Community rubbish can intelligent management system and rubbish recycling methods

Abstract

The invention discloses a community rubbish can intelligent management system which comprises a rubbish recycling vehicle and a rubbish can. The community rubbish can intelligent management system is characterized by further comprising a high-power wireless router station and an upper computer system. The rubbish recycling vehicle, the rubbish can and the upper computer system are in data communication by the high-power wireless router station through a ZIGBEE network. The community rubbish can intelligent management system has the functions such as overflow communication, rubbish identification, automatic cleaning and automatic recycling. Rubbish recycling methods achieved through the community rubbish can intelligent management system include the rubbish recycling method when rubbish inside the rubbish can is not overflowed and the rubbish recycling method when the rubbish inside the rubbish can is overflowed, the working mode of the rubbish recycling vehicle is determined by judging whether the rubbish can sends a rubbish overflowing signal or not, the intelligent degree is high, and the high working efficiency of the rubbish recycling vehicle is kept.

Description

technical field [0001] The invention belongs to the technical field of intelligent garbage recycling, and relates to a garbage recycling system applied to areas such as residential quarters or factories, in particular to an intelligent garbage bin management system and a garbage recycling method using the system for garbage recycling. Background technique [0002] According to incomplete statistics, the annual domestic waste generation in the country is about 370 million tons, of which the urban domestic waste generation is about 170 million tons, and the rural domestic waste generation is about 190 million tons. [0003] At present, there is no intelligent automatic garbage management system in urban communities or factories, and manual cleaning and maintenance are required. The garbage cans in the community or factory area are generally placed in the open air, and garbage overflows often occur, resulting in rancid water and garbage running around. It is necessary for sanit...

AI Technical Summary

Problems solved by technology

[0005] 1. The system uses the GPRS network, which belongs to the charging network segment, which undoubtedly increases the operating cost of the system;

[0006] 2. The smart trash can in the system is powered by batteries. Once the system is out of power, it needs to be manually replaced or charged, which is time-consuming and laborious;

[0008] 4. The system can only monitor the garbage in the trash can, and can't do anything about the garbage on the road, and sanitation workers need to manually clean up the garbage on the road;

[0009] 5. The automatic alarm device for overflowing garbage bins of this system adopts the method of weighing sensor. This alarm method judges whether the garbage is overflowing according to the weight of garbage accumulated in the garbage can, but the weight of garbage is not directly proportional to the volume of garbage. Sometimes the weight of the garbage in the garbage can has exceeded the standard, but the garbage can is not full. This automatic alarm method for overflowing the garbage can cannot accurately reflect the overflow of the garbage in the garbage can.

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