Dustbin management system based on IOT platform

Abstract

The invention discloses a trash can management system based on an IOT platform, which belongs to the technical field of the Internet of Things and includes an intelligent trash can, an IOT platform, a PC-side web management system and a mobile terminal management software; the smart trash can is provided with a control board, an intelligent Gateway, GPS module, infrared sensor and battery. The GPS module is used to transmit the location information of the smart trash can to the PC. When the position of the smart trash can moves, it will report to the alarm system; the infrared sensor is used to detect the height of the garbage in the smart trash can ; The data information detected by the GPS module and the infrared sensor is transmitted to the control board, and the data is transmitted through the intelligent gateway regularly. In the present invention, by setting up an intelligent garbage can, the position of the garbage can, the temperature in the bucket and the height of the garbage in the bucket are pushed to the management terminal through the IOT platform, so as to realize the status monitoring and route planning of the garbage can in the area, and reduce the waste of vehicle fuel caused by unnecessary garbage recycling. and labor costs.

Description

technical field [0001] The invention relates to the technical field of the Internet of Things, in particular to a trash can management system based on the IOT platform. Background technique [0002] "Internet of Things" and "Internet +" are two very popular concepts today. Most of the existing garbage can management has not realized the function of networking, but the cleaners clean up one by one according to a fixed route at a fixed time. In many cases, the trash can is not full or the amount of trash is very small, and cleaning at this time will result in a waste of manpower and resources. [0003] Even though the trash cans in individual areas have added IoT modules, the system implementation is constructed as a traditional C / S or B / S architecture, and the investment cost is high, and the implementation and post-maintenance costs are high. At the same time, each trash can manufacturer needs to develop and build its own background system and management software, which in...

AI Technical Summary

Problems solved by technology

In many cases, the trash can is not full or the amount of trash is very small, and cleaning at this time will result in a waste of manpower and resources

[0003] Even though the trash bins in individual areas have added IoT modules, the system is implemented as a traditional C / S or B / S architecture, which has high investment costs, high implementation and post-maintenance costs

At the same time, each trash can manufacturer needs to develop and build its own background system and management software, which increases the cost of the product and is not easy for the management department to manage.

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