Storage battery cutting and recycle device

Abstract

The invention relates to a storage battery cutting and recycle device, and belongs to the technical field of storage battery recycle equipment. The storage battery cutting and recycle device comprises a cutting device, a vibration device and a recycle and transmission device, wherein the cutting device comprises a power source, a push and press part and a cutter, the push and press part is connected with the power source by a belt, the cutter is fixed by an installation seat, the vibration device comprises a side plate, a skew bridge and vibration assemblies, the skew bridge is arranged at a middle part of the side plate, the vibration assembles are fixed above the skew bridge, the recycle and transmission device comprises a shell cover recycle transmitter, a welding plate conveying belt, a welding plate recycle transmitter and a shell recycle transmitter, the shell cover recycle transmitter is arranged below the cutter, the welding plate conveying belt is arranged on a support and is arranged below the side plate, the welding plate recycle transmitter is arranged below a tail end of the welding plate conveying belt, and the shell recycle transmitter is arranged below a tail end of the skew bridge. The storage battery cutting and recycle device is simple and compact in structure, relatively low in cost and high in automation, a storage battery can be rapidly cut, separated and recycled, lead plates about 120 tons can be cut and separated by the device working in a single line for 8 hours, and the efficiency of the device is 40 times of that of manual operation.

Description

technical field [0001] The invention relates to a battery cutting and recycling device, which belongs to the technical field of battery recycling equipment. Background technique [0002] The batteries used in automobiles, motorcycles, tractors, diesel engines, communication equipment, computers, etc. are lead-acid batteries, which are composed of a plastic shell, a lead plate separated into the shell by a partition, and a plastic shell cover. The service life of batteries is generally 1 to 3 years, and there are tens of millions of scrapped every year. At present, the recycling of waste batteries is generally done manually: first use a heavy hammer to break the scrap shell, and then manually separate the lead plates. This traditional recycling method can only separate about 3 tons of lead by working 8 hours a day per person. Plates have the disadvantages of low degree of automation, high labor costs, and low efficiency; in addition, when the lead plates are manually separat...

AI Technical Summary

Problems solved by technology

At present, the recycling of waste batteries is generally done manually: first use a heavy hammer to break the scrap shell, and then manually separate the lead plates. This traditional recycling method can only separate about 3 tons of lead by working 8 hours a day per person. plate, which has the disadvantages of low automation, high labor cost, and low efficiency; in addition, when the lead plate is manually separated, it is easy to come into contact with the electrolyte and lead powder, which seriously endanger the health of the staff.

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