Clamping sleeve and clamping sleeve tank

Abstract

The invention relates to a clamping sleeve. The clamping sleeve is a rectangle, the clamping sleeve comprises at least two beehive connecting box regions and at least one arch channel region which are successively arranged along the length direction, wherein the arch channel region is positioned between the adjacent two beehive connecting box regions in at least two beehive connecting box regions; and a working medium input port of the clamping sleeve is positioned in one beehive connecting box region of the adjacent two beehive connecting box regions, and a working medium output port of the clamping sleeve is positioned in another beehive connecting box region of the adjacent two connecting box regions. By adopting the clamping sleeve in the invention, the cooling working medium is uniformly distributed in each cooling channel, a better cooling effect can be obtained through the simple structure, and the clamping sleeve is simple in structure and convenient in processing.

Description

technical field [0001] The present invention relates to a jacket and a jacket tank using the jacket. Background technique [0002] In the industrial production of beer, beverages, etc., it is often necessary to cool the tank equipment used in production. For example, during the fermentation process, the material in the tank will release a large amount of heat, and the tank body needs to be cooled to maintain the temperature required for fermentation in the tank body. Therefore, it is necessary to set up heat transfer elements for these tank equipment to conduct the reaction heat of the materials in the tank. [0003] At present, one type of heat transfer element commonly used in the field is a jacketed heat transfer element. A jacketed tank using a jacketed heat transfer element generally includes a tank body and a jacket. The jacket surrounds the outside of the tank body. A working medium channel is formed in the jacket. The working medium channel has a working medium inp...

AI Technical Summary

Problems solved by technology

[0008] But, all there is different defect in the jacket of above-mentioned three kinds of forms of prior art

Specifically, the welding workload of the honeycomb jacket is very large, and the production cost is very high; furthermore, the area surrounded by the welding area of ​​the honeycomb jacket cannot directly contact the cooling medium, resulting in poor cooling effect

The corrugated jacket needs to use a special mold to press the corrugated board during the manufacturing process, and a different mold needs to be used when rolling the corrugated jacket into a tube; furthermore, because the corrugated jacket uses a tubular inlet and outlet header structure, May result in poor distribution of working fluid, resulting in poor cooling

Although the arched channel jacket has fast welding speed and high production efficiency, it may also lead to poor distribution of working fluid, resulting in poor cooling effect of the jacket

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