Capacity-self-adaptive pulping method

Abstract

The invention relates to a capacity-self-adaptive pulping method which comprises the following stages: (1), a preheating stage, to be specific, starting a heating device for heating to T1, continuously heating to T2, wherein delta T is equal to T2 minus T1, calculating out electric energy consumed when the temperature is increased to T2 from T1 by a control device, wherein a preset heat efficiency coefficient eta and a specific heat capacity c are stored in the control device, m represents the pulping capacity, and W<electricity> represents electric energy, and calculating out the pulping capacity by the control device according to the law of conservation of energy, namely heating electric energy*eta is equal to thermal energy absorbed during temperature increase and the formula is that (eta)W<electricity> is equal to cm(delta)T; (2), a smashing stage, to be specific, adjusting smashing frequency, smashing time and / or smashing power by the control device according to the pulping capacity; (3), a decocting stage, to be specific, adjusting the heating time and / or heating power by the control device according to the pulping capacity. Therefore, intelligent optimization of pulping parameters is realized and an optimum pulping effect is realized.

Description

technical field [0001] The invention relates to a method for preparing soybean milk, in particular to a capacity-adaptive pulping method. Background technique [0002] Existing soymilk machines generally use the same pulping program no matter how much pulping capacity is. However, when the soymilk machine has a large capacity, the crushing is insufficient, the soy material cannot be crushed, and the soy milk is not fully cooked; It is easy to overflow during the cooking process. In addition, the range of the existing soybean milk machine's pulp capacity is too small, the difference between the maximum capacity and the minimum capacity is only 0.2 liters, which is not very convenient for consumers to use. In addition, in order to avoid overflow during pulping with the minimum capacity, the same power is usually used to make soymilk at the maximum capacity, resulting in a longer cycle for making soymilk. Contents of the invention [0003] In view of this, it is necessary ...

AI Technical Summary

Problems solved by technology

However, when the soymilk machine has a large capacity, the crushing is insufficient, the soy material cannot be crushed, and the soy milk is not fully cooked; It is easy to overflow during the cooking process, etc.

In addition, the range of the existing soymilk machine's pulp capacity is too small, the difference between the maximum capacity and the minimum capacity is only 0.2 liters, which is not convenient for consumers to use

In addition, in order to avoid overflow during pulping with the minimum capacity, the same power is usually used to make soy milk at the maximum capacity, resulting in a longer cycle for making soy milk

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