Controlled Slab Thickness Construction Methods

Abstract

The invention relates to the field of housing construction and specifically relates to a building floor thickness control ruler capable of floor thickness control and a floor thickness control method. The floor thickness control ruler comprises a supporting base a concrete height scale, a floor upper-hole topping rod, an adjustable nut, a telescopic rod part, a carrying handle and fixation rods, wherein the concrete height scale is installed at the middle part of the supporting base; two sides of the lower end of the concrete height scale are connected to the supporting base by the fixation rods; the telescopic rod part sleeves the outer side of the concrete height scale and is fixed on the concrete height scale by the adjustable nut; the upper end of the concrete height scale is designed into the carrying handle; and the floor upper-hole topping rod is installed on one side of the lower end of the telescopic rod part. The building floor thickness control ruler capable of the floor thickness control and the floor thickness control method have the advantages that design is simple; use is convenient; by design and use of the floor thickness control ruler, the problem about an ultrahigh floor thickness can be solved; and operations are safe and reliable.

Description

technical field [0001] The invention relates to the field of house construction, in particular to a board thickness control ruler and a board thickness control method for controlling the thickness of floors. Background technique [0002] At present, more and more frames and frame-cut cast-in-place concrete slabs are used on the construction site; and the concrete cast-in-place slabs on the construction site also have different degrees of over-thickness; in order to strengthen the control of the hazards and It is not economical; it should be required that we take practical methods to strengthen control during the pouring process of cast-in-place slab concrete at the construction site to ensure the thickness of the concrete protective layer; it is strictly forbidden for the phenomenon of super-thick cast-in-place slab concrete to appear. [0003] The phenomenon of super-thick cast-in-place slabs of frame structures is easy to find in engineering projects, but it is often not t...

AI Technical Summary

Problems solved by technology

[0005] 2. It will cause economic losses to the construction unit

[0006] 3. It has an impact on the quality of the structure

In order to control the super-thickness, the construction unit often causes the protective layer of the upper reinforcement of the floor slab and the upper reinforcement of the secondary beam to be too thin, which leaves a hidden danger to the durability of the structure.

Images