Calibrating table capable of preventing product from being damaged by clamping

Abstract

The invention belongs to the technical field of material sheet position calibration, and particularly provides a calibration table capable of preventing a product from being damaged by clamping. The calibration table mainly comprises a base plate, a left bottom plate, a left side clamping arm, a right bottom plate, a right side clamping arm, an elastic mechanism, a linear sliding mechanism, a motor, a transmission mechanism, an error judgment photoelectric switch and an error judgment separation blade. Wherein the elastic mechanism adopts a torsional spring, and the transmission mechanism comprises a driving belt wheel, a driven belt wheel, a transmission belt, a right connecting plate, a left connecting plate and a belt clamping plate. When the folding of the side clamping arms is blocked in the calibration process, the calibration table can effectively absorb the instantaneous impact of the side clamping arms on the material sheet ring through the elastic force of the elastic mechanism; through an error determination photoelectric switch and an error determination separation blade, the condition of abnormal calibration operation is determined in time, and feedback of stalling of the transmission mechanism is made. The problem that when a side clamping arm is locked in the calibration process, the side clamping arm impacts a material piece ring and continuously applies pressure subsequently, and consequently a material piece in the tightening ring is damaged is solved.

Description

technical field [0001] The invention belongs to the technical field of sheet position calibration, and particularly provides a calibration table for avoiding pinching products. Background technique [0002] The dicing machine is one of the commonly used equipment in the field of semiconductor processing, and the material pieces need to be frequently transported during its work. [0003] During the material flow process of the automatic dicing machine, it is necessary to first place the material sheet ring in the material box and place it in the feeding area, and then grab the sheet ring by the lower handling arm to the side clamping arm of the pre-calibration table. The side clamping arm moves inward to pre-calibrate the position of the sheet ring, and then the product sheet ring is transported to the work plate by the lower transport arm. After the equipment cuts the product, it is transported by the upper transport arm to the cleaning area for cleaning. After that, it is ...

AI Technical Summary

Problems solved by technology

When there is a dimensional error in individual material sheet rings, it may cause the clamping arm on the side of the calibration table to be blocked from closing inward; Edges and corners, that is, the calibration process not only calibrates the position of the material sheet ring, but also calibrates its placement angle), during the pre-calibration clamping process of the calibration table, if the angle deviation is too large, the edges and corners of the tension ring and the side wall of the side clamp arm There may be a locking phenomenon, resulting in the obstruction of the inward closing of the clamping arms on the side of the calibration table

After being blocked, the system will control the side clamp arm to continue to apply thrust because the side clamp arm cannot move to the predetermined position. If the material in the material sheet ring is hard, brittle and too thin, the product may be damaged

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