Building floor cement outer wall construction machine with functions of automatic grinding and cement fiber plate mounting

Abstract

The invention relates to a building floor cement outer wall construction machine with functions of automatic grinding and cement fiber plate mounting. The building floor cement outer wall constructionmachine comprises a moving platform, a grinding and scribing device and a face plate mounting device. The grinding and scribing device is mounted at the front end of the moving platform, and the faceplate mounting device is mounted at the left end of the moving platform. The problems that in the existing cement fiber plate mounting process, grinding and scribing of an outer wall and mounting ofa face plate need to be conducted manually; during grinding and scribing of the outer wall, grinding and scribing treatment needs to be conducted by people with the help of a ladder, when the next position is ground, people needs to carry the ladder manually and then climb onto the ladder again for working, and therefore, the process is tedious and complicated; during mounting of the face plate, cooperation division of multiple people is needed, the difficulty of cooperation of multiple people is high, and when multiple people work on the same ladder, the falling-down accident is likely to occur, and consequently potential safety hazards are caused can be solved, and the functions of automatic grinding of the cement outer wall and fixed mounting of the face plate can be achieved.

Description

technical field [0001] The invention relates to the technical field of cement exterior wall construction of building floors, in particular to a cement exterior wall construction machine for building floors that can automatically smooth and install cement fiber boards. Background technique [0002] Nowadays, cement fiberboard is widely used in cement exterior walls of building floors, as building decoration materials, cement fiberboard is fire-proof and anti-corrosion, thermal insulation, anti-aging, no radiation, and low cost, energy saving and environmental protection, simple construction, easy to carve and can create It has a simple and natural architectural style, so it is very popular among people. However, the process of installing cement fiberboard is complicated, and how to install it has become a big problem. Nowadays, people are manually grinding and marking the exterior wall and installing the panel. When the wall is smoothed and marked, personnel need to use a lad...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the above problems, the present invention provides a building floor cement exterior wall construction machine that can automatically grind and install cement fiber boards, which can solve the problem of manually grinding and marking the exterior walls in the existing process of installing cement fiber boards. When installing the panel, when grinding and marking the outer wall, personnel need to use a ladder to perform grinding and marking processing. When performing the next grinding, personnel need to manually move the ladder and then climb up again. The process is cumbersome and complicated, and the ladder is not stable. It may cause people to fall down and cause potential safety hazards. At the same time, people inhale too much dust when smoothing and marking lines, causing physical discomfort and causing potential safety hazards. When installing panels, multiple people need to divide the work and cooperate. It is easy to fall down and cause safety hazards when working on the floor. When a person fixes the panel with tools, another person holding the panel may deviate from the installation position of the panel due to shaking and cause losses. The process takes a long time. The problems of high labor intensity and low efficiency can realize the functions of automatic smoothing of cement exterior walls and fixed installation of panels. Safety, reduced difficulty, accurate installation of the panel position, short time-consuming, and has the advantages of simple operation, low labor intensity and high work efficiency

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