Pulping method of food processor

Abstract

The invention provides a pulping method of a food processor. The food processor comprises a cup body, a heating device, and a grinding device. The cup body is used for containing pulping materials and water, the heating device heats the pulping materials and the water in the cup body, and the grinding device grinds the pulping materials and the water in the cup body. The food processor is characterized in that the grinding device comprises a movable grinding head installed on a rotary shaft and a fixed grinding cylinder installed on the movable grinding head in a sleeving mode. The pulping method comprises the steps of heating the pulping materials and the water in the cup body to 90 DEG C, and maintaining the temperature of 90 DEG C or above for t1, afterwards making the grinding device rotate to drive the pulping materials and water to pass through the gaps between the movable grinding head and the static grinding cylinder in the axial direction of the grinding device so as to further grind the pulping materials, wherein the duration t1 is 3-15 minutes. The pulping method of the food processor is conducive to softening of the pulping materials; meanwhile, the motor load is lowered, and the phenomenon that the food processor gets stuck is avoided.

Description

technical field [0001] The invention relates to a pulping method of a food processing machine, which belongs to the field of food processing. Background technique [0002] Existing food processors include crushing and heating functions, and crushing generally adopts the method of blade crushing. With the development of technology, at the same time, in order to meet the higher-level needs of users for taste, nutrition, etc., grinding and crushing food is used in the market. The processing machine came into being. Grinding and crushing means extruding and shearing the pulping material through two matching grinding surfaces. Compared with blade crushing, its speed is lower and the torque is larger. In order to meet the requirements of crushing fineness, the gap between the grinding surfaces is required to be small. However, for pulping materials with high hardness, especially in the case of large particles of pulping materials at the initial stage of crushing, this contradict...

AI Technical Summary

Problems solved by technology

In order to meet the requirements of crushing fineness, the gap between the grinding surfaces is required to be small. However, for pulping materials with high hardness, especially in the case of large particles of pulping materials at the initial stage of crushing, this contradiction becomes more prominent. Not only The load on the motor is relatively large, and muffled noise is generated during the pulping process, and it is easy to get stuck, causing the motor to stall, and even cause burnout in severe cases.

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