Synchronous transferring module

Abstract

The invention discloses a synchronous transferring module. According to the synchronous transferring module, a feeding assembly drives fixtures to move left and right through a motor, and therefore precise moving of the fixtures is achieved; location precision of each fixture is guaranteed by means of limitation of a limiting assembly to the fixture; and the feeding assembly is located on the lower portion of the limiting assembly, the fixtures are conveyed to the limiting assembly through the feeding assembly, and then the fixtures are conveyed to all operation stations precisely. According to the synchronous transferring module, conveying and locating of the fixtures are achieved through the feeding assembly and the limiting assembly, a moving assembly which is of a pushing jaw structureis used for replacing an original complicated feeding and discharging structure, and the structure is greatly simplified; a cam transmission mechanism which is formed by matching a limiting pushing block with a transferring limiting block is adopted and can precisely locate the locations of the fixtures, and therefore the locating precision of the fixture is improved; and compared with an original complicated structure, the cost can be better reduced by means of the compact structure of the module.

Description

technical field [0001] The invention relates to the technical field of jigs, in particular to a synchronous transfer module. Background technique [0002] In order to make accurate jigs, it is generally necessary to fix the jigs on the module and add them on a lathe. The module needs to have strong flexibility and be able to process multiple jigs at the same time to improve work efficiency. The modules in the prior art Generally, there are two components of lifting and traversing. When working, the motor of the lifting component needs to lift the whole mechanism up to make the jig out of the positioning position, and then move the jig forward to the next station through the motor of the traversing component. Afterwards, the lifting component descends to the positioning position to process the parts on the jig. Finally, the traverse component moves backward through the motor to process the last part. In this way, the movement of the product is completed through the circular a...

AI Technical Summary

Problems solved by technology

[0002] In order to make accurate jigs, it is generally necessary to fix the jigs on the module and add them on a lathe. The module needs to have strong flexibility and be able to process multiple jigs at the same time to improve work efficiency. The modules in the prior art Generally, there are two components of lifting and traversing. When working, the motor of the lifting component needs to lift the whole mechanism up to make the jig out of the positioning position, and then move the jig forward to the next station through the motor of the traversing component. Afterwards, the lifting component descends to the positioning position to process the parts on the jig. Finally, the traverse component moves backward through the motor to process the last part. In this way, the movement of the product is completed through the circular action of the two motors of the lift and traverse components. , the modules in the prior art are complex in structure, require more transmission mechanisms, and are costly. At the same time, the operation is inconvenient and the sensitivity of movement is not high.

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