Channel structure of a waste battery recycling device

Abstract

The invention provides a channel structure of a waste battery recovery device, and belongs to the technical field of energy-saving and environment-friendly equipment. The problems that existing wastebatteries are difficult to recover and large in environmental pollution are solved. According to the channel structure of the waste battery recovery device, the waste battery recovery device comprisesa bin body and a material storage box, a feeding port is formed in a side wall of the material storage box, the channel structure comprises a material guide plate and a plurality of material storageguide plates, a feeding port is formed in the top of the bin body, a supporting rod is vertically arranged below the feeding port of the bin body, a bearing plate is hinged to a top end of the supporting rod, and a limiting structure is further arranged in the bin body; and when an upper side face of the bearing plate and an upper side face of the material guide plate are coplanar, a lower end ofthe bearing plate is in butt joint with a higher end of the material guide plate, a buffering structure capable of buffering descending of the supporting rod is further arranged in the bin body, a push rod is further arranged in the bin body, and a transition plate is arranged in the material storage box. According to the channel structure of the waste battery recovery device, the dry battery canroll more smoothly, and clamping stagnation is avoided.

Description

technical field [0001] The invention belongs to the technical field of energy saving and environmental protection equipment, and relates to a channel structure of a waste battery recovery device. Background technique [0002] Dry battery is a chemical battery that uses paste electrolyte to generate direct current. It is a primary battery and is the most commonly used in daily life. It is also a portable battery. Dry batteries mainly contain iron, zinc, manganese, etc., and also contain trace amounts of mercury. , Mercury is poisonous, the battery is very serious to the environment pollution, one battery can pollute dozens of cubic meters of water, waste battery is landfilled within one month, its metal shell will be corroded and perforated, harmful substances in waste battery It will enter the soil and water and pollute the environment. Therefore, it is necessary to recycle the used dry batteries to avoid environmental pollution. There are many types of dry batteries, such a...

AI Technical Summary

Problems solved by technology

[0002] Dry battery is a kind of chemical battery that uses paste electrolyte to generate direct current. It belongs to primary battery and is the most commonly used in daily life, as well as portable battery. Dry battery mainly contains iron, zinc, manganese, etc., and also contains trace amounts of mercury , Mercury is poisonous, and batteries pollute the environment very seriously. One battery can pollute dozens of cubic meters of water. Within one month of waste battery disposal in landfill, its metal shell will be corroded and perforated. Harmful substances in waste batteries It will enter the soil and water and pollute the environment. Therefore, it is necessary to recycle the used dry batteries to avoid environmental pollution. There are many types of dry batteries, such as No. 1, No. 2, No. 5, and No. 7 dry batteries. Different types of dry batteries The size is different. At present, the recycling of dry batteries is limited to the installation of hazardous waste recycling bins. Dry batteries are mixed with other harmful waste. When the harmful liquid in dry batteries leaks, it will cause harmful substances to cross, which will have a great impact on later transportation, storage, and processing. At the same time, different types of dry batteries need to be sorted, and manual sorting also has a great impact on the health of the staff

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