KR20000042244A - Thermos milk bottle having function to control temperature and to confirm amount of remnant - Google Patents

Abstract

PURPOSE: A thermos milk bottle having a function to control temperature and to confirm the amount of the remnant is provided which maintains the suitable milk temperature for an infant and can confirm the amount of the remnant of milk easily in a state of not seeing the inside. CONSTITUTION: A thermos milk bottle having a function to control temperature and to confirm the amount of the remnant is comprised of: a vacuum container comprised of an inside container(20) to hold milk and an outside container(30) connected to the inside container maintaining the space from the inside container(20) by the vacuum state; a nipple to discharge milk by attaching to the inlet of the vacuum container; a nut to fix a nipple(14) to the vacuum container; a cap(10) fixed to the nut to fix a nipple(14) to protect the nipple(12); a device to discharge heat(50) to make the milk reach to the moderate temperature by cooling down, installed inside of the vacuum container and comprised of a bimetal to make the inside container(20) cool down rapidly by contacting the inside of the outside container(30) and transferring the heat of the inside container(20); a flow meter(60) to make the amount of the remnant identify; and a thermometer(70) to indicate temperature of the milk.

Description

Thermos bottle with temperature control and balance check

The present invention relates to a thermal feeding bottle having a temperature control and remaining amount check function, and more particularly to a baby bottle (milk) while maintaining an optimum temperature to the infant, and relates to a feeding bottle that is easy to check the remaining amount.

Generally, a feeding bottle is a container used for feeding a baby (milk), and is usually a plastic container; It is composed of nipples that properly drain milk.

In the conventional bottle, the container is made of plastic, there is a problem that harmful environmental health hormones are discharged to the human body threatens the health of the infant.

In addition, the conventional bottle has a problem that the infant can not maintain a suitable temperature to eat because there is no heat retaining function.

The present invention is to solve the problems of the conventional bottle, the present invention is to provide a thermal bottle having a temperature control and the remaining amount check function that can easily check the remaining amount while maintaining the milk supplied to the infant at a constant temperature have.

In order to achieve the above object, the present invention provides a vacuum container comprising an inner container for holding an accommodating body such as milk for infants, and an outer container coupled while maintaining a space with the inner container in a vacuum state; A nipple attached to an inlet of the vacuum container to discharge milk; A nipple fixing nut for coupling the nipple to the vacuum container; A cap fixed to the nipple fixing nut to protect the nipple; A radiator mounted inside the vacuum vessel to allow the contents of the interior to cool and reach a predetermined temperature at a fast time; A flow meter for checking the remaining amount of the accommodating body contained in the vacuum container; Provided is a thermal feeding bottle having a temperature control and remaining amount check function, characterized in that consisting of a thermometer for displaying the temperature of the accommodation contained in the vacuum container.

1 is a front sectional view showing a baby bottle according to the present invention.

FIG. 2 is a detailed view of portion A of FIG. 1; FIG.

Figure 3 is a detailed cross-sectional view showing a portion B of FIG.

4 is a side view showing a portion B of FIG.

5 is a cross-sectional view showing section C-C 'of FIG.

FIG. 6 is a bottom view of a portion D of FIG. 1; FIG.

Explanation of symbols on the main parts of the drawings

10 cap 20: inner container

30: outer container 40: shutter

50: radiator 60: flow meter

70: thermometer 80: cover

90: vacuum part

The configuration and operation of the thermos having a temperature control and the remaining amount check function according to the present invention will be described in detail through an embodiment of the present invention.

1 is a front sectional view showing a baby bottle according to the present invention, FIG. 2 is a detailed view showing part A of FIG. 1, and FIG. 3 is a detailed sectional view showing part B of FIG. 4 is a side view showing part B of FIG. 1, FIG. 5 is a cross-sectional view showing section C-C 'of FIG. 1, and FIG. 6 is a bottom view showing part D of FIG.

As shown in Figures 1 to 6, the configuration of the thermal insulation bottle having a temperature control and the remaining amount confirmation function according to the present invention, the inner container 20 for receiving the receiving material such as milk ingested by the infant, and the inner container ( A vacuum container comprising an outer container 30 which is coupled while maintaining a space with the vacuum 20; A nipple 12 attached to an inlet of the vacuum container to discharge milk; A nipple fixing nut 14 for coupling the nipple 12 to a vacuum container; A cap 10 fixed to the nipple fixing nut 14 to protect the nipple 12; A radiator 50 mounted inside the vacuum vessel to allow the contents of the interior to cool and reach a predetermined time at a predetermined time; A flow meter (60) for confirming the remaining amount of the accommodating body contained in the vacuum container; It consists of a thermometer (70) indicating the temperature of the accommodation contained within the vacuum vessel.

Here, the radiator 50 solves the problem that the powder of milk powder is mixed with high temperature water, which breaks down the nutrients of the powdered milk, as well as a vacuum container. To one end, the one end 52 is fixed to the outer surface of the inner container 20, and when the temperature is high, it expands and contacts the inner surface of the outer container 30 to easily transfer heat of the inner container 20. The heat dissipation bimetal 50 which cools the inner container 20 is made.

When the temperature of the inner container 20 is high temperature, the heat-dissipating bimetal 50 may be in contact with the outer container 30 to facilitate heat dissipation. When the inner container 20 cools to a proper temperature, the heat-dissipating bimetal 50 may heat-dissipate. 50 has a function of preserving the heat of the inner container 20 by shrinking toward the inner container 20 so that heat is no longer released.

The thermometer 70 measures and instructs the temperature of the contents contained in the inner container 20. When the temperature of the contents contained in the inner container 20 is high, the thermometer 70 contacts the inner container 20 to provide a temperature. A thermal contact portion 72 made of a bimetal material so as to be separated and separated when lowered to an appropriate temperature to prevent further heat leakage; A temperature-sensitive driving unit 74 connected to the temperature-sensitive bimetal 72 at one end thereof, the center of which is rotated according to temperature, and formed of a spring-like bimetal; A temperature guide 78 which has one end fixed to the center of the temperature-sensitive driving unit 74 and indicates the temperature by rotating according to the temperature; It consists of an instrument panel 77 that distinguishes the temperature indicated by the temperature guideline 78 described above.

The thermometer 70 is mounted to the lower end of the outer container 30, for this purpose, a cover 80 is attached to the lower end of the outer container 30, and the cover has a grounding portion 82 serving as a support. It is formed at intervals of 120 ° to face the position of one flowmeter 60.

The flow meter 60 is a material of the vacuum vessel (20, 30) is made of stainless steel (SUS) to be able to easily check the remaining amount of the contents, the configuration and principle are as follows.

A protruding portion 64 which protrudes in the same manner as the ground portion 82 formed on the cover 80; A rod 66 extending to the palpator 64; A rack gear 68 extending from the rod 66 and having a rack gear formed at one side thereof; A spring (69) mounted inside the rack gear (68) to push the rack gear (68) toward the pawl (64) with a predetermined modulus of elasticity; A pinion gear 63 that rotates in association with the rack gear 68; A flow rate guide 67 attached to the center of the pinion gear 63 and indicating rotation; An indicator (65) indicating an amount indicated by the flow rate instruction (67); It consists of a housing (62) for receiving the rack gear (68) and the spring (62) to be mounted on one side of the cover (80).

The upper end of the housing 62 is tightly fixed to the outer container 30 by the fixing ring 34.

On the other hand, the outer container 30 has a problem of slipping easily because the material is made of stainless steel. In order to prevent this, by using a material that does not slip easily, such as silicone resin to wrap around the outer container 30 to serve as a handle (32).

However, since the handle 32 made of silicone resin inhibits the temperature of the high-temperature accommodating material in the inner container 20 from cooling to an appropriate temperature quickly, for this purpose, the outer container is formed by forming heat dissipation holes 36 having various patterns. Allow 30 to be in wider contact with the ambient air.

On the other hand, when the guardian carefully manages the temperature management of the accommodations contained in the inner container 20, and sometimes the milk is fed to the infant inadvertently not properly adjusted to prevent the milk from being supplied through the nipple 12 In order to do this, a shutter 40 serving as a kind of shutter was installed at the inlet of the vacuum container.

The configuration and operation of the shutter 40 will be described with reference to FIG.

A circular shape of a bimetal material, one end of which is fixed to the inner side fixing portion 44 of the inlet side of the inner container 20 of the vacuum container; The shutter bimetal 42 is coupled to the inside of the edge portion thereof, and is made of a blocking plate 46 made of silicone resin in the form of a disc. The shutter 40 has a shutter bimetal 42 when the temperature of the object is high. The expansion plate in a circular shape prevents the blocking plate 46 from blocking the nipple 12, and when cooled to a suitable temperature, the block plate 46 is reduced to a smaller circle as indicated by a dotted line in FIG. 2 to open the inlet portion of the nipple 12. will be.

The shutter 40 prevents the discharge from the outside of the inner container 20, but is capable of being bent inward when water is put into the inner container 20.

The thermal feeding bottle having the temperature control and the remaining amount checking function according to the present invention configured as described above acts as follows.

When hot water is put into the vacuum container, the heat dissipation bimetal 50 of the radiator expands and comes into contact with the outer container 30 so that the heat dissipation is easily performed, thereby allowing the water to cool down to an appropriate temperature quickly.

The heat dissipation bimetal 50 is separated again when the predetermined temperature (temperature determined by the material and the components of the bimetal) is prevented from dissipating any more heat so that the temperature of the contents of the inner container 20 is maintained. will be.

When the heat is released to the outside by the radiator 50 and the predetermined temperature falls, the temperature is indicated by the thermometer 70. When the temperature of the inner container 20 is high, In order to check the temperature, the temperature-sensitive contact portion 72 is in contact with the inner container 20, the temperature-sensitive drive portion 74 is one end of the temperature-sensitive contact portion 72 is connected to the heat transfer expansion and contraction to the center Rotate to drive the temperature guide 78 to indicate the current temperature through the scale of the instrument panel (77).

Then, the thermal contact portion 72 is made of bimetal, and is automatically separated from the inner container 20 when it reaches a predetermined temperature (preferably set in advance by using the bimetal) to prevent further heat leakage.

On the other hand, the remaining amount indication of the accommodation by the flowmeter 60 is performed as follows.

The contact portion 64 protrudes to the same extent as the ground portion 82 formed on the cover 80 and is supported on the ground.

At this time, the spring 69 has a predetermined elastic modulus and moves the rack gear 68 while maintaining a balance between the force supported by the palpator 64 and the force by the weight of the bottle itself.

The rack gear 68 moving up and down displays the remaining amount through the indicator 65 by rotating the pinion gear 63.

Accordingly, if a large amount of water (milk) remains inside the bottle, the weight increases and becomes greater than the force of the spring 69, so that the rack gear 68 moves upward. On the contrary, if the remaining amount is small, the weight decreases to the spring 69. Reaction force is increased by the rack gear 68 to move down to rotate the pinion gear 63 to display the remaining amount.

The thermal feeding bottle having the temperature control and the remaining amount checking function according to the present invention made as described above is maintained at a constant temperature suitable for feeding the infant by using a vacuum container made of stainless steel, and the inside of the container is not visible. Even in the remaining amount can be easily checked, it provides an effect that can supply the infant to maintain the optimal temperature at all times.

Claims (6)

A vacuum container including an inner container 20 for receiving an accommodating object such as milk for infants, and an outer container 30 which is coupled while maintaining a space with the inner container 20 in a vacuum state; A nipple 12 attached to an inlet of the vacuum container to discharge milk; A nipple fixing nut 14 for coupling the nipple 12 to a vacuum container; A cap 10 fixed to the nipple fixing nut 14 to protect the nipple 12; A radiator 50 mounted inside the vacuum vessel to allow the contents of the interior to cool and reach a predetermined time at a predetermined time; A flow meter (60) for confirming the remaining amount of the accommodating body contained in the vacuum container; A thermos bottle having a temperature control and remaining amount check function, characterized in that consisting of a thermometer (70) for displaying the temperature of the accommodation contained in the vacuum container. According to claim 1, wherein the radiator 50 is one end 52 is fixed to the outer surface of the inner container 20, when the high temperature is expanded to contact the inner surface of the outer container 30 in contact with the inner container Insulating baby bottle having a temperature control and remaining amount check function, characterized in that consisting of heat dissipation bimetal (50) to easily transfer the heat of the (20) to cool the inner container (20) quickly. The method of claim 1, wherein the thermometer 70 measures and indicates the temperature of the contents contained in the inner container 20. When the temperature of the contents contained in the inner container 20 is high, the inner container ( 20) a thermal contact 72 made of a bimetal material to measure the temperature and to separate when falling to an appropriate temperature to prevent further heat leakage; A temperature-sensitive driving unit 74 connected to the temperature-sensitive bimetal 72 at one end thereof, the center of which is rotated according to temperature, and formed of a spring-like bimetal; A temperature guide 78 which has one end fixed to the center of the temperature-sensitive driving unit 74 and indicates the temperature by rotating according to the temperature; Thermal insulation bottle having a temperature control and remaining amount check function, characterized in that consisting of the instrument panel (77) for distinguishing the temperature indicated by the temperature guide (78). The flow meter of claim 1, further comprising: a pawl portion 64 projecting slightly downward; A rod 66 extending to the palpator 64; A rack gear 68 extending from the rod 66 and having a rack gear formed at one side thereof; A spring (69) mounted inside the rack gear (68) to push the rack gear (68) toward the pawl (64) with a predetermined modulus of elasticity; A pinion gear 63 that rotates in association with the rack gear 68; A flow rate guide 67 attached to the center of the pinion gear 63 and indicating rotation; An indicator (65) indicating an amount indicated by the flow rate instruction (67); A thermal feeding bottle having a temperature control and remaining amount check function, characterized in that it comprises a housing (62) for accommodating the rack gear (68) and the spring (62) and mounted on one side of the cover (80). The method of claim 1, wherein the outer container 30 is wrapped around the outer container 30 by using a non-slip material to prevent slipping when the outer container 30 is gripped. Thermal insulation bottle having a temperature control and the remaining amount check function, characterized in that it further comprises a handle 32 is formed a plurality of heat dissipation holes (36). 2. The shutter bimetal 42 according to claim 1, wherein one end is fixed to the inlet side fixing portion 44 of the inner vessel 20 of the vacuum vessel while being circular in a pair of bimetallic material, and the other end thereof is connected to each other. ; The thermal insulation bottle having a temperature control and remaining amount check function further comprises a shutter 40 comprising a shutter plate 46 in the form of a disc is accommodated in the shutter bimetal 42 inside the edge portion .