A hinge thimble vertical feeding mechanism and its control method

Abstract

The invention relates to the field of part installation, in particular to a hinge center vertical discharging mechanism. The hinge center vertical discharging mechanism comprises a conveying table anda discharging driving air cylinder which is disposed on the conveying table and moves back and forth in the longitudinal direction, and further comprises a hinge limiting control device and a centerpositioning device; a material moving channel is disposed on the conveying table; the hinge limiting control device is mounted at the outlet end of the material moving channel; and the center positioning device is disposed on the discharging driving air cylinder and corresponds to the position of the outlet end of the material moving channel in the longitudinal direction. According to the hinge center vertical discharging mechanism and the control method thereof, the hinge limiting control device is mounted at the outlet end of the material moving channel so that when the center positioning device is restored, materials on the material moving channel can be preliminarily positioned, the correction of the material position after restoration of the center positioning device is omitted, and the production time is shortened; and by arranging the hinge limiting control device, the materials on the material moving channel cannot be discharged repeatedly, and machine jamming is avoided.

Description

technical field [0001] The invention relates to the field of component installation, and more specifically, to a hinge thimble vertical unloading mechanism and a control method thereof. Background technique [0002] In the existing vertical feeding mechanism, often when the material is in place, the thimble needs to correct the position of the material, and then press and install the material. Since the position correction takes time, the processing speed of the material is relatively slow. In addition, After the thimble is pressed and installed, it needs to be pulled up again for the next pressing. At this time, if the material is transported too fast, multiple materials will be under the thimble at the same time, which will cause the vertical feeding mechanism to fail and jam the machine. At this time, it is necessary to manually clear the fault before it can continue to operate, resulting in a slow production process, and the machine is stuck for a long time, which also c...

AI Technical Summary

Problems solved by technology

[0002] In the existing vertical feeding mechanism, often when the material is in place, the thimble needs to correct the position of the material, and then press and install the material. Since the position correction takes time, the processing speed of the material is relatively slow. In addition, After the thimble is pressed and installed, it needs to be pulled up again for the next pressing. At this time, if the material is transported too fast, multiple materials will be under the thimble at the same time, which will cause the vertical feeding mechanism to fail and jam the machine. At this time, it is necessary to manually clear the fault before it can continue to operate, resulting in a slow production process, and the machine is stuck for a long time, which also causes damage to the vertical feeding mechanism

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