JP3616376B2 - Reinforcing bar processing slip and rebar processing slip display system - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a reinforcing bar processing slip that represents the specifications of reinforcing bars necessary for building a frame, for example, as a list, and a reinforcing bar processing slip display system that displays edit data on the display screen in the form of a reinforcing bar processing slip.
[0002]
[Prior art]
Even today, there are many examples in which an operator manually fills in a form provided with a certain style as a reinforcing bar processing slip. In this way, the rebar processing form created by the handwritten by the operator is not extremely limited in the entry style, so it is possible to give careful consideration when processing rebars by entering notes and remarks. Often convenient.
[0003]
[Problems to be solved by the invention]
However, handwritten rebar processing slips are extremely easy to understand if they are positioned as personal notes of workers, but the objectivity of the written information is low, and many unspecified third parties can describe it. The question remains as to whether the matter can be easily understood. For example, the figure written in the shape column is very useful for image creation when processing rebars, but it has been drawn based on subjective images in freehand, In many cases, it is difficult to accurately recognize the shape of a reinforcing bar when it is to be processed.
[0004]
The present invention has been made in view of the above circumstances, and not only the producer of the reinforcing bar processing slip but also the case where the third party refers to when processing the reinforcing bar, the form after the processing The object is to provide a reinforcing bar processing slip and a reinforcing bar processing slip display system that can be accurately imaged.
[0005]
[Means for Solving the Problems]
Reinforcing bar processing slip according to the present invention made to solve the above problems is a reinforcing bar in which the name, shape, cross-sectional diameter, cut size, number, standard and number of standard bars of a reinforcing bar used in a specific frame are written. The processing slip includes a shape column describing the shape of the reinforcing bar as a three-dimensional graphic image drawn by a drawing system.
[0006]
Here, the three-dimensional graphic image means an image having a three-dimensional effect for a viewer, that is, an effect of realizing the vertical, horizontal, and depth. Reinforcing bar processing slip design displays the processing mode of each reinforcing bar in a list format, including the name, shape, cross-sectional diameter, cut size and number of reinforcing bars, as well as the standard (standard item) and the number of standard bars. It is only necessary to realize an arrangement in which the correspondence of (the required number of standard objects) becomes clear. The items listed above as the description items of the handwritten reinforcing bar processing slip and the reinforcing bar processing slip output by the reinforcing bar processing slip editing device are examples of essential matters, and other contents are described. It does not prevent.
[0007]
The name of the reinforcing bar refers to the name of the reinforcing bar such as upper muscle, lower muscle, abdominal muscle, strap, width stop, spring width stop, and spiral. The shape is a drawing drawn so that the appearance of the reinforcing bar can be recognized and used, and dimensions, angles, comments, etc. may be shown as necessary. The drawing system performs desired drawing by executing a drawing application program such as CAD, and reads a desired figure from other media such as paper, various recording media, or other computer systems via various interfaces. A computer system that can
[0008]
The three-dimensional graphic image drawn by the drawing system only needs to have a three-dimensional effect to such an extent that it can be recognized in which direction the reinforcing bar is bent. As a specific mode for giving a three-dimensional effect, an appropriate method may be selected from existing methods such as a method of providing a partial change in the thickness of a line constituting a line drawing or a method of adding a shadow by a rendering process or the like. It ’s fine. If the three-dimensional graphic image is associated with the three-dimensional effect and displayed differently for each shape, material, or cross-sectional diameter, it becomes easier to grasp the shape and material of the reinforcing bar, and more accurately. It becomes. Examples of display division include selection of different line types and colors, or different paints and patterns.
[0009]
Further, a reinforcing bar machining slip display system according to the present invention made to solve the above-mentioned problem is a recording means for storing editing data of a reinforcing bar machining slip including image data of a three-dimensional graphic image drawn by a drawing system. And output means for displaying the edit data stored by the recording means on the screen of the display device in the form of a reinforcing bar machining slip.
[0010]
The image data of the three-dimensional graphic image is provided with display designation data for performing display classification for each shape, material, or cross-sectional diameter of the three-dimensional graphic image, and the shape of the reinforcing bar processing slip displayed on the screen of the display device In some cases, a reinforcing bar machining slip display system having an output means for performing display classification corresponding to the display designation data in the column is displayed in the shape column of the reinforcing bar machining slip displayed on the screen of the display device as necessary. Display changing means for changing the display angle of the displayed three-dimensional graphic image may be provided, and enlargement and reduction (zoom) of the three-dimensional graphic image displayed in the shape column of the reinforcing bar processing slip displayed on the screen of the display device Display change means for performing () may be provided.
[0011]
DETAILED DESCRIPTION OF THE INVENTION
Hereinafter, embodiments of a reinforcing bar machining slip according to the present invention will be described with reference to the drawings together with embodiments of a reinforcing bar machining slip display system.
[0012]
As shown in FIG. 5 (a), the reinforcing bar processing slip display system in this example includes an input device 10 composed of a keyboard or a pointing device such as a mouse or a track pad, an output device 11 such as a display device 7, a printer 13 or a plotter, a magnetic disk, The system is composed of a recording device 12 for writing data to various recording media, and an arithmetic device 14 that includes them and performs various data processing. By mounting and operating a program 15 including a reinforcing bar processing slip display process on the arithmetic device 14, the function as a reinforcing bar processing slip display system (hereinafter referred to as a system) according to the present invention is exhibited, and the system is provided. The editing means 16, the importing means 17, the recording means 6, the output means 8, or the display changing means 9 are operated (see FIG. 5B).
[0013]
The system also functions as a reinforcing bar machining slip editing system by including the editing means 16. For example, as shown in FIG. 4, the editing means 16 includes a name, a cross-sectional diameter, a material, a shape, a cut size, a number, a location, a total, a standard, a split, a standard number, and a pressure entry column 18. It has a function to edit the form reinforcement bar 19. In particular, when entering a shape, a drawing module 20 for creating a three-dimensional graphic image 2 of variously processed reinforcing bars operates as a drawing system 1 included in the apparatus, and editing of the three-dimensional graphic image 2 is performed. Is called. The edited image data 4 of the three-dimensional graphic image is assigned to the shape column 3 of the reinforcing bar processing slip by the editing function of the editing means 16.
[0014]
As the editing mode of the drawing module 20, it is sufficient to use an existing three-dimensional image editing process, and even in the method of producing the three-dimensional effect, a part of the thickness of the line constituting the line drawing is used. Existing techniques such as adding a typical accent or adding a shadow by rendering processing are sufficient.
[0015]
However, since the editing target of the system is particularly limited to the reinforcing rods for building a building, a reinforcing bar library 21 in which the shape of the reinforcing bars used is standardized and a list menu that can refer to them is created, and the list For image data of 3D graphic images corresponding to the shape of general reinforcing bars such as upper, lower, abdominal, abdominal, strap, width stop, elastic band stop, spiral etc. (Bending diameter, cross-sectional diameter, spiral diameter, length, etc.) may be set, and the three-dimensional graphic image 2 and the image data 4 corresponding to the setting contents may be edited. In the other entry fields 18, letters, numbers, etc. are input as appropriate, and predetermined text data 22 is constructed.
[0016]
The recording unit 6 stores the edit data 5 of the reinforcing bar processing slip created by the editing unit 16 in the recording device 12 in the system, and the 3D graphic image 2 drawn by the external drawing system 1. The image data 23 is stored in the recording device 12 in the system through an interface (not shown) provided for communication with the external drawing system 1 through a predetermined operation for operating the import unit 17. To do. In the case of using various recording media, the recording medium is loaded into a drive device connected to a predetermined interface 24 provided for reading and writing (output) corresponding to various recording media. It functions as the device 12.
[0017]
The image data 23 of the three-dimensional graphic image 2 read into the apparatus in this manner is the same as the image data 4 created by the operation of the drawing module 20 of the system, during the editing work of the reinforcing bar processing slip. By the operation of the reading module 25, it is used as the image data 4 which is a part of the editing data 5 to be recorded in the shape column 3 of the editing data 5 (see FIG. 6), and if necessary, by the operation of the drawing module 20 The image data 4 can be changed.
[0018]
The output means 8 receives the editing data 5 stored in the recording device 12 as the editing data 5 through a suitable interface, such as a display device such as the display device 7, a printing device such as a printer 13 or a plotter, and a magnetic disk. Are output to storage devices such as various recording media.
[0019]
Of these various output forms, the reinforcing bar processing sheet 19 output on the paper can be used in the same manner as a conventional reinforcing bar processing sheet, and has a three-dimensional visual effect as a shape. Since the three-dimensional graphic image 2 is printed, it is not necessary to estimate the shape after processing from the name and dimensions of the reinforcing bar, and the shape of the reinforcing bar after processing is sensed from the image shown in the shape column 3. Recognition.
[0020]
Further, color designation data 26 for color-coding that is display classification corresponding to the shape of the 3D graphic image 2 is added to the image data 4 of the 3D graphic image 2 and displayed on the screen of the display device 7. By using the reinforcing bar processing slip display system including the output means 8 for coloring the shape column 3 of the reinforcing bar processing slip corresponding to the color designation data 26, it becomes easier to grasp the shape and material of the reinforcing bar. It will be accurate.
[0021]
When different line types are used for the three-dimensional graphic image 2 as the display classification according to the cross-sectional diameter of the reinforcing bar, for example, a reinforcing bar library 21 standardizing the shape of the reinforcing bar used as described above is provided, and the general When the sectional diameter is set for the image data 4 of the three-dimensional graphic image 2 corresponding to the shape of the reinforcing bar, the line type designation data 27 corresponding to the sectional diameter is displayed on the image data 4 of the three-dimensional graphic image 2 for display designation. The drawing module 20 is designed to be set as data, and the output means is used so that the line type corresponding to the line type designation data 27 is used in the shape column 3 of the reinforcing bar processing slip displayed on the screen of the display device 7. 8 is designed.
[0022]
Further, when coloring the reinforcing bar material according to the material of the reinforcing bar, for example, a reinforcing bar library 21 in which the reinforcing bar shape used as described above is standardized is provided, and it corresponds to the general reinforcing bar shape. At the same time as setting the angle and size for the image data 4 of the 3D graphic image 2 to be set, the material of the reinforcing bar is set at the same time, and the image data 4 of the 3D graphic image 2 according to the material The drawing module 20 is designed so that the specified color designation data is set, and the output means 8 is arranged so as to color the shape column 3 of the reinforcing bar processing slip displayed on the screen of the display device 7 in accordance with the color designation data. To design.
[0023]
When the above method is used, the shape, cross-sectional diameter, or material of a reinforcing bar is standardized in advance, and display designation data corresponding to the shape, cross-sectional diameter, or material of the reinforcing bar is stored in the reinforcing bar library as shown in FIG. 21 must be set in the display data table 29, which is a part of 21. If such display classification is not desired, for example, the undesignated data 28 may be provided as shown in FIG. 7 and the output means 8 may be designed so as to perform display according to the undesignated data 28.
[0024]
Note that the method of providing the display designation data corresponding to the shape, cross-sectional diameter, or material of the reinforcing bar in the image data 4 is not limited to the above method, and the shape, cross-sectional diameter, or material of the reinforcing bar, the color corresponding thereto, Regardless of whether the display classification method of the line type or the like is standardized, or whether the color or the line type is arbitrarily set for each editing operation, it may be appropriately performed in the editing operation of the reinforcing bar machining slip.
[0025]
The reinforcing bar machining slip 19 output to the display screen can be spot-displayed in a part of the entry column 18 constituting the reinforcing bar machining slip 19 by the operation of the display changing means 9, and is one of the entry columns. In the image shown in a certain shape column 3, by operating the image data 4 of the three-dimensional graphic image 2, as shown in FIG. The display angle can be changed.
[0026]
The display change means 9 constitutes a zoom tool for performing the zoom display and an angle change tool for changing the display angle. The zoom tool or the angle change tool detects the position coordinates of the cursor that moves on the screen of the display device 7 by the operation of the pointing device, and is activated selectively according to the function button on the screen operated by the cursor. Is done.
[0027]
When the zoom tool or the angle change tool is selected, the cursor enters the zoom mode or the angle change mode. Alternatively, the zoom ratio or the display angle is displayed as a menu bar by further operation of the pointing device, and the shortcut key By changing the operation, dragging with a pointing device, or selecting a function button displayed on the menu bar, the display of the entire reinforcing bar processing sheet 19 and the 3D graphic image 2 written in its shape column 3 can be changed. Realized (see FIG. 2 and FIG. 3).
[0028]
In particular, the display change in the shape column 3 is output to the various output devices 11 and the recording device 12 by changing the display size and display angle of the image data 4 included in the edit data 5 of the reinforcing bar processing sheet 19. Changes will also be made to the content to be.
[0029]
If a small computer integrated with a display device that is convenient for carrying is used as the hardware of the reinforcing bar processing form display system, and if it is used at the site where the reinforcing bar is actually processed, these functions allow the shape after processing to be performed in a plurality of directions. It will be possible to work while confirming.
[0030]
【The invention's effect】
As described above, according to the reinforcing bar processing slip according to the present invention, the shape of the reinforcing bar is provided as a three-dimensional graphic image drawn by the drawing system, and the shape of the reinforcing bar is processed from the name and dimensions of the reinforcing bar. Without performing the work of estimating the shape, the shape of the rebar after the processing can be sensibly recognized from the image shown in the shape column.
[0031]
Further, according to the reinforcing bar processing slip display system according to the present invention, the same effect as the reinforcing bar processing slip according to the present invention can be obtained by displaying the three-dimensional graphic image on the display device. Furthermore, if the three-dimensional graphic image is associated with the three-dimensional effect and displayed differently for each shape, material, or cross-sectional diameter, it is easier and more accurate to grasp the shape and material of the reinforcing bar. The display changing means for changing the angle of the three-dimensional graphic image displayed in the shape column of the reinforcing bar processing slip displayed on the display screen, or the three-dimensional displayed in the shape column of the reinforcing bar processing slip displayed on the display screen If a structure including display changing means for enlarging and reducing (zooming) a graphic image is adopted, the processed shape can be confirmed from a plurality of directions.
[0032]
As a result of the above, according to the reinforcing bar processing slip and the reinforcing bar processing slip display system according to the present invention, it is possible to prevent processing defects due to misunderstanding of the operator and to give a specific processing image to the operator. Improvement of work efficiency can be expected.
[Brief description of the drawings]
FIGS. 1A and 1B are explanatory diagrams showing an operation status of display change means as a display example of a display screen in a reinforcing bar processing form display system according to the present invention.
FIGS. 2A, 2B and 2C are explanatory diagrams showing examples of shape column display in a reinforcing bar machining slip according to the present invention.
FIGS. 3A and 3B are explanatory diagrams showing examples of shape column display in a reinforcing bar machining slip according to the present invention. FIGS.
FIG. 4 is an explanatory view showing an example of a reinforcing bar machining slip according to the present invention.
FIGS. 5A and 5B are block diagrams illustrating an example of a hardware configuration and a functional configuration of a reinforcing bar processing form display system according to the present invention.
FIG. 6 is a block diagram showing an example of editing data used in the reinforcing bar machining slip display system according to the present invention.
FIG. 7 is a block diagram showing an example of a reinforcing bar library provided in a reinforcing bar processing form display system according to the present invention.
[Explanation of symbols]
1 drawing system, 2 3D graphic image, 3 shape field,
4 image data, 5 edit data, 6 recording means,
7 display device, 8 output means, 9 display change means,
10 input devices, 11 output devices, 12 recording devices, 13 printers,
14 arithmetic unit,
15 programs, 16 editing means, 17 importing means,
18 entry field, 19 rebar processing slip,
20 drawing modules, 21 rebar library, 22 text data,
23 image data, 24 interfaces,
25 reading module, 26 color designation data, 27 line type designation data,
28 Unspecified data, 29 Display specified data table

Claims (3)

It is a system that performs a function as a reinforcing bar machining slip display system by installing and operating a program (15) including a reinforcing bar machining slip display process,
A recording means (6) for storing in the recording device (12) edit data (5) of a reinforcing bar processing slip including image data (4) of a three-dimensional graphic image (2) drawn by the drawing system (1); The editing data (5) stored by the recording means (6) is displayed on the screen of the display device (7) in the form of a reinforcing bar processing slip, and the three-dimensional graphic image is displayed in the shape column (3) of the reinforcing bar processing slip. Display means for changing the display angle of the three-dimensional graphic image (2) displayed in the shape column (3) of the reinforcing bar processing slip displayed on the screen of the display device (7) (9) A reinforcing bar machining slip display system. The display apparatus according to claim 1, further comprising display change means (9) for enlarging and reducing the three-dimensional graphic image (2) displayed in the shape column (3) of the reinforcing bar processing slip displayed on the screen of the display device (7). Reinforcing bar processing slip display system described in 1. Display designation data is provided in the image data (4) of the three-dimensional graphic image (2) to display the three-dimensional graphic image (2) according to shape, material, or cross-sectional diameter, and the display device ( 7. The apparatus according to claim 1, further comprising output means (8) for performing display classification corresponding to the display designation data on the three-dimensional graphic image displayed in the shape column (3) of the reinforcing bar processing slip displayed on the screen of 7). Or the reinforcing-bar processing slip display system in any one of Claim 2.

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