A scalable packaging and weighing system for silane cross-linked cable material production line

Abstract

A telescopic packaging and weighing system used for a silane crosslinking cable material production line comprises a hopper, a telescopic rotary support used for supporting packaging bags, and a metering device. The central point of the hopper, the central point of the support and the center point of the metering device are all located on a straight line perpendicular to the horizontal plane. The support is composed of two frames. The two frames are connected through connecting pieces which are arranged at the central point of the upper border and the central point of the lower border. The frames can rotate clockwise or anticlockwise, and an included angle between the two frames ranges from 0 degree to 360 degrees. The frames can be pulled upwards and downwards according to requirements so that the length of the left border and the right border can be adjusted. The frames are connected with a fixed sliding groove through a sliding rod. The sliding rod is connected with the fixed sliding groove through a rotatable connecting piece. A rail used for the sliding rod to slide is arranged on the fixed sliding groove. The telescopic packaging and weighing system has the beneficial effects that the packaging efficiency can be improved, and cargo bagging and weighing are facilitated.

Description

technical field [0001] The invention relates to the field of equipment suitable for packaging and weighing system for finished products of silane crosslinked cable materials, in particular to a scalable packaging and weighing system for silane crosslinked cable material production lines. technical background [0002] At present, after the production of domestic PVC cable materials is completed, the finished product is usually transferred through the silo and then packed in a special bag. Some of the process adopts a fully automatic packaging system, and some factories manually support the bag and weigh it. This process is in the long-term production process. Due to manual operation and repeated weighing, measurement errors and incorrect weights will occur, and waste often occurs during the feeding process, and the labor intensity of workers is very high, which affects the efficiency and quality of product packaging. [0003] The cost of purchasing a fully automatic packaging...

AI Technical Summary

Problems solved by technology

[0002] At present, after the production of domestic PVC cable materials is completed, the finished product is usually transferred through the silo and then packed in a special bag. Some of the process adopts a fully automatic packaging system, and some factories manually support the bag and weigh it. This process is in the long-term production process. Due to manual operation and repeated weighing, there will be measurement errors and incorrect weights, and waste often occurs during the feeding process, and the labor intensity of workers is very high, which affects the efficiency and quality of product packaging.

[0003] The cost of purchasing a fully automatic packaging system is relatively high, but it is difficult for some small enterprises to purchase, so we provide a scalable packaging weighing system for silane crosslinked cable material production line

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