Method for manufacturing cavity component by using automatic system of mechanical mould

Abstract

The invention relates to a method for manufacturing a cavity component by using a system of a mechanical mould. After using the technical proposal, a transmission machine is used for locating and transmitting moulds and moulded products quickly and fast; a distributing machine is used for distributing materials on the moulds quickly and fast; a high-frequency vibration machine is used for keeping high-frequency vibration; cooperatively, a high-intensity hydraulic machine is used for pressing and forming cement gluing slurry in the moulds rapidly and efficiently; moreover, the automatic operations of various machines are controlled by pre-set programs; therefore, the full-automatic mechanical production of the cavity component is realized. According to the method disclosed by the invention, by means of the automatic control mechanical production, the production time of the cavity component is reduced; the production efficiency is increased; the pressed and formed cavity component can be instantly demoulded; therefore, the producing and demoulding time is shortened to about 1 min from 4 h by manual production; furthermore, the pressed and formed cavity component is standard, high indensity, high in intensity and beautiful in appearance; the full-automatic mechanical production is realized; and the production efficiency and the social economical efficiency are greatly increased.

Description

technical field [0001] The invention relates to a method for making concrete components by using a mechanical mold system, in particular to a method for automatically making cavity components by using a mechanical mold system in a cast-in-place cavity floor. Background technique [0002] At present, in the technical field of cast-in-place cavity floors, cavity floors are usually formed by casting cavity thin-walled box components, such as the ZL02282207.0 "thin-walled box embodied by the thin-walled box for pouring cavity panels" declared by the inventor. "Patent, the hollow wall of the thin-walled box produced according to this patent is thin, light in weight and high in strength. When it is applied to the cavity floor project, such as ZL200410082381.9 "a cavity with small ribbed floor" declared by the inventor, The cavity thin-walled box forms a hollow layer in the small ribbed floor, which can achieve the purposes of saving concrete for construction, reducing the height o...

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Problems solved by technology

[0004] However, because this technology still does not use mechanical production of cavity components, the geometric dimensions of the box produced by hand are prone to deviation and thickness, and the product density is not uniform. Cavity component products are not dense enough and prone to damage, and the inorganic gelling material of the hand-made cavity component needs to have certain fluidity and high water content, and the demoulding can only be done after the inorganic gelling material undergoes curing reaction and condensation, a set The utilization cycle of the mold is more than 4 hours, the mold and site occupy a large amount, the cost of the mold is high, the efficiency of manual production is low, and the speed is too high. It cannot form large-scale industrial production and cannot meet the booming hollow floor market. The requirements of the wall box cannot meet the requirements of industrial production of cavity components

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