Slide sheet type squeezer

Abstract

A slide sheet type squeezer is mainly composed of a machine body and a rotor. The machine body is provided with a feed inlet, a cylindrical mould cavity, guide rails, a squeezing chamber, screen cloth, a slag outlet and a juice outlet. The cylindrical rotor is arranged in the cylindrical mould cavity. The rotor is provided with a plurality of sliding chutes which are evenly distributed in the radial direction. A slide sheet is arranged in each sliding chute. Guide columns are arranged on two sides of each slide sheet and are embedded in the guide rails of the machine body. When the rotor rotates, the slide sheets rotate along the rotor and are guided by the guide rails to slide. When rotating to the feed inlet, the slide sheets enable materials to be squeezed to rotate into the cylindrical mould cavity and continually press the materials into the squeezing chamber. When the rotor rotates to a position where the rotor is about to leave the inlet of the squeezing chamber, the slide sheets slide to the end face so as to be aligned and leveled with the surface of a cylinder of the rotor, and therefore a circulation process that a slide sheet presses the materials for one time is realized. Along with the rotation of the rotor, the slide sheets ceaselessly press materials into the squeezing chamber. When the inside of the squeezing chamber reaches certain pressure, material juice is squeezed out of the screen cloth, and slag is pressed out of the slag outlet, and therefore separation of the slag and the juice of the materials is achieved.

Description

technical field [0001] The invention relates to a press machine, especially a sliding vane press machine capable of continuous pressing and generating relatively high pressure. Background technique [0002] At present, the presses driven by rotary power are screw presses. When pressing peanuts, sesame and other materials with this press, a higher speed is required. Due to the high speed, the materials will produce more High temperature destroys the nutrition of the material and wastes energy. Sometimes the material sticks to the rod and cannot be pressed, which cannot meet the needs of low-temperature continuous pressing and pressing of a small amount of material. Contents of the invention [0003] In order to provide people with the needs of low-speed, low-temperature continuous pressing and the ability to press a small amount of materials, the present invention provides a sliding vane press, which can be pressed at any speed. When pressed at an extremely low speed, it wi...

AI Technical Summary

Problems solved by technology

[0002] At present, the presses driven by rotary power are screw presses. When pressing peanuts, sesame and other materials with this press, a higher speed is required. Due to the high speed, the materials will produce more High temperature destroys the nutrition of the material and wastes energy. Sometimes the material sticks to the rod and cannot be pressed, which cannot meet the needs of low-temperature continuous pressing and pressing of a small amount of material.

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