KR200387449Y1 - Apparatus automatically discharging the quantity of powered milk - Google Patents

Abstract

The present invention is to store the powdered milk and water in the inside of the feeder automatic powdered milk dispensing device that can be fed to infants by mixing the powdered milk and the drinkable powdered milk which is a one-time intake of infants with one button operation It is about a method. The automatic milk powder dispensing device for automatically supplying infant milk powder and water according to the present invention has at least one bucket 200, the powdered milk container 120 and the main body 100, the main body 100 and the bucket 200 and In the automatic milk amount dispensing device having a mixing chamber for mixing the milk and milk powder from the milk powder container 120, the water tank 200 is provided on the outer circumferential surface of the water tank 200 before supplying the contained water to the milk bottle 300 A heater 112 connected and heated, a reverse osmosis filter 150 for purifying water heated by the heater 150, and a pressure compensation pump 156 connected and pressure-adjustable with the filter 150. And, the water supply opening and closing valve 160 for controlling the amount of water for controlling the amount of water coming out of the filter 156, and the water supply port 170, the powdered milk container 200 is the powdered milk passed through the powdered milk supplied therefrom Supply pipe 122 and the powdered milk supply pipe 122 High milk powder amount adjusting means 25 for adjusting the amount of milk powder supplied to the milk bottle 300, and through the one side of the milk powder supply pipe 122 for the smooth supply of the milk powder supply to the inside of the milk powder supply pipe 122 Is coupled to the air supply pipe 124 and the motor 126 is connected to the air supply pipe 124 for applying a force to adjust the amount of milk in a bellows manner.

Description

Apparatus automatically discharging the quantity of powered milk}

The present invention relates to an automatic milk powder dispensing device and method for automatically supplying infant formula and water, and more specifically, the present invention is to store the powdered milk and water in the feeder of the infant once intake amount by one button operation The present invention relates to a powdered milk automatic dispensing apparatus and method for feeding infants by mixing powdered milk and heated water automatically into drinkable milk powder.

In modern society, many women, such as double-eared couples, are feeding their infants with powdered milk powder and water. That is, in the case of feeding infant formula by caring for infants, most people who feed formulas to infants are heated by boiling water with a heating device such as a microwave oven or microwave, then mixed with powdered infant formula, and mixed infant formula is suitable for infants to consume the formula. It cools down to a temperature and then mixes formula with water to feed infant formula.

In this case, when feeding infant formula by mixing the formula and water, the infant should maintain the temperature of the water in order to maintain a good temperature for the infant, and, in addition, the infant formula to be eaten may cause diarrhea or constipation depending on the combination ratio of water and formula. Because of the possession, it should be possible to control the amount of milk and milk powder as accurately as possible.

In order to solve the problem as described above, the present invention heats water by attaching or inserting a heat-conducting element having good thermal conductivity, and attaching a temperature sensor to the outer wall of the bucket to discharge water and milk powder while maintaining the temperature of the water while checking the water temperature. It is an object of the present invention to provide an automatic milk powder dispensing apparatus and method for feeding powdered milk to infants by automatically mixing the powder amount and water adjustable.

The present invention is to achieve the above object, the automatic milk powder dispensing device for automatically supplying the infant milk powder and water according to the present invention has at least one bucket 200, the powdered milk container 120 and the main body 100, In the main body 100 is an automatic milk powder dispensing apparatus having a mixing chamber for mixing the water and milk powder coming out of the bucket 200 and the milk powder container 120,

The bucket 200 is connected to the outer circumferential surface of the bucket 200 and heated before supplying the contained water to the milk bottle 300, and to clean the water heated by the heater 150 Reverse osmosis filter 150 for, the pressure correction pump 156 is connected to the filter 150 and the pressure adjustment, and the water supply opening and closing valve 160 for controlling the amount of water to control the amount of water from the filter 156 ) And a water supply port 170,

The powdered milk container 200 is a powdered milk supply pipe 122 through which the powdered milk supplied therefrom passes, the powdered milk amount adjusting means 25 connected to the powdered milk supply pipe 122 and controlling the amount of powdered milk supplied to the milk bottle 300; An air supply pipe 124 coupled to one side of the powdered milk supply pipe 122 for a smooth supply of the powdered milk powder supplied to the inside of the powdered milk supply pipe 122, and a powdered milk amount connected to the air supply pipe 124 and bellowed; And a motor 126 that applies a force to adjust it.

In addition, the automatic milk powder discharging device is provided with a pair of discharge caps 22 and 22 'for discharging the water in the bucket 110 to automatically discharge the milk powder.

In addition, the discharge caps 22 and 22 ′ in the automatic milk powder discharging device are mounted to the main body 100, and then the packing 24 is opened to supply water to the main body 100, wherein the packing shaft 26 is provided. It consists of a spring 28 connected to return the packing 24 to its original position.

In addition, in the automatic milk powder dispensing apparatus, the bucket 100 is composed of an osmotic filter 150 and a correction pump 165 to filter out when there is foreign matter contained in the water.

In addition, according to an embodiment of the present invention, an automatic milk powder dispensing apparatus is provided in an automatic milk powder dispensing method using an automatic milk dispensing apparatus.

Heating the water supplied from the bucket (200) by the heater (112) before supplying the milk bottle (300) (s 12);

Filtering the water heated by the heater 150 by a reverse osmosis filter 150 (s 14);

(S 16) connected to the filter 156 and controlling the amount of water using the water supply opening / closing valve 160 for controlling the amount of water exiting the filter 156; And,

Using the encoder rotary switch connected to the water supply opening and closing valve 160, it is configured to discharge the water to the water supply port 170 (s 20).

In addition, the automatic milk powder dispensing method using the automatic milk powder dispensing apparatus according to an embodiment of the present invention, in the automatic milk powder dispensing method using the milk powder automatic dispensing apparatus, the water supplied from the bucket 200 is supplied to the milk bottle 300 Heating by the heater 112 before the step (s 22);

Filtering the water heated by the heater 150 by a reverse osmosis filter 150 (s 24);

Correcting the pressure of the water filtered by the pressure correcting pump 156 connected to the filter 150 (s 26);

Controlling the amount of water using the water supply opening / closing valve 160 to control the amount of water coming out of the filter 156 (s 28); And,

By connecting the encoder rotary switch as the low pressure water supply opening and closing valve 160, the water supply port 170 is opened (s30).

In addition, in the step (s 16) of correcting the pressure of the water according to the automatic milk powder discharge method, a check valve is corrected by a pressure correction pump 156 having a closed cylinder disposed at the inlet and the outlet of the cylinder. Step s 22 is included.

Hereinafter, described in detail by the accompanying drawings the preferred embodiment of the present invention as follows.

1 is a cross-sectional view showing an application configuration of an automatic milk powder dispensing apparatus of an embodiment according to the present invention, Figures 2a and 2b is a cross-sectional view of the bucket of the automatic milk powder dispensing apparatus of Figure 1, Figures 3a and 3e is the milk powder of Figure 1 Figure 4 is a cross-sectional view of the powder dispensing container of the automatic discharge device, Figure 4 is a flow chart showing a method for automatically dispensing the milk amount using an automatic milk amount dispensing device according to an embodiment of the present invention, and Figure 5 is a pressure correction pump in the milk amount automatic discharge device of the embodiment of FIG. Is a flowchart showing a method of automatically discharging the milk powder. Next, an embodiment of the present invention will be described with reference to FIGS. 1 to 5, but the description of the same components will be omitted as the description of the same components is omitted.

As shown in Figures 1 to 3, in the automatic milk powder discharging device and method according to the present invention, the reference numeral 100 denotes the main body of the housing of the automatic milk powder dispensing device, 112 is a heater, 114 is a handle, 110 is a housing 100, respectively. Bucket disposed on the outer surface of the 120, 120a is the first and second milk powder container, 122 is the milk powder discharge pipe connected to the first milk powder container 120, 124 is the air supply pipe, 150 is a reverse osmosis filter, 156 is a pressure correction pump, 160 is a check valve, 170 is a discharge nozzle for discharging the heated water, 180 is a milk powder outlet, 200 is a milk powder discharge control means for adjusting the discharge amount of the milk powder discharge pipe 122, 300 is the discharge means 200 and control The bottle, 320 positioned below the means 250 and detachably fixed, represents the drip tray.

The structure of the automatic milk powder dispensing device according to an embodiment of the present invention is a bottle for injecting a mixture of water and milk powder from at least one bucket 200, the milk shaker 120, the water bottle 200 and the milk shaker 120 300 and a drip tray 320 for receiving the water or milk powder leaking during the injection process.

In addition, the bucket 200 of the automatic milk powder discharge device is connected to the outer peripheral surface of the bucket 200 before the water supplied from the milk bottle 300 and the heater 112 for heating to about 35 to 38 degrees Celsius and A reverse osmosis filter (150) for purifying the water heated by the heater (112), a pressure compensation pump (156) connected to the filter (150) and pressure-adjustable in a pressurized manner, and the filter (156) It is provided with a water supply opening and closing valve 160, and a water supply port 170 for adjusting the amount of water to regulate the amount of water from the volume unit of ml. Since the height difference between the water tank 110 and the water inlet 170 is small, the water supply opening / closing valve 160 is adjusted so that the water supply can be kept constant because the difference in the water pressure can be reduced.

In addition, the milk powder container 120 of the automatic milk powder dispensing device is connected to the milk powder supply pipe 122 through which the milk powder supplied from the milk powder flows, and is connected to the milk powder supply pipe 122, and adjusts the milk powder volume supplied to the milk bottle 300 to supply the milk powder 300. An air supply pipe 124 coupled to one side of the powdered milk supply pipe 122 and supplying air for a smooth supply of the amount of milk powder supplied into the powdered milk supply pipe 122 and the air; It is provided with a motor 126 connected to the supply pipe 124 and forcing a force to adjust the milk amount in a bellows manner.

As shown in Figures 2a and 2b, in one embodiment according to the present invention, the automatic milk powder dispensing device has the same structure of the milk powder adjusting means (200,200a), but is formed of a band-shaped heating plate 112 in Figure 2a as a heating device In FIG. 2B, the heating fin 122a may be formed.

The band-shaped heating plate 112 and the heating fin 122a in the automatic milk powder discharging device are preferably connected to the outer circumferential surface of the water tank 200 and heated to approximately 35 to 38 degrees Celsius by the milk powder adjusting means 200, 200a. .

The bucket 110 is also attached to a temperature sensor 18 connected to the milk amount adjusting means 200, the temperature sensor 18 of the main body 100 whether the temperature of the water inside the bucket 110 is maintained at an appropriate temperature Displayed by an externally connected display device (not shown). Using polysulfone or silver nano-injection, which is used for transparent glass and feeding bottle, it is made of material that is harmless to human body. In addition, the bucket 110 is installed upside down the bucket to handle the handle 114 to not fall down when containing water.

In addition, in the automatic milk powder dispensing apparatus, the bucket 100 includes an osmotic filter 150 and a correction pump 165 to filter out when there is a foreign substance contained in the water, and the bucket 100 to maintain a constant water pressure. ) To compensate for the drop between the water supply port 170 and open and close the water flowing to the water supply port 170 through the low pressure water supply opening and closing valve 160.

As shown in Figures 2a and 2b, the discharge caps 22 and 22 'paired with each other for discharging the water in the bucket 110 in the automatic milk powder dispensing apparatus of the embodiment according to the present invention assembled state After containing the water so that the water does not spill when mounted on the main body (100). After the discharge caps 22 and 22 'are mounted on the main body 100, the packing 24 is opened to supply water to the main body 100, and the packing 24 is connected to the packing shaft 26. It is composed of a spring 28 connected to return to the original position.

The milk powder canister 120, 120a or powder canister may be provided with two to four, the use of several milk powder canister 120, in the case of infants, milk powder that does not fit the body through a change in the mixing ratio gradually In many cases, it is desirable to have at least two bottles of milk powder. However, instead of the powdered milk containers 120 and 120a, a powder container and a pipe for containing coffee, cream, and sugar can be used.

In addition, as shown in Figures 3a to 3e, the powdered milk container 120 of the embodiment according to the present invention is replenished with powdered milk (powder) even in the state attached to the inside of the body 100 by opening the lid 30 from the upper side can do. However, the powdered milk may be supplied in the form of a lid to the outlet side for supplying the powdered milk to the main body 100.

The milk powder container 120 of the embodiment according to the present invention is provided with a sliding lid 30 at the outlet for supplying the milk powder to the milk powder container 120, the guide groove 32 of the main body 100 When slidingly mounted on the lid, the lid 30 is opened as shown in FIG. 3B, and the lower lid 30 is held by the outer guide groove 32 of the milk powder container 120. The powdered milk container 120 is provided with a hook (34) that can prevent the lid 30, which is slidably pushed from the body.

Next, as shown in Figure 3c, when the powdered milk container 120 is taken out by the hook 34, so that the residual of the powdered milk does not flow down.

In addition, the lid 30 is held by the hook 34 to remove the powdered milk container 120 in a sliced manner as shown in FIG. In addition, by connecting the encoder rotary switch to the water supply opening and closing valve 156, the amount of water to the water supply port 170 is automatically discharged step by step.

Next, FIG. 4 is a flowchart showing an automatic discharging method of the automatic milk powder discharging device.

First, in the automatic milk powder discharging device, the water tank 200 heats the water tank 200 by the heater 112 with water supplied therefrom (s12).

Then, the water heated by the heater 150 is filtered by the reverse osmosis filter 150 using the reverse osmosis phenomenon (s 14).

In addition, after filtering in the s 14, the flow of water is opened and closed using the water supply opening and closing valve 156 is connected to the filter 150 and to control the amount of water coming out of the filter 156 in ml units (s 16).

Using the encoder rotary switch connected to the water supply opening and closing valve 160, the water supply port 170 is opened to automatically discharge the water (s 18).

Accordingly, the method for automatically dispensing the amount of milk using the automatic amount of milk dispensing apparatus according to an embodiment of the present invention may set a flow rate of water desired by the user and determine a water supply criterion accordingly.

FIG. 5 is a flowchart illustrating a method for automatically discharging a milk powder using a pressure correction pump in the automatic milk powder discharging device of the embodiment of FIG. 4.

First, in FIG. 5, the bucket 200 heats the bucket 200 to approximately 35 to 38 by the heater 112 before supplying water supplied therefrom to the milk bottle 300. (s 22).

In addition, if an osmotic pressure difference or more is applied to the high concentration solution to purify the water heated by the heater 150, the reverse osmosis phenomenon in which the dissolution of the high concentration solution reverses the low concentration dissolution side is reversed to the osmotic phenomenon. Filter by the osmotic filter 150 (s 24).

In addition, after filtering in the s 14, the pressure of the water filtered by the pressure-adjustable pressure correction pump 156 connected to the filter 150 and pressurized to correct (s 26). Here, the pressure correction pump 156 is a rotary motor-type pump, and it is preferable to use a sealed cylinder in which check valves are disposed at the inlet and the outlet of the cylinder.

After correcting the pressure of the water filtered in s 26, the amount of water is adjusted using the water supply opening and closing valve 160 to control the amount of water coming out of the filter 156 in ml units (s 28). Therefore, since the height difference between the water container 100 and the water inlet 170 is small, the water flow rate automatic discharge device can maintain a constant amount of water even if a difference in water pressure occurs and a change in the amount of water is generated.

Next, the encoder rotary switch is connected as the low pressure water supply opening / closing valve 160 to open the water supply port 170 (S 30). Here, through the osmotic filter 150 to pass the water temperature controlled from the bucket 100 to filter when there is a foreign material contained in the water, using a correction pump 165 to maintain a constant water pressure Compensates for a drop between the bucket 100 and the water inlet 170. And water through the low pressure water supply opening and closing valve 160 flows out to the water supply port (170).

Therefore, the automatic milk powder dispensing method using the automatic milk powder dispensing apparatus according to an embodiment of the present invention may serve to supply water and cut water according to the user's desired amount of water.

Other embodiments of the present invention will be apparent to those of ordinary skill in the art in view of the foregoing description and implementation of the present invention. It is intended that the above-mentioned parts and examples be considered as examples only, and the true scope and spirit of the present invention are indicated in the following claims.

As described above in detail, according to the present invention and the automatic milk amount discharge device and method according to the present invention, since the difference in the water pressure between the water tank 100 and the water supply port 170 is removed, the water supply amount is constant so that the water supply amount is constant. It can be maintained, and the powdered milk contained in the powdered milk container using the structure of the lid 30 of the powdered milk container 120 is not hardened, and the quantity can be discharged. Desorption is easy from the main body, and powder is not blown off when detaching. In addition, the powder discharge port does not harden the powder even if water vapor is generated from the internal moisture and hot water. Moreover, as few parts as possible are expected to be harmful to the human body in the piping, the effect can be assured by the consumer. In particular, since the machine supplies the milk fed by the baby, the cleanliness is highly demanded. Therefore, the internal pipe is as clean and concise as possible to reduce unnecessary parts, thereby minimizing the connection part.

1 is a cross-sectional view showing an application configuration of the automatic milk powder discharge device of an embodiment according to the present invention,

2A and 2B are cross-sectional views of the bucket of the milk powder automatic discharge device of FIG.

3A and 3E are cross-sectional views of the milk powder container of the automatic milk powder discharging device of FIG. 1;

4 is a flowchart showing a method for automatically dispensing a milk amount using an automatic milk amount discharging device according to an embodiment of the present invention, and

FIG. 5 is a flowchart illustrating a method for automatically discharging a milk powder using a pressure compensation pump in the milk discharging device of the embodiment of FIG. 4.

* Explanation of symbols for the main parts of the drawings

100: main body 112: heater

110: bucket 120,120a: first and second bottle

122: powdered milk discharge pipe 150: filter

156: pressure compensation pump 160: check valve

170: discharge nozzle 180: powdered milk outlet

200: milk powder discharge control means 300: milk bottle

Claims (3)

Milk powder having at least one bucket 200, the powdered milk container 120 and the body 100, the body 100 has a mixing chamber for mixing water and powdered milk from the water bottle 200 and the powdered milk container 120 In the automatic discharge device, The bucket 200 is connected to the outer circumferential surface of the bucket 200 and heated before supplying the contained water to the milk bottle 300, and to clean the water heated by the heater 150 Reverse osmosis filter 150 for, the pressure correction pump 156 is connected to the filter 150 and the pressure adjustment, and the water supply opening and closing valve 160 for controlling the amount of water to control the amount of water from the filter 156 ) And a water supply port 170, The powdered milk container 200 is a powdered milk supply pipe 122 through which the powdered milk supplied therefrom passes, the powdered milk amount adjusting means 25 connected to the powdered milk supply pipe 122 and controlling the amount of powdered milk supplied to the milk bottle 300; An air supply pipe 124 coupled to one side of the powdered milk supply pipe 122 for a smooth supply of the powdered milk powder supplied to the inside of the powdered milk supply pipe 122, and a powdered milk amount connected to the air supply pipe 124 and bellowed; Milk powder flow rate automatic discharge device characterized in that it comprises a motor (126) for applying a force to adjust. The method of claim 1, In order to automatically discharge the milk amount, the bucket 110 is characterized by having a discharge cap (22, 22 ') paired for discharging the water therein. The method of claim 2, After the discharge caps 22 and 22 'are mounted to the main body 100, the packing 24 is opened to supply water to the main body 100. At this time, the packing 24 to the packing shaft 26 is returned to its original position. Milk powder flow rate automatic discharge device, characterized in that consisting of a spring 28 is connected to return to.