KR200353843Y1 - Powdered milk mixture apparatus - Google Patents

Abstract

The present invention relates to an automatic powder mixing system for milk powder. In particular, a storage chamber is formed on one side of the body to store water and powdered milk, and a mixing chamber is formed at the bottom of the storage chamber to mix water and powdered milk. It is possible to sterilize milk bottles and nipples left after feeding milk powder by sterilizing milk powder by forming a sterile chamber on the side of the mixing and mixing chamber, so that milk powder and water can be automatically mixed so that infants can quickly cope with hunger. It is possible to mix a proper amount of powdered milk and water so that you can always get a certain taste of powdered milk. It is possible to sterilize the washed milk bottles and nipples after using UV lamps to obtain very hygienic milk bottles and nipples. Provides an automatic powder mixing system.

Description

Powdered milk automatic mixing device {POWDERED MILK MIXTURE APPARATUS}

The present invention relates to an automatic powder mixing system for milk powder. In particular, a storage chamber is formed on one side of the body to store water and powdered milk, and a mixing chamber is formed at the bottom of the storage chamber to mix water and powdered milk. It is possible to sterilize milk bottles and nipples left after feeding milk powder by sterilizing milk powder by forming a sterile chamber on the side of the mixing and mixing chamber, so that milk powder and water can be automatically mixed so that infants can quickly cope with hunger. It is possible to mix a proper amount of powdered milk and water so that you can always get a certain taste of powdered milk. It is possible to sterilize the washed milk bottles and nipples after using UV lamps to obtain very hygienic milk bottles and nipples. It relates to a powdered milk automatic mixing device.

In order to ride conventional milk powder, a lot of manual methods are used.

In other words, the milk powder in the milk bottle with a spoon, put it in a milk bottle and put a certain amount of water.

Then, after assembling the nipple at the entrance of the milk bottle shakes the milk bottle to mix the milk powder and water inside the milk bottle.

As described above, since the milk powder is burned by the human hand, the time required for powdered milk is increased.

Therefore, it was not possible to quickly cope with the hunger of the infants had a problem that can only be fed milk powder after a long ring.

In addition, when the formula is burned by the manual method as described above, the ratio of powdered milk and water is always different.

As described above, when the mixing ratio of the powdered milk and the water is different, the taste of the powdered milk is also different.

In addition, the milk bottle and the nipple left after feeding the infant as described above is dried and then boiled, because the external germs are buried in the drying process, so that the sanitary nipple is not obtained to the infant. Had a problem bitten.

The purpose of this article to solve and complement these conventional problems,

Since milk powder and water can be automatically mixed, infants can quickly cope with hunger, and an appropriate amount of milk powder and water can be mixed so that a constant milk powder taste can be obtained at all times. It can be sterilized by means to get very hygienic milk bottles and nipples.

In order to achieve the above object,

A storage chamber is formed on one side of the main body to store water and powdered milk, and a mixing chamber is formed on the lower side of the storage chamber to mix water and powdered milk, and a sterile chamber is formed on the sides of the storage chamber and mixing chamber. The milk bottles and nipples that remain after feeding can be sterilized by UV lamps to achieve the purpose of this paper.

1 is a view for explaining the configuration and operation of the automatic milk powder mixing apparatus

<Code Description of Main Parts of Drawing>

101-body 102-water supply hopper

103-water supply pipe 104-volume control valve

105-Heater 106-Water Reservoir

107-UV lamp 111-milk powder hopper

112-milk supply line 113-milk flow control valve

114-fan 115-air supply line

116-milk container 117-support plate

118-UV Lamp 119-Detection Sensor Plate

121-ultraviolet lamp 122-shelf

123-drip 131-milk

132-nipple

The configuration of the present invention will be described in detail with reference to the accompanying drawings.

Storage chamber (A) for storing water and milk powder in the body 101,

A mixing chamber (B) at a lower portion of the storage chamber (A) for mixing water and milk powder in the storage chamber (A).

Into the sterile chamber (C) formed on the side of the storage chamber (A) and the mixing chamber (B) to sterilize the milk bottle 131 and the nipple 132 remaining after feeding the mixed milk powder in the mixing chamber (B) It is a structure provided.

The storage chamber A includes a water reservoir 106 for storing water,

A water supply hopper 102 coupled through the support plate 117 of the main body 101 to seat the water reservoir 106;

A plurality of ultraviolet lamps 107 mounted to an upper side of the water supply hopper 102 to sterilize the water in the water reservoir 106;

Powdered milk supply hopper 111 is coupled to pass through the support plate 117 of the body 101 in parallel with the water supply hopper 102,

The powdered milk reservoir 116 seated in the powdered milk supply hopper 111 was provided.

In addition, the mixing chamber (B) is a water supply pipe 103 connected to the water supply hopper 102 to supply the water supplied from the water supply hopper 102 to the milk bottle 131,

A water amount control valve 104 coupled to the water supply pipe 103 to control the amount of water in the water supply pipe 103;

A heater 105 coupled to an outer circumferential surface of the water supply pipe 103 so as to heat and supply water in the water supply pipe 103;

Powdered milk supply pipe 112 is connected to the powdered milk supply hopper 111 to supply the powdered milk supplied from the powdered milk supply hopper 111 to the milk bottle 131,

In order to control the amount of powdered milk in the powdered milk supply pipe 112, a powdered milk flow control valve 113 coupled to the powdered milk supply pipe 112 was provided.

And, the air supply pipe 115 coupled through one side of the powdered milk supply pipe 112 for smooth supply of the powdered milk supplied into the powdered milk supply pipe 112,

In order to supply air into the air supply pipe 115, a fan 114 is further connected to the air supply pipe 115 and fixed to the bottom of the support plate 117.

In addition, the sterile chamber (C) is a plurality of shelves 122 are coupled to seat the milk bottle 131 and the nipples 132,

Ultraviolet lamp 121 mounted to the upper side of the aseptic chamber (C) to sterilize the milk bottle 131 and the nipples 132 located on the shelf 122,

The water bottle 131 and the nipple 132 located on the shelf 122 were provided with a drip tray 123 mounted to the lower part of the sterilization chamber (C) to receive the water.

The operation of this paper is as follows.

First, water and powdered milk are stored in the storage chamber A formed at an upper portion of the inside of the main body 101.

That is, the water supply hopper 102 penetrated by the support plate 117 of the storage chamber A seats the water reservoir 106 filled with water.

In addition, the powdered milk supply hopper 111 penetrately coupled to the water storage container 106 through the support plate 117 seats the powdered milk storage container 116 filled with the powdered milk.

In addition, a milk bottle 131 for containing water and milk powder is placed in the sensor plate 119 of the bottom surface of the mixing chamber B formed at one lower side of the body 101.

When the milk bottle 131 is placed in the mixing chamber B as described above, pressing the oil supply button of the lid body (not shown) coupled by the hinge to the front of the main body 101 causes the mixing by the instruction of the control box. The water volume control valve 104 and the milk amount control valve 113 of the seal B are opened for a predetermined time.

That is, the water of the water reservoir 106 is supplied to the milk bottle 131 through the water supply hopper 102 and the water supply pipe 103 by the opening of the water amount control valve 104.

In addition, the milk powder of the milk powder storage container 116 is supplied to the milk bottle 131 through the milk powder supply hopper 111 and the milk powder supply pipe 112 by opening the milk powder control valve 113.

At this time, since the water passing through the water supply pipe 103 is instantaneously heated by the heater 105 coupled to the outer circumferential surface of the water supply pipe 103, hot water is supplied to the milk bottle 131.

In addition, since the plurality of ultraviolet lamps 107 are mounted on the upper side of the water supply hopper 102, the water supply pipe 103 is sterilized by the ultraviolet lamps 107 after sterilizing the water in the water reservoir 106. It can be sent down to get very hygienic water.

In addition, the powdered milk supplied through the powdered milk supply pipe 112 may cause a phenomenon of blocking the diameter while being agglomerated by moisture or the like.

In order to prevent this, the problem can be solved by mounting the fan 114 at the bottom of the support plate 117 and supplying the air supplied from the fan 114 into the powdered milk supply pipe 112 through the air supply pipe 115. Will be.

When the mixing of milk powder and water is completed in the milk bottle 131 as described above, the water amount control valve 104 and the milk amount control valve 113 are automatically closed by the instruction of the control box to block the supply of water and milk powder.

Then, when a predetermined amount of water and powdered milk are filled with the milk bottle 131 mounted on the sensing sensor plate 119 installed on the bottom surface of the mixing chamber B, the sensing sensor plate 119 is pressed and mounted to the bottom of the support plate 117. The ultraviolet lamp 118 is turned on for several seconds.

As the UV lamp 118, which is turned on as described above, sterilizes the water and the powdered milk in the milk bottle 131 once more, thereby obtaining more sanitary milk.

Therefore, the user may open the lid and take out the milk bottle 131 mixed with the powdered milk and water from the mixing chamber B, and combine the nipples 132 to feed the infant.

In addition, the sterile chamber (C) formed to the side of the storage chamber (A) and the mixing chamber (B) of the main body 101, the milk bottle 131 and the nipple 132, which has been completely fed and washed, a plurality of shelves 122 ).

When the sterilization button of the lid is pressed, the ultraviolet lamp 121 mounted on the upper part of the aseptic chamber C is turned on for several seconds to sterilize the milk bottle 131 and the nipple 132.

In addition, the water flowing out of the milk bottle 131 and the nipple 132 placed on the shelf 122 is collected by the drip tray 123 coupled to the lower part of the aseptic chamber (C).

In this way, the milk powder and water can be automatically mixed, so that infants' hunger can be quickly coped with, and an appropriate amount of milk powder and water can be mixed so that a constant milk powder taste can be obtained at all times. It is possible to sterilize the nipples by UV lamp, so it is useful to get very hygienic milk bottles and nipples.

Claims (5)

Storage chamber (A) for storing water and milk powder in the body 101, A mixing chamber (B) at a lower portion of the storage chamber (A) for mixing water and milk powder in the storage chamber (A). Into the sterile chamber (C) formed on the side of the storage chamber (A) and the mixing chamber (B) to sterilize the milk bottle 131 and the nipple 132 remaining after feeding the mixed milk powder in the mixing chamber (B) Powdered milk automatic mixing device characterized in that provided. The method of claim 1, The storage chamber (A) and the water reservoir 106 for storing water, A water supply hopper 102 coupled through the support plate 117 of the main body 101 to seat the water reservoir 106; A plurality of ultraviolet lamps 107 mounted to an upper side of the water supply hopper 102 to sterilize the water in the water reservoir 106; Powdered milk supply hopper 111 is coupled to pass through the support plate 117 of the body 101 in parallel with the water supply hopper 102, Powdered milk automatic mixing device, characterized in that provided with the powdered milk reservoir 116 seated in the powdered milk supply hopper (111). The method of claim 1, The mixing chamber (B) is a water supply pipe 103 connected to the water supply hopper 102 to supply the water supplied from the water supply hopper 102 to the milk bottle 131, A water amount control valve 104 coupled to the water supply pipe 103 to control the amount of water in the water supply pipe 103; A heater 105 coupled to an outer circumferential surface of the water supply pipe 103 so as to heat and supply water in the water supply pipe 103; Powdered milk supply pipe 112 is connected to the powdered milk supply hopper 111 to supply the powdered milk supplied from the powdered milk supply hopper 111 to the milk bottle 131, Powdered milk automatic mixing device, characterized in that provided with a powdered milk flow control valve 113 coupled to the powdered milk supply pipe (112) to control the amount of powdered milk in the powdered milk supply pipe (112). The method of claim 3, wherein An air supply pipe 115 coupled through one side of the powdered milk supply pipe 112 for smooth supply of the powdered milk supplied into the powdered milk supply pipe 112; Powdered powder automatic mixing device further comprises a fan 114 connected to the air supply pipe 115 and fixed to the bottom of the support plate 117 to supply air into the air supply pipe (115). The method of claim 1, The sterile chamber (C) is a plurality of shelves 122 are coupled to seat the milk bottle 131 and the nipples 132, Ultraviolet lamp 121 mounted to the upper side of the aseptic chamber (C) to sterilize the milk bottle 131 and the nipples 132 located on the shelf 122, Milk bottle 131 and the nipples (132) located on the shelf 122 is provided with a drip tray (123) mounted to the lower part of the sterilization chamber (C) to receive the water dropped.