Lithium battery is a kind of positive and negative material made of lithium metal or lithium alloy. Lithium batteries are widely used in mobile phones, computers, mobile devices and other electronic products. With the continuous replacement of electronic products, the number of scrapped lithium batteries is increasing. The larger the size, the waste lithium batteries contain some metal materials, all of which have high recycling value. Before recycling these materials, the lithium batteries will first be crushed, and the internal materials will be processed and extracted.

There are many types of such lithium battery recycling crushers on the market today, which can basically meet people's needs, but there are still certain problems. The specific problems are as follows:

(1) The existing lithium battery recycling crusher is generally inconvenient to quickly crush the lithium battery i, which greatly affects the working speed of the lithium battery recycling crusher;

(2) The existing lithium battery recycling crusher is generally inconvenient to collect ferrous metals when in use, which greatly affects the working efficiency of the lithium battery recycling crusher when it is used;

(3) The existing lithium battery recycling crusher is generally inconvenient to quickly screen the crushed lithium battery when in use, which brings great trouble to people's use.

Lithium battery processing equipment A crusher for lithium battery recycling with a screening mechanism, in order to solve the problem that the lithium battery recycling crusher proposed in the above-mentioned background art is not convenient for rapid crushing of lithium batteries, collects ferrous metals, and crushes The problem of rapid sieving of lithium batteries.

The lithium battery recycling crusher not only realizes the rapid crushing of lithium batteries, but also collects metals such as iron, and quickly sieves the crushed lithium battery fragments;

(1) The recycled lithium battery is put into the crushing bin through the feeding port by the staff, and the second motor is turned on by operating the control panel. The second motor drives the second shaft to drive a gear to rotate, and the first gear meshes with the second gear. , One gear drives the two gears to rotate synchronously, under the action of the crusher, the lithium battery is crushed, which realizes the rapid crushing of the lithium battery and improves the working speed;

(2) The crushed lithium battery fragments enter the centrifuge bucket from the connecting through hole at the bottom of the crushing bin. The operation control panel turns on the third motor under the support of the motor frame, and the third motor drives the third shaft to drive the driving wheel. Rotation, the driving wheel and the driven wheel are connected by a belt, and the driving wheel drives the driven wheel to rotate synchronously. Under the connection of the drive shaft and the support of the support seat, the centrifugal bucket is driven to perform centrifugal motion. The iron inside the centrifugal bucket is thrown out by centrifugal force and adsorbed on the electromagnet. After the centrifugal motion stops, the remaining metals and debris pass through the through holes at the bottom of the centrifugal bucket to screen the interior of the chamber, which realizes the collection of iron materials inside the lithium battery. , to speed up the separation efficiency;

(3) A motor is turned on by the staff operating the control panel, and a motor drives a shaft to drive the cam to rotate. When the force-bearing surface of the cam rotates to the surface of the contact pulley, the screening chamber will be lifted under the connection of the connecting rod. , At this time, the spring at the top of the fixed pile is deformed and is in a stretched state. When the non-stressed surface of the cam is not in contact with the surface of the pulley, the screening chamber will deform the spring under the action of gravity and be in a compressed state. Under the force of the spring, the sub-chamber will move up and down continuously. Under the screening of the filter screen, the fine metal minerals will slide into the inside of the receiving chute through the discharge pipe, and then further chemical refining will be carried out. It will stay in the interior of the screening chamber, and the debris and impurities will be taken out through the hatch outside the main body of the equipment to complete the use of the lithium battery recycling crusher, which realizes the rapid screening of the crushed lithium battery and improves the work efficiency.