Space polygon induction three-dimensional measurement system and method, system and method for arranging molds

Abstract

The present invention discloses a spatial polygon sensing three-dimensional measurement system and method, and a template arranging system and method. The three-dimensional measurement system comprises: a cursor location sensing unit, a first point-line-surface determining unit, a second point-line-surface determining unit, and a distance calculating unit. The first point-line-surface determining unit is used for acquiring a first point, a first line and a first surface that are closest to a cursor among set points, lines and surfaces by means of the cursor location sensing unit, and performing a highlighted display in a first display manner, wherein the first point is displayed as an identification point, the first line is displayed as an identification line, and the first surface is displayed as an identification polygon; and the first point, the first line and the first surface are determined after selection of a hot-key and are displayed in a highlighted way in the first display manner. The second point-line-surface determining unit is used for determining a second point, a second line and a second surface and displaying the second point, the second line and the second surface in a similar manner. The distance calculating unit is used for automatically calculating a distance between each point, line and surface, and displaying distance information.

Description

technical field [0001] The invention belongs to the technical field of formwork arrangement for construction projects, and relates to a formwork arrangement system for composite formwork for construction projects, in particular to a fully automatic intelligent overall formwork arrangement system for composite formwork for construction projects. An intelligent overall die-discharging method; at the same time, the invention also relates to a spatial polygon induction three-dimensional measurement system and method. Background technique [0002] With the continuous improvement of construction and management technology of construction projects, in order to improve efficiency and improve quality, many types of work have developed from "temporary construction site operations" to "factory standard operations". One of them is the use of new materials and factory standard operations for construction project composite formwork. [0003] For the construction of combined formwork in co...

AI Technical Summary

Problems solved by technology

Existing combined formwork auxiliary formwork arrangement software systems are generally aimed at the large-area arrangement of columns, walls or slabs, and cannot assist formwork arrangement for components such as bay windows, balconies, air-conditioning panels, and stairs.

[0008] (2) Formwork discharge of single component, non-integral formwork discharge

[0010] (3) Much manual participation, low level of intelligence, limited efficiency improvement

[0013] (1) This method divides the original CAD drawing. If the CAD drawing needs to be edited in the subsequent operation, it cannot be restored to the original drawing before the division after editing on the divided drawing, which causes damage to the engineering CAD drawing. damage

[0014] (2) The work efficiency is low, and it takes time to organize and divide the drawings

In addition, if there is a change in the engineering design, after reloading the CAD drawing, the division operation must be repeated

[0015] (3) During the segmentation operation, only a rectangular area can be selected for segmentation, and the operation cannot be performed in the form of a polygon

[0016] (4) After splitting, a CAD drawing may be divided into dozens of small drawings, and each small drawing must be saved, which greatly increases the size of the project file and is not conducive to storage

[0018] (1) If both the label information and the beam edge information on the Y-direction beam reinforcement diagram are copied, then after pasting on the X-direction beam reinforcement diagram, the beam edge lines overlap, which is easy to identify errors

[0019] (2) If only the label information on the Y-direction beam reinforcement diagram is copied, then before the copy operation, the layers such as the beam edge line must be hidden, which increases the operation steps and reduces the efficiency

[0020] (3) During the operation of "copy" and "paste", the mouse needs to zoom and move frequently on the screen, which is inefficient

[0021] (4) The above operation of copying and pasting damaged the original image

The disadvantages of the existing scheme include: (1) It is impossible to accurately find out the area where each component needs to arrange the formwork, and then the overall formwork arrangement cannot be realized; (2) The overall formwork arrangement cannot be realized, which does not meet the needs of the promotion and application of the new composite formwork

[0023] It should also be pointed out that the existing formwork arranging system cannot simulate the arranged formwork, and cannot intuitively present the formwork to be laid out to the construction personnel

At the same time, the existing pattern arranging system cannot directly edit the templates, such as merging templates and splitting templates

In addition, after intelligent formwork arrangement, according to the actual project needs, it may be necessary to edit the size of a selected template, but if only the modified size is input, then the direction in which the size will change cannot be specified

[0024] For example, if you want to modify a 200*1000 template shown in the figure below to 300*1000, then it is impossible to determine whether the extra 100 will be added to the top or bottom of the original template

[0025] In addition, today's mapping software cannot measure the distance between a point, a line, and a plane in three-dimensional space; while in the existing three-dimensional drawing software, measuring two points, or measuring the distance between a point to a line, a point to a plane, a line to a plane, or a plane to a plane The distance steps are more cumbersome

You need to select the action to be measured through the menu first, then click a certain point (or line, surface) with the mouse, and then you need to select the button in the menu or toolbar to confirm the selection; then you need to use a similar method to select another point (or line, surface), and then enter the command to confirm the measurement; the operation is not very convenient

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