Vegetable dewatering device capable of accurately rotating without gap after repeated pressing

Abstract

A vegetable dehydrating apparatus capable of gaplessly accurately rotating after repeated push, the evaporator clamps a fixing support bracket forming fixing groove and fixing protuberance from side surface into internal side of cylindrical gear forming guiding groove, upper side is exposed and fixed on a rotation plate when combining, a guiding stick with prescribed length is formed underside, a guiding protuberance is formed inside, after a spring is installed between an actuator and a lid, up-and-down motion can be carried out, the guiding protuberance formed inside of the guiding stick of the actuator is clamped behind the guiding groove formed on outer side of the cylindrical gear, the fixing groove of the fixing support bracket exposed from upper side is fixed with screw, such that the rotation plate rotates in guide of the cylindrical gear when the guiding protuberance of the push start section is pushed. When the guiding protuberance of the actuator is pushed, the rotation plate rotates in guide of the cylindrical gear, right start can be carried out after multitime repeated push, thus the simple structure can be easily used by anybody.

Description

technical field [0001] The invention relates to a vegetable dehydrator for dehydrating vegetables or fruits. Specifically, when the driving part is operated to rotate the rotating net used for dehydrating vegetables, the driving part can be rotated accurately without gaps, and the operation is convenient and easy to assemble . Background technique [0002] Generally speaking, a vegetable dehydrator is used as a device for dehydrating vegetables and fruits to remove harmful components such as pesticides and foreign substances when eating vegetables or fruits at home or restaurants, so that they can be eaten after washing. [0003] The structure of the currently used vegetable dehydrator includes an outer cylinder with a shaft protrusion of a specified size formed on the inner bottom surface; a rotating net that rotates on the shaft protrusion formed inside the outer cylinder; A rotating plate that protrudes downward; a flip that is formed symmetrically with a bayonet part th...

AI Technical Summary

Problems solved by technology

[0005] However, when the screw shaft used to rotate the above-mentioned rotating plate is clamped into the spiral groove of the starter cover, there will be a rotation gap before the helical part of the screw shaft is clamped into the spiral groove and starts to rotate, resulting in a idling phenomenon, so there is a rotating plate. Defects that cannot rotate normally

[0006] In addition, as mentioned above, the driving part used to rotate the rotating net starts to rotate after the screw shaft is clamped into the spiral groove. When starting many times, the screw part will be worn or the screw part will be dislocated even if it is hit by a small impact. Obstacles, so that the problem of failure occurs

[0007] In addition, the driving part installed between the rotating plate and the flip cover for rotating the above-mentioned rotating net has a complicated structure and is difficult to assemble, which leads to the defects that the assembly time is too long, it is difficult to repair when a failure occurs, and the production time is too long

Images