Eccentric dough mixer

Abstract

The invention discloses an eccentric dough mixer. The eccentric dough mixer comprises a base, a body, a cover, a cylinder, a stirring mechanism, a stirring knife and a speed regulating button, whereinan inner cavity is defined by the body and the cover, and the stirring mechanism is arranged in the inner cavity; one end of the stirring mechanism is clamped with the stirring knife; the stirring mechanism comprises a drive motor, a lantern ring, a worm and an eccentric transmission mechanism; the speed regulating button is provided with multiple gears and electrically connected with the stirring mechanism and controls the drive motor to rotate; when the speed regulating button is rotated to a certain gear, the rotating speed of the drive motor is increased with increase of time, so that speed of the stirring mechanism is increased and automatic timed shutdown is realized; the stirring mechanism drives the stirring knife to eccentrically rotate around the cylinder through rotation of theeccentric transmission mechanism.

Description

technical field [0001] The invention relates to the field of noodle mixing home appliances, in particular to an eccentric noodle mixing machine. Background technique [0002] Mechanized operation replaces many manual processes, such as the noodle mixing process. In the past, we still used wooden sticks to stir the noodles and seasonings in a circular manner, so as to achieve even mixing of the noodles and seasonings; It is long and needs to be carried out by the user, and it is impossible for the user to operate other processes at the same time, which affects work efficiency. Therefore, a noodle mixing machine was developed, which adopts mechanized operation to realize automatic noodle mixing. [0003] The Chinese patent "Noodle Mixer CN204133294U" discloses a noodle mixer that adopts gear multi-stage transmission for power transmission, and uses a belt to realize the transmission between the motor and the driving gear; by setting the specific number of teeth of the gear, th...

AI Technical Summary

Problems solved by technology

[0002] Mechanized operation replaces many manual processes, such as the noodle mixing process. In the past, we still used wooden sticks to stir the noodles and seasonings in a circular manner, so as to achieve even mixing of the noodles and seasonings; It is long and needs to be carried out by the user. It is impossible for the user to operate other processes at the same time, which affects work efficiency. Therefore, a noodle mixing machine was developed, which adopts mechanized operation to realize automatic noodle mixing.

[0003] The Chinese patent "Noodle Mixer CN204133294U" discloses a noodle mixer that adopts gear multi-stage transmission for power transmission, and uses a belt to realize the transmission between the motor and the driving gear; by setting the specific number of teeth of the gear, the transmission between the gears can be guaranteed to be optimal. Excellent, so as to overcome the technical problems of high noise and unstable transmission; however, the motor and the driving gear are transmitted through the belt, and the transmission error will be superimposed under the high-speed rotation of the belt, which will cause friction noise and damage to the belt, and the service life of the belt under high-speed rotation It is extremely short, and the replacement of the belt is more complicated. It is necessary to fine-tune the driving gear and the driven gear, so as to realize the replacement of the belt. The service life of the belt mixer is short

[0004] The existing noodle mixer adopts coaxial rotation, and the driving wheel is driven by the motor to realize the positioning and rotation, so as to realize the positioning and rotation of the mixing knife. The noodles in the center are stirred evenly, but at the edge, the mixing effect of the noodles is extremely poor, and the whole noodles cannot be realized. Uniform, at the same time, the speed control of the existing noodle mixer is not obvious, and it cannot realize multi-level speed control and timing shutdown

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