Ampoule machine neck compression cam

Abstract

The invention provides an ampoule machine neck compression cam and belongs to the field of ampoule machine neck compression cams. The ampoule machine neck compression cam comprises a neck compression cam body which is in a hollow structure. Laser lamps are arranged in the neck compression cam body. A controller, a photoelectric transducer, a relay, an alarm horn and an analog-digital converter are arranged in the neck compression cam body. A laser receiver is arranged below a produced compressed by the neck compression cam body, the signal output end of the laser receiver is connected with the signal receiving end of the photoelectric transducer, the signal sending end of the photoelectric transducer is connected with the analog-digital converter, the signal sending end of the analog-digital converter is connected with the signal receiving end of the controller, the laser and the controller are both connected with a power supply through an air switch, the alarm horn is connected with the power supply through the relay power end, and the signal input end of the controller is connected with the relay control end. By means of the cam, cracks of ampoule machine necks can be detected and alarmed, and indication lamps can be turned on when neck compression cams deform and affect the product quality.

Description

technical field [0001] The invention provides a neck pressing cam of an ampoule machine, which belongs to the field of neck pressing cams of an ampoule machine. Background technique [0002] During the pressing process of the existing ampoules, sometimes there will be cracks in the neck, and it is not easy to be detected when the production line is used for production. After such ampoules are sold to the market, it will greatly affect the image of the manufacturer. During the use of the cam, the pressure neck cam will deform as time goes on. If the deformation is slight, it will not affect the production, but if the deformation continues to increase with time, it will not only affect the shape of the product, but also increase The situation where the bottleneck suppresses cracks. [0003] The defects of the current existing technology are: firstly, the ampoules with cracks in the bottleneck pressing are difficult to be detected, which greatly affects the company's image; se...

AI Technical Summary

Problems solved by technology

[0002] During the pressing process of the existing ampoules, sometimes there will be cracks in the neck, and it is not easy to be detected when the production line is used for production. After such ampoules are sold to the market, it will greatly affect the image of the manufacturer. During the use of the cam, the pressure neck cam will deform as time goes on. If the deformation is slight, it will not affect the production, but if the deformation continues to increase with time, it will not only affect the shape of the product, but also increase Cracks in the bottleneck

[0003] The defects of the current existing technology are: firstly, the ampoules with cracks in the bottleneck pressing are not easy to be detected, which greatly affects the company's image; secondly, it is impossible to know in time when the neck cam is deformed to affect product quality

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