Garbage sorting system based on environmental protection

Abstract

The invention discloses a garbage sorting system based on environmental protection. The system comprises a garbage conveying belt, and an image recognition area, a working area and a metal recycling area are sequentially arranged on the garbage conveying belt. The image recognition area adopts a camera to acquire image information, the camera is connected with a recognition unit through a data line, and the recognition unit is connected with a garbage sorting control unit through a data line. A mechanical arm is fixedly installed in the working area, the garbage sorting control unit is connected with the mechanical arm through a data line, a second electromagnetic roller is arranged in the metal recycling area, one side of the electromagnetic roller is connected with a metal collecting device, and a garbage drying device is arranged at the tail end of the garbage conveying belt. The garbage sorting system has the advantages of being capable of finely classifying garbage, enhancing reasonable utilization of the garbage, improving recycling of the garbage and reducing resource waste, and is mainly used for sorting and utilizing the garbage.

Description

technical field [0001] The invention relates to the technical field of garbage disposal, in particular to an environment-friendly garbage sorting system. Background technique [0002] In urban life, a large amount of domestic waste is produced every year. Rational treatment of domestic waste can improve resource utilization and effectively reduce environmental pollution. However, the existing treatment methods for waste are generally directly transported to incineration plants for incineration and power generation. This method is not reasonable enough for the use of garbage, resulting in a lot of waste of resources, and the metal in the garbage is not easy to be burned, and will absorb a large amount of combustion heat during the combustion process, reducing the utilization rate of incineration power generation. The glass bottle melts back into glass liquid and glass vapor under high-temperature combustion, which adheres to the bottom and inner wall of the incineration tower...

AI Technical Summary

Problems solved by technology

[0002] In urban life, a large amount of domestic waste is produced every year. Rational treatment of domestic waste can improve resource utilization and effectively reduce environmental pollution. However, the existing treatment methods for waste are generally directly transported to incineration plants for incineration to generate electricity. This method is not reasonable enough for the utilization of garbage, resulting in a lot of waste of resources, and the metal in the garbage is not easy to be burned, and will absorb a large amount of combustion heat during the combustion process, reducing the utilization rate of incineration power generation. The glass bottle melts back into glass liquid and glass vapor under high temperature combustion, which adheres to the bottom and inner wall of the incineration tower, which increases the difficulty of cleaning and maintenance of the incineration tower, and the glass vapor imposes a great burden on the combustion gas processing equipment, causing Shortened life of gas-fired processing equipment

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