Damping glass transport rack

Abstract

The invention relates to a damping glass transport rack which comprises a base and a triangular support. The damping glass transport rack is characterized in that damping devices are arranged at the bottom of the base; the base is supported away from the ground through the damping devices; each damping device comprises a connecting rod, limiting covers, a damping spring and a rolling wheel; each rolling wheel is arranged at the bottom of the corresponding connecting rod; a circle of annular protrusion is arranged in the middle of each connecting rod; each damping spring is arranged on the corresponding connecting rod in a sleeving manner and supported by the corresponding annular protrusion; through holes are formed in the base, and the annular protrusions can be exactly sleeved in the through holes; the corresponding limiting covers are arranged on the upper surface and the lower surface of each through hole; and the two ends of each connecting rod stretch out of the corresponding upper limiting cover and the corresponding lower limiting cover. Therefore, in the transport process, when the road is uneven and the rolling wheels jolt up and down, vibration and impact energy can be absorbed through the damping springs; and rubber protection pads on the base and the triangular support have a certain buffer effect, and therefore the glass vibration amplitude can be greatly reduced, and glass can be prevented from being damaged.

Description

technical field [0001] The invention belongs to transportation equipment, in particular to a shock-absorbing glass transportation frame. Background technique [0002] In daily life, glass is formed by melting sand and other chemical substances. It has good light transmission and high hardness, so there are many types of glass and it is used in all walks of life, but it is well known that glass is fragile. Products, especially for some larger pieces of glass, need to be continuously transshipped during the process of being processed and applied to daily life, and in the process of transshipment, due to the impact of road conditions and speed , the entire transport rack will continue to bump, and this bumping force will directly act on the glass. When the bump is too severe, the glass on the transport rack will be shattered or shattered, which will easily cause waste of resources and property. Loss. Although there are glass transport racks in life, none of them have the effe...

AI Technical Summary

Problems solved by technology

[0002] In daily life, glass is formed by melting sand and other chemical substances. It has good light transmission and high hardness, so there are many types of glass and it is used in all walks of life, but it is well known that glass is fragile. Products, especially for some larger pieces of glass, need to be continuously transshipped during the process of being processed and applied to daily life, and in the process of transshipment, due to the impact of road conditions and speed , the entire transport rack will continue to bump, and this bumping force will directly act on the glass. When the bump is too severe, the glass on the transport rack will be shattered or shattered, which will easily cause waste of resources and property. Loss

Although there are glass transport racks in life, they have no shock-absorbing effect

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