KR102470744B1 - Skin absorption inducer - Google Patents

Abstract

A skin absorption inducing device comprises: a support guide having a receiving space formed therein, and including a guide plate with a plurality of guide holes; a plurality of perforation pins disposed in the receiving space of the support guide, and disposed in the plurality of guide holes to perforate the skin; and a skin nutrient supply unit supplying skin nutrients through the plurality of guide holes. The plurality of perforation pins penetrate through the plurality of guide holes and are disposed at perforation positions so as to protrude outward from the plate surface of the guide plate. An objective of the present invention is to provide a skin absorption inducing device capable of injecting nutrients into the skin through the perforation along with the perforation of the skin.

Description

Skin absorption inducer {Skin absorption inducer}

The present invention relates to a skin absorption inducing device, and more particularly, to a skin absorption inducing device for absorbing skin nutrients into the skin for skin beauty.

In general, skin consists of an epidermal (outer skin) layer, a dermal (endodermal) layer, and a subcutaneous tissue layer. Among them, the dermal layer is filled with collagen and elastin. As the body ages, the amount of collagen and elastin gradually decreases, so the skin layer becomes thin and dry, or the elasticity of the skin decreases, resulting in wrinkles and aging. In order to prevent such aging of the skin, skin active ingredients for skin care were applied or applied to the skin to permeate. In addition, a hole was formed while pressing the skin with a roller with protruding needles formed on the outer circumferential surface so that a larger amount was absorbed into the skin more quickly, and the nutrient absorption was increased by injecting nutrients into the hole.

However, since perforations are formed in the skin and nutrients are not absorbed through the perforations at the same time, the absorption rate of nutrients is not high, and since the nutrients must be applied separately after forming perforations in the skin, there is a very inconvenient problem.

(Prior art literature)

Korea Utility Model Registration No. 20-0395359

Accordingly, an object of the present invention is to provide a skin absorption inducer capable of injecting nutrients into the skin together with the perforation of the skin.

A skin absorption inducing device according to the present invention for achieving the above object includes a support guide having a guide plate having an accommodation space formed therein and having a plurality of guide holes formed therein; a plurality of perforation pins disposed in the receiving space of the support guide and disposed in the plurality of guide holes to perforate the skin; and a skin nutrient supply unit for supplying skin nutrient ingredients through the plurality of guide holes, wherein the plurality of perforation pins protrude outward from the plate surface of the guide plate through the plurality of guide holes. is placed on A plurality of perforation pins protruding more minutely than the surface of the guide plate presses the user's skin to form perforations, and the skin nutrient supply unit supplies skin nutrients to the guide hole so that the skin nutrients can reach the inside of the skin through the perforations formed. Therefore, the skin beauty effect to prevent aging of the skin can be improved.

Here, a pin movement driving unit for moving and driving the plurality of perforation pins between the perforation release positions inside the accommodating space of the support guide so that they do not protrude outward from the plate surface of the guide plate at the perforation position; and a control unit for controlling the pin movement driver so that the plurality of perforation pins puncture the user's skin while the user is in contact with the guide plate on the skin while the user is in contact with the guide plate on the skin. It is preferable to adjust the length of the perforated pin protruding with respect to the plate surface of the guide plate.

In addition, when the control unit controls the skin nutrient supply unit to supply the skin nutrient component to the user's skin through the plurality of guide holes in a state in which the user's skin is perforated, the skin nutrient component can be easily absorbed through the perforation formed. It is desirable to have

The high frequency generator further includes a high frequency generator that generates a high frequency current, and the control unit controls the high frequency generator to supply a high frequency to at least one of the plurality of perforation pins and the guide plate in a state where the user's skin is perforated. It is preferable because the temperature inside the skin can be increased by using, so that the efficiency of the skin nutrients absorbed through the perforation can be improved.

and a massage unit disposed to overlap with an outward surface of the guide plate and having an outward protruding part capable of relative rotation along the plate surface direction of the guide plate. and a rotary drive unit for rotationally driving the massage unit, wherein the control unit supplies the skin nutrients to the user's skin, and the plurality of perforation pins are positioned at the perforation release position in a state in which the user's skin is perforated. After controlling the pin movement drive unit to rotate the massage unit so that the rotation drive unit is rotated relative to the guide plate, the user's skin is perforated and massage is performed by rotating the massage unit, thereby increasing the absorption efficiency of skin nutrients. It is desirable that it can be improved.

According to the present invention, a plurality of perforation pins protruding more minutely than the surface of the guide plate presses the user's skin to form perforations, and the skin nutrient supply unit supplies skin nutrients to the guide hole through the perforations formed to provide skin nutrients to the inside of the skin. Since this can be reached, there is an effect of improving the skin beauty effect to prevent aging of the skin.

1 is a perspective view of a skin absorption inducing device according to the present invention.
2 is a side view of the skin absorption inducer.
3 is an operation diagram of a punch pin.
4 is a detailed illustration of a skin nutrient supply unit.
5 is an exemplary view of a massage unit.
6 is an operation diagram of thermal focusing according to movement of an ultrasonic generator.
7 is a detailed view of a perforated pin.
8 is another type of punch pin.
9 is a control block diagram.

Hereinafter, a skin absorption inducing device 1 according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view of a skin absorption inducing device 1 according to the present invention, FIG. 2 is a side view of the skin absorption inducing device 1, and FIG. 7 is a control block diagram.

1, 2, and 7 to 9, the skin absorption inducing device 1 includes a support guide 10, a perforated pin 20, a pin moving driver 30, a skin nutrient supply unit 40, Massage unit 50, massage drive unit 60, high frequency generator 70, body temperature measurement sensor 72, obesity measurement sensor 74, moisture measurement sensor 76, ultrasonic generator 80, ultrasonic movement drive unit 82, a skin thickness meter 84, a vibrator 86 and a controller 90.

The support guide 10 has an accommodation space formed therein. The support guide 10 may include a guide body 11 and a guide plate 12 .

The guide body 11 may have a trumpet shape and form an outer frame.

The guide plate 12 is coupled to the trumpet-shaped guide body 11, and may have a plate-like shape and have a plurality of guide holes 121 formed therein.

The perforation pin 20 may be provided in a sharp needle shape or may have a pointed shape to perforate the surface of the skin. The perforation pin 20 is disposed in the receiving space of the support guide 10 and is disposed in a plurality of guide holes 121 to perforate the skin. A plurality of drilling pins 20 may be disposed at a drilling position to protrude outward from the plate surface of the guide plate 12 through the plurality of guide holes 121 .

Referring to FIG. 7 in detail, the shape of each of the plurality of perforation pins 20 may be a horn shape having a shape of a blade while becoming narrower towards the tip. Each of the plurality of perforation pins 20 may have a plurality of protruding blades 21 formed to protrude radially along the longitudinal direction from the center of the shaft. Each of the plurality of protruding blades 21 may be formed along the longitudinal direction in a screw shape. Each of the plurality of protruding blades 21 may have an unequal thickness of the blade in the transverse direction of the longitudinal direction. This is because the capillary phenomenon does not occur only when there is a gap in the skin, and when the fluid temporarily blocks the gap in the skin, air cannot escape, so the fluid cannot be sucked into the gap by capillary force, and the capillary force In order for the fluid to enter the gap in the skin, a path must be formed through which the air filling the gap can escape.

Here, the cross-sectional shape of each of the plurality of protruding blades 21 in the transverse direction relative to the longitudinal direction may be a sawtooth shape or a windmill shape. Each of the plurality of protruding blades 21 may have an irregular shape with a size and thickness along the transverse direction with respect to the longitudinal direction along the longitudinal direction. As a result, a path through which air can escape may be formed. The surface of each of the plurality of protruding blades 21 may have a smooth shape, and a plurality of protruding protrusions may be formed to form a gap with the skin. Alternatively, a groove may be formed along the longitudinal direction so that a plurality of skin and gaps may be formed.

The pin movement driving unit 30 releases the perforation inside the accommodating space of the support guide 10 to prevent the plurality of perforation pins 20 from protruding outward from the plate surface of the guide plate 12 at the perforation position for perforating the user's skin. You can move and drive between locations. The pin movement driver 30 may include a pin rotation motor 31 , a pin rotation shaft 32 and a pin support 33 . The pin support 33 may be formed as long as the length of the guide plate 12 so as to support the plurality of punched pins 20, and may be movable by the pin rotation shaft 32.

The skin nutrient supply unit 40 is configured to supply skin nutrient components to the skin through a plurality of guide holes 121 . The skin nutrient component supply unit 40 may include a nutrient component tank 41 , a nutrient component pump 42 and a nutrient component supply pipe 43 .

The nutrient component tank 41 may store skin nutrient components.

The nutrient component pump 42 is installed on the nutrient component supply pipe 43 connected to the nutrient component tank 41 to transfer skin nutrients to a plurality of guide holes 121 .

The massage unit 50 is disposed to overlap the outer surface of the guide plate 12 and rotates in contact with the user's skin to perform a massage. The massage unit 50 may include a massage body 51, an outward protrusion 52, a rotation support unit 53, and a circular rack 54.

The massage body 51 may be formed in a circular plate shape along the plate surface direction of the guide plate 12 .

The outward protruding portion 52 is formed on the outward surface of the massage body and protrudes outward from the massage body 51.

The rotation support 53 is combined with the circular plate-shaped massage body 51 in the horizontal direction, that is, vertically, surrounds the guide body 11, and can be rotatably disposed at predetermined intervals with respect to the guide body 11. have. Rotation support 53 may be provided in the shape of a hollow cylinder.

The circular rack 54 is formed by extending from the rotation support 53 to the end area of the rotation support 53 in a bent shape, and rotates when the massage pinion 63 to be described later is engaged with it.

The massage drive unit 60 may relatively rotate the massage unit 50 with respect to the guide body 11 . The massage drive unit 60 may include a massage motor 61 , a massage rotary shaft 62 and a massage pinion 63 .

The massage motor 61 may rotate the massage rotation shaft 62 connected thereto and rotate the massage pinion 63 connected to the massage rotation shaft 62 . Since the massage pinion 63 is disposed to be engaged with the circular rack 54, the massage unit 50 can be rotated as a whole according to the rotational driving of the massage motor 61.

The high frequency generator 70 receives an output voltage and generates a high frequency current according to the output voltage. The frequency of the high-frequency current is preferably 0.47 MHz. The high frequency generator 70 may have a function of variably adjusting the frequency.

The body temperature measurement sensor 72 measures body temperature inside and outside the user's skin. The body temperature measurement sensor 72 is preferably provided in such a way as to measure the temperature of the artery using infrared rays. As other sensors, a fatness measurement sensor 72 for measuring the user's body fatness and a moisture measurement sensor 74 for measuring the user's moisture content may be provided and transmitted to the control unit 90 to be described later.

The ultrasonic generator 80 may generate focused ultrasonic waves in one direction. The ultrasonic generator 80 may receive power and generate focused ultrasonic waves to be output through an ultrasonic window. As the focused ultrasound of the ultrasonic generator 80, high intensity focused ultrasound having a relatively high intensity of focused ultrasound may be used. If necessary, as the focused ultrasound of the ultrasonic generator 31, low intensity focused ultrasound having a relatively low intensity of focused ultrasound may be used. The procedure may be performed using the thermal focal point having characteristics optimized for the procedure by varying detailed characteristics such as the diameter of the thermal focal point, the distance the thermal focal point is separated from the skin surface, and the interval between the thermal focal points. The operator may perform the treatment by irradiating the focused ultrasound while holding the ultrasonic window with his hand and adjusting the position of the ultrasonic window so as to come into contact with the region to be treated.

The ultrasonic movement driver 82 drives the ultrasonic generator 80 to reciprocate toward the user's skin.

The skin thickness measuring device 84 can grasp the skin thickness up to the user's muscle layer. The skin thickness measuring device 84 may measure skin thickness by recognizing an ultrasonic signal returned after outputting ultrasonic waves from the ultrasonic generator 80 toward the skin. The skin thickness measuring device 84 may measure the thickness of the skin using ultrasonic waves, but is not limited thereto and may be any measuring device capable of measuring the thickness of the skin.

The vibrator 86 is a component that can be added for skin care. It may be supported and installed on the support guide 10, and the entire support guide 10 may be vibrated.

The control unit 90 is a pin moving driving unit so that the plurality of perforation pins 20 perforate the user's skin while the user is in contact with the guide plate 12 on the skin. (30) can be controlled.

The controller 90 may control the skin nutrient supply unit 40 to supply skin nutrients to the user's skin through the plurality of guide holes 121 in a state where the user's skin is perforated.

The control unit 90 may control the high frequency generator 70 to supply high frequency to at least one of the plurality of perforation pins 20 and the guide plate 12 in a state in which the user's skin is perforated.

The control unit 90 supplies skin nutrients to the user's skin, controls the pin movement driving unit 30 so that the plurality of perforation pins 20 are positioned at the perforation release position in the state in which the user's skin is perforated, and then massages. The massage drive unit 60 may be controlled so that the unit 50 rotates relative to the guide plate 12 .

In the present invention, the skin nutrient to be injected into the skin refers to an effective substance harmless to the human body that has been proven effective in preventing skin aging, moisturizing, whitening, and improving wrinkles, and may refer to substances used in drugs applied to the skin or functional cosmetics. have.

As the skin nutrient, for example, compounds such as hyaluronic acid, glycerin, vitamin C and its derivatives, retinol and adenosine, and peptides such as acetyl hexapeptide and palmitoyl pentapeptide can be used. Since these skin nutrients have different biochemical characteristics and chemical structures, detailed conditions for active skin absorption are also different. Skin nutrients can be cosmetics, drugs, emulsions, ampoules, etc., and penetrate the skin through the perforation. Through this, it can be promoted that the skin absorbs the active ingredient. In this case, absorption is increased even when using existing cosmetics, so that the maximum effect of using cosmetics can be imparted to the skin.

Pulses with different frequencies that facilitate percutaneous absorption of each of the various skin nutrients contained in these drugs or functional cosmetics are used as a material transfer power. Multiple skin nutrients can be simultaneously absorbed through the skin through one synthetic pulse.

3 is an operation diagram of the perforation pin 20.

3 (a) The protruding length of the guide plate 12 of the drilling pin 20 may be set to a recommended one. However, since the thickness of the skin is different for each user, the user can measure the thickness of the skin using the skin thickness meter 84 to set the outward protruding length of the guide plate 12 of the perforation pin 20. After the user measures the thickness of the skin, the control unit 90 may set a recommended length of the outward protruding length of the guide plate 12 of the perforation pin 20 .

3 (b) The pin rotation motor 31 is rotated so that the drilled pin 20 is moved from the inside of the support guide 10 to protrude out of the guide plate 12.

4 is a detailed illustration of the skin nutrient supply unit 40.

The nutrient component supply pipe 43 is connected to the nutrient component tank 41 and is branched to a plurality of guide holes 121. Nutrient components can be supplied to the user's skin at once through the plurality of guide holes 121 by the pump 42 .

5 is an exemplary view of the massage unit 50 .

5 (a) is a side view of the massage unit 50 and the massage drive unit 60. The upper shape of the rotation support part 53 is bent inward so that the entire massaging part 50 does not escape.

5 (b) a rack is formed at the end of the rotation support part 53 to form a circular rack 54. The circular rack 54 is rotated by the rotation of the massage pinion 53, and the massage part 50 is rotated with respect to the support guide 10 as a whole so that the outward protrusion 52 can massage the user's skin.

FIG. 6 is an operation diagram of thermal focusing according to movement of the ultrasonic generator 80. Referring to FIG.

6 (a) by using the skin thickness measuring device 84, the ultrasound is output toward the skin, and the received ultrasound is identified to measure the thickness of the skin. In this case, the thermal focus A of the ultrasonic generator 80 is formed on the skin surface.

6 (b) Since the thermal focus A of the ultrasonic generator 80 is on the surface of the skin 2, the control unit 90 drives the ultrasonic movement driver 82 to move the thermal focus to the muscle layer 3. The ultrasonic generator 80 is controlled to move toward the skin. Accordingly, the thermal focus (B) of the ultrasonic generator 80 is moved to the muscle layer 3, and skin care efficiency can be improved.

Modifiable embodiments other than the above embodiments will be described.

The skin nutritional component may be supplied in a thin state. In this case, the skin nutrient supply unit 40 may further include a spray unit. The injection unit may spray the thin skin nutrients intensively, or may spray the user's skin while spreading.

In addition, the massage unit 50 may be disposed covering the guide plate 12 and then provided as a member capable of being released.

The ultrasonic generator may further include a tilt driver for inclining the ultrasonic generator to output ultrasonic waves in an inclined direction with respect to the user's skin plate.

Although the ultrasonic generator 80 is provided as one, a plurality of ultrasonic generators may be provided and arranged with different ultrasonic output angles relative to the skin. As a result, the thermal focus of the ultrasonic generator may be present in various areas of the skin and muscle layer, thereby further enhancing the effect of skin care.

The ultrasonic generator 80 is rotatably coupled to the support guide 10, and the angle of the ultrasonic wave output to the skin is varied by slowly rotating and counter-rotating while the skin care is performed using the rotary driving unit. may make it so.

The ultrasonic generator 80 may be horizontally rotated while maintaining a horizontal plane with respect to the skin.

The ultrasonic generator 80 may transform and output the ultrasonic frequency, so that it may be output while giving a massage effect at a preset frequency of the ultrasonic wave.

When the number of the plurality of protruding blades of the plurality of perforation pins 20 increases, the plurality of perforation pins 20 may increase the depth of perforation of the skin. In addition, when the number of protruding blades increases, the distance between the plurality of perforation pins 20 can be increased.

The pin movement driver 30 may drive the plurality of punched pins 20 to be rotated by several degrees (1 to 5 degrees), or may be tilted with very little movement. The pin movement driver 30 may drive the perforation pins 20 to be inclined at an angle to the direction in which the plurality of perforation pins 20 move to clean the skin.

Due to the above skin absorption inducing device 1, a plurality of perforation pins 20 protruding more finely than the plate surface of the guide plate 12 presses the user's skin to form perforations, while the skin nutrient supply unit 40 penetrates the skin. Since the skin nutrients can reach the inside of the skin through perforations formed by supplying nutrients to the plurality of guide holes 121, the skin beauty effect to prevent aging of the skin can be improved.

1: skin absorption inducer 2: skin
3: muscle layer
10: support guide 11: guide body
12: guide plate 121: guide hole
20: punch pin 21: protruding blade
30: pin movement driving pin 31: pin rotation motor
32: pin rotation axis 33: pin support
40: skin nutrient supply unit 41: nutrient tank
42: nutrient pump 43: nutrient supply pipe
50: massage unit 51: massage body
52: outward protrusion 53: rotation support
54: circular rack
60: massage drive unit 61: massage motor
62: massage rotation shaft 63: massage pinion
70: high frequency generator 72: body temperature measuring sensor
74: obesity measurement sensor 76: moisture measurement sensor
80: ultrasonic generator 82: ultrasonic moving drive
84: skin thickness meter 86: vibrator
90: control unit

Claims (5)

In the skin absorption inducing device,
A support guide having a guide plate having a receiving space formed therein and having a plurality of guide holes formed therein;
a plurality of perforation pins disposed in the receiving space of the support guide and disposed in the plurality of guide holes to perforate the skin; and
A skin nutrient supply unit for supplying skin nutrient components through the plurality of guide holes;
The plurality of perforation pins are disposed at perforation positions so as to protrude outward from the plate surface of the guide plate through the plurality of guide holes,
a pin moving driver for moving and driving the plurality of perforation pins between perforation release positions inside the accommodating space of the support guide so that they do not protrude outward from the surface of the guide plate at the perforation position for perforating the user's skin;
a control unit controlling the pin movement driving unit so that the plurality of perforation pins puncture the user's skin while the user is in contact with the guide plate and the skin;
a massage unit disposed to overlap with an outward surface of the guide plate and having an outward protruding part capable of relative rotation along the direction of the plate surface of the guide plate; and
It further includes; a massage drive unit for rotationally driving the massage unit;
The control unit supplies the skin nutrients to the user's skin, controls the pin movement driving unit so that the plurality of perforation pins are positioned at the perforation releasing position in a state in which the user's skin is perforated, and then the massage unit guides the massage unit. A skin absorption induction device for controlling the massage driving unit to be relatively rotated with respect to the plate.
delete According to claim 1,
The control unit,
A skin absorption inducing device for controlling the skin nutrient supply unit to supply the skin nutrient to the user's skin through the plurality of guide holes in a state where the user's skin is perforated.
According to claim 3,
Further comprising a high-frequency generator for generating a high-frequency current,
The control unit,
A skin absorption inducing device for controlling the high-frequency generator to supply high-frequency waves to at least one of the plurality of perforation pins and the guide plate in a state in which the user's skin is perforated.
delete

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