JP3642360B2 - Line design support processing system - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to line design used for design support processing work from design to estimation of a line system such as building wiring or piping in a building, etc., especially in line connection design such as communication wiring and communication pipeline piping. The present invention relates to a support processing system and a processing method thereof.
[0002]
[Prior art]
Conventionally, the system design of a line such as a communication cable or a communication line has been performed as follows, taking a local communication system such as a building as an example.
That is, first, the layout of the entire system of the arrangement and connection configuration of the main elements of the entire building is created in accordance with the specifications required by the on-site communication system.
[0003]
Next, from the overall layout, the types and quantities of the main elements and connection elements necessary for the connection are integrated. Then, based on the integration result, the data, etc. prepared separately are searched, and the type, quantity, price, delivery date, construction cost, etc. are integrated for the detailed articles constituting the main element and the connection element.
Next, based on the above integration result, forms such as a design specification, an estimate, and an invoice are created.
[0004]
Here, an actual concrete detailed procedure of the prior art will be described step by step.
(1) About cable system diagram making point
Tool: A word processor (OASYS) or a personal computer CAD is used.
[Drawing method]
FIG. 28 shows a cable system diagram in which the system configuration diagram V is drawn by a word processor (data attached to the basic design document).
In a word processor, drawing is performed using ruled lines and line drawing.
Since there are many repeating elements, the basic part is drawn, and it draws by copy and paste.
Whenever the number of cable pairs and the number of outlets change, the distribution device (DF) logarithm is calculated by a computer and rewritten.
Regarding drawing with CAD, basic patterns (squares, circles, lines, etc.) drawing are superior to word processors, but basically the same drawing method as word processors is used.
[0005]
(2) About the method of integration method
Tools: Use word processor calc, calculator, spreadsheet software on PC.
[Accumulation method]
In the word processor calc and spreadsheet software, the unit price for each article name is registered in a table format, the total quantity for each article is calculated, and the value is input. And the total amount for every article is automatically calculated by calc or spreadsheet, and the total total amount is calculated.
The above method is different for each branch office or sales department, and in the delayed department, the total amount is calculated by a computer.
[0006]
(3) About forms
Tool: Use a word processor.
[Table creation method]
As for forms, there are an integration table W, a material summary table X, process contents Y (branch lines, trunk lines, management, machine room, etc.), and an estimate Z as examples (FIGS. 29 to 32).
The totalization table W is newly created by the word processor when only the word processor calc or spreadsheet is used. In the material summary table X, the total amount for each article is created in a table format. About the process contents, it picks up the article constructed on each floor and makes it with the word processor.
[0007]
[Problems to be solved by the invention]
For example, the number of system proposals and basic designs is increasing as the demand for in-house wiring systems accompanying the introduction of LAN systems increases and the in-house wiring system scale increases in high-rise intelligent buildings such as redevelopment. On the other hand, competition for lower prices has intensified as foreign-affiliated third parties enter the wiring business.
[0008]
Considering the market trend, the task is to achieve an economical wiring system construction method that cuts costs, focusing on manpower-dependent proposal / estimate creation and design integration work operation reduction. There was a need.
[0009]
Even within the applicant company, there is a shortage of design / accumulation engineers, and there are tools that can efficiently process basic designs within the limited construction period and the creation of estimates required at the time of initial customer proposals that trigger business opportunities. There was a demand for a system that can be easily maintained, especially for beginners.
[0010]
In short, work such as drawing, integration and form creation in such a design has been conventionally performed almost manually. In other words, all of them are processed by handwriting, or drawing, integration, and form creation are performed separately by using a word processor, a personal computer, or a drawing, spreadsheet or printing function using CAD.
[0011]
For this reason, there is a problem that a lot of operation and time are required from drawing to creating a form, and it is difficult to improve efficiency. In particular, if there is a change at the drawing stage, it is necessary to start the design work again, so that it is difficult to immediately respond to the design change, for example, there is a problem of losing a business opportunity.
[0012]
Here, the main objects to be solved by the present invention are as follows.
That is, the first object of the present invention is to realize an inexpensive and easy-to-operate system development based on a personal computer and commercial package software that can be easily introduced at branch offices to support the design and integration of line systems. It is an object of the present invention to provide a possible line design support processing system and method.
[0013]
The second object of the present invention is to systematize the design / accumulation work to be performed at the time of creation of customer proposals and basic design documents for line systems. Software development based on object-oriented technology in the MS-WINDOWS environment can be achieved in a short period of time. It is intended to provide a line design support processing system and method that can be efficiently implemented and streamlined system engineering (SE) operations nationwide.
[0014]
The third object of the present invention is to provide a system configuration diagram and various integration forms (process, material integration, material summary table, It is intended to provide a line design support processing system and method capable of automating an integrated system for creating process details, estimate sheets, etc.).
[0015]
The fourth object of the present invention is that the system configuration diagram creation function can create a system configuration diagram quickly and efficiently by incorporating a unique drawing function optimized for the editing work of the integrated wiring / pipe system configuration diagram. A line design support processing system and method are provided.
[0016]
The fifth object of the present invention is to automatically accumulate from the created system configuration diagram, and to create forms at the same time, which can greatly reduce the operation compared to the manual work with a conventional word processor / calculator. A line design support processing system and method are provided.
[0017]
A sixth object of the present invention is to provide an efficient line design support processing system and method capable of quickly responding to a design change.
[0018]
Other objects of the present invention will become apparent from the specification, drawings, and particularly the description of each claim.
[0019]
[Means for Solving the Problems]
In order to solve the above-described problems, the present invention achieves the above-described object by employing the following novel characteristic configuration means and methods that the present invention enumerates.
That is, the first feature of the apparatus of the present invention is to provide a support processing system for line design such as information communication wiring or piping in a large-scale building for all related work centering on both business and technical side. A drawing means for drawing a design drawing showing a connection configuration of elements constituting the line consisting of a distribution device, a relay distribution device, an outlet, and wiring or piping for sequentially connecting them; and a design drawing created by the drawing means. An integration unit that creates integration data for a predetermined item for each element based on, and a form unit that creates and outputs a form of a predetermined format based on the integration data created by the integration unit, A line design support processing system for centralized management that is consistently required for all phases from proposal, basic design, detailed design, and construction in conjunction with a series of the drawing means, Advanced technology for calculating and processing the form means by connecting an input device, a pointing device, a display device, an output device, various memories, etc. via a bus in common and performing optimum processing And a control device that controls the logic of the system in a centralized manner. The various memories include a program memory for recording various programs, a file memory for recording various files, and a data memory for recording various data. The program memory is a ROM, and a main program, a drawing program, an integration program, and a form program are readable and stored, and the file memory is a RAM, and the drawing program and the integration program Design drawing files and integration data created by the corresponding form program. A data file and a form file are stored in a readable and writable manner, and the data memory is a RAM, and a target table, integrated data such as a device and each article table group are stored in a readable and writable manner. When performing all the processing, it is in a line design support processing system which is a CPU such as a microprocessor which performs control and arithmetic processing based on an operation program and an application program which can basically be performed in a self-contained manner.
[0020]
A second feature of the device of the present invention is that the input device in the first of the devices of the present invention is any one or combination of a keyboard, a light pen, a character reader, a touch panel, a voice reader, a card reader, an image scanner, and a digitizer. It is in the line design support processing system.
[0021]
A third feature of the device of the present invention resides in a line design support processing system in which the pointing device in the first or second of the device of the present invention is any one of a mouse, a trackball, and a tablet.
[0022]
A fourth feature of the present invention apparatus resides in a line design support processing system in which the first, second or third display device is a display device of any one of CRT, liquid crystal and plasma.
[0023]
A fifth feature of the apparatus of the present invention is that the output device in the first, second, third or fourth is a printer of various types such as wire dots, ink jet, thermal transfer, electrostatic, laser, optical photography, etc. It is in the design support processing system.
[0024]
The first feature of the method of the present invention is that a display screen is appropriately displayed for centralized management that contributes to all related operations, mainly for operations that carry out both sales and technical support, such as information communication wiring or piping in large-scale buildings. When the drawing processing step for automatically drawing the design drawing by arranging and connecting the elements constituting the line consisting of the main distributing means, the relay distributing means, the outlet means, the wiring means or the piping means for sequentially connecting these systems, Based on the design drawing created in the drawing processing step, an integration processing step for creating integration data of a predetermined item for each element and a predetermined value based on the integration data created by the integration processing step In order to automatically and sequentially execute a form processing step for creating and outputting a form of the form, the drawing processing step is prepared and registered in advance. In accordance with the drawing program, the registration step 1 of the entire building frame of the design object, the registration step 2 of the layout of the main distribution means, the registration step 3 of the layout of the relay distribution means, and the layout of the trunk cable or pipe A registration step 4 and a registration step 5 of the outlet means layout are sequentially performed, and the integration processing step includes the design drawing file created and registered in the drawing processing step and various pre-registered databases. The step of reading out the desired data, the step of inputting required auxiliary input data necessary for integration, and the integration execution step of executing the integration processing according to an integration program registered in advance are executed in order, The processing step includes the integration data file created and registered in the integration step. A step of reading out desired data from various pre-registered databases, a screen display step of a form created in the read step, and a form printing step in an appropriate output means for the form displayed on the screen are sequentially performed There is a line design support processing method that is executed by stepping on.
[0025]
The second feature of the method of the present invention is that, if the drawing processing step and the integration processing step in the first feature of the method of the present invention have data input, the relay distribution means registration step 3 of the drawing processing step. Returning to step 2, the necessary floor line system can be automatically operated, or if there is no data input, it can be transferred to the integration processing step, and a data input presence / absence determination step is interposed between the two processing steps. In line design support processing method.
[0026]
The third feature of the method of the present invention is that if the form processing step in the first or second feature of the method of the present invention has data correction, the process returns to registration step 3 of the relay distribution means in the drawing processing step. The necessary line system of the floor can be operated automatically, or if there is no data correction, it can be transferred to the next form printing step. The line design support processing method is provided.
[0027]
DETAILED DESCRIPTION OF THE INVENTION
(Device type)
An embodiment of the apparatus of the present invention will be described in detail with reference to the drawings.
FIG. 1 is a diagram showing an example of a system configuration of this apparatus form.
[0028]
The system α in this apparatus form includes a control device 1 such as a microprocessor, an input device 2 such as a keyboard, a pointing device 3 such as a mouse, a display device 4 such as a CRT, plasma or liquid crystal, an output device 5 such as a printer, and various memories. 6, 7, and 8, and a bus P that commonly connects these devices to the CPU control device 1. The memory comprises a program memory 6 for recording various programs, a file memory 7 for recording various files, and a data memory 8 for recording various data.
[0029]
When performing all processing, the control device 1 controls the devices 2 to 5 based on the operation program and application program which can be basically completed, and performs operations on each piece of information. Advanced technology logic for performing optimal processing is built in, and when performing all processing, it is basically executed in a self-contained manner and performs automatic drawing processing.
[0030]
The input device 2 includes a keyboard, but an image scanner, a card reader, an OCR, a digitizer, a light pen, a touch panel, a voice reader, or the like may be exchanged or combined as necessary.
[0031]
As the pointing device 3, a trackball or a tablet is used in addition to a mouse.
As the display device 4, a plasma display device is used in addition to a CRT or liquid crystal.
As the output device 5, printers of various systems such as wire dots, ink jet, thermal transfer, electrostatic, laser, optical photography and the like are used.
[0032]
(Method form)
Next, the execution procedure of the embodiment of the method of the present invention will be described with reference to the drawings.
FIG. 2 is a flowchart of this method form.
The execution operation of this method form is roughly divided into three processing operations as shown in FIG. That is, there are three drawing processing steps ST1, integration processing step ST2, and form processing step ST3. Each processing will be described in turn below.
[0033]
[Drawing processing step ST1]
Here, a line system diagram that is the basis of the design is created according to the specifications, and is recorded in the file memory 7 as a file. That is, the arrangement of main devices (node devices) constituting the line and their connection relations are made into a drawing, and the type and capacity of the node devices to be used and their connection lines are specified.
[0034]
In creation, the drawing program is operated, and is advanced while being displayed on the screen of the display device 4 based on a drawing instruction or command from the key input device 2 or the mouse 3. Here, as a drawing program, an existing one, for example, one using a graphic segment registered and prepared in the program memory 6 in advance can be used.
The created line system diagram is converted into a file and recorded in the file memory 7 as a drawing file.
[0035]
[Integration processing step ST2]
Integration processing of the created line system diagram is performed by the integration program in the program memory 6.
The integration process is performed as follows based on the design data of the drawing file.
First, although not input to the creation of the line system diagram, data necessary for the integration process is additionally input. For example, the length of the line and the contents of additional specifications.
[0036]
Next, from the design data of the drawing file, the quantity and the like are integrated for each identical component. For example, each node device, cable, outlet, and the like are aggregated for the same standard and type, and the required number and quantity are determined.
Subsequently, data may be changed or added as necessary.
Thereafter, the accumulated data is recorded in the file memory 7 as an accumulated file.
[0037]
[Form processing step ST3]
Various forms relating to the created line system diagram are created by the form program in the program memory 6. The form processing is performed as follows based on the total data of the integration file.
First, the data of each component is read from the integration file.
[0038]
Next, the component data, process configuration data, price data, and the like related to the component and necessary for installation are read from the data memory 8.
Subsequently, based on each data read from the data memory 8, a standardized predetermined form having a maximum A3 size, for example, an integration table, a material summary table, process contents, an estimate, and the like are created.
The created form is displayed on the display device 4 and output to the output device 5.
If the drawing processing step ST1 is executed, the integration processing step ST2 and the form processing step 3 are automatically executed in a self-contained manner when necessary auxiliary inputs are added.
[0039]
【Example】
(Example of equipment)
An embodiment of the apparatus of the present invention (hereinafter referred to as the present apparatus example) will be described with reference to the drawings for a line design support processing system for building premises communication wiring.
The present invention is directed to pipelines such as communication wiring and communication cable through piping in a building.
[0040]
FIG. 3 is a diagram showing an example of the system configuration of this apparatus example.
The system α in FIG. 3 has basically the same configuration as that in FIG.
In the figure, 9 is a main program, 10 is a drawing program, 11 is an integration program, and 12 is a form program, which is prepared separately and recorded in a ROM of the program memory 6 so as to be readable. That is, necessary forms are automatically created consistently throughout all phases from proposal, basic design, detailed design and construction.
[0041]
Reference numeral 13 denotes a design drawing file, 14 denotes an integrated data file, and 15 denotes a form data file, which is created by this apparatus example α and is recorded in the RAM of the file memory 7 so that it can be read and written.
Reference numeral 16 is a target table, 17 is device integration data, and 18 to 20 are articles a to c tables, which are created separately in advance and recorded in the RAM of the data memory 8 so as to be readable and writable.
[0042]
(Example method)
An execution processing procedure of an embodiment of the method of the present invention (hereinafter referred to as the present method example) applied to the present apparatus example will be described in detail with reference to the drawings.
As shown in FIGS. 4 to 5, the operation of this method example is performed by three major steps including a drawing processing step ST1, an integration processing step ST2, and a form processing step ST3. A description will be made sequentially.
4 and 5 are a block flowchart and a symbolic flowchart of this method example.
[0043]
[Drawing processing step ST1]
(1) As shown in FIG. 6, a building configuration to be designed is drawn [ST1a].
(A) Enter the building configuration specifications. That is, the building name, the lowest floor, the highest floor, the floor height, the number of lines, etc. are input.
(B) Drawing the shape of the building A (frame 21 configuration).
[0044]
(2) A connection device (main distribution device 22: MDF) with an external line of the line system is arranged at a predetermined position on the already constructed building configuration diagram [ST1b]. → Figure 6: B1F part
(3) At the floor position of the building configuration figure that has already been drawn, the relay distribution devices (IDF) 23 to 28 on the floor F are arranged and drawn [ST1c].
[0045]
(4) The trunk lines (cables) 29 to 34 are drawn between the relay distribution devices (IDF) 23 to 28 and the main distribution device (MDF) 22 on the floor that has been drawn [ST1d].
(5) Enter the type, quantity, and capacity of the drawn trunk line (cable) 29-34.
[0046]
(6) The outlets 35 to 40 on the floor are arranged and plotted, and connection lines (cables) 41 to 46 with the relay distribution devices (IDFs) 23 to 28 on the floor are plotted [ST1e].
(7) Enter the type and quantity of the outlets 35 to 40 drawn.
(8) The array pattern of the relay distribution devices (IDFs) 23 to 28 and jumper patch codes 47 to 50 on the floor are input.
[0047]
(9) In the case of Yes, the above (3) to (8) are repeated to draw the necessary floor line system [ST4].
(10) In the case of No, the drawing has been completed, and the drawing information and the input data of each device and the like are recorded in the file memory 7 as the design drawing file 13. → Figure 6
[0048]
[Integration processing step ST2]
First, the outline of the integration process will be described as shown in FIGS.
The design drawing file 13 created by the drawing process includes a main distribution device (MDF) 22, relay distribution devices (IDF) 23 to 28, various cables 29 to 34, 41 to 46, 47 to 50, and outlets 35 to 40. Design data 51 as shown in FIG. 7 is recorded for each device. That is, as shown in FIG. 7, information necessary for the design such as the installation location and the device type (AA-n,...) To be used is recorded and prepared in advance for each ID (ID1,...) Of each device. ing.
[0049]
In the integration process, “device type” is searched by the key input device 2 in order to read out data of all such design data 51, and the quantity of the same device type is counted. As a result, integrated data 17 relating to the apparatus and the like as shown in FIG. 8 is created. Thereby, the integrated data 17 for each type (AA-n, AA-m, BB-p,...) Of the device or the like from the design data 51 is obtained as a file.
[0050]
Furthermore, since devices and the like are generally configured by combining a plurality of common articles, integrated data based on these articles is required. Therefore, an apparatus / article object table 16 as shown in FIG. 9 showing the contents of the articles included in the apparatus or the like is prepared in advance for each apparatus type.
[0051]
That is, as shown in FIG. 9, each device type (X,...) Includes at least an article code (a, b,...) And a quantity (n, m,...) Constituting the device type. A table is prepared. Further, for each article code (Y,...), Articles a, b, and c tables 18 to 20 as shown in FIG. 10 in which necessary data such as specifications are recorded in advance are prepared.
[0052]
Thereby, the quantity required for the system design for each article a, b, c can be obtained based on the integrated data 17 of the apparatus in FIG. 8 and the apparatus / article object table 16 in FIG. Then, by using the article data of FIG. 10, an accumulated data file 14 as shown in FIG. 11 is obtained for each article as accumulated data.
[0053]
In the example of FIG. 6, there are a main distribution device (MDF) 22, a relay distribution device (IDF) 23 to 28, various cables 29 to 34, 41 to 46, 47 to 50, and outlets (OUT) 35 to 40 as devices. However, a specific processing procedure of the integration processing will be described below by taking relay distribution devices (IDF) 23 to 28 as examples. Other devices and the like have the same basic processing procedure although there are differences in the integrated items.
[0054]
FIG. 12 shows an example of design data 51 ′ of the relay distribution devices (IDF) 23 to 28 of the design drawing file 13 created by the drawing process, and FIG. 12 shows an example of the relay distribution devices (IDF) 23 to 28 and the constituent article target table 16 ′. 13, examples of article tables 18 'to 20' are shown in FIG. It should be noted that the data shown in each drawing is an example for explanation, and it goes without saying that the contents, items, data structure, etc. can be set appropriately.
[0055]
In the integration process, a key search is performed for the device type for the design data 51 'in FIG. 12, and the quantity for each same type is counted. The result of this integrated data 17 'is shown in FIG.
Next, by using the result of integrated data 17 'for each model of the relay distribution device (IDF) 23 to 28 in FIG. 15 and the relay distribution device (IDF) 23 to 28 and the constituent article target table 16' in FIG. Integrate each item.
[0056]
In the example of FIG. 13, each relay distribution device (IDF) 23 to 28 is configured by a common cabinet, wiring panel, cable terminal, and extension terminal.
Also in this case, in actual design, it is needless to say that the contents and format of the constituent articles do not have to be common and can be appropriately selected.
[0057]
The integration result for each article is as shown in FIG. FIG. 16 shows the integrated data file 14 ', which includes information including data necessary for the next form processing. In FIG. 16, the quantities for the relay distribution devices (IDF) 23 to 28 are shown. However, when the same product is used in other devices or the like in the final integrated data file 14 ′. The quantity is also added.
[0058]
That is, for example, also in the main distribution device (MDF) 22 and the outlets (OUT) 35 to 40, when the same cable terminal or extension terminal is used, the quantity is added to the quantity value in FIG. become.
In this way, integrated data as shown in FIG. 16 is obtained.
[0059]
Here, the actual work of the integration process execution procedure will be described in detail with reference to FIGS.
(1) Convert the data of the cable system diagram into a CSV format file. The design data is output in CSV format according to the system configuration diagram.
Files output in CSV format: Formats classified into DF, cable, output, etc.
DF CSV format (see FIG. 17).
[0060]
(2) Import CSV format file by integration system [ST2a].
The CSV format design data is taken into an integration system (Access) for each file.
(3) Read data that could not be input to create the cable system diagram [ST2b].
(Confirm whether data is read by comparing the version numbers of the master DB.)
[0061]
Data explanation of master DB
I Articles: Detailed data of various articles (34 items such as article name, article unit price, construction unit price).
II Array pattern constituent article: The constituent material is determined by associating the material constituting the DB with the pattern.
Master DB format (see FIG. 18).
III Indoor line pattern components: Patterned material composition of indoor lines and outlets.
IV Master DB version: Stores the master DB version number.
[0062]
(4) The integration process is started and the requested quantity of articles is determined. The designer changes the data when requesting an article that exceeds the data entered when the cable system diagram is created. The integration method for each wiring object is shown below.
[0063]
[Integration of DF to create an integration table]
I Among the plurality of DFs, the sum of the same arrangement pattern is calculated using the arrangement pattern ID as a key (the same processing is performed for the outlets 35 to 40 and the cables 27 to 34, 41 to 46, and 47 to 49).
II Compare the array pattern with the wiring pattern constituent article tables 18 to 20 using the array pattern ID as a key, and calculate the procurement quantity and the process quantity for each article a to c.
[0064]
III Calculate the sum of the procurement quantity and the process quantity for each identical article a to cID.
IV Compare the articles a to c with the articles tables 18 to 20 to calculate detailed data for each article a to c (the data necessary for the following output is pulled from the articles tables 18 to 20).
[0065]
(5) The necessary quantity for each of the articles a to c is output on the screen so that the designer can check the necessary quantity. If there is a change in the quantity, a new quantity is input to the requested quantity.
(6) Calculate the cost of goods again.
[0066]
(7) Output the accumulated data in CSV format.
Totalization table format (see FIG. 19).
Note that the flow after (3) is the output flow of the integration table, and there is also a flow for outputting the material summary table and process contents.
[0067]
FIG. 20 is a related diagram of files that are actually used for integration in the series of integration processes described above.
FIG. 20 shows the flow of data delivery of the master DB subsystem S1, the main subsystem (CAD part) S2, and the integration DB subsystem S3. F1 is a master data file and F2 is an integrated data file.
[0068]
The files read into the integration DB subsystem S3 are integrated data (data read from the design data), including an integration DF table, an integration cable table, an integration cable component article table, and an integration outlet table as master data (master DB subsystem S1). Data), the article table, the array pattern constituent article table, and the indoor line pattern constituent article table correspond to each other.
[0069]
Furthermore, FIG. 21 shows an integration DF table, an array pattern configuration article table, and an article table that indicate the relationship of files for performing DF material aggregation. FIG. 21 shows an integration cable and an integration cable that indicate the association of files for performing table aggregation. The constituent article table and the article table are shown in FIG. 22, and the integrated outlet table, the indoor line pattern constituent article table, and the article table showing the relation of the files for collecting the outlet materials are shown in FIG.
[0070]
[Form processing step ST3]
The form creation program 12 in the program memory 6 performs form processing based on the data in the integrated data file 14.
In this case, various data necessary for the contents of the form to be created are read from a table recorded in the data memory 8. The form creation program 12 can use a conventionally known application program.
[0071]
Here, the actual operation of the form processing execution procedure will be described with reference to FIGS.
(1) The integrated data file 14 is converted to a CSV format file.
(2) Import the CSV format file by the form system [ST3a].
(3) Various forms (integration table 52, material summary table 53, process contents 54a and 54b, estimate 55) are displayed on the screen [ST3b].
[0072]
(4) If there is a change in the form (Yes), the data is returned to the lower IDF registration step [ST1c] in which relay distribution devices (IDF) 23 to 28 below the floor of the drawing processing step ST1 are arranged, and the data is changed [ST5], Integration process ST3 is performed again.
(5) In the case of No, various forms (accumulation table 52, material aggregation table 53, process contents 54a and 54b, estimate 55) are printed. [ST3c]
As an example of the created form, examples of “estimate 52”, “material summary table 53”, “process tables 54a and 54b”, and “estimate 55” are shown in FIGS.
[0073]
The execution of the above drawing processing step ST1, integration processing step ST2, and form processing step ST3 is basically a self-contained process, and is mainly proposed for business and technical work. It is possible to automatically create necessary forms consistently throughout all phases from basic design, detailed design and construction, and to perform centralized management that can be used for all related business materials.
[0074]
【The invention's effect】
As described above, according to the line design support processing system and method of the present invention, it is possible to consistently process drawing, integration, and creation of forms, so that all related business data and materials can be processed. For example, it is possible to efficiently perform from wiring design of a communication cable or the like to creation of an estimate, and it is possible to obtain a special effect such as centralized management that can quickly cope with a design change.
[Brief description of the drawings]
FIG. 1 is a diagram showing a system configuration example of an embodiment of the apparatus of the present invention.
FIG. 2 is a flowchart of an embodiment of the method of the present invention.
FIG. 3 is a diagram showing a system configuration example of an embodiment of the present invention apparatus;
FIG. 4 is a block flowchart of an embodiment of the method of the present invention.
FIG. 5 is a symbolic flowchart of an embodiment of the method of the present invention.
FIG. 6 is a registration example diagram of the drawing processing step ST1 in the above.
FIG. 7 is a design data table in integration processing step ST2.
FIG. 8 is a table of integrated data for devices, etc. in the same as above.
FIG. 9 is a table of the device / article object table in the same as above.
FIG. 10 is an article table table as above;
FIG. 11 is an integrated data file table according to the above.
FIG. 12 is a design data table of the relay distributor in the same as above.
FIG. 13 is a table of IDF / component article target table same as above.
FIG. 14 is a table of article table same as above.
FIG. 15 is an integrated data table of the device and the like.
FIG. 16 is a settlement data file table of the above.
FIG. 17 is a CSV format table of DF for creating a CSV format file in integration processing step ST2.
FIG. 18 is a format table of the master DB for reading in the above.
FIG. 19 is a format table of an integration table for outputting in the CSV format according to the above.
FIG. 20 is a flowchart of data delivery of the master DB subsystem, the main system, and the integration DB subsystem in the same as above.
FIG. 21 is a related table of files for performing DF material aggregation.
FIG. 22 is a related table of files for performing cable material aggregation.
FIG. 23 is a table showing the relationship between files used for collecting outlet materials.
FIG. 24 is a diagram illustrating an output example of an integration table in the form processing step ST3.
FIG. 25 is a diagram showing an output example of a material summary table in the same as above.
FIG. 26 is a diagram showing an example of output of process contents in the above, where (a) is a branch line and (b) is a trunk line.
FIG. 27 is a diagram showing an example of the output of an estimate in the same as above.
FIG. 28 is a system configuration diagram drawn by a conventional method.
FIG. 29 is a diagram showing an output example of an integration table according to the above.
FIG. 30 is a diagram showing an output example of a material summary table according to the above.
FIG. 31 is a diagram showing an example of output of process contents according to the above.
FIG. 32 is a diagram showing an example of the output of an estimate based on the above.
[Explanation of symbols]
α ... Design support processing system
V ... System configuration diagram
W ... Integration table
X ... Material summary table
Y ... Process contents
Z ... Estimate
1 ... Control device
2 ... Input device
3 ... Pointing device
4. Display device
5 ... Output device
6 ... Program memory
7 ... File memory
8 ... Data memory
9 ... Main program
10. Drawing program
11 ... Integration program
12 ... Form program
13 ... Design drawing program
14, 14 '... Integration data program
15 ... Form data file
16, 16 '... Constituent article object table
17, 17 '... Accumulated data of equipment, etc.
18-20, 18'-20 '... article table
21 ... Building frame
22 ... Main distributor (MDF)
23-28 ... Relay distribution device (IDF)
29-34 ... Main line (cable)
35-40 ... Outlet (OUT)
41-46 ... Connection line (cable)
47-50 ... Jumper patch cord
51, 51 '... design data
52 ... Integration table
53 ... Material summary table
54a, 54b ... schedule
55 ... Estimate
P ... Bus
S1 ... Master DB subsystem
S2 ... Main subsystem
S3 ... Integration DB subsystem
F1 ... Master data file

Claims (1)

In order to provide a support processing system for line design such as information communication wiring or piping in large-scale buildings for all related work centered on both sales and technical side, main distribution equipment, relay distribution equipment, outlets, etc. A drawing means for drawing a design drawing showing the connection configuration of the elements constituting the line consisting of wiring or piping sequentially connected to the system, and obtaining integrated data of the equipment based on the design drawing created by the drawing means, and each device Based on the integration data created by the integration means and the integration means for creating the integration data of a predetermined item by referring to the device / article object table for each of the elements constituting the data and calling various data from the article table A form means to create and output a form of a predetermined format, and all the processes from proposal, basic design, detailed design and construction are linked in series. A centralized management line design support processing system to automatically create the required paper sheet consistently up phase,
The drawing means, the integrating means and the form means are:
Input device, pointing device, display device, output device, various memories, etc. are connected via a bus in common, and built-in high-tech logic for optimal processing in business operations. A system comprising a control device for controlling
The various memories are
A program memory for recording various programs, a file memory for recording various files, and a data memory for recording various data,
The program memory is
ROM, storing the main program, drawing program, integration program, and form program in a freely readable manner,
The file memory is
A RAM, a design drawing file created by the drawing program, the integration program, and the form program, and an integrated data file and a form file, each of which includes a required quantity of articles, an article unit price, a procurement period, and a construction unit price ; Is stored in a freely readable and writable manner,
The data memory is
Device, article target table, equipment type table, and equipment constituting the database with the items of the component type code and quantity, and the integrated data, the article name, the number, the article unit price, and the procurement period. Each item table group constituting the database is stored in a freely readable and writable manner.
The controller is
A CPU, such as a microprocessor, that performs control and arithmetic processing based on operation programs and application programs that can be performed in a self-contained manner when performing all processes, and forms created based on cable system diagrams and cable system diagrams Line design support processing system characterized by outputting a class (total table, material summary table, process contents, estimate) .

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