Waste collection and transportation system based on big data processing and method thereof

Abstract

The invention discloses a waste collection and transportation system based on big data processing. The waste collection and transportation system comprises a waste collecting vehicle and a remote monitoring server. The waste collecting vehicle comprises a waste bin grabbing mechanism, a satellite positioning module, an ECU and a first wireless communication module. The remote monitoring server comprises a second wireless communication module, an analysis and statistics module, a preprocessing module and a data mining module. The waste bin grabbing mechanism acquires load information of waste bins through a weighing sensor arranged on the waste bin grabbing mechanism. The satellite positioning module acquires position information of the waste bins. The data mining module predicts the load data of the waste bins in a period of time in the future based on the historical data of the load information of the waste bins. Number configuration of the waste bins is optimized and the optimal path for waste collection and transportation of the waste collecting vehicle is planned. Manufacturing cost and maintenance cost of the waste collection and transportation system can be reduced so that configuration optimization of the waste bins and collection and transportation path optimization of the waste collecting vehicle can be realized. The invention also discloses a waste collection and transportation method based on big data processing.

Description

technical field [0001] The invention relates to the technical field of garbage collection and transportation, in particular to a garbage collection and transportation system and method based on big data processing. Background technique [0002] The existing garbage collection and transportation system usually includes garbage collection vehicles, garbage cans and control center servers. A load cell, a signal processing module, a trash can communication module and a power supply are installed on the trash can, the load sensor is used to collect the load data of the trash can, and the load information of the trash can is transmitted to the trash can communication module through the processing of the signal processing module; The control center server communicates wirelessly with the garbage can communication module, receives the load information of the garbage can, and sends an instruction signal whether to collect and transport garbage according to the load information of the...

AI Technical Summary

Problems solved by technology

The existing garbage collection and transportation system needs to install electronic devices such as sensors, signal processing modules, garbage can communication modules and power supplies on each garbage can, and the production cost is too high; in addition, due to the harsh working environment of the garbage cans, there are often some corrosion It is easy to cause damage to the electronic device of the trash can, which will cost a lot of money to maintain the electronic device of the trash can. Therefore, the existing garbage collection and transportation system cannot be widely used due to the high production and maintenance costs.

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