KR200395180Y1 - Massage Device - Google Patents

Abstract

An object of the present invention is to provide a massage device that can increase the massage effect by adding various types of massage, such as cold or hot massage or ultrasonic or medium, low frequency in the state of stimulating the blood vessel by applying pressure to the skin.

The present invention is a pressure unit for expanding the skin by applying pressure to the skin of the body, and installed in the pressure unit is connected to the cold and hot unit for applying a cold and hot massage to the skin inflated by the external pressure, the pressure unit and the cold and hot unit Provided is a massage device including a main body for controlling the functions of a pressure device and a cold / hot unit.

Description

Massage Device

The present invention relates to a skin massage device. In more detail, the present invention relates to a massage device capable of performing various skin massage functions while applying pressure to the skin.

Recently, with increasing interest in skin, various instruments or methods for skin care have been developed.

In the human body, the skin is formed in the mother's body with the brain and is present on the outermost surface of the body and plays an important role in protecting internal organs from life and other influences, and in maintaining and maintaining them. As this is not accepted and pumice, you will get a drooping impression, so your usual skin care is most important.

Therefore, in order to prevent skin aging and maintain skin elasticity, proper massage is required together with skin cleansing. For this purpose, a device that can apply poultice effect by expanding or contracting pores by applying low or medium frequency to the skin or alternating cold and warm heat alternately. Have been developed and used.

The present inventors have attempted to develop a device that can obtain a skin massage effect superior to the above-described conventional devices.

The present invention was devised in view of the above circumstances, and an object of the present invention is to increase the massage effect by applying various types of massage such as cold and hot massage, low frequency, and medium frequency while stimulating blood vessels by applying pressure to the skin. The present invention provides a massage device.

In addition, the present invention has another object to provide a massage device that can provide a massage function of various forms.

Massage device of the present invention to achieve the above object,

A massage part including a pressure device for applying pressure to the skin of the body to expand the skin and a massager for applying a massage to the skin inflated by external pressure;

A main body connected to the massage part to control the function of the pressure device and the massager

It includes.

Here, the massager may include a cold and hot unit for applying cold heat and heat to the skin. To this end, the cold / hot unit may include a thermoelectric element installed in the pressure device and electrically connected to the main body to apply cold and warm heat to the skin.

The massager may also include an ultrasonic unit capable of applying ultrasonic waves to the skin, or a medium or low frequency unit capable of applying low and medium frequencies. The current applied to each unit may be a two-phase voltage file having a modulated direct current or low frequency or short pulse, such as a square wave or a sawtooth wave.

In addition, the massager may include a color therapy unit to be exposed to the skin of various colors. To this end, the color therapy unit may include a red / blue / green LED lamp installed in the pressure device and electrically connected to the main body to emit three primary colors of light.

On the other hand, the pressure may be a structure inflating the skin by the negative pressure due to air pressure or a physical force applied directly to the skin.

To this end, the pressure unit includes a housing in which the massager is installed and air is distributed therein, and a negative pressure cup installed at the tip of the housing and in close contact with the skin.

Here, the pressure device is connected to the air hose for transmitting the air pressure between the housing and the main body is to take a negative pressure in the negative pressure cup by the control operation of the main body.

In addition, the negative pressure cup of the pressurizer is preferably made of a cylindrical shape and is not particularly limited in size as long as it can sufficiently expand the skin therein.

In addition, the negative pressure cup is preferably made so that the front end is made of a transparent material.

In addition, the pressure unit is connected to the main body and the air hose, the negative pressure is applied to the inside, the massager is installed in the center and the lower end of the open frame, a pair of pressurized oppositely installed to contact the skin on both open lower ends of the frame Rolls.

Accordingly, when the negative pressure is applied to the inside of the frame by the air pressure, the skin is sucked into the inside of the frame. At this time, the pressure roll installed on the frame is freely rotated to facilitate the movement of the skin.

The main body may include an air pump connected to the air hose and installed on the air hose and a solenoid valve installed on the air hose to open and close the air hose.

In addition, the pressure machine is a frame having the massaging machine is installed in the center and the lower end is open so that the pressure can be applied directly to the skin, and a pair of pressure rolls facing each other in contact with the skin on the open lower ends of the frame, each It may be connected to the rotary shaft of the pressure roll may include a drive motor for rotating the pressure roll.

Therefore, when the drive motor is operated without a separate air pressure it is possible to expand the pressure roller is rotated by pushing the skin located between the pressure roll while applying pressure to the skin.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. As those skilled in the art would realize, the described embodiments may be modified in various different ways, all without departing from the spirit or scope of the present invention.

1 is a schematic perspective view showing the overall configuration of the massage device according to an embodiment of the present invention, Figure 2 is a cross-sectional view showing a massage portion of the massage device according to an embodiment of the present invention, Figures 3 and 4 It is a schematic block diagram showing the main body configuration of the massage device according to an embodiment of the subject innovation.

According to the above drawings, the massage device according to the present embodiment is installed in the pressure device 20 and the pressure device 20 for inflating the skin by applying pressure to the skin of the body by the suction force of air, and is expanded by an external pressure The main body 10 for controlling the functions of the pressurizer 20 and the cold / hot unit 30 is connected to the cold / hot unit 30, the pressurizer 20, and the cold / hot unit 30 to apply a cold massage to the skin. ).

The pressure device 20 is provided separately from the main body 10 and is connected through an air hose 21 through which air is distributed.

As shown in FIG. 2, the pressurizer 20 extends in a cylindrical shape to form a handle, and a housing 22 through which air is distributed, and is integrally formed at a lower end of the housing 22 and the tip is opened. And a negative pressure cup 23 to form a space where the skin is pushed up.

An air hose 21 connected to the inside of the housing 22 is connected to the front end of the housing 22 constituting the handle, and the negative pressure cup 23 is controlled through the air hose 21 under the control of the main body 10. The air inside is sucked out.

The negative pressure cup 23 has a cylindrical shape and its size is not particularly limited.

In addition, according to the present embodiment, the skirt tube 24 made of a transparent material having a diameter corresponding to the negative pressure cup 23 at the lower end of the negative pressure cup 23 is assembled by screwing.

The skirt tube 24 is substantially in close contact with the skin and made of a transparent material to visually check the extent of the skin being pushed into the interior by the action of the negative pressure cup 23.

In the present embodiment, the pressurizer 20 has a housing 22 and a negative pressure cup 23 forming a handle in a straight line, but is not limited to such a structure. For example, the negative pressure cup 23 is a front end of the housing 22. It can be placed at right angles to all such deformable structures also belong to the true spirit of the present invention.

Meanwhile, FIG. 2 illustrates a structure in which the cold / hot unit 30 is applied as a massager installed inside the pressure device 20.

According to the above drawings, the cold / hot unit 30 has an internal structure 31 installed at the inner center of the housing 22 of the pressurizer 20 and a negative pressure cup 23 installed at the tip of the internal structure 31. It is located within and electrically connected to the main body 10 includes a thermoelectric element 32 for applying cold and heat to the skin.

The thermoelectric element 32 is a device using a cooling effect generated when a bipolar semiconductor is combined, i.e., in a dissimilar metal, since the potential energy of electrons in the metal is different, the thermoelectric element 32 is in a high state from a metal having a low potential energy. The transport of electrons to the metal requires energy from the outside, so that heat energy is desorbed from the contacts, and in the opposite case, heat energy is released, and the temperature rises and falls by changing the direction of the current according to this principle.

The thermoelectric element 32 is already disclosed at the level of those skilled in the art, so a description thereof will be omitted.

As such, the thermoelectric element 32 itself generates heat in the heat generating surface according to the direction of the current, and the cooling surface is cooled to apply cold and heat to the skin.

Referring to Figure 2 in detail with respect to the installation structure of the thermoelectric element 32, the internal structure 31 is fixedly installed at intervals via a separate bracket 33 between the housing 22 and At the tip of the negative pressure cup side of the internal structure 31, a transmission member 34 for substantially transferring cold or heat of the thermoelectric element 32 to the skin is installed, and the thermoelectric element is formed on an inner surface of the transfer member 34. The element 32 is closely attached.

The transmission member 34 is made of a metal material such as aluminum, the inner surface is in contact with the thermoelectric element 32 and the outer surface in contact with the skin of the human body is preferably plated with chromium.

The transmission member 34 is further provided with a temperature sensor 35 on one side to measure the temperature applied to the transmission member 34.

In addition, the cold and hot unit 30 is in contact with the inner rear surface of the thermoelectric element 32 is a heat pipe 36 for transferring the heat generated from the thermoelectric element 32 and is installed along the outer peripheral surface of the heat pipe 36 It further includes a water cooling jacket 37.

A water pipe 38 and an electric wire 39 are connected to the main body 10 for distributing the coolant to the front end of the housing 22 so that the coolant can be distributed to the water cooling jacket 37 and the current can be applied to the thermoelectric element 32. Is installed.

Here, the opposite side of the surface in contact with the transfer member 34 of the thermoelectric element 32 should cool the heat generated in the heat generating surface in the process of cooling the transfer member 34, for this purpose and the transfer member 34 One end of the heat pipe 36 is installed on the inner surface of the thermoelectric element 32 on the opposite side thereof in contact with the thermoelectric element 32 to extend along the inside of the housing 22. The water cooling jacket 37 in which the cooling water flows along the outer circumferential surface of the heat pipe 36 is wrapped and installed.

The heat pipe 36 is generally used as a means for effectively transferring heat from one place to another, and includes a passage for flowing an external wall surface and a working fluid for carrying heat, and a space therebetween. The porous structure is formed in the heat flow of the working fluid is configured to occur continuously without power, which is already described a lot of techniques have been described below will be omitted.

In addition, the heat transfer medium 40 is for easily transferring the heat generated from the planar thermoelectric element 32 to the tip of the heat pipe 36 in the form of a rod. The opposite side of the heat generating surface is in contact with the tip of the heat pipe 36 is inserted into contact with the heat generating surface, and the material is not particularly limited as long as it is a material capable of increasing the heat transfer rate such as copper or aluminum.

In addition, both ends of the water cooling jacket 37, that is, the inlet end into which the coolant is introduced and the outlet end from which the coolant is discharged are extended to the front end of the housing 22 to be connected to the water pipe 38.

In addition, the wire 39 connected to the thermoelectric element 32 and the temperature sensor 35 extends to the tip of the housing 22 along the inside of the internal structure 31 to be electrically connected to the wire extending from the main body 10. Is connected.

Accordingly, the water pipe 38, the electric wire 39, and the air hose 21 are connected through the front end of the housing 22, and they are built on the cable 41 and extend to a predetermined length to be connected to the main body 10. .

Reference numeral 23 which is not described here is a connector 42 installed at the tip of the cable to secure the cable to the handle end of the housing 22, and the cable 41 is fixed to the housing 22 via the connector. Each of the water pipe 38, the electric wire 39, and the air hose 21 installed in the cable are connected to the front end of the water cooling jacket 37 and the electric wire 39 and the air hose 21 extending to the handle end of the housing 22. The connection can be fixed.

Meanwhile, the main body 10 is for driving and controlling the pressure device 20 and the cold / hot unit 30. The main body 10 is provided in the case 11 and the case 11, which forms an external shape, and the air hose 21. Pressure reducing unit 50 for sucking air through the) and the case 11 is installed inside the case 11 for supplying and circulating the cooling water to the water cooling jacket 37 of the cold / hot unit 30 through the water pipe 38. A water cooling unit 60, a power supply unit 12 for electrically connecting the thermoelectric element 32 to apply a current required for the thermoelectric element 32, a switch unit 13 for operating each driving unit, and the switch unit And a display unit 15 connected to the controller 14 for outputting necessary data.

As shown in FIG. 3, the decompression unit 50 is connected to the air hose 21 and installed on the air hose 21 and controlled by the controller 14 according to a signal of the controller 14. And a solenoid valve 52 for opening and closing the air hose 21 according to the control of the controller 14.

Various switches 16 of the switch unit 13 are installed on the front of the case 11 so that the user can conveniently operate.

In addition, the display unit 15 includes a monitor 17 installed on the front surface so that the necessary data can be displayed through the monitor 17 so that the user can change the operation details of the switch 16 or the temperature of the thermoelectric element 32. Make it visible.

In addition, the display unit 15 can output data stored in a memory connected to the controller 14, for example, a demo video of the use of the device through the monitor 17. FIG.

Accordingly, when the desired temperature condition is set through the operation of the switch unit 13, the controller 14 applies a current to the thermoelectric element 32 through the power supply unit 12 to contact the thermoelectric element 32. Will increase or decrease the temperature.

Meanwhile, referring to FIG. 3 and FIG. 4, the detailed water cooling unit 60 is as follows.

The water cooling unit 60 is connected to the water pipes 38 at both side ends thereof, an outlet 61 through which the coolant flows out, an inlet 62 through which the coolant flows, and a water tank 63 in which the coolant is contained, and the water tank (63) a thermoelectric element 64 for cooling the water bottle 63 in contact with the outer surface, and a heat sink 65 for dissipating heat generated in the thermoelectric element 64 in contact with the outer surface of the thermoelectric element 64. And a cooling fan 66 for cooling the heat dissipation rib 67 of the heat sink 65 by cooling the air for cooling through the heat sink 65 and cooling water in the water tank 63 in the water cooling jacket 37. Circulating pump 68 for forced circulation.

According to this embodiment, as shown in FIG. 3, two thermoelectric elements 64 are arranged to be spaced apart from each other, and the number of the thermoelectric elements 64 may vary depending on the size of the water tank 63 containing the coolant. It is possible and may not be specifically limited.

In addition, heat sinks 65 for cooling the thermoelectric elements 64 are also provided in the thermoelectric elements 64, respectively, and separate cooling fans 66 and 46 are provided for each heat sink 65. Thus, the thermoelectric element 64 is dissipated.

Unexplained reference numeral 69 is installed at one side of the water tank 63 to discharge the cooling water.

In addition, the outer circumferential surface of the water tank 63 is covered with a heat insulating material 70 to block the water tank 63 from the outside to prevent the coolant temperature in the water tank 63 from being lowered, and into the water tank 63. The temperature sensor 71 is installed and the temperature sensor 71 is connected to the controller 14 inside the case 11 so as to detect the coolant temperature inside the water tank 63.

As described above, as the cooling water is cooled through the water cooling unit 60 and the cooling water is circulated to dissipate the heat pipe 36, the temperature of the heat dissipation surface of the thermoelectric element in the cold / hot unit 30 may be lowered to the maximum. The cooling surface of the thermoelectric element 32, that is, the temperature of the transmission member 34 in contact with the cooling surface is lowered to the maximum, so that the temperature of the contact portion can be expanded in the range of -20 ° C to 60 ° C.

In the structure described above, as shown in FIG. 5, cold or warm heat may be applied to the expanded skin S while the skin S is inflated with the pressure S 20 to perform a cold and hot massage.

That is, the user applies the power to the main body 10 and operates the switch 16 of the switch unit 13 to operate the air pump 51 of the pressure reducing unit 50 and according to the opening and closing operation of the solenoid valve 52. Air in the negative pressure cup 23 is sucked out through the air hose 21 connected to the air pump 51.

The air hose 21 is connected to the front end of the housing 22 to communicate with the inside. As the air is sucked by the air pump 51 as described above, the air in the negative pressure cup 23 is supplied to the housing 22. And through the gap between the internal structure 31 of the cold / hot unit 30 installed in the housing 22 to exit the air hose 21.

In this state, when the user comes into close contact with the skin S, the skirt tube 24 provided at the tip of the negative pressure cup 23 is exposed to the skin S by the negative pressure caught in the negative pressure cup 23 as shown in FIG. 5. It is pushed up into the negative pressure cup 23.

As the skin S is pushed up into the negative pressure cup 23, the skin S in the negative pressure cup 23 is stretched and stretched, thereby expanding the capillaries and pores of the skin.

Herein, as mentioned in the center of the negative pressure cup 23, the delivery member 34 of the cold / hot unit 30 is positioned so that the skin S is pushed into the negative pressure cup 23 while being in an expanded state. ) As close as possible.

In this state, the thermoelectric element 32 of the cold / hot unit 30 is operated to apply cold air or heat to the swollen skin S, thereby massaging the cold skin S.

Therefore, the skin is swollen and the capillaries and pores of the skin is expanded in the cold and hot massage is made to be able to double the massage effect.

Looking at the operation of the cold and hot unit 30, according to the operator's operation of the switch 16, the controller 14 calculates the operation signal to control the power supply unit 12 to control the current through the power supply unit 12 to the main body 10 ) Is applied to the thermoelectric element 64 and the circulation pump 68 of the thermoelectric element 64 and the cooling fan 66 and the cold / hot unit 30.

In the thermoelectric element 32 in the cold / hot unit 30 receiving the current, the surface on which the transfer member 34 is attached is cooled and heat is generated on the surface on which the heat sink 65 on the opposite side is attached.

Accordingly, the cold air of the thermoelectric element 32 is transferred to the transfer member 34 in contact with the thermoelectric element, thereby applying cold air to the skin (S of FIG. 5) raised into the negative pressure cup 23 as described above.

The heat generated on the opposite side of the thermoelectric element 32 is transferred to the heat pipe 36 through the heat transfer member 34, and the heat pipe 36 quickly transfers heat generated from the heat transfer member 34. Will be transferred to the other side.

Meanwhile, the thermoelectric element 64 is also operated according to the current applied to the thermoelectric element 64 installed in the water cooling unit 60 of the main body 10 to apply cold air to the water tank 63 to which the thermoelectric element is attached. 63) to cool.

In addition, the cooling fan 66 is operated to cool the heat generated at the heat generating surface opposite to the thermoelectric element 64. That is, when the cooling fan 66 is operated, the outside air flows to the heat dissipation rib 67 of the heat sink 65 to cool the heat of the thermoelectric element 64 transferred to the heat dissipation rib 67.

Through the operation of the cooling fan 66, the cooling temperature of the thermoelectric element 64 in the water cooling unit 60 is continuously lowered, thereby lowering the temperature of the cooling water contained in the water tank 63.

The cooling water in the water bottle 63 cooled through the above process is forcibly discharged through the water pipe 38 installed at the outlet 61 in accordance with the operation of the circulation pump 68, and the inside of the cold / hot unit 30 through the water pipe 38. Is supplied.

Here, the water pipe 38 is connected to the water cooling jacket 37 of the cold / hot unit 30 so that the coolant flowing along the water pipe 38 flows along the water cooling jacket 37 surrounding the heat pipe 36. The pipe 36 is cooled.

The coolant, which flows around the heat pipe 36 and rises in temperature, is discharged again along the water pipe 38 connected to the cooling jacket 37, and through the inlet 62 of the water tank 63 to which the water pipe 38 is connected. ) Flows back inside.

As the above process continues, the heat pipe 36 is radiated by the coolant and the thermoelectric element 32 in the cold / hot unit 30 in contact with the tip of the heat pipe 36 through the cooling of the heat pipe 36. The heating surface of the will continue to cool.

As described above, the thermoelectric element 32 in the cold / hot unit 30 is rapidly dissipated by the heat pipe 36, the water cooling jacket 37, and the cooling water so that the cooling surface temperature of the thermoelectric element can be continuously lowered. Accordingly, the cooling surface of the thermoelectric element, that is, the temperature of the transmission member 34 in contact with the cooling surface is lowered to the maximum so that the temperature of the transmission member 34 can be expanded in the range of -20 ° C to 60 ° C.

Here, the temperature of the transmission member 34 is detected through the temperature sensor 35 installed on one side of the transmission member 34 and continuously applied to the controller 14, so that the temperature of the transmission member 34 can be easily adjusted to a desired temperature. It can be adjusted.

On the other hand, according to another embodiment of the massage device, the pressure device 20 may be implemented by pushing the skin through a roller.

6 to 8 well illustrate the pressurizer according to another embodiment.

According to the drawings, the pressure unit 20 has a frame 72 having a cold / hot unit 30 constituting the massaging machine at the center thereof and an open lower end thereof, and a support 73 installed at both sides of the frame 72. A pair of pressure rolls 74 rotatably axially coupled between the supports 73 so as to face opposite open lower ends of the frame 72 so that portions exposed to the bottom contact the skin; It is installed on the support 73 and connected to the rotary shaft of the pressure roll 74 via a power transmission means includes a drive motor 75 for rotating the pressure roll 74 in accordance with the signal of the main body 10. .

Here, the power transmission means may be applied to a variety of mechanisms such as gears and chains, and in this embodiment, the drive gear 76 and the driven gear installed on the rotating shaft of the pressure roll 74 is installed on the power shaft of the drive motor 75. (77) It consists of a gear group of the intermediate gear 78 meshed with the said drive gear and a driven gear.

Each gear 76, 77, 78 constituting the gear group is installed in the support 73.

Accordingly, when the pressure device 20 is placed on the skin S, the pressure roll 74 protruding from the lower portion of the frame 72 comes into contact with the skin. In this state, the driving motor 75 is operated to mediate the gear group. The furnace power is transmitted to the pressure roll 74 so that each pressure roll 74 rotates in one direction.

Here, the pressing rolls 74 are individually connected to the driving motor 75 so that the rotational direction of the pressing rolls 74 is changed according to the driving direction of the driving motor 75, and thus, the two pressing rolls 74. The state in which the skin S is inflated differs depending on the direction in which) rotates.

FIG. 6 shows that the pressing rolls 74 on the right side rotate clockwise and the pressing rolls 74 on the left side rotate counterclockwise with two pressing rolls 74 rotating in different directions, respectively. The case is illustrated. Accordingly, the skin S between the two pressure rolls 74 may be pushed between the pressure rolls 74 and finally pushed into the frame 72.

As shown in FIG. 6, as the pressure roll 74 rotates as described above, the skin S is pushed in the direction in which the pressure roll 74 rotates to be pushed up into the frame 72 between the pressure rolls 74. do.

Therefore, the skin S is in close proximity to the delivery member 34 of the cold / hot unit 30 installed in the center of the frame 72 in an expanded state.

Since the operation of the cold and hot unit 30 is the same as mentioned above, the description thereof will be omitted.

According to yet another embodiment of the present pressure may be a structure to expand the skin by applying a negative pressure in the frame in which the pressing roll 74 is installed.

To this end, the pressurizer 20 is installed between the frame 72 having the cold / hot unit 30 constituting the massager at the center and the lower end thereof opened, and the support 73 installed at both sides of the frame 72. A pair of pressing rolls 74, the main body 10, and the frame 72 are rotatably axially coupled to face opposite open lower ends of the frame 72 so that exposed portions thereof come into contact with the skin. It is connected between the inside includes an air hose 21 to suck the air inside the frame to form a negative pressure inside the frame.

The air hose 21 is connected to the air pump 51 of the main body to discharge the air inside the frame as the air pump is controlled by the controller 14.

Accordingly, when air is sucked through the air hose 21 while the pressure roll 74 of the frame is in close contact with the skin, negative pressure is applied to the frame 72 so that the skin S is pushed up into the frame 72. do.

At this time, the pressure roll 74 is installed in the frame 72 is rotated in accordance with the movement of the skin (S) in a freely rotatable state with respect to the frame while the skin is flexibly pushed into the frame 72 Allow it to go up.

As the skin S is pushed up into the frame 72, the skin S is stretched and stretched, and thus the cold and hot unit 30 is installed in the frame 72 in a state where capillaries and pores of the skin are expanded. I can receive a cold massage.

On the other hand, the massage device may be equipped with the ultrasonic unit 80 or the medium and low frequency unit 81 or the color therapy unit 82 in the pressurizer 20 together with the cold and hot unit 30 mentioned above as the massager. .

The ultrasonic unit (refer to 80 of FIG. 3) or the middle and low frequency unit (see 81 of FIG. 3) is installed in the housing 22 and receives an electric current from the main body 10 to deliver ultrasonic or medium or low frequency to the skin. Oscillator (not shown) or pad (not shown).

To this end, the main body 10 is provided with an oscillation unit 85 for generating an oscillation voltage and an output unit 86 for supplying a pulse output signal output from the oscillation unit to a pad. It extends through the cable 41 connected to the 20 is connected to the output unit 86 provided in the main body 10.

Accordingly, when the user operates the switch 16 on the main body 10, the oscillator 85 generates an output pulse changed according to the signal of the controller 14 and supplies it to the vibrator or the pad through the output unit 86. By applying ultrasonic or medium and low frequency to the user's body for a certain time, tapping, kneading, and pressing are applied.

At this time, as mentioned above, the pressure device 20 is capable of maximizing the massage effect by contacting the pad in a state in which the skin is inflated by applying negative pressure to the skin.

In addition, the color therapy unit (see 82 in FIG. 3) is installed in the housing 22 of the pressurizer 20 and electrically connected to the main body 10 to emit three primary colors of red / blue / green LED lamps (83).

The LED lamp 83 is provided with at least one red, blue, green alternately spaced apart along the separate bracket (84) installed inside the housing (22).

Accordingly, the combination of light generated by the LED lamps 83 of each color is projected downward through the gap between the housing 22 and the internal structure 31 to irradiate the skin sucked up into the housing 22.

Here, the light emitting diode constituting the LED lamp 83 emits light when a current flows, and creates a hydrogen carrier (electron or hole) injected using a pn junction structure of a semiconductor, and emits light by recombination thereof. Is one thing. Since the technology of the light emitting diode is already known, a description thereof will be omitted.

In the present embodiment, the LED lamp is provided with a pair of three red, green, and blue colors, and since the three primary colors of light are red, green, and blue, various colors can be realized by appropriately combining the color light emitted from the three LED lamps. This becomes possible.

In order to operate the respective LED lamps 83, the main body 10 includes a power supply 87 for supplying necessary power or adjusting voltage to each LED lamp 83 according to a signal from the controller 14. The wire 39 is provided and connected to each of the LED lamps is extended through a cable 41 connected to the pressure device 20 is connected to the power supply 87 provided in the main body 10.

Therefore, when the switch 16 is adjusted to the desired color, the light of the desired color can be synthesized through the harmony of the light of each color as well as red, blue, and green.

For example, if a red light is required, the power applied to the blue and green LED lamps 83 is cut off, and only a red LED lamp is applied to obtain a red light. If a yellow light is desired, a green LED lamp and a red light are required. By applying power only to the LED lamps, yellow light can be obtained through the combination of the two lights.

Of course, if the voltage applied to each LED lamp is controlled through the control of the power supply unit 87, the light intensity can be adjusted so that not only the combination of each LED lamp but also a combination of light according to the light intensity can be produced. So you can make all the lights of your choice.

As mentioned above, the pressurizer 20 applies maximum pressure to the skin and irradiates the light emitted from each LED lamp in the state of inflating the skin to maximize the color treatment effect such as soothing the skin or regenerating skin cells. It will be possible.

The present invention can be seen to provide a massage device having a significantly innovative function as described above. While exemplary embodiments of the present invention have been shown and described, various modifications and other embodiments may be made by those skilled in the art. Such modifications and other embodiments are all considered and included in the appended claims, without departing from the true spirit and scope of the present invention.

As described above, according to the cold and hot massage device according to the present invention, the massage effect can be maximized by performing various skin massages in a state in which the blood is maximally expanded to promote blood circulation through vascular stimulation of the skin.

1 is a schematic perspective view showing the overall configuration of the massage device according to an embodiment of the present invention.

2 is a cross-sectional view showing a massage part of the massage device according to an embodiment of the present invention.

3 and 4 is a schematic configuration diagram showing the main body configuration of the massage device according to an embodiment of the present invention.

Figure 5 is a schematic cross-sectional view showing the operation of the massage portion of the massage apparatus according to an embodiment of the present invention.

6 is a cross-sectional view showing a massage part of the massage device according to another embodiment of the present invention.

7 is a schematic exploded perspective view showing the configuration of a massage unit according to another embodiment of the present invention.

8 is a perspective view illustrating an assembly state of a massage part according to another embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

10: body 11: case

12: power supply unit 13: switch unit

14 controller 15 display unit

16: switch 17: monitor

20: pressure 21: air hose

22 housing 23 negative pressure cup

24: skirt tube 30: cold and hot unit

31: internal structure 32, 66: thermoelectric element

34: transmission member 35; temperature Senser

36: heat pipe 37: water cooling jacket

38: water pipe 39: electric wire

40: heat transfer medium 41: cable

42 connector 50 pressure reducing unit

51: air pump 52: solenoid valve

60: water cooling part 61: outlet

62: entrance 63: water bottle

65: heat sink 66: cooling fan

68: circulation pump 70: insulation

80: low frequency unit 81: medium frequency unit

82: color therapy unit 85: oscillation unit

86: output unit 87: power supply unit

Claims (11)

A pressurizer for applying pressure to the skin of the body to expand the skin, A cold / hot unit installed in the pressure device to apply a cold / massage massage to the skin inflated by external pressure; The main body is connected to the pressure unit and the cold / hot unit to control the functions of the pressure unit and the cold / hot unit. Massage device comprising a. The housing of claim 1, wherein the pressure unit extends in a long direction to form a handle, and the air flows into the inside, and a negative pressure cup which is integrally formed at a lower end of the housing and has an open end to form a space in which the skin is pushed out. An air hose for distributing air in the negative pressure cup under control of the main body by connecting the tip of the main body to the main body, an air pump installed in the main body and connected to the air hose to suck air, and installed on the air hose Massage device comprising a solenoid valve for opening and closing the hose. The massage device according to claim 2, wherein a skirt tube made of a transparent material is fastened to a lower end of the negative pressure cup. The thermoelectric device of claim 1, wherein the cold / hot unit includes an internal structure installed inside the housing of the pressure press, a thermoelectric element installed at a tip of the internal structure, and positioned in the negative pressure cup to apply cold and heat to the skin. Massage device comprising a power supply for being provided and electrically connected to the thermoelectric element for applying the necessary current to the thermoelectric element. The thermoelectric device of claim 4, wherein the cold / hot unit is installed at a tip of the internal structure and attached to the inner surface of the thermoelectric element to transfer heat of the thermoelectric element, and the thermoelectric element is in contact with the inner surface of the thermoelectric element. Massage device further comprises a heat pipe for transferring heat, a water cooling jacket installed along the outer circumferential surface of the heat pipe, and a water cooling unit provided in the main body and connected to the water cooling jacket and a water pipe to supply cooling water. The water cooling unit of claim 5, wherein the water cooling unit has a water outlet formed with an outlet through which the coolant flows out and an inlet through which the coolant flows, and a thermoelectric element for cooling the water bottle by contacting the outer surface of the coolant bottle, and a thermoelectric element in contact with the outer surface of the thermoelectric element. A heat sink for dissipating heat generated by the element, a cooling fan for discharging air for cooling with the heat sink, and a cooling fan for cooling the heat dissipation rib of the heat sink, and forcibly distributing the cooling water in the water bottle to the water cooling jacket through the water pipe. Massage device comprising a circulation pump for. The apparatus of claim 1, wherein the main body includes a case forming an outer shape, a pressure reducing unit provided in the case to suck air through the air hose, and installed inside the case to circulate cooling water to the cold / hot unit. A water cooling unit, a power supply unit electrically connected to the thermoelectric element, a power supply unit for applying a current required for the thermoelectric element, a switch unit including switches for operating each driving unit, and a controller for controlling each component by calculating an operation signal of the switch unit And a display unit connected to the controller and including a monitor configured to output necessary data. According to claim 1, wherein the pressure unit is installed at the center of the frame, the cold and hot unit, the lower end of the frame, the support is installed on both sides of the frame, rotatably coupled between the support and the lower portion of the open frame A pair of pressure rolls disposed opposite to each other and exposed to the lower part thereof are in contact with the skin, and are installed on the support and connected to the rotating shaft of the pressure roll through a power transmission means to press the pressure rolls according to the signal of the main body. Massage device comprising a drive motor for rotating. According to claim 1, wherein the pressure unit is installed in the center of the cold and hot unit and the lower end of the frame, a pair of pressure rolls facing each other to contact the skin on the lower open end of the frame, the tip of the housing and An air hose for distributing air in the frame under control of the main body by connecting the main body, an air pump installed in the main body and connected to the air hose to suck air, and installed on the air hose to open and close the air hose Massage device comprising a solenoid valve for. The oscillator of claim 1, further comprising: a pad installed in the housing to transmit medium and low frequencies to the skin; an oscillator provided in the main body and generating an oscillation voltage; and a pulse output signal electrically connected to the pad and output from the oscillator. Massage device comprising a low frequency unit further comprises an output unit for supplying the pad. According to claim 1, wherein the red / blue / green LED lamp which is installed in the housing of the pressure and emits three primary colors, and provided in the main body and electrically connected to each of the lamps to supply the necessary power to each LED lamp Or a massage device characterized in that it further comprises a color therapy unit including a power supply for adjusting the voltage.