Squeezer

Abstract

The invention discloses a squeezer and relates to the technical field of squeezing equipment. The squeezer comprises a rack, a material liquid collecting hopper, plunger drive mechanisms, squeezing cylinders, squeezing plungers and material cutoff mechanisms. The squeezing plungers are coaxially arranged in the squeezing cylinders. The plunger drive mechanisms drive the squeezing plungers to do reciprocating motion in hydraulic cylinders. Each squeezing cylinder comprises a guide section, a feeding section and a squeezing section which are sequentially arranged. A feeding opening is formed in the side wall of each feeding section. Material liquid holes are formed in the side wall of each squeezing section. The material liquid collecting hopper is arranged below the squeezing sections. The tail ends of the squeezing sections are blocked by the material cutoff mechanisms. Each material cutoff mechanism comprises a cutoff cutter, a cutoff cutter guide mechanism and a cutoff cutter drive mechanism. The squeezing plungers are in cooperation with the squeezing cylinders for achieving squeezing of materials. The material cutoff cutters are arranged at discharging openings. Residual or suspended materials at the discharging openings are cut off, and the discharging openings are completely sealed by the material cutoff cutters, so that the materials cannot be left at the discharging openings.

Description

technical field [0001] The invention relates to the technical field of squeezing equipment, in particular to a squeezing machine. Background technique [0002] Press machine is a kind of pressing equipment commonly used in production. In the process of garbage recycling, it is necessary to squeeze out the water and organic liquids in the garbage and collect them; the squeezed materials are then processed later. However, because the garbage includes a lot of long strips of flexible waste such as plastic bags, ropes, shoelaces, etc., the materials cannot be completely discharged when the existing squeezer is used for discharging, and the plastic bags, ropes, shoelaces, etc. will hang on the The discharge port, so that the discharge port cannot be completely closed, and the press cannot work normally. At this time, operators usually need to manually remove these sundries before continuing to squeeze, resulting in a reduction in production efficiency and a waste of manpower. ...

AI Technical Summary

Problems solved by technology

However, because the garbage includes a lot of long strips of flexible waste such as plastic bags, ropes, shoelaces, etc., the materials cannot be completely discharged when the existing squeezer is used for discharging, and the plastic bags, ropes, shoelaces, etc. will hang on the The discharge port, so that the discharge port cannot be completely closed, and the press cannot work normally

At this time, the operator usually needs to manually remove these sundries before continuing to squeeze, resulting in a reduction in production efficiency and a waste of manpower.

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