Soybean milk machine

Abstract

The invention discloses a soybean milk machine, comprising a barrel, a disintegrator, a crushing motor, and a cooking heating component. The barrel comprises an inner container. The internal diameter dimension of the lower end face of an upper section part of the inner container side wall is smaller than the internal diameter dimension of the upper end face of the lower section part of the side wall, so as to form a transition part between the upper section part and the lower section part, the transition part being narrowed relative to the lower section part. The disintegrator is arranged in the barrel. The crushing motor is connected with the disintegrator. The cooking heating component is at least used to cook and heat raw soybean milk. The upper edge of the transition part is higher than the highest liquid level in the barrel in a heating cooking process. Through arranging the transition part with the narrowed structure, the soybean milk machine can effectively extrude and stop foam generated on liquid surface, and through the transition part, foam would extrude each other, so the foam is easier to break, defoaming effect is improved, and soybean milk making time is effectively shortened.

Description

technical field [0001] The invention relates to a soybean milk machine. Background technique [0002] In the soymilk machine related technology known to the inventor, the soymilk maker generally includes parts such as an inner container, a shell, a crushing tool, a crushing motor, a machine head, a heating rod, etc. At the bottom, the crushing tool is connected to the free end of the motor shaft of the crushing motor and extends into the inner container, so as to crush and pulp the pulping material in the barrel, and the heating rod is used to heat and boil the crushed raw soybean milk. Further, to obtain drinkable cooked soybean milk, the height of the heating rod needs to be below the level of the boiling liquid, for example, directly below the bottom wall of the inner container. [0003] However, the inventor found that this soybean milk machine will produce a large amount of foam during the heating and boiling process, so certain heating strategies need to be adopted, s...

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Problems solved by technology

[0003] However, the inventor found that this soybean milk machine will produce a large amount of foam during the heating and boiling process, so certain heating strategies need to be adopted, such as controlling the heating power of the heating rod or adopting intermittent heating methods, although this can avoid generating a large amount of bubbles. Foam, to avoid foam overflow, but it greatly increases the pulping time, and the pulping efficiency is poor

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