Multi-purpose juicer

摘要

The present invention relates to a multi-purpose juicer, which includes a frame assembly, a base assembly, and a drive assembly. The frame assembly includes a frame body, a head assembly fixed on the base assembly, and a function element. A terminal of the frame body matches with the head assembly to form an operation cavity for containing the function element. Another terminal thereof matches with the drive assembly such that the drive assembly drives the function element to operate in the operation cavity. The drive assembly can directly drive the function element to rotate it in the operation cavity. The function element may be altered according to different needs; however, other elements need not to be altered, thus the whole structure thereof is simple.

主权项

1. A multi-purpose juicer, comprising:
a frame assembly; a base assembly arranged under the frame assembly; and a drive assembly arranged at a side of the frame assembly; wherein the frame assembly includes a frame body, a head assembly fixed on the base assembly, and a function element, and wherein the frame body includes (i) a bottom that matches with the base assembly, (ii) a first end that matches with the head assembly to form an operation cavity configured for receiving the function element, (iii) a second end that matches with the drive assembly, and wherein the drive assembly drives the function element to operate in the operation cavity; wherein the frame body comprises a lateral cylinder-shaped transferring zone and a feeding zone arranged on the transferring zone; wherein lateral cylinder-shaped transferring zone comprises a transferring cavity that is in communication with the feeding zone, wherein the head assembly includes a processing cavity, wherein the combination of the transferring cavity and the processing cavity form the operation cavity; wherein the functional element further comprises a demountable juicing threaded rod comprising a rotation shaft rotatably arranged in the operation cavity, and a spiral wale arranged on a surface of the rotation shaft; wherein the spiral wale comprises an outer convex and wherein a portion of the outer convex includes a tooth-shaped surface that corresponds to the transferring zone of the frame body and at an end of the functional element that corresponds to the driving assembly; and wherein the tooth-shaped surface includes a top that is arranged in the outer convex surface of the spiral wale wherein the rotation shaft comprises a spiral outthrust group that is arranged on it surface and in an interval with the spiral wale.