KR101982585B1 - Cosmetics heater device - Google Patents

Abstract

The present invention relates to a cosmetic heating device. A single use amount of cosmetics to be used by adults and infants is contained, and the contained cosmetics are heated to a degree of a body temperature of a person, and are then applied to a body so as to prevent a skin trouble and a seizure in advance. Moisture, caused by heating and causing a failure of a product, is collected to one place to be removed, or the collected moisture is evaporated by heat to be removed. Since an upper portion of a container, in which cosmetics are contained, can be open, while a contained cosmetic solution does not overflow out when moving, the cosmetics can be quickly lifted to a set temperature by tight locking. Moreover, when the heated heating container is used, the heating container is automatically lifted, and the user can use the cosmetics while the cosmetics are applied to the hand, or the heating container is configured to be easily taken out from a main body and to be used. Therefore, when cosmetics having a low temperature are applied to the adults, repulsion such as goose bumps occurring on a skin can be prevented in advance. In detail, as cosmetics heated to a body temperature of a mother are applied to an infant and a toddler, sensitive to a temperature, a seizure caused by discomfort, surprise, and convulsions can be prevented in advance. Therefore, the cosmetic heating device having the effects described above is provided.

Description

Cosmetics heater device

The present invention relates to a cosmetic burner, and more particularly, to a cosmetic burner for heating a cosmetic product to a temperature similar to body temperature and then applying the cosmetic product to a body to prevent skin trouble, To prevent a seizure reaction such as a rejection reaction or a surprise and a seizure in advance.

A cosmetic definition in the dictionary meaning refers to a product that is used by the human body to maintain or improve the health of the skin or hair, to make the human body clean and beautify it by attracting, changing the appearance brightly, and having a slight effect on the human body. In addition, functional cosmetics are products that help to whiten skin, help improve skin wrinkles, lighten skin, and protect skin from ultraviolet rays.

That is, cosmetics are used to add to the attractiveness of the human body or to prevent the trouble of dry skin, and lotions, creams, oils, moisturizers, and the like are used.

Cosmetics for infants and toddlers who provide nutrients and moisture to atopic and dry skin suffered by infants born to parents who are suffering from environmental pollution and immunity due to micro dust generation as well as adult use are also provided.

In particular, infants and toddlers need to apply a sufficient amount of water to protect their body with infant cosmetics such as body lotion and moisturizer after bathing to maintain a smooth and moist skin.

However, when the temperature of the cosmetic product is lower than the skin temperature, the applied skin contracts due to the tension, resulting in a feeling of rejection due to creeping (aka: becoming a chicken), and the skin protective layer is less sensitive to temperature, , Causing a surprise seizure caused by surprise and convulsions.

As a prior art for solving the above problems, Patent Publication No. 2017-0094542 (entitled Induction Heating Device for Shaving and Cosmetic Applications) has been disclosed, and it has been proposed to heat products for shaving or cosmetic purposes An adapted induction heating device, comprising: a housing having a product container for holding products for shaving or cosmetic purposes, the product defining a top surface area in the product container; An induction coil surrounding the product container to generate electromagnetic energy to the product container; An electronic circuit connected to the coil for operating the coil to generate the electromagnetic energy; And a conductive target floating screen sized to lie in the upper surface area within the product container and adapted to float on the upper surface area of the product, whereby the conductive target floating screen is exposed by electromagnetic induction And to heat only the upper surface area of the product for application to the user.

The prior art thus constructed is more efficient in heating the product to the required amount, especially for the immediate application, since only the upper surface or area is heated and / or melted. Also, the cups of the product are easily accessible from the container, are replaceable, have no flames, operate quietly and remain cool after the cup is removed. In addition, the product had the effect of returning to its original form (e.g., solid, cream or gel) faster than if the entire product were to melt.

However, in the prior art, the thermal efficiency is lowered in the process of transferring heat to the structure that conveys heat generated in the coil by heating the container with the conductive target floating screen installed in the cup after heating the container, The heating time is delayed, and conversely, the power consumption is increased.

In addition, there is a problem in that it is not easy to set a suitable set temperature because the temperature of the container through which the heat is directly transferred from the coil and the temperature of the cup through which the heat is transferred are different from each other.

In addition, after using the cosmetic contained in the cup, there is a problem of breakage of the electric current in the washing process in order to remove the remaining cosmetic product on the conductive target floating screen, and even if washing is performed, This is an impossible problem. That is, the prior art has a constraint suitable for heating a product packaged in a single use volume, rather than a single use of the cosmetic product in a cup.

Further, since there is no lid for closing the cup, it is inconvenient to use when moving to a vehicle or the like, and moisture generated due to a temperature difference between the inside and the outside of the cup can not be removed, which may cause a product failure.

In addition, it is difficult to remove the cup from the container, and the heated cup causes a problem of burning the user's hand.

Disclosure of Invention Technical Problem [8] Accordingly, the present invention has been made in an effort to solve the above-mentioned problems, and it is an object of the present invention to provide a cosmetic composition, To remove the moisture caused by the breakdown of the product and collect the collected water to one place or to remove the collected water by heating it with heat and to open and close the upper part of the container containing the cosmetics so as not to overflow the cosmetic solution While the cosmetic is rapidly raised to a set temperature by close contact and is automatically raised when the heated container is heated so that the user can use the cosmetic product by hand or take out the heating container easily from the body and use it .

The present invention is configured as follows to achieve the above object. That is, a housing space is formed therein, and an upper portion thereof is opened, a mounting hole is formed through the front portion thereof, and a pipe shape is formed through the lower portion and protruded upward. A temperature adjusting unit for adjusting a set temperature with a power supply installed inside the outer body and displaying the temperature to the user to visually confirm the current temperature; A heat storage body which is heated to a temperature set in the heat storage body; a heat storage cover having an upper portion of the heat emission body inserted in the lower portion thereof to store heat of the heat emission body and protruding from the outer periphery; A second magnet is fixed to the upper side, and a lift hole is formed in the lower center to open the heat storage cover to be exposed, A heating container which is formed in a concave shape so as to contain a cosmetic solution therein and which is heated by being inserted into the inner body, and a knob stopper formed on the inner surface of the inner body, A lid for opening and closing an upper portion of an outer body provided with a first magnet installed therein so as to be fixed by a second magnet and a second magnet, and a heating container is lowered by closing the lid to operate the temperature control unit to heat the lid, And the elevating means for elevating the heating vessel to stop the temperature adjusting unit to stop the heating.

The bimetal may further include a bimetal for preventing a fire from occurring when the temperature of the thermostat is over a predetermined temperature.

And a hygrometer installed on a side surface of the outer body for sensing an external temperature and humidity and displaying the detected temperature and humidity on the display screen.

As described above, according to the present invention, by heating the used amount of the cosmetic contained in the heating container to 25 to 40 DEG C, which is similar to a human body temperature by the temperature control unit, It has an effect of preventing the feeling of rejection in advance.

In particular, by applying cosmetics heated by the mother's body temperature to infants and babies sensitive to temperature, it is possible to prevent a seizure on the basis of discomfort, surprise, and seizures.

In addition, in the process of heating the heating vessel, the external moisture generated by the temperature difference is naturally flowed downward by using the internal body to be collected and removed to thereby prevent the electric heater, which is vulnerable to moisture, have.

Alternatively, the water collected in the downward direction of the inner body may be evaporated using heat by using the heat ray and the heat dissipating member, so that the moisture can be removed quickly and easily.

In addition, by forming the lid with a contact member formed of a non-toxic silicon material, the lid is closed to close the open upper portion of the heating container, thereby rapidly raising the internal temperature of the heating container by convection.

In addition, when the lid is closed, the heating container is lowered to turn on the switch to supply power to the heating element at the set temperature. When the lid is opened, the heating container rises and the switch is turned off to cut off the power supply to the heating element, It is possible to maintain the temperature of the heating container with the heat resistance of the heat accumulating cover.

In addition, by forming the bimetal, when the heating element is overheated to a set temperature or higher, the power supply is shut off to prevent malfunction and fire, and further, the effect of deterioration of the cosmetics upon heating to high temperature is prevented in advance.

By installing a hygrometer on the external body, the user can easily grasp the temperature and the humidity of the room by the naked eye and cope with the room temperature and humidity suitable for the infant.

1 is a perspective view showing a cosmetic heater according to the present invention;
Fig. 2 is a perspective view showing a state in which the lid is opened and the heating container is taken out in Fig.
Fig. 3 is a perspective view showing an exploded view of the cosmetic heater according to the present invention.
FIG. 4 is a perspective view illustrating an exploded perspective view of a temperature control unit according to the present invention. FIG.
5 is a front view showing a state in which the first and second knob-catching jaws are rotated and hooked on the knob stopper according to the present invention
Fig. 6 is a perspective view showing a heat generating body and a heat accumulating bur cover according to the present invention in an exploded perspective view
7 is a perspective view showing an internal body and a heating container according to the present invention,
FIG. 8 is a cross-sectional view of the inner body according to the present invention. FIG. 8 (a) is a cross-sectional view of a state roll in which moisture flows downward from the center side, One section
9 is a front sectional view showing a state in which a heat ray and a heat radiation member are separated from each other according to the present invention
10 is a front cross-sectional view showing a state in which the heat radiation member according to the present invention rises and comes into contact with a heat ray;
11 is a perspective view illustrating the lid of the first embodiment according to the present invention in an exploded perspective view,
12 is a side sectional view of the lid according to the present invention in a closed state
13 is a side sectional view of the lid according to the present invention,
14 is a front cross-sectional view of the lid according to the present invention in a closed state
Fig. 15 is a front cross-sectional view of the lid according to the present invention,
16 is a front sectional view of the lid of the second embodiment according to the present invention
Fig. 17 is a perspective view showing an exploded view of the elastic divided body, the spring,
18 is a front sectional view showing a state in which the mounting plate and the contact member are lowered by the spring repulsive force and the heating container is raised and brought into close contact with the coil spring repulsive force,
Fig. 19 shows the operation of the bimetal according to the present invention. Fig. 19 (a) is a side view of a state in which power is supplied, and Fig. 19
20 is a perspective view of a thermometer according to the present invention,

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 to 13, the heater 10 of the present invention includes an outer body 100 installed on the outside, a temperature control unit 200 installed on the outer body 100, A heat storage cover 400 for storing the heat of the heat generating body 300 in the heat storage body 300 and an internal body 500 installed inside the external body 100, A lid 700 that opens and closes the upper portion of the opened heating vessel 600 and a lid 700 which is inserted into the inner body 500 to heat the cosmetic solution, And a lifting means 800 for lifting and lowering the temperature regulating unit 200 by opening and closing the temperature regulating unit 200 and turning on and off the temperature regulating unit 200.

The outer body 100 corresponds to the casing of the heater 10 as shown in FIGS. 1 to 3 attached hereto. The outer body 100 may have a rectangular or circular shape with the upper part opened in a state that the accommodation space 110 is formed therein And a knob cover 221 and a temperature control knob 220 constituting a temperature control unit 200 to be described later are installed on the front surface of the body 210. The temperature control knob 220 is exposed .

In addition, a plurality of elevating bosses 130 protruding in a tubular shape from the bottom surface of the outer body 100 are formed. The elevating boss 130 has a hollow interior penetrating the bottom surface, A coil spring 810 is disposed on the upper surface of the lifting stopper 131 and the head of the lifting bolt 820 is lifted so that the lifting stopper 131 protrudes in a strip shape on the lower surface of the lifting stopper 131 Thereby restricting the upward movement.

In addition, a plurality of pads P for preventing slippage are attached to the lower part of the outer body 100.

The size of the outer body 100 formed in this manner is small enough to be carried by the user so as to be able to move.

As shown in FIGS. 3 and 4, the temperature controller 200 is configured to heat the heating vessel 600 to an adjusted set temperature using a power source. The temperature controller 200 includes a main circuit board 210, An adjustment knob 220 and a side circuit board 230.

The main circuit board 210 is configured to rotate the thermally controlled knob 220 electrically connected to the main circuit board 210 and to transmit the stored signal to the heating element 300 when the set temperature is adjusted.

A switch 211 for controlling the power supply is provided on the upper surface of the main circuit board 210 so that the operating rod 833 constituting the elevating means 800 is lowered and the switch 211 is pressed, When the working rod 833 is lifted up, the power source is cut off, and the heating of the heating body 300 is stopped.

The main circuit board 210 is provided with a power supply terminal 212 for receiving an external power supply, that is, a household power supply or a vehicle power supply, to operate the heater 10.

The temperature control knob 220 is provided with a knob cover 221 formed in a ring shape in a mounting hole 120 formed on the front surface of the outer body 100 and inserted into a knob cover 221 passing through the knob cover 221, (Not shown).

The LED unit 222 is electrically connected to the side circuit board 230 and is electrically connected to the side circuit board 230. The LED unit 222 is electrically connected to the temperature control knob 220, ) So that the user can visually check the current temperature state easily and easily.

For example, when the temperature adjusting knob 220 is rotated to set the set temperature, the LED unit 222 is displayed in yellow, and when the heating element 300 starts preheating, it is displayed in red, and when the preheating is completed, And can be configured to be conveniently used.

As shown in FIG. 5, the temperature control knob 220 includes a first knob-catching protrusion 223 and a second knock-catching protrusion 224 protruding from the rear outer circumference at an interval And the knob stopper 562 formed on the front surface of the inner body 500, which will be described later, when the temperature control knob 220 is rotated in the forward and reverse directions, respectively.

The first knob adjusting jaw 223 protrudes in the direction of 90 degrees from the temperature adjusting knob 220 and the second knob adjusting jaw 224 protrudes from the first knob engaging jaw 223 in the direction of 135 degrees. The first knob latching jaw 223 is latched by the knob stopper 562 so that the power is shut off or the temperature is set to 0 ° C and the temperature knob 220 is rotated to rotate the second knock latching jaw 224, the temperature is set at 40 占 폚.

This temperature control is performed by radially marking the outer body 100 on which the mounting hole 120 in which the temperature control knob 220 is installed is marked by a letter or symbol in 0 ° C 1 step, 25 ° C 2 step and 40 ° C 3 step And the LED unit 222 is rotated and disposed at a predetermined position in a step to be set.

6, the heating element 300 is installed on the upper surface of the elevating means 800 and is electrically connected to the main circuit board 210. When the temperature is set by rotating the temperature control knob 220 The main circuit board 210 is configured to heat the heating element 300 to a set temperature.

In addition, the heating element 300 may be a surface heating element for heating a heating plate by a power source, a heat generating block formed of a coil-shaped heating line or a block, or a PCB heating circuit or the like, or a product that self-

The heat accumulating cover 400 is formed of a positive conductor which is installed so as to be received in a downward direction and accumulates the heat generated in the heating element 300 and then transfers the heat to another place. A protruding protrusion 410 is formed.

The heat accumulating cover 400 is fixed to the holder 830 of the elevating means, which will be described later, by a bolt.

The heat accumulation cover 400 is preferably made of aluminum so that the heat is transferred to the heating vessel 600, which is placed on the upper portion of the heat accumulation cover 400. In addition, the heat accumulation cover 400 may be formed of copper or nickel.

7 and 8, the inner body 500 is inserted into the receiving space 110 from the open upper part of the outer body 100 so as to cover the inside thereof, To ensure a passageway through which water flows down.

That is, a structure that can easily remove the moisture generated on the outside due to the low temperature of the cosmetic contained in the heating container 600 and the temperature difference of the heated heating container 600 by flowing along the inner body 500 need.

A guide surface 530 formed concavely in the outer shape of the heating container 600 in a downward direction at an inner end of the extended curved surface 520 is formed, And a cover stopper 550 protruding downward from the inner circumferential edge of one end of the collector groove 540. The cover stopper 550 protrudes downward from the inner circumferential edge of the one end of the collector groove 540, And an outer surface 560 formed to be sloped inward from the outer side of the upper portion is formed on the front surface of the outer surface 560. On the front side of the outer surface 560, A knob stopper 562 formed so as to protrude downwardly so as to be engaged with the knobs 223 and 224 is formed.

The extended curved surface 520 is formed to be relatively larger than the upper outer diameter of the heating vessel 600 so as to have expandability so that moisture generated at the upper side is gathered at the expanded curved surface 520, The front and rear sides of the enlarged curved surface 520 are formed to be low and both sides thereof are formed to have a high inclination so that the moisture gathered on the entire extended curved surface 520 is naturally flowed back and forth with low height.

The inner surface of the guide surface 530 and the outer surface of the heating container 600 are arranged so as to be spaced apart from each other in a state where the heating container 600 is lowered, And is guided to the groove 540.

The water collecting groove 540 collects the water flowing down along the guide surface 530 to prevent the electronic parts from failing due to excessive water in the elevating hole 510 formed at the center of the lower part of the inner body 500, Is formed such that the user is absorbed and removed by a towel or tissue. Therefore, it is preferable that the position of the lift hole 510 is formed at a position higher than the bottom surface of the collection groove 540.

The cover stopper 550 is configured such that when the heat accumulating cover 400 is lifted by the elevating means 800, the protruding step 410 formed on the outer peripheral edge of the lower end of the heat accumulating cover 400 is caught, The top portion of the cover stopper 550 and the heating vessel 600 are disposed at a height not touching the lower end even after the heating vessel 600 is mounted on the upper surface of the heat collecting cover 400 to prevent interference of heat transfer .

The outer surface 560 is inclined inward and the side surface of the corresponding outer body 100 is also inclined at the same angle so that the inner body 500 is hooked at a predetermined position to be fixed when the inner body 500 is inserted into the accommodation space 110 And is fastened by fastening the inner body 500 and the outer body 100 with bolts so as to exert a firm fixing force.

In addition, a second magnet seating groove 561 formed in a " C " shape is formed on the front surface and both sides of the outer surface 560 to fix the second magnet M2.

The second magnet M2 is attached to the first magnet M1 fixed to the lid 700 by a force when the lid 700 is closed.

On the other hand, as described above, the water collected in the collection groove 540 can be wiped and removed by the user to be absorbed by the towel or toilet paper, and can be removed by evaporation by heat.

9 and 10, a ring-shaped heat ray 572 fixed to the lower outer surface of the water collection groove 540 under the inner body 500, that is, the water is formed, It is preferable that the heat sink 572 is formed of copper or nickel which is excellent in heat transfer.

In addition, the heat accumulating cover 400 is formed in a ring shape in which the outer peripheral side and the lower peripheral side of the protruding step 410 of the heat accumulating cover 400 are fitted, and the plate is extended outwardly in a single or a plurality, And a heat dissipation member 570 formed of a seating portion 571 formed in a shape of a circle.

Therefore, when the heat accumulating cover 400 is lifted up, the switch 211 is turned ON and the heating is stopped. However, since the heat is retained by the material characteristics, the heat is transmitted through the heat radiating member 570 to the heat- (572) to evaporate water collected in the collection groove (540).

The heating container 600 is heated to a temperature of 25 ° C. to 40 ° C. similar to a body temperature by containing cosmetics therein so that the heat of the heat storage cover 400 formed of an aluminum material can be transferred and heated, It is preferably formed of a stainless steel material. In addition, it may be a loess or charcoal which is formed into a vessel which is excellent in heat transfer and is formed into a vessel.

The lid 700 is configured to open and close the outer body 100 and the opened upper portion of the heating vessel 600, and provides two embodiments of the present invention.

11 to 15, the lid body 710 constituting the lid 700 of the first embodiment, the rear body of the inner body 500 and the hinge shaft 711 are rotatably installed A central protrusion 712 protruding in the center of the inner surface of the lid body 710 is formed and a plurality of protrusions 713 protruding in a cylindrical shape are formed in four directions out of the central protrusion 712, A first magnet upper surface seating groove 715 in which the upper surface of the first magnet M 1 is seated on the inner surface corresponding to the second magnet inner groove 561, (716) is formed.

In addition, a lid cover 720 formed of a horseshoe shape of "? &Quot; is provided so as to cover only the inner peripheral edge portion of the lid body 710, and the lid cover 720 is provided at a position corresponding to the fitting groove 715 in the outer surface of the lid cover 720 And a first magnet lower seating groove 722 is formed in which the lower surface of the first magnet M 1 is seated at a position corresponding to the first magnet upper surface seating groove 716 do.

The lid cover 720 is formed with a soft contact member 730 to be inserted into the center of the lid cover 720. The contact member 730 has a central fixing groove 712, And one side fixing groove 732 is formed at a position corresponding to the one side projection 713 and fixed.

Accordingly, when the lid 700 is closed, the center protrusion 712 and the one-side protrusion 713, which fix the tightening member 730, are pressed in the center portion and the lateral direction, The internal heat of the ground heating vessel 600 is convection, and the cosmetic can be heated continuously without heat loss to quickly raise the set temperature.

Here, the adhesion member 730 is preferably made of a soft material for enhancing adhesion, and is formed of non-toxic silicone so as not to deteriorate the cosmetic applied to the body to toxicity, as in the second embodiment described later.

In addition, the fixing protrusion 714 is formed on the outer periphery of the protrusion 713 to prevent the protrusion 712 from being pushed out even if a force is applied to the fixing protrusion 732.

next. As shown in FIGS. 16 to 18, the lid body 710 constituting the lid 700 of the second embodiment has a hinge shaft 711, a fitting groove 715, The upper surface mounting groove 716 is formed at the same position and the inner surface is formed in a pipe shape and is divided into a plurality of parts and formed to have a self-elastic force, and an elastic split body (741) 740).

The elastic force of the spring 750 may be greater than the elastic force of the coil spring 810 constituting the lifting means 800. In this case, .

A cantilever 761 having a guide protrusion 762 formed in the elastic divided body 740 and formed with a guide protrusion 762 to be caught by the release protrusion tuck 741 and prevented from disengaging is formed in a plate- Respectively.

In addition, an adhesion member 730 formed of soft and non-toxic silicon is attached to the lower surface of the mounting plate 760.

In the assembly of the second embodiment constructed as described above, first, the spring 750 is inserted into the elastic divided body 740, and then the guide protrusion 761 is inserted and fixed. Since the outer diameter of the guide protrusion 762 formed at the upper end of the guide protrusion 761 is larger than the inner diameter of the elastic divided body 740, the elastic divided body 740 can be inserted into the elastic divided body 740, The resilient restoring force of the resilient divider 740 that has been opened when it is completed can be dislodged and the mounting plate can be installed on the lid body 710.

When the cover 700 of the second embodiment is closed, the contact member 730 presses the upper end of the heating container to lower the coil spring 810 of the lifting unit 800. Here, the coil spring 810 And the elastic force of the spring 750 applies an elastic force in the downward direction so that the contact member 730 and the upper end of the heating container 600 interposed therebetween are moved upward and downward And has an action effect of being brought into close contact without lifting due to the elastic force.

12 to 15, when the lid 700 is closed, the heating vessel 600 is lowered. On the contrary, when the lid 700 is opened, the elevating means 800 lifts the heating vessel 600 A lifting stopper 131 protruding from the inner circumference of the lifting boss 130 formed at the lower part of the outer body 100 is formed by simultaneously opening and closing the switch 211 of the temperature regulating part 200. [ And a coil spring 810 disposed on the upper surface.

Further, the lifting bolt 820, which enters from the lower portion of the lifting boss 130 and has an upper end passing through the coil spring 810, is formed.

In addition, a holder 830 is formed on the lower surface of the lifting bolt 820 and on which a heating element 300 is mounted.

A locking boss 831 is formed on the lower surface of the holder 830 so as to be coupled to the lift bolt 820 in a spiral manner and the outer periphery of the locking boss 831 is formed with an outer diameter different from that of the locking bolt 820, And the lower portion having a small outer diameter is inserted into the elevating boss 130, and then the engaging jaw 832 is caught by the upper end of the elevating boss 130 and the lowering thereof is restricted.

When the holder 830 is lowered, the operating rod 833 pushes the switch 211 to be energized, and when the holder 830 is lowered, When it rises, it is disconnected from the switch 211 and is turned off.

Therefore, when the lid 700 is closed, the heating container 600 and the heat storage cover 400 are brought into close contact with each other by the urging force of the contact member 730 in the downward direction, and the heat is transferred to the holder 830, When the coil spring 810 is compressed, the elastic force of the coil spring 810 is applied in the upward direction so that the contact member 730 and the heating container 600 and the heat storage cover 400 Can be brought into complete contact with each other.

When the lid 700 is opened, the compressed coil spring 810 lifts the holder 830 and the lifted bolts 820 are lifted at the same time. When the lifting bolt 820 is lifted up, A stop state is established.

Therefore, the heating container 600 is lifted up from the upper end of the outer body 100 by the height of the rising bolt 820, so that the user can easily take out the heating container 600. Further, When the cosmetic is put on the heat accumulation cover 400, the heat accumulated in the heat accumulation cover 400 is continuously transferred to the heating container 600 and the cosmetic can be kept warm even when the switch 211 is disconnected .

Further, the bimetal 240 is installed to prevent the temperature control unit 200 from being overheated due to failure or the like.

As shown in FIG. 19, when the bimetal 240 is formed of two kinds of metal plates having different thermal expansion coefficients and heat is generated at the set temperature or more in the heating body 300 and the heating cover 400, the area of a metal plate is increased And the bent metal plate is lowered when the temperature is lowered, so that the power supply is configured to be energized to prevent the fire and the product from being damaged by overheating.

Furthermore, the external body 100 is provided with a hygrometer 900 for sensing the temperature and humidity of the room and displaying the temperature and humidity on the display window. As shown in FIG. 20, the hygrometer 900 has a function of checking the temperature and humidity in a living room, a living room, a bathroom, or a toilet with naked eyes and adjusting the temperature and humidity suitable for an infant bath.

The present invention having the above-described structure can prevent the occurrence of a feeling of rejection and a seizure in advance by heating and applying a cosmetic having a low temperature to a temperature similar to the body, collecting and removing moisture generated at a temperature difference during heating, It is possible to prevent malfunction and fire from occurring and to provide a useful cosmetic heater having a compact size such as a palm so that it can be used in any place and has a portability.

The present invention is not limited to the above-described embodiments, and various modifications can be made within the scope of the technical idea of the present invention.

Heater: 10 External body: 100
Capacity: 110 Installation holes: 120
Lifting boss: 130 Lifting stopper: 131
Temperature control part: 200 main circuit board: 210
Switch: 211 Power terminal: 212
Temperature control knob: 220 Knob cover: 221
LED unit: 222 First knob latching chuck: 223
Second knob latching jaw: 224 side circuit board: 230
Bimetal:: 240 Heating element: 300
Thermal storage cover: 400 protruding jaw: 410
Internal Body: 500 Lifting Hole: 510
Extended surface: 520 Guide surface: 530
Housing groove: 540 Cover stopper: 550
Outer side: 560 Second magnet seating groove: 561
Knob stopper: 562 Heat dissipation member: 570
Seated part: 571 Heat line: 572
Heating vessel: 600 Lid: 700
Lid body: 710 Hinge axis: 711
Center projection: 712 One side projection: 713
Fixed chin: 714 Fitting groove: 715
Top surface of first magnet: 716 Lid cover: 720
Fitting Projection: 721 First magnet seating groove: 722
Clamping member: 730 Central fixing groove: 731
One fixing groove: 732 Elastic split body: 740
Leakage bust: 741 Spring: 750
Mounting plate: 760 Guide protrusion: 761
Guide chin: 762 Lifting gear: 800
Coil spring: 810 lifting bolts: 820
Holder: 830 fastening boss: 831
Hanging chin: 832 Working rod: 833
Hygrometer: 900 1st and 2nd magnets: M1, M2

Claims (10)

And is formed into a tubular shape having a housing space 110 formed therein, an upper portion thereof opened, a mounting hole 120 penetrating the front portion thereof, a tubular shape projecting upwardly through a lower portion thereof, An outer body 100 provided with a lifting boss 130 formed with a stopper 131;
A temperature controller 200 installed inside the outer body 100 to adjust a set temperature with a power supplied thereto and display the temperature to the user to visually confirm the current temperature;
A heating element 300 installed inside the outer body 100 and heated to a predetermined temperature by the temperature control part 200;
A thermal storage cover 400 in which an upper portion of the heating body 300 is inserted into a lower portion of the heating body 300 to store heat and protruding protrusions 410 protruding from the outer circumference;
A lift hole 510 formed in an inner concave shape and fitted in the upper portion of the accommodation space 110, a second magnet M2 fixed to the upper side, and an opening to expose the heat storage cover 400 at the lower center An inner body 500 formed with a knob stopper 562 protruding in a " └┘ "
A heating container 600 formed in a concave shape so as to be filled with a cosmetic solution and heated by being inserted into the inner body 500;
The first magnet M1 is installed inside the outer body 100 so as to be rotatable with respect to the inner body 500 and is fixed with the second magnet M2. (700);
When the lid 700 is closed, the heating vessel 600 is lowered to operate the temperature adjusting unit 200 to heat the lid 700. When the lid 700 is opened, the heating vessel 600 rises to stop the temperature adjusting unit 200 And elevating means (800) for stopping heating,
The lifting means 800 includes a coil spring 810 disposed on the upper surface of the lifting stopper 131 formed at the periphery of the lifting boss 130,
A lifting bolt 820 that penetrates through the coil spring 810 after entering the lower portion of the lifting boss 130,
The heating body 300 is mounted on the upper surface of the lifting boss 130. The lower surface of the lifting body 300 protrudes with a female screw formed therein. A coupling boss 831 which is inserted into the coil spring 810 and is engaged with the lifting bolt 820 while being in contact with the upper surface of the coil spring 810, And a holder (830) made up of a working rod (833) for pushing and releasing the pressing member (211) in the lifting and lowering operation.
The method according to claim 1,
The temperature regulating unit 200 is provided with a switch 211 for turning on and off the power by the lifting and lowering of the lifting unit 800. The power supplied through the switch 211 is supplied to the heating unit 300, A main circuit board 210 for controlling the heating state,
A knob cover 221 rotatably coupled to the main circuit board 210 and inserted into a mounting hole 120 formed in the outer body 100 and penetrating through the center thereof, And a second knob retaining jaw 224 disposed at an angle at which the first knob retaining jaw 223 is opened is formed so that the knob stopper 223 formed on the inner body 500 A temperature control knob 220 which is provided on the front surface of the main body 562 and which is provided with an LED unit 222 to set a heating temperature,
A side circuit board 230 which is installed inside the temperature control knob 220 and is electrically connected to the main circuit board 210 to visually check the temperature of the heating body 300 by adjusting the color of the LED unit 222, ). ≪ / RTI > The method according to claim 1,
The inner body 500 is formed as an inner curved line along the upper edge and has an enlarged curved surface 520 for gathering moisture generated from the upper side,
The heating curtain 520 is recessed from the lower end of the extended curved surface 520 in an outer shape so as to be spaced apart from the heating curtain 600 to provide a passage through which moisture flows, A guide surface 530 for allowing water generated from the outside of the heating container to flow down along the wall surface,
A collecting groove 540 formed concavely at the lower end of the guide surface 530 to collect the water flowing down through the guide surface 530 from the lower portion,
The projecting protrusion 410 formed on the side cover 400 protruding downward from the inner peripheral edge of the collector groove 540 to the elevating hole 510 is hooked up to form a lift hole 510 at the center of the bottom A cover stopper 550 for stopping the cover,
An outer surface 560 extending downward from the outer side of the enlarged curved surface 520 and fixed to be in contact with the inner surface of the outer body 100 formed to be inclined inward and inclined,
And a second magnet seating groove (561) formed in a " C " shape so that the second magnet (M2) is inserted and fixed is formed on the outer surface (560).
The method of claim 3,
Wherein a height of the front and rear sides of the enlarged curved surface (520) is low and a height of both sides of the curved surface (520) is high so as to naturally flow down from a portion having a high moisture content reaching the enlarged curved surface (520) to a low portion.
The method according to claim 1,
A heat line 572 formed in a ring shape and fixed to the outer surface of the lower portion of the inner body 500,
A radiating member 570 having a concave seating portion 571 formed therein to extend outward in a ring shape so as to fit the protruding step 410 formed in the heat storage cover 400 and having a concave seating portion 571 for receiving a heat ray 572 therein, Lt; / RTI >
When the lid 700 is opened, the heat releasing member 570 coupled with the heat accumulating cover 400 is brought into contact with the heat line 572 by the elevating means 800, the heat of the heat accumulating cover 400 is transferred to the inner body 500, And the water collected in the lower portion is evaporated.
The method according to claim 1,
The lid 700 is rotatably installed on the rear side of the inner body 500 and the hinge shaft 711. The inner surface of the lid 700 is formed with a central protrusion 712 protruding from the center, A plurality of one side projections 713 protruding in a cylindrical shape are formed at positions deviating from the four sides and a plurality of fitting grooves 715 are formed at a position deviated outwardly from the side projections 713, A lid body 710 formed with a " C " -shaped groove and formed with a first magnet upper surface receiving groove 716 on which an upper surface of the first magnet M1 is seated,
A fitting protrusion 721 is formed on the outer surface of the cover body 710 so as to be inserted into the fitting groove 715 so that the center of the fitting protrusion 721 is formed only on the inner peripheral edge portion of the lid body 710, A lid cover 720 formed with a first magnet lower seating groove 722 on which a lower surface of the first magnet M1 is seated,
A center fixing groove 731 is formed on the outer surface of the lid cover 720 to be fixed to the center protrusion 712. The center fixing groove 731 is formed in a soft shape, And a tightening member 730 which is formed in one side of the fixing groove 732 so as to be fitted and fixed so that the lid 700 is closed when the lid 700 is closed.
The method according to claim 1,
The lid 700 is rotatably installed on the rear side of the inner body 500 and the hinge shaft 711. The inner lid 700 is formed on the inner surface of the lid 700 in a pipe shape and is divided into a plurality of pieces to be opened and closed by self- A first magnet upper surface seating groove 716 on which the first magnet M 1 is mounted is formed and an elastic divided body 740 having a separation preventing protrusion 741 protruding from the periphery is formed. A lid body 710 formed with the lid body 710,
A fitting protrusion 721 is formed on the outer surface of the cover body 710 so as to be inserted into the fitting groove 715 so that the center of the fitting protrusion 721 is formed only on the inner peripheral edge portion of the lid body 710, A lid cover 720 formed with a first magnet lower seating groove 722 on which a lower surface of the first magnet M1 is seated,
A spring 750 inserted into the elastic divided body 740 to provide an elastic force in a downward direction,
A guide protrusion 761 formed on the outer surface thereof and protruding to a position corresponding to the elastic divided body 740 and having a guide protrusion 762 formed on the outer circumference of the upper end to prevent the protrusion from being disengaged arbitrarily by being caught by the release protrusion jaw 741, A mounting plate 760 fixed to the base plate 760,
And a contact member (730) formed of a soft material and fixed to the lower surface of the mounting plate (760) so as to be brought into close contact with an open top of the heating container (600) when the lid (700) is closed.
delete The method according to claim 1,
And a bimetal (240) installed in the temperature regulating part (200) to prevent the occurrence of a fire by cutting off the power when the temperature is over a predetermined temperature.
The method according to claim 1,
And a hygrometer (900) installed on a side surface of the outer body (100) for detecting an external temperature and humidity and displaying the sensed temperature on the display screen.

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