KR200285295Y1 - Personal heating apparatus for constant temperature - Google Patents

Abstract

Personal constant temperature heating apparatus according to the present invention is inserted into the coil (12, 22) inside the main body (10, 20), supplying electricity supplied from an external power supply to the coil (12, 22), the coil By heating the heating plates 16 and 26 in which the heat energy generated by the heat generating elements 12 and 22 are directly coupled to the upper surface, the contents of the cup 30 which are in close contact with the upper portions of the heating plates 16 and 26 are heated, and the temperature sensor 11 By controlling the power supplied to the coils 12 and 22 through the control unit 21, the heat generated from the coils 12 and 22 is always maintained at a constant temperature, so that each person is placed in his or her own cup 30. It provides a simple and inexpensive personal constant temperature heating device that allows drinking water to be maintained at a constant temperature at all times, and the main body 10 and 20 are carbon-based materials such as natural stone, elvan, soil, and charcoal having excellent far-infrared emissivity. Or when made from bio-ceramic materials And a health-promoting effect by the far infrared rays radiated from the whole heating device, when the fabrication of the main body (10, 20) to form a particular character may indicate the decorative effect with a practical use.

Description

PERSONAL HEATING APPARATUS FOR CONSTANT TEMPERATURE}

The present invention relates to a heating device, in particular, a coil is inserted into a body made of a carbon-based material or bio-ceramic material such as natural stone, elvan, soil, charcoal having excellent far-infrared emissivity, and is supplied from an external power supply device. Power is supplied to the coil, the heat energy generated by the coil directly heats the heating plate coupled to the upper portion so that heat is transferred to the contents of the cup in close contact with the upper portion of the heating plate, the power supplied to the coil through a constant temperature sensor It relates to a personal constant temperature heating device that controls the heat generated from the coil to maintain a constant temperature at all times.

Conventional appliances for boiling water include a heating pan or a coffee pot, but since the heating device and the container for water are integrated, the water is boiled in a separate cup to drink, and those who enjoy hot tea When the contents of the cup cools, a lot of trouble occurs, such as repeating the operation to discard the contents again.

Therefore, the favorite tea is often kept in a thermos for drinking or drinking hot coffee continuously using a coffee maker or the like.

However, the thermos is a double outer shell to fill the insulation in the space, or the vacuum in the space to take a passive thermal insulation method to prevent the heat of the contents to be cooled by heat conduction, so that the perfect thermal insulation is impossible There was a problem in that the water or tea, which is heat dissipated through the container, is easily cooled.

In addition, the coffee maker was not a great help to those who drink other tea than coffee, the coffee made by the coffee maker to drink according to the cup, the coffee is also followed by a cup of natural cooling after a certain time There was this.

The present invention has been made to solve the above problems, inserting a coil inside the body made of carbon-based materials or bio-ceramic materials such as natural stone, ganban stone, soil, charcoal with excellent far-infrared emissivity, and external power Supplying the electricity supplied from the supply device to the coil, the heat energy generated by the coil directly heats the heating plate coupled to the upper portion to transfer heat to the contents of the cup in close contact with the upper portion of the heating plate, through a constant temperature sensor It is an object of the present invention to provide a personal constant temperature heating device that controls the heat generated from the coil to maintain a constant temperature by adjusting the power supplied to the coil.

1 is an exploded perspective view schematically showing that a coil and a heating plate are coupled to a body in a personal constant temperature heating device according to the present invention;

Figure 2 is a schematic view showing a turtle-type constant temperature heating apparatus as an embodiment of a personal constant temperature heating apparatus according to the present invention,

Figure 3 is a plan view schematically showing a turtle-type constant temperature heating apparatus as an embodiment of a personal constant temperature heating apparatus according to the present invention,

Figure 4 is a state diagram schematically showing that the cup is placed on the turtle-type constant temperature heating apparatus as an embodiment of the personal constant temperature heating apparatus according to the present invention,

Figure 5 is a cross-sectional view schematically showing a coaster type constant temperature heating apparatus as another embodiment of a personal constant temperature heating apparatus according to the present invention,

6 is a state diagram schematically showing that the cup is placed on the cup-type constant temperature heating apparatus as another embodiment of the personal constant temperature heating apparatus according to the present invention.

<Brief description of symbols for the main parts of the drawings>

1: body 2: coil

3: heating plate 4: power cord

10: turtle type constant temperature heating device main body 11, 21: constant temperature sensor

12, 22: coil 13, 23: heat insulation plate

14, 24: power line 15, 25: power switch

16, 26: heating plate 17: lid

20: coaster type constant temperature heating device

Hereinafter, the present invention will be described in detail by the accompanying drawings.

1 is an exploded perspective view schematically showing the coupling of a coil and a heating plate to a body in a personal constant temperature heating apparatus according to the present invention, Figure 2 is a turtle type constant temperature heating apparatus as an embodiment of a personal constant temperature heating apparatus according to the present invention Figure 3 is a schematic diagram, Figure 3 is a plan view schematically showing a turtle-type constant temperature heating apparatus as an embodiment of a personal constant temperature heating apparatus according to the present invention, Figure 4 is an embodiment of a personal constant temperature heating apparatus according to the present invention As a schematic view showing that the cup is placed on the turtle-type constant temperature heating apparatus, Figure 5 is a cross-sectional view schematically showing a cup-type constant temperature heating apparatus as another embodiment of the personal constant temperature heating apparatus according to the present invention, Figure 6 Is another embodiment of the personal constant temperature heating apparatus according to the present invention schematically shows that the cup is placed on the cup-type constant temperature heating apparatus It is a state figure.

Personal constant temperature heating apparatus according to the present invention is the main body 10, 20 made to form a specific shape, as shown in Figure 2 and 5, and inserted into the inside of the main body (10, 20) and the external power source Coils 12 and 22 for dissipating thermal energy using power supplied from a supply device (not shown) and a predetermined portion of one side of the main body 10 and 20 are provided so that the coil does not rise above a predetermined temperature. Constant temperature sensors (11, 21) to control the heat insulating plate 13, 23 and made of a heat insulating material to prevent damage to the body (10, 20) by the heat generated from the coil (12, 22), and Power switches 15 and 25 provided at one side of the main body 10 and 20 to control the power supplied to the coils 12 and 22, the coils 12 and 22 and the main body 10 and 20. Cup (3) coupled to the upper side of the cup and placed on top by using heat transferred from the coils 12 and 22. It consists of the heating plates 16 and 26 which heat the content of 0).

The main body (1, 10, 20) can be made of a variety of materials, including heat-resistant plastic or porcelain, is made of a heat-resistant material to withstand the heat emitted from the inserted coil (2), preferably a natural stone excellent in far-infrared emissivity It is preferable to be made of recently developed bio-ceramic materials such as carbon-based materials such as elvan, soil, and charcoal.

The far infrared is a kind of infrared rays confirmed by the German scientist Huschel, which appears in the wavelength longer than the red color of visible light, and the infrared rays between 5.6um-1000um are called far infrared rays. Since the treatment of diseases using far infrared rays, the excellent effects of far infrared rays have been found so far.

The effects of far-infrared rays on the human body include temperature increase in the subcutaneous layer, expansion of microvascular vessels, promotion of blood circulation, strengthening of metabolism between blood and the human body and other tissues, elimination of blood disorders, and increased tissue regeneration and anticonvulsion capacity. At the same time, it was found that there is also an effect of suppressing abnormal excitability of sensory nerves and function adjustment of autonomic nerves.

In addition, the main body (1, 10, 20) is produced by applying a variety of character products of the turtle or animal shape so as to achieve a decorative effect even when not used, the main body (1, 10 as an embodiment of the present invention) , 20) is made of clay, which is a raw material of porcelain, not only has excellent thermal insulation effect with the coils 12 and 22, but also increases decorative product value.

Meanwhile, as shown in FIGS. 4 to 6, the main bodies 10 and 20 may be damaged by heat generated from the coils, and thus, the main bodies 10 and 20 may be made of a heat insulating material between the main bodies 10 and 20 and the coils 12 and 22. The separate heat insulating plates 13 and 23 are inserted, and the heat insulating plates 13 and 23 prevent the body 10 and 20 from being damaged by the heat generated from the coils 12 and 22, and thus the shape of the heat insulating plates 13 and 23 may be relatively weak. It is possible to manufacture the body (10, 20) with a variety of materials that can be easily produced.

In addition, constant temperature sensors 11 and 21 are installed at one side of the main body 10 and 20 to control heat generated from the coils 12 and 22, and the constant temperature sensors 11 and 21 are coils ( 12, 22) is a sensor that controls the heat not to rise above a certain temperature.

That is, in the constant temperature sensors 11 and 21, when the coils 12 and 22 are overheated, power is transmitted from an external power supply device (not shown), and the coils 12 and 22 have a predetermined temperature or less. In this case, the coil 12 and 22 are controlled to maintain a constant temperature by providing a feedback function for supplying power again.

On the other hand, a predetermined portion of one side of the main body (10, 20) is attached to the power switch (15, 25) to control the power supplied from an external power supply device, the power switch is "on" Only when the electricity flows to the coil (12, 22).

The coils 12 and 22 may have a variety of arrangements in one or two or more lines in the manufacturing step, and can determine the arrangement of the coils according to the bottom area of the cup 30. In one embodiment of the present invention, shown in FIG. As shown in the figure, the circular coils 12 manufactured in two arrangements are illustrated, and a heat insulating plate 13 is provided below the coil 12 so that the main body 10 is not damaged by the heat of the coils 12.

In addition, as shown in FIGS. 2 and 5, the heating plates 16 and 26 made of metal are coupled to the upper sides of the coils 12 and 22, and the heating plates 16 and 26 are coils 12 and 22. The heat energy generated in the act to transfer the contents of the cup 30 or the container, the upper portion of the heating plate (16, 26) is convex upward to be in close contact with the concave groove formed in the bottom of the cup 30 or the container It forms a structure.

That is, as shown in FIGS. 4 and 6, the concave portion of the cup 30 adheres to the upper portions of the convex heating plates 16 and 26 so that heat generated in the coils 12 and 22 is effectively transmitted.

On the other hand, as shown in Figure 2 turtle type constant temperature heating apparatus body 10 shown in one embodiment of the present invention can be produced in a separate designed form to perform a decorative role when placed on a desk or table And, if not used for a long time is provided with a separate lid 17 to prevent foreign matter from penetrating.

In addition, as shown in Figure 5 and Figure 6 as another embodiment of the present invention can be proposed coaster-type constant temperature heating apparatus body 20, the coaster-type constant temperature heating apparatus 20 of the general coaster Since the shape is shown, there is no objection to use and the external design is simple, and thus the manufacturing cost of the main body can be reduced.

The coaster-type constant temperature heating device 20 also has the same internal configuration as the turtle type constant temperature heating device 10, and since only the external design is changed, a detailed description of the configuration is omitted.

On the other hand, the personal constant temperature heating device according to the present invention can improve its function by adding a separate sensor device in addition to the temperature sensor (11, 21), as an embodiment of the present invention of the body (1, 10, 20) By installing a weight sensor (not shown) or a pressure sensor (not shown) in the lower predetermined portion, the personal constant temperature heating device is provided only when there are contents in the cup 30 placed on the heating plates 16 and 26. It can be configured to work.

That is, the weight sensor or the pressure sensor replaces the role of the power switch (15, 25), the power supply to the coil (12, 22) only when a weight is detected that is heavier than the weight of the cup 30 used It is to supply, the weight sensor and a separate control device for controlling it can be configured with a simple circuit, the circuit diagram is known, so a separate description is omitted.

In addition, as another embodiment of the personal constant temperature heating apparatus according to the present invention by installing a proximity sensor (not shown) on one side of the main body (1, 10, 20), the other objects on the heating plate (16, 26) The personal constant temperature heating device can be configured to operate only when is near.

That is, the proximity sensor replaces the role of the power switch (15, 25) like the weight sensor and the pressure sensor, and supplies power to the coils 12, 22 only when another object approaches the heating plates 16, 26. It is to supply, the proximity sensor and the separate control device for controlling it can be configured as a simple circuit, the circuit diagram is well known, so a separate description is omitted.

On the other hand, in addition to the weight sensor, pressure sensor, proximity sensor described in the present invention, a variety of sensor switches that can be used instead of the power switch (15, 25) can be used, since the sensors proposed in the present invention is proposed as an embodiment of the present invention However, the scope of the present invention is not limited by the sensors.

Personal constant temperature heating device according to the present invention is inserted into the coil (12, 22) inside the body (10, 20) made of carbon-based materials or bio-ceramic materials such as natural stone, elvan, earth, charcoal with excellent far-infrared emissivity And supplying electricity supplied from an external power supply device to the coils 12 and 22, and directly heating the heating plates 16 and 26 to which the thermal energy generated from the coils 12 and 22 is coupled. Heating the contents of the cup 30 in close contact with the upper portion of the 16, 26, the heat generated from the coil 12, 22 through the constant temperature sensor 11, 21 connected to the coil 12, 22 is always By controlling to maintain a constant temperature, to provide a simple and inexpensive personal constant temperature heating device that allows each person to drink the drinking water contained in their cup 30 at a constant temperature at all times, the main body 10, 20) with high grade materials such as porcelain If made of a character type it may represent a decorative effect with a practical use.

Claims (5)

In the heating apparatus using electricity, A main body manufactured to form a specific shape such as a character, a coil inserted into an inside of the main body to emit thermal energy using power supplied from an external power supply device, and a predetermined portion of one side of the main body; A constant temperature sensor that controls the power so that the coil does not rise above a predetermined temperature, a heat insulation plate which prevents the body from being damaged by the heat generated from the coil, and a predetermined portion of one side of the main body, the power supplied to the coil Personal heating device characterized in that it is composed of a power switch for intermittent and a heating plate coupled to the upper side of the coil and the main body to heat the contents of the cup placed on the upper portion by using the heat transferred from the coil. The method of claim 1, The main body is a constant temperature heating device for personal use, characterized in that made of any one of carbon-based materials and bio-ceramic materials such as natural stone, elvan, earth, charcoal excellent in far-infrared emissivity. The method of claim 1, Personal heating device characterized in that the heating plate is formed in a convex upward structure so that the concave portion of the bottom of the cup can be in close contact. The method of claim 1, Personal temperature control device characterized in that the lower portion of the main body is provided with a weight sensor for supplying power to the coil only when a cup that exceeds a predetermined weight is placed on the heating plate. The method of claim 1, The predetermined temperature side of the main body is provided with a proximity sensor for supplying power to the coil only when a cup or other object approaches the heating plate.