Fully automatic continuous kitchen waste vacuum compression packaging device

Abstract

The invention discloses a full-automatic continuous kitchen garbage vacuum compressing and packing device. The full-automatic continuous kitchen garbage vacuum compressing and packing device comprises a packaging mechanism, a liquid draining pipe, an air exhaust mechanism, a garbage collecting barrel, a form machine, a winding drum and a base. The garbage collecting barrel is fixed to an installing seat through an installing support; the installing seat is fixed to the base; the winding drum is installed on the installing seat and located on one side of the garbage collecting barrel; and one end of the form machine embraces the outer wall of the garbage collecting barrel, and the other end of the form machine is connected with the winding drum for guiding a plastic thin film on the winding drum onto the outer wall of the garbage collecting barrel to form a pipy garbage collecting bag. Garbage is vacuum-packed and collected from a generation source of the kitchen garbage, the process of collecting the kitchen garbage is simplified, mixing of the kitchen garbage and other domestic garbage is avoided, cross pollution is prevented, protecting of the environment is strengthened, meanwhile protecting of garbage treatment personnel is improved, and the daily workloads of family members are reduced.

Description

technical field [0001] The invention relates to the field of garbage packaging, in particular to a fully automatic continuous vacuum compression packaging device for kitchen waste. Background technique [0002] With the rapid development of social economy, the acceleration of urbanization process and the rapid improvement of people's living standards, the garbage and waste generated in the process of urban production and life are also increasing rapidly. Among them, kitchen waste contains extremely high moisture and organic matter. , It is easy to rot and produce stench, which is an important cause of various possible environmental problems in the process of garbage removal and disposal. Therefore, the transportation of kitchen waste must be fully enclosed to prevent dripping and omission. At the same time, kitchen waste has great resource value, and its high organic matter content can be used as fertilizer and feed after strict treatment. It can also produce biogas for fuel...

AI Technical Summary

Problems solved by technology

[0003] At present, for the treatment of kitchen waste, although there are food waste disposers on the market that mainly crush and grind kitchen waste and mix it with water into a liquid state and directly flush it into the sewer, but the most important This kind of garbage processor only solves part of the problem of food waste storage and transfer, but the food waste that is crushed and transferred into the sewer will still cause sewer accumulation and blockage, and a large amount of organic matter will rot and ferment in the sewer, producing methane While harmful gases such as harmful gases cause secondary pollution, there are also safety hazards such as explosions that endanger life and property.

For most of the undifferentiated kitchen waste, due to the lack of strict policy constraints and guidance, it is often mixed with other production and domestic waste for unified treatment, thereby causing mutual pollution, increasing the difficulty of waste classification, and reducing waste recycling. It is the main source of landfill gas and leachate, which greatly occupies the storage capacity of the landfill, resulting in a substantial increase in the cost of secondary pollution prevention and control of the landfill.

Moreover, the rotten and fermented kitchen waste will produce harmful gases, breed mosquitoes, flies, mice and cockroaches, deteriorate the working environment, and affect the health of garbage disposal personnel

[0004] At present, there is no special independent classification and treatment of kitchen waste, no special separation of solid kitchen waste and liquid waste, and sealing and packaging of solid kitchen waste. The accumulation of sewers is seriously blocked.

Secondary mixing of kitchen waste that has not been treated is prone to cross-contamination and increases the workload of waste sorting personnel. At the same time, kitchen waste after secondary fermentation will release harmful gases, which will cause certain damage to the body of waste sorting personnel

In addition, for families, the separation of solid and liquid waste from kitchen waste increases the daily workload of the family.

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