Clutch assembly of food processer

Abstract

The invention discloses a clutch assembly of a food processer. The clutch assembly comprises an auxiliary clutch piece and a main clutch component which are matched with each other; the auxiliary clutch piece comprises a knife shaft holder, a ring disc surrounding the upper part of the knife shaft holder, and at least three clutch teeth arranged on the lower surface of the ring disk and distributed uniformly, wherein the body of each clutch tooth is columnar, and the head of each clutch tooth is of a spherical curved surface; the main clutch component comprises a base; by adopting the structure, the lower end of each clutch tooth is in sliding fit with a guiding mouth, then the head of the clutch tooth is engaged with a clutch hole, and the body of the clutch tooth is matched with a buffering clutch hole of a buffer, so that the purposes of low friction degree, quick engagement and collision prevention are fulfilled. The lower end of each clutch tooth is intersected with the two adjacent guiding holes of a guiding sleeve linearly, so that the clutch assembly is convenient to align, has the effect of automatic alignment and is convenient to use.

Description

technical field [0001] The invention relates to a cooking machine, in particular to a clutch assembly of the cooking machine. Background technique [0002] In the current prior art, there is a clutch assembly for a cooking machine, which includes a sub-clutch set at the lower end of the cutter shaft and a female clutch assembly set at the upper end of the motor shaft. The parts are matched with the female clutch assembly. Existing problems are: when meshing, rigid fit, large wear, short service life, when starting or emergency stop, the meshing teeth collide with the meshing groove, the noise is large, and it is easy to wear. There is a plane at the guide mouth, and if the meshing teeth correspond to the plane, it is easy to cause the sub-clutch at the lower end of the cutter shaft to fail to fit into the female clutch assembly at the upper end of the motor shaft. It is necessary for the operator to rotate the female clutch assembly at a certain angle by hand so that the m...

AI Technical Summary

Problems solved by technology

The existing problems are: when meshing, rigid fit, large wear, short service life, when starting or emergency stop, the meshing teeth collide with the meshing groove, the noise is large, and it is easy to wear

There is a plane at the guide mouth. If the meshing teeth correspond to the plane, it is easy to cause the sub-clutch at the lower end of the cutter shaft to fail to fit into the female clutch assembly at the upper end of the motor shaft.

It is necessary for the operator to rotate the female clutch assembly at a certain angle by hand so that the meshing teeth align with the meshing groove, so that the child clutch and the female clutch assembly can be smoothly matched. This method has potential safety hazards and is very inconvenient to use

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