Intelligent management system for public garbage can area

Abstract

The invention provides an intelligent management system for the public garbage can area. The intelligent management system comprises a background monitoring server, a garbage can and a garbage can hanging frame. A gravity inductor and a volume inductor are arranged on the garbage can. The garbage can hanging frame is provided with a GPS locator. The output end of the gravity inductor is connectedwith one port of the input end of the background monitoring server through data signals. The output end of the volume inductor is connected with a second port of the input end of the background monitoring server through data signals. The output end of the GPS locator is connected with a third port of the input end of the background monitoring server through data signals. The intelligent managementsystem can monitor usage situations of every garbage can, and accordingly targeted treatment can be conducted for garbage cans in different sections.

Description

technical field [0001] The invention relates to the field of urban environmental protection facilities, in particular to an intelligent management system for public garbage can areas. Background technique [0002] The public trash can is an essential facility for maintaining the street environment. The general public trash can is a polyethylene plastic trash can. When the garbage is full, the sanitation workers need to dump the garbage in the garbage can into the garbage truck for cleaning. Traditional trash cans are basically completely managed manually, and there are the following problems: [0003] 1. The management is not timely. Because the frequency of use of urban trash cans is related to their location, the frequency of use of trash cans in prosperous areas is high, while the frequency of use in areas with few pedestrians is low. Therefore, the cleaning and replacement cycles of trash cans should also be different. Sanitation workers generally clean up trash cans on...

AI Technical Summary

Problems solved by technology

[0003] 1. The management is not timely. Because the frequency of use of urban trash cans is related to their location, the frequency of use of trash cans in prosperous areas is high, while the frequency of use in areas with few pedestrians is low. Therefore, the cleaning and replacement cycles of trash cans should also be different. Sanitation workers generally clean up trash cans on a periodic basis, rather than as needed. Therefore, there are many trash cans that are full but no one cleans them, and some trash cans are cleaned before they are full.

[0004] 2. Waste of manpower. When the cleaning cycle is too long, the trash cans in the prosperous areas will not be effectively managed and affect the urban environmental sanitation. When the cleaning cycle is too short, the trash cans in the non-prosperous areas will be cleaned too frequently, wasting manpower

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