Self-balancing glass transport device and balancing method thereof

Abstract

The invention discloses a self-balancing glass transportation device and a balancing method thereof, comprising: a loading assembly and a support frame assembly connected through a balancing assembly, the loading assembly includes an upper loading plate and a lower loading plate arranged sequentially from top to bottom, and the balancing assembly It includes two sets of sliding mechanisms that move synchronously. The sliding mechanism includes a fixed component and a moving component connected by a pushing component; a hollow cavity is set inside the fixed component and the moving component, and a slider is set in the hollow cavity, and the slider is connected to the pressure sensor through a connecting rod , both ends of the fixed member and the moving member are provided with a support frame assembly; the support frame assembly includes a fixed frame body and a telescopic tripod connected through a first transmission shaft, and the telescopic tripod includes a first support rod and a second telescopic tripod connected through a second transmission shaft Two support rods. Use the balance component to adjust the two sets of support frame components that are in contact with the ground to ensure that the loading component is kept parallel to the horizontal plane, to ensure that the glass transport device remains balanced when moving, and to prevent the occurrence of rollover.

Description

Technical field [0001] The present invention relates to the field of glass transportation or mechanism self-balancing, and more particularly to a self-balanced glass transport device and a balance method thereof. Background technique [0002] The widespread use of glass is mainly due to the production of glass compositions which are transparent to visible light. Instead, multi-crystalline materials are generally not visible to visible light. Single crystals may be transparent, but their small plane reflects or scattered light, resulting in diffuse reflection. The glass does not contain internal segmentation associated with the polycrystalline dominant boundary, so it does not scatter light as polycrystalline material. The surface of the glass is usually smooth because the overcooling liquid molecules do not be forced to process into a rigid crystal geometry, and can follow the surface tension, which produces a micro-smooth surface. Even if the glass moiety is sufficient, it is co...

AI Technical Summary

Problems solved by technology

However, in some places where the operating space is relatively narrow and the ground is uneven, it is difficult to safely transport the glass to the construction site. On the other hand, many glass transport devices cannot flexibly adjust the horizontal angle between the loading plate and the horizontal plane. The stability of the glass loading cannot be guaranteed, so it is easy to roll over during transportation, resulting in damage to the loaded glass and increasing the construction cost

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