KR200237514Y1 - Portable heating device for nursing bottles - Google Patents

Abstract

The present invention is a portable bottle heating device for providing a baby with a temperature of the right temperature when going out or in the vehicle.

Features of the bottle heating device of the present invention, first, the bottle container 101 and the heating body 111 and the heat-receiving plate body 102 that can be disassembled / assembled, the heating is possible in the state containing the contents in the bottle is provided with a heat receiving plate Since one hydrothermal body is separated separately, it is easy to wash and disinfect, and the same bottle bottle used in the existing can be used. Secondly, the direct heating method in which the heat transfer path is transferred from heating wire to heating plate to heat receiving plate to contents is used to improve hormonal generation and thermal efficiency reduction of the indirect heating method through a conventional bottle feeding bottle. Third, all cigar jacks or adapters can be used, and the contents can be heated to a desired temperature with a control lever and a timer contact.

Description

Portable heating device for nursing bottles

The present invention relates to a baby bottle heating device, and more particularly, a heating wire installed in a heating plate 105 is heated by a power source from a cigar jack or an adapter in a vehicle or a place where a heating device such as a home or a microwave is not provided. In addition, the present invention relates to a device for heating the contents of the bottle container 101 through a heat transfer from a heating plate heated from the heating wire 106 to the heat receiving plate 104 to a desired temperature by direct heating. Temperature control is made through the control lever 109 and the timer contact, and the heating body 111, the heat-receiving plate body 102 and the bottle bottle 101 to facilitate the cleaning and disinfection.

Conventional technologies generate heat from the outer surface of the plastic bottle container by indirect heating method, and when the ambient temperature rises, the contents of the container are heated through the bottle bottle, thereby preventing the occurrence of environmental hormones, and the heating time becomes long. In addition, thermos and thermostats do not have a heating device, so it is difficult to control the desired temperature by continuously falling from the initial temperature, and there is a problem that the contents are damaged when stored at high temperature for a long time.

Infants with low immunity should feed milk at temperatures close to body temperature regardless of the season. In the guide, you can easily warm up with a heating device such as a microwave oven or a gas stove, but it is very difficult when you go out. When going out, parents should bear the inconvenience of being burdened by carrying a thermos bottle with hot water, a bucket of cold water, a milk bottle and a bottle to supply milk / milk powder at an appropriate temperature. In order to feed the milk at the right temperature in a moving vehicle, a mixture of cold and hot water is poured into the bottle. This is dangerous behavior. Infants are completely exposed from burns.

The present invention has solved these problems, so that the power connector 114 can be shared by separating the cigar jack connection cable and the adapter connection cable from the heating main body 111 so that they can be used regardless of the power source (DC / AC) and the location. In other words, the DC power is supplied from the cigar jack in the vehicle, and the DC power is supplied through the adapter when the house or the outside is connected to the power connector so that it can be used anywhere.

In the present invention, in order to solve the existing problems as described above, it can be used in the vehicle, the heat receiving plate body 102 to be separated from the bottle bottle 101 and the heating body 111 to facilitate the cleaning and disinfection. It is an object of the present invention to provide a portable bottle heating device that is easy to carry and removes the risk of burns by fastening the bottle bottle and the heat receiving plate body in a state where the contents are contained in the bottle.

1 is a cross-sectional view arranged in assembling order of the bottle heating device is installed heating rods.

Figure 2 is a partial cross-sectional view of the heating device without a heating rod. Figure 3 is an assembled state according to the present invention. Figure 4 is a power supply circuit diagram of the present invention.

<Explanation of symbols for main parts of drawing>

101: bottle bottle, 102,202: heat receiving plate body, 103: rubber ring, 104,204: heat receiving plate,

105,205: heating plate, 106,206: heating wire, 107,108: indicator light,

109: control lever, 110: fuse, 111,211: heating body, 112: electric wire,

113,213: insulator, 114: power connector, 102a: isolation layer,

102b: fastening handle, 105a: heat transfer plate, 105b: heating rod, 115: DC power, 116: timer contacts, 117: cigar jack connection, 118: adapter,

In order to achieve the object described above, the portable bottle heating apparatus of the present invention is to supply power to the bottle container 101, the heat receiving plate body 102, the heating body 111, the power connector 114 largely containing milk. It is composed of a cigar jack connecting line 117 or adapter 118. Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings. FIG. 3 is an assembled state diagram according to the present invention. It is assembled in the order of the heat receiving plate body 102, the heating body 111, the power connector is provided on one side of the heating body to enable the cigar jack connecting line 117 and the adapter 118 to be used, and also configured to supply power through this. 1 is an assembly cross-sectional view of the bottle heating apparatus of the present invention, by forming a screw portion (101a, 102d) in a portion where the bottle bottle 101 and the heat receiving plate body 102 is coupled to the fastening and disassembly by a screw assembly method to increase the tightening force. Of the heating body 111 and the heat-receiving plate body Coupling type is to be fastened / disassembled in a screwing manner having a screw portion (102d, 111a) formed with a small number of threads on each coupling portion so that the heat-receiving plate 104 and the heating plate 105 can be in close contact with each other so as to fasten / disassemble It is configured to form a pin or a leaf spring on one side of the main body to be coupled, and to form a groove in the mating main body surface for easy fastening / disassembly. The heat receiving plate body 102 is attached to the bottom of the heat receiving plate body is thermally conductive. The heat-receiving plate 105 of this good metal, the rubber ring 103 in close contact with the end of the bottle container 101b to prevent leakage of contents, the rubber ring and the end of the bottle bottle bottle to prevent deformation due to heat applied to the heat receiving plate In order to facilitate the fastening and disassembly of the insulating layer (102a) and the fastening handle (102b) having a groove formed on the outer surface of the heat receiving plate body is configured; the heating plate body 111, the power connector 114 for supplying power, overload room The fuse 110 for controlling, the control lever 109 for adjusting the heating time, the timer contact 116 connected with the control lever to change the contact connection after the setting time, is built in the bottom of the heating plate is supplied with power to generate heat Heating wire 106 to be supplied with heat from the heating wire to heat the heat transfer plate 105, the indicator light (107, 108) indicating the operation of the heating wire, the plate attached to the bottom of the heating plate to increase the thermal efficiency of the heating plate Heat transfer plate 105a made of a rod shape, consisting of an insulator 113 for preventing heat from being transferred to the lower end; Bottle bottle 101 is a container containing the contents to be fed to the infant, which has been standardized and used The heat-receiving plate body screw portion 102c is configured to be combined with the bottle bottle screw portion 101a so that the container can be used in common. FIG. 4 is a power supply circuit diagram of the present invention. By setting the time constant timer contact (116) it is actuated the heating plate is heated as power is supplied to the heating coil 106. The At the same time, indicator light 107 turns on to indicate that it is heating. The heat transfer path generated from the heating wire during the setting time is transferred from the heating wire to the heating plate 105, to the heat receiving plate 104 in close contact with the heating plate, and to the contents of the bottle container 101 in contact with the heat receiving plate. Heat transfers the contents. This solves the problem of the heating method of the conventional bottle bottle by heating in a state that the contents in the bottle bottle. The timer contact 116 is connected to the power wire on the heating wire side after a predetermined setting time. Shut off and connect the power to the indicator (108). At this time, the indicator lamp 108 turns on to indicate the standby state. In the circuit, a fuse 110 which cuts off the power when the overload is applied is configured in the circuit. In FIG. 1, in order to allow the bottle contents to be heated within a short time, the heating section of the heating plate 104 in which the heating wire is impregnated is formed. It is formed on the side and the back, and additionally takes the shape of the heating plate to protrude in the form of a heating rod 105b on one side of the center if necessary. In addition, if necessary, the heat transfer plate 105a connected to the heating plate is installed between the heating wires so as to increase the thermal efficiency. At this time, the heat-receiving plate 104 coupled to the heating plate is configured to be in close contact with the heating plate to increase the thermal efficiency. FIG. 2 is another embodiment of the shape of the heating plate and the heat-receiving plate. It consists of a heating plate and a heat-receiving plate that is heated only on the rear surface.

Parents raising children always had to worry about supplying warm milk at an appropriate temperature when going out or traveling, and had to suffer many inconveniences.

This issue solved this problem. It is possible to heat / heat desired contents in a vehicle supplied with DC power or in a house where AC power is supplied and regardless of a place when going out or traveling. The bottle can be heated to the appropriate temperature while the contents are in it, thus reducing the burden of many luggage (thermo bottle, cold water bottle, baby bottle, milk bottle) provides convenience. In particular, the problem that the infants may be burned when the hot water of the thermos is poured into the bottle container in a moving vehicle is solved. In addition, it is maintained at a constant temperature, so it has a warming function, so it is possible to feed the child immediately.

Infants should be able to clean / disinfect baby bottles or bottle accessories at all times due to their weak immunity, and should not generate environmental hormones through heating. And disinfection is easy. In addition, it is a direct heating method through a hot plate, and by placing an insulating layer between the heat plate and the bottle container, environmental hormone does not occur, and feeding can be conveniently performed within a short time.

This paper has the characteristics that the heat-receiving plate body is disassembled and assembled, and when feeding is necessary, the heat-receiving plate body is fastened with the bottle bottle to heat the contents.Usually, it is replaced by a metal heating cup, and the contents of tea, coffee, herbal medicine, etc. as well as milk. It can be used for multi-use because it can be heated, and it can be used while being conveniently carried regardless of the place where power (DC / AC) is supplied due to its small volume.

Claims (4)

In the baby bottle heating device which receives the DC power through the cigar jack connecting wire connected to the heating body to heat the heating wire to heat the contents of the bottle, A heat-receiving plate body 102 coupled to the bottom of the heat-receiving plate body and in close contact with the surface of the heating plate, wherein the baby bottle container screw portion 101a and the heat-receiving plate body screw portion 102c are assembled / disassembled by a screw assembly method; A heating plate body 111 including a heating plate 105 in which a heating wire 106 is installed to receive heat from the heating wire and heat transfer to the heat receiving plate, and a timer contact 116 operated by the temperature control lever 109; The bottle feeding container 101, consisting of a heat-receiving plate body and a heating body can be separated, respectively, portable bottle heating device, characterized in that directly heated in a state containing the contents in the bottle bottle. The heating plate (105) of the side and back heating shape is provided; A heating wire 106 built in accordance with the shape of the heating plate; Portable bottle heating device, characterized in that the heat receiving plate 104 in close contact with the surface of the heating plate is provided to shorten the heating time. The portable bottle heating apparatus of claim 1 or 2, wherein a power connector 114 is provided on one side of the heating body 111 to enable the adapter 118 or the cigar jack connecting line 117 to be used. The heating plate 105 of claim 1 or 2, wherein one or more heating rods 105b protrude from a central portion of the heating plate; A heating wire 106 provided according to the shape of the heating plate; Portable bottle heating device, characterized in that provided with the heat receiving plate 104 of the same shape as the heating plate while being in close contact with the surface of the heating plate.