Noise-power-generation-based storage system for motor vehicle waste lead storage batteries and lead-containing parts

Abstract

The invention relates to a noise-power-generation-based storage system for motor vehicle waste lead storage batteries and lead-containing parts, and belongs to the field of the Internet of Things. Thesystem is characterized in that an annular thin film is arranged in the middle of a resonant cavity and is used for reinforcing vibration inside the cavity, one end of a spring coil is connected witha piezoelectric ceramic thin film, and the other end of the spring coil is arranged in a magnetic field formed by a permanent magnet and is used for enabling the spring coil to cut a magnetic induction line to generate electricity; the magnetic field is formed in the middle of the arranged permanent magnet, when the piezoelectric ceramic thin film vibrates, the spring coil can be driven to vibrate at a high speed to cut the magnetic induction line, and then current is generated; a driving device is driven by the current to enable a linkage device to rotate so as to drive stirring and crushingblades to rotate, and the stirring and crushing blades are used for stirring and crushing the waste lead storage batteries and the lead-containing parts; the stirred and crushed waste lead storage batteries and lead-containing parts sequentially pass through a first-stage filter screen, a second-stage filter screen and a third-stage filter screen for screening, and finally are conveyed to a storage tank through a conveying mechanism; and a dustproof mechanism is arranged at the top of the storage tank and is used for spraying disinfecting and dustproof liquid.

Description

technical field [0001] The invention belongs to the field of the Internet of Things, and relates to a vehicle waste lead-acid battery and a lead-containing parts storage system based on noise power generation. Background technique [0002] The prevention and control of hazardous waste is a comprehensive research involving many disciplines and fields such as environment, chemistry, physics, biology, engineering and computer. Therefore, various methods and technologies are used. In addition to using the existing process technology, new theoretical achievements and technical means should be fully utilized, such as the use of computer and network technology to establish an information exchange system for hazardous wastes, so as to realize the control of hazardous wastes from generation to generation. The whole process management from final disposal to improve the treatment rate and comprehensive utilization rate of hazardous waste. [0003] Problems existing in my country's haz...

AI Technical Summary

Problems solved by technology

[0003] Problems existing in the control of hazardous waste pollution in my country: (1) The management, production, collection, and classification processes are backward, the equipment is simple, and the layout is scattered, resulting in a large amount of pollutants and serious pollution; facilities, and mainly dispose of the waste generated by itself, only a very small number of facilities provide some paid services to the outside world

Due to the lack of relevant technical standards and operating permit system, most facilities have the possibility of causing secondary pollution, and the environmental risk is very high

(2) Large discharge, secondary pollution or potential secondary pollution, outdated disposal facilities, unclear production situation, random collection, transportation and treatment, and damage to the dangerous outlet left by the enterprise

(3) The storage of waste cannot meet the requirements for storage of hazardous waste

Any failure to meet the requirements may cause irreparable harm to the environment

(4) Hazardous waste incineration units tend to be smaller and have little environmental control

Images