Intelligent rubbish box

Abstract

The invention discloses an intelligent rubbish box. The rubbish box comprises a sealed box body, a rubbish box storage chamber and a gas discharging chamber are formed in the box body, a water collecting box is arranged above the box body, a plurality of biological fillings are arranged in the gas discharging chamber, the biological fillings sequentially divide the gas discharging chamber into a plurality of gas discharging pipelines, the first gas discharging pipeline is communciated with the rubbish box storage chamber, the last gas discharging pipeline is communicated with a gas outlet, thewater collecting tank is connected with a plurality of water pipes, water is added dropwise to the biological fillings by the water pipes, a plurality of bases are arranged in the rubbish box storagechamber, a pressing device is arranged above each base, a plurality of range sensors are arranged in the box body, the range sensors are located above the bases, a plurality of indicators and a PLC programmable controller are installed on the surface of the box body, and the indicators, the range sensors and an electric hydraulic lifting rod are connected with the PLC programmable controller. According to the intelligent rubbish box, odors are processed effectively by using a biological odor treatment method, and the rubbish box has an automatic rubbish compression function.

Description

technical field [0001] The invention belongs to the technical field of dustbins, and in particular relates to an intelligent dustbin. Background technique [0002] Residential areas, shopping malls and other places are equipped with garbage collection points. The existing garbage collection points are usually just a few large-capacity garbage cans in specific areas, which have the following disadvantages: 1. Due to the large amount of garbage and containing a large number of Food, kitchen and other organic waste are prone to odor; 2. Due to the uncertainty of the time and quantity of people putting in waste, sanitation workers cannot accurately know when the waste in the waste bin is full. Trash bins are often overflowing and the cleanup time has not yet arrived. For the first problem, the existing garbage odor treatment process is generally through photo-oxygen catalysis or chemical treatment, which requires the use of large-scale treatment equipment. The treatment process...

AI Technical Summary

Problems solved by technology

[0002] Residential areas, shopping malls and other places are equipped with garbage collection points. The existing garbage collection points are usually just a few large-capacity garbage cans in specific areas, which have the following disadvantages: 1. Due to the large amount of garbage and containing a large number of Food, kitchen and other organic waste are prone to odor; 2. Due to the uncertainty of the time and quantity of people putting in waste, sanitation workers cannot accurately know when the waste in the waste bin is full. The trash can is often overflowing and the time for cleaning has not yet arrived

For the first problem, the existing garbage odor treatment process is generally through photo-oxygen catalysis or chemical treatment, which requires the use of large-scale treatment equipment. The treatment process requires a lot of energy consumption, or will generate new pollution. It is a high-cost treatment method, suitable for large-scale garbage transfer stations, etc., not suitable for garbage disposal in residential areas, shopping malls and other garbage collection places

Regarding the second question, the garbage that people put in is generally compressible, and the garbage that is thrown into the trash can will take up a lot of space. However, at present, the compression of garbage is concentrated in large garbage transfer stations or processing stations. There is no Technical solution for compressing garbage in garbage bins

Images