Cast-in-place wall body mould

Abstract

The invention relates to a cast-in-place wall body mould which comprises five parts, i.e. an adjustable base, mould frames, a standard template, a mould cutter and a T-shaped template bolt; and the mould can be reused, is adjustable randomly, is convenient and quick to disassemble and assemble, and has a simple and reasonable structure. The mould frames on both sides are connected through the mould cutter; the mould cutter is locked by a locking device; the T-shaped template bolt tacks the template firmly, i.e. a wall body can be cast through a mechanical vibrating method. The cast-in-place wall body can replace a brick-concrete wall, forms an overall wall body structure, and has 80% higher effect than manual masonry. The cast-in-place wall body mould is applicable to all strong vibration resistant wall bodies, wall bodies of steel-concrete structures, and the load-reducing wall bodies of high-rise buildings. The mould can cast wall bodies of framework structures and structures without frameworks, is provided with intelligent laser and infrared levels, can be finely adjusted in vibration when an error alarm is given, so that the cast wall bodies have extremely few errors, are firm, anti-freeze, water-proof, anti-seismic and level, so that the construction cost of the wall bodies is saved, and higher economic benefits and practical value are brought.

Description

Technical field [0001] The invention relates to a device for pouring a wall, in particular, the wall can be poured by mechanical vibration. The cast-in-place wall can form an integral structure of the wall and can replace the brick-concrete wall. It is a cast-in-place wall mold capable of pouring frame structure and non-frame structure walls, and automatically alarms when the error exceeds the range during the pouring process. Background technique [0002] At present, the well-known walls all adopt the traditional brick-concrete structure, mainly artificial masonry, which has high labor intensity and poor construction efficiency. In addition, the masonry walls have poor frost resistance, water resistance, and earthquake resistance. The walls are not flat and need to be smoothed with sand and dust. This causes excessive wall costs and waste of resources. Summary of the invention [0003] In order to overcome the disadvantages of the prior art such as high labor intensity, construc...

AI Technical Summary

Problems solved by technology

[0003] In order to overcome the deficiencies in the prior art of high labor intensity, construction efficiency, and poor wall antifreeze, waterproof, and earthquake resistance, the present invention provides a cast-in-place wall mold, which is not only fast and convenient to disassemble, but also reusable. It can be adjusted arbitrarily, and the wall can be poured by mechanical vibration