Beam template for building

Abstract

The invention discloses a beam template for a building. The beam template for the building comprises a bottom template (1) and lateral templates (2), wherein the bottom template (1) and the lateral templates (2) are formed by splicing two or more than two groove-shaped modules (4) which are connected mutually; the lateral templates (2) are tied by a transverse tie piece (14); a positioning sleeve (15) is arranged on the transverse tie piece (14); holes (7) are formed on a top plate (5) and a bottom plate (6) of the modules (4); and holes (9) are formed on a lateral plate (8). When the beam template is assembled, bolts (3) or pins pass through the holes (7) on the modules (4), and the two adjacent modules (4) are connected to form the bottom template (1) and the lateral templates (2); and the transverse tie piece (14) passes through the holes (9) on the modules (4) to tie the lateral templates (2) to form the integral beam template for the building. The integral beam template for the building has high rigidity, high bearing capacity, long service life and simple constructional processes, the modules (4) can be produced mechanically, and the quality of construction is convenient to control.

Description

beam formwork for building Technical field: The invention relates to the field of building construction, in particular to a beam template for building. Background technique: Since the 1990s, my country's building structure system has developed greatly. A large number of high-rise buildings and super high-rise buildings have been built, and large-scale infrastructure, urban transportation, and expressways have developed rapidly. These modern large-scale building systems require high engineering quality and complex construction techniques. Therefore, building construction technology must be greatly improved. Similarly, new requirements have been put forward for formwork technology. Advanced formwork technology must be used to meet the requirements of modern construction engineering. Because the traditional wooden formwork for construction consumes a lot of forest resources in production and use, the recycling rate is low, it consumes a lot of material and manpower, and at t...

AI Technical Summary

Problems solved by technology

Because the traditional wooden formwork for construction consumes a lot of forest resources in production and use, the recycling rate is low, it consumes a lot of material and manpower, and at the same time it causes serious harm to the environment of our country.

Traditional steel formwork has problems such as heavy weight, low reuse rate, difficult disassembly and assembly, high labor intensity for operators, and low construction quality. Combined steel formwork has disadvantages such as small blocks, many joints, and weak rigidity.

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