TWM468997U - Power bank as thermal mug base - Google Patents

Description

Can be combined into a mobile power supply for the base of the incubator

This creation is a modified design of the mobile power supply, so that the outer casing of the general mobile power source forms a base of the heat preservation cup, and a heating or cooling module is added on the base to provide a heat preservation cup for long-term heat preservation or cold preservation. effect.

Most of the prior art only used the power of the mobile power to charge the electrical appliances such as the 3C, so the outer casing or the appearance was not designed for other purposes. In addition, there is a USB heating plate on the market that can be connected to a computer to provide the function of cup heating.

Many people have the habit of carrying a thermos cup, because it can be turned on to drink warm boiled water when it is cold, but even a vacuum cup can only be kept for a while, poor quality vacuum flask, often less than a day. The water inside has become cold, which is very inconvenient. In addition, due to the popularity of mobile digital devices, many people often carry a mobile power supply, which can be used for various digital devices such as mobile phones or tablets. , charge anytime, anywhere. Since these two devices are all needed for people's daily life, this creation uses the power of the mobile power to provide long-term power characteristics. The mobile power source is made into the base of a vacuum cup, and the base and the vacuum cup are connected. The last heating piece that can heat the cup, or can be used to heat and cool The thermoelectric chip, also known as the Thermoelectric Cooling Chip, makes the creation of the power of the mobile power source, through a heating chip, in addition to the original function of the vacuum cup and the mobile power supply. The mug is continuously heated and insulated, so it can extend the insulation for a longer period of time, and even provide instant hot water for brewing coffee or instant noodles.

In this case, the present invention discloses a mobile power source that can be combined into a base of a heat preservation cup, and mainly includes: a base housing, a battery module, a temperature control module, an electrical connection base, and a solid connection seat. The base housing includes a battery module and a temperature control module. The battery module can be formed by at least one rechargeable battery core. The battery core can be realized by a conventional battery, such as a lithium battery or a nickel. A hydrogen battery or the like is disposed in the base housing and coupled to a temperature control module and an electrical connection seat. The temperature control module may be mainly composed of one or more electric heating sheets, and may also be thermoelectrically cooled. The device such as a wafer can also provide a function of cooling in addition to the heating function. The temperature control module is coupled to one end of the base housing, and particularly at the other end of the base portion, the sheet body can face outward. Therefore, the temperature control module is bounded between the base housing and a vacuum cup, and the temperature control module can have the bottom of the heat preservation cup and is provided by the power of the battery module. The mug Heat or cooling function.

Therefore, this design adopts a simple structural design method to convert the power supply of the mobile power supply into an additional effect of heating or cooling the heat cup, achieving a very practical effect; since the creation cost is very low and easy to implement, It is a creation with great practical value, and its detailed and detailed implementation will be as follows.

1‧‧‧Base housing

2‧‧‧Battery module

3‧‧‧temperature control module

4‧‧‧Electrical connection

5‧‧‧Solid joint

10‧‧‧Insulation Cup

11‧‧‧ cup lid

12‧‧‧ thread

20‧‧‧Temperature setting unit

21‧‧‧Lighting module

22‧‧‧ switch

23‧‧‧ Temperature Sensor

24‧‧‧Safety switch

Figure 1 is a schematic view showing the structure of the base of the present invention; The second figure is a schematic diagram of the insulation cup combined with each unit; the third figure is a schematic diagram of other functions of the base housing of the creation.

Please refer to the first and second figures. This creation is a kind of mobile power that can be combined into the base of the thermos cup. It mainly includes: a base housing 1, a battery module 2, a temperature control module 3, and an electrical The base 4 includes a battery module 2 and a temperature control module 3, and the battery module 2 can be composed of at least one rechargeable battery core. The battery core can be achieved by using a conventional battery, such as a lithium battery or a nickel-hydrogen battery, placed in the base housing 1 and coupled to a temperature control module 3 and an electrical connection base 4, the temperature. The control module 3 can be mainly composed of one or more electric heating sheets, and can also use a device such as a thermoelectric cooling chip to achieve a function of cooling in addition to the heating function, and the temperature control module 3 is coupled to the base housing. One end of the body 1 , especially at the other end relative to the bottom of the whole body, the one side of the body may face outward, so that the temperature control module 3 is bounded between the base housing 1 and a vacuum cup 10, Provided by the power coming into contact with the bottom of the cup and through the battery module 2, the temperature The control module 3 will have the function of heating or cooling the vacuum flask 10.

The electrical connector 4 can be distributed around the base housing 1 and connected to the battery module 2, and can be used as a power input or output socket to provide a mobile power source for other electrical appliances. The entire base housing 1 can be used as a mobile power source; when charging is required, the battery module 2 can also be charged by a commercial power source or other power source. The solid connection base 5 is mainly located at one end of the base housing 1 , especially one end of the temperature control module 3 , so that the base housing 1 can be coupled to the bottom of the vacuum cup 10 through various connection manners. Of course, it can also be with other bits of the vacuum flask 10. The heat insulating cup 10 is heated or cooled by the temperature control module 3 by a combination of the position of the cover, for example.

As shown in the second and third figures, the solid coupling seat 5 can be formed by a screw thread to facilitate the screwing of the base housing 1 into the base portion of the heat insulating cup 10 or by a snapping method. In the way of entering or snapping, the base housing 1 is coupled to the base portion of the vacuum flask 10. At the bottom of the heat insulating cup 10, a thread 12 or a latching mechanism corresponding to the base housing 1 may be provided, so that the base housing 1 can be coupled to the heat insulating cup 10 or screwed in. Or the way of snapping in. The tip end of the thermos cup 10 can also have a conventional cup lid 11.

The temperature control module 3 can have at least one temperature sensor 23, which can be distributed everywhere. When the temperature of the vacuum cup 10 reaches each set temperature, the power of the temperature control module 3 can be automatically turned off or turned on. The temperature of the vacuum flask 10 is maintained within a certain range; therefore, regardless of whether the vacuum flask 10 has contents or water, the temperature of the vacuum flask 10 can be automatically adjusted. In addition, the temperature control module 3 can also have a switch 22 and a temperature setting unit 20, which can provide power on or off, and the temperature setting unit 20 can set a specific temperature for heating or cooling.

The temperature control module 3 can have a safety switch 24, and when the temperature is heated to a certain temperature, the safety switch 24 can automatically cut off the power through the water vapor expansion caused by the temperature change; in addition, the safety switch 24 can further It is a pressure valve placed at the bottom of the vacuum cup 10. When the steam pressure caused by overheating of the water temperature is too high, the pressure valve will automatically open to discharge the vapor.

In addition, the electrical connector 4 can be formed by a conventional power connector, which can provide input or output power, or can be composed of a plurality of conventional power connectors of the same specification or different specifications, and thus can be provided by different connectors. Input or output power; the conventional power connector can also be composed of USB, Mini USB, Micro USB, or various AC, DC and other connecting devices.

The base housing 1 can have at least one light module 21. By providing power to the battery module 2, the light module 21 can be turned on to provide a lighting function, and can also display an operating state such as power supply or heating and cooling. When the base housing 1 is not used in combination with the vacuum cup 10, other types of cups may be placed thereon, and the other types of cups are separately heated by the temperature control module 3 at one end of the base housing 1. Or cold.

However, the above description is only the preferred embodiment of the present invention, and thus the scope of the patent of the creation is not limited thereby, so the simple modification and equivalent structural changes of the present specification and the drawings should be the same. It is included in the scope of this creation patent and is given to Chen Ming.

1‧‧‧Base housing

2‧‧‧Battery module

3‧‧‧temperature control module

4‧‧‧Electrical connection

5‧‧‧Solid joint

Claims (9)

The utility model relates to a mobile power source which can be combined into a base of a heat preservation cup, which mainly comprises: a base shell comprising a battery module and a temperature control module; and a battery module, which can be formed by at least one chargeable and dischargeable battery core. The temperature control module can be connected to a temperature control module and an electrical connection base. The temperature control module can be mainly composed of at least one electric heating piece or a thermoelectric cooling chip. One end of the base housing is connectable between the base housing and a vacuum cup, and is provided by the power of the battery module, and the temperature control module can perform heating or cooling on the heat insulating cup; The sexual connector can be composed of at least one, can be located around the base housing, and is connected to the battery module, and can be used as a power input or output socket to provide a mobile power source for other electrical appliances, or can be powered by mains or The other power source charges the battery module; a fixed connection seat; mainly located at one end of the base housing, the base housing can be coupled to the bottom of a heat preservation cup or other position of the heat preservation cup, and can be borrowed by Temperature control module for the coupling of the mug for heating or cooling. The action power source of claim 1 can be combined to form a mobile power supply for the base of the heat preservation cup, wherein the solid connection base can be formed by threads to facilitate screwing the base housing into the base portion of the heat preservation cup; or by a jamming manner. The base housing can be coupled to the base portion of the vacuum cup using a screw-in or snap-in method. The request item 1 can be combined into a mobile power supply for the base of the heat preservation cup, wherein the bottom of the heat preservation cup can be provided with a thread or a latching mechanism corresponding to the base housing, so that the base housing can be The cups are joined, or screwed in or snapped in one way. The action control device 1 can be combined with the mobile power supply of the thermal insulation cup base, wherein the temperature control module can have at least one temperature sensor distributed throughout, when the temperature of the vacuum cup reaches each set temperature, The power of the temperature control module can be automatically turned off or turned on, so that the temperature of the heat preservation cup is kept within a certain range; therefore, the temperature of the heat preservation cup can be automatically adjusted regardless of whether the heat preservation cup has an inclusion content. If the request item 1 can be combined into a mobile power supply for the base of the heat preservation cup, the temperature control module can have a switch and a temperature setting unit, the switch can provide power on or off, and the temperature setting unit can set the heating or the temperature The specific temperature of the cold. If the request item 1 can be combined into a mobile power supply for the base of the heat preservation cup, the temperature control module can have a safety switch, and when the temperature is heated to a certain temperature, the safety switch can penetrate the water vapor expansion effect caused by the temperature change. The power supply is automatically cut off; in addition, the safety switch can be a pressure valve that automatically opens to discharge vapor when the steam pressure caused by overheating of the water temperature is too high. If the request item 1 can be combined into a mobile power supply for the base of the heat preservation cup, the electrical connection base can be composed of a conventional power connection base, which can provide input or output power; or a plurality of the same specifications or different specifications. The conventional power supply connection base is configured to provide input or output power by different connection bases; the conventional power connection base can also be composed of USB, Mini USB, Micro USB, or various AC and DC connection devices. The power supply of the base can be combined with the action power of the base of the heat preservation cup, wherein the base housing can have at least one light module, and the light module can be powered by the battery module to provide illumination function. It can also display the working status of power supply or heating and cooling. If the request item 1 can be combined into a mobile power supply for the base of the heat preservation cup, wherein the base case is not used in combination with the heat preservation cup, other types of cups can be placed thereon, and the temperature of one end of the base case is The control module can heat or cool other types of cups.