KR102286259B1 - Skin and scalp care - Google Patents

Abstract

The present invention relates to a skin and scalp care device for skincare professionals used in a skin shop or the like, and more specifically, to a skin and scalp care device capable of being used by attaching and detaching a thumb-shaped acupressure rod that can generate heat to a ceramic thermal stimulator that is heated by the manipulation of a control signal of the skin and scalp care device. In addition, in case of being used in combination with the ceramic thermal stimulator and the acupressure rod, it enhances blood circulation, lymph circulation, and immunity by relaxing the muscles and increasing the body temperature without damaging the skin and the muscles, and at the same time, is capable of improving a massage function by stabilizing the skin and the muscles stimulated with heat.

Description

Skin and scalp care device {Skin and scalp care}

The present invention relates to a skin and scalp care device for skin care professionals used in a skin shop, and more particularly, by attaching and detaching a thumb-shaped acupressure rod capable of generating heat to a ceramic thermal stimulator heated by manipulation of a control signal of the skin and scalp manager. However, when used in combination with a ceramic thermal stimulator and acupressure rod, it does not damage the skin and muscles, relaxes the muscles and raises the body temperature to enhance blood circulation, lymph circulation and immunity. By stabilizing the muscles, the massage function can be improved.

Recently, as the desire to pursue a beautiful and healthy life is increasing in consideration of the improvement of living standards and quality of life, interest in skin beauty is increasing to protect the skin from loss of elasticity and to maintain youthful and beautiful skin called the youngest age. .

Accordingly, since waste products are constantly generated and discharged in the process of performing the skin's metabolism, interest in skin beauty methods to maintain a clean state by properly removing them is increasing.

Recently, skin care centers such as skin shops that only take care of the skin are in business. These skin care centers use skin and scalp care devices to supply sufficient nutrients to the face, hands, feet, scalp or whole body, as well as continuously massage the skin. By doing so, healthy skin is maintained.

Such a skin and scalp care device presented above is realized through Patent Registration No. 10-1675682, which the present applicant received a patent for, and the registered patent includes a temperature sensing unit and a temperature switch, a vacuum pump operation switch, and a switch for controlling vacuum pressure. In controlling the galvanic ion generating unit, the heat generating and ultraviolet LED driving unit, and the vacuum pump by a control unit including a microprocessor for controlling an input signal such as connecting to one massage device and controlling it, it is connected to the first socket of the massage device one massage cream supply port; a ceramic heat and combined sterilizer connected to the second socket of the massage device; a galvanic ion generator connected to the third socket of the massage device; By including a vacuum suction device connected to the fourth socket of the massage device, it is possible to efficiently perform a massage function as well as skin care as a single massage device.

In particular, each of the ceramic heating unit connected to the first socket and the ceramic heating and sterilizer connected to the second socket of the massage device operates the heater during the selected operation time of the control unit to generate ceramic heat. The muscle fascia can be stabilized by increasing blood flow to the skin by far-infrared rays to promote muscle relaxation. The problem is pointed out that the fatigue of the muscle fascia cannot be sufficiently relieved because it cannot release the muscle fascia. Therefore, the inconvenience of massage work and the problem that it takes a lot of massage time to sufficiently release the muscle fascia are pointed out.

In the present invention, when using a ceramic thermal stimulator for skin and scalp care, the muscle fascia is stimulated while pressing with an acupressure rod, and at the same time, the muscle fascia is stabilized by the ceramic heat, thereby stabilizing the stimulated skin and muscles to provide a massage function. Make it a technical task to improve.

In addition, the present invention makes it a technical task to provide the ease and convenience of the massage operation when the operator of the skin and scalp care device uses the ceramic thermal stimulator.

In addition, the present invention makes it a technical task to make it possible to attach and detach acupressure rods to a ceramic thermal stimulator so that a ceramic thermal massage or a ceramic thermal massage combined acupressure can be performed in parallel.

According to the present invention, a ceramic thermal stimulator, a thermal suction massager, a galvanic ion stimulator for scalp, and an air brush are applied to each of the cradles formed with engaging parts at both ends of the upper operation control switch panel part of the movable manager body, and each of the ceramic thermal stimulator and thermal suction A cradle for a skin and scalp care device that operates a massager, a galvanic ion stimulator for the scalp, and an air brush, selects the control switch panel, and performs each operation according to temperature, time, and pressure intensity by the program of the controller mounted inside the body A ceramic thermal stimulator used by hooking or detaching from the body includes a handle coupled to a connecting wire connected to the power supply of the main body of the manager; a head coupled to the tip of the handle; A circular ceramic heat generating unit protruding from the head portion, but with a ceramic installed inside the ceramic heat generating unit of the circular body, the periphery of the ceramic heat generating unit is surface-treated with aluminum having high thermal conductivity to provide In the above, it is possible to attach and detach a ceramic acupressure bar in the form of a thumb that can generate heat to be transferred to the ceramic thermal stimulator, wherein the ceramic acupressure bar in the form of a thumb includes a semi-elliptical protruding acupressure part at a predetermined interval under both ends of the tip of the acupressure bar body and A semi-elliptical protruding acupressure part is formed, and a heat transfer recess is formed inside the body of the acupressure rod to face the ceramic heat generating part of the circular body of the ceramic heating stimulator to transfer heat, and the fitting recess of the coupling part of the upper end of the acupressure bar body is formed. It is characterized in that the fitting elastic concave portion of the coupling medium member coupled to the is coupled to be fitted around the pillar portion between the head portion of the ceramic heating stimulator and the ceramic heat generating portion of the circular body.

The present invention has the effect of improving the massage function by stabilizing the stimulated skin and muscles by stimulating the muscle fascia while pressing it with a thumb-shaped acupressure rod and at the same time stabilizing the muscle fascia by ceramic heating.

In addition, the present invention has the effect of providing convenience of use by attaching and detaching a thumb-shaped acupressure rod to the ceramic thermal stimulator so that it can be used according to the treatment conditions.

In addition, the present invention does not damage the skin and muscles and does not cause pain in the operator's fingers, and the acupressure is performed by two semi-elliptical protruding acupressure parts in the shape of a thumb, so that acupressure can be performed easily.

In addition, in order to secure the convenience and safety of use, the present invention provides a pistol trigger type finger locking groove formed by forming a plurality of non-slip grooves on one or both ends of the handle of the ceramic thermal stimulator and protruding inside the tip of the handle. It relieves the fatigue that accumulates on the operator's wrist when the operator holds the handle for a long time due to the safety chin and performs the operation. The grip feel can be improved, and the heat generated from the ceramic heat generating part of the circular body is transferred to the operator's finger due to the circular heat transfer prevention plate and can prevent burns, thereby securing the convenience and safety of use. have the effect that

1 is an overall configuration perspective view of a skin and scalp care device according to the present invention.
2 is a plan view of the operation control switch panel of the skin and scalp care device according to the present invention.
3 is a perspective view of a state in which a ceramic acupressure rod in the form of a thumb is coupled to the ceramic thermal stimulator of the skin and scalp care device according to the present invention.
4 is a perspective view of a state in which the ceramic acupressure rod in the form of a thumb is separated from the ceramic thermal stimulator of the skin and scalp care device according to the present invention.
5 is a coupling and separation side view illustrating a state in which a thumb-shaped ceramic acupressure rod is coupled to the ceramic thermal stimulator according to the present invention, (a) is a combined state, (b) is a separated state.
6 is a view showing a thumb-shaped ceramic acupressure bar according to the present invention, (a) is a coupled state, (b) is a separated state view.
7 is a view showing a ceramic thermal stimulator in the form of a thumb is combined or separated from a ceramic thermal stimulator of the skin and scalp care device according to the present invention. It is a view showing an example, and (b) is a state diagram of using the ceramic thermal stimulator in a state in which the ceramic acupressure rod in the form of a thumb is separated.
8 is a view of a thermal suction massager according to the present invention, (a) is a perspective view of the suction massager as viewed from the bottom, (b) is a perspective view of the suction massager as viewed from above, and (c) is a plan view of the suction massager.

The present invention will be described in detail with reference to the accompanying drawings.

The present invention relates to a ceramic thermal stimulator 20, a thermal suction massager 30, and a galvanic ion stimulator for the scalp, respectively, on the cradles 12 with hooking parts formed at both ends of the upper operation control switch panel part 11 of the movable manager body 10. (40) and an air brush not shown, but the ceramic thermal stimulator 20, the thermal suction massager 30, the scalp galvanic ion stimulator 40 and the air brush are operated and controlled by the control switch panel part 11 By the selection operation of and the program of the control unit mounted inside the main body 10, the skin and scalp care device 100 that performs each operation according to temperature, time, and pressure intensity adjustment by hooking or detaching from the holder 12 is used. The ceramic thermal stimulator 20 to be used includes a handle 21 coupled to a connecting wire connected to the power supply of the manager body; a head portion 22 coupled to the tip of the handle 21; and a circular ceramic heat generating unit 23 protruding from the head 22, wherein the ceramic is installed inside the circular ceramic heat generating unit 23, and the ceramic heat generating unit 23 In providing the periphery of the surface treatment with aluminum having high thermal conductivity, a ceramic acupressure rod 50 in the form of a thumb capable of generating heat transferred to the ceramic thermal stimulator 20 is detachable and detachable, but the thumb-shaped ceramic The acupressure rod 50 is formed with a semi-elliptical protruding acupressure part 51A and a semi-elliptical protruding acupressure part 51B with a space portion (S) at regular intervals in the lower portions of both ends of the acupressure bar body 51, and the acupressure bar body (51) on the inner side of the ceramic heating stimulator 20, a heat transfer concave portion 51C is formed on the periphery of the ceramic heat generating unit 23 of the circular body to transfer heat, The fitting elastic recessed part 52A of the coupling media member 52 coupled to the fitting recessed recess 51D' of the coupling part 51D is connected to the head 22 of the ceramic thermal stimulator 20 and the circular ceramic heat generating part. (23) It can be configured to be coupled to fit around the pillar portion (24) between.

In the above, the fitting protrusion 52B of the coupling medium member 52 is fitted to the fitting concave portion 51D' of the coupling portion 51D at the upper end of the acupressure bar body 51 to achieve a strong coupling, and the circular ceramic body At the upper end of the column part 24 between the heat generators 23, a circular heat transfer prevention plate ( 25), wherein the fitting elastic recessed portion 52A of the coupling medium member 52 is elastically attached to the pillar portion 24 between the circular heat transfer prevention plate 25 and the circular ceramic heat generating portion 23. The ceramic acupressure rod 50 in the form of a thumb can be detachably attached to the ceramic thermal stimulator 20 by combining the ceramic thermal stimulator 20 and the ceramic thermal stimulator 20 and the ceramic acupressure rod 50 in the form of a thumb. When combined, the heat transfer concave portion 51C inside the acupressure bar body 51 is interviewed around the circular ceramic heat generating part 23 as shown in FIGS. 5 (a) and 7 (a) to heat the ceramic. The heat generated by the heated ceramic inside the generator 23 is transferred to the semi-elliptical protruding acupressure part 51A and the semi-elliptical protruding acupressure part 51B of the thumb-shaped ceramic acupressure rod 50, and the far-infrared rays by the ceramic Heat is generated from the semi-elliptical protruding acupressure part 51A and the semi-elliptical protruding acupressure part 51B. By doing so, the massage function can be improved by stabilizing the stimulated skin and muscles. It is good to be able to maintain the angle of the photo (eg, 110 to 135 degrees is desirable).

That is, when the ceramic thermal stimulator 20 and the thumb-shaped ceramic acupressure rod 50 are combined and used as shown in FIG. The handle 21 of the ceramic thermal stimulator 20 toward the front and rear of the skin P in a state in which the lower end of the rear end of the ceramic heat generating unit 23 of the circular body is surfaced with the skin P in an inclined state. When the operator grasps and pushes or pulls, the two semi-elliptical protruding acupressure parts 51A and 51B in the shape of a thumb constituting the ceramic acupressure rod 50 to which the ceramic heat is conducted are pushed or pulled in an inclined state and the skin (P) ), the muscle fascia stimulated by the two semi-elliptical protruding acupressure parts 51A and 51B by the heat of the circular ceramic heat generator 23 while releasing the muscle fascia while pressing the muscle fascia with the thumb. The massage function can be further improved by stabilizing the Easy acupressure treatment is possible.

That is, as if harrowing the muscle fascia of the skin, it is pressed by two semi-elliptical protruding acupressure parts 51A and 51B to release it while digging it, and the high and low of the muscle fascia by the harrowing is generated by the ceramic heat of the circular body. It can be stabilized by the lower rear end of the part 23, and furthermore, the ceramic far-infrared heat generated from each of the two semi-elliptical protruding acupressure parts 51A and 51B and the circular ceramic heat generating part 23 is applied to the skin. Therefore, the massage function can be further improved.

In particular, in the present invention, a plurality of non-slip grooves 21-1 are formed on one side or both ends of the handle 21 of the ceramic thermal stimulation apparatus 20 to ensure ease of use and safety, and the tip of the handle 21 is formed. It may be provided by protruding a safety locking jaw 21-2 for locking the index finger of a pistol trigger type on the inside.

Accordingly, when the operator uses the ceramic thermal stimulator 20, the operator's index finger is hung on the safety locking jaw 21-2 for locking the index finger. Since it is caught in the locking jaw 21-2 and the operator's palm is prevented from slipping by the anti-slip groove 21-1, it is possible to push or pull the ceramic thermal stimulator 20 more reliably. It is possible to prevent the case where the index finger caught on the safety locking jaw 21-2 for finger locking is burned from the high heat generated by the ceramic heat generating part 23 of the circular body by the circular heat transfer prevention plate 25, , The circular diameter of the safety locking jaw 21-2 for the index finger locking in each drawing presented in the present invention is the high generated by the circular heat transfer prevention plate 25 of the index finger in the ceramic heat generator 23 of the circular body. It is preferable if the size can prevent burns from heat.

And, when the thumb-shaped ceramic acupressure rod 50 is not used, the fitting elastic concave portion 52A of the coupling medium member 52 can be elastically separated from the pillar portion 24 so that it can be easily detached, In this case, the muscle fascia may be massaged using only the ceramic heat generating unit 23 as shown in FIG. 7(b).

On the other hand, as shown in FIG. 2, the upper operation control switch panel part 11 of the movable manager main body 10 is. A suction/massage selection switch 11-1 and a suction/massage operation switch 11-2 are installed, the selection of the suction/massage selection switch 11-1 and the suction/massage operation switch 11-1' You can select and use a ceramic thermal stimulator (20) or a thermal suction massager (30) for skin and fascia contraction relaxation and blood lymph circulation by selecting and pressing the The thermal suction massager 30 has a suction massage unit 31 formed in an oval shape as shown in (a), (b), (c) of FIG. It can be formed and provided, and the suction massage unit 31 of the thermal suction massager 30 is pushed and pulled after being interviewed on the skin surface to relax the muscle and fascia layer to enhance the massage effect, and the oval suction massage unit ( 31), it is possible to reduce irritation to the skin and muscles during skin adsorption movement, thereby further enhancing the massage function.

And, 11-2 shown in the operation control switch panel unit 11 is a galvanic ion switch for driving the galvanic ion stimulator 40 for scalp care for scalp care through micro-current and ion supply, and 11-3 is a galvanic ion switch for the skin and scalp. It is an airbrush switch (not shown) that supplies nutrients, 11-4 is a skin/scalp action switch, 11-5 is a skin/scalp selection switch, 11-6 is a safety switch, 11-7 is a time and temperature up/down switch , 11-8 is a temperature/time setting switch, 11-9 is a pressure intensity control volume, all of these switch functions can be performed by the program of the control unit mounted inside the manager body (10).

Although the embodiment has been described above, it is only an example and does not limit the present invention, and those of ordinary skill in the art to which the present invention pertains are not exemplified above in a range that does not depart from the essential characteristics of the present embodiment. It can be seen that various modifications and applications are possible.

In addition, differences related to such modifications and applications should be construed as being included in the scope of the present invention defined in the appended claims.

10: manager body 20: ceramic thermal stimulator
22: head unit 23: circular ceramic heat generating unit
30: thermal suction massager 50: ceramic acupressure rod
51A, 51B: semi-elliptical protruding acupressure part 51C: heat transfer recessed part
100: skin and scalp care

Claims (4)

A ceramic thermal stimulator 20, a thermal suction massager 30, a galvanic ion stimulator 40 for the scalp, respectively, on the cradles 12 with locking parts formed at both ends of the upper operation control switch panel part 11 of the movable manager body 10 and the air brush, but the ceramic thermal stimulator 20, the thermal suction massager 30, the scalp galvanic ion stimulator 40, and the air brush are operated. (10) Ceramic thermal stimulator 20 used by hooking or detaching from the cradle 12 of the skin and scalp care device 100 that performs each operation according to temperature, time, and pressure intensity control by the program of the control unit mounted therein ) is a handle 21 coupled to the connecting wire connected to the power supply of the main body of the manager; a head portion 22 coupled to the tip of the handle 21; and a circular ceramic heat generator 23 protruding from the head 22, but a ceramic is installed inside the ceramic heat generator 23 of the circular body, and the ceramic heat generator 23 In providing the periphery of the surface treatment with aluminum having high thermal conductivity, a ceramic acupressure rod 50 in the form of a thumb that can generate heat transferred to the ceramic thermal stimulator 20 is detachable and detachable, but the thumb-shaped ceramic The acupressure rod 50 is formed with a semi-elliptical protruding acupressure part 51A and a semi-elliptical protruding acupressure part 51B with a space portion (S) at regular intervals in the lower portions of both ends of the acupressure bar body 51, and the acupressure bar body 51, a heat transfer concave portion 51C is formed on the inner side of the ceramic heat generating unit 23 of the circular body of the ceramic thermal stimulation device 20 to transfer heat, and the upper end of the acupressure bar body 51 is formed. The fitting elastic recessed recess 52A of the coupling media member 52 coupled to the fitting recessed recess 51D' of the coupling part 51D is connected to the head 22 of the ceramic thermal stimulator 20 and the circular ceramic heat generating part. (23) Skin and scalp care device, characterized in that it is configured to be fitted to fit around the pillar portion (24) between. The method according to claim 1, wherein the fitting protrusion (52B) of the coupling medium member (52) is fitted to the fitting recess (51D') of the coupling portion (51D) of the upper end of the acupressure bar body (51) so that the coupling is made, and At the upper end of the column part 24 between the ceramic heat generators 23 of the circular body, the heat generated from the ceramic heat generator 23 of the circular body is transferred to the operator's fingers, and a circular heat transfer to prevent burns from occurring A preventive plate 25 is formed, but the fitting elastic recessed portion 52A of the coupling medium member 52 is provided with a pillar portion 24 between the circular heat transfer prevention plate 25 and the circular ceramic heat generator 23 . ), a skin and scalp care device characterized in that it is elastically fitted to the structure. The method of claim 1, wherein a plurality of non-slip grooves (21-1) are formed on one or both ends of the handle (21) of the ceramic thermal stimulator (20), and the index finger in the form of a pistol trigger is formed inside the tip of the handle (21). Skin and scalp care device, characterized in that it is configured by protruding a safety locking jaw (21-2) for locking. According to claim 1, wherein the angle between the coupling portion (51D) of the upper end of the acupressure rod body (51) and the two semi-elliptical protruding acupressure portions (51A, 51B) is characterized in that it is configured to maintain an inclined angle. scalp care.

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