Two-stage centrifugal type cone basket splitter

Abstract

A double-stage conic basket centrifuge comprises a shell, the rear end of which is equipped with a end cover and the front end of which is equipped with an opening, and a screening system, which consists of a conic basket, a horizontal transmission shaft, and a hollow feed shaft. The transmission shaft goes through the center of the end cover, and the rear end of the transmission shaft is connected with a drive device. The conic basket is arranged in the shell, and the hollow shaft goes through the center of the conic basket. Then front end of the transmission shaft stretches into the shell to be in transmission-connection with the conic basket and the hollow shaft. A sliding seal extending out of the front end of the hollow shaft to be connected with a pump feed pipe. The transmission shaft and the hollow shaft are supported by a machine frame via a supporting part. The conic basket consists of two-stage screening drums. The taper of a first-stage drum is larger than the taper of a second-stage drum. The small end of the first-stage screening drum is in transmission-connection with the transmission shaft via a connecting plate. A spoke is arranged between the front and middle section of the conic basket and the hollow feed shaft. The rear end section of the hollow shaft is equipped with a baffling plate. The hollow shaft between the baffling plate and the connecting plate is equipped with a material injection hole. A material passing space is provided between the baffling plate and the conic basket. The bottom of the shell is equipped with a juice outlet and a residue outlet. The centrifuge uses the hollow shaft to feed materials and the double-stage screening drums to separate the pulp. The centrifuge is appropriate in the structure and reliable in the operation, and greatly promotes the working efficiency.

Description

technical field [0001] The invention relates to a centrifugal separator, in particular to a double-stage centrifugal cone basket separator, which is especially suitable for separating fruit and vegetable juice residues. Background technique [0002] In order to further process fruits and vegetables to increase their commercial value, the industry makes liquid pulp from the cleaned fruits and vegetables, and then sends the pulp to a juice separator for screening to extract juice and make various juice products. . There are two types of commonly used fruit and vegetable juice residue separators: spiral separator and scraper separator. These two separators have low working efficiency, high noise, and low power consumption. The high-speed operation and the extrusion of the scraper type separator are easy to destroy the pulp fibers in the slag, so it is not suitable for citrus fruits and vegetables rich in fiber in the pulp. Contents of the invention [0003] The purpose of t...

AI Technical Summary

Problems solved by technology

There are two types of commonly used fruit and vegetable juice residue separators: spiral separator and scraper separator. These two separators have low working efficiency, high noise, and low power consumption. High-speed operation and the extrusion of the scraper type separator are easy to damage the pulp fiber in the residue, so it is not suitable for citrus fruits and vegetables rich in fiber in the pulp

Images