Retractable glass lifting, placing and transporting device

Abstract

The invention discloses a retractable glass lifting, placing and transporting device. The retractable glass lifting, placing and transporting device comprises a rotary pneumatic control type driving assembly, an inner rod rotary type supporting assembly and an outer rod fixed type supporting assembly. The invention belongs to the field of building glass carrying, and particularly relates to a retractable glass lifting, placing and transporting device. A traditional vertical placement method is changed into a horizontal placement method by controlling the air bags to suck the building glass, so that the gravity center of the building glass is balanced, the risk of rollover of the building glass during carrying can be effectively prevented, the capacity of the building glass carried by the device is greatly increased, and the labor cost is reduced; meanwhile, on the basis of the method for changing harm into benefit, the directions of the two sets of fixed pulleys and the direction of the movable twisting pulley mechanism are different in different use stages, and harmful factors prone to rollover are converted into beneficial factors for stable advancing. And the possibility that the building glass is scratched in the bottom-to-top carrying process is reduced to the minimum.

Description

technical field [0001] The invention belongs to the technical field of architectural glass handling, in particular to a retractable glass lifting and placing transportation device. Background technique [0002] In construction projects, it is often necessary to install glass after the construction of the house is completed. The glass needs to be transported to the construction site by a transport vehicle. The glass is usually placed on the ground. Due to the smooth surface of the glass, it is very inconvenient to take the glass. [0003] Generally, when glass is shipped from the factory, it is often placed one by one in a way of one piece of glass and one spacer paper, and then packed and transported to the construction area. In high-rise buildings, individuals transport the glass in turn by lifting, and place the corresponding quantity on each floor. However, in specific use, in order to avoid cracks, scratches or breakage of the glass during the delivery of the glass, the ...

AI Technical Summary

Problems solved by technology

[0004] Similarly, for low-rise or single-story buildings with a large area, such construction sites often do not have a hoist, and manual handling of glass is wasteful, and more human resources are required for large-area glass; Moreover, relying on manpower alone to carry the glass will inevitably cause scratches and breakage. Once it happens, the construction side's economy will be difficult to make up for.

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