Milk powder brewing device

Abstract

A milk powder brewing device comprises a milk powder box, a milk powder mixing device and a water supply system, wherein a milk powder outlet is formed in the bottom of the milk powder box and communicated with the milk powder mixing device, and a milk powder output device is arranged on the milk powder outlet; a water outlet pipe of the water supply system is communicated with the milk powder mixing device, the water supply system comprises a water tank, a water pump and a heating element which are arranged in sequence and is characterized in that a water outlet pipeline of the heating element is divided into two ways through a switching valve, a first water outlet pipe is a milk powder brewing water pipe and is connected with the milk powder mixing device after being cooled by a refrigeration water tank, a second water outlet pipe is a cleaning water pipe and is connected with the milk powder mixing device, and a first electromagnet assembly and a second electromagnet assembly are arranged at a milk powder inlet end and a brewed milk outlet end of the milk powder mixing device respectively, wherein the milk powder mixing device can be closed and cleaned conveniently through the first electromagnet assembly and the second electromagnet assembly. The milk powder brewing device is reasonable in structure, clean, sanitary, suitable for families and public places and capable of brewing milk powder conveniently and fast so that milk powder can be drunk instantly, and the milk power does not cake easily when brewed.

Description

technical field [0001] The invention belongs to the technical field of milk powder machine equipment, and in particular relates to a milk powder machine. Background technique [0002] Traditional milk powder brewing generally adopts manual brewing, which is to pour milk powder into a feeding bottle, and then manually pour hot water into the feeding bottle to make milk with an appropriate amount of milk powder and water. This method exists The problem is: firstly, the water temperature is not easy to control, if the temperature is too high, it will easily scald the baby, and if the temperature is too low, the milk in the bottle will be cold before drinking; Some parts of the milk powder will not be washed out and agglomerate, which will affect the baby's consumption; moreover, the ratio of milk powder and water is not easy to control, and it is possible that the concentration of the prepared milk is too thin or too thick, which will cause the baby to be difficult to digest or...

AI Technical Summary

Problems solved by technology

[0002] Traditional milk powder brewing generally adopts manual brewing, which is to pour milk powder into a feeding bottle, and then manually pour hot water into the feeding bottle to make milk with an appropriate amount of milk powder and water. This method exists The problem is: firstly, the water temperature is not easy to control, if the temperature is too high, it will easily scald the baby, and if the temperature is too low, the milk in the bottle will be cold before drinking; Some parts of the milk powder will not be washed out and agglomerate, which will affect the baby's consumption; moreover, the ratio of milk powder and water is not easy to control, and it is possible that the concentration of the prepared milk is too thin or too thick, which will cause the baby to be difficult to digest or burn after eating. easily hungry

Its defect is that it uses an air-cooling device to cool the hot water flowing out of the heating water tank to the set constant temperature with a fan. Because the water needs to be heated and further air-cooled, it will inevitably result in low milk foaming efficiency and a long time. It makes it difficult for the baby to wait and cry continuously, causing inconvenience in use, and needs to be further improved in design

[0005] In addition, the Chinese patent No. CN201220443147.4 discloses a milk powder brewing device, which uses hot water mixed with cold water to adjust the warm water, so it will inevitably require a water outlet control device, which includes a cold water volume control device and a hot water volume control device. control device, the cold water control device and the hot water control device are respectively connected to the quantitative module; the cold water control device and the hot water control device are electrically connected to the power supply module; There are many modules and relatively high control requirements, resulting in a higher price for the milk powder machine; in addition, cold water is used without high-temperature sterilization, so there are unhygienic factors

[0006] There are also some literature reports that the water tank uses heating elements and cooling elements to control the water temperature. Because the water tank has a large water capacity, using heating elements and cooling elements to control the temperature is relatively inefficient and consumes energy.

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