KR20200139924A - Temperature controllable cup - Google Patents

Abstract

The present invention relates to a cup capable of controlling temperature, comprising: a cup portion in which a drink storage space capable of storing drink therein is positioned; a cup heating support portion on which the cup portion is placed, and which heats the placed cup portion; and a cup cooling support portion on which the cup portion is placed, and which cools the placed cup portion. The cup portion is selectively placed on the cup heating support portion or the cup cooling support portion such that drink stored in the cup portion can be heated or cooled, and thus a user can freely select hot drink or cold drink, thereby greatly improving satisfaction during use. Also, a plurality of cups can be cooled or heated, and thus it is possible to reduce economic burden when multiple people use the cup for common use, thereby enabling multiple people to freely use the cup at low cost without economic burden.

Description

Temperature controllable cup {TEMPERATURE CONTROLLABLE CUP}

The present invention relates to a temperature-controllable cup, and more particularly, to a temperature-controllable cup capable of heating or cooling beverages in the cup while carrying.

In general, cups are used for drinking water, tea, beverages, etc., and disposable cups such as paper cups are mainly used outdoors.

In recent years, the use of disposable cups has been restricted due to environmental issues and the like, and thus, the use of tumblers that are easy to carry outdoors and have warm and cool insulation is increasing.

However, portable cups such as a tumbler have only functions of keeping warm and cool and have a short time to maintain the temperature, so it is difficult to satisfy the demand for hot drinks or cold drinks.

In addition, portable cups such as tumblers have only the function of keeping warm and cool, and thus contain hot or cold drinks, and there is a problem in that the drinks at room temperature cannot be hot or cold.

In order to solve this problem, Korean Utility Model Registration No. 20-0476864 "Tumbler device having a cold/hot function" has been proposed.

Korea Utility Model Registration No. 20-0476864 "Tumbler device with cold/hot function" includes a plurality of blocks containing refrigerant inside the tumbler and a hot wire, and the tumbler is placed in a refrigerator or freezer. As a result, when the bottom of the tumbler and the removable USB connector are connected to a computer or electronic device, the heating wire inside the tumbler operates to maintain the warming effect of the beverage, and the beverage in the cup is refrigerant. If it is cold or warmed through the heat wire and the plurality of blocks, the cooling or warming effect can be maintained for a longer time.

However, Korean Utility Model Registration No. 20-0476864 "Tumbler device with cold/hot function" has a problem in that it is cumbersome to put the tumbler in a refrigerator or freezer and use it for cold insulation, and it is not possible to cool the beverage by itself. .

In addition, Korea Utility Model Registration No. 20-0476864 "Tumbler device with cold/hot function" has a problem that weight increases and manufacturing cost increases because a block including a heating wire and a refrigerant must be built in the tumbler, and each individual purchases it individually. There was a problem that burdened the purchase cost because it had to be done.

Korean Utility Model Registration No. 20-0476864 "Tumbler device with cold and hot function"

An object of the present invention is to provide a cup capable of controlling a temperature in which a beverage in a cup can be heated or cooled while carrying, so that a hot beverage and a cold beverage can be freely selected and drunk.

Another object of the present invention is to provide a temperature-controlled cup that can cool and heat a plurality of cups, thereby reducing an economic burden when used by multiple people.

Another object of the present invention is to provide a temperature-controlled cup capable of mixing powdered materials by automatically stirring water when making and drinking a beverage when mixing powdered materials into water.

In order to achieve the object of the present invention, the temperature-controllable cup according to the present invention includes a cup portion in which a beverage storage space for holding beverages is located, and a cup heating support for heating the cup portion on which the cup portion is seated. It characterized in that it comprises a cup cooling support portion, the cup portion is seated and the seated cup portion cooling.

In the present invention, a heat transfer panel part made of a material having high thermal conductivity may be disposed inside a portion of the lower surface and side surfaces of the cup part to increase heat transfer efficiency.

In the present invention, the heat transfer panel portion may include a lower heat transfer panel positioned within a lower surface of the cup portion, and a side heat transfer panel protruding upward from the lower heat transfer panel and positioned inside a side surface of the cup portion.

In the present invention, the cup heating support unit includes a heating unit that heats the cup unit, a heating control unit that controls the operation of the heating unit, and a first rechargeable unit supplying electric power, and the cup cooling support unit cools the cup unit. And a cooling control unit for controlling the operation of the cooling unit and a second rechargeable battery unit for supplying electric power.

In the present invention, the cup heating support portion is located on the upper surface of the first cup holding groove into which a portion of the lower side of the cup portion is inserted, and the heating portion is positioned to be exposed to the bottom surface of the first cup holding groove, A cup lower heating member in contact with the surface and a cup side heating member positioned to be erected along an outer circumference of the cup lower heating member and exposed to an inner circumferential surface of the first cup mounting groove, and the cup cooling support part has an upper surface A second cup mounting groove into which a portion of the lower side of the cup part is inserted is positioned, and the cooling part is positioned to be exposed to the bottom surface of the second cup mounting groove, and the cup lower cooling member and the cup contacting the lower surface of the cup part It may include a cup side cooling member positioned to be erected along the outer circumference of the lower cooling member and exposed to the inner circumferential surface of the second cup mounting groove.

In the present invention, the heating control unit includes a first battery remaining amount display unit connected to the first rechargeable battery unit to display the remaining battery capacity of the first rechargeable battery unit, and the cooling control unit is connected to the second rechargeable battery unit and the second rechargeable battery unit It may include a second battery remaining amount display unit to display the remaining amount of the battery.

In the present invention, a temperature sensor unit that measures the temperature of the stored beverage and transmits the temperature of the beverage to the heating control unit and the cooling control unit through wireless communication is positioned in the cup unit, and the heating control unit is heated by the heating unit. A heating temperature setting unit for setting a heating temperature of the beverage may be further included, and the cooling control unit may further include a cooling temperature setting unit for setting a cooling temperature of the beverage to be cooled by the cooling unit.

In the present invention, the heating temperature setting unit is located on the outer surface of the first support housing, a display for displaying a heating temperature for displaying the temperature of a beverage, and a plurality of heating temperature setting switch units for setting a heating temperature through the display for displaying the heating temperature. The cooling temperature setting unit includes a plurality of cooling temperature setting switch units positioned on the outer surface of the second support housing and configured to set a cooling temperature through a display for displaying a cooling temperature and a display for displaying a temperature of a beverage. can do.

The temperature-controllable cup according to the present invention may further include a beverage churning unit positioned within the cup unit to whip the beverage within the cup unit.

In the present invention, the beverage churning part is a cup mounting part detachably separated from the cup part, a rotating rod part rotatably located at a lower side of the cup mounting part, a plurality of wing parts located at an end side of the rotating rod part, and the cup It is located on the mounting portion and may include a rotating portion for rotating the rotating rod portion.

In the present invention, the rotating unit may rotate the rotating rod unit in a spring structure.

In the present invention, the rotating rod portion is a first rotating rod member positioned on the cup mounting portion, a second rotating rod member movably coupled to the first rotating rod member and positioned at an end side of the plurality of wing portions, and the second It may include a rotating rod fixture for fixing the adjusted length of the rotating rod member.

In the present invention, the cup mounting portion is a mounting body portion in which the rotating rod portion is positioned at a lower portion and the rotating portion is positioned, a plurality of mountings that are positioned in a plurality to be spaced apart from the outer surface of the mounting body portion and detachably coupled to the upper portion of the cup portion It may include a rod portion and a cup coupling portion positioned at the end side of the mounting rod portion and into which the upper end portion of the cup portion is inserted.

In the present invention, the mounting rod portion is a first mounting rod member positioned on the cup mounting portion, a second mounting rod member movably coupled to the first mounting rod member and the cup coupling portion positioned at an end side, and the second mounting rod member It may include a mounting rod fixture for fixing the adjusted length of the rod member.

In the present invention, a rod mounting bracket to which the mounting rod portion is rotatably coupled is positioned on the mounting body portion, and the rod mounting bracket covers both side portions to which the mounting rod portion is rotatably hinged, and covers the upper surface between the side portions. Thus, it may include an upper surface portion for limiting the rotation of the mounting rod portion.

In the present invention, the cup part can be heated or cooled by selectively seating the cup containing the beverage on the cup heating base or the cup cooling base so that the user can freely select and drink hot and cold beverages. It has the effect of greatly improving satisfaction when using it.

In the present invention, since a plurality of cups can be cooled and heated, it is possible to reduce an economic burden when several people use it in common, so that several people can freely use it at a low cost.

The present invention has the effect of greatly improving convenience in use because the powder material can be mixed by automatically stirring the water when making a drink when mixing the powdered material in water.

1 is a perspective view showing an embodiment of a temperature control cup according to the present invention.
Figure 2 is a cross-sectional view showing an embodiment of a cup portion in a temperature adjustable cup according to the present invention.

The present invention will be described in more detail.

The preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Prior to the detailed description of the present invention, terms or words used in the present specification and claims described below should not be construed as being limited to their conventional or dictionary meanings. Accordingly, the embodiments described in the present specification and the configurations shown in the drawings are only the most preferred embodiments of the present invention, and do not represent all the technical spirit of the present invention, and thus various alternatives that can be substituted for them at the time of application It should be understood that there may be equivalents and variations.

1 is a perspective view showing an embodiment of a temperature adjustable cup according to the present invention, Figure 2 is a cross-sectional view showing an embodiment of the cup portion 100 in the temperature adjustable cup according to the present invention.

Referring to FIGS. 1 and 2, a temperature-controllable cup according to the present invention includes a cup portion 100 in which a beverage storage space for holding a beverage is located.

The cup portion 100 may be variously implemented in a known cup shape in which a beverage storage space with an open top is located therein.

In addition, a heat transfer panel unit 110 made of a material having high thermal conductivity may be disposed inside a portion of the lower surface and side surfaces of the cup unit 100 to increase heat transfer efficiency.

The heat transfer panel unit 110 includes a lower heat transfer panel 111 positioned within the lower surface of the cup unit 100, and a side heat transfer panel 112 protruding above the lower heat transfer panel 111 and positioned inside the side of the cup unit 100. ).

The heat transfer panel unit 110 may be made of a metal having high thermal conductivity, such as copper, aluminum, silver, or the like, and may be made of a material such as carbon fiber or SiC.

The cup part 100 is seated on the top of the cup heating support part 200, and the cup heating support part 200 heats the cup part 100 seated on the upper part to heat the beverage in the cup part 100.

The cup heating support part 200 includes a heating part 210 for heating the cup part 100, a heating control part 220 for controlling the operation of the heating part 210, and a first rechargeable battery part 230 for supplying electric power. Include.

The heating unit 210 generates heat by receiving electric power from the first rechargeable battery unit 230, and since it can be variously modified using a known heating element that generates heat by receiving electric power, a more detailed description will be omitted. Put.

The cup heating support part 200 has a first cup mounting groove 200b into which a portion of the lower side of the cup part 100 is inserted on the upper surface.

The heating unit 210 is positioned so that the heating unit 210 is exposed on the bottom surface and the inner circumferential surface of the first cup mounting groove 200b so that the heating unit 210 directly contacts the outer surface of the cup unit 100 to efficiently heat the cup unit 100 To be able to do it.

The first cup mounting groove 200b allows a portion of the lower side of the cup part 100 to be inserted so that the cup part 100 is stably mounted, and the heating part 210 is positioned in the groove so that it can be used more safely.

The heating unit 210 is positioned to be exposed to the bottom surface of the first cup mounting groove 200b and is in contact with the lower surface of the cup unit 100, and the outer periphery of the cup lower heating member 211 and the cup lower heating member 211 And a cup side heating member 212 positioned to be erected along and exposed to the inner circumferential surface of the first cup mounting groove 200b.

In the heating unit 210, the cup lower heating member 211 heats the lower surface of the cup unit 100, and the cup side heating member 212 is inserted into the first cup mounting groove 200b among the side surfaces of the cup unit 100 It is possible to heat the cup portion 100 more efficiently by heating the portion.

As an example, the first rechargeable battery unit 230 and the heating control unit 220 are located in the first supporting housing 200a, and can be charged through a first charging terminal exposed to the outside of the first supporting housing 200a. .

It should be noted that the first charging terminal may be variously modified and implemented into a known plug-in terminal capable of connecting a known charging cable such as a lightning 8-pin terminal, a micro 5-pin terminal, and a USB terminal.

The heating control unit 220 may include a first on-off switch 221 that turns on and off the operation of the heating unit 210 to turn on and off the operation of the heating unit 210.

In addition, the heating control unit 220 may include a first battery remaining amount display unit 222 connected to the first rechargeable battery unit 230 to display the remaining battery capacity of the rechargeable battery unit.

The first battery remaining amount display unit 222 is a plurality of LED lamps, the plurality of LED lamps are all turned on when the first rechargeable battery unit 230 is fully charged, and a plurality of LED lamps according to the amount of charge of the first rechargeable battery unit 230 As an example, only some of the LED lamps are turned on and all of the LED lamps are flickering when the first rechargeable battery unit 230 is completely discharged.

The user can simply check the charging state of the first rechargeable battery unit 230 through the first battery remaining amount display unit 222, so that the first rechargeable battery unit 230 can be selectively charged as necessary, and use due to discharge. You can prevent accidents about stopping.

In addition, a temperature sensor unit 120 that measures the temperature of the stored beverage and transmits the temperature of the beverage to the heating control unit 220 through wireless communication is positioned in the cup unit 100, and the heating control unit 220 is a heating unit. It may further include a heating temperature setting unit 223 for setting the heating temperature of the beverage heated by the 210.

The heating temperature setting unit 223 is located on the outer surface of the first support housing 200a and sets the heating temperature through a heating temperature display display 223a and a heating temperature display display 223a that display the temperature of the beverage. It includes a plurality of heating temperature setting switch unit (223b).

The heating temperature setting switch unit 223b may directly input a heating temperature using a plurality of numeric keys including a plurality of numeric keypads.

The heating control unit 220 receives from the temperature detection sensor unit 120 through wireless communication such as Bluetooth, and controls the operation of the heating unit 210 to set the beverage stored in the cup unit 100 by the heating temperature setting unit 223. Heat to temperature.

On the other hand, the cup part 100 is seated on the upper part of the cup cooling support part 300, and the cup cooling support part 300 cools the cup part 100 seated on the upper part to cool the beverage in the cup part 100. .

The cup cooling support part 300 includes a cooling part 310 for cooling the cup part 100, a cooling control part 320 for controlling the operation of the cooling part 310, and a second rechargeable battery part 330 for supplying electric power. Include.

The cooling unit 310 generates heat by receiving electric power from the second rechargeable battery unit 330, and since it can be variously modified using a known heating element that generates heat by receiving electric power, a more detailed description will be omitted. Put.

The cup cooling support part 300 has a second cup mounting groove 300b into which a portion of the lower side of the cup part 100 is inserted on the upper surface.

The cooling unit 310 is positioned so that the cooling unit 310 is exposed on the bottom surface and the inner circumferential surface of the second cup mounting groove 300b, so that the cooling unit 310 directly contacts the outer surface of the cup unit 100 to efficiently cool the cup unit 100 To be able to do it.

The second cup mounting groove 300b allows a portion of the lower side of the cup part 100 to be inserted so that the cup part 100 is stably mounted, and the cooling part 310 is positioned in the groove so that it can be used more safely.

The cooling unit 310 is positioned to be exposed to the bottom surface of the second cup mounting groove 300b and is in contact with the lower surface of the cup unit 100, and the outer periphery of the cup lower cooling member 311 and the cup lower cooling member 311 And a cup side cooling member 312 positioned to be erected along and exposed to the inner circumferential surface of the second cup mounting groove 300b.

In the cooling unit 310, the cup lower cooling member 311 cools the lower surface of the cup unit 100, and the cup side cooling member 312 is inserted into the second cup mounting groove 300b among the side surfaces of the cup unit 100 The cup portion 100 can be cooled more efficiently by cooling the portion.

As an example, the second rechargeable battery unit 330 and the cooling control unit 320 are located in the second support housing 300a, and can be charged through a second charging terminal exposed to the outside of the second support housing 300a. .

It should be noted that the second charging terminal can be variously modified and implemented into a known plug-in terminal capable of connecting a known charging cable such as a lightning 8-pin terminal, a micro 5-pin terminal, and a USB terminal.

The cooling control unit 320 may include a second on-off switch 321 that turns on and off the operation of the cooling unit 310 to turn on and off the operation of the cooling unit 310.

In addition, the cooling control unit 320 may include a second battery remaining amount display unit 322 connected to the rechargeable battery unit to display the remaining battery capacity of the second rechargeable battery unit 330.

The second battery remaining amount display unit 322 is a plurality of LED lamps, and when the second rechargeable battery unit 330 is fully charged, all of the plurality of LED lamps are turned on, and the plurality of LED lamps according to the charge amount of the second rechargeable battery unit 330 As an example, only some of the LED lamps are turned on, and when the second rechargeable battery unit 330 is completely discharged, all LED lamps are in a flashing state.

The user can simply check the charging state of the second rechargeable battery unit 330 through the second battery remaining amount display unit 322, so that the second rechargeable battery unit 330 can be selectively charged as necessary, and use due to discharge. You can prevent accidents about stopping.

In addition, the temperature detection sensor unit 120 measures the temperature of the beverage in the cup unit 100 and transmits the measured temperature to the cooling control unit 320 through wireless communication, and the cooling control unit 320 is a beverage cooled by the cooling unit 310 It may further include a cooling temperature setting unit 323 to set the cooling temperature of.

The cooling temperature setting unit 323 is located on the outer surface of the second support housing 300a and sets the cooling temperature through a cooling temperature display display 323a and a cooling temperature display display 323a that display the temperature of the beverage. And a plurality of cooling temperature setting switch units 323b.

The cooling temperature setting switch unit 323b may directly input the cooling temperature using a plurality of numeric keys including a plurality of numeric keypads.

The cooling control unit 320 is transmitted from the temperature detection sensor unit 120 through wireless communication such as Bluetooth, and controls the operation of the cooling unit 310 to set the beverage stored in the cup unit 100 by the cooling temperature setting unit 323. Cool to temperature.

The cup unit 100 may be selectively placed on the cup heating support unit 200 or the cup cooling support unit 300, and the beverage stored in the cup unit 100 is a cup heating support unit 200 or a cup cooling support unit ( 300) by heating or cooling, and can be maintained at a set temperature.

In FIG. 2, it is confirmed that the configurations of the cup heating support part 200 and the cup cooling support part 300 are shown by denoting a bar structure corresponding to each other with reference numerals.

On the other hand, the temperature-controllable cup according to the present invention may further include a beverage stirrer 400 positioned within the cup portion 100 to whip a beverage within the cup portion 100.

The beverage churning unit 400 includes a cup mounting unit 410 detachably separated from the cup unit 100, a rotating bar unit 420 rotatably positioned at the lower side of the cup mounting unit 410, and a rotating bar unit 420 It includes a plurality of wing portions 430 located at the end side of the, the cup mounting portion 410 and a rotating portion 440 for rotating the rotating rod portion 420.

The rotating unit 440 includes a mainspring (not shown) for rotating the rotating rod unit 420, a handle for winding the mainspring for rotating the mainspring, and rotates the mainspring and then releases the force to rotate the mainspring. As an example, rotating the rotating rod unit 420 to restore the elasticity of.

Since the rotating part 440 rotates the rotating rod part 420 in a spring structure, it is possible to rotate the rotating rod part 420 without a separate power source.

In addition, since the rotating rod part 420 has a structure in which the length is adjustable, the length may be adjusted according to the depth of the cup part 100.

The rotating rod part 420 is movably coupled to the first rotating rod member 421 and the first rotating rod member 421 positioned at the cup mounting part 410, and a plurality of wing parts 430 are positioned at the end side. It may include a second rotating rod member 422, a rotating rod fixture 423 for fixing the adjusted length of the second rotating rod member 422.

The second rotating rod member 422 is movably inserted into the first rotating rod member 421 and may adjust the position of the wing portion 430 to a length that is drawn out from the first rotating rod member 421.

In addition, the rotating rod fixture 423 is fastened through the first rotating rod member 421 to press the outer circumferential surface of the second rotating rod member 422 to fix the position of the second rotating rod member 422 Take as an example.

The cup mounting portion 410 has a plurality of mounting body portions 411 in which the rotating rod portion 420 is positioned at the lower portion and the rotating portion 440 is positioned at the upper portion, and a plurality of cup portions spaced apart from the outer surface of the mounting body portion 411 Includes a plurality of mounting rod portions 412 detachably coupled to the upper portion of the 100, a cup coupling portion 413 positioned at the end side of the mounting rod portion 412 and into which the upper end portion of the cup portion 100 is inserted. .

In addition, the mounting rod portion 412 has a structure that can be adjusted in length, so that the length may be adjusted according to the size of the cup portion 100, that is, the diameter of the cup portion 100.

The mounting rod part 412 is movably coupled to the first mounting rod member 412a and the first mounting rod member 412a positioned on the cup mounting part 410, and the cup coupling part 413 is positioned at the end side. The second mounting rod member 412b and the second mounting rod member 412b may include a mounting rod fixture 412c that fixes the adjusted length of the second mounting rod member 412b.

The second mounting rod member 412b is movably inserted into the first mounting rod member 412a, and is smoothly mounted to each cup portion 100 having a different diameter with a length drawn out from the first mounting rod member 412a. You will be able to.

In addition, the mounting rod fixture 412c is fastened through the first mounting rod member 412a to press the outer circumferential surface of the second mounting rod member 412b to fix the position of the second mounting rod member 412b. Take as an example.

In addition, the mounting rod portion 412 is rotatably hinged to the mounting body portion 411, folded and stored when not in use, and can be unfolded and used only when in use.

That is, a rod mounting bracket that supports the upper portion of the mounting rod portion 412 as an upper surface portion so that the mounting rod portion 412 is rotatably coupled to the mounting body portion 411 and the mounting rod portion 412 is horizontally unfolded ( 450) is located.

The rod mounting bracket 450 includes both side portions to which the mounting rod portion 412 is hinged so as to be rotatably coupled, and an upper surface portion for limiting rotation of the mounting rod portion 412 by covering and covering the upper surface between the two side portions. The 412 can be rotated downward to be folded, and rotated upward in a folded state so that it can be unfolded while maintaining a horizontal position.

When not in use, the mounting rod part 412 is rotated and folded to minimize the space required for storage, and facilitates the carrying of the beverage churning part 400.

The beverage churning part 400 is located at the end side of the rotating rod part 420 while the rotating rod part 420 is rotated by the operation of the mainspring in a state mounted with the mounting rod part 412 on the upper part of the cup part 100 The plurality of wing portions 430 rotated beverages, that is, water, so that a coffee mix, powdered cocoa, etc. can be burned into water or milk to easily manufacture beverages such as coffee or cocoa.

The present invention allows the user to heat or cool the beverage stored in the cup portion 100 by selectively seating the cup containing the beverage on the cup heating support portion 200 or the cup cooling support portion 300. You can freely choose and drink hot and cold drinks, which greatly enhances your satisfaction when using them.

In the present invention, since a plurality of cups can be cooled and heated, it is possible to reduce an economic burden when several people use it in common, so that several people can freely use it at a low cost.

The present invention has the effect of greatly improving convenience in use because the powder material can be mixed by automatically stirring the water when making a drink when mixing the powdered material in water.

It should be noted that the present invention is not limited to the above-described embodiments, and various modifications can be made without departing from the gist of the present invention, which is included in the configuration of the present invention.

100: cup portion 110: heat transfer panel portion
111: lower heat transfer panel 112: side heat transfer panel
120: temperature detection sensor unit 200: cup heating support unit
200a: first support housing 200b: first cup mounting groove
210: heating unit 211: heating member under the cup
212: cup side heating member 220: heating control unit
221: first on-off switch 222: first battery remaining amount display unit
223: heating temperature setting unit 223a: display for displaying heating temperature
223b: heating temperature setting switch unit 230: first rechargeable battery unit
300: cup cooling support part 300a: second support housing
300b: second cup mounting groove 310: cooling part
311: cup lower cooling member 312: cup side cooling member
320: cooling control unit 321: second on-off switch
322: second battery remaining amount display unit 323: cooling temperature setting unit
323a: cooling temperature display display 323b: cooling temperature setting switch
400: beverage churning portion 410: cup mounting portion
411: mounting body portion 412: mounting rod portion
412a: first mounting rod member 412b: second mounting rod member
412c: mounting rod fixture 413: cup coupling portion
420: rotating rod part 421: first rotating rod member
422: second rotating rod member 423: rotating rod fixture
430: wing part 440: rotating part
450: rod mounting bracket

Claims (15)

A cup portion in which a beverage storage space for holding a beverage is located therein;
A cup heating support for heating the cup portion on which the cup portion is seated; And
And a cup cooling support for cooling the cup portion on which the cup portion is seated and the cup portion is seated.
The method according to claim 1,
Temperature controllable cup, characterized in that a heat transfer panel part made of a material having high thermal conductivity is located inside the lower surface and part of the side surface of the cup part in order to increase heat transfer efficiency.
The method according to claim 2,
The heat transfer panel part,
A lower heat transfer panel positioned within a lower surface of the cup portion; And
And a side heat transfer panel protruding upward from the lower heat transfer panel and positioned inside a side surface of the cup portion.
The method according to claim 1,
The cup heating support part,
A heating unit for heating the cup unit;
A heating control unit for controlling the operation of the heating unit; And
Including a first rechargeable battery unit for supplying electric power,
The cup cooling support part,
A cooling part cooling the cup part;
A cooling control unit for controlling the operation of the cooling unit; And
Temperature adjustable cup comprising a second rechargeable battery unit for supplying electric power.
The method of claim 4,
The cup heating support portion is located on the upper surface of the first cup mounting groove into which a portion of the lower side of the cup portion is inserted,
The heating unit,
A cup lower heating member positioned to be exposed to a bottom surface of the first cup mounting groove and contacting a lower surface of the cup portion; And
And a cup side heating member positioned to be erected along an outer circumference of the lower cup heating member and positioned to be exposed to an inner circumferential surface of the first cup mounting groove,
The cup cooling support portion is located on the upper surface of the second cup mounting groove into which a portion of the lower side of the cup portion is inserted,
The cooling unit is positioned to be exposed to the bottom surface of the second cup mounting groove and a lower cup cooling member in contact with the lower surface of the cup; And
And a cup side cooling member positioned to be erected along an outer circumference of the lower cup cooling member and exposed to the inner circumferential surface of the second cup mounting groove.
The method of claim 4,
The heating control unit includes a first battery remaining amount display unit connected to the first rechargeable battery unit to display the remaining battery capacity of the first rechargeable battery unit,
The cooling control unit comprises a second battery remaining amount display unit connected to the second rechargeable battery unit to display the remaining battery capacity of the second rechargeable battery unit.
The method of claim 4,
A temperature sensing sensor unit that measures the temperature of the stored beverage and transmits the temperature of the beverage to the heating control unit and the cooling control unit through wireless communication is positioned in the cup unit,
The heating control unit further includes a heating temperature setting unit for setting a heating temperature of the beverage heated by the heating unit,
The cooling control unit further comprises a cooling temperature setting unit for setting a cooling temperature of the beverage cooled by the cooling unit.
The method of claim 7,
The heating temperature setting unit includes a heating temperature display display positioned on an outer surface of the first support housing and displaying a temperature of a beverage, and a plurality of heating temperature setting switch units configured to set a heating temperature through the heating temperature display display,
The cooling temperature setting unit comprises a plurality of cooling temperature setting switch units positioned on the outer surface of the second support housing and configured to set a cooling temperature through a display for displaying a cooling temperature and a display for displaying a temperature of a beverage. Cup with temperature control.
The method according to claim 1,
A temperature-controllable cup, further comprising a beverage churning part positioned in the cup part to whip the beverage in the cup part.
The method of claim 9,
The beverage churning part,
A cup mounting part detachably separated from the cup part;
A rotating rod portion rotatably positioned at a lower side of the cup mounting portion;
A plurality of wing portions positioned at an end side of the rotating rod portion; And
And a rotating part positioned on the cup mounting part and rotating the rotating rod part.
The method of claim 10,
The rotating part is a temperature controllable cup, characterized in that rotating the rotating rod part in a spring structure.
The method of claim 10,
The rotating rod part,
A first rotating rod member positioned on the cup mounting portion;
A second rotating rod member movably coupled to the first rotating rod member and having a plurality of the wing portions positioned at an end side; And
Temperature-controllable cup, characterized in that it comprises a rotating rod fixture for fixing the adjusted length of the second rotating rod member.
The method of claim 10,
The cup mounting portion,
A mounting body portion in which the rotation rod portion is positioned and the rotation portion is positioned at a lower portion;
A plurality of mounting rod portions positioned to be spaced apart from an outer surface of the mounting body portion and detachably coupled to an upper portion of the cup portion; And
And a cup coupling portion positioned at an end side of the mounting rod portion and into which an upper end portion of the cup portion is inserted.
The method of claim 13,
The mounting rod portion,
A first mounting rod member positioned on the cup mounting portion;
A second mounting rod member movably coupled to the first mounting rod member and having the cup coupling portion positioned at an end side; And
Temperature adjustable cup comprising a mounting rod fixture for fixing the adjusted length of the second mounting rod member.
The method of claim 13,
A rod mounting bracket to which the mounting rod portion is rotatably coupled is positioned on the mounting body portion,
The rod mounting bracket includes both side portions to which the mounting rod portion is hinged so as to be rotatably coupled, and an upper surface portion that covers and covers an upper surface between the side portions to limit rotation of the mounting rod portion.

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