Fixing bracket for glass transportation

Abstract

The invention discloses a fixing bracket for glass transportation, mainly relates to the field of construction equipment transportation. The fixing bracket for glass transportation comprises a main bracket body, a guide rail mechanism, a glass supporting mechanism, a limiting assembly and a buffering piece. The glass supporting mechanism achieves L-shaped extension adjustment by the bidirectionalguide rail mechanism, and achieves fixing and limiting by the limiting assembly; and the buffering piece achieves rigid shock absorption of glass. The fixing bracket has the beneficial effects of being capable of adapting to different conditions on site according to the glass with different sizes and characteristics to fix and transport the glass, significantly lowering transportation losses and improving resource utilization rate.

Description

technical field [0001] The invention relates to the field of building handling facilities, in particular to a glass transport fixing frame. Background technique [0002] As for the materials required for construction, doors, windows and decorative construction require more glass, and it is one of the most difficult materials to carry. Its texture is fragile, its specific gravity is large, and its area is large and thin, all of which bring great difficulties to handling. At the same time, the ground conditions of the construction site are generally poor, with obvious potholes on the bottom surface, more gravel, and more slope sections. Moreover, the shock absorption and other aspects of the temporary freight elevators are also poor in performance, and the vibration is more obvious when transporting up and down. Therefore, after the construction materials enter the site and unload, how to properly transfer the glass from the material site to the construction site is always a...

AI Technical Summary

Problems solved by technology

However, glass of different specifications needs to be used in construction, and the size and size vary greatly. As we all know, for the fixing of glass, it must be better to have a relatively ideal fit on its two inclined downward sides, so Different sizes of glass require different transport racks, resulting in high construction costs and high resource occupation

[0005] In terms of shock absorption, since the fixed frame itself has no shock absorption effect, the rigid impact caused by the up and down bumps on the glass can only be relieved by padding more cotton pieces, broken cotton, etc., but the effect is poor. The fixed position is often broken, and the loss of construction materials is very serious

For this problem, because the glass has a large spread and is relatively thin, if ordinary springs are used to buffer the rigid impact caused by the up and down bumps and swing up and down, it is easy to cause glass deformation and incitement, so that the deformation and self-weight exceed the inflection point of incitement Large-area fractures occur due to the limited bearing capacity, so it is difficult for the glass fixing frame of the prior art to have an effective solution in this respect.

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