Beating and pressing plate structure, feeding mechanism and IC carrier plate processing equipment

Abstract

The invention relates to the technical field of laser processing, and provides a beating and pressing plate structure. The beating and pressing plate structure comprises a first push rod capable of pushing materials to a preset area of the materials, a pressing block capable of pressing the materials on the preset area and a driving assembly used for driving the first push rod and the pressing block to act; the first push rod is located on one side of the preset area. The invention provides a feeding mechanism. The feeding mechanism comprises a feeding platform and the beating and pressing plate structure, the feeding platform is provided with the preset area, and the feeding platform is arranged on one side of the first push rod. The invention further provides IC carrier plate processing equipment. The equipment comprises the beating and pressing plate structure. By means of the beating plate function, the situation that when materials are taken and placed, the position deviation of the materials is too large, machining position errors of subsequent procedures are caused, and then waste is caused can be avoided; by means of the pressing plate function, the situation that some materials warp, if the materials warp, the feeding platform cannot adsorb the materials or cannot adsorb the materials firmly, and then machining deviation is caused can be avoided.

Description

technical field [0001] The invention relates to the technical field of laser processing, in particular to a plate-beating structure, a feeding mechanism and an IC carrier plate processing equipment. Background technique [0002] Laser marking equipment is a kind of equipment that marks the corresponding marking pattern on the material by the laser at the designated position. [0003] However, most of the existing equipment has a complex structure, cannot realize fully automatic marking work, and the cost is too high. In addition, most of the marking targets targeted by the existing marking equipment are one of the sides. If you want to mark other sides, you need to manually turn over the sides; and in terms of feeding and unloading, manual feeding is also used, which affects the work. Efficiency; conventional manipulators have a low fit for loading and unloading, and need to replace different types of grasping structures according to different material sizes, which is more ...

AI Technical Summary

Problems solved by technology

[0003] However, most of the existing equipment has a complex structure, which cannot realize fully automatic marking work, and the cost is too high

In addition, most of the marking targets of existing marking equipment are one side. If other sides are to be marked, human assistance is needed to turn over the other side; and in terms of loading and unloading, manual loading is often used, which affects the work. Efficiency; the adaptability of conventional manipulators for loading and unloading is low, and it is necessary to replace different types of grasping structures according to different material sizes, which is more complicated; the existing feeding mechanism can only send one time at a time, which is inefficient, and the feeding time is high. Material stripping is easy to occur during the process; the conventional visual recognition module can only take pictures of one viewing angle, and the adaptability is low; in addition, the existing laser marking system is inconvenient to adjust the coaxiality of the beam and the optical device, which is often accompanied by errors

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