Automatic feeding equipment for plastic rolling ball

Abstract

The invention provides automatic feeding equipment for a plastic rolling ball. The automatic feeding equipment for the plastic rolling ball comprises a plastic rolling ball material way, a horizontal cylinder, an axial cylinder and a pin material clamp; an upper end sensor is arranged at the head end of the plastic rolling ball material way; a lower end sensor is arranged at the tail end of the plastic rolling ball material way; the plastic rolling ball material way is connected with the axial cylinder; the axial cylinder is connected with the pin material clamp; an ejector pin of the axial cylinder presses against the pin material clamp; a miss assembling preventing sensor is arranged at one end of the pin material clamp. According to the automatic feeding equipment for the plastic rolling ball, the problem of miss assembling of the plastic rolling ball is completely solved by electric control; the plastic rolling ball is detected by the sensors, the automatic feeding of the plastic rolling ball is automatically controlled, and the working intensity and the working time of a worker are greatly reduced; the plastic rolling ball can be assembled by only pressing buttons by double hands. The automatic feeding of the plastic rolling ball is realized; working hours are reduced; the labour intensity of the worker is reduced; the problem of miss assembling of the plastic rolling ball caused by manual mounting before is solved.

Description

technical field [0001] The invention relates to an automatic feeding device for plastic balls. Background technique [0002] At present, the clamp is one of the very important parts in the structure of the shift handle of the car. Since the part is small in size and does not affect the subsequent assembly, there is a problem of missing installation. Traditional clamps are manually assembled, installing the clamp directly onto the handle. There is a problem of missing clamps in manual assembly. These problems make the assembly process of the shift handle uncontrollable, resulting in the need for rework and repair of the product. To sum up, there are three disadvantages in the prior art clamp placement: first, manual placement of parts will lead to increased man-hours; second, there is no leak-proof detection during clamp assembly, which will lead to missing assembly; third, the workload of workers is heavy. Contents of the invention [0003] In view of the above-menti...

AI Technical Summary

Problems solved by technology

There is a problem of missing clamps in manual assembly. These problems make the assembly process of the shift handle uncontrollable, resulting in rework and repair of the product

To sum up, there are three disadvantages in the prior art clamp placement: first, manual placement of parts will lead to increased man-hours; second, there is no leak-proof detection during clamp assembly, which will lead to missing assembly;

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