Milk brewing machine

Abstract

The invention relates to a milk brewing machine. The milk brewing machine comprises a machine shell, a mixing bin, a milk powder box, a water storage tank, a constant temperature bin, a drip tray, a thick film heater, a first spiral cooling pipe and a controller, wherein the drip tray is detachably installed on the machine shell; the water storage tank is connected to the right side of the machineshell in an inserting mode, and the milk powder box is communicated with the mixing bin; an air extraction opening is formed in the mixing bin; a moisture-proof assembly is arranged above the air extraction opening, wherein the moisture-proof assembly comprises a fan and a windshield cover, and a first air outlet is formed in the side edge of the windshield cover; the constant-temperature water outlet in the constant-temperature bin is communicated with the mixing bin; the outlet of the water storage tank is connected with the first cooling pipe; a second spiral pipe is arranged in each firstcooling pipe; a normal temperature water outlet is connected with the inlet of each first cooling pipe, and the water outlet of the first cooling pipe is connected with the thick film heater; the outlet of the thick film heater is connected with the first spiral cooling pipe; and the outlet of the first spiral cooling pipe is connected with the water inlet in the constant-temperature bin throughthe second spiral pipe. The structure of the milk brewing machine has the advantages of being damp-proof, convenient to disassemble and capable of improving the cooling effect.

Description

technical field [0001] The present invention relates to the technical field of milk powder brewing equipment, and more specifically relates to a milk brewing 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...

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

However, this type of intelligent constant temperature milk maker has the following problems: 1. The hot air in the constant temperature chamber is easy to run into the powder outlet of the milk powder box, which will easily cause the powder outlet to be damp, and the remaining heat to flow into the milk powder box will easily cause the milk powder inside to be damp. ; 2. The height of the milk powder installation table is not adjustable. In order to meet the needs of any type of feeding bottle, a long enough distance is generally set between the milk powder installation table and the milk outlet. The distance between the milk outlet is too large. If the small feeding bottle is directly placed on the milk powder installation platform, there will still be a large distance between the milk outlet and the small feeding bottle nipple. It is easy to splash, which makes it inconvenient to receive milk, so it is necessary to manually hold the bottle close to the milk outlet, which is unsafe and inconvenient to receive milk; 3. The internal pipeline adopts a single cooling effect, resulting in poor cooling effect and heating at the same time The tube is heated by ordinary heating wire, which makes it impossible to quickly realize heating; 4. The energy saving effect is poor; at the same time, the heating temperature cannot quickly meet the preset requirements; 5. The internal cleaning effect of the mixing chamber and water tank is poor

[0004] To sum up, the current milk machine can not meet the needs of users

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