TWI756157B - Drink appliance for cooling and heating - Google Patents

Abstract

A drink appliance for cooling and heating is provided herein, which comprises: a temperature controller, a conductive bar, and a temperature returning device. The temperature controller has a temperature controlling chip; the temperature controlling chip has a conductive layer, a first substrate positioned at a side of the conductive layer, and a second substrate positioned at another side of the conductive layer, wherein when a first current passes through the temperature controlling chip, a temperature difference is formed between the first substrate and the second substrate so that the temperature of the first substrate declines, and that of the second substrate rises; or when a second current passes through the temperature controlling chip, another temperature difference is formed between the first substrate and the second substrate so that the temperature of the first substrate rises, and that of the second substrate declines; the conductive bar is connected with the first substrate and can receive the temperature from the first substrate; the temperature returning device is connected with the second substrate and can make the heat dissipated as the temperature of the second substrate rises, or make the temperature return to the previous temperature as the temperature of the second substrate declines.

Description

Hot and Cold Multipurpose Beverage Conditioner

The present invention relates to a beverage conditioner, in particular to a hot and cold multipurpose beverage conditioner that can cool or heat.

In today's society, beverages are an indispensable part of daily life. Due to the fast pace of life and short meal times, many people use beverages instead of staple foods to supplement their energy. In order to have the best drinking experience in different seasons, Most people will store pre-refrigerated or heated beverages in a thermos cup. However, the thermos cup has a small capacity and cannot meet the drinking needs of most people for a day, and its heat preservation effect is limited. will gradually deviate from the expected temperature. In order to solve the above-mentioned problems, existing manufacturers have developed a conditioning device that is convenient to carry and can cool or warm beverages at any time. Among them: Republic of China Patent Publication No. I611155 provides a portable cooling and heating device, which is a canned or The bottled beverage is soaked in a container containing water, and then the heating element and the refrigerating sheet are used to generate convection to the water, so as to cool or warm the canned beverage. Its advantages are: easy to store and carry; disadvantages are: it cannot directly cool or heat a liquid, and its heat conduction efficiency is low; the container used is limited, and only has a fixed size; it can only cool or heat Heating, single function; and components without heat dissipation may cause damage to parts in a long-term high temperature state. In view of the above deficiencies, it is necessary to provide a beverage preparation device with multi-purpose, high efficiency and excellent heat dissipation effect.

The problem to be solved by the present invention is: to provide a beverage that can be directly refrigerated or heated; the beverage can be made into popsicles, smoothies, or ice cream; the heat dissipation effect is excellent; device.

In order to solve the above problems, the present invention provides a hot and cold multi-purpose beverage conditioner, which includes a temperature control device, a heat conduction rod, and a temperature recovery device, wherein: the temperature control device includes a temperature control chip, wherein the temperature control device The chip includes: a conductive layer; a first substrate, disposed on one side of the conductive layer; and a second substrate, disposed on a side of the conductive layer opposite to the first substrate, wherein: when a When the first current is applied to the temperature control chip, a temperature difference will be generated between the first substrate and the second substrate, causing the temperature of the first substrate to drop; the temperature of the second substrate to rise; or when a second substrate is passed through When the current reaches the temperature control chip, a temperature difference will be generated between the first substrate and the second substrate, so that the temperature of the first substrate rises; the temperature of the second substrate decreases; the heat conduction rod is connected to the temperature control chip The first substrate is in contact with and receives the temperature conducted from the first substrate; the temperature recovery device is in contact with the second substrate of the temperature control chip, and dissipates heat when the temperature of the second substrate rises; or the temperature drops time to warm up.

More preferably, the temperature control device further comprises a hexahedral base, wherein one surface of the hexahedral base is in contact with the heat-conducting rod; and each of the other five sides of the hexahedral base is attached with the A temperature-regulating chip, and the first substrate of the temperature-regulating chip is in contact with the hexahedral base, so that the temperature of the first substrate of the temperature-regulating chip is conducted to the heat-conducting rod through the hexahedral base.

More preferably, wherein: the temperature recovery device includes a main body and a sheet-like structure, wherein: the main body is in contact with the second substrate of the temperature control chip; the sheet-like structure is disposed on the main body relative to the second substrate one side of the substrate to increase the contact area between the temperature recovery device and the air, thereby improving temperature conduction or the temperature recovery device includes a main body, a first accommodating space, a water inlet, and a water outlet, wherein: the main system is in contact with the second substrate of the temperature control chip; the first accommodating The space is formed inside the main body; the water inlet and the water outlet are arranged in the main body at an interval from each other, and communicate with the first accommodating space, so that a water source enters the first accommodating space through the water inlet Afterwards, it can leave the first accommodating space through the water outlet.

More preferably, wherein the temperature recovery device includes a main body, a recessed portion, a water inlet, and a water outlet, wherein: the recessed portion is formed on one side of the main body, and is matched with the temperature control device and the concave portion is in contact with the second substrate of the temperature control chip; a first accommodating space is formed inside the main body; the water inlet and the water outlet are arranged on the main body at intervals, and are connected with the main body. The first accommodating space is communicated with each other, so that after a water source enters the first accommodating space through the water inlet, it can leave the first accommodating space through the water outlet.

More preferably, it further includes an ice-making device, which includes: an upper casing formed with a first through hole; a lower casing matched with the upper casing, formed with a corresponding first through hole A second through hole is provided, wherein a second accommodating space is formed between the upper shell and the lower shell, so that the first through hole can communicate with the second through hole through the second accommodating space; a rotating device , which is accommodated in the second accommodating space, which includes: a worm gear, which is formed with a third through hole, which is arranged corresponding to the first through hole or the second through hole; a worm that is paired with the worm wheel; and a motor, which is arranged at one end of the worm, wherein the motor provides a power to the worm, and drives the worm together with the worm wheel for transmission; a stirring accessory, which is a hollow spiral structure, wherein: the stirring accessory is a It is arranged on the worm gear, and extends from the side of the worm gear facing the lower housing through the second through hole in one direction, wherein a third accommodating space is defined inside the stirring fitting, so that the heat-conducting rod can pass through The first through hole and the third through hole are accommodated in the third accommodating space.

More preferably, it further includes an ice-making device, which includes: an upper casing formed with a first through hole; a lower casing matched with the upper casing, formed with a corresponding first through hole A second through hole is provided, wherein a second accommodating space is formed between the upper shell and the lower shell, so that the first through hole can communicate with the second through hole through the second accommodating space; a rotating device , which is accommodated in the second accommodating space, which includes: a worm gear, which is formed with a third through hole, which is arranged corresponding to the first through hole or the second through hole; a worm that is paired with the worm wheel; and a motor, which is arranged at one end of the worm, wherein the motor provides a power to the worm, and drives the worm together with the worm through the worm; a stirring accessory includes a pipe body and a convex part, wherein: The pipe system is disposed on the worm gear, and extends from the side of the worm gear facing the lower casing through the second through hole in one direction, wherein a third accommodating space is defined in the interior of the pipe body for the heat conduction The rod can be accommodated in the third accommodating space through the first through hole and the third through hole; the protruding portion is spirally protruded on the outer peripheral side of the pipe body relative to the third accommodating space.

More preferably, it further includes a container, which is detachably arranged on one side of the lower casing relative to the upper casing, wherein the container defines a fourth accommodating space for accommodating the stirring accessory and the the heat transfer rod.

More preferably, the ice making equipment further comprises: at least one telescopic rod member, which is telescopically arranged on the outer peripheral side of the upper casing or the lower casing relative to the second accommodating space, when the telescopic rod When the rod is elongated relative to the second accommodating space, the contact area of the ice-making equipment can be increased, so that the ice-making equipment can be hung on containers of different diameters.

Compared with the prior art, the present invention has the following effects: it can directly cool or heat the liquid without using water as a conduction medium; it can be directly put into a container for use to freeze the liquid in the container into a popsicle; the heat conduction The rod can be in direct contact with the liquid, which greatly improves the efficiency of temperature conduction; The thermal effect is good, which can protect the parts from damage and prolong the service life; in addition, the ice-making equipment can be used to stir the liquid into ice cream or smoothie during the cooling period, which has many different purposes.

(1): Temperature control equipment

(100): temperature control chip

(101): Conductive layer

(102): first substrate

(103): Second substrate

(104): hexahedral base

(105): Recessed part

(2): Thermal Rod

(3): rewarming equipment

(301): first accommodation space

(302): Second accommodating space

(303): The third accommodation space

(304): Fourth accommodating space

(4): Base

(5): main body

(500): sheet structure

(501): water inlet

(502): water outlet

(6): Ice making equipment

(601): Upper shell

(602): Lower shell

(603): worm gear

(604): Worm

(605): Motor

(606): Stirring accessories

(607): Tube body

(608): convex part

(609): First Perforation

(610): Second perforation

(611): Third Piercing

(7): Container

(8): Telescopic rod

1A to 1C are a series of structural diagrams for illustrating the first embodiment of the present invention; FIGS. 2A to 2B are a series of sectional views for illustrating the cross-sectional views of the first embodiment of the present invention; FIG. 3A 3B are a series of structural diagrams to illustrate the second embodiment of the present invention; FIGS. 4A to 4B are a series of structural diagrams to illustrate the third embodiment of the present invention; FIGS. 5A to 5C are a A series of structural diagrams are used to illustrate additional structures of the present invention.

In order to make the above-mentioned and/or other purposes, effects and features of the present invention more obvious and easy to understand, the preferred embodiments are given below and described in detail below: The present invention provides a hot and cold multi-purpose beverage conditioner, as shown in Figure 1A and Figure 1B As shown, the system includes a temperature control device (1), a heat-conducting rod (2), and a temperature recovery device (3), wherein: the temperature control device (1) includes a temperature control chip (100), wherein the temperature The regulating chip (100) comprises: a conductive layer (101); a first substrate (102) disposed on one side of the conductive layer (101); and a second substrate (103) disposed on the conductive layer (101) A side opposite to the first substrate (102), wherein: when a first current is passed to the temperature control chip (100), the first substrate (102) and the second substrate (103) A temperature difference will be generated between the two, causing the temperature of the first substrate (102) to drop; the temperature of the second substrate (103) to rise; or when a second current is passed to the temperature control chip (100), the temperature of the first substrate (100) A temperature difference will be generated between a substrate (102) and the second substrate (103), so that the temperature of the first substrate (102) increases; the temperature of the second substrate (103) decreases; the thermally conductive rod (2) is a in contact with the first substrate (102) of the temperature control chip (100) and received from the first substrate (102) Conducted temperature; the temperature recovery device (3) is in contact with the second substrate (103) of the temperature control chip (100), and dissipates heat when the temperature of the second substrate (103) rises; or Regenerate when the temperature drops. In a preferred embodiment, in order to increase the stability of the temperature control chip (100), it further comprises a base (4) disposed between the heat conduction rod (2) and the temperature control chip (100) , wherein: one side of the base (4) is in contact with the first substrate (102) of the temperature control chip (100); the other side of the base (4) is in contact with the thermally conductive rod (2) relative to the temperature control chip (100) )touch. Understandably, a groove is formed on one side of the base (4) contacting the temperature regulating wafer (100) to accommodate the temperature regulating wafer (100). In another preferred embodiment, in order to freely separate the heat-conducting rod (2) from the base (4), the heat-conducting rod (2) is detachably arranged on the base (4). The advantage that the heat-conducting rod (2) can be separated from the base (4) is that it can be eaten directly by hand after the ice making is completed; or it can be conveniently put into other containers (7) for conditioning. It can be understood that the connection method between the heat-conducting rod (2) and the base (4) includes screw lock, snap-fit, tenon joint, or magnetic attraction, but is not limited thereto. In another preferred embodiment, the temperature recovery device (3) can be connected to the base (4), so that the temperature recovery device (3) is wrapped between the two, further enhancing the overall structure strength. In another preferred embodiment, the first current is a general household current, a battery, a mobile power source, or a power supply, but not limited thereto. Understandably, the current direction of the second current is opposite to the current direction of the first current, so that when the first substrate (102) is heated, the second substrate (103) is cooled. In another preferred embodiment, it further comprises an adaptor, which can be connected to the household power supply and the temperature control device (1) respectively, and converts the current direction of the household power supply, so that the first substrate (102) is connected to the temperature control device (1). The temperature regulation mode of the second substrate (103) is changed. In another preferred embodiment, in order to provide better temperature conduction efficiency, the material of the heat-conducting rod (2) is metal. Understandably, in order to avoid food safety problems, the metal material is stainless steel, but not limited to this. In another preferred embodiment, the metal material is selected from the group consisting of copper, iron, carbon, aluminum, manganese, chromium, tungsten, nickel, molybdenum, vanadium, cobalt, silicon, or a combination thereof. The alloy formed, but not limited to this. Understandably, The alloy is plastic steel, aluminum alloy, stainless steel, die steel, high carbon steel, powder steel, high speed steel, or bearing steel, but not limited thereto. In another preferred embodiment, it further comprises a container (7) matched with the hot and cold multi-purpose beverage conditioner, which defines an accommodating space, so that the heat-conducting rod (2) is in contact with the accommodating space .

More preferably, as shown in FIG. 1C , wherein the temperature control device (1) further comprises a hexahedral base (104), wherein one surface of the hexahedral base (104) is in contact with the heat-conducting rod (2); and the other five sides of the hexahedral base (104), each side is attached with the temperature control chip (100), and the first substrate (102) of the temperature control chip (100) and the hexahedron are attached The base (104) is in contact, so that the temperature of the first substrate (102) of the temperature control chip (100) is conducted to the heat-conducting rod (2) through the hexahedral base (104). In a preferred embodiment, in order to increase the stability of the hexahedral base (104), it further comprises a base (4), which is arranged on the heat-conducting rod (2) and the hexahedral base (104) between, wherein: one side of the base (4) is in contact with a surface of the temperature control wafer (100) without contact with the hexahedral base (104); the base (4) is relative to the hexahedral base (104). The other side of 104) is in contact with the thermally conductive rod (2). Understandably, a groove is formed on one side of the base (4) that contacts the hexahedral base (104) to accommodate the hexahedral base (104). In another preferred embodiment, in order to freely separate the heat-conducting rod (2) from the base (4), the heat-conducting rod (2) is detachably arranged on the base (4). The advantage that the heat-conducting rod (2) can be separated from the base (4) is that it can be eaten directly by hand after the ice making is completed; or it can be conveniently put into other containers (7) for conditioning. It can be understood that the connection method between the heat-conducting rod (2) and the base (4) includes screw lock, snap-fit, tenon joint, or magnetic attraction, but is not limited thereto. In another preferred embodiment, the temperature recovery device (3) can be connected to the base (4), so that the temperature recovery device (3) is wrapped between the two, further enhancing the overall structure strength. In another preferred embodiment, the first current is a general household current, a battery, a mobile power source, or a power supply, but not limited thereto. Understandably, the current direction of the second current is opposite to the current direction of the first current, so that when the first substrate (102) is heated, the second substrate (103) is cooled. In another preferred embodiment, which further includes It includes an adapter, which can be connected with the household power supply and the temperature control device (1) respectively, to convert the current direction of the household power supply, and the temperature control mode of the first substrate (102) and the second substrate (103) is changed . In another preferred embodiment, in order to provide better temperature conduction efficiency, the material of the heat-conducting rod (2) is metal. Understandably, in order to avoid food safety problems, the metal material is stainless steel, but not limited to this. In another preferred embodiment, the metal material is selected from the group consisting of copper, iron, carbon, aluminum, manganese, chromium, tungsten, nickel, molybdenum, vanadium, cobalt, silicon, or a combination thereof. The alloy formed, but not limited to this. It can be understood that the alloy is plastic steel, aluminum alloy, stainless steel, die steel, high carbon steel, powder steel, high speed steel, or bearing steel, but not limited thereto. In another preferred embodiment, it further comprises a container (7) matched with the hot and cold multi-purpose beverage conditioner, which defines an accommodating space, so that the heat-conducting rod (2) is in contact with the accommodating space .

More preferably, as shown in Figures 1A and 2A, wherein: the temperature recovery device (3) comprises a main body (5), a first accommodating space (301), a water inlet (501), and a water outlet (502), wherein: the main body (5) is in contact with the second substrate (103) of the temperature control chip (100); the first accommodating space (301) is formed inside the main body (5); the The water inlet (501) and the water outlet (502) are arranged on the main body (5) spaced apart from each other, and communicate with the first accommodating space (301), so that a water source enters the water inlet (501) through the water inlet (501). After the first accommodating space (301), the first accommodating space (301) can be left through the water outlet (502). In a preferred embodiment, as shown in FIG. 1B, wherein: the temperature recovery device (3) comprises a main body (5) and a sheet-like structure (500), wherein: the main body (5) is related to the temperature The contact of the second substrate (103) of the wafer (100) is controlled; the sheet-like structure (500) is arranged on one side of the main body (5) relative to the second substrate (103), so as to increase the temperature recovery device (3) ) and the air contact area, thereby improving the efficiency of temperature conduction. It can be understood that the sheet-like structure (500) can also be replaced with a plurality of needle-like and pin-like structures to further increase the contact area with the air to improve the efficiency of temperature recovery, but not limited thereto. In a preferred embodiment, as shown in FIG. 2B, wherein: wherein the rewarming The device (3) comprises a main body (5), a recessed portion (105), a water inlet (501), and a water outlet (502), wherein: the recessed portion (105) is formed in the main body (5). ) is matched with the temperature regulation device (1), and the recessed portion (105) is in contact with the second substrate (103) of the temperature regulation wafer (100); the main body (5) A first accommodating space (301) is formed inside; the water inlet (501) and the water outlet (502) are arranged on the main body (5) at intervals and are connected with the first accommodating space (301) After the water source enters the first accommodating space (301) through the water inlet (501), it can leave the first accommodating space (301) through the water outlet (502).

More preferably, as shown in FIG. 3A, it further includes an ice making device (6), which includes: an upper casing (601), which is formed with a first through hole (609); ) corresponding to the lower casing (602), a second through hole (610) corresponding to the first through hole (609) is formed, wherein the space between the upper casing (601) and the lower casing (602) A second accommodating space (302) is formed, so that the first through hole (609) can communicate with the second through hole (610) through the second accommodating space (302); a rotating device is accommodated in the In the second accommodating space (302), it includes: a worm gear (603) formed with a third through hole (611) corresponding to the first through hole (609) or the second through hole (610) a worm (604) paired with the worm gear (603); and a motor (605), which is arranged at one end of the worm (604), wherein the motor (605) provides a power to the worm (604), and drive through the worm (604) together with the worm gear (603); a stirring fitting (606) is a hollow spiral structure, wherein: the stirring fitting (606) is arranged on the worm gear (603), and is automatically The worm gear (603) faces one side of the lower casing (602) and extends in one direction through the second through hole (610), wherein a third accommodating space (303) is defined inside the stirring accessory (606) ), so that the heat conduction rod (2) can be accommodated in the third accommodating space (303) through the first through hole (609) and the third through hole (611). Understandably, since the stirring accessory (606) does not completely cover the heat-conducting rod (2), when the hot and cold multi-purpose beverage conditioner and the ice-making device (6) are arranged in a container (7) containing liquid When used in the The liquid added in the container (7) is in contact, so its temperature conduction efficiency to the liquid is high, and the time for ice making or heating can be shortened. In a preferred embodiment, as shown in FIG. 3B, it further includes an ice making device (6), which includes: an upper casing (601), which is formed with a first through hole (609); The casing (601) is matched with the lower casing (602), and a second through hole (610) corresponding to the first through hole (609) is formed, wherein the upper casing (601) and the lower casing are A second accommodating space (302) is formed between (602), so that the first through hole (609) can communicate with the second through hole (610) through the second accommodating space (302); a rotating device, The system is accommodated in the second accommodating space (302), which includes: a worm gear (603), a third through hole (611) is formed, and the first through hole (609) or the second through hole (610) Correspondingly arranged; a worm (604) paired with the worm gear (603); and a motor (605) arranged at one end of the worm (604), wherein the motor (605) provides a power to the worm (604), and through the worm (604) and the worm gear (603) for transmission; a stirring fitting (606), comprising a pipe body (607) and a convex part (608), wherein: the pipe body (607) is arranged on the worm gear (603), and extends from the side of the worm gear (603) facing the lower casing (602) to one direction through the second through hole (610), wherein the pipe (607) The interior of 607) defines a third accommodating space (303), so that the thermally conductive rod (2) can be accommodated in the third accommodating space through the first through hole (609) and the third through hole (611). Inside (303); the protruding portion (608) is helically protruded on the outer peripheral side of the pipe body (607) relative to the third accommodating space (303). Understandably, since the stirring accessory (606) completely covers the heat-conducting rod (2), when the hot and cold multi-purpose beverage conditioner and the ice-making device (6) are arranged in a container (7) containing liquid During use, the stirring accessory (606) has a higher strength, so that it is not easily broken during the ice making process or during the stirring process, and can be used for a longer time.

More preferably, as shown in Figures 4A and 4B, it further comprises a container (7), which is detachably arranged on one side of the lower casing (602) opposite to the upper casing (601), wherein the container (7) defines a fourth accommodating space (304) for accommodating the stirring accessory (606) and the heat-conducting rod (2). In a preferred embodiment, A beverage can be added to the container (7), and when the heat-conducting rod (2) cools or warms the beverage, the motor (605) can be activated to be associated with the worm (604), the worm wheel (603), and the The stirring accessory (606) rotates, so that the liquid can be made into an ice cream or a smoothie by the stirring accessory (606) during the cooling process; during the heating process, the liquid added in the container (7) can be more fully added. The substances are mixed evenly.

More preferably, as shown in Figures 5A to 5C, wherein the ice-making equipment (6) further comprises: at least one telescopic rod (8), which is telescopically arranged on the upper casing (601) or the lower casing (602) Relative to the outer peripheral side of the second accommodating space (302), when the telescopic rod (8) is elongated relative to the second accommodating space (302), the ice-making equipment (6) can be added ), so that the ice-making equipment (6) can be hung on containers (7) of different diameters.

However, the above are only preferred embodiments of the present invention, and should not limit the scope of implementation of the present invention, that is, any simple equivalent changes and modifications made according to the scope of the patent application of the present invention and the contents of the description of the new model, All still fall within the scope of the patent of the present invention. In addition, it is not necessary for any embodiment of the present invention or the claimed scope of the present invention to achieve all of the objects or advantages or features disclosed in the present invention. In addition, the abstract section and the title are only used to aid the search of patent documents and are not intended to limit the scope of the present invention. In addition, terms such as first and second mentioned in the specification are only used to represent the names of components, and are not used to limit the upper or lower limit of the number of components.

(1): Temperature control equipment

(100): temperature control chip

(101): Conductive layer

(102): first substrate

(103): Second substrate

(2): Thermal Rod

(3): rewarming equipment

(4): Base

(5): main body

(501): water inlet

(502): water outlet

Claims (6)

A cold and hot multi-purpose beverage conditioner includes a temperature control device, a heat conduction rod, a temperature recovery device, and an ice making device, wherein: the temperature control device includes a temperature control chip, wherein the temperature control chip includes: a a conductive layer; a first substrate is disposed on one side of the conductive layer; and a second substrate is disposed on a side of the conductive layer opposite to the first substrate, wherein: when a first current is passed through to When the temperature control chip, a temperature difference will be generated between the first substrate and the second substrate, so that the temperature of the first substrate decreases; the temperature of the second substrate increases; or when a second current is passed to the temperature When regulating the chip, a temperature difference will be generated between the first substrate and the second substrate, so that the temperature of the first substrate increases; the temperature of the second substrate decreases; the heat conduction rod is connected to the first substrate of the temperature regulating chip contact and receive the temperature conducted from the first substrate; the temperature recovery device is in contact with the second substrate of the temperature control chip, and dissipates heat when the temperature of the second substrate rises; or regenerates when the temperature drops ; The ice-making device comprises: an upper casing formed with a first through hole; a lower casing matched with the upper casing, formed with a second through hole corresponding to the first through hole, wherein the A second accommodating space is formed between the upper casing and the lower casing, so that the first through hole can be communicated with the second through hole through the second accommodating space; a rotating device is accommodated in the second accommodating space In the accommodating space, it includes: a worm gear formed with a third through hole, which is arranged corresponding to the first through hole or the second through hole; a worm; and a motor, which is arranged at one end of the worm, wherein the motor provides a power to the worm, and drives the worm together with the worm through the worm; a stirring accessory is a hollow spiral structure, wherein: the stirring The fitting is arranged on the worm gear, and extends from the side of the worm gear facing the lower casing through the second through hole in one direction, wherein a third accommodating space is defined inside the stirring fitting, so that the heat-conducting rod It can be accommodated in the third accommodating space through the first through hole and the third through hole. The hot and cold multi-purpose beverage conditioner as claimed in claim 1, wherein the temperature control device further comprises a hexahedral base, wherein one surface of the hexahedral base is in contact with the heat-conducting rod; and other parts of the hexahedral base Among the five sides, the temperature control chip is attached to each side, and the first substrate of the temperature control chip is in contact with the hexahedral base, so that the temperature of the first substrate of the temperature control chip passes through the hexahedral base conduct to the thermally conductive rod. The hot and cold multi-purpose beverage conditioner as claimed in claim 1, wherein: the temperature recovery device comprises a main body and a sheet-like structure, wherein: the main body is in contact with the second substrate of the temperature control chip; the sheet-like structure It is arranged on one side of the main body relative to the second substrate to increase the contact area between the temperature recovery device and the air, thereby improving the efficiency of temperature conduction; or the temperature recovery device includes a main body and a first accommodating space , a water inlet, and a water outlet, wherein: the main body is in contact with the second substrate of the temperature control chip; the first accommodating space is formed inside the main body; the water inlet and the water outlet are spaced apart from each other It is arranged on the main body and communicated with the first accommodating space, so that after a water source enters the first accommodating space through the water inlet, it can leave the first accommodating space through the water outlet. The hot and cold multi-purpose beverage conditioner as claimed in claim 2, wherein the temperature recovery device comprises a main body, a concave portion, a water inlet, and a water outlet, wherein: the concave portion is formed in one of the main bodies The side is matched with the temperature control device, and the concave portion is in contact with the second substrate of the temperature control chip; a first accommodating space is formed inside the main body; the water inlet and the water outlet are The main body is spaced apart from each other and communicated with the first accommodating space, so that after a water source enters the first accommodating space through the water inlet, it can leave the first accommodating space through the water outlet. The hot and cold multi-purpose beverage conditioner as claimed in claim 1, further comprising a container detachably disposed on one side of the lower casing relative to the upper casing, wherein the container defines a fourth accommodating A space for accommodating the stirring accessory and the heat-conducting rod. The hot and cold multi-purpose beverage conditioner as claimed in claim 5, wherein the ice making equipment further comprises: at least one telescopic rod, which is telescopically disposed on the upper casing or the lower casing relative to the second accommodating member On the peripheral side of the outer edge of the space, when the telescopic rod is elongated relative to the second accommodating space, the contact area of the ice-making equipment can be increased, so that the ice-making equipment can be hung on containers of different diameters.

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