Forklift driving type large-scale glass calibration and installation semi-automatic device and using method thereof

Abstract

The invention discloses a forklift driving type large-scale glass calibration and installation semi-automatic device and a using method thereof. The forklift driving type large-scale glass calibration and installation semi-automatic device comprises a fixed base; a suction cup assembly is arranged and erected in front of the fixed base; a hollow cavity is formed in the middle of the fixed base; a normal opening of the cavity is located in the front end face of the fixed base; a left-right moving base, an up-down lifting base and a front-back moving base are sequentially installed in the cavity from bottom to top; a forward-leaning and backward-leaning base is installed on the upper end face of the front-back moving base in a hinged mode through a hinged base; left-right hydraulic cylinders are installed on the two sides of the forward-leaning and backward-leaning base; and the extending ends of piston rods of the left-right hydraulic cylinders are connected with rotating bases of suction cup fixing bases correspondingly; and a liftable operation table facilitating manual auxiliary operation is erected above the fixed base. According to the forklift driving type large-scale glass calibration and installation semi-automatic device, only manual supporting is needed, specific moving, lifting and inclining are driven by all driving hydraulic cylinders in the cavity of the fixed base, so that rapid and accurate mounting of glass is achieved, the manual labor intensity is small, time and labor are saved, and the requirement for mounting of the large glass is met.

Description

Technical field: [0001] The invention relates to the field of glass installation, and mainly relates to a forklift-driven large-scale glass calibration and installation semi-automatic device and a use method thereof. Background technique: [0002] In some buildings surrounded by glass, such as exhibition halls, booths and other construction areas with advertising benefits, or some large and high-end office buildings, office areas will be constructed with a large amount of glass. Due to the fragile characteristics of glass, so In the installation process, it is basically placed and calibrated manually. During the process, many people are required to cooperate with the operation, and the labor intensity is high. Whether it is moving, clamping, or placing, it needs to be careful, slow operation, time-consuming and labor-intensive. The labor cost is high, especially for the installation of large-scale glass. The glass is relatively heavy and inconvenient to control. While using ...

AI Technical Summary

Problems solved by technology

[0002] In some buildings surrounded by glass, such as exhibition halls, booths and other construction areas with advertising benefits, or some large and high-end office buildings, office areas will be constructed with a large amount of glass. Due to the fragile characteristics of glass, so In the installation process, it is basically placed and calibrated manually. During the process, many people are required to cooperate with the operation, and the labor intensity is high. Whether it is moving, clamping, or placing, it needs to be careful, slow operation, time-consuming and labor-intensive. The labor cost is high, especially for the installation of large-scale glass. The glass is relatively heavy and inconvenient to control. While using the sling to assist with cooperation, there will be certain safety hazards during the installation process, the installation efficiency is extremely low, and real-time calibration cannot be performed during the installation process. Therefore, the process of rework and repeated operation often occurs, the operation is cumbersome, the working hours are delayed, and it cannot meet the needs of current intelligent automation and use requirements.

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