Garbage classification recovery system based on O2O regeneration resource cloud platform

Abstract

The present invention relates to a garbage classification recovery system based on an O2O regeneration resource cloud platform. The system comprises an online part and an offline part. The online part mainly includes: 1) an intelligent dustbin / garbage scale in an urban home is configured to send a recovery request to an O2O regeneration resource cloud platform by a home router though a self WiFi wireless network module; 2) the O2O regeneration resource cloud platform analyzes the recovery type, the weight, the address, the recovery time and the terminal account of the garbage after receiving the information, and the like; 3) the cloud platform notices a recovery enterprise to recover from door to door according to a cost-optimal mode through data analysis; and 4) after the garbage recovery is completed, the O2O regeneration resource cloud platform automatically completes the disbursement and settlement and feedbacks the name, the prices and the recovery weight and the total price of the transaction garbage to an internet terminal and the recovery enterprise, and the sum of the recovered resource is paid into a family personal account. The offline part mainly includes: 1) the recovery enterprise recovers resource from door to door according to the information sent by the cloud platform; and 2) the recovery enterprise transfers the garbage to correlated enterprises for secondary processing after the primary processing.

Description

technical field [0001] The invention relates to a garbage sorting and recycling system based on an O2O renewable resource cloud platform, belonging to the technical field of garbage recycling. Background technique [0002] With the exponential growth of the world population, the acceleration of the urbanization process of various countries and the improvement of the living standards of residents, the amount of urban domestic waste has increased significantly every year. In 2012, the output of municipal solid waste in China reached 170.81 million tons, and the annual output of municipal solid waste in China is growing at a rate of 8%-10%. It is estimated that the output of municipal solid waste will reach 323 million tons in 2020. However, due to the lack of people's awareness of classification, the imperfection of relevant laws, regulations and policies, and the lack of hardware facilities, municipal solid waste has not been well recycled. Moreover, paper, metal, rubber, gl...

AI Technical Summary

Problems solved by technology

[0003] Aiming at the current situation of urban garbage disposal, the present invention proposes a garbage classification and recovery system on the O2O renewable resource cloud platform by using Internet technology and combining intelligent garbage bins / intelligent garbage scales, and establishes a network between urban families and renewable resource companies. In order to solve the above-mentioned problems of low level of classification of urban domestic waste, waste of waste resources, low level of intelligence of waste sorting facilities, and difficulties in recycling

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