Mobile phone shell receiving machine capable of achieving receiver stacking feeding

Abstract

The invention relates to a mobile phone shell material receiving machine capable of stacking and loading material receivers, including a frame, a power distribution control box, a material receiving mechanism, a pick-and-place device, a conveying device, and a material receiver stacking and feeding device, and the material receiving device The device stacking and feeding device includes a stacking and feeding box, on which a stacking and feeding square trough is provided, and the bottom of the stacking and feeding square trough is provided with a stacking and feeding lifting block, and the stacking and feeding lifting block is lifted from the stacking and feeding The groove goes out and is connected with the stacking material lifting cylinder. The stacking material lifting block is located on the upper side of the stacking material box and is provided with a stacking material spring, and the upper part of the stacking material spring is connected with a stacking material supporting seat; the present invention Set up a specific material receiver stacking and loading device, which can realize that piles of material receivers can be clamped and loaded by the pick-and-place device one by one, and can realize continuous feeding while ensuring the matching position of each material receiver and the pick-and-place device Consistent, greatly improving the accuracy of pick-and-place and reducing equipment costs.

Description

technical field [0001] The invention relates to the field of processing equipment for mobile phone parts, in particular to a mobile phone case material catcher capable of stacking and loading materials from a material catcher. Background technique [0002] Mobile phone is a widely used electronic product. Some mobile phones are made into an all-in-one machine, and some mobile phones have detachable plastic back shells. Most of their structures are as follows: figure 2 As shown, it includes the housing 8 and the camera hole provided on the housing, and the edge of the housing is also provided with an insert that cooperates with the main body of the mobile phone. [0003] During the processing of plastic mobile phone cases, it is necessary to take out the processed mobile phone cases and place them in the collection box for full box collection, and then transport them to the mobile phone case loading station for case loading. The existing Most of the collection of mobile phon...

AI Technical Summary

Problems solved by technology

[0003] During the processing of plastic mobile phone cases, it is necessary to take out the processed mobile phone cases and place them in the collection box for full box collection, and then transport them to the mobile phone case loading station for case loading. The existing Most of the collection of mobile phone cases is to put the mobile phone case directly into the box. Since the collection case is a plastic product, it is easy to be damaged during the collection and transportation process, which leads to a low yield rate of the product. Therefore, in the collection Most of the time, the mobile phone case will be inserted into the feeder, and the mobile phone case will be protected by the feeder. Therefore, in the whole processing process, it is necessary to use the pick-and-place device to cooperate with the material receiving mechanism to realize the material receiving and placement of the processed mobile phone case. After that, the container is collected. Most of the existing material receiving mechanisms use manual loading of the material receiver, which consumes a lot of operating time, and cannot realize continuous automatic material loading. The material is received through the conveyor line and the pick-and-place device. The feeding of the device will have low precision and high equipment cost

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