KR20200005921A - Refrigerator for baby - Google Patents

Abstract

The present invention relates to a multifunctional refrigerator for a baby, which comprises: a low-temperature storage unit (10) configured to store a plurality of baby food storage containers (C) drawn in and out through a door in freezing or refrigeration; a temporary storage unit (20) divided as an independent space while being integrated with the low-temperature storage unit (10) to temporarily store the baby food storage containers (C); and a double boil temperature raising unit (30) embedded in the temporary storage unit (20) to heat the baby food storage containers (C) in a double boiler.

Description

Multifunctional refrigerator for infants {Refrigerator for baby}

The present invention relates to a multifunctional refrigerator for infants, and more particularly, to a multifunctional refrigerator for infants that can be easily fed to infants while keeping infant foods such as breast milk or baby food without being contaminated.

A refrigerator is a device for long-term storage of food, and is largely divided into a freezing space for freezing food and a freezing space for freezing. In recent years, a large refrigerator having a capacity close to 1,000 liters is increasing to store many foods. have.

On the other hand, breast milk contains a large amount of useful components for infants, especially immunity-related components are very important. Therefore, most mothers are fed breast milk to infants after childbirth, and also to extract the breast milk at any time to feed the breast milk separately through a nursing machine and put in a separate container refrigerated or frozen in the refrigerator. Related prior art is disclosed in.

In addition, when it is time to stop breastfeeding, feed the baby food, infants usually make more than the amount of baby food that can be ingested at once, put in a separate container refrigerated or frozen, and then the baby food is taken out little by little.

However, since several foods are stored together in the refrigerator, in the process of storing a container containing baby food such as breast milk or baby food, there is always a possibility that the container may be contaminated by contact with other foods.

For example, if a container containing breast milk is contaminated, unsanitary substances in the container may be transferred to the bottle along with the breast milk in the process of warming the container to feed the infant to the infant and then transferring the heated breast milk into the bottle. In this case, the infant is exposed to unsanitary substances.

In addition, when the breast milk is heated, the bath is mainly used. During the bath of the frozen or refrigerated milk, the temperature of the bath is excessively lowered so that the breast milk is not warmed up enough. During this process, an infant without patience could not stand crying, leading to a very embarrassing situation.

The present invention was created in order to solve the above problems, it is an object of the present invention to provide a multifunctional refrigerator for infants that can fundamentally block the possibility of contamination during the storage of the baby food, such as breast milk or baby food for a long time.

Another object of the present invention is to provide a multi-function refrigerator for infants that can be bathed in a refrigerated or frozen food in a short time, so that it can be easily warmed to infants.

In order to achieve the above object, the multifunctional refrigerator for children according to the present invention, the low-temperature storage unit 10 for freezing or refrigerating a plurality of baby food storage containers (C) entering and exiting through the door; It is integrated with the low temperature storage unit 10 and partitioned into an independent space, the temporary storage unit 20 for temporarily storing the baby food storage container (C); And as built in the temporary storage unit 20, the hot water heating portion 30 for warming the baby food container (C) in a hot water bath; characterized in that it comprises a.

In the present invention, the hot water heating portion 30, the seating end 31 installed in the temporary storage unit 20, and the heating bath (W) is accommodated as being seated on the seating end 31 A container 32, a heater 33 integrally installed on the bottom of the heating container 32, and a first power supply unit electrically connected to the heater 33 as installed on the bottom of the heating container 32 ( 34) and a second power supply unit 35 which is installed at the seating end 31 and electrically connected to the first power supply unit 34 when the heating container 32 is seated on the seating end 31. It includes.

In the present invention, the hot water heater 30 is installed inside the heating container 32, the temperature sensor 36 for measuring the temperature change of the hot water (W) to generate a corresponding temperature signal (S) And a power control unit 37 interlocked with the temperature signal S to control the power applied to the heater 33 so that the hot water W is maintained at the set temperature To.

In the present invention, as installed in the low-temperature storage unit 10, the baby food storage container (C) (C ') further comprises a non-contact mounting shelf (15) for mounting and storing so as not to contact each other.

In the present invention, as installed in the temporary storage unit 20, further comprises a stirring unit 40 for stirring the contents of the baby food container (C).

In the present invention, the stirring unit 40, the stirring table 41 on which the baby food container (C) is seated, and the lower side of the stirring table 41 to the shaft from the bottom of the temporary storage unit 20 It includes a shaft support end 42 for supporting and the lifting portion 43 for lifting the stirring table 41 at a position spaced apart from the shaft support end 42.

In the present invention, the baby food container (C) temporarily stored in the temporary storage unit 20 further includes an ozone sterilization unit (50) for sterilization using ozone.

In the present invention, the ozone sterilization unit 50, the ultraviolet lamp 51 installed in the temporary storage unit 20, and the ozone generated by the ultraviolet lamp 51, the temporary storage unit 20 And a fan 52 for circulating therein.

According to the present invention, since a plurality of baby food containers (C) (C ') can be stored in a non-contact way using a non-contact mounting shelf, it is possible to fundamentally prevent the possibility of contamination due to contact of baby food containers during freezing or refrigerated storage. Can be.

In addition, by integrating the temporary storage unit in the low-temperature storage unit and installing the hot water heating unit in the temporary storage unit, the movement path of the baby food storage container from the low temperature storage unit to the hot water heating unit can be minimized, and at the same time, the hot water can be facilitated. Accordingly, the baby food can be fed to the infant in a short time.

Furthermore, since the inside of the temporary storage part maintains a sterilized state by ozone generated from the ozone sterilization part, the baby food container C can be temporarily stored in a clean state, and the baby food container using the stirring part during temporary storage (C). ), The ingredients such as water, fat, and protein that make up the stored contents can be evenly mixed to increase the nutritional value of baby food.

1 is a perspective view of a multifunctional refrigerator for infants according to the present invention;
2 is a view for explaining the internal configuration of the cold storage unit of FIG.
3 is a perspective view showing an extract of the non-contact mounting shelf mounted to the low temperature storage unit of FIG.
Figure 4 is a view for explaining that the hot water heating unit, the stirring unit, the ozone sterilization unit is built in the temporary storage of Figure 1,
5 is a view for explaining the configuration by extracting the hot water heating portion of FIG.
6 is a view for explaining the main configuration of the hot water heating portion of FIG.
7 is a view for explaining the configuration by extracting the stirring portion of FIG.

Hereinafter, with reference to the accompanying drawings, a multifunctional refrigerator for a child according to the present invention will be described in detail.

The objects, specific advantages and novel features of the present invention will become more apparent from the following detailed description and preferred embodiments in conjunction with the accompanying drawings. In the present specification, in adding reference numerals to the components of each drawing, it should be noted that the same components as much as possible even if displayed on different drawings. In addition, terms such as first and second may be used to describe various components, but the components should not be limited by the terms. The terms are used only for the purpose of distinguishing one component from another. In addition, in describing the present invention, if it is determined that the detailed description of the related known technology may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

1 is a perspective view of a multifunctional refrigerator for children according to the present invention, Figure 2 is a view for explaining the internal configuration of the low temperature storage unit of Figure 1, Figure 3 is an extract from the contactless mounting shelf mounted on the low temperature storage unit of Figure 2 Figure 4 is a perspective view, Figure 4 is a view for explaining that the hot water heating portion, the stirring portion, the ozone sterilization unit is built in the temporary storage portion of FIG.

As shown, the multifunction refrigerator for infants, and a low temperature storage unit 10 for freezing or refrigerating a plurality of baby food storage containers (C) entering and exiting through the door; A temporary storage unit 20 which is integrated with the low temperature storage unit 10 and partitioned into an independent space to temporarily store the baby food storage container C; It is built in the temporary storage unit 20, the hot water heating portion 30 for warming the baby food container (C) in the bath; As installed in the temporary storage unit 20, the stirring unit 40 for stirring the contents of the baby food container (C); An ozone sterilizing unit 50 for sterilizing the baby food storage container C temporarily stored in the temporary storage unit 20 using ozone; As the temporary storage unit 20 is built-in temporary shelf 60 for mounting the baby food container (C) spaced apart from the bottom; It is installed in the door, the display 70 for providing content information related to baby food; includes.

The baby food container (C) is implemented in a variety of forms, such as plastic packs, plastic cans, the upper side can be opened and closed to put or discharge the baby food such as breast milk or baby food. In this embodiment, for easy explanation, it has a plastic pack form and illustrates the baby food container installed with a clip (CL) on the opening and closing portion.

The low temperature storage unit 10, as shown in Figure 1, for refrigeration of the baby food container (C), the refrigeration unit 11 having a refrigerating door 12, and the freezing having a freezing door 14 It consists of a part 13. The refrigeration unit 11 and the refrigeration unit 13 is built in a cooling circuit to perform the freezing and refrigeration function, and this cooling circuit is a general technique in the art, so further description thereof will be omitted.

In the refrigeration unit 11 or the freezing unit 13 constituting the low temperature storage unit 10, as shown in Figures 2 and 3, a plurality of baby food storage containers (C) (C ') do not contact each other. Non-contact mounting shelf 15 for mounting and storage is integrally installed.

The non-contact mounting shelf 15 includes a shelf 15a positioned at the bottom upper side of the refrigerating unit 11 or the freezing unit 13, and a plurality of mounting holes 15b formed in the shelf 15a. At this time, if the baby food container (C) is placed in the mounting hole (15b) clip () is mounted on the edge of the mounting hole (15b), and thus a plurality of baby food containers (C) (C ') are in contact with each other while the refrigeration unit Or spaced apart from the bottom of the freezing section. Accordingly, even if the non-hygienic material is buried in a specific baby food container during storage, it is possible to prevent another baby food container from being contaminated by the unsanitary material.

In addition, when the baby food container (C ") is in the form of a bowl rather than a pack, the baby food container (C") or the freezing unit (13) is mounted to be spaced apart from the bottom of the refrigerator or freezer. Shelf 16 may be installed.

Temporary storage unit 20, where the temporary storage of the baby food of the baby food storage container (C) stored in the low temperature storage unit (10) to the temperature state that the infant can intake, the upper portion of the low temperature storage unit 10 It is formed integrally with the side or the side. Accordingly, the path for moving the frozen or refrigerated baby food container (C) to the temporary storage part 20 can be minimized, thereby minimizing the possibility of being contaminated by unsanitary substances in the life during the movement. The temporary storage unit 20 is provided with a door 21 having a transparent window 22, it is possible to check the baby food container (C) in the temporary storage without opening the door 21 through the window 22 from the outside. have.

As shown in FIG. 4, the ozone sterilization unit 50 is for sterilizing the surface of the baby food container C temporarily stored in the temporary storage unit 20 using ozone. The ozone sterilization unit 50 is installed on the inner sidewall of the temporary storage unit 20 to convert the oxygen in the air into ozone and the ultraviolet lamp 51, and the ozone generated in the ultraviolet lamp 51, the temporary storage unit It consists of the fan 52 which circulates inside. Since the ozone sterilization unit 50 proceeds sterilization while circulating ozone in the temporary storage unit 20, the surface of the infant food storage container C may be disposed at any position such as the infant food storage container C or the stand. Sterilize bacteria that may be present in

Temporary placement shelf 60, as shown in Figure 4, is built in the temporary storage unit 20 to mount the baby food interpolation container (C) spaced apart from the floor, thereby by a relatively unclean floor Minimize the possibility of contamination.

As shown in FIG. 1, the display 70 is installed in the refrigerating door 12 or the freezing door 14 constituting the low temperature storage unit 10 to display various content information related to a baby food, for example, a baby food. It provides information on how to make it and how much milk is produced. The display 70 is connected to the wired or wireless Internet or connected to a smartphone to receive and display various information.

5 is a view for explaining the configuration by extracting the hot water heater of Figure 4, Figure 6 is a view for explaining the main configuration of the hot water heater of Figure 5 in a block diagram.

The hot water heating part 30 is a seating end 31 installed inside the temporary storage part 20, a heating container 32 in which the bath water W is accommodated as being seated on the seating end 31, and a heating container. A heater 33 integrally installed at the bottom of the 32, a first power supply 34 electrically connected to the heater 33, and installed at the bottom of the heating container 32, and the seating end 31. And a second power supply unit 35 electrically connected to the first power supply unit 34 when the heating container 32 is seated on the seating end 31.

The heating container 32 accommodates a bath water (W) such as tap water in order to bathe the baby food container (C). At this time, the inner shelf 32a is built in the heating container 32 to prevent the baby food storage container C, which is a hot water bath, from directly contacting the bottom of the heating container 32, thereby heating hotter than the hot water W. The high heat of the bottom surface of the container 32 is directly conducted to the baby food container (C) can be prevented from destroying the nutrient content of the contents.

The first power supply unit 34 is a groove 34a formed at the bottom center of the heating container 32 and a pair of first terminals 34b electrically connected to the heater 33 located inside the groove 34a. 34c).

The second power supply unit 35 protrudes from the bottom of the temporary storage unit 20 and engages with the groove portion 34a, and the protrusion 35a is positioned at the protrusion portion 35a so that the protrusion portion 35a is provided in the groove portion 34a. It includes a pair of second terminals 35a and 35b electrically connected to the pair of first terminals 34b and 34c when engaged.

By the first and second power supply units 35 and 35, power can be supplied to the heater 33 in a simple operation of seating the heating container 32 on the seating end 31.

In addition, the hot water heater 30 is installed inside the heating vessel 32, the temperature sensor 36 for measuring the temperature change of the hot water (W) to generate a corresponding temperature signal (S), and the temperature signal (S) Power control unit 37 for controlling the power applied to the heater 33 so that the bath water (W) is maintained at a set temperature (To), for example, a set temperature (To) of 37 ℃ close to the body temperature of the baby. ), The alarm generating unit 38 for generating an alarm when the temperature change of the bath water W disappears, and the temperature sensor 36 are fixed to the heating container 32 and the heating container 32 at the same time. Insulation bracket (39) to prevent the conduction of heat.

Temperature sensor 36 generates a temperature signal (S) for controlling the power control unit 37 in conjunction with the temperature change of the water bath (W), the power control unit 37 is the water bath (W) is the set temperature (To) And controls the power applied to the heater 33 until it becomes), and the alarm generator 38 generates an alarm when the temperature of the hot water W becomes the set temperature To.

When bathing frozen or refrigerated baby food container (C), a temperature change occurs in which the temperature of the bath water (W) is lowered, and the temperature change is a temperature set by the baby food container (C) in the bath water (W). (To), that is, until it reaches a temperature near body temperature. And since the temperature of the baby food is the set temperature (To) when the temperature change in the hot water (W) disappears, the alarm generator 38 generates an alarm signal that the hot water is completed. The alarm signal is output through the speaker (not shown).

The heat insulating bracket 39 insulates the side walls of the temperature sensor 36 and the heating container 32 to prevent the heat of the heating container 32 from being directly conducted to the temperature sensor 36. Only the temperature of W) can be measured accurately.

7 is a view for explaining the configuration by extracting the stirring portion of FIG.

Stirring unit 40 is stirred to evenly mix the water, fat, protein components constituting the contents in the process of temporarily storing the baby food container (C). The stirring part 40 includes a stirring table 41 on which the baby food container C is seated, and an axial support end 42 for supporting the lower side of the stirring table 41 from the bottom of the temporary storage part 20. , An elevating portion 43 for elevating the stirring table 41 at a position spaced apart from the shaft support end 42.

 The lifting unit 43 includes a cam 43b coupled to the rotating shaft of the motor 43a, and a rod 43c hinged to one side of the bottom of the stirring table 41 and hinged to the cam 43b of the other side. do. Accordingly, when the motor 43a rotates the cam 43b, the rod 43c raises and lowers one side of the stirring table 41, and the stirring table 41 moves on the shaft while supporting the shaft support end 42 as an axis, The contents of the baby food container (C) seated on the stirring table 41 is stirred.

As such, according to the present invention, a plurality of infant food storage containers (C) (C ') can be stored in a non-contact manner by using a non-contact mounting shelf 15, the contamination caused by the contact of baby food containers during refrigeration or refrigerated storage. The possibility is fundamentally prevented.

In addition, the temporary storage unit 20 is integrated into the low temperature storage unit 10, and the hot water heating unit 30 is installed in the temporary storage unit 20, so that the low temperature storage unit 10 to the hot water heating unit 30 is installed. The movement path of the baby food container can be minimized and at the same time can facilitate the bath, so that the baby food can be fed to the infant quickly.

Furthermore, since the inside of the temporary storage unit 20 maintains the sterilized state by ozone generated from the ozone sterilization unit 50, the baby food container C can be temporarily stored in a clean state, and the stirring unit (for the temporary storage) 40) by stirring the baby food container (C) can be evenly mixed with ingredients such as water, fat, protein constituting the stored contents can increase the nutritional value of baby food.

Although the present invention has been described with reference to one embodiment shown in the drawings, this is merely exemplary, and those skilled in the art will understand that various modifications and equivalent other embodiments are possible therefrom.

10 ... low temperature storage 11 ... refrigeration
12 ... Refrigerated door 13 ... Freezer
14 ... Refrigerated door 15 ... Non-contact bracket
15a ... shelf 15b ... mounting hole
20 ... Storage 21 ... Door
22 ... Windows 30 ...
31 ... seating end 32 ... heating container
32a ... Settlement Shelf 33 ... Heater
34 ... first power supply 34 ... groove
34b, 34c ... 1st terminal 35 ... 2nd power supply
35a ,,, 35b, 35c ... terminal 2
36 ... Temperature sensor 37 ... Power control unit
38 ... Alarm generating part 39 ... Insulation bracket
40 ... stirring section 41 ... stirring table
42 ... shaft support 43 ... elevator
43a ... motor 43b ... cam
43c ... rod 50 ... ozone sterilizer
51 ... UV Lamp 52 ... Fan
60 ... temporary shelf 70 ... display

Claims (8)

A low temperature storage unit 10 for freezing or refrigerating a plurality of baby food storage containers (C) entering and exiting through the door;
It is integrated with the low temperature storage unit 10 and partitioned into an independent space, the temporary storage unit 20 for temporarily storing the baby food storage container (C); And
As the built-in temporary storage unit 20, the multi-functional refrigerator for infants comprising a; hot water heating portion 30 for warming the baby food container (C) in a hot water bath. According to claim 1, The hot water heating portion 30,
A seating end 31 installed inside the temporary storage unit 20, a heating container 32 accommodated as a bath water W being seated on the seating end 31, and a bottom of the heating container 32. A heater 33 which is integrally installed on the heater 33, a first power supply 34 electrically connected to the heater 33, and installed on the seating end 31. When the heating container 32 is seated on the seating end 31, the multi-function refrigerator for infants, characterized in that it comprises a second power supply unit 35 that is electrically connected to the first power supply unit (34). The method of claim 2, wherein the hot water heating portion 30,
A temperature sensor 36 installed inside the heating container 32 and measuring a temperature change of the hot water W to generate a corresponding temperature signal S, and linked to the temperature signal S Infant multifunctional refrigerator, characterized in that it comprises a power control unit 37 for controlling the power applied to the heater 33 so that the water (W) is maintained at the set temperature (To). The method of claim 2,
As installed in the low temperature storage unit 10, a multi-function refrigerator for infants, characterized in that it further comprises a non-contact mounting shelf (15) for holding the plurality of baby food storage containers (C) (C ') so as not to contact each other . The method of claim 1,
As installed in the temporary storage unit 20, the infant multifunctional refrigerator, characterized in that it further comprises a stirring unit 40 for stirring the contents of the baby food container (C). The method of claim 5, wherein the stirring unit 40,
A stirring table 41 on which the baby food container C is seated, a shaft support end 42 for supporting a lower side of the stirring table 41 from the bottom of the temporary storage part 20, and the shaft support end ( 42. A multifunctional refrigerator for infants, characterized in that it comprises a lifting unit (43) for elevating the stirring table (41) at a position spaced apart from. The method of claim 1,
Multifunction refrigerator for infants, characterized in that it further comprises an ozone sterilization unit (50) for sterilizing the baby food container (C) temporarily stored in the temporary storage unit 20 using ozone. The method of claim 7, wherein the ozone sterilization unit 50,
Ultraviolet lamp 51 installed in the temporary storage unit 20 and a fan 52 for circulating ozone generated in the ultraviolet lamp 51 into the temporary storage unit 20, characterized in that it comprises a Multifunctional refrigerator for kids.

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