JPS6365990B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a device for creating information necessary for creating an assembly drawing of a control panel.

[Background technology]

In order to create an assembly drawing for a control panel, first research the specifications of the individual appliances to be installed using catalogs and other materials, and determine the shape, size, weight, etc. of the appliances.
Recognizes the amount of heat generated, etc.

Next, the original drawings for the assembly drawings are created by selecting similar original drawings from a collection of standard original drawings and making partial modifications as necessary. Watupen diagrams of instruments are prepared separately from the survey result data on the original assembly drawings created in this way. ) and draw the missing parts in advance of creating the assembly drawings.
In addition, as preliminary work, it is necessary to calculate calorific value, weight, and other various calculations.

On the other hand, there are tens of thousands of instruments commonly used in control panels, etc., and among them, we will investigate and draw the instruments (approximately 100) used in a certain control panel.
Both require specialized training and a lot of work time. Furthermore, since the essence of the work is transcription or conversion into drawings, mistakes are likely to occur, which is an obstacle to improving work quality and work efficiency.

[Purpose of the invention]

The present invention solves the above-mentioned conventional problems, namely, the following work at the design preparation stage that was conventionally necessary (2) Investigation of the shape, size, weight, calorific value, etc. of the mounting equipment (2) Selection and partial correction of the original assembly drawing () Preparation (selection, creation) of equipment drawings () It is possible to automate various technical calculations and make them visible to the designer (for example, output them in the form of diagrams using a plotter and use them for editing and design. Alternatively, the purpose is to provide a device that can be displayed on the graphic display screen of a graphic processing device and used in dialog design.

[Summary of the invention]

The gist of the present invention is to have a master file group of information related to instruments and a file group of figures of control panels and instruments, store necessary data in advance, and use the data processing described later to create a predetermined assembly drawing emblem. The goal is to obtain graphic information.

[Embodiments of the invention]

Hereinafter, specific examples of the present invention will be described.

FIG. 1 shows a block diagram of an embodiment of the present invention.
In FIG. 1, 101 is an instrument information input file, 102
103 is an instrument master file, 103 is an instrument shape master file, 104 is a control panel information input file, 105 is an instrument external figure file, 106 is a control panel figure file, 107 is a mounting instrument information file for intermediate information, and 108 is an output information file. ,1
09 is an instrument input information processing section, 110 is a data processing section, 120 is a drawing output device, and 130 is a graphic processing device.

(Input section description) The instrument input file 101 contains the identification code (hereinafter referred to as the instrument code) attached to each instrument installed in the control panel in the usage situation and the unique number for each type of instrument (hereinafter referred to as the instrument code). , instrument code) are stored as a set of data. The instrument master file 102 contains the format and specifications of the instrument,
Weight and calorific value are stored as a set of data for each appliance code. The instrument shape master file 103 contains information on sets of instrument shapes, dimensions, and instrument outline drawing numbers, and a unique number (hereinafter referred to as an instrument shape code) is attached to each piece of data, and the instrument code and a set of information are stored in the instrument shape master file 103. It is stored as data. The appliance input information processing unit 109 extracts appliance information such as the type/specification, weight, and calorific value of the appliance corresponding to the appliance code in the input information from the appliance master file 102, and stores the set information of appliance type information in the appliance shape master file 103. The instrument code, instrument information, and instrument shape information are output as a set of data to the attachment instrument information file 107.

The fixture information file stores the set of data.

On the other hand, in the instrument external figure file 105, a collection of unit figure data that can be converted into geometric figure data as a front view of the instrument is stored in correspondence with the instrument outer figure number. Similarly, the control panel figure file 106 stores a collection of unit figure data that can be converted into geometric figure data as views of the control panel from the front and the back. Further, the control panel information input file 104 stores information regarding the dimensions, structure, installation conditions, etc. of the control panel to which the appliance is attached.

(Description of Output Data) FIGS. 2 and 3 show an example in which data of an output information file is output by the drawing output device 120.

Figure 2 is the original assembly drawing, 201 is a front view of the control panel door, 202 is a front view of the inside of the control panel, 203 is a back view of the inside of the control panel, 204 is a back view of the control panel door, 205
2 is a plan view of the control panel, 206 is an allowable amount of heat generated by the control panel, and 207 is an identification number.

Figure 3 is a diagram of the equipment, 301 is the equipment code,
302 is an external diagram of the appliance, 303 is attribute data of the appliance shape, 304 is the total value of the calorific value of the storage appliance, 30
5 is the total weight of the storage equipment, and 306 is an identification number.

[Output processing section description]

FIG. 2 shows an embodiment in which the data of the output information file is outputted by the drawing output device 120 in the original assembly drawing. Since the drawing output device is constructed using a well-known technology that has already been established, the procedure for the processing unit that creates the output information file will be explained here.

A corresponding data group in the control panel graphic file 106 is extracted from information regarding the dimensions, structure, installation conditions, etc. of the control panel stored in the control panel information input file 104. For example, the dimensions of the control panel are
2100, width is 800, and depth is 800, the door front view 201 of the control panel is selected from the door front view group.
Extract the data group whose height is 2100 and width is 800. All numerical values are in millimeters, but are omitted in accordance with industry practice. Similarly, for the inside front view 202 and back front view 203 of the control panel, a data group corresponding to a height of 2100 and a width of 800 is extracted from the inside front view group. The door back view 204 extracts a data group corresponding to a height of 2100 and a width of 800 from the door back view group. The planar framework drawing 205 extracts a data group corresponding to a width of 800 and a depth of 800 from the planar framework drawing group. Next, the allowable calorific value 206 of the control panel is calculated, and then the display location and identification number 207 of each data group in the diagram are determined according to predetermined standards. This information is output to an output information file for each identification number.

FIG. 3 shows an example in which the data of the output information file is outputted by the drawing output device 120 in the form of an instrument watz pen drawing. Similarly, the procedure for the processing unit that creates the output information file will be explained.

The corresponding data in the instrument external figure file 105 is extracted from the instrument information and instrument shape information for each instrument code stored in the attachment instrument information file 107. Next, calculate the calorific value and weight of the storage equipment to obtain 304 and 305. After that, the instrument code 301, the instrument outline diagram 302, the instrument attribute data 3
03 and the identification code 306 are determined according to predetermined criteria. This information is output to an output information file for each identification number.

〔Effect of the invention〕

As explained above, according to the present invention, the preparatory work for creating assembly drawings can be automated and mechanized, so that, for example, a designer can insert a watz pen drawing of an appliance onto a control panel original drawing output by a drawing output device. You can edit and design based on the attribute data of the equipment shown at the same time, or you can display the contents of the output information file graphically using a graphic processing device constructed using known technology. Since the assembly drawings can be created using interactive design while being looked at by the department, the specialized knowledge and experience that were previously required are no longer required. As a result, even inexperienced designers can easily design the layout of control panel equipment, and it also improves quality by eliminating design defects caused by transcription and calculation errors that conventionally occur, and helps save labor in design work. There is something big to do.

[Brief explanation of drawings]

FIG. 1 is a block diagram of the present invention, and FIGS. 2 and 3 are diagrams for explaining specific embodiments of the present invention.

Claims (1)

[Scope of Claims] 1. In a device for creating assembly drawing original drawing information necessary for creating an assembly drawing of a control panel and information on external dimensions of stored appliances (hereinafter referred to as appliance watzpen drawings), (a) installation A unique number (hereinafter referred to as the appliance code) for each type of appliance used and an identification number for each appliance in the usage situation (hereinafter referred to as the appliance code) are set to correspond to the appliance code and the appliance. (b) an appliance information input file that stores the appliance code as a set of data, and (b) an appliance master file that stores the type/specification, weight, and calorific value of the appliance as a set of data corresponding to the appliance code; (c) Set a unique number (hereinafter referred to as an instrument shape code) for each piece of data for the set information of the shape and dimensions of the instrument and the instrument outline drawing number, and set the instrument shape code and the instrument code. (d) A device shape master file that stores a set of data as a set of data; (e) an instrument input information processing unit that extracts a set of instrument shape information from a master file and outputs the instrument code, instrument information, and instrument shape information as a set of data; (f) a control panel information input file that stores information regarding the dimensions of the control panel to which the device is attached, the structure of the control panel, the installation conditions of the control panel, etc.; (g) An appliance outline figure file that is a set of unit figure data that can be converted into geometric figure data as a front view of the appliance corresponding to the appliance outline drawing number, and (h) Front and back sides of the control panel. , a control panel figure file that is a set of unit figure data that can be converted into geometric figure data as a diagram viewed from a plane; a data processing unit that extracts an arbitrary group of figure data from the file, and extracts a group of figure data corresponding to the figure number of the instrument outer figure in the mounting instrument information file from the instrument outer figure file; (j) the data processing; The data processing section is equipped with an output information file that stores output information completed by processing instructed in advance by the section, and the data processing section includes: (--A) Identification number (--B) Assembly drawing original drawing display (--C) Control panel Control panel assembly drawing original information (i) and (-b) consisting of allowable calorific value display, identification number (-b) appliance outline drawing display (-c) appliance code display (-d) appliance attribute display (-e) A device for creating assembly original drawing information and instrument drawing information, characterized in that it creates assembly original drawing information and instrument drawing information (ii) consisting of displaying the total value of the weight of the storage equipment (-f) and displaying the total value of the calorific value of the storage equipment.