Breaking preventing device for toughened glasses in transporting

Abstract

The invention discloses a breaking preventing device for toughened glasses in transporting. The device comprises a mounting bottom plate, the toughened glasses and a mounting top plate, wherein chutes on which clamping seats are arranged are formed in the front side and the rear side of the mounting bottom plate; bases are arranged in the clamping seats; the bottom ends of the toughened glasses are positioned on the bases; fixing blocks are arranged at the left sides of the clamping seats, and clamping blocks are arranged at the right sides of the clamping seats; the fixing blocks are inserted into the clamping blocks; limiting slide blocks are movably clamped to the right ends of the chutes. According to the device adopting the abovementioned structure, the slide blocks slide from the right ends of the chutes, and the fixing blocks of the clamping seats are pushed into the clamping blocks of the chutes, thus realizing the random combination of the clamping seats; then the bottom ends of the toughened glasses are positioned on the bases; the bases downwards move through the gravity of the toughened glasses, and propping rods can be driven to downwards move to extrude two sides of the toughened glasses; fixing grooves in the mounting top plate sleeve the top ends of the toughened glasses after the bottom ends of the toughed glasses are mounted, so as to further fix the toughened glasses.

Description

technical field [0001] The invention relates to the technical field of tempered glass, in particular to an anti-shattering device for transporting tempered glass. Background technique [0002] The general self-explosion rate of tempered glass is calculated in units of pieces. In order to uniformly calculate the self-explosion rate, a unified condition is set. Every 5-8T glass contains a nickel sulfide that is enough to cause self-explosion. The average area of ​​each piece of glass is 1.8 square meters. Calculated The self-explosion rate of 6mm tempered glass is 0.34%-0.54%, that is, the self-explosion rate of 6mm tempered glass is 0.3%-0.5%, which is also consistent with the actual standards of domestic high-level processing enterprises. Around 0.8%. [0003] Therefore, during the transportation of tempered glass, if the bumps are severe, it is easy to break it or cause various unexpected cracks. However, most of the existing tempered glass transportation is fixed by woode...

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Problems solved by technology

[0003] Therefore, during the transportation of tempered glass, if the bumps are severe, it is easy to break it or cause various unexpected cracks. However, most of the existing tempered glass transportation is fixed by wooden frames, which leads to the occupation of the entire tempered glass. The volume of the truck becomes larger, the loading rate of the truck is low, and the quantity of tempered glass loaded each time is inconsistent, which requires repeated installation and disassembly of the wooden frame. This process is not only time-consuming and laborious, but also increases the possibility of tempered glass breaking. Therefore, we propose an anti-shattering device for tempered glass transportation to solve the above problems

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