Fur fulling and shaping rotary pan

Abstract

The invention designs a fur fulling and shaping rotary pan, which mainly comprises a rotary pan, a rotary shaft, a support and an electromotor. The pot also includes a vent pipe with one end connected to the rotary pan by traversing the rotary shaft and the other end inserted with a certain length of a steam jet pipe, and meanwhile, the vent pipe end and the outer wall of the steam jet pipe are sealed, and a liquid medicine inlet pipe is arranged between the sealed end of the vent pipe and the vent pipe end within the vent pipe. The fur fulling and shaping rotary pan of the invention makes use of the steam jet pipe to blow out steam, so that the air pressure of the space between the sealed end of the vent pipe and the steam jet pipe end can be reduced. Meanwhile, air pressure at the end of the liquid medicine inlet pipe is lower than external atmospheric pressure which presses the liquid medicine into the vent pipe, then the liquid medicine mixes with the steam and enters the rotary pan. Thus, usage of a compressor pump can be reduced, and energy consumption can also be reduced. Besides, filter screen belts are arranged on the surface of the rotary pan, so that saw dust can be filtered out during rotation, and the process of artificial removal of the saw dust can be reduced, thus reducing manpower input and production cost.

Description

technical field [0001] The invention relates to the field of fur processing equipment, in particular to a fur milling and shaping rotary pot. Background technique [0002] At present, the fur milling and shaping rotary pots in the industry all use compression pumps to spray the medicine to the vent pipe and mix it with steam, and then spray it into the rotary pot. When fur milling is finalized, the compression pump needs to work continuously and consumes a lot of energy. electrical energy. When the current rotary pot is used for milling and shaping the fur, one pot of the same type of fur must be selected and shaped, which cannot realize the simultaneous shrinking and shaping of two different furs, resulting in harsh processing conditions. In addition, when the existing rotary pot is taken out of the wood chaff in the pot, it needs to be shut down for processing, which consumes a lot of manpower and physics, and it is difficult to clean the internal wood chaff. Contents o...

AI Technical Summary

Problems solved by technology

[0002] At present, the fur milling and shaping rotary pots in the industry all use compression pumps to spray the medicine to the vent pipe and mix it with steam, and then spray it into the rotary pot. When fur milling is finalized, the compression pump needs to work continuously and consumes a lot of energy. electrical energy

When the current rotary pot is used for milling and shaping fur, one pot of the same type of fur must be selected and shaped, and it is impossible to realize two different furs for milling and shaping at the same time, resulting in harsh processing conditions

In addition, when the existing rotary pot takes out the wood chaff in the pot, it needs to be shut down for processing, which consumes a lot of manpower and physics, and it is difficult to clean the internal wood chaff

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