An alkaline dry battery complete carbon rod decomposing and recovering device

Abstract

The invention provides an alkaline dry battery complete carbon rod decomposing and recovering device, which includes a support frame, a right angle plate, a cleaning and separating device, a decomposing device, a carbon rod extraction device and a carbon rod recovery tank; a decomposing device is installed above the left end of the support frame, a carbon rod recovery box is installed on the support frame located directly below the decomposing device, a carbon rod extracting device is installed at the right end of the support frame through sliding fitting, a right angle plate is installed below the left end of the support frame, and a cleaning and separating device is installed on the right angle plate. The invention can solve the problem that the collected waste batteries are centrally crushed and treated by manual operation of decomposing tools or relevant equipment in the current battery recovery, Then the dry batteries are sorted and recycled, which not only affects the secondary recycling of resources, but also may lead to the hidden danger of fire caused by explosion in forced crushing.

Description

technical field [0001] The invention belongs to the field of recycling waste batteries, in particular to a device for decomposing and recycling alkaline dry batteries by taking carbon rods completely. Background technique [0002] Batteries pollute the environment very seriously, and one battery can pollute dozens of cubic meters of water. Some even say that the disposal of waste batteries with domestic garbage can cause hazards such as Minamata disease in Japan, and one section of No. 5 waste batteries can make one square meter of land deserted. And my country is the world's largest battery producer and consumer, so the recycling of old batteries can not only save resources, but also protect the environment. [0003] At present, the recycling of batteries is generally carried out through manual operation of decomposition tools or the use of related equipment to centrally crush the collected waste batteries, and then sort and recycle the broken dry batteries, but this opera...

AI Technical Summary

Problems solved by technology

[0003] At present, the recycling of batteries is generally carried out through manual operation of decomposition tools or the use of related equipment to centrally crush the collected waste batteries, and then sort and recycle the broken dry batteries, but this operation method not only affects the secondary recycling of resources Utilization, and forced crushing may have the hidden danger of explosion and fire. Some parts such as carbon rods can be cleaned and reused directly, but the recycling of crushed carbon rods requires reprocessing, which increases production costs and wastes resources.

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