KR20050081010A - Automatic powder milk blender - Google Patents

Abstract

The present invention relates to an automatic milk powder mixer, which is a device for formulating milk powder and water at an optimum amount and temperature. The motor 27 uses milk powder and water supplied to a bottle at an optimum amount and temperature. To shake the bottle from side to side to mix.

The present invention provides a milk bottle (10), a water bottle (11), valves (24, 26, 28), a heater (22), a temperature sensor (23), a flexible hose (19), a microprocessor controller ( 90), the input key 81, the indicator 80, the bottle cap 18 and the motor 27, the controller controls the amount of milk powder and water by the user's operation, and the bottle cap is flexible It is connected to the hose 19 and becomes a discharge port of milk powder and water, and the bottle can be fixed by screwing. The left and right rotational movements of the motor 27 connected to the bottle cap 18 shake the bottle 14 to mix milk powder and water.

Description

Automatic powder milk blender

The present invention relates to an automatic milk powder mixer which is a device for formulating milk powder and water at an optimal amount and temperature automatically. Currently, various attempts have been made on the milk powder mixer. Looking at the "container support structure of the powdered milk mixer" of the publication 20-2000-0013133, the invention is designed to form a plurality of fixing grooves in the powdered milk mixer and to fit the container support of the disc shape to facilitate the container of various sizes To provide a pedestal. The above invention is designed to apply the special container characteristics of the bottle by using the mechanism of the existing automatic coffee vending machine, the nature of the powdered milk simply by supplying only the powdered milk and hot water to the characteristics that do not mix to feed the newborns It does not have a solution to solve the problem of hygiene and mixing.

The present invention has been invented to solve the above problems, the controller 90 composed of a microprocessor receives the user's operation input and discharges water and milk powder at an optimum amount and temperature, and discharges the milk powder and water discharged. The formula is mixed with the left and right movement mechanism using (27), so that powdered milk can be mixed automatically.

Hereinafter, with reference to the accompanying drawings an embodiment for achieving the object of the present invention

It will be described in detail. In describing the present invention, detailed descriptions of related well-known functions or configurations are omitted in order not to obscure the subject matter of the present invention.

1 to 11 are diagrams for explaining the automatic milk powder mixer according to the present invention.

1 is an exploded perspective view of an automatic powdered milk mixer, in which a milk powder container 10 containing a milk powder which can be separated from a main body and a water container 11 containing water is supplied in advance. On the front, there is a front control panel 16, which has a key 81 for selecting the desired amount of milk powder and an indicator 80 for displaying the set amount. There is a baby bottle cap 18 for fixing a milk bottle and a flexible hose 19 for supplying milk powder and water, and having a discharge port of milk powder and water, and a baby bottle holder 17 for supporting the baby bottle. In addition, the front top has a bottle drying rack (13) for storing and storing the bottle and nipple to dry and store the bottle and nipple.

2 is a "internal component configuration diagram of the automatic powdered milk mixer", the heater 22 and the temperature sensor 23 can be controlled to the temperature of the water supplied to 38 ~ 40 ℃ the optimum crude oil temperature. By adjusting the primary valve 24 and the rotary gear 28 constituted by the check valve, the amount of powdered milk and water discharged is adjusted, and the secondary valve 26 simply operates as a switch. The damping container 25 is placed to prevent direct contamination of the powdered milk container and the water bottle due to steam generated from the hot water supplied to the baby bottle. The U-shaped secondary valve located between the damping container 25 and the flexible hose 19 can be easily separated and cleaned during washing and easily reassembled. The bottle cap 18 is coupled to the motor 27 and the shaft to transfer the left and right movement mechanism to the bottle coupled to the bottle cap coupled to the screw to mechanically mix the milk powder and water discharged into the bottle.

3 is a "mixing operation diagram of the automatic powdered milk mixer", conceptually expressing the mixing of the powdered milk and water discharged to the bottle by the motor 27 makes a lateral movement mechanism. The hose for supplying milk powder and water can be stretched and contracted with respect to the warming of the motor using the flexible hose 19.

Figure 4 is a "bottle bottle and bottle coupling", when the bottle is inserted into the open ring using the U-ring-shaped bottle stand 17 as a support for the bottle, the bottle is inserted and the bottle is hard for elasticity of the ring. Is fixed.

5 is a "coupling of the bottle supporter, the bottle cap, the secondary valve, the motor, and the flexible hose", the bottle is inserted into the bottle supporter 17 to secure the support, and finally screwed to the bottle cap 18. It is fixed. The shaft for supporting the bottle support and the shaft for supporting the c-shaped i-valve 26 are supported by the motor drive shaft 51 to move in the same manner as the rotation of the motor.

FIG. 6 is a "combination view of the flexible hose and the secondary valve", the secondary valve 26 is formed in a U-shape can be easily separated and coupled to the flexible hose 19.

7 is an "operational view of the U-shaped secondary valve", one or both of the U-shaped secondary valve is moved to squeeze or release the flexible hose 19 to discharge the powdered milk and water through the flexible hose Prevent backflow of steam.

FIG. 8 is a "front control panel", which comprises an operation key 81 for setting the amount of oil and an indicator 80 and a power switch 83 for displaying the amount of milk powder, and the temperature and amount of water. A mode setting key 82 and a setting mode display LED for adjusting a set value of the user are selectively provided.

9 is an "automatic milk powder mixer block diagram", in which a controller 90 composed of a microprocessor controls keys, sensors, actuators, and indicators to implement the functions of the automatic milk powder mixer.

10 is a "coupling of the motor and the bottle cap through the sliding shaft", the shaft connecting the bottle cap 18 and the motor 27 is composed of a spline shaft 101, separating the bottle cap for cleaning When easily separated and combined.

11 is a "washing operation diagram of the automatic milk powder mixer", the microprocessor controller 90 is combined with the bottle bottle 18, the user wants to wash the bottle cap 18 and pressing the washing key 81, detergent for detergent consisting of a valve The valve 111 is controlled to discharge an appropriate amount of detergent and high temperature water into the bottle, and the motor controls the left and right movement mechanism to wash the bottle and the bottle cap.

According to the present invention, the above-described configuration enables automatic mixing of milk powder and water manually, and always prepares hot water in advance to mix powdered milk during lactation and a measuring spoon to mix powdered milk powder. This solution solves the inconvenience of having to read the bottle bottle to make sure the amount of water is prepared and the amount of water. Invention.

1 is an exploded perspective view of an automatic milk powder mixer

2 is a block diagram of the internal components of the automatic milk powder mixer

3 is a mixing operation of the automatic milk powder mixer

4 is a baby bottle holder and bottle coupling

Figure 5 is a coupling of the bottle support and the bottle cap and the secondary valve and the motor and flexible hose

6 is a coupling diagram of the flexible hose and the secondary valve

7 is an operation of the U-shaped secondary valve

8 is a front control panel

9 is an automatic milk powder mixer block diagram.

10 is a coupling of the motor and the bottle cap through the spline shaft

11 is a washing operation of the automatic milk powder mixer

Description of the main parts of the drawing

10: milk bottle 11: bucket

12: baby bottle rack lid 13: baby bottle rack

14: Bottle 15: Nipple

16: Front panel 17: Bottle holder

18: Bottle Cap 19: Flexible Hose

22: heater 23: temperature sensor

24: primary valve 25: damping container

26: secondary valve 27: motor for rotating the bottle

28: rotary gear 29: rotary gear motor

51: motor drive shaft 80: seven-segment indicator

81: input key 82: mode setting key

83: power switch 84: mode display LED

90: controller 100: spline shaft connecting groove

101: spline shaft 110: detergent container

111: detergent check valve 112: detergent flexible hose

Claims (10)

As an automatic milk powder mixer, (A) the milk powder container 10 containing the milk powder which can be separated from the main body; (B) a bucket (11) containing water which can be separated from the body, (C) valves 24, 26, 28 for controlling the amount of milk powder and water; (D) a heater 22 for heating water, (E) a temperature sensor 23 for measuring the temperature of the heated water, (F) a motor (27) for shaking a baby bottle to mix milk powder and water, (G) a flexible hose 19 which induces powdered milk and water from the powdered milk container 10 and the water container 11 and which is elastic and bent against the rotational movement of the motor 27; (H) It is connected to the motor drive shaft 51 to receive the rotational movement of the motor, and is connected to the flexible hose 19 to become the discharge port of the powdered milk and the water, and the female thread line which matches the screw line of the bottle is There is a bottle cap (18) that is fixed to the bottle and screw coupling, which can transmit the rotational motion of the motor to the bottle, (I) input keys 81 for receiving a user's operation command; (D) an indicator 80 for displaying the operation state of the apparatus, (K) a controller 90 for controlling the operation of the apparatus, Automatic milk powder mixer, characterized in that configured. In claim 1, An automatic milk powder mixer characterized by further comprising a baby bottle drying rack (13) and a baby bottle drying rack (12) capable of storing the baby bottle and the nipple in the front. In claim 1, The infant formula mixer is characterized in that it further has a U-ring-shaped bottle stand (17) having elasticity to support and support the bottle, and one side of which is open to insert the bottle. In claim 1, In order to prevent the backflow of the milk bottle and the water bottle directly from the bottle to the milk bottle 10, the water bottle 11 and the flexible hose 19, (A) a damping container 25 located between the milk powder container 10 and the flexible hose 19, and between the water container and the flexible hose, (B) the secondary valve 26 located at the end of the flexible hose 19, Powdered milk powder mixer characterized in that it further comprises. In claim 4, The secondary valve 26 is configured to open on one side in a c-shape so that the flexible hose 19 can be easily separated from the valve, and the flexible hose can be crimped from the outside to control the flow of milk powder and water. Powdered milk powder mixer. In claim 1, There is an input key 81 to adjust the amount of oil in the front control panel 16. When the user selects only the amount of oil that is the final mixed volume to be obtained, the controller 90 automatically makes powdered milk without additional setting. And the amount of water is calculated and discharged, the temperature of the water is controlled by the heater 22 and the temperature sensor 23 to 38 to 40 ° C., which is an optimal crude oil temperature, and the motor 27 shakes the discharged powdered milk and water from side to side. An automatic powdered milk mixer characterized by a user's operation method that can be mixed by an exercise mechanism and can be adjusted by the control of a controller without user intervention. In claim 6, An automatic milk powder mixer characterized in that the user can selectively change the temperature and amount of the water set by the controller (90) automatically by using an input key (81). In claim 1, Automatic milk powder mixer characterized in that the motor drive shaft connecting the motor 27 and the bottle cap so that the motor drive shaft 51 and the bottle cap 18 can be easily separated (spline) shaft (101). In claim 1, (A) detergent container (110), (B) Detergent valve 111, (C) flexible hose 112 for detergent, (D) Insert the cleaning operation key into the front control panel (16). In addition, the microprocessor controller 90 by the user's operation to discharge the detergent and high temperature water to the bottle 14 is coupled, and rotate the motor 27 to wash the bottle and the bottle cap 18. Automatic milk powder mixer characterized in that. In claim 1, Automatic milk powder mixer, characterized in that the valve for adjusting the amount of powdered milk is a rotary gear (28) connected to the drive motor (29).