JP2003076723A - Reinforcing-rod processing-table making system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a reinforcing-rod processing-table making system capable of introducing a showing method in which a processing-table column is not wasted out of mischief. SOLUTION: The reinforcing-rod processing-table making system comprises distributing reinforcing-rod data 3 corresponding to dimensional data 1 of a structural framework organizing member and the structural framework organizing member, and a reinforcing-rod processing-table making means 5 capable of leading a processed specification 4 of the reinforcing-rod required for the entirety or a designated part of the structural framework from these data and also outputting them as a table. In the reinforcing-rod processing-table making means 5, a display focusing means 18 displaying a group of reinforcing-rods, which are a plurality of reinforcing-rods having the same processing conditions and different dimensions among reinforcing-rods arranged on one member and are given different stages of the dimensions, is arranged in a single column 20 of a reinforcing-rod processing table 6.

Description

Description: BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an apparatus for preparing a reinforcing bar working table listing diameters, dimensions, working modes, and the like of reinforcing bars used when constructing a reinforcing bar structure. . 2. Description of the Related Art A rebar processing table is called a processing book by those skilled in the art, and is used particularly in cutting and bending of a rebar which is a pre-process of a rebar arrangement work. Such a processing table is generally created for each member that composes the skeleton, but some of the members that compose the skeleton are sized stepwise in the longitudinal direction, such as beams with a haunch. In some cases, a large number of stirrups with different values may be provided. In the case where a large number of stirrups are required for one member, a column for filling in a reinforcing bar used for the member is mischievously wasted. There has been a problem that the rebar machining operation with reference to the table is complicated. SUMMARY OF THE INVENTION The present invention has been made in view of the above circumstances, and has as its object to provide a rebar processing table creating apparatus capable of adopting a display method in which a column of a processing table is not misused. [0005] To solve the above-mentioned problems, the apparatus for creating a reinforcing bar working table according to the present invention is provided with member dimensional data of skeleton components and rebar arrangement data corresponding to the skeleton components. And a rebar processing table creating means for deriving the processing specifications of the rebar required for the whole or predetermined portion of the skeleton from the data and outputting the tabulated table. The forming means includes, among the reinforcing bars arranged in one member, a plurality of reinforcing bars having the same working mode but different dimensions, and a reinforcing bar group having a stepwise difference in the dimensions (hereinafter, a specific reinforcing bar). Described as a group)
Is displayed in a single column of the rebar processing table. [0006] The skeleton component members refer to foundations, columns, beams, slabs, and the like that constitute all or a part of a target skeleton. It is a list (data) in which various members having different cross-sections of members, axial lengths of the members, continuity information of the members, and the like are posted. The reinforcing bar data is a list (data) of main reinforcing bars provided inside each member.
The processing mode is the same when the number, angle, and direction of the bent portions and the curved portions are equal, that is, the process that forms substantially the same shape is performed. In addition, the rebar group
The specific rebar group may be a single set or may be divided into a plurality of sets. [0007] The mode of the display focusing means is not particularly limited. For example, among the reinforcing bars to be provided to each member in the above-mentioned reinforcing bar arrangement data, the reinforcing bars constituting the specific reinforcing bar group are differentiated. An identification code may be attached, and a display converging means using the identification code as a mark may be constructed. In some cases, among the reinforcing bars registered as being arranged on each member in the rebar arrangement data, the processing mode is A plurality of rebar groups having the same size but different dimensions, and a rebar group (specific rebar group) having a stepwise difference in the dimensions may be integrated and treated as one unit of data. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of a rebar working table creating apparatus according to the present invention will be described below with reference to the drawings. The rebar machining table creation device according to the present invention plays a part of a skeleton integration-related system constituted by a so-called personal computer or the like and an input / output device connected to the personal computer or the like via various interfaces as shown in FIG. ,
Normally, the frame specification 8 including the grid, floor plan, floor name / floor height, frame component list, and their respective specifications.
, A drawing editing device 9 for inputting
It is constructed together with a skeleton integrating device 10 for integrating concrete and the like. As is well known, the personal computer and the like are a kind of computer system having a CPU, a memory, and a storage device, and a program installed in an internal storage device or a program recorded in an external storage device is activated. By doing so, the rebar processing table creation means 5 of the rebar processing table creation device is activated. [0010] By starting the drawing editing apparatus, the skeleton specifications are stored in a personal computer or the like in the form of member dimensional data 1 or bar arrangement data 3 including cross-sections, axial lengths, continuous information, and the like of the skeleton components. On the premise that the rebar processing table is provided, the rebar processing table is output through processes such as dimension determination, detection of continuous information, angle calculation, or difference coordinate calculation by activation of the rebar processing table creation means. In the dimension determination, when the dimension determining means 11 is activated, the cross section, the axial length, and the reinforcing bar data 3 of each member stored as the member dimension data 1 are referred to, and are arranged on the frame constituting member. Size data of the reinforcing bar to be reinforced (data for storing the diameter of the reinforcing bar and the length of each part) 12 and processing data (data for storing the bending state of the reinforcing bar) 13
To form Further, for a member in which a plurality of skeleton components such as columns, beams, foundations, and slabs are continuous, the section, axial length and continuity information of each member, and reinforcement data 3 Is referred to, thereby setting continuous information of each reinforcing bar to be disposed on the skeleton constituent member, and according to the continuous information, the dimension determining means 11
Forms dimension data and processing data 13 of a reinforcing bar included in a continuous member. Further, the angle calculating means 16 or difference coordinates (indicating the directionality of the other rebar starting from the end of one rebar connected in phase by the difference between the coordinates of the start and end of the other rebar) .) By operating the calculating means 17, the angle or the bending direction formed at the bent portion of the reinforcing bars connected in phase is calculated. In addition, for the reinforcing bars that are disposed alone in the member without being connected, the bending angle of the reinforcing bars and the dimensions of each part are determined by referring to the reinforcing bar data 3, and the continuous information acquisition unit 15 is started. Dimension data 12 and processing data 13 are determined. Based on the dimensional data 12 and the processing data 13 obtained as described above, the processing specifications 4 for the reinforcing steel required for the whole or a part of the skeleton, that is, the name, diameter, material, shape,
The main function of the rebar processing table creating means 5 is to show items such as cut size, number of pieces, (arrangement) location, total, fixed length, split, number of pieces or pressure welding as a table. The creating device is provided with a display converging means 18 for performing a process of collectively displaying the processing specifications 4 for a predetermined reinforcing bar in one column. The reinforcing bars collectively displayed in one column by the display converging means 18 include, among the reinforcing bars specified by the reinforcing bar arrangement data 3 as constituting one frame constituent member, the dimensional data 12 and the processing. Reinforcing bars of the same specifications having the same data 13 and a plurality of reinforcing bars having the same working mode but different dimensions among the reinforcing bars to be disposed on each member in the rebar arrangement data 3 and having stepwise differences in the dimensions. Reinforcement groups marked with, or a reinforcement group in which their dimensions have a stepwise difference (specific rebar group). In order to specify a group of rebars to be collectively displayed in one column as described above, from among the rebars specified from the rebar arrangement data 3 as constituting one skeleton constituent member,
The dimension data 12 and the processing data 13 are referred to, and the basic processing is to converge a reinforcing bar in which the dimension data 12 and the processing data 13 are all equal. However, even in the case of the reinforcing bars having different lengths in the dimensional data 12, if the diameter of the reinforcing bars and the processing data 13 are equal, the specific reinforcing bar group may be used. Comparing the length of each corresponding side included in the dimensional data 12 for each reinforcing bar having the same data 13, and forming a curve or a straight line that is likely to be adopted in the appearance of the structural member due to the difference of any side. It is determined whether there is a certain rule (for example, the dimension of a side is an arithmetic progression, a geometric progression, or a sine curve). detection). If it is determined that there is a rule, a description that is easy to understand for the processor showing the rule, for example, if the rule has an arithmetic progression rule, specify them together with “1662-1920 (Kizami 36)” etc. The processing specifications 4 of the rebar, such as a schematic diagram of the rebar derived from the rebar dimension data 12 and the processing data 13 common to the rebar group, are displayed in a single column (see FIGS. 2 and 3). In order to omit the process of comparing the dimension data 12 and the processing data 13 of the reinforcing bar constituting the one frame constituting member, when the reinforcing bar data 3 is constructed, it is registered in the reinforcing bar data 3. Of the rebars to be installed on each member,
The processing specifications 4 of the rebars having the same processing mode and dimensions and the plurality of rebar groups having the same processing mode but different dimensions, and forming a rebar group having a stepwise difference in the dimensions are shown. It is also effective to attach identification codes 19 to the data to differentiate them. The identification code 19
Is applied to the data indicating the processing specification 4 of each rebar constituting the rebar group, for example, by attaching a common code data consisting of a required number of bits, so that the rebar is included in the predetermined rebar group. Any form that can be used to indicate that the The above-mentioned rebar processing table creating apparatus outputs, for example, a rebar processing table 6 as shown in FIGS. 2 and 3 through the above-described processing. Means that the number is 7 as shown in column 8 and column 13 of the above figure.
The required number of bars or 15 bars is displayed, and for a plurality of rebar groups having the same working mode but different dimensions, as shown in the seventh column of the above figure (enlarged in FIG. 3A), the cut size is 1662-1.
920 (scissors 36), the bottom of the stirrup is 262-520 (scissors 36), and the number is 8 × 2
Is displayed. The meaning of this display is that the cut size is 16
That is, two sets of eight pieces are processed from 36 mm to 1920 mm with 36 mm incisions. By such an operation of the display focusing means 18, 16 reinforcing bars having different dimensions can be displayed in a single column 20 (the same applies to the twelfth column in FIGS. 2 and 3). As described above, by using the apparatus for preparing a reinforcing bar processing table according to the present invention, even if, for example, a large number of stirrups are required for one member, the reinforcing bar used for the member may be used. The fields to be filled are mischievously used, and the processing table does not require a huge amount of space, and the processing of the reinforcing bar with reference to the processing table is not complicated, and is clearly displayed in the minimum necessary columns. By outputting the processed workbook, it is possible to effectively prevent processing omissions due to the fact that similar fields are arranged in rows.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram showing the position of a rebar processing table creation device according to the present invention in a skeleton integration-related system. FIG. 2 is a reference diagram illustrating an example of a rebar processing table output by the rebar processing table creation device according to the present invention. 3 (a) and (b) are enlarged views of a main part of the rebar processing table shown in FIG. [Description of Signs] 1 Member dimension data, 3 Rebar arrangement data, 4 Processing specifications 5 Reinforcement processing table creation means 6 Reinforcement processing table, 20 column 18 Display focusing means, 19 Identification code

Claims (1)

Claims: 1. An apparatus comprising member dimensional data (1) of a skeleton component and reinforcing bar data (3) corresponding to the skeleton component, and based on the data, the whole or a predetermined portion of the skeleton. And a rebar processing table creation means (5) capable of deriving the processing specifications (4) of the rebar required for the above and outputting them as a table. The rebar processing table creation means (5) includes one member. Among the rebars arranged in a plurality of rebars having the same working mode but different dimensions, the rebar groups in which those steps are provided with a stepwise difference are referred to as a single bar in the rebar processing table (6). An apparatus for creating a rebar machining table provided with a display converging means (18) for displaying in a column (20).