Glass stand

Abstract

The invention discloses a glass stand which comprises a bottom frame and a leaning vertical frame. The bottom frame comprises a plurality of bottom rods, supporting legs arranged at the bottoms of one ends of the bottom rods, and blocking rods arranged perpendicular to the bottom rods. A first beam and a second beam are arranged at the two ends of the bottom rods respectively. The leaning vertical frame comprises leaning rods connected with the other ends of the bottom rods, and supporting rods arranged on the rear portions of the leaning rods. Detachable containing devices are arranged between the leaning rods and the blocking rods. One ends of the leaning rods are connected with the bottom rods through the second beam. A third beam is arranged at the other ends of the multiple leaning rods. The rear portion of each leaning rod is provided with a corresponding supporting rod, transverse rods are arranged between the adjacent leaning rods, and a containing space is formed under the interaction of each supporting rod, the corresponding transverse rod and the corresponding two leaning rods, and therefore multiple containing spaces exist. The requirement for containing glass of various sizes is met by changing stacking platforms of the containing devices, the containing spaces of the glass stand lean one another during truck loading, the loading space in a truck can be saved, and stable and firm supporting can be formed.

Description

technical field [0001] The invention belongs to the technical field of chemical equipment, and in particular relates to a glass shelf for stacking glasses. Background technique [0002] In the process of glass production, temporary storage, warehouse storage and logistics transportation all require the use of special glass racks for glass to ensure that the glass will not be worn. During the production and use of glass, glass will be cut into different sizes to meet people's needs. The inventors of the present invention have found through research that the shape of the existing glass racks for placing glass is fixed, so the size of the stacking platform is also fixed, which cannot meet the needs of placing glasses of multiple sizes, and the existing glass racks are leaning against each other during logistics transportation. Placed against the backrest takes up a lot of space, cannot make full use of the loading space in the transport vehicle, and has low seismic strength du...

AI Technical Summary

Problems solved by technology

[0003] The size of the glass shelf stacking platform in the prior art cannot be changed, which cannot meet the needs of placing glasses of different sizes. In addition, in the process of logistics transportation, the space occupied by the backrest and the backrest is relatively large, and the loading space in the transport vehicle cannot be fully utilized. As well as the technical problem that the shock resistance is low and the glass shelf is easy to loose during the logistics transportation process, the invention provides a glass shelf

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