Soybean milk machine

Abstract

The invention discloses a soybean milk machine which comprises a barrel, a grinder, a grinding motor, a boiling and heating assembly and a bubble breaking heating assembly, wherein a liner of the barrel is in the shape of a rotation body, and the sectional area of the cross section of the liner decreases progressively firstly and then increases progressively in the direction from bottom to top so that a shrinking narrow necking section is formed between the top and the bottom of the liner; the grinder is arranged in the barrel; the grinding motor is connected with the grinder; the boiling and heating assembly is at least used for heating and boiling raw soybean milk; the arranged height of the bubble breaking heating assembly is not lower than the highest liquid surface in the barrel during the heating and boiling processes, and the position at the minimal inner diameter of the liner is higher than the highest liquid surface. According to the soybean milk machine, due to the arrangement of the independent bubble breaking heating assembly, the bubble breaking is realized through the heating manner, so that the bubble breaking efficiency is improved; and meanwhile, the shrinking narrow necking section is formed on the liner for effectively extruding bubbles, so that the bubble breaking is further promoted.

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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