Building template for aluminum frame wood-plastic plate

Abstract

The invention provides a building template for an aluminum frame wood-plastic plate. The building template comprises a plurality of plane templates, an external corner template, an internal corner template and a connecting device, wherein each plane template comprises a frame and a plane on the frame; the external corner template comprises two external corner sides which are formed into a right angle; the internal corner template comprises two connecting plates and two internal corner side surfaces which are formed into a right angle, and the two connecting plates are respectively perpendicular to the outer end parts which are connected with the two internal corner side surfaces; connecting holes are respectively formed in the frames of the plane templates, the connecting plates of the internal corner template, and the external corner side surfaces of the external corner template, the templates are connected and combined together by the connecting device through the connecting holes on the templates, the frames of the plane templates, the internal corner template and the external corner template are made of aluminum alloy materials, and the planes of the plane templates are made of wood-plastic materials. The building template can be combined into various structural shapes, the building template has many revolving times, the materials are saved, and the mounting and dismounting efficiency of a worker is also improved.

Description

technical field [0001] The invention relates to a building formwork, in particular to a building formwork for vertical structural components. Background technique [0002] In concrete structure engineering, building formwork is widely used, and with the development of society, the quality requirements for building formwork are getting higher and higher. The building formwork mainly used in my country at present includes plywood formwork, steel frame plywood formwork and composite steel formwork. Among them, the quality of the plywood formwork is uneven, and it can be cut at random during use, causing serious waste of materials, and the size of the plywood formwork fluctuates greatly, which is not convenient for quality control; the steel frame plywood formwork is heavy and inconvenient to carry, and its turnover times are affected by the quality of the plywood. Constraints; combined steel formwork has a small area, many joints, low assembly and disassembly efficiency, and t...

AI Technical Summary

Problems solved by technology

Among them, the quality of the plywood formwork is uneven, and it can be cut at random during use, causing serious waste of materials, and the size of the plywood formwork fluctuates greatly, which is not convenient for quality control; the steel frame plywood formwork is heavy and inconvenient to carry, and its turnover times are affected by the quality of the plywood. Constraints; combined steel formwork has a small area, many joints, low assembly and disassembly efficiency, and the existing building formwork is not very versatile, and many formworks can only be formed into a fixed structure and then constructed

The building formwork mainly used above has its shortcomings. Therefore, in the current situation of increasing shortage of domestic resources and increasing labor costs, a building formwork with more turnover times, high assembly and disassembly efficiency, and material saving is needed.

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