TWM597107U - Heatable thermal insulation container device - Google Patents

Abstract

This creative department provides a heatable heat preservation container device, which includes: a heat preservation container, a heat conductor and a power supply module, the heat preservation container has a hollow layer, and The hollow layer achieves the effect of heat preservation, and a holding groove is formed at the inner side of the center of the heat preservation container, a bottom opening is formed at one end of the holding groove, and a top opening is formed at the other end. The insertion part can be arranged on the bottom opening, and an accommodating part is formed at the inner side of the central part of the insertion part, and a groove is formed at the inner edge of the central part of the insertion part, the central position of the power supply module has A seat part, and a plurality of conductive members are provided on the seat part, and the seat part can be provided on the accommodating part, thereby, the power supply module can pass a power supply to the heat conductor The heat conducting body is heated, and then the heat conducting body is used to boil water using the heat energy, and the heat preservation container has the hollow layer, so that the heat preservation container device can be heated and kept warm effect.

Description

Heatable thermal insulation container device

This creation relates to a heat preservation container device, especially a heatable heat preservation container device which can make the heat preservation container device achieve the purpose of heating and the effect of heat preservation.

According to the press, because modern people are busy and busy, and their working hours are relatively long, many people will run or exercise properly in their spare time to increase physical strength or relieve tension, but some people will choose to make tea, Drink tea and other health methods to adjust the body and soul. These are good activities or pressure relief methods. Take tea as an example. Usually, tea leaves are placed on the teapot, and then boiling water is added to the teapot. You can drink it after a while, but the traditional boiling kettle is usually made of metal. Whether it is heated by a gas stove or an induction cooker, the boiling time is fast, and the boiling time of the kettle is relatively fast. , The user must constantly re-boiling water for the teapot plus hot boiling water to brew tea leaves, the temperature of the hot water in the boiling kettle of the kettle will not be too different in a short period of time, and usually the volume of the teapot will not be very large, brew a pot The teapot probably won't exceed about 5 teacups. Repeatedly heating and boiling the water will not only reduce the service life of the kettle, but also boil water and add water repeatedly. It is also quite troublesome and inconvenient for users to use.

Therefore, how to improve the above-mentioned missing problems is the technical difficulty of the creator of this case.

In order to achieve the above purpose, the present invention provides a heatable heat preservation container device. The heat preservation container device includes: a heat preservation container, a heat conductor and a power supply module. The heat preservation container is It has a hollow layer and achieves the effect of heat preservation by the hollow layer, and a holding groove is formed at the inner side of the center of the heat preservation container, a bottom opening is formed at one end of the holding groove, and a top opening is formed at the other end. An insertion portion is formed at the central position of the heat conductor, the insertion portion can be disposed on the bottom opening, and a receiving portion is formed at the inner side of the insertion portion center, and a groove is formed at the inner edge of the insertion portion The power supply module has a seat at the central position, and a plurality of conductive members are provided on the seat, and the seat can be provided on the accommodating portion, whereby the power supply module can The power supply is passed to the heat conductor to cause the heat conductor to generate heat, and then use the heat energy to boil water through the heat conductor, and the heat preservation container has the hollow layer to make the heat preservation The container device achieves the effect of being able to heat and keep warm.

1: Insulation container device

2: Insulation container

21: Hollow layer

22: accommodating slot

23: Bottom

24: Top

241: protrusion

3: heat conductor

31: Insert

311: Accommodation Department

312: groove

4: Power supply module

41: Seat

42: conductive parts

Figure 1 is the three-dimensional appearance of this creation.

Figure 2 is a three-dimensional exploded view of this creation.

Figure 3 is a cross-sectional view of this creation.

Figure 4 is a schematic diagram of a preferred embodiment of this creation.

Please refer to Figure 1, Figure 2, Figure 3 and Figure 4 at the same time. It is a three-dimensional appearance drawing, a three-dimensional exploded view, a cross-sectional view and a schematic diagram of a preferred embodiment of this creation, as can be clearly seen from the figure, Wherein, the heat preservation container device 1 has:

A heat-insulating container 2, the heat-insulating container 2 has a hollow layer 21, and a holding groove 22 is formed at the inner side of the center of the heat holding container 2, a bottom opening 23 is formed at one end of the holding groove 22, and the container A groove 24 is formed at the other end of the groove 22;

A heat conductor 3, the heat conductor 3 is formed with an insertion portion 31 at a central position, the insertion portion 31 is embedded and tightly arranged on the bottom opening 23, so that the bottom opening 23 can communicate with the heat conduction The bodies 3 are combined with each other, and an accommodating portion 311 is formed at the inner side of the center of the insertion portion 31, and a groove 312 is formed at the inner edge of the center of the insertion portion 31;

A power supply module 4, the power supply module 4 has a seat 41 at a central position, and a plurality of conductive members 42 are provided on the seat 41, and the seat 41 can be provided on the accommodating portion 311 , So that the seat portion 41 can be combined with the accommodating portion 311;

Wherein, the heat preservation container 2 achieves the heat preservation effect through the hollow layer 21;

Wherein, the top opening 24 is formed with a protrusion 241 at a position on one side;

Wherein, the heat conductor 3 is a metal object capable of power transmission conduction and heat generation;

Wherein, when the seat portion 41 and the accommodating portion 311 are combined with each other, the plurality of conductive members 42 are placed in the groove 312;

The main reason is that the heat preservation container 2 has the hollow layer 21, and the heat preservation container 2 achieves the effect of heat preservation by the hollow layer 21, and the heat preservation container 2 is formed at the inner center A groove 22 is formed, one end of the receiving groove 22 is formed with the bottom opening 23, and the other end of the receiving groove 22 is formed with the top opening 24, and the top opening 24 is formed with the protruding portion 241 at a side position, The heat conducting body 3 is formed with the insertion portion 31 at the central position, and the The insertion portion 31 is embedded and tightly arranged on the bottom opening 23, so that the bottom opening 23 can be combined with the heat conductor 3, and the accommodating portion 311 is formed at the inner side of the center of the insertion portion 31, and The bead groove 312 is formed at the central inner edge of the insertion portion 31, wherein the heat conductor 3 is a metal object capable of power transmission and conduction and heat generation, and the power supply module 4 has the seat at the central position 41, and the plurality of conductive members 42 are provided on the seat 41, and the seat 41 can be disposed on the accommodating portion 311, so that the seat 41 can be combined with the accommodating portion 311, and When the seat portion 41 and the accommodating portion 311 are combined with each other, the plurality of conductive members 42 are placed in the groove 312. When using the heat preservation container device 1, the user first A certain amount of water is injected into the accommodating groove 22 at the top opening 24 of the container 2, because the insertion portion 31 is tightly arranged on the bottom opening 23, so that the bottom opening 23 can be connected to the heat conductor 3 are combined with each other, therefore, the water or liquid system injected into the accommodating tank 22 will not leak, and then the combined thermal insulation container 2 and the thermal conductor 3 are placed in The power supply module 4, that is, the seat 41 can be disposed on the accommodating part 311, so that the seat 41 can be combined with the accommodating part 311, and the plurality of conductive members 42 are It is inserted into the groove 312, and the heat conductor 3 is a metal object capable of power transmission conduction and heat generation. When a commercial power source is combined with the accommodating portion 311 through the seat 41 and the plural The conductive member 42 is placed in the groove 312 to transmit and conduct its power to the heat conductor 3, so that the heat conductor 3 generates heat energy and generates heat due to the conduction of its power, and the heat conductor 3 generates heat By using the heat energy, the water or liquid in the accommodating tank 22 can be boiled to achieve the purpose of heating, and after the water or liquid in the accommodating tank 22 is boiled, the accommodating tank 22 can be formed by the protrusion 241 The water or liquid in it is poured out of other containers outside. Furthermore, the heat preservation container 2 has the hollow layer 21 which can block the contact with various molecules or substances outside to reduce the possibility of heat dissipation, so that the heat preservation container 2 The heat preservation effect is achieved by the hollow layer 21;

In the present invention, the heat preservation container device 1 includes: a heat preservation container 2, a heat conductor 3, and a power supply module 4, the heat preservation container 2 has the hollow layer 21, and the center of the heat preservation container 2 The accommodating groove 22 is formed at the inner side, the bottom opening 23 is formed at one end of the accommodating groove 22, the heat conductor 3 is formed with the insertion portion 31 at the central position, and the insertion portion 31 is embedded and tightly arranged On the bottom opening 23, the bottom opening 23 can be combined with the thermal conductor 3, the thermal conductor 3 is a metal object capable of power transmission conduction and heat generation, the power supply module 4 is The seat 41 is provided at the center, and the plurality of conductive members 42 are provided on the seat 41, and the seat 41 can be disposed on the accommodating portion 311, and the plurality of conductive members 42 are placed in In the groove 312, the power supply module 4 can pass a power supply to the heat conductor 3 to heat the heat conductor 3, and then heat the heat conductor 3 The heat energy is used to boil water, and the heat preservation container 2 has the hollow layer 21, and the heat preservation effect is achieved by the hollow layer 21, so that the heat preservation container device 1 can achieve the purpose of heating and heat preservation and Its effect.

The above-listed embodiments are used to clarify a preferred and feasible embodiment of this creation, not to limit the scope of this creation. Anyone who is familiar with this skill can do a little without departing from the spirit and scope of this creation. Changes and retouching, so the scope of protection of this creation shall be subject to the scope defined in the appended patent application.

1: Insulation container device

2: Insulation container

21: Hollow layer

22: accommodating slot

23: Bottom

24: Top

241: protrusion

3: heat conductor

31: Insert

311: Accommodation Department

312: groove

4: Power supply module

41: Seat

42: conductive parts

Claims (5)

A heatable heat preservation container device, the heat preservation container device includes: A heat preservation container, wherein the heat preservation container has a hollow layer, and a holding groove is formed at the inner side of the center of the heat holding container, a bottom opening is formed at one end of the holding groove, and a other end is formed at the other end of the holding groove Top mouth A heat conducting body, the heat conducting body is formed with an insertion part at a central position, the insertion part is embedded and tightly arranged on the bottom opening, so that the bottom opening can be combined with the heat conducting body, and the insertion part An accommodating part is formed at the inner side of the center of the part, and a bead groove is formed at the inner inner edge of the center of the insertion part; A power supply module, the power supply module has a seat at a central position, and a plurality of conductive members are provided on the seat, and the seat can be provided on the accommodating part, so that the seat can be connected with The accommodating parts are combined with each other. The heatable heat-insulating container device as described in item 1 of the patent application scope, wherein the heat-insulating container achieves the effect of heat preservation through the hollow layer. The heatable heat-insulating container device as described in item 1 of the scope of the patent application, wherein the top opening is formed with a protrusion at one side. A heatable heat-insulating container device as described in item 1 of the scope of the patent application, wherein the heat conduction system is a metal object capable of power transmission conduction and heat generation. The heatable heat-insulating container device as described in item 1 of the patent application scope, wherein when the seat portion and the accommodating portion are combined with each other, the plurality of conductive members are placed in the groove.

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