Shared cloud intelligent garbage can operation management system capable of walking autonomously

Abstract

The invention discloses a shared cloud intelligent garbage can operation management system capable of walking autonomously. The system comprises: a user terminal which comprises an owner terminal anda sorter terminal; client software that is used for realizing cloud scheduling sharing of the cloud intelligent garbage can and user management at the user terminal, and receiving the operation of theowner terminal and the operation of the sorter terminal; server software that is used for receiving a command request of the client software and feeding back an execution state to the client software; cloud intelligent garbage can control software that is used for receiving a scheduling instruction sent by the server software and feeding back an execution condition to the server software; the shared cloud intelligent garbage can that can autonomously enter and exit the elevator according to an instruction and collect garbage in a door-to-door classified manner; a cloud elevator intelligent garbage can elevator riding system that comprises an elevator and a cloud background. According to the invention, garbage classification can be effectively implemented, and all building owners can stillconveniently throw garbage in a classified manner in various regions and under various weather conditions throughout the country, and the whole system can be popularized.

Description

technical field [0001] The invention relates to the field of garbage classification management, in particular to a shared cloud intelligent garbage can operation management system that can walk independently. Background technique [0002] At present, the state enforces garbage sorting, which basically adopts a fixed time and fixed location sorting garbage collection model. For kitchen waste, it is necessary to untie the bag and throw it away. In order to promote garbage classification, all localities have removed barrels from corridors and built smart garbage recycling stations on the ground. The problems brought about are: 1) For many office workers, it is too late to throw garbage at a fixed time; 2) For the owners of high-rise buildings, especially the elderly, it is very inconvenient to throw garbage at designated places, especially in the rainy season in the south Seasons, typhoons, etc. In winter and spring in the north, there are frequent strong winds of magnitude 6 ...

AI Technical Summary

Problems solved by technology

The problems brought about are: 1) For many office workers, it is too late to throw garbage at a fixed time; 2) For the owners of high-rise buildings, especially the elderly, it is very inconvenient to throw garbage at designated places, especially in the rainy season in the south Seasons, typhoons, etc. In winter and spring in the north, there are frequent strong winds of magnitude 6 and 7. It is difficult to force people to wait for the smart garbage station downstairs to throw garbage by scanning codes, or to untie bags to throw garbage in the cold wind.

3) The construction of a ground smart garbage station will be limited by the site conditions, and it is impossible for all the owners of the community to throw garbage at the shortest distance. At the same time, the cost of building a ground smart garbage station is very high

4) Kitchen waste, if you untie the bag and dump it at the ground garbage station downstairs, it will often get your hands dirty. In some places, you have to build a sink next to the garbage station. At the same time, it is not suitable for outdoors in windy and rainy seasons. Bags are used to throw garbage, which brings more uncertainty and cumbersomeness to the implementation of garbage classification

[0003] Garbage classification itself brings practical difficulties and troubles to the masses. If new inconveniences are added to the garbage disposal link, it will inevitably affect the effect of garbage classification

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