next, by clicking the cancel button 1513, the information in the respondent entry field 1511 input to the balloon display screen 1500 (FIG. 15) is deleted (step S3215).
[0383]
At this time, the input information is reflected on the flag input data table in FIG. 38 and the balloon information history data table in FIG. 46 stored in the internal storage device 508 of the server 350, and further on the corresponding specification template screen 1200 (FIG. 12). Not done.
[0384]
Further, when there is another answer item (step S3221), the answer item is repeatedly registered as described above.
[0385]
If the above confirmation result is incorrect or the input operation is not continued (step S3212), the user clicks the close button 1514 or the like on the displayed balloon display screen 1500 (FIG. 15) to end the input operation of the answer items. (Step S3222).
[0386]
In the input operation of this answer item, the respondent is designated in the respondent designation pull-down menu 1406 of the balloon input screen (FIG. 14) (step S2810), and in the case of the input operation from the respondent (step S2811). ), The operation of inputting the next approval item is omitted, and the situation is the same as when the input operation of the approval item is executed (step S2816).
[0387]
* Input of approval items
When an approval item is entered in the specification input template, the item number of the specification input template corresponding to the confirmation waiting / speech flag 1223 (or the response waiting / speech flag 1222) of the selected FF column 1209 is set. 1212 and the item No. displayed on the balloon display screen 1500 (FIG. 15). It is checked whether titles such as 1502 match (step S3209, step S2814).
[0388]
If the above confirmation result is correct and the approval operation is to be continued, appropriate data is input from the displayed balloon display screen 1500 (FIG. 15).
[0389]
At this time, the displayed item No. With respect to the item 1502 and the item name 1503, the title of the question item for which the answer is approved is selected from the title pull-down menu 1504 (the current balloon status is displayed at the end of the title) (step S3210).
[0390]
As a result, the detailed contents of the question are displayed in the question display column 1506, the detailed contents of the answer are displayed in the response display column 1507, and the balloon status flag 1505 of the question is displayed. Furthermore, if the balloon status flag 1505 of the question is the confirmation waiting / balloon flag 1223, an approval button 1508 is displayed. This is the same operation as the input operation of the above-mentioned answer items.
[0391]
At this time, the detailed contents of the answer items displayed in the answer item display column 1507 are checked, and if the approval operation is allowed to proceed, the approval button 1508 is clicked (step S2815). By clicking the approval button 1508, the approved information (speech balloon display information) is displayed on the balloon display screen 1500 (FIG. 15) in the flag input data table of FIG. Specification management code, item No. , Balloon flag status, balloon performance status, etc., model name, specification management symbol, item No. of the balloon information history data table in FIG. Are registered corresponding to the balloon ID, the writer, the entry date, the balloon content, and the like (step S3218).
[0392]
Further, the approval button 1508 changes to the text of “approved” and is displayed for the title of the applicable question. Also, the balloon flag status 1505 changes from the confirmation waiting 1223 to the approved 1224 (step S2816). Furthermore, even if the registration button 1512 is clicked for the title of the question concerned, the question is displayed in a non-operation state in which the answer cannot be registered. Further, the delete button 1509 of the displayed answer is deleted (it is not displayed) for the title of the corresponding question.
[0393]
Further, the corresponding item No. If all of the questions 1212 have been approved, the balloon flag in the FF column 1209 of the corresponding specification template screen 1200 (FIG. 12) changes from waiting for confirmation 1223 to approved 1224 (step S2816). Furthermore, when the mouse cursor is moved over the displayed approved and balloon flag 1224, the registration status of the balloon flag is displayed. For example, if there are 0 cases waiting for an answer, 0 cases waiting for a confirmation, and 1 case for which a question has been confirmed, a display of “times: 0 {accurate: 0} completed: 1” appears.
[0394]
If the approver is designated in the approver designation pull-down menu 1407 of the balloon input screen 1400 (FIG. 14) (step S3113), the requester does not perform the approval work for the question. , Can be executed by the designated approver.
[0395]
* Approved balloon information display
When the approved balloon information is to be deleted from the specification input template, the specification input template corresponding to the approved / balloon flag 1224 (or the confirmation wait / balloon flag 1223 and the response wait / balloon flag 1222) of the selected FF column 1209. Item No. 1212 and the item No. displayed on the balloon display screen 1500 (FIG. 15). It is checked whether titles such as 1502 match (step S3209, step S2817).
[0396]
If the above confirmation result is correct and the confirmation work is continued, appropriate data is selected from the displayed balloon display screen 1500 (FIG. 15).
[0397]
At this time, the displayed item No. For the item 1502 and the item name 1503, the title of the question to check the balloon information is selected from the title pull-down menu 1504 (the current balloon status is displayed at the end of the title) (step S3210).
[0398]
As a result, the detailed contents of the question are displayed in the question display column 1506, the detailed contents of the answer are displayed in the response display column 1507, and the balloon status flag 1505 of the question is set to the approved 1224. The registration button 1512 is displayed in a non-operating state.
[0399]
□ End of work
When the user ends the operation of the balloon display screen 1500 (FIG. 15) (step S3224), the user operates the close button 1514 or the close button 1515 of the balloon display screen 1500 (FIG. 15) by using the input unit 402. (Step S3222). By clicking the close buttons 1514 and 1515, the balloon display screen 1500 (FIG. 15) disappears.
[0400]
At this time, the input information at the time of non-registration is the specification template screen 1200 (FIG. 12) corresponding to the flag input data table of FIG. 38 stored in the internal storage device 508 of the server 350 and the balloon information history data table of FIG. Is not reflected in
[0401]
Further, it acquires user-related information such as a user's system usage status and system setting information, and stores it in the internal storage device 508 of the server 350 (step S3223). The stored user-related information is used by the user again for D.P. D. S. Service information when using S, or D.S. D. S. It is used as S system management information.
[0402]
9. Migration lock message screen
FIG. D. S. FIG. 11 is a diagram showing a migration lock message screen for restricting migration of system menu information and created specifications to those who use S. FIG. 33 is a flowchart showing the flow of operation processing on the migration lock message screen (FIG. 16) of the present embodiment. FIG. 29 is a flowchart showing the flow of the migration process of the present embodiment, which can be included in the migration lock message screen (FIG. 16). In this embodiment, the specification input template screen (FIG. 12) It is explained in the form to be included.
[0403]
In FIG. 16, reference numeral 1601 denotes a specification creation menu that functions similarly to the specification creation menu 1001 on the menu screen 1000 (FIG. 10).
[0404]
Reference numeral 1602 denotes a specification creation support menu that functions in the same manner as the specification creation support menu 1002 on the menu screen 1000 (FIG. 10).
[0405]
Reference numeral 1603 denotes a master maintenance menu that functions in the same manner as the master maintenance menu 1003 on the menu screen 1000 (FIG. 10).
[0406]
1604 is a message field. This message field 1604 displays the restriction status of the specification creation shift, precautions, the operation method on the shift lock message screen 1600 (FIG. 16), and the like.
[0407]
Reference numeral 1605 denotes a link of an e-mail notification screen (list of unfilled persons) to persons who have not entered input items in the specification creation phase (for example, concept design) that has been locked for migration.
[0408]
Reference numeral 1606 denotes a link of an e-mail notification screen to the system administrator. Reference numeral 1607 denotes a screen link that displays item information of the next specification creation phase (for example, detailed design) after the specification creation phase (for example, concept design) that has been locked.
[0409]
A return button 1608 is used to return to the menu screen 1000 (FIG. 10). By clicking the return button 1608, the migration lock message screen 1600 (FIG. 16) disappears.
[0410]
1609, D. S. An end button for ending S. By clicking the end button 1609, the migration lock message screen 1600 (FIG. 16) disappears.
[0411]
Next, the flowchart of FIG. 33 will be described.
[0412]
D. D. S. The user of S accesses the server 350 from the information processing terminal 301 (step S3301). Then, the server 350 generates supplementary information such as user information (step S3302), phase information (step S3303), model information (step S3304), subsystem information (step S3305), and element information (step S3306) necessary for screen generation. From the internal storage device 508. Next, the obtained information is set as screen generation information (step S3308). Next, by transmitting the screen generation information to the information processing terminal 301, a transition lock message screen (detailed design phase) 1600 (FIG. 16) is displayed on the output unit 403 (step S3309). However, this process is limited to the case where the user who logs in is correctly authenticated on the login screen 800 (FIG. 8).
[0413]
Note that the detailed description of the migration lock message screen 1600 (FIG. 16) in the other specification creation phases is basically the same, and will not be repeated.
[0414]
□ Transition lock message display
Based on the selection information of the specification creation 1001 on the menu screen 1000 (FIG. 10), the restriction status of the specification creation migration in the message column 1604 of the migration lock message screen 1600 (FIG. 16) is determined by the server 350. It is acquired from the phase information (step S3303) stored in the internal storage device 508 and the like.
[0415]
□ Display of e-mail notification screen for those who have not completed the input items
The link 1605 of the e-mail notification screen for those who have not yet entered the input items displayed on the migration lock message screen 1600 (FIG. 16) is clicked (step S3310), and the e-mail notification screen is activated (step S3311). At this time, the unfilled person list information of the corresponding input item is displayed. From these, select the unfilled person to whom the e-mail notification is sent, and click the e-mail notification button.
[0416]
□ Display e-mail notification screen to system administrator
The link 1606 of the e-mail notification screen to the system administrator displayed on the migration lock message screen 1600 (FIG. 16) is clicked (step S3312), and the e-mail notification screen is activated (step S3313). At this time, the corresponding system administrator list information is displayed. From among these, select the system administrator that sends the email notification and click the email notification button.
[0417]
Display of specification item information of the next phase
The link 1607 of the specification item information of the next phase displayed on the migration lock message screen 1600 (FIG. 16) is clicked (step S3314), and the specification input template screen 1200 (FIG. 12) is activated (step S3315). At this time, the work name pull-down menu 1222 on the specification input template screen 1200 (FIG. 12) is not displayed, and only the specification input template information can be referred to. Alternatively, only the item information of the specification input template is enabled without reflecting the input unit information (1214, 1215, 1216).
[0418]
□ Return to menu screen / end screen
Also, by operating the return button 1608 of the migration lock message screen 1600 (FIG. 16) from the input unit 402 (step S3314), a start operation for displaying the menu screen 1000 (FIG. 10) on the output unit 403 is performed (step S3314). S3316, step S1901).
[0419]
At this time, user-related information such as a user's system usage status and system setting information is acquired and stored in the internal storage device 508 of the server 350 (step S3318). The stored user-related information is used by the user again for D.P. D. S. Service information when using S, or D.S. D. S. It is used as S system management information.
[0420]
□ End of system
If the user D. S. When ending S (step S3319), the user operates the end button 1609 on the transition message screen 1600 (FIG. 16) using the input unit 402 (step S3317).
[0421]
At this time, user-related information such as a user's system usage status and system setting information is acquired and stored in the internal storage device 508 of the server 350 (step S3318). The stored user-related information is used by the user again for D.P. D. S. Service information when using S, or D.S. D. S. It is used as S system management information.
[0422]
* The following is the binding function for creating design specifications.
When creating a design specification, there are restrictions imposed by the creator to prevent variations in the finished quality, to improve the finished quality, and to shorten the creation period.
[0423]
These constraints include, first, describing the necessary items in a predetermined specification input template, second, the order in which the specification input template creation phase is created is predetermined, and third, Fourth, the description order of the specification input template itself is predetermined, fourth, the documents to be confirmed or the contents to be confirmed are predetermined for the description of the specification input template, and fifth, Until the completed quality of the created specification input template does not reach a certain reference value, it cannot be viewed or printed.
[0424]
On the restriction of the order of creation in the second design specification creation phase
The binding of the order of creation in the design specification creation phase is, as shown in the structure of the design specification (FIG. 6), that each creation phase is classified and must be created in accordance with a predetermined creation order. .
[0425]
The order in which the phases of the design specification are created and the constraints are determined in accordance with the order of creation of the creation information table in FIG. It is described in.
[0426]
For example, in the storage of the creation order, a user having master maintenance authority accesses the server 350 from the information processing terminal 301 and stores it using the master maintenance screen.
[0427]
For example, in the storage of the creation order of the creation information table in FIG. 34, the first is that the specification management symbol is “A” and the specification input template name is “basic specification” for each model-specific subsystem. The specification is created, but if the condition of the shift determination criterion “4” is not satisfied, it is indicated that it is not possible to shift to the second specification creation.
[0428]
Second, a specification is created in which the specification management symbol is “B” and the specification input template name is “design condition”, but if the condition of the transition judgment criterion “3” is not satisfied, This indicates that it is not possible to move to the third specification.
[0429]
Third, a specification is created in which the specification management symbol is “C” and the specification input template name is “concept design”, but if the condition of the transition judgment criterion “3” is not satisfied, It indicates that it is not possible to shift to the fourth specification creation.
[0430]
Fourth, a specification is created in which the specification management symbol is "D" and the specification input template name is "detailed design". This means that it is not possible to shift to (or finish the creation of) the specifications.
[0431]
Further, the condition of the transition determination criterion of each specification is set by using “3” or the like, which is the transition determination criterion corresponding to each specification in the creation information table (FIG. 34), as a key. It is obtained from the same data “3”. The condition of the transition judgment criterion “3” in the transition judgment table (FIG. 39) is that the attribute information input condition is “all the attributes with item weight designation have been input” and the in-flight flag setting condition is “not input”. The item has a flag, the completion reliability input condition is "overall completion reliability is 90% or more", and the balloon flag setting condition is "waiting for a question or waiting for confirmation of only a question of importance" high "". It is supposed to be.
[0432]
About the restriction of the creation order in the third specification input template
The binding of the creation order in the specification input template means that item No. corresponding to a predetermined creation order constituting the specification input template screen 1200 (FIG. 12) of each creation phase. There is a binding that must be created in accordance with the order of creation of specifications / functions 1214, ideas, concerns 1215, etc., which are predetermined attribute items to be input, with respect to the item name 1213 of the standard item to which 1212 is assigned.
[0433]
The creation order and binding of the lines (items and attributes) constituting the specification input template are defined in the item information master table of FIG. 36 stored in the internal storage device 508 of the server 350 in advance. It is described in the section, whether or not the item weight is specified, the attribute name of the attribute information master table in FIG. 35, the display position, whether or not the required input is specified, and the like.
[0434]
For example, in the storage of the creation order, a user having master maintenance authority accesses the server 350 from the information processing terminal 301 and stores it using the master maintenance screen.
[0435]
For example, in the storage of the creation order of the item information master table in FIG. 36, the specification input template for each model-specific subsystem is “concept design”, the first is the specification management symbol “C”, Item No. Indicates that the item name "C0001" is to be created by inputting the attribute information of the "ABC method".
[0436]
In the second case, the specification management symbol is “C” and item No. Indicates that the item name “C0002” is to be created by inputting attribute information of “frame structure”.
[0437]
The third is that the specification management symbol is “C” and item No. Indicates that the item name is “C0003” and the attribute information is “base model / difference 1”.
[0438]
Hereinafter, similarly, the fourth, fifth, and sixth items each have the specification management symbol “C” and item No. Indicates that the item names “C0004”, “C0005” and “C0006” are created by inputting attribute information of “base model / difference 2”, “base model / difference 3” and “A roller type”. ing.
[0439]
The seventh item is that the specification management symbol is “C” and item No. Indicates that the item name "C0011" is to be created by inputting attribute information of "Type of B roller".
[0440]
The eighth item is that the specification management symbol is “C” and item No. Indicates that the attribute name "C0012" is to be created by inputting attribute information of "board arrangement".
[0441]
In the ninth, the specification management symbol is “C” and item No. Indicates that the item name "C0007" is to be created by inputting the attribute information of "temperature rise".
[0442]
Further, the binding of the attribute information to be input can be determined by the attribute name of the attribute information master table (FIG. 35) for which the presence or absence of the required input is “Yes”. In this case, the attribute name “specification / function” is the target, and the display position is the first position on the right of the item name 1213 on the specification input template screen (FIG. 12).
[0443]
* Detailed explanation of the in-flight flag (SF)
□ Design stage
The person who creates the design specification is the designer. The main task of the designer is to develop multiple products (establish product functions), and give priority to troubleshooting during product development.
[0444]
Therefore, it is difficult to allocate a large amount of time to the creation of a design specification. In addition, binding when creating a design specification often burdens the designer.
[0445]
□ Problems of designing in order (with binding)
When creating design specifications and templates, it is not always possible to collect necessary information at the time when the creator needs the necessary information.
[0446]
When collection of necessary data is delayed, when the creation phase of the preceding process is delayed, the influence of the delay is successively inherited by the creation phase of the subsequent process. Even if necessary data can be collected early, if the pre-process is not completed, the preparation phase of the post-process cannot be advanced unless the preparation phase of the own process is delayed.
[0447]
Regulations on the order of creation and the contents of description are likely to have an effect on the quality of the completed document to be created, but it is difficult to reduce the period for creating the document.
[0448]
□ Necessity of in-flight flag
The creator sets a necessary in-process flag in an item (delay item) of the specification input template in which data is not input in the creation phase. When the in-flight flag is set, the system determines that data has been input to the delay item.
[0449]
Thus, the creation phase of the creation phase is determined in advance, but the creation phase that is delayed can be skipped and the creation of the specification of the next phase that can proceed with the creation can be started.
[0450]
Thus, it is possible to reflect the effect of preventing the delay of the creation period as a whole and shortening the creation period.
[0451]
Further, the degree of completion of the specification input template to be created can be easily managed.
[0452]
Further, by changing the type of the in-flight flag in accordance with the completion status of the input data (how much the ratio is not changed, etc.), not only the completion degree but also the completion reliability of the input data is made visible. be able to. As a result, the user can collect information with high use value.
[0453]
□ In-process flag (SF) function
The in-flight flag is set by the creator to indicate that the information being input to the data input section (1214, 1215, 1216) of the specification input template 1200 (FIG. 12) is incomplete (in-progress). This is a function for indicating the situation to the creator himself, and persons involved in the own department and other departments.
[0454]
The in-flight flag not only indicates that the input information is in an unfinished state, but also provides a level in the unfinished state and assigns the in-flight flag to each of them, so that the degree of incompleteness (or (Completion reliability).
[0455]
Further, based on the binding function of the design specification, the function of the in-flight flag is used, and the system or the like uses the setting information to determine and change the creation order number based on the setting status.
[0456]
For example, the display form (color, size, shape, etc.) of the in-flight flag is classified into, for example, a plurality of in-flight flags (green), in-flight flags (yellow), and in-flight flags (red). The in-flight flag (green) is used when the completion reliability is 90%. The in-flight flag (yellow) is used when the completion reliability is 60%. The in-flight flag (red) is defined to be used when the completion reliability is 30% or less.
[0457]
Using the function of skipping the binding of the design specification creation order from these in-flight flags and the completion reliability function, concurrent activities can be smoothly performed using the created template and design specification as a trigger. .
[0458]
1. In-process flag skip function
During the creation of design specifications, the collection of necessary data may be delayed or accelerated. It is necessary to have a mechanism that can respond quickly according to the work situation of the creator of the design specification. That is the skip function as a detour method having the in-flight flag (1220).
[0459]
The skip function includes skipping the specification input template creation order and skipping the design specification creation phase creation order.
[0460]
1-1. Skip function in the creation order of specification input template items
The skip function of the specification input template creation order is a function of skipping the creation order of predetermined items.
[0461]
Normally, when creating each phase / specification input template 1200 (FIG. 12), basically, the item No. It is created in the order of 1212 (display order). At this time, if the number of the item name 1213 of the content to be skipped is reached, one of the in-process flags is selected from the work name pull-down menu in the corresponding SF column 1210 and set. By setting any of the in-flight flags in the SF field 1210, even if the input information is not input to the specification / function 1214 of the required input field, the temporary input is completed even if it is input. , The next item No. An input operation for the item name 1213 of 1212 can be started.
[0462]
1-2. Skip function in the creation order of the design specification creation phase
The skip function of the design specification creation phase creation order is a function of skipping the creation order of a predetermined creation phase.
[0463]
Normally, in each creation phase of the design specification, whether or not to display the specification creation phase is controlled according to a predetermined creation procedure. Therefore, the design condition phase is not displayed unless the basic specification phase is completed. The display of the radio button is controlled so that it is not possible to shift to the next specification creation phase.
[0464]
In such a case, even if the basic specification phase is not completed, the basic specification phase can be provisionally completed by setting the in-flight flag in all of the unfinished portion items of the basic specification phase. In this state, the next design condition phase can be displayed.
[0465]
2. Completion reliability skip function
During the creation of the design specification, an appropriate in-flight flag is set in each specification input template 1200 (FIG. 12), and the set result is used to manage the progress of the design specification creation. can do. Also, it can be used for concurrent activities with own department and other departments.
[0466]
2-1. Use for progress management
For example, when creating a specification input template having a configuration of item 1, item 2, item 3, and item 4, data is input to item 1 and an in-process flag (green) is displayed. In item 2, data is input, and an in-process flag (yellow) is displayed. In item 3, data is input, and an in-flight flag (red) is displayed. Further, it is assumed that no data is input and the in-flight flag is not displayed in item 4.
[0467]
In such a case, if progress management is performed only for the presence or absence of data input, the specification input template is completed at 75% ((3/4) × 100). However, it cannot be objectively determined whether the degree of completion (frequency at which no correction occurs) is equivalent to 75%.
[0468]
In order to improve this point, a completion reliability coefficient such as 0.9 for the in-process flag (green), 0.6 for the in-process flag (yellow), and 0.3 for the in-process flag (red) is used. Calculate the completion reliability of the assignment and specification input template. Then, the completion reliability becomes 45% (((0.9 + 0.6 + 0.3) / 4) × 100), and the completion reliability can be displayed by a numerical value, so that an objective judgment can be made.
[0469]
2-2. Use for concurrent activities
The related parties of the own department and other departments determine the timing of using the input information by confirming the completion reliability of the in-process flag set in each specification input template 1200 (FIG. 12). Can be. In other words, it is possible to use the necessary information to complete the work without waiting for the completion of the entire design specification. It is possible to eliminate backtracking.
[0470]
Therefore, concurrent activities can be smoothly performed using the created template and design specification as a trigger.
[0471]
□ Work in progress flag
The in-flight flag 1220 is used by a user (creator, viewer, or system administrator) of the system to grasp that the contents of the specification being created are in an incomplete state for each item of the specification. It is a flag. The in-flight flag 1220 is one of the parameters of the transition determination criterion (bound) for preparing the specification.
[0472]
* Completion reliability
The completion reliability 1219 is used by the user (creator, viewer, system administrator) of the system to know how much the contents of the specification being created are in a completed state for each item of the specification. (90%, 60%, 30%, etc.). Further, the completion reliability 1219 is one of the parameters of the transition determination criterion (bound) of the specification creation.
[0473]
Further, there is an attribute information table of completion reliability of FIG. This indicates that the point value of the completion reliability, the delay time, and the like for the weighted item and the non-weighted item can be changed for each specification. Based on such information, it is possible to use, for example, to increase or strengthen the types of transition determination criteria (binding) for preparing the specification and to manage progress.
[0474]
Alternatively, it is possible to increase the screen space and the operation efficiency by combining the in-process flag with the in-process flag with the completion reliability of 30% or less and the function of the completion reliability.
[0475]
* Restriction on the order of creation in specification creation
A creator of a specification consisting of a plurality of specifications obtains the creation order of the plurality of specifications from the creation information table of the specification input template of FIG. As a whole, one specification will be completed.
[0476]
* Display the specification selection screen from the menu screen
At this time, in order to limit the specifications to be created, a specification creation phase is selected from a menu screen 1000 (FIG. 10) displayed on the information processing terminal 301 of the user. Information on the specification creation phase selected on the menu screen 1000 (FIG. 10) is transmitted from the information processing terminal 301 of the user to the server 350 via the network 300.
[0477]
The server 350 acquires, from the internal storage device 508, information for generating the corresponding specification selection screen 800 in FIG. 8 based on the selection information and the like. The server 350 transmits the acquired information to the user's information processing terminal 301 via the network 300. On the information processing terminal 301 of the user, the received generation information of the specification selection screen is formed and displayed by a Web browser or the like.
[0478]
* Display the specification template from the specification selection screen
Next, on the specification selection screen 800 (FIG. 8) displayed on the information processing terminal of the user, what specifications, such as a model name, a subsystem name, and an element name, are to be created is further limited. The limitation is performed using the model name pull-down menu 1107, subsystem name pull-down menu 1109, element pull-down menu 1111 and the like displayed on the specification selection screen 800 (FIG. 8).
[0479]
By clicking the display button 1113 after the limitation work, the limited specification sheet input template screen 900 (FIG. 9) (in this case, the concept design) is displayed on the information processing terminal 301 of the user. .
[0480]
By clicking the display button 1113, the selection information is transmitted from the user's information processing terminal 301 to the server 350 via the network 300. The server 350 acquires, from the internal storage device 508, information for generating the corresponding specification input template screen 900 (FIG. 9) (in this case, the concept design) based on the selection information and the like.
[0481]
The information for generating the specification input template screen 900 (FIG. 9) includes the attribute information master table of the specification input template of FIG. 35 prepared for each model-specific subsystem and the like, and the item information of the specification input template of FIG. It is acquired from the master table, the attribute input data table of the specification input template of FIG. 37, the flag input data table of the specification input template of FIG. 38, and the like.
[0482]
For example, on the concept design phase / specification input template screen 900 (FIG. 9), the information of the specification creation phase previously selected on the menu screen 1000 (FIG. 10) becomes the concept design. Then, using this concept design as a key, a specification management number C is searched from the specification information input template creation information table of FIG. 34, and based on the specification management number C, the specifications / functions in the horizontal direction of the table are searched. The attribute information of the M12, the idea, the concern 1215, and the related M, P, EH, S, C, and Ac1216 is acquired from the attribute information master table of the specification input template in FIG.
[0483]
Next, the item Nos. Related to the vertical direction of the table. Item information 1212 and item name 1213 are obtained from the item information master table of the specification input template in FIG. Next, the attribute data input for each item is obtained from the attribute input data table of the specification input template of FIG. Next, information on the balloon flag 1209, the in-process flag 1210, and the completion reliability flag 1211 assigned to the attribute data for each item is obtained from the flag input data table of the specification input template shown in FIG.
[0484]
* Setting and deleting the in-flight flag
When the in-flight flag is set (displayed) on the concept design phase / specification document input template screen of FIG. 9 displayed on the information processing terminal 301 of the user, the SF in the same line as the item to be set (displayed) is set. The user checks the column 1210 (step S2601), selects a setting in process from the work name pull-down menu 1202 (steps S2602 and S2603), and clicks the execution button 1203 with the mouse (step S2604).
[0485]
At this time, the setting information is transmitted to the server 350 via the network 300. Upon receiving the setting information, the server 350 reflects the setting information in the flag input data table of the specification input template of FIG.
[0486]
For example, item No. If C0001 of 1212 is selected, the in-process flag presence / absence is set to 1. After the setting, the server 350 transmits the information for generating the concept design phase / specification document input template screen of FIG. 9 to the information processing terminal 301 of the user again. On the transmitted information processing terminal 301 of the user, an icon of the in-flight flag 1220 is set (displayed) in the SF column 1210 of the selected row.
[0487]
To cancel (delete) the in-flight flag that has been set (displayed), check the SF column 1210 on the same line as the item in which the in-flight flag is set (displayed) (step S2601). Then, the user selects release in process from the work name pull-down menu 1202 (step S2606), and clicks the execution button 1203 with the mouse (step S2607).
[0488]
At this time, the deletion information is transmitted to the server 350 via the network 300. The server 350 that has received the information reflects the deletion information in the flag input data table of the specification input template of FIG.
[0489]
For example, item No. If C0001 1212 is selected, the in-process flag presence / absence is set to 0. After the setting, the server 350 transmits the information for generating the concept design phase / specification document input template screen of FIG. 9 to the information processing terminal 301 of the user again. On the information processing terminal 301 of the transmitted user, if the icon of the in-process flag 1220 is set in the SF column 1210 of the selected line (step S2608), the set (displayed) in-process flag is displayed. 1220 is released (deleted) (step S2609).
[0490]
* Setting and deleting completion reliability
When the completion reliability is set (displayed) on the concept design phase / specification input template screen 900 (FIG. 9) displayed on the information processing terminal 301 of the user, the same line as the item to be set (displayed) is set. The KS column 1211 is checked (step S2701), and the completion reliability setting (30%) (step S2703), the completion reliability setting (60%) (step S2706), or the completion reliability setting (step S2703) from the work name pull-down menu 1202. 90%) (step S2709) and click the execute button 1203 with the mouse (step S2704, step S2707, or step S2710).
[0490]
As a result, 90%, 60%, or 30% of the numerical value of the completion reliability is displayed in the selected KS column 1211 (step S2711, step S2708, step S2705).
[0492]
At this time, the setting information is transmitted to the server 350 via the network 300. The server 350 that has received the setting information reflects the setting information in the content of the completion reliability in the flag input data table of the specification document input template in FIG. For example, item No. If C0001 of 1212 is selected and the completion reliability (90%) is selected, the completion reliability is set to 90.
[0493]
After the setting, the server 350 transmits the information for generating the concept design phase / specification document input template screen of FIG. 9 to the information processing terminal 301 of the user again. On the transmitted information processing terminal 301 of the user, an icon for 90% of the completion reliability 1219 is set (displayed) in the KS column 1211 of the selected row.
[0494]
When the completed (represented) completion reliability (30%, 60%, or 90%) is released (deleted), the completion reliability (30%, 60%, or 90%) is set. The KS column 1211 on the same line as the item that is set (displayed) is checked (step S2701), the completion reliability release is selected from the work name pull-down menu 1202 (step S2712), and the execution button 1203 is clicked with the mouse (step S2702). S2713).
[0495]
At this time, the deletion information is transmitted to the server 350 via the network 300. Upon receiving the deletion information, the server 350 reflects the deletion information in the contents of the completion reliability in the flag input data table of the specification input template of FIG. For example, item No. If C0001 1212 is selected and the completion reliability (90%) has already been set (displayed), the completion reliability is set to 100%. Or, return to the non-input state.
[0496]
After the setting, the server 350 transmits the information for generating the concept design phase / specification document input template screen of FIG. 9 to the information processing terminal 301 of the user again. On the transmitted information processing terminal 301 of the user, if an icon for 90% of the completion reliability 1219 is set in the KS column 1211 of the selected row, S2714, the completed (displayed) completion reliability 1219 is set. Icon for 90% is released (deleted).
[0497]
* Migration process
At this time, the contents that limit the transition between a plurality of specifications include the transition judgment criteria (bound) registered for each specification in the creation information table of the specification input template in FIG. 34, and the specification input in FIG. This is determined by a template migration determination table or the like.
[0498]
The migration determination criteria (binding) and the like are stored in a table stored in the internal storage device 508 of the server 350.
[0499]
For example, in the case of the concept design phase / specification input template screen 900 (FIG. 9), the specification management number C or the specification design template name of the specification input template name is created from the specification information input template creation information table of FIG. On the basis of this, it is possible to acquire what is the transition criterion, and also to obtain the composition of the specifications, the order of creation, the specifications before and after the concept design, the creation order migration status, etc. Yes (step S2902).
[0500]
In this case, the transition judgment criterion of the concept design in FIG. 34 is registered as 3. Based on this, attribute information input condition, transfer in progress flag setting condition, completion reliability input condition, transfer condition criterion equal to 3 from the transfer specification table of the specification document input template of FIG. The information of the transition determination condition of the blowing flag setting condition is acquired (step S2903).
[0501]
By associating the transition determination criteria of FIG. 34 with the transition determination table of FIG. 39, various transition criteria can be registered in the transition determination table of FIG. 39, and the content of the transition determination for each specification can be changed. Prompt response is possible.
[0502]
When the transition processing in this case is confirmed by the flow chart showing the flow of the transition processing in FIG. 29, the following four conditions are required.
[0503]
1) In the attribute information input condition, some data has been input to all the attributes for which the weight of the item is specified (step S2904).
[0504]
2) In the in-flight flag setting condition, an in-flight flag is set for an item having an uninput attribute (step S2905).
[0505]
3) Under the completion reliability input condition, the completion reliability of the entire concept design is 90% or more (step S2906).
[0506]
4) In the balloon flag setting condition, only the balloon flag question waiting or approved is displayed in the entire concept design (step S2907).
[0507]
When these four conditions are satisfied, the concept of migration of the concept design registered in the server 350 is satisfied. Therefore, the person in charge of creating the concept design in FIG. 34 and the next specification template (detailed design) (Step S2908).
[0508]
Note that the above four conditions are merely examples. For example, the transition determination based on the transition determination criterion may be performed under the following conditions.
[0509]
a) If the answers to all the questions for all the items are approved, it is determined that the migration criteria of the specification are satisfied.
[0510]
b) If the point value of the importance rank of the question with respect to the approved answer exceeds a predetermined value or more, it is determined that the transition criterion of the specification is satisfied.
[0511]
c) If the point value of the weight of the information classification of the question for the approved answer exceeds a predetermined value or more, it is determined that the transition criterion of the specification is satisfied.
[0512]
d) If the answer to the question in which the point value of the importance rank of the question exceeds a predetermined value or more is approved and exceeds a predetermined number or more, it is determined that the transition criterion of the specification is satisfied.
[0513]
e) If the answer of the question whose weight value of the information classification of the question exceeds a predetermined value or more is approved exceeding a predetermined number or more, it is determined that the transition determination standard of the specification is satisfied.
[0514]
f) If the answers to all the questions for the weighted items have been approved, it is determined that the transition criteria of the specifications are satisfied.
[0515]
Next, a setting is made to allow the transition to the next specification input template (detailed design), such as changing the data indicating whether or not the creation order of the detailed design in FIG. 34 is allowed (step S2909). Further, when the next specification input template (detailed design) is selected from the menu screen 1000 (FIG. 10), a specification selection screen 1100 (FIG. 11) for the next specification input template (detailed design) is displayed. Is done.
[0516]
If the above four conditions are not satisfied, the transition determination criteria of the conceptual design registered in the server 350 are not satisfied, so that the next specification input template (detailed design) is to be migrated or the migration is delayed. The date of the transfer, the date of the transfer delay, or the limit date of the transfer is notified.
[0517]
In this case, the migration schedule, the migration grace date, and the migration delay date are obtained by acquiring the current date and time from the system date and time of the server 350, and inputting the specification document of FIG. It is calculated by acquiring the scheduled creation start date and creation start end date from the template creation scheduled result table.
[0518]
As for the transition limit date, based on the model name and subsystem name of the specification document from the product information table of FIG. 45, the product scale is acquired from the same subsystem name, product type, number of parts, and the like from the conventional machine. By acquiring when the actual performance of each specification document of the conventional machine is obtained, the time until the limit date is calculated.
[0519]
By adding the specification creator or product designer to the search key, it is possible to notify of the higher limit date of the system. Furthermore, when the next specification input template (detailed design) is selected from the menu screen 1000 (FIG. 10), a transition lock message screen 1600 (FIG. 16) is displayed. In addition, a menu screen 1000 (FIG. 10) can be used without displaying the transition lock message screen 1600 (FIG. 16).
[0520]
For example, the next specification input template (detailed design) cannot be selected from the list item 1001 for specification creation on the menu screen 1000 (FIG. 10) so as not to be selected.
[0521]
These basic operation methods and mechanisms are common to basic specifications, design conditions, concept designs, and detailed designs.
[0522]
□ Blow-off function
* Blowout flag
The balloon flag is an icon for the user (creator, viewer, system administrator) of the system to grasp the status and contents of the question and answer to the contents of the specification being created for each item of the specification. Waiting for question 1221, waiting for answer 1222, waiting for confirmation 1223, approved 1224). In addition, the balloon flag is one of the parameters of the transition determination criterion (bound) of the specification creation, and the display form (color, shape, size, etc.) corresponding to the parameter is determined in each state (approved, confirmed). Waiting, waiting for an answer, waiting for a question, etc.) are set to be distinguishable from each other.
[0523]
For example, the following are conceivable as display forms.
[0524]
Icons corresponding to each balloon flag (queue waiting 1221, response waiting 1222, confirmation waiting 1223, approved 1224) are combinations of the occurrence states of the speech balloon flags (question waiting, answer waiting, confirmation waiting, approved) in the FF column 1209. ) Is changed (color, shape, size, etc.).
[0525]
More specifically, if the number of balloons in the FF column 1209 that are waiting for a response and confirmation are greater than a predetermined number of balloon flags or the elapsed time of the display period is greater than or equal to a predetermined time, the corresponding answer The icons of the wait 1222 and the confirmation wait 1223 are alternately displayed in red and yellow. Alternatively, the size of the icon is alternately switched between large and small and displayed. Alternatively, the icons are alternately displayed in color and shape. Alternatively, the density of the icon is alternately switched between light and light and displayed.
[0526]
In addition to this, it goes without saying that the display mode of the icons can be appropriately changed according to the use or purpose.
[0527]
Further, there is a balloon flag attribute information table shown in FIG. This indicates that the point value, delay time, number of occurrences, and the like of the balloon flag for weighted items and unweighted items can be changed for each specification. Based on such information, it is possible to use, for example, to increase or strengthen the types of transition determination criteria (binding) for preparing the specification and to manage progress.
[0528]
There is also a question importance rank table of FIG. This indicates that, for each specification, the classification of question information in weighted items and unweighted items, the point value, the delay time, the number of occurrences, and the like can be changed. This information can be used to increase or strengthen the types of transition determination criteria (binding) for creating specifications, and to automate question transmission.
[0529]
For example, even when the importance is high, the point value is assigned 6 or 5 depending on the presence or absence of the weight.
[0530]
There is also a question information classification rank table of FIG. This is based on the classification of question information (weighted items and unweighted items) by function (classification by function (image, strength, performance, software, etc.) and classification by cause (drawing mistakes, workability, processing , Cost, appearance, operability, safety, serviceability, etc.), point value, delay time, number of occurrences, etc. can be changed. This information can be used to increase or strengthen the types of transition determination criteria (binding) for creating specifications, and to automate question transmission.
[0531]
* Setting of balloon flag (question waiting)
The question waiting 1221 is set (displayed) in, for example, the FF column 1209 of the concept design phase / specification document input template screen 900 (FIG. 9) displayed on the information processing terminal of the user. This question waiting 1221 stores all item numbers in advance. This is set in the FF column 1209 corresponding to 1212. The icon of the question waiting 1221 is formed of a translucent icon or the like having an outer shape, and indicates that the system has a question from a user (questioner) (steps S2801 and S2803).
[0532]
By clicking the icon of the question waiting 1221, a balloon input screen is displayed. For example, according to the numerical value of the completion reliability of the input item of the specification, that is, the numerical value of the completion reliability May be controlled so as to prohibit this click.
[0533]
For example, if the completion reliability of the item of the specification being created is less than 60%, the input of the question is prohibited, and if the completion reliability is 60% or more, the input of the question is accepted. good.
[0534]
* Input questions
When the first question occurs, the user (questioner) sets (displays) in the FF column 1209 of the concept design phase / specification input template screen 1200 (FIG. 12) displayed on the information processing terminal of the user. The user clicks the question waiting 1221 (step S2803). Thereby, a balloon input screen 1400 (FIG. 14) is displayed (step S2804). At a minimum, a question is entered in the title 1404 and the questioner entry field 1414.
[0535]
At this time, if necessary, a respondent designation pull-down menu 1406 for designating the respondent is used. If necessary, an approver designation pull-down menu 1407 for designating an approver is used. If necessary, a function-specific classification pull-down menu 1408 for specifying a function classification of the question is used. If necessary, a cause-specific classification pull-down menu 1409 for specifying a cause-specific classification of the question is used. If necessary, an importance pull-down menu 1413 for specifying the importance of the question is used.
[0536]
If not, the user clicks a cancel button 1416. As a result, the entered title 1404 and the question items in the questioner entry field 1414 are deleted. To register, a registration button 1415 is clicked. As a result, the information is stored in the internal storage device 508 of the server 350 and displayed in the question item display column 1405. By repeating this operation, the same item No. A plurality of questions can be registered in the same item name 1403 of 1402.
[0537]
However, another user cannot determine in this state whether a question has been input. By clicking the close button 1417 and closing this screen, it can be determined that a question has been input to another user. A response wait 1222 is set (displayed) in the FF column 1209 of the selected item.
[0538]
In addition, as long as the answer input from the respondent is not registered for the registered question (for each question ID), the user who has asked the question can be deleted. In this case, the deletion is executed from the balloon display screen 1500 (FIG. 15). For example, a button 1508 is displayed for deletion.
[0539]
When the second or subsequent question occurs, the radio on the same line as the item to be set (displayed) on the concept design phase / specification input template screen 1200 (FIG. 12) displayed on the information processing terminal 301 of the user. A button column 1208 is checked, a balloon input is selected from a work name pull-down menu 1202, and an execution button 1203 is clicked with a mouse. Hereinafter, it is the same as the situation where the first question is generated.
[0540]
* Automation of question transmission
The system on the server 350 acquires, from the creation information table of the specification input template shown in FIG. Next, in this editable specification, the transmission SW (switch) of the item information master table of the specification input template of FIG. 36 is ON, and the flag input data of the specification input template of FIG. If there is no question in the balloon performance status of the table, balloon information about the same item, at the same time, with the same specification, and with the same item as this editable specification is obtained from the balloon history data table of FIG. I do. Next, the same question content of the same title and its answer content are acquired from here, and registered as question information and answer information. The creator at this time is the system administrator.
[0541]
As a result, the server 350 can automatically send a question that is likely to be overlooked or a customary question and its answer.
[0542]
* Setting of the balloon flag (waiting for response)
The response waiting 1222 is set (displayed) in the FF column 1209 of the concept design phase / specification input template screen 1200 (FIG. 12) displayed on the information processing terminal of the user, for example. This answer waiting 1222 indicates the item No. in which the question information is input. This is set in the FF column 1209 corresponding to 1212. The icon of the response waiting 1222 indicates that the system has a response from the user (respondent) (step S2807).
[0543]
* Input of answer items
If the user clicks on the answer waiting 1222 (step S2807), a balloon display screen 1500 (FIG. 15) is displayed. A question title for inputting answer items is selected from the title pull-down menu 1504. As a result, the question item of the selected title is displayed in the question display column 1506. If some answers have already been entered, they are displayed in the answer display field 1507. If a new answer is to be entered, the answer is entered in the answerer entry field 1511.
[0544]
If not, the user clicks a cancel button 1513. As a result, the entered answer items in the answerer entry field 1511 are deleted. To register, a registration button 1512 is clicked. As a result, the information is stored in the internal storage device 508 of the server 350 and displayed in the display field 1507 of the answer item. By repeating this operation, the same item No. A plurality of answers can be registered in the same question title 1504 of the same item name 1503 of 1502.
[0545]
However, it cannot be determined in this state whether the answer has been input to another user. By clicking the close button 1514 and closing this screen, it can be determined that the answer has been input to another user. A confirmation wait 1223 is set (displayed) in the FF column 1209 of the selected item.
[0546]
Further, the user who has input the answer can be deleted as long as the approval input from the questioner is not registered for the registered answer (for each answer ID). In this case, the deletion is executed from the balloon display screen 1500 (FIG. 15). For example, a delete button is displayed in 1509.
[0547]
* Setting the balloon flag (waiting for confirmation)
The confirmation wait 1223 is set (displayed) in, for example, the FF column 1209 of the concept design phase / specification document input template screen 1200 (FIG. 12) displayed on the information processing terminal of the user. This confirmation waiting 1223 is the item No. in which the answer information to the question information is input. This is set in the FF column 1209 corresponding to 1212. The icon of the wait for confirmation 1223 indicates that the present system is in a state of having the approval from the user (questioner) (step S2813).
[0548]
* Input of approval items
Basically, the input is made in the same manner as the input of the answer items.
[0549]
* Omission of approval work
When inputting a question, a balloon input screen 1400 (FIG. 14) is used. At this time, the respondent can be specified if necessary. Here, when the respondent is designated, it is determined whether or not the respondent has registered the answer to the designated question (step S2810). When the answer of the respondent is registered, the approval operation of the questioner is performed. This is omitted (steps S2813 to S2815), and the response waiting of the balloon flag is changed to approved (step S2816).
[0550]
* Setting of balloon flag (approved)
The approved 1224 is set (displayed) in the FF column 1209 of the concept design phase / specification input template screen 1200 (FIG. 12) displayed on the information processing terminal of the user, for example. This approved 1224 is the item No. in which the approval information for the question information is input. This is set in the FF column 1209 corresponding to 1212. This approved 1224 icon indicates that the system has been approved by the user (questioner) (step S2813).
[0551]
* Approved display
When the approved 1224 is clicked (step S2813), a balloon display screen 1500 (FIG. 15) is displayed (step S2817), and a question item, an answer item, and the like can be confirmed.
[0552]
These basic operation methods and mechanisms are common to basic specifications, design conditions, concept designs, and detailed designs.
[0553]
As described above, according to the present embodiment, by providing a predetermined framework to the specification framework and its use method, the creator is not restricted in the specification creation procedure, The convenience of the creator is maintained, and it is possible to create a uniform quality specification without relying on experience. In addition, there is no oversight and no backtracking. Further, the user can quickly use the specification having high reliability and high use value. In addition, manufacturing can be advanced in a concurrency manner, and everyone can see the progress of manufacturing.
[0554]
Although the embodiment has been described in detail, the present invention may be applied to a system including a plurality of devices, or may be applied to an apparatus including a single device.
[0555]
According to the present invention, a software program (in the embodiment, a program corresponding to the flowchart shown in the drawings) for realizing the functions of the above-described embodiments is directly or remotely supplied to a system or an apparatus, and the computer of the system or the apparatus is supplied. Is also achieved by reading and executing the supplied program code.
[0556]
Therefore, since the functions of the present invention are implemented by computer, the program code installed in the computer also implements the present invention. That is, the present invention includes the computer program itself for realizing the functional processing of the present invention.
[0557]
In this case, any form of the program, such as an object code, a program executed by an interpreter, and script data supplied to the OS, is applicable as long as the program has the function of the program.
[0558]
As a recording medium for supplying the program, for example, a floppy (registered trademark) disk, hard disk, optical disk, magneto-optical disk, MO, CD-ROM, CD-R, CD-RW, magnetic tape, non-volatile memory card , ROM, DVD (DVD-ROM, DVD-R) and the like.
[0559]
Other methods of supplying the program include connecting to a homepage on the Internet using a browser of a client computer, and downloading the computer program itself of the present invention or a file containing a compressed automatic installation function from the homepage to a recording medium such as a hard disk. Can also be supplied. Further, the present invention can also be realized by dividing the program code constituting the program of the present invention into a plurality of files and downloading each file from a different homepage. In other words, the present invention also includes a WWW server that allows a plurality of users to download a program file for realizing the functional processing of the present invention on a computer.
[0560]
In addition, the program of the present invention is encrypted, stored in a storage medium such as a CD-ROM, distributed to users, and downloaded to a user who satisfies predetermined conditions from a homepage via the Internet to download key information for decryption. It is also possible to execute the encrypted program by using the key information and install the program on a computer to realize the program.
[0561]
The functions of the above-described embodiments are implemented when the computer executes the read program, and an OS or the like running on the computer executes a part of the actual processing based on the instructions of the program. Alternatively, all the operations are performed, and the functions of the above-described embodiments can be realized by the processing.
[0562]
Further, after the program read from the recording medium is written into the memory provided in the function expansion board inserted into the computer or the function expansion unit connected to the computer, the function expansion board or the A CPU or the like provided in the function expansion unit performs part or all of the actual processing, and the processing also realizes the functions of the above-described embodiments.
[0563]
【The invention's effect】
As described above, according to the present invention, it is possible to provide a specification creation support device capable of efficiently creating a specification, a control method thereof, a specification creation support system, and a program.
[Brief description of the drawings]
FIG. 1 is a diagram showing a configuration of a conventional specification.
FIG. 2 is a diagram showing a timing chart for creating a specification.
FIG. 3 is a diagram showing a configuration of an entire design specification creation support system according to the embodiment;
FIG. 4 is a block diagram illustrating a configuration of an information processing terminal according to the present embodiment.
FIG. 5 is a block diagram illustrating a configuration of a server according to the embodiment.
FIG. D. S. FIG. 9 is a diagram showing a creation procedure in each creation phase and a configuration of data to be used in the contents (text) of the design specification in S.
FIG. 7 is a diagram illustrating a function table according to user authority according to the embodiment;
FIG. D. S. It is a figure showing the login screen of S.
FIG. D. S. It is a figure showing the notice screen of S.
FIG. D. S. It is a figure showing the menu screen of S.
FIG. D. S. It is a figure showing the specification sheet selection screen of S.
FIG. D. S. It is a figure showing the specification document input template screen of S.
FIG. D. S. It is a figure showing the data input screen of S.
FIG. D. S. It is a figure showing the balloon input screen of S.
FIG. D. S. It is a figure showing the balloon display screen of S.
FIG. 16 is a diagram showing a migration lock message screen of the embodiment.
FIG. 17 is a flowchart illustrating a flow of a process for logging in on a login screen according to the embodiment.
FIG. 18 is a flowchart illustrating a flow of a notification process on a notification screen according to the embodiment.
FIG. 19 is a flowchart showing the flow of menu processing on the menu screen of the embodiment.
FIG. 20 is a flowchart illustrating a flow of a detailed design selection process on a detailed design phase / specification document selection screen according to the present embodiment.
FIG. 21 is a flowchart illustrating a flow of a detailed design selection process on a detailed design phase / specification document selection screen according to the present embodiment.
FIG. 22 is a flowchart illustrating a flow of a detailed design selection process on a detailed design phase / specification document selection screen according to the present embodiment.
FIG. 23 is a flowchart illustrating a flow of a detailed design selection process on a detailed design phase / specification document selection screen according to the present embodiment.
FIG. 24 is a flowchart illustrating a flow of a concept design process on a concept design phase / specification document input template screen according to the present embodiment.
FIG. 25 is a flowchart showing a flow of a concept design process on a concept design phase / specification document input template screen of the present embodiment.
FIG. 26 is a flowchart showing a flow of a concept design process on a concept design phase / specification document input template screen according to the embodiment;
FIG. 27 is a flowchart showing the flow of a concept design process on a concept design phase / specification document input template screen of the present embodiment.
FIG. 28 is a flowchart showing the flow of a concept design process on a concept design phase / specification document input template screen of the present embodiment.
FIG. 29 is a flowchart showing the flow of a concept design process on a concept design phase / specification document input template screen of the present embodiment.
FIG. 30 is a flowchart showing the flow of data input and registration processing on the data input screen of the present embodiment.
FIG. 31 is a flowchart showing the flow of processing of balloon information on the balloon input screen of the embodiment.
FIG. 32 is a flowchart showing the flow of processing of balloon information on the balloon display screen of the embodiment.
FIG. 33 is a flowchart illustrating a flow of an operation process on a migration lock message screen according to the present embodiment.
FIG. 34 is a diagram illustrating a creation information table of a specification document input template according to the present embodiment.
FIG. 35 is a diagram illustrating an attribute information master table of a specification document input template according to the present embodiment.
FIG. 36 is a diagram showing an item information master table of a specification document input template according to the embodiment.
FIG. 37 is a diagram showing an attribute input data table of a specification input template according to the embodiment;
FIG. 38 is a diagram illustrating a flag input data table of a specification document input template according to the present embodiment.
FIG. 39 is a diagram illustrating a transfer determination table of a specification document input template according to the present embodiment.
FIG. 40 is a diagram showing a completion reliability attribute information table according to the present embodiment.
FIG. 41 is a diagram illustrating a balloon flag attribute information table according to the present embodiment.
FIG. 42 is a diagram showing a question importance rank table of the present embodiment.
FIG. 43 is a diagram showing a question information classification rank table of the present embodiment.
FIG. 44 is a diagram showing a creation schedule result table of a specification document input template of the present embodiment.
FIG. 45 is a diagram showing a product information table of the embodiment.
FIG. 46 is a diagram showing a balloon information history table according to the embodiment.
FIG. 47 is a diagram showing a cooperation information master table of a specification document input template according to the embodiment.
[Explanation of symbols]
300 network
301-303 Information processing terminal
350 server
401, 501 @ CPU
402, 502 Input unit
403, 503 output section
404, 504} external storage device
405, 505 $ ROM
406, 506 RAM
407, 507 network interface
408, 508} Internal storage device
409, 509 bus

Claims (11)

A specification creation support device that provides a dedicated specification information input screen for each of a plurality of creation stages and supports creation of a specification,
Generating means for generating the specification information input screen having an input unit for inputting an attribute corresponding to each input item of a plurality of input items;
Display means for displaying the specification information input screen generated by the generation means,
Determining means for determining whether to shift from the current specification information input screen to the next specification information input screen based on an input state of the input unit of the specification information input screen. Specification creation support device. The method according to claim 1, wherein the determination unit permits a transition from a current specification information input screen to a next specification information input screen based on an input state of the input unit on the specification information input screen. 1. The specification creation support device according to 1. The determination means permits a transition from the current specification information input screen to the next specification information input screen when attributes are input to all of the input sections of the specification information input screen. The specification creation support device according to claim 2, wherein In the input unit, the presence or absence of mandatory input is specified,
The determination means permits a transition from the current specification information input screen to the next specification information input screen when attributes are input to all of the input sections for which the required input is specified. The specification creation support device according to claim 2, wherein The specification information input screen further has an in-flight flag input area for inputting a flag indicating that the input to the input unit of the attribute corresponding to the input item is in progress,
The method according to claim 1, wherein the determination unit permits a transition from a current specification information input screen to a next specification information input screen based on an input state of a flag in the in-flight flag area. The described specification creation support device. The determination means may permit a transition from the current specification information input screen to the next specification information input screen when all flags in the in-flight flag area corresponding to the input items are input. The specification creation support device according to claim 5, characterized in that: The specification information input screen further has a completion reliability input area for inputting a completion reliability indicating the completion reliability status of the input content to the input unit of the attribute corresponding to the input item,
2. The method according to claim 1, wherein the determination unit permits a transition from a current specification information input screen to a next specification information input screen based on the completion reliability of the completion reliability input area. Specification creation support device. The determination means, when the completion reliability of the completion reliability input area corresponding to the input item is all equal to or more than a predetermined value, shifts from the current specification information input screen to the next specification information input screen. 8. The specification creation support device according to claim 7, wherein permission is given. A plurality of information processing terminals and a server are connected to each other via a network, and a dedicated specification information input screen is provided between the information processing terminal and the server at each of a plurality of creation stages to provide a specification. A specification creation support system for supporting the creation of a document,
Each of the plurality of information processing terminals,
Receiving means for receiving the specification information input screen having the plurality of input items from the server,
Display means for displaying the specification information input screen,
Input means for inputting specification information via the specification information input screen,
The server comprises:
Generating means for generating the specification information input screen having an input unit for inputting an attribute corresponding to each input item of the plurality of input items;
Transmission means for transmitting the specification information input screen generated by the generation means to the information processing terminal,
Determining means for determining whether to shift from the current specification information input screen to the next specification information input screen based on an input state of the input unit of the specification information input screen. Specification creation support system. A method for controlling a specification creation support device that provides a dedicated specification information input screen for each of a plurality of creation stages and supports creation of a specification,
A generation step of generating the specification information input screen having an input unit for inputting an attribute corresponding to each input item of a plurality of input items,
A display step of displaying the specification information input screen generated in the generation step,
A determination step of determining whether to shift from the current specification information input screen to the next specification information input screen based on an input state of the input unit of the specification information input screen. Control method of specification creation support device. A program for providing a dedicated specification information input screen for each of a plurality of creation stages to cause a computer to control a specification creation support device that supports creation of specifications,
A program code for a generation step of generating the specification information input screen having an input unit for inputting an attribute corresponding to each input item of a plurality of input items;
A program code of a display step of displaying the specification information input screen generated in the generation step,
A program code for a determination step of determining whether to shift from the current specification information input screen to the next specification information input screen based on an input state of the input unit of the specification information input screen. Features program.

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