Embedded intelligent garbage can based on internet of things and cloud computing

Abstract

The invention discloses an embedded intelligent garbage can based on the internet of things and cloud computing. The embedded intelligent garbage can comprises a control box, a sensor, a solar panel,an accumulator, a pedal, a box, can covers and a control motor; a control chip and a corresponding circuit are arranged in the control box; the solar panel is fixedly mounted on a solar panel bracketon the control box; the sensor is mounted on the control box; the accumulator is arranged in at the position, on the back end of the control box, in the box; the pedal is mounted on one side of the bottom end of the box, and is connected with the can covers in a maneuvering manner; the control motor for controlling opening and closing of the can covers is mounted on the box; and two can covers areprovided corresponding to the bottom end. The embedded intelligent garbage can based on the internet of things and cloud computing combines the internet of things thought with the cloud computing technology to skillfully distinguish recycling and recycling types of wastes through scanning of bar codes on waste packages and automatically opens the can covers with corresponding types.

Description

technical field [0001] The invention relates to the technical field of trash can application, in particular to an embedded intelligent trash can based on the Internet of Things and cloud computing. Background technique [0002] Garbage disposer, also known as rubbish bin or dustbin, is exactly the place where rubbish is installed, and it is widely used in life and on the street. Existing trash cans have many disadvantages: [0003] 1. Most of the garbage cans require citizens to lift the lids by hand. Even if some communities have arranged garbage cans with foot-operated lid opening mechanisms, they often fail to work normally due to unmanned maintenance, which makes some citizens do not want to use them. Hands directly touch the dirty trash can and throw the garbage directly out of the bucket. [0004] 2. The garbage sorting and recycling ability of the existing garbage cans is very poor. The sorting and recycling work only depends on a few words or symbols on the garbage...

AI Technical Summary

Problems solved by technology

[0003] 1. Most of the garbage cans require citizens to lift the lids by hand. Even if some communities have arranged garbage cans with foot-operated lid opening mechanisms, they often fail to work normally due to unmanned maintenance, which makes some citizens do not want to use them. Hands directly touch the dirty trash can and throw the trash directly out of the bucket

[0004] 2. The garbage sorting and recycling ability of the existing garbage cans is very poor. The sorting and recycling work only depends on a few words or symbols on the garbage cans, and citizens often don’t know which ones are recyclable garbage and which are non-recyclable garbage. Garbage sorting and recycling has become very difficult, and the existing trash cans can only be classified into recyclable and non-recyclable, which is inefficient, and recyclable waste needs to be classified again after being delivered to the garbage station

[0005] 3. The existing trash cans are often out of tune with the road and street environment, lacking in aesthetics and creativity

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