Garbage can and garbage classification collection system and method based on network platform

Abstract

The invention relates to a garbage can. The garbage can comprises a can body and a cover body, wherein a garbage pouring bin and multiple garbage classification storage boxes positioned at the lower end of the garbage pouring bin and communicated with the garbage pouring bin are arranged in the can body; an infrared scanning error corrector is arranged in the garbage pouring bin; an automatic opening / closing door is arranged at the upper end of the garbage pouring bin; the cover body is provided with an automatic opening / closing door opposite to the garbage pouring bin; the lower end of the garbage pouring bin is communicated with the multiple garbage classification storage boxes through an automatic pouring door; and the cover body is provided with a cloud computing feedback excitation module and a garbage classification scanner above the automatic opening / closing door. The garbage can is based on the network platform, and has automatic scanning and intelligent classifying functions; and the cloud computing feedback module is connected with a property system and a municipal administration center system for providing strong reference for real estates and municipal administration centers to perform such information as a clear period and a clear route, so that the purpose of efficiently using the environmental sanitation resource can be achieved.

Description

technical field [0001] The invention relates to the field of garbage classification and collection, in particular to a garbage bin and a system and method for garbage classification and collection based on a network platform. Background technique [0002] With the improvement of living standards, there are more and more garbage in the community, the problem of "garbage siege" has become increasingly prominent, and environmental pollution has become increasingly serious. In 2013 alone, the country produced 170 million tons of domestic waste, of which 7.458 million tons were collected and transported in Hubei Province. In 2013, the national municipal solid waste removal volume increased by 45.9% compared with 2000, and the annual removal volume is still increasing at a rate of 7%-8%. [0003] "There is no garbage in the world, garbage is resources that are misplaced." Municipal solid waste can be reused as a resource through classification and recycling. The most stringent ...

AI Technical Summary

Problems solved by technology

Sanitary landfill wastes a lot of land resources and does not consider long-term development. It is a short-sighted behavior; incineration for power generation produces a lot of toxic fumes, pollutes the environment, and increases greenhouse gas emissions

The use of waste composting, waste pyrolysis and gasification technologies to produce heat and gas are relatively promising methods for resource utilization and harmless treatment of waste, but these methods require classified collection of waste, and the workload of centralized waste sorting is heavy And the garbage is rotting, making it difficult to sort

At present, ordinary garbage cans are simply divided into two categories: recyclable and non-recyclable. There are no functions such as garbage placement guidance, automatic classification, placement error correction, and placement rewards. Therefore, residents do not consciously carry out garbage sorting. Cleaning and transporting to landfill or incineration together, polluting the environment and wasting waste resources

In addition, the trash can is an open system that emits odors and pollutes the atmosphere, and floating dust causes PM2.5 to rise, etc.

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