Changeable flow channel structure of multifunctional disc type separator capable of changing multiple flow channels

Abstract

The invention relates to a changeable flow channel structure of a multifunctional disc type separator capable of changing multiple flow channels. A locking screw cap is positioned at the upper end ofa disc bracket base, is screwed on the external threads at the top of a center shaft, and is pressed on the disc bracket base; the disc bracket base is pressed on the outer conical surface of the lower body of a rotating drum in a sleeving manner; the lower body of the rotating drum is pressed on the outer conical surface of the top of the central shaft in the sleeving manner; the upper side of the disc bracket base is matched with a disc bracket; a plurality of flow channels are enclosed between the disc bracket base and the disc bracket; a detachable plug is fixed to the lower end of each flow channel; a plurality of layers of discs with gaps therebetween are arranged on the disc bracket in a sleeving manner; the discs are compressed through a disc pressing cap on the uppermost side; thedisc bracket is provided with double rows of lower cone through holes; and each disc is provided with a single row of upper through holes or a single row of lower through holes which communicate withthe lower cone through holes of the disc bracket or is not provided with the through holes. According to the changeable flow channel structure of the multifunctional disc type separator capable of changing the multiple flow channels, a variety of flow channels can be realized.

Description

technical field [0001] The invention belongs to the field of fluid machinery, and relates to a disc separator flow channel, in particular to a convertible channel structure of a multi-functional disc separator capable of changing multiple channels. Background technique [0002] At present, there are many types and models of disc separators, but generally only one type of flow path can be realized, which results in a single function of the disc separator and a narrow range of application, and it is impossible to realize multiple uses of one model. It cannot be realized that one type of machine can realize liquid-liquid two-phase separation and purification, solid-liquid two-phase separation and purification and liquid-liquid-solid three-phase separation at the same time. [0003] In addition, the disc brackets of the current disc separators are generally of integral structure, and the structure of the flow channel in the disc bracket is relatively complicated, which is easy t...

AI Technical Summary

Problems solved by technology

[0002] At present, there are many types and models of disc separators, but generally only one flow channel can be realized, which results in a single function of disc separators and a narrow range of use, and it is impossible to realize multiple uses of one model.

It cannot be realized that one type of machine can realize liquid-liquid two-phase separation and purification, solid-liquid two-phase separation and purification, and liquid-liquid-solid three-phase separation at the same time

[0003] In addition, the disc brackets of the current disc separators are generally of integral structure, and the structure of the flow channel in the disc bracket is relatively complicated, which is easy to clog, and it is not easy to clean the clogs, and it is not easy to process and manufacture, which is not conducive to the realization of multiple Kind of runner

[0004] Moreover, there is generally only one type of disc in the current disc separator, and the structure is single, which is not conducive to realizing multiple flow channels.

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