Alignment location device

Abstract

The invention discloses an alignment location device comprising a location platform, a first direction location device and a second direction location device, wherein the first direction location device drives a pair of first direction alignment baffle blocks protruding out of the location platform to synchronously and oppositely move through a first transmission mechanism by a first drive mechanism; the second direction location device drives a pair of second direction alignment baffle blocks protruding out of the location platform to synchronously and oppositely move through a second transmission mechanism by a second drive mechanism; and the two baffle blocks on the second direction are respectively arranged on two sides of a center connecting line of the two baffle blocks on the first direction, and a movement path of the two baffle blocks on the second direction is vertical to the movement path of the two baffle blocks on the first direction. The alignment location device realizes alignment location on two directions respectively through the two drive mechanisms, realizes that the located baffle blocks can move, and can adapt to location requirements of different sizes; and the two drive mechanisms can respectively ensure synchronization of the movement on the first direction and the second direction, thus the alignment rate is increased and the alignment error is reduced.

Description

technical field [0001] The invention relates to the mechanical field, in particular to a centering and positioning device. Background technique [0002] In the PCB manufacturing industry, a large number of isolated steel plates are used in the lamination process, which are of various sizes and need to be stored according to size. At present, manual sorting is commonly used to sort steel plates of different sizes, but the efficiency of manual sorting is low, and It is easy to make mistakes by manual identification of steel plates with similar sizes, so automatic machine classification is the general trend. However, automatic classification requires centering and positioning of the steel plates. Most of the existing centering devices use a fixed structure to center and position the plates. When the size of the plates changes, the equipment has to be replaced, resulting in a waste of resources. Contents of the invention [0003] The technical problem mainly solved by the pre...

AI Technical Summary

Problems solved by technology

[0002] In the PCB manufacturing industry, a large number of isolated steel plates are used in the lamination process, which are of various sizes and need to be stored according to size. At present, manual sorting is commonly used to sort steel plates of different sizes, but the efficiency of manual sorting is low, and For steel plates with similar sizes, manual identification is prone to errors, so the use of machine automatic classification is the general trend

However, automatic classification requires centering and positioning of the steel plates. Most of the existing centering devices use a fixed structure to center and position the plates. When the size of the plates changes, the equipment has to be replaced, resulting in a waste of resources.

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