Integrated structure of crude fiber regenerative intelligent barrel-manufacturing machine

Abstract

Provided is an integrated structure of a crude fiber regenerative intelligent barrel-manufacturing machine. The integrated structure includes an upper cover body, a lower machine body, a waste beating device, a moulding forming mechanism, a disinfection device and a plastification device. A beating barrel inner cavity of the waste beating device is provided with a lifting tray which is connected with a screw hole of a beating cutter in a concentric mode. A threaded rod penetrates through the beating cutter, the lifting tray, and the bottom portion of the beating barrel in sequence and is connected with a rotating shaft of a motor. The beating barrel is connected with a filtering mould of the moulding forming mechanism through a slurry-out through-pipe. A moulding net mould is arranged inside an inner cavity of the filtering mould. An electromagnetic heater is arranged above the moulding net mould. A separator, a vacuum pump and a water pump are arranged below the filtering mould and are connected through pipelines. An ozonator of the disinfection device is connected with an air exit pipe of the inner cavity of the beating barrel, a slurry-in opening of the moulding net mould is provided with a liquid-spraying head of the plastification device. The integrated structure of the crude fiber regenerative intelligent barrel-making machine recycles waste paper and rubbish with crude fiber, has the advantages of being energy-saving and environment-friendly, secure and healthy.

Description

technical field [0001] The invention relates to packaging container manufacturing equipment, in particular to the structure of an integrated thick fiber regeneration intelligent cylinder making machine. Background technique [0002] In schools, enterprises and institutions, a lot of waste paper is produced, and people always shred the waste paper or shred it with a paper shredder, put it in the trash can and discard it, although the waste paper is perishable and decomposed in the soil, but , The garbage bags for collecting waste paper are all disposable plastic bags. These plastic bags have caused great harm to the environment because they cannot be degraded. Although people are aware of the importance of protecting the environment, disposable plastic bags have become a necessary article in life, and it is difficult to do without them. Only by replacing them with other articles can they be suitable. If discarded waste paper and waste containing crude fiber are made into col...

AI Technical Summary

Problems solved by technology

Although this technology can make waste paper into collection barrels at one time, it can only make products with straight faces of cylinders. It cannot make products with various complex shapes, and it is not widely applicable.

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