KR20070055743A - Peeling device - Google Patents

Abstract

The present invention relates to a skin care apparatus, and in particular, comprising a body with a vacuum pump, connecting the peeling probe for skin exfoliation to the vacuum pump as a vacuum tube, the body in the manual mode in accordance with the user's selection vacuum In the automatic mode while controlling the vacuum pressure of the pump, the control unit for controlling the vacuum pressure of the vacuum pump is formed according to a predetermined program and correspondingly changing the vacuum pressure of the vacuum pump. By outputting a predetermined detection signal when the ambient temperature is below a certain temperature, the vacuum pump does not operate in a low temperature state, so as to include a temperature sensing unit, so that the user can conveniently remove dead skin cells, such as face, arms and legs. It keeps the skin clean and elastic as the sebum is removed by exfoliation with exfoliation. It is possible to remove the dead stratum corneum of the skin surface finely without using chemical reaction, so there is no side effect and expect the effect immediately after treatment, and the vacuum pump does not work at low temperature, which constitutes a vacuum pump. The present invention relates to a skin care device capable of prolonging the life of a diaphragm and preventing skin damage at low temperatures.

Skin peeling, peeling probe, natural diamond, controller, temperature sensor,

Description

Skin device device {Peeling device}

1 is a perspective view showing a skin care device of the present invention.

2 is a view showing a peeling probe applied to the present invention.

3 is a block diagram showing the control means of the present invention.

4 is a view showing a screen output state of the display unit applied to the present invention.

5 is a flowchart showing a control process of the present invention.

6 is a view showing a state of use of the present invention.

Explanation of Codes for Major Parts of Drawings

1: main body, 2: mounting groove,

3: peeling probe, 4: head,

5: ablation flap, 6: suction hole,

7: vacuum tube, 10: kiibu,

11: control unit, 12: display unit,

13: pump driving unit, 14: vacuum pump,

15: adapter, 16: power jack,

17: power supply unit, 18: temperature sensing unit,

19: comparison unit, 20: ablation skin display area,

22: automatic mode selection area, 23: ablation skin selection area,

The present invention relates to a skin care device, in particular, the user can conveniently remove the keratin of each part of the body, such as the face, arms, legs, the skin is clean as well as maintain the elasticity as the sebum is inhaled and removed together when removing the keratin It is possible to remove the dead stratum corneum of the skin surface finely without using chemical reaction, so there is no side effect and expect the effect immediately after treatment, and the vacuum pump does not work at low temperature, which constitutes a vacuum pump. The present invention relates to a skin care device capable of prolonging the life of a diaphragm and preventing skin damage at low temperatures.

At present, as the interest in skin care is increased, various apparatuses and cosmetics are provided to keep the skin clean and maintain elasticity.

However, in the related art, since most of the chemical reactions occur to remove the stratum corneum from the surface of the skin, there is a problem of causing side effects depending on the skin condition, and also because the dead stratum corneum is removed by the chemical reaction, a long treatment time occurs. Was doing.

Therefore, the present invention for solving the above problems is provided with a main body having a vacuum pump, connecting the peeling probe for skin exfoliation as a vacuum tube to the vacuum pump, the main body in the manual mode in accordance with the user's selection vacuum In the automatic mode while controlling the vacuum pressure of the pump, the control unit for controlling the vacuum pressure of the vacuum pump is formed according to a predetermined program and correspondingly changing the vacuum pressure of the vacuum pump. By outputting a predetermined detection signal when the ambient temperature is below a certain temperature, the vacuum pump does not operate in a low temperature state, so as to include a temperature sensing unit, so that the user can conveniently remove dead skin cells, such as face, arms and legs. It keeps the skin clean and elastic as the sebum is removed by exfoliation with exfoliation. It is possible to remove the dead stratum corneum of the skin surface finely without using chemical reaction, so there is no side effect and expect the effect immediately after treatment, and the vacuum pump does not work at low temperature, which constitutes a vacuum pump. An object of the present invention is to provide a skin care device capable of prolonging the life of a diaphragm and preventing skin damage at a low temperature.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings, FIGS. 1 to 6.

Reference numeral 1 denotes a main body which forms an external shape of the skin cutting apparatus, and a vacuum pump 14 is provided inside the main body 1.

In addition, reference numeral 3 denotes a peeling probe for removing and inhaling the stratum corneum by using a vacuum pressure, and the head 4 of the peeling probe 3 is formed with a cut plate 5 formed by thinly cutting natural diamond, At the center of the peeling probe 3, a suction hole 6 for sucking the peeled keratin is formed therethrough.

The peeling probe 3 is connected to the vacuum pump 14 by a vacuum tube 7, so that the vacuum pressure generated by the vacuum pump 14 is transferred to the suction hole 6 through the vacuum tube 7. Is approved.

Control means for controlling the vacuum pressure of the vacuum pump according to the user's selection in the manual mode, the variable pressure of the vacuum pump in response to the display of the cut portion of the body in accordance with a predetermined program in the automatic mode This is made up.

The control means

Key portion 10 consisting of a power key, up, down, left and right movement keys, etc., a display portion 12 for displaying the overall operating state of the skin cutting device, and a pump driving portion for controlling the operating strength of the vacuum pump 14 ( 13) and when the manual mode is selected by the user's operation of the key unit 10, the pump driving unit 13 is controlled to output the operating intensity of the vacuum pump 14 selected by the user. The pump drive unit 13 is controlled so that a proper vacuum pressure is applied to the peeling probe 3 for a predetermined time in response to the displayed ablation area while sequentially displaying the ablation part of the body through the display unit 12 according to the program. The control part 11 is comprised.

In addition, the control means includes a temperature sensing unit 18 for sensing the ambient temperature and outputting a predetermined detection signal when the ambient temperature is below a predetermined temperature so that the vacuum pump 14 does not operate in a low temperature state.

The temperature detector 18 determines that the thermistor Rt has a variable resistance value according to the ambient temperature, and is low temperature when the voltage supplied according to the resistance value of the thermistor Rt is lower than the reference voltage. Comprising a comparator 19 for outputting an electrical signal,

The control unit 11 is programmed to stop the vacuum pump 14 when an electrical signal is input from the comparing unit 19, and furthermore, after the temperature rises above a certain temperature because the current temperature is low, the skin care device is used. The control unit 11 is configured to output a guide message through the display unit.

As described above, when the low temperature state below the predetermined temperature is sensed by the temperature detecting unit 18, the vacuum pump 14 is not operated. The vacuum generating device generates a vacuum pressure when the skin care device of the present invention operates in a low temperature state. This is to prevent the diaphragm (rubber material) of the pump 14 from being damaged while operating in a hardened state.

Another object is that when the skin skinning function is implemented in a low temperature environment, the skin may be accidentally damaged. However, the operation of the vacuum pump 14 is not performed at low temperature to prevent side effects such as skin damage. It is to avoid.

In the display portion 12, as shown in (a) of FIG. 4, the shape of the cut skin portion, that is, the cut skin display region 20 for displaying the cut skin portion such as the face, arms, and legs is formed. In addition, a manual mode selection area 21 and an automatic mode selection area 22 are formed to allow a user to select a manual mode or an automatic mode by operating the key part 10. An automatic mode is provided at the lower end of the display unit 12. A cut skin selection area 23 for sequentially displaying the cut skin is displayed.

In the drawing, the cut skin selection area 23 is formed so as to select and mark the cut skin areas such as the cheeks, the periphery, the periphery of the eyes, the forehead, and the nose. Will be sequentially turned on.

In addition, the path for moving the peeling probe 3 against the cut skin area in the automatic skin mode display area 20 is indicated by an arrow so that the user may peel along the arrow displayed on the skin area display area 20. It is possible to easily remove the stratum corneum of the skin while moving the probe (3).

On the other hand, in the present invention, the adapter 15 for converting a commercial AC power supply to a DC voltage, a power jack 16 to connect the adapter 15 to the main body 1, and a DC supplied through the power jack 16 A power supply unit 17 for supplying power to each component of the control means is configured.

Referring to the operation of the present invention configured as described above is as follows.

First, when the user turns on the power key provided in the key unit 10, the driving power converted into the DC power by the adapter 15 is supplied to the power unit 17 through the power jack 16, and the power unit ( It is supplied to each component through 17) and an initial screen as shown in FIG. 4A is output on the display unit 12.

The controller 11 controls the vacuum pressure of the vacuum pump 14 as the user selects the manual mode or the manual mode by operating the up, down, left and right direction keys while the initial screen is output. Will be adjusted.

◆ Manual Mode ◆

In the manual mode, the user directly adjusts the operating strength of the vacuum pump 14 to perform skin ablation.

That is, when the user selects the manual mode selection area 21 output on the display unit 12, the user can arbitrarily set the operating strength, that is, the vacuum pressure, of the vacuum pump 14, As the control unit 11 drives the vacuum pump 14 through the pump driving unit 13 so that the pneumatic pressure can be output, the vacuum pressure is supplied to the peeling probe 3 through the tube 7.

Accordingly, the user can remove the stratum corneum while contacting the skin with the peeling probe 3 provided with the vacuum pressure set by the user.

When the user rubs the peeling probe 3 in close contact with the skin, the dead stratum corneum of the skin surface is finely peeled off by the cutting plate 5 made by thinly cutting natural diamond, as shown in FIG. Sucked out by the vacuum pressure applied to (6) is removed.

 ◆ Auto Mode ◆

In the automatic mode, the cut skin is sequentially displayed on the display unit 12, and the control unit 11 automatically controls the vacuum pressure of the vacuum pump 14 appropriately for the cut skin to be output. Is as follows.

When the user operates the key portion 10 on the initial screen to select the automatic mode selection region 22, the control unit 11 switches to the automatic mode and then the cut skin selection region displayed at the bottom of the display portion 12 ( The first area (both cheeks) is turned on and at the same time, the peeling probe (3) is moved to remove the dead skin of the cheeks in the cutout region display area 20 (consisting of a human face) displayed at the center of the screen. The giving direction is indicated by an arrow (see FIG. 4B), and also controls the vacuum pump 14 so that a predetermined vacuum pressure can be supplied to the peeling probe 3 during the exfoliation operation of both balls.

Accordingly, the user may peel the peeling probe (3) along the direction of the arrow provided by the cuticle display area 20 on the cut skin (double ball) displayed by the cut skin selection area 23 displayed on the display portion 12. By moving it in close contact with the skin, the stratum corneum on the cheeks is removed and removed finely.

The exfoliation operation for the first area (both cheeks) is performed for a predetermined time and then switched to the operation for the next second area (peripheral).

Secondly, under the control of the control unit 11, the second area (peripheral area) of the ablation site selection area 23 displayed at the bottom of the display unit 12 is turned on, and at the same time, the ablation site display area displayed at the center of the screen. (20) (consisting of a human face shape) indicates the direction of moving the peeling probe 3 with an arrow (refer to FIG. 4 b) when exfoliating the area around the mouth, and also in advance during the exfoliation operation around the mouth. The vacuum pump 14 is controlled so that the set vacuum pressure can be supplied to the filling probe 3.

Accordingly, the user naturally rubs the stratum corneum with the peeling probe 3 according to the direction of the arrow displayed through the display unit 12 to remove the stratum corneum.

Subsequently, the control unit 11 operates the cut skin selection region 23 and the cut skin display region 20 for exfoliation of each part of the face (peripheral eyes, forehead, nose, etc.) every time. The strength of the pump 14 is controlled so that a suitable vacuum pressure is delivered to the peeling probe 3 on the cut skin.

Then, when the user operates the key portion 10 and selects the cut portion of the previous step again while the cut operation is performed on the specific cut portion, the controller 11 stops the current control operation and then the user selects the cut portion. The display unit 12 and the vacuum pump 14 are operated to be controlled in accordance with the control information corresponding to the previous cut out portion.

In the above description, the exfoliation of the face part is described as an example, but in practice, various parts such as the arm part and the leg part can be displayed on the display unit 12 so that exfoliation can be performed.

On the display unit 12, the vacuum pressure applied to the peeling probe 3 according to the cut part is displayed in real time, and the operation time is displayed.

On the other hand, when a predetermined electric signal is input to the control unit 11 from the comparator 19 constituting the temperature sensing unit 18 during the manual mode and the automatic mode operation or during the initial operation, the control unit 11 is the current peripheral It is determined that the temperature is low and the vacuum pump 14 is turned off to prevent damage to the diaphragm of the rubber material constituting the vacuum pump 14 while the skin may be generated as the user performs the skin cutting function at a low temperature. Avoid side effects such as damage.

As described above, the present invention includes a main body provided with a vacuum pump, and a peeling probe for exfoliating skin is connected to the vacuum pump as a vacuum tube, and the main body has a vacuum pump according to the user's selection in the manual mode. In the automatic mode while controlling the pneumatic pressure, the control means for varying the vacuum pressure of the vacuum pump is formed according to a predetermined program while displaying the cut portion of the body in response to the preset program. Is configured to include a temperature detection unit that outputs a predetermined detection signal when the temperature is below a certain temperature to prevent the vacuum pump from operating in a low temperature state, so that the user can conveniently remove dead skin cells of the body, such as the face, arms and legs. When exfoliating, sebum is inhaled and removed to keep skin clean and elastic. Because it does not use chemical reactions, only the dead stratum corneum of skin surface is peeled off finely, so there is no side effect and expects the effect immediately after treatment. In low temperature, the vacuum pump does not work, so the diaphragm of vacuum pump The effect of providing a skin care device capable of prolonging the life and preventing skin damage at low temperatures can be expected.

Claims (6)

A main body 1 having a vacuum pump 14 is provided, and a peeling probe 3 for exfoliating skin is connected to the vacuum pump 14 as a vacuum tube 7, and the main body 1 is in a manual mode. While controlling the vacuum pressure of the vacuum pump 14 according to the user's selection, in the automatic mode, the skin part of the body is displayed on the screen according to a preset program, and the vacuum pump of the vacuum pump according to the skin sensitivity of the skin part is correspondingly And a control means for varying the pneumatic pressure, and the control means senses the ambient temperature and outputs a predetermined detection signal when the ambient temperature is below a predetermined temperature so that the vacuum pump 14 does not operate in a low temperature state. A skin care device, characterized in that it comprises 18). The method of claim 1, wherein the control means, Key portion 10 consisting of a power key, up, down, left and right movement keys, etc., a display portion 12 for displaying the overall operating state of the skin cutting device, and a pump driving portion for controlling the operating strength of the vacuum pump 14 ( 13) and when the manual mode is selected by the user's operation of the key unit 10, the pump driving unit 13 is controlled to output the operating intensity of the vacuum pump 14 selected by the user. The pump drive unit 13 is controlled so that a proper vacuum pressure is applied to the peeling probe 3 for a set time in correspondence with the displayed ablation site while sequentially displaying the ablation skin of the body according to the program. Skin care device, characterized in that consisting of a control unit (11). 3. The display portion 12 is provided with a cut portion display area 20 for displaying the shape of the cut portion and the direction in which the peeling probe 3 is directed at the cut portion in the center portion thereof. A manual mode selection area 21 and an automatic mode selection area 22 are formed to allow a user to select a manual mode or an automatic mode by operating the key part 10. A skin care device, characterized in that the cut skin selection area 23 for displaying the cut skin sequentially. The low temperature state of claim 1, wherein the temperature sensing unit 18 is a thermistor Rt whose resistance value is changed according to an ambient temperature, and a low temperature state when the voltage supplied according to the resistance value of the thermistor Rt is lower than a reference voltage. It is composed of a comparing unit 19 for judging that the output is a predetermined electrical signal, The control unit (11) is a skin care device, characterized in that to stop the vacuum pump (14) when the electrical signal is input from the comparison unit (19). According to claim 1, wherein the head (4) of the peeling probe (3) is formed of a cutting plate for the cut diamond made of thinly cut natural diamond (5), the vacuum tube (7) through the center of the peeling probe (3) Skin beauty device, characterized in that the suction hole 6 is connected to the) is formed. According to claim 2, wherein the display area 20 of the display unit 12, the direction of moving the peeling probe (3) to remove the exfoliation in the cut skin to indicate the direction of the arrow so that the user can follow Skin beauty device, characterized in that.

Images