Multistage spillage preventing device of soybean milk maker

Abstract

The invention provides a multistage spillage preventing device of a soybean milk maker. The multistage spillage preventing device comprises an upgoing channel, a diversion and guiding channel, a spillage preventing arch, a smooth cup wall pressure release rail and an air overflow outlet. The upgoing channel is vertically arranged in a milk boiling cup, a bottom opening is a soybean milk upgoing inlet, the top of the upgoing channel is connected with the diversion and guiding channel, a grinding bit of the soybean milk maker is arranged in the upgoing channel, the diversion and guiding channel is of transversely arranged annular structure, and a plurality of air and liquid spraying holes are distributed at the bottom of the outer end of the diversion and guiding channel. The spillage preventing arch is arranged above the diversion and guiding channel and the outer edge of the spillage preventing arch can be slidably arranged on the smooth cup wall pressure release rail. The air overflow outlet is arranged on the cup wall of the milk boiling cup above the spillage preventing arch. The multistage spillage preventing device can continuously heat by slow fire, size of the soybean milk maker is not increased and energy resource utilization rate is increased.

Description

technical field [0001] The invention relates to a soybean milk maker, in particular to a multiple overflow prevention device of the soybean milk maker. Background technique [0002] Soymilk contains soybean saponins. The ingredients are toxic and not heat-resistant. It needs to be boiled for a few minutes on low heat to destroy the saponins before it is safe to drink. However, when heated to 80-90 degrees Celsius, the soybean saponin undergoes a chemical reaction, causing the soybean milk to produce a large amount of foam, which expands and overflows. [0003] In order to solve this problem, an anti-overflow probe is generally arranged in the pulp cooking cup. When cooking starts, the probe separates from the water and no loop can be formed. When heating and beating are started, the soybean milk produces a large amount of foam, and the foam rises to the position of the probe, forms a loop with the heating tube, and sends out an overflow signal. When the control board re...

AI Technical Summary

Problems solved by technology

However, there are irreconcilable contradictions in this structure

For example, when the wind is low, the bubbles of soybean milk flow and are not easy to be blown, or even if some of the bubbles are blown, the rest can still overflow; Difficult to blend in sync with overflowing lather, less effective

Images