Trimming and leveling device for house building prefabricated wallboards and using method thereof

Abstract

The invention discloses a trimming and leveling device for house building prefabricated wallboards and a using method thereof. The trimming and leveling device comprises a vehicle body; a fixing rectangular groove is formed in the inner side wall of the vehicle body; a fixing frame is slidably connected with the inner side wall of the fixing rectangular groove; a grounding plate body is welded tothe lower surface of the fixing frame; a telescopic frame is welded to the upper surface of the grounding plate body; and a fixing sleeve is welded on the upper surface of the grounding plate body. Through the vertical installation of a guide rail shell and cooperation with the stably grounded grounding plate body, leveling can be directly carried out by means of a mechanism. Meanwhile, the leveling requirements of the different prefabricated wallboards with different heights can be met through adjustment by means of the cooperation of the telescopic frame and a top tray. Meanwhile, the top tray can achieve the limiting effect on a push rod, so that the phenomenon that a saw disc continues to advance upwards, and consequently dangerous accidents or wall damage is caused is avoided; and through the cooperation of laser sensors and inductance patches, the positioning and leveling of a uniform horizontal plane can be provided in the cutting and leveling process of a row of prefabricated wallboards.

Description

technical field [0001] The invention relates to the technical field of building wallboard processing devices, in particular to a trimming and leveling device for building prefabricated wallboards and a method for using the same. Background technique [0002] The use of prefabricated wall panels in modern buildings is becoming more and more popular. However, according to changes in the environment, the length data of the same batch of prefabricated wall panels may be different due to errors, length and size limitations of the actual site, or other processing and installation requirements of the actual site. After being transported to the construction site, manual secondary cutting and leveling treatment is usually required; in the case of traditional manual hand-held cutting tools, relying on one's own experience or feeling to cut wallboards, it is inevitable that human factors (such as hand shaking) , unskilled operation experience, etc.) error processing and other phenomena...

AI Technical Summary

Problems solved by technology

[0002] The use of prefabricated wall panels in modern buildings is becoming more and more popular. However, according to changes in the environment, the length data of the same batch of prefabricated wall panels may be different due to errors, length and size limitations of the actual site, or other processing and installation requirements of the actual site. After being transported to the construction site, manual secondary cutting and leveling treatment is usually required; in the case of traditional manual hand-held cutting tools, relying on one's own experience or feeling to cut wallboards, it is inevitable that human factors (such as hand shaking) , unskilled operation experience, etc.) error processing and other phenomena, which eventually lead to the non-vertical sides of the wall panels, and the leveling process on both sides of the prefabricated wall panels did not meet the expected requirements and expected results, resulting in a waste of resources, and The practicability is low and time-consuming; and the traditional manual processing method is easy to cause cutting damage to the rear wall panel fixed to the rear of the prefabricated wall panel

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