Building construction plastic prefabricated part laying method

Abstract

The invention relates to a building construction plastic prefabricated part laying method. Laying equipment is used and comprises a base frame, walking wheels, a material containing frame, a feeding device and a laying device. The specific method for laying plastic prefabricated parts through the laying equipment comprises the following steps of site cleaning, prefabricated part cleaning, prefabricated part containing, prefabricated part laying, position moving and repeated operation. According to the building construction plastic prefabricated part laying method, through joint cooperation ofthe feeding device and the laying device, the plastic prefabricated parts stored in the material containing frame are laid at the designated positions one by one; compared with a manual laying mode, the method has the advantages that the working efficiency and the laying precision are obviously improved; and the laying device adsorbs the plastic prefabricated parts through fixing suction cups in the laying process, the shapes of the plastic prefabricated parts can be fixed while the plastic prefabricated parts are prevented from sliding accidentally, and the situation that the plastic prefabricated parts are pushed and extruded to deform is prevented.

Description

technical field [0001] The invention relates to the field of building construction prefabricated parts, in particular to a laying method for building construction plastic prefabricated parts. Background technique [0002] In the process of building construction, not only various steel structure materials are used, but also many plastic prefabricated parts are often used, such as plastic drainage boards, plastic floors, etc. Plastic drainage boards and plastic floors need to be manually laid on the ground during construction. Specify the location, there are some problems in the laying process: [0003] (1) When relying on manual laying operations, the staff needs to be in a state of bending over and bowing their heads for a long time, which has brought many adverse effects on the health of the staff; [0004] (2) The material of the plastic prefabricated parts is relatively soft. During the laying process, the plastic prefabricated parts are easily deformed due to the large ...

AI Technical Summary

Problems solved by technology

[0003] (1) When relying on manual laying operations, the staff needs to be in a state of bending over and bowing their heads for a long time, which has brought many adverse effects on the health of the staff;

[0004] (2) The material of the plastic prefabricated parts is relatively soft. During the laying process, the plastic prefabricated parts are easily deformed due to the large pushing force, which not only affects the overall appearance of the laying work surface, but also causes plastic prefabricated parts to be damaged. There is a large error between the actual laying position and the designed laying position of the parts, and the laying position needs to be readjusted

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