Curling wire packing machine

Abstract

The invention discloses a curling wire packing machine. In a commonly-used aluminum wire recycling process, a container with an extremely huge volume is placed at the chip removal position of a machine tool, aluminum wires are fed into the container through equipment such as a material guiding channel, and the aluminum wires need to be cleaned at the position without aluminum wires aside at regular times by specialized workers, so that the production efficiency is low. The curling wire packing machine is characterized in that an aluminum wire recycling cavity is arranged at the upper part of a rack, an aluminum wire guiding component communicated with the aluminum wire recycling cavity is arranged at the front end of the aluminum wire recycling cavity, and a curling wire base plate is arranged on the base plate of the aluminum wire recycling cavity; a roll-packing rod advancing and retreating guiding assembly, a roll-packing rod advancing and retreating driving assembly and an automatic roll-packing assembly are arranged between the curling wire base plate and the lower base plate of the rack, and a roll-packing compressing assembly for compressing aluminum wire rolls after roll-packing is arranged on one side wall of the aluminum wire recycling cavity. The aluminum wires generated by turning can be recycled and packed, so that the requirement for saving much space can be realized, the cost is lowered while the human input is reduced, and the recycling efficiency of waste materials is improved.

Description

technical field [0001] The invention relates to equipment for recycling and packaging aluminum wire produced by machine tool cutting, in particular to a winding wire packaging machine. Background technique [0002] At present, the commonly used recycling of aluminum wire is to place a large container at the chip removal position of the lathe, and the aluminum wire enters the container through guide channels and other equipment. Since the position where the aluminum wire is introduced is fixed, the aluminum wire will quickly accumulate in a certain part of the container. At this time, special workers are needed to clean the aluminum wire to a position where there is no aluminum wire on the side, so as to make full use of the container. At the same time, because the aluminum wires introduced into the container through natural guidance are interlaced and very loose, it is inconvenient for the later recycling and transportation of waste materials, and it is also very inconvenien...

AI Technical Summary

Problems solved by technology

Since the position where the aluminum wire is introduced is fixed, the aluminum wire will quickly accumulate in a certain part of the container. At this time, special workers are needed to clean the aluminum wire to a position where there is no aluminum wire on the side, so as to make full use of the container. At the same time, because the aluminum wires introduced into the container through natural guidance are interlaced and very loose, it is inconvenient for the later recycling and transportation of waste materials, and it is also very inconvenient for the later re-melting in the furnace, and the aluminum wires that can be stored in the volume are very large. As a result, the aluminum wire will quickly accumulate in the container, requiring workers to clean it in time. The cleaning work of the workers is very frequent, and the utilization rate of the container is low.

In addition, if the aluminum wire is not cleaned in time, the accumulated aluminum wire may be wound on the spindle of the machine tool, which may damage the equipment at least, and seriously endanger personal safety.

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