Zip-top can compression system and method

Abstract

The invention discloses a zip-top can compression system and method. The zip-top can compression system structurally comprises a can opening mechanism, a compression mechanism, a driving machine, a pressure bearing plate, a sealing door, a locking block, a machine body and a transferring plate. The zip-top can compression system and method have the beneficial effects that the problem is solved by structurally arranging the can opening mechanism and the compression mechanism, the can opening mechanism can accurately cut zip-top cans by utilizing rotating force in the clockwise direction and the anticlockwise direction, and can cover annular can opening operation of the zip-top cans can be completed; the mechanism is mainly used for cleaning residual liquid in the zip-top cans, and the zip-top cans after can opening are preliminarily dried through an arranged dryer, so that the residual liquid in the zip-top cans is reduced, and peculiar smell and bacteria are avoided; and the zip-top cans can be directly pressed and molded through the compression mechanism, so that the zip-top cans can be conveniently collected in a unified mode.

Description

[0001] This application is a divisional application with an application date of July 31, 2019 and an application number of CN201910698516.0, whose invention name is a compression device for cans used for garbage recycling. technical field [0002] The invention relates to the field of garbage recovery equipment, in particular to a can compression system and method. Background technique [0003] According to the vigorous application of the concept of sustainable development, the recycling of cans has become an important means of resource recycling, and because aluminum is not easy to be oxidized and corroded, compared with other metals, the recovery rate of aluminum is very high, and the recycling of waste aluminum Compared with primary aluminum, the energy consumption is greatly reduced, which can save 95% of electric energy. The aluminum products that are most exposed to in daily life are beverage cans. As a common consumable, cans are scrapped after use. After recycling, i...

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Problems solved by technology

[0003] According to the vigorous application of the concept of sustainable development, the recycling of cans has become an important means of resource recycling, and because aluminum is not easy to be oxidized and corroded, compared with other metals, the recovery rate of aluminum is very high, and the recycling of waste aluminum Compared with primary aluminum, the energy consumption is greatly reduced, which can save 95% of electric energy. The aluminum products that are most exposed to in daily life are beverage cans. As a common consumable, cans are scrapped after use. After recycling, it can be made into other aluminum products for repeated recycling. The recycled cans are melted into recycled aluminum ingots through waste removal, crushing and other processing processes. However, the resource efficiency of pop cans is high, but the amount of recycling must also be considered The current situation that is not directly proportional to the amount of regeneration is due to the fact that the recycling equipment for cans is used in garbage recycling stations, and there is no can recycling equipment specially designed for placing in places with a lot of traffic. Although there is a large amount of discarding in areas with a lot of traffic, the trash cans in this area cannot compress it, and the recycling amount is only one tenth of the compressed recycling amount. Compression steps can be processed. These are the main influencing factors that are not directly proportional to the amount of cans recycled and recycled. Based on the above factors, this case developed a cans compression system and method to solve this problem.

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