Soybean milk machine

Abstract

The invention provides a soybean milk machine comprising a machine head and a cup body. The machine head is arranged on the cup body; a motor driving smashing blades is disposed in the machine head; the lower end of the machine head is provided with a smashing cover covering the smashing blades; the smashing cover is formed by a smashing cover base body and a plurality of flow-baffle plates; the smashing cover case body is opened and has a smaller upper part and a bigger lower part; the lower edge of each flow-baffle plate forms a lower mouth edge of the smashing cover; the flow-baffle platesare upwardly bent corresponding to the smashing cover; and the flow-baffle plates are connected with the smashing cover via arc-shaped folds being higher in the middle and lower in two ends. With theflow-baffle plates, pairs of circumferential movements can be formed on the external and internal sides of the smashing cover; meanwhile, liquid flow intersection convection can be formed on the arc-shaped folds, and reflected to a negative pressure area under the smashing blades to form liquid flow compensation; besides, a first section of each arc-shaped fold helps guide the liquid flow to a pressure releasing area to release pressure inside the smashing cover; and a second section can introduce the liquid flow to the smashing cover, so smashing efficiency can be improved.

Description

technical field [0001] The invention relates to small kitchen appliances, in particular to a soybean milk maker. Background technique [0002] The pulverizing device of existing soymilk maker is generally installed on the machine head of soymilk maker, and is divided into non-net soymilk maker, precision mesh soymilk maker, Lafal mesh soymilk maker and crushing cover soymilk maker according to the difference of crushing system. Among them, the crushing effect of the non-net soybean milk machine is poor, and the precision mesh and Lafal mesh soybean milk machine have the problem of difficult cleaning, while the crushing cover soybean milk machine has greatly improved the crushing performance, and at the same time makes the soybean milk machine easier to clean. At present, with the advancement of technology and the continuous pursuit of quality of life by consumers, higher requirements are put forward for the crushing effect of soybean milk machines. Efficiency is often a p...

AI Technical Summary

Problems solved by technology

Among them, the crushing effect of the non-net soybean milk machine is poor, and the precision mesh and Lafal mesh soybean milk machine have the problem of difficult cleaning, while the crushing cover soybean milk machine has greatly improved the crushing performance, and at the same time makes the soybean milk machine easier to clean

At present, with the advancement of technology and the continuous pursuit of quality of life by consumers, higher requirements are put forward for the crushing effect of soybean milk machines. Efficiency is often a pair of contradictions

Strengthening the internal turbulence effect will affect the external circulation efficiency. Although the crushing efficiency of a single cycle is better, the reduction of the circulation efficiency will bring about a decline in the overall crushing effect, and vice versa

On the other hand, it has become a trend to increase the motor speed for pulverization and pulping in existing soymilk machines, and it is difficult for the pulverization cover in the prior art to adapt to high-speed motors.

In the soymilk machine with a crushing cover using a high-speed motor, the motor drives the water flow to rotate at a high speed, which increases the impact of the water flow, offsets part of the turbulence effect of the crushing cover, and reduces the crushing efficiency; and the load of the motor will change greatly, resulting in empty space. Hitting phenomenon will not only form noise, affect user experience, but also shorten the service life of the motor

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