An energy-saving and environment-friendly electronic waste automatic cutting and recycling device

Abstract

The invention provides an energy-saving environmentally-friendly automatic electronic garbage cutting and recycling device which comprises a rack, a laser component, two guide components, a tighteningdevice, a cutting device, a wire drawing clamp forwarding device, a collecting manipulator and a collected material backflow belt device, wherein the laser component is arranged at the upper part ofthe upper plate of the rack; the tightening device and the wire drawing clamp forwarding device are used for tightening and tidying wires which can be cut conveniently later; the collecting manipulator is used for placing the cut wires on a carrying disc, and then the cut wires can be conveyed out. By adopting the device, soft wires can be cut in a Y direction and an X direction respectively through a laser cutting machine and the cutting device, then multi-core soft wires can be separated, due to precise cutting of laser, wire cores are not damaged, separated wastes can be collected in time,and thus the cleanliness of the rack is maintained; the wires are placed on an empty carrying disc, through cooperative operation of two jacking moving carrying components, the wires can be placed onanother empty carrying disc which is moved in place after the former carrying disc is full of the wires and is moved away, the time is shortened, and the working efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of automatic cutting equipment, in particular to an energy-saving and environment-friendly automatic cutting and recycling device for electronic waste. Background technique [0002] At present, soft wires such as FPC coaxial cables and FFC wires that need to be recycled and disassembled due to long-term aging in the market need to be cut in the X direction first, then cut in the Y direction, and then collected. During the material process, the peeling is carried out in the later stage and then returned to the furnace, but in the cutting process, some of them use manual labor, and some use the method of raising the temperature and burning the wire jacket to obtain the inner wire core; [0003] But using manual, the usual method is to manually use a blade to cut the multi-core flexible wire into multiple cores along the X direction according to the number of cores of the flexible wire, and then use the cutting...

AI Technical Summary

Problems solved by technology

[0002] At present, soft wires such as FPC coaxial cables and FFC wires that need to be recycled and disassembled due to long-term aging in the market need to be cut in the X direction first, then cut in the Y direction, and then collected. During the material process, the peeling is carried out in the later stage and then returned to the furnace, but in the cutting process, some of them use manual labor, and some use the method of raising the temperature and burning the wire jacket to obtain the inner wire core;

[0003] But using manual, the usual method is to manually use a blade to cut the multi-core flexible wire into multiple cores along the X direction according to the number of cores of the flexible wire, and then use the cutting equipment to cut the cut multi-core wire along the Y direction. This method is not only inefficient, but also easy to hurt people when using the blade; and the method of burning the wire jacket by raising the temperature will cause certain damage to the fiber core of the wire while burning the wire jacket. This directly affects the recycling quality of wire rods. Therefore, at this time, a device that quickly and automatically separates multi-core flexible wire rods and cuts and collects materials is needed.

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