Processing method of nutritional paste easy to clean and food processor

Abstract

The invention provides a processing method of nutritional paste easy to clean and a food processor. The food processor comprises a smashing cavity, a smashing cutter arranged in the smashing cavity, a heating device used for heating slurry in the smashing cavity and a motor used for driving the smashing cutter. The processing method comprises a heating and softening stage in which the slurry is heated to a first preset temperature so as to soften materials in the slurry; a smashing and gelatinizing stage in which the smashing cutter stirs the slurry at a first rotating speed so as to prevent the slurry from rising to the top wall of the smashing cavity, and the stirring time is not less than 80% of the processing time in the smashing and gelatinizing stage so as to enable the softened material to be smashed and gelatinized; and a rolling and homogenizing stage in which the smashing cutter stirs the slurry at a second rotating speed to enable the smashed and gelatinized material to roll and collide with the top wall of the smashing cavity so as to fully mix the material, wherein the second rotating speed is greater than the first rotating speed, so that the smashing effect is guaranteed, and material particles can be prevented from being adsorbed to the top wall of the smashing cavity.

Description

technical field [0001] The invention relates to the technical field of food processing, in particular to an easy-to-clean nutritional paste processing method and a food processing machine. Background technique [0002] At present, soymilk, rice paste, thick soup and other pasty foods made by food processors such as wall breakers and soymilk machines are very popular among consumers, but the processing is prone to problems such as low crushing rate of materials and large residues. [0003] In order to overcome the problems of low crushing rate and large residues, the related technology proposes that after heating to a certain temperature, the control motor adopts an absolute high speed to crush the material to solve the problem of low crushing rate or large residues. , such as the patent disclosure scheme with application number 201610886844.X: in the stage of breaking the wall, the motor grinds the food at a speed of 20,000r / min to 40,000r / min; , the motor drives the crushi...

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Problems solved by technology

[0004] However, when the control motor drives the pulverizer to crush the material at an absolute high speed, the higher the speed of the pulverizer, the higher the slurry rises along the inner wall of the pulverization chamber, and the high-speed beating of the pulverizer by the pulverizer causes the slurry to rise until it is pulverized The top wall of the crushing chamber may cause the material to be whipped out of the slurry and fly to the top wall of the crushing chamber, causing the material particles to be adsorbed on the top wall of the crushing chamber, especially when the material particles with a large diameter are in a half-cooked or hard state, they are easy to get between the top wall of the crushing chamber A fine vacuum gap is formed, so that the material particles are adsorbed on the top wall of the crushing chamber. After the processing is completed, the material cools and hardens, and the material particles adhere more firmly to the top wall of the crushing chamber, making it difficult for users to clean; in addition, automatic Cleaning of the broken wall machine and soybean milk machine, in the cleaning step after processing, the stickiness of the material particles to the top wall of the crushing chamber and the suction of the vacuum gap make it impossible to wash the material particles away, resulting in unclean cleaning

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