Continuous automatic belt type hydraulic squeezing press

Abstract

The invention discloses a continuous automatic band-type hydraulic compressor, comprising a frame (16). The invention is characterized in that the frame (16) is arranged with upper and lower annular filter cloth devices formed by guide roller, expand roller, driving roller and connected upper and lower annular filter cloths and power device. The frame (16) is connected with a material compression sealing device formed by sealing box cylinder (4) and sealing box (5), and a hydraulic compressor formed by a compressing cylinder (1) and a compressing pushing plate (2). The frame (16) is connected with a stop plate (3) relative to the compressing pushing plate (2). The frame (16) is connected with a liquid disc (17) with liquid outlet (18) and a material distributor (15). The invention can realize automatic continuous operation and high compressing speed, with long service life and low cost.

Description

Technical field: [0001] The invention relates to a press machine, in particular to a continuous automatic belt hydraulic press machine. Background technique: [0002] The current presses mainly include the following types: [0003] 1. Vertical hydraulic press: This type of equipment uses hydraulic pressure as the pressing power source, and uses strong hydraulic pressure to press and dehydrate materials. The disadvantages of this type of equipment are: ①The degree of automation is low, and it is difficult to form an automated assembly line production mode by using manual or mechanical assistance for intermittent loading and discharging. ②In order to ensure the working efficiency of the press, the thickness of the material to be pressed each time is relatively thick, generally about one meter. It is difficult for the internal liquid to flow out in a short time during the pressing process of the material that is too thick. This kind of equipment generally adopts long-term pres...

AI Technical Summary

Problems solved by technology

The disadvantages of this type of equipment are: ①The degree of automation is low, and manual or mechanical assistance is used for intermittent loading and discharging, making it difficult to form an automated assembly line production mode

The disadvantages of this type of equipment are: ①Due to the low tensile capacity of the filter cloth, the pressure of the material being squeezed is limited, the dehydration effect of the pressing is not complete, and there is a large amount of liquid residue; ②The material must reach a certain solid content and is not easy to flow. It can be pressed, and the easy-flowing pulp cannot enter the equipment for pressing

③The application range of pressed materials is narrow, and the versatility of the equipment is poor

The existing disadvantages are still: ① Due to the low tensile capacity of the filter cloth, the pressure of the material being squeezed is limited, the dehydration effect of the pressing is not complete, and there is a large amount of liquid residue. It cannot be used for materials that are viscous, small particles, and difficult to settle. The device performs pressing

②The filter cloth needs to be cleaned and regenerated with high-pressure water in time, otherwise the filter cloth will be polluted and blocked, and the filtering effect will not be ideal

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