Monitoring and inquiring system for classified garbage cans based on Internet of Things

Abstract

The invention discloses a monitoring and inquiring system for classified garbage cans based on the Internet of Things. The monitoring and inquiring system comprises a stronghold analysis module, a stronghold distribution module, a stronghold monitoring module, a server, a cleaning early warning module, a garbage disposal module and a stronghold adjustment module. The camera is used for shooting avideo that a thrower throws the garbage after the garbage is bagged; recording the light and shadow distance between the thrower and the garbage carried by the thrower in the throwing process; when the light and shadow distance between the thrower and the garbage in the hand in the video exceeds a preset threshold value, the data point analysis module processes the light and shadow distance into one throwing frequency, and the data point analysis module records the proportion of harmful garbage, recyclable garbage, dry garbage and wet garbage which are collected by the data point classification garbage can for a preset frequency; the instruction of adding other types of garbage cans to the stronghold classification garbage cans is sent to a manager through the Internet of Things by the stronghold adjustment module, reasonable planning of the positions of the garbage cans is achieved, the problem of unreasonable distribution of the stronghold classification garbage cans is solved, and the urban garbage transfer efficiency is improved.

Description

technical field [0001] The invention belongs to the field of intelligent trash cans, and relates to a monitoring and query technology, in particular to a monitoring and query system for sorting trash cans based on the Internet of Things. Background technique [0002] Garbage sorting and recycling is the most scientific and environmentally friendly artificial garbage disposal method in the world. As the Chinese government pays more and more attention to the sorting and recycling of garbage, people's awareness of garbage sorting and recycling is gradually increasing. We also take advantage of this trend to establish a complete garbage sorting and recycling system and continuously improve the technology of garbage sorting and recycling. [0003] The comparative document CN205381596U discloses a smart trash can based on the Internet of Things and its monitoring and management system, wherein the system includes a smart trash can group composed of a plurality of smart trash cans,...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to provide a monitoring and query system for sorting trash bins based on the Internet of Things. The server matches the location information of the sorting trash bins at the base with the corresponding total hazard value and the impact value of the bag, and uses the formula to calculate the location of the sorting trash bins at the base. Cleaning value, through the base allocation module, assign the garbage bins to be cleaned to the sanitation workers for cleaning, and select the sanitation worker with the largest matching value to clean the sorting trash bins of the base, which improves the utilization rate and cleaning efficiency of the trash bins; through the base The monitoring module monitors the protection status of the sorting trash cans in the site during daily use, and analyzes the aesthetic value of the sorting trash cans in the site through the site analysis module, so as to realize the reasonable arrangement of sanitation workers to clean up the trash cans, improve the cleaning efficiency of trash cans, and improve the breathing of passers-by Quality: The server counts the number of misplaced bags in various harmful trash bins, recyclable trash bins, dry trash bins, and wet trash bins by sanitation workers, and the number of times when other garbage bins are placed in a certain trash bin When the preset threshold is exceeded, the site adjustment module will send instructions to the manager to add other types of trash cans to the classified trash bins of the site through the Internet of Things, so as to realize the reasonable planning of the trash can location and solve the problem of unreasonable allocation of classified trash bins at the site , improve the efficiency of urban waste transfer

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