Bonding tooling for smoke baffle bracket and glass plate

Abstract

The invention relates to a bonding tool for a smoke baffle bracket and a glass plate, comprising a base plate, a screw, a first positioning block, a second positioning block, a foot, a third positioning block, a pushing block, a fourth positioning block, and a fifth positioning block. Block, the first driving mechanism and the pressure plate, when using, first adjust the positions of the first positioning block, the second positioning block, and the third positioning block according to the requirements, and then place the smoke baffle bracket after gluing on the first positioning block, On the second positioning block; place the glass plate on the feet, push the glass plate back until the rear edge of the glass plate is against the third positioning block, and then adjust the fourth positioning block and the fifth positioning block synchronously through the first driving mechanism For the position of the positioning block, use the fourth positioning block and the fifth positioning block to center the glass plate in the left and right direction. The smoke baffle brackets are bonded together, and the present invention realizes high-precision bonding through an adjustable centering structure in front, rear, left and right.

Description

technical field [0001] The invention relates to a bonding tool for a smoke shield bracket and a glass plate. Background technique [0002] Since there are many types of near-suction range hoods, the positions where the same smoke baffle support of the same type is bonded to the smoke baffle are also different for different models. If manual bonding is used, not only is time wasted, the bonding efficiency is extremely low, but on the premise of increased labor costs, it will lead to a substantial increase in processing costs, and due to the instability of human factors in manual bonding, the bonding position of the bracket will Inaccurate, high technical requirements for workers. If each model has a bonding tooling, there will be problems of wasting time, cost, and placement, and the design process cannot be completed at one time, and the tooling needs to be adjusted continuously in the later stage to make the size reach a reasonable state, resulting in poor versatility of t...

AI Technical Summary

Problems solved by technology

If manual bonding is used, not only is time wasted, the bonding efficiency is extremely low, but on the premise of increased labor costs, it will lead to a substantial increase in processing costs, and due to the instability of human factors in manual bonding, the bonding position of the bracket will Inaccurate, high technical requirements for workers

If each model has a bonding tooling, there will be problems of wasting time, cost, and placement, and the design process cannot be completed at one time, and the tooling needs to be adjusted continuously in the later stage to make the size reach a reasonable state, resulting in poor versatility of the tooling , and the bonding accuracy is not high

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