Plane squeezing type juicer

Abstract

The invention discloses a plane squeezing type juicer, which comprises a base (1), a motor (2), a juicing disc base (4) and a squeezing crushing portion (3). The motor (2) is arranged in the base (1), the juicing disc base (4) is arranged on the base (1), the squeezing crushing portion (3) is disposed on the juicing disc base (4) and comprises a juicing disc upper cover (31) and a juicing disc knife component (32), the juicing disc upper cover (31) is provided with a feeding opening, an output shaft of the motor (2) is connected with the juicing disc knife component (32), and the juicing disc base (4) is used for collecting fruit and vegetable juice squeezed out by the squeezing crushing portion (3). The plane squeezing type juicer is characterized in that the juicing disc knife component (32) is a planar structure and comprises a planar filter screen (322), a preprocessing blade (321) and a juicing strip (323), the preprocessing blade (321) and the juicing strip (323) are located on the planar filter screen (322), and the preprocessing blade (321) is disposed at the center of the juicing strip (323). The plane squeezing type juicer has the advantages of high juice yield efficiency, easiness in cleaning and the like.

Description

technical field [0001] The invention relates to a plane squeeze type juice extractor. Background technique [0002] Existing extruding type juice extractor mainly is screw type structure, and it is made of support, motor, juice collection chamber, advancing screw, extruding barrel, filter screen, end cover. The typical shape of existing screw juicer has the following deficiencies: [0003] First of all, during the working process of the existing screw juicer, the squeezed juice must be refluxed in the extrusion barrel for a while, and then discharged through the juice outlet. The juice outlet path is long. The fruit and vegetable juices that flow out are sucked back by the pomace and squeezed repeatedly, which not only reduces the efficiency of juice production, but also reduces the juice production rate. [0004] Secondly, in the existing screw juicer, the propulsion screw and the juice-squeezing attachment composed of the juice collection chamber, the attachment and the ...

AI Technical Summary

Problems solved by technology

[0003] First of all, during the working process of the existing screw juicer, the squeezed juice must be refluxed in the extrusion barrel for a while, and then discharged through the juice outlet. The juice outlet path is long. The fruit and vegetable juice that flows out is sucked back by the pomace and squeezed repeatedly, which not only reduces the efficiency of juice production, but also reduces the rate of juice production

[0004] Secondly, in the existing screw juicer, the propulsion screw and the juice-squeezing attachment composed of the juice collection chamber, the attachment and the host are assembled to form a cantilever beam structure. Wear and tear, the structure is relatively concentrated in force, and the strength requirements for the stressed objects (extrusion cylinder, end cap) are very high

[0005] Third, the filter screen structure used in the existing screw juicer is inconvenient to clean, and there are many parts to be cleaned

Some products have cleaning blind spots, which greatly affects the cleanliness and food safety of the juicer after use

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