Control method of multifunctional food processor

Abstract

The invention provides a control method of a multifunctional food processor, the food processor comprises a juice squeezing container and a screw rod arranged in the juice squeezing container, the food processor is characterized in that the bottom of the juice squeezing container is provided with a waste discharge channel, the screw rod is driven to be at a first working position for closing the waste discharge channel, and the screw rod rotates in the juice squeezing container; and the driving screw rod is located at a second working position for opening the waste discharging channel, and waste discharging work is conducted through the waste discharging channel. The screw can be switched between two working positions in the juicing or cleaning working process, operation is convenient, the juice yield of fruit and vegetable juice or soybean milk made through the control method is higher, and the residue and juice separation effect is good; when the control method is used for executing cleaning work, the cleaning effect is good, automatic cleaning can be achieved, and during automatic cleaning, the cleaning work is simpler, and cleaning is more thorough.

Description

technical field [0001] The invention relates to the field of food processing machines, in particular to a control method of a food processing machine. Background technique [0002] With the improvement of people's living standards, all kinds of industrial food processing machines are gradually miniaturized, transformed into a variety of household appliances and entered the family, such as juicers, cooking machines, etc., which have become a must for families. The kitchen appliances meet people's demand for food DIY and reduce the labor burden. In the transition from industrial machines to home appliances, safety and convenience come first. [0003] At present, there is a household food processing machine that uses a screw to squeeze juice. The juice collecting chamber outside the pressing cylinder, etc., the motor drives the screw to move in the extrusion cylinder to squeeze and grind the juice. This food processor can make fruit and vegetable juice, soybean milk, etc. Th...

AI Technical Summary

Problems solved by technology

The structure of this juice extractor is complicated. Although the residue can be discharged vertically, the discharge of residue and juice are performed at the same time. The juicing process and the separation process of residue juice cannot be separated or automatically adjusted. Higher, the squeezing is not thorough enough, resulting in a low juice yield, especially when squeezing fruits and vegetables such as oranges and tomatoes that are difficult to separate from the slag juice, it is often a pile of materials, and only one cup of juice is produced

Moreover, the structure is complex and more difficult to clean

[0005] The patent application number is CN 201310340949.1 titled "A Twin-screw Juicer with Automatic Cleaning Function", which discloses a "automatic cleaning system using a micro compressor (50) to generate high-pressure gas to drive the water source to generate high-pressure water through the water pipe. (4) Flow into the collecting ring (22) of the crushing cylinder (5) and the extrusion cylinder (6), and then divert to the axial guide groove (23), and pass through the guide hole (24) to the crushing cylinder (5) and the various parts of the squeeze cylinder (6) are washed vigorously, and after the juicer is cleaned, the high-pressure gas is used to blow and dry all parts of the juicer", which can better solve the problem of squeezing The cleaning problem of the juicer, especially the realization of automatic cleaning, but the structure is complicated and the cost is high, which also makes the overall structure of the juicer greatly improved, and the volume is larger, the weight is heavy, and it is not economical, which is still not conducive to home production. Juice needs simple and convenient use requirements

[0006] In addition, the patent application number CN201320567900.5 titled "Automatic Cleaning Juicer" discloses an "automatic water supply device installed on the base of the automatic cleaning juicer, the automatic water supply device includes a water tank, a water pump, and a water outlet pipe. , the water tank is connected with the feeding channel through the outlet pipe, and the juice outlet and the slag outlet are equipped with valves for opening and closing the juice outlet and the slag outlet. Cavity, the motor drives the extrusion screw to rotate and clean". This solution can also solve the problem of automatic cleaning of the juicer. This brings about the problem of valve cleaning. At the same time, the power system of the juice extractor is set on the machine base. The slag outlet can only be set on the bottom side of the juicing chamber, which is not conducive to the cleaning of the slag outlet. Although the juicer net can be cleaned, it is difficult to clean the motor shaft or the root of the screw. After cleaning, the waste water is discharged It also brings about the secondary pollution problem of the valve at the slag outlet; the other is that the motor shaft checks forward from the side of the machine base, and goes deep into the juice extraction chamber to connect with the extrusion screw. This solution is due to the motor shaft or screw It is also difficult to clean the root at the front of the juicing chamber, and the juicing net is placed horizontally, and the injected cleaning liquid or water needs to fill the entire juicing chamber. If the cleaning water is less, the juicing net above cannot be cleaned However, too much water causes a lot of waste, and it still cannot be cleaned automatically and thoroughly.

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