Household garbage underground recycling intelligent conveying device sorting structure

Abstract

The invention provides a household garbage underground recycling intelligent conveying device sorting structure and discloses the sorting structure which sorts capsules through rollers with through holes of different sizes and does not need manual sorting. The household garbage underground recycling intelligent conveying device sorting structure is characterized in that a main containing cylinder and an auxiliary containing cylinder are hinged through a hinge shaft to form a capsule body, one sealing gasket is arranged at the edge of the main containing cylinder, one sealing gasket is arranged at the edge of the auxiliary containing cylinder, included angles between the sealing gaskets and the capsule body are obtuse angles, the diameter of the capsule body is gradually reduced from the middle to the two ends, the two end faces of the capsule body are arc-shaped faces, a plurality of air bags are arranged on the outer wall of the capsule body in the circumferential direction at equal angles, sections of the air bags are semicircular, at least one pull handle is arranged on the capsule body, and the joint of the at least one pull handle and the capsule body is one arc-shaped face.

Description

technical field [0001] The invention relates to a sorting structure of an intelligent conveying device for underground domestic waste recycling, which relates to a sorting structure for transporting and sorting waste in an underground smart ecological recyclable recovery system for domestic waste, and belongs to the field of waste treatment. In particular, it relates to a sorting structure for sorting capsules through rollers with through holes of different sizes without manual sorting. Background technique [0002] The municipal solid waste collection and transportation system includes three parts: garbage collection, transportation and transshipment. After the garbage is classified and collected in the way of fixed-point garbage bins, it is then transported to the garbage disposal station for treatment by garbage trucks at a specific time. Currently, Due to the large population of cities in our country, the daily amount of garbage generated and discharged is huge, resultin...

AI Technical Summary

Problems solved by technology

[0002] The municipal solid waste collection and transportation system includes three parts: garbage collection, transportation and transshipment. After the garbage is classified and collected in the way of fixed-point garbage bins, it is then transported to the garbage disposal station for treatment by garbage trucks at a specific time. Currently, Due to the large population of cities in our country, the daily amount of garbage generated and discharged is huge, resulting in a serious load on the garbage collection and transportation system. Huge manpower, financial and material resources are invested in garbage treatment every year. The cost of garbage collection and transportation is high, and in During the collection and transportation process, the garbage removal vehicles lack the awareness of cleaning management, and the collection and transportation process is dirty and messy. However, the existing method of using pneumatic suction pipelines for garbage transportation has limited suction power and is only suitable for short- and medium-distance garbage. Transportation, when carrying out medium and long-distance transportation, the operating cost and maintenance cost are too large, and the construction of a large-scale integrated transportation pipeline is difficult

[0003] An underground garbage collection and transportation system designed by the applicant to solve the above problems, including a pump station, a community garbage disposal unit, a garbage classification disposal box, a community garbage conveying pipeline, a confluence unit, a confluence pipeline and other structures, but in actual use, the garbage passes through gravity Direct transportation into the pipeline will affect the water quality in the pipeline, and when the garbage is transported through the pipeline, it is easy to block at the corner of the pipeline. Although the plan publicly states that a sealed box or shell can be used for garbage storage and transportation, However, because the amount of various types of garbage produced by people is different within a corresponding period of time, when using capsules of the same size in the residential building, some capsules cannot be filled, and a lot of space will be wasted during pipeline transportation. When entering the garbage treatment pool, the staff need to classify the capsules to perform post-processing of the garbage inside. However, manual classification is high in intensity and low in efficiency, which will seriously affect the speed of garbage treatment.

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