Recyclable low-carbon portable building block die

Abstract

The invention discloses a recyclable low-carbon portable building block die. According to the invention, a building block manufacturing die is standardized and can flexibly move and can be used in a factory or worksite. A die chassis is used as a carrier, can be suitable for storey height according to wall design and is composed of one or two pieces of originally-sized plywood or OSB. A load-bearing frame structured keel below the chassis adopts standard timber, and has consistent size with a building block stud or keel, and reacting force produced by nailing or screw-driving can be absorbed. A movable SIMPSON angle iron-shaped A34 or Z4 right-angle connecting piece can be installed on the surface of the chassis; one end is fixed to the plywood or OSB through screws; and a pair of connecting pieces forms a groove for containing the stud. Through the systematic management and regulation, stipulation and control and calibration of the stud, column and lintel positions, the die chassis can be lifted and put on a stand or turnplate and is ergonomic to minimize occupational injuries, fault waste or rework and raise efficiency and accuracy. Measurement is not required, block production man-hour is shortened and space usage is reduced.

Description

technical field [0001] The invention relates to a low-carbon portable building module mould, which can be recycled. All the components are taken from the materials required by the building itself, which can be used repeatedly and reassembled without cutting or wasting. Standardized SOP for making building module molds, and the error can be controlled within millimeters, which belongs to the product field of low-carbon building mold technology and methods for building materials, labor, garbage, time and management costs. Background technique [0002] General building modules are prefabricated into several large blocks in the factory for the sake of speed, but no matter whether it is made in the factory or on the site, the traditional method is to place materials on the ground or on the flat open space. First, the size must be measured according to the proportion of the design drawing. Mark the line on the top beam plate of the ground beam according to the spacing to mark the ...

AI Technical Summary

Problems solved by technology

[0002]General building modules are prefabricated in the factory and divided into several large blocks for the sake of speed. To place materials on the open space, first of all, measure the size according to the proportion of the design drawing, draw lines on the top beam plate of the ground beam and mark the position of the wall stud column support column, short column and lintel according to the spacing, and then put the standard material, wall stud column and other components into the ground beam The pre-determined marking positions between the top beams and slabs are nailed and combined to form a frame, and then covered with panels or shear wall panels, usually limited by the flatness and space of the site, there are joint errors and module precision is not ideal, resulting in the vertical and horizontal process of the wall. Defects may require remedial work, which wastes materials, manpower and time. Therefore, it is necessary to develop a new material-saving, labor-saving, time-saving, space- and management-cost technical method to standardize the SOP standardization and precision of the building module production mold, and it is convenient to move and flexible. In addition, we should abide by the law of returning to nature, all of which can be recycled and reused for sustainable economic development, that is, the whole board is manufactured according to the size and specifications of building materials bought and sold on the market, so as to reduce the waste of material cutting as much as possible. All the components of the mold are taken from the building itself. The required materials can be reused and recombined or returned to the building itself, in line with the principles of low-carbon, green, ecological, energy-saving, environmental protection and no waste. With the protection of the mold, you can DIY without a master to save the cost of module production. Artificial materials 20 -30%, reduce industrial safety accidents and management costs

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