KR102401253B1 - Inmode lifting sysyem that minimizes bruises and sweillling - Google Patents

Abstract

The present invention includes a skin lifting module, a massage module integrated with the skin lifting module, and a main body in connection with the skin lifting module and the massage module.

Description

In-mode lifting system to reduce bruising and swelling {INMODE LIFTING SYSYEM THAT MINIMIZES BRUISES AND SWEILLLING}

The present invention relates to an in-mode lifting system for reducing bruising and swelling, and more particularly, to an in-mode lifting system for reducing bruising and swelling that can lift skin and remove fat by outputting a stimulus signal to the skin.

Today's modern people, regardless of age or gender, are very careful about their body and facial skin or facial lines.

In addition, as one becomes an adult, the balance of the body is broken due to the stress of cells due to aging, and various aging phenomena such as facial wrinkles and sagging of the skin occur. There are problems that can lead to

Accordingly, a molding method has emerged as a method for preventing wrinkles and skin aging. The plastic surgery method requires surgery such as injection or anesthesia, followed by incision and suturing, and the effect is visible and immediate, but if the operation fails, it is difficult to return to the original state. am. Therefore, the majority of people have a lot of psychological fear and rejection about plastic surgery.

[Document 1] Registered Republic of Korea Patent No. 10-1585955 (GTG Wellness Co., Ltd.) 2016.01.25 [Document 2] Publication of Korean Patent Publication No. 10-2013-0020123 (Inmo Yoon) 2013.08.27 [Document 3] Registered Republic of Korea Patent No. 10-1401133 (Ama Orient Co., Ltd.) 2014.06.17

An object of the present invention is to provide an in-mot lifting system that reduces bruising and swelling capable of lifting sagging skin and burning fat by outputting high voltage and high frequency stimulation signals to solve the above problems.

An in-mode lifting system for reducing bruising and swelling according to an embodiment of the present invention may include a skin lifting module, a massage module integrally coupled to the skin lifting module, and a body connected to the skin lifting module and the massage module. there is.

The skin lifting module of the in-mode lifting system for reducing bruising and swelling according to another embodiment of the present invention includes a hand piece, a handle formed on a side surface of the hand piece, and disposed under the hand piece to accommodate the skin A possible internal space, a sensor disposed in the internal space to check the skin temperature, a display panel disposed on the rear side of the hand piece and connected to the sensor to display the skin temperature in real time, located inside the hand piece a high voltage generator for generating a high voltage, a high voltage head connected to the high voltage generator to deliver a high voltage to the skin, a high frequency generator positioned inside the handpiece to generate a high frequency, and the high frequency generator connected to A high-frequency head that transmits high-frequency waves to the skin, wherein the massage module includes a body, an ultrasonic vibrating member attached to an end surface of the body, a heating member mounted inside the body, and a heating degree of the heating member a temperature sensor for sensing and a handle coupled to the rear of the body, wherein the main body is connected to the hand piece and the body by a cable, and the sensor of the hand piece operates only within a written input range, and the A control member having a built-in oscillation circuit for controlling current and vibrating the ultrasonic vibrating member so that the heating element operates only within a certain temperature range, is provided on the outer surface of the main body to show an operating state, temperature state and ultrasonic emission state It may include a display including a window for displaying the.

The in-mode lifting system for reducing bruising and swelling according to another embodiment of the present invention further includes an adsorption module capable of skin adsorption in the inner space, and the adsorption module is a shaft having an intake line to which vacuum pressure is provided. And, a ring-shaped protrusion for adsorbing the skin by vacuum pressure provided through the shaft in contact with the skin, and a pad coupled to the shaft and supporting the protrusion, wherein the pad includes the protrusion adsorbing the skin To enable this, it has freedom of movement in up, down, left, and right directions, and the shaft is an intake passage having an intake line, and is integrally formed on the upper end of the intake passage, and the inner peripheral surface of the pad is close to the outer peripheral surface. It includes a head having one coupling groove, and the protrusion is provided in a ring shape, and a contact surface in contact with the skin is formed to protrude along the edge of Sangmyung, and the inner circumferential surface may have a second coupling groove into which the outer circumferential surface of the pad is fitted .

In the in-mode lifting system for reducing bruising and swelling according to an aspect of the present invention, high-frequency thermal energy is delivered to the skin to give elasticity to the skin, and a high voltage is applied to the skin to burn fat to remove the sagging part due to fat, It can increase the elasticity of the skin.

In addition, the in-mode lifting system for minimizing bruising and swelling according to another aspect of the present invention includes a massage module in order to effectively remove bruising or swelling that may occur on the skin due to the absorption module and apply a bruise cream to the skin. The massage can be performed using the body heated by the heat generating member.

In addition, in another aspect of the present invention, the in-mode lifting system for reducing bruising and swelling further includes an adsorption module to increase the surface area of the skin accommodated in the internal space of the hand piece during skin lifting procedures to increase the efficiency of the procedure has an increasing effect.

1 is a schematic perspective view for explaining an inmot lifting system that reduces bruising and swelling.
2 to 3 are schematic perspective views for explaining the skin lifting module.
4 is a schematic perspective view for explaining a massage module.
5 is a schematic perspective view for explaining the main body.
6 and 7 are schematic cross-sectional views for explaining the adsorption module.
8 and 9 are schematic cross-sectional views for explaining the switch module.

Hereinafter, various embodiments will be described in more detail with reference to the accompanying drawings. The embodiments described herein may be variously modified. Certain embodiments may be depicted in the drawings and described in detail in the detailed description. However, the specific embodiments disclosed in the accompanying drawings are only for easy understanding of the various embodiments. Therefore, the technical idea is not limited by the specific embodiments disclosed in the accompanying drawings, and it should be understood to include all equivalents or substitutes included in the spirit and scope of the invention.

Terms including an ordinal number such as 1st, 2nd, etc. may be used to describe various components, but these components are not limited by the above-mentioned terms. The above terminology is used only for the purpose of distinguishing one component from another component.

In this specification, terms such as "comprises" or "have" are intended to designate that the features, numbers, steps, operations, components, parts, or combinations thereof described in the specification exist, but one or more other features It should be understood that this does not preclude the existence or addition of numbers, steps, operations, components, parts, or combinations thereof. When an element is referred to as being “connected” or “connected” to another element, it is understood that it may be directly connected or connected to the other element, but other elements may exist in between. it should be On the other hand, when it is said that a certain element is "directly connected" or "directly connected" to another element, it should be understood that the other element does not exist in the middle.

Meanwhile, as used herein, a “module” or “unit” for a component performs at least one function or operation. And “module” or “unit” may perform a function or operation by hardware, software, or a combination of hardware and software. In addition, a plurality of “modules” or a plurality of “units” other than a “module” or “unit” to be performed in specific hardware or to be executed in at least one processor may be integrated into at least one module. The singular expression includes the plural expression unless the context clearly dictates otherwise.

In addition, in describing the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description thereof will be abbreviated or omitted.

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

1 is a schematic perspective view for explaining an inmot lifting system to reduce bruising and swelling, and FIGS. 2 to 3 are schematic perspective views for explaining a skin lifting module.

1 to 3 , the in-mode lifting system 100 for reducing bruising and swelling may include a skin lifting module 200 , a massage module 300 , and a body 400 .

The skin lifting module 200 includes a hand piece 210 , a handle 220 , an inner space 230 , a sensor 240 , a display plate 250 , a high voltage generator 260 , and a high frequency generator 270 . can do.

The hand piece 210 is connected to the main body 400 to be described later by a cable, so that an operator can perform a skin lifting procedure by holding the hand piece 210 .

The handle 220 may be formed on a side surface of the hand piece 210 . The handle 220 may have any shape as long as it can stably grip the hand piece 210 . For example, the handle 220 is formed in a 'L' shape with one open side on the side of the hand piece 210, so that the operator can stably hold the hand piece 210 to proceed with the procedure. there is.

In addition, the lower surface of the hand piece 210 may be opened and formed in a concave shape to form the inner space 230 . In order to further improve the effect of the skin lifting procedure, the skin 10 having a larger surface area may be introduced into the inner space 230 .

The sensor 240 may be installed on the upper surface of the inner space 230 to face the skin 10 . The sensor 240 may measure the temperature of the skin 10 in real time and transmit it to the main body to be described later, and may output the measured temperature value of the skin 10 by being connected to the display panel 250 . The sensor 240 may be any type of sensor as long as it can measure the temperature of the skin 10 . More preferably, an infrared sensor capable of measuring the temperature of the skin 10 about 10 times per second may be used.

The display panel 250 may be connected to the sensor 240 to display the current temperature of the skin 10 in real time. The display panel 250 may be installed on the upper surface of the hand piece 210 in a direction toward the operator so that the operator can immediately recognize the operation. As the display panel 250 , various types of panels such as an LED type may be used.

In addition, a high voltage generator 260 and a high frequency generator 270 may be disposed inside the hand piece 210 .

The high voltage generator 260 may include a high voltage head 265 having a positive (+) electrode 2651 and a negative (−) electrode 2652 for outputting a high voltage.

The high voltage generator 260 may output a high voltage of several hundred or several kilovolts, preferably, about 2000V, through the positive and negative electrodes 2651 and 2652 . The high voltage generating unit 260 outputs a high voltage to apply a wound to the fat cell membrane of the skin 10 to induce apoptosis of fat cells, thereby reducing the number of permanent fat cells as well as improving skin elasticity. can

The high-frequency generator 270 may generate high-frequency waves to the skin through the high-frequency head 275 in direct contact with the skin.

High frequency may refer to a waveform having a frequency of 30,000 Hz or more in general. High frequency also has a frequency exceeding 20 kHz, so it can be viewed as a kind of ultrasound, but unlike the vibration effect of ultrasound, it mainly has a thermal effect. there is.

The high frequency generator 270 may include a high frequency power supply member (not shown) capable of generating electric power for high frequency generation, a high frequency generator member (not shown), and a high frequency head 275 . Since a high voltage/high current is required to generate a high frequency, it may be necessary to convert the power of the high frequency power supply member (not shown) into a high voltage. Accordingly, the high-frequency power supply member (not shown) may receive power required for high-frequency generation from an external power source or battery and generate and supply the required voltage or current. The high frequency power supply member (not shown) may generate a DC voltage of 12.5 V and transmit it to the high frequency generator member (not shown).

The high frequency generating member (not shown) may receive power from the high frequency power supply member (not shown) to generate high frequency waves of a required frequency. Unlike ultrasonic waves, which transmit vibrations, high-frequency waves can generate deep heat due to molecular vibrations and deliver them to the skin. High-frequency waves regenerate collagen in the skin by heat, which can be a great help in improving wrinkles and lifting the skin. The high frequency generating member (not shown) may generate a high frequency of 1.225 MHz to 1.725 Mhz corresponding to ±15% of 1.5 MHz for this purpose, preferably, it may be good to generate a high frequency of 1.5 MHz. The radio frequency head 275 may transmit the generated radio frequency to the skin of the recipient.

At least one high-frequency head 275 may be formed. In the present description, the one formed by one will be described as an example. The high-frequency head 275 may be made of a stainless alloy and come into contact with the skin.

4 is a schematic perspective view for explaining a massage module.

Referring to FIG. 4 , the in-mode lifting system 100 for minimizing the bruising and swelling may include a massage module 300 .

The massage module 300 may minimize bruising or swelling that may occur during a skin lifting procedure with the skin lifting module 200 . Specifically, the massage module 300 uses a bruise cream, for example, a composition containing vitamins, etc., having an effect of relieving bruising and swelling, bruising and swelling occurring during a skin lifting procedure using the skin lifting module 200 . By massaging using the contact member 315 to which the bruise cream is applied where there is, the bruise cream and the like can be quickly absorbed into the skin by the thermal effect and ultrasonic vibration of the massage module 300 .

The massage module 300 may include a body 310 , an ultrasonic vibration member 320 , a heating member 330 , a temperature sensor 340 , and a handle 350 .

The body 310 has the handle 350 formed on the outside of the upper end, and a contact member 315 capable of contacting the skin 10 may be disposed on the lower surface. Also, an internal space in which the ultrasonic vibration member 320 can be disposed may be formed therein.

The ultrasonic vibration member 320 may generate ultrasonic waves. The ultrasonic wave generating member 320 may transmit ultrasonic waves to the skin 10 through the contact member 315 and prevent the ultrasonic waves from being transmitted to the body 310 .

The heating member 330 may be disposed on the inner space to increase the temperature of the contact member 315 in direct contact with the skin. The heating member 330 can be applied to not only a planar heating element or a coil operated by ordinary power, but also any method that can generate heat and safely transmit it can be applied.

The temperature sensor 340 may sense the temperature of the contact member 315 heated due to the heat generated by the heat generating member 330 . The temperature sensor 340 is configured so that the temperature of the contact member 315 can be controlled by the body 400 , which will be described later, based on a preset temperature, for example, 40˚C, to control the temperature of the contact member 315 . The temperature of the contact member 315 may be measured in real time and transmitted to the main body 400 . Also, the temperature sensor 340 may be configured like the sensor 240 .

The handle 350 may use a material with low thermal conductivity, such as natural water buffalo bone, to prevent ultrasonic vibration and heat from being transmitted to the massage operator by the ultrasonic vibration member 320 and the heating member 330 .

Although not shown, a storage container (not shown) capable of storing a composition having an effect of relieving bruising and swelling, such as the bruise cream, is disposed on the body 310 of the massage module 300 so that the operator can use the massage When a massage treatment is performed using the module 300 , a drug may be automatically applied to the surface of the contact member 315 through the contact member 315 connected to the storage container (not shown). This is self-evident that a person skilled in the art can easily configure, and a detailed description thereof will be omitted.

The in-mode lifting system 100 for reducing bruising and swelling may include a body 400 .

The body 400 may include a control member 410 and a display 420 .

The main body 400 may be connected to the hand piece 210 and the body 310 by a cable.

The control member 410 is connected to the hand piece 210 and the body 310 connected to the main body 400 to control the high voltage generator 260 and the high frequency generator 270 of the hand piece 210 . can be controlled Specifically, when an operation switch (not shown) of the hand piece 210 is operated, the control member 410 generates the high-frequency generator 270 with a beep sound twice, and a third beep sound is heard. When sounding, the high voltage generator 260 may be operated to provide a high voltage to the skin 10 , specifically, the fat cell membrane.

Also, the control member 410 may control the ultrasonic vibration member 320 and the heating member 330 disposed in the space inside the body 310 . Specifically, when the temperature of the contact member 315 is lower than the reference temperature compared with the temperature data written on the basis of the data received from the temperature sensor 340, the current provided to the heating member 330 is increased. and, when the temperature is higher than the reference temperature, the current provided to the heating member 330 may be maintained or reduced.

In addition, the control member 410 may have a built-in oscillation circuit capable of operating the ultrasonic vibration member 320 . The ultrasonic oscillation circuit excites the piezoelectric ceramic (not shown) using a power source, but the excitation frequency increases the blood circulation of the skin in the contact area, raises the temperature of the inner toe of the skin, or activates the decomposition of skin fat Or, since it can be determined within a range that can promote the flow of blood and lymph of the skin, it may not be limited to a specific frequency value, but for the purpose of explanation of the present invention, in the present invention, it is limited to the range of 1.225MHz to 1.725Mhz. explained.

6 and 7 are schematic cross-sectional views for explaining the adsorption module.

6 and 7 , the in-mode lifting system 100 for reducing bruising and swelling may further include an adsorption module 500 . The adsorption module 500 may be bent to correspond to the surface of the skin 10 .

The adsorption module 500 may include a shaft 510 , a pad 520 , and a protrusion 530 .

The shaft 510 may be detachably coupled to the lower bottom surface of the hand piece 210 forming the inner space 230 in an approximately vertical direction. Specifically, the shaft 510 may have a cylindrical shape including a pipe member 511 and a head 513 , and a lower end of the pipe member 511 may be connected to a vacuum tube 515 . The vacuum tube 515 may provide vacuum pressure through a vacuum pump (not shown) disposed inside the hand piece 210 . An intake pipe 517 connected to the vacuum tube 515 may be formed in the pipe member 511 . The head 513 may be integrally formed with the upper end of the conduit member 511 , and may have a first coupling groove 519 on the outer circumferential surface into which the inner circumferential surface of the pad 520 having a degree of freedom is fitted.

The pad 520 may be inclinedly coupled to the first coupling groove 519 formed on the upper outer peripheral surface of the shaft 510 . The pad 520 supports the protrusion 530 and has a degree of freedom to move in up, down, left, and right directions so that the protrusion 530 can adsorb and fix the skin. may be made of a material having elasticity, such as silicone or synthetic rubber.

The protrusion 530 may be supported by being coupled to an edge of the pad 520 . The protrusion 530 may be in contact with the skin to adsorb and fix the skin 10 by vacuum pressure provided through the shaft 510 . The protrusion 530 may have a substantially ring shape. Specifically, the protrusion 530 may be formed by protruding a contact surface 531 that comes into contact with the skin along the upper edge thereof, and has a second coupling groove 533 on the inner circumferential surface into which the outer circumferential surface of the pad 520 is fitted. can For example, the protrusion 530 may be made of a material different from that of the pad 520 . For example, the material of the protrusion 530 may be made of a resin material having excellent heat resistance and mechanical strength. For example, it may be made of PEEK.

The protrusion 530 may be tiltably supported on the shaft 510 through the pad 520 .

In the adsorption module 500 , since the protrusion 530 may be tilted to correspond to the surface of the skin 10 , the protrusion 530 and the skin may be in close contact with each other at a contacting portion. Accordingly, the adsorption module 500 is able to accommodate more skin in the inner space 230, so that the operator more easily performs a skin lifting procedure using the skin lifting module 200 in the inner space 230. By integrating the skin on the skin, the energy consumed for the procedure is reduced, and the procedure can be performed easily, which increases the efficiency of the procedure.

8 and 9 are schematic cross-sectional views for explaining the switch module.

8 and 9 , the in-mode lifting system 100 for minimizing the bruising and swelling may further include a switch module 600 .

The switch module 600 may include a switch 605 , a driving source 610 , a camshaft 620 , a flow member 630 , a connector 640 , and a shaft 650 .

The switch 605 may be disposed on the hand piece 210 of the skin lifting module 200 , preferably the handle 220 . The switch 605 may operate the lifting module 200 . Specifically, the switch 605 outputs a high voltage to the fat cell membrane of the skin 10 once by the high voltage generator 260 after outputting the high frequency twice by the high frequency generator 270 by the configuration to be described later. The switch 605 may gradually rise according to the time during which the switch is turned on. Due to this, the operator can confirm the completion of one skin lifting procedure by whether the switch 605 is raised or not, thereby preventing a situation that may cause malfunction of the device by restarting it during operation, and more conveniently the skin lifting module ( 200) can be used, preventing safety accidents and increasing the efficiency of the procedure.

The driving source 610 may rotate by receiving power from a battery or an external power source, and thus the driving shaft 615 may rotate.

The camshaft 620 may be inserted and coupled to the end of the driving source 610, and one side of the camshaft 620 may have an outer surface protruding in an elliptical shape.

The flow member 630 has a rectangular panel shape and forms a central space 635 in the center, and the camshaft 620 is inserted and coupled to the central space 635 so that the camshaft 620 is located in the central space 635. The flow member 630 may flow according to the eccentric rotation inside.

The connector 640 is hinged to one side of the flow member 630 in a rectangular panel shape, and may convert the movement of the flow member 630 into a vertical arc motion.

The shaft 650 is made by integrally combining the swash plate 651 and the vertical plate 653, hinge-coupled to the end of the connector 640, and outputting the driving force generated from the connector 640 to the outside. It can be made so that the raising/lowering operation is made.

The operation of the switch module 600 will be described in more detail as follows.

The drive source 610, the camshaft 620, the flow member 630, the connector 640, the connector 640 is composed of a shaft 650, first, the drive source 610 is supplied with power to rotate, and accordingly, the drive shaft 615 can be rotated. The camshaft 620 inserted into the distal end of the drive shaft 615 can rotate, and according to the rotational movement of the camshaft 620, the flow member 630 can change to a left-right movement. .

And, when the flow member 630 moves, the connector 640 hinged to the flow member 630 may perform a vertical arc motion, and the shaft 650 coupled to the connector 640 may The switch 605 may be driven so as to be able to move up and down by switching to an up/down movement.

The movement of the switch module 600 as described above may be operated once when the switch 605 is pressed once.

Meanwhile, the switch 605 may be connected to the control member 410 to operate. Specifically, the switch 605 can be raised three times, and when the switch 605 is pressed, the adsorption module 500 can operate, and the skin lifting module 200 operates. can do. In more detail, while the high frequency generator 270 of the skin lifting module 200 outputs the first high frequency, the switch module 600 operates to raise the switch 605 to a certain height, and the high frequency is generated While the unit 270 outputs the second high frequency, the switch module 600 operates to further raise the switch 605 to a certain height, and finally, when the high voltage generator 260 outputs a high voltage, the switch Module 600 can fully raise the switch 605 .

The control member 410 may control the operation of the driving source 610 by providing a current to the driving source 610 only when necessary.

In the above, preferred embodiments of the present invention have been illustrated and described, but the present invention is not limited to the specific embodiments described above, and it is common in the technical field to which the present invention pertains without departing from the gist of the present invention as claimed in the claims. Of course, various modifications are possible by those having the knowledge of

100: In-mode lifting system to reduce bruising and swelling
10: skin 200: skin lifting module.
210: hand piece 220: handle
230: inner space 240: sensor
250: display panel 260: high voltage generator
265: high voltage head 2651: positive (+) electrode
2652: negative (-) electrode 270: high frequency generator
275: high frequency head 300: massage module
310: body 315: contact member
320: ultrasonic vibration member 330: heating member
340: temperature sensor 350: handle
400: body 410: control member
420: display 500: adsorption member
510: axis 511: pipe member
513: head 515: vacuum tube
517: intake pipe 519: first coupling groove
520: pad 530: protrusion
531: contact surface 533: second coupling groove
600: switch module 605: switch
610: drive source 615: drive shaft
620: camshaft 630: flow member
640: connector 650: shaft
651: inclined plate 653: vertical plate

Claims (3)

skin lifting module;
a massage module integrally coupled to the skin lifting module; and
Including; a body connected to the skin lifting module and the massage module;
The skin lifting module,
hand piece;
a handle formed on a side surface of the hand piece;
an internal space disposed under the hand piece to accommodate the skin;
a sensor disposed in the inner space to check the skin temperature;
a display panel disposed on the back of the hand piece and connected to the sensor to display the skin temperature in real time;
a high voltage generator positioned inside the hand piece to generate a high voltage;
a high voltage head connected to the high voltage generator to deliver a high voltage to the skin;
a high frequency generator positioned inside the hand piece to generate a high frequency;
A high-frequency head connected to the high-frequency generator to deliver high-frequency waves to the skin;
The massage module,
body;
an ultrasonic vibration member attached to the end surface of the body;
a contact member having one side connected to the ultrasonic vibrating member and the other side exposed to the outside of the body to contact the skin;
a heating member mounted inside the body;
a temperature sensor for detecting the degree of heating of the heating member;
Including; a handle coupled to the rear of the body;
The body is
Connected to the hand piece and body with a cable,
An oscillation circuit that controls the current so that the high frequency generator and the high voltage generator of the handpiece operate only within the range of the input force, and controls the current so that the heat generating member built into the body operates only within a certain temperature range and vibrates the ultrasonic vibrating member a control member having a built-in;
A display provided on the outer surface of the main body to show an operating state, and a display including a window for displaying a temperature state and an ultrasonic wave emission state;
The lower surface of the body forming the upper surface of the inner space further includes an adsorption module capable of skin adsorption,
The adsorption module is
a shaft having an intake line to which vacuum pressure is provided;
a ring-shaped protrusion for adsorbing the skin by vacuum pressure provided through the shaft in contact with the skin;
a pad coupled to the shaft and supporting the protrusion,
The pad is
The protrusion has a degree of freedom to move up, down, left, and right directions to enable skin adsorption,
The axis is
an intake flow path having an intake line;
and a head integrally formed on the upper end of the intake passage and having a first coupling groove on an outer peripheral surface of which the inner peripheral surface of the pad approaches;
The protrusion is
It is provided in the form of a ring, and a contact surface in contact with the skin is formed to protrude along the upper edge thereof, and the inner peripheral surface has a second coupling groove into which the outer peripheral surface of the pad is fitted,
Further comprising a switch module disposed on the handle to operate the skin lifting module,
The switch module is
a switch disposed on the handle and formed to protrude;
a driving source disposed inside the handle to receive power from a battery or an external power source to provide rotational driving force;
a driving shaft extending from one side of the driving source;
a camshaft having an outer surface of one side protruding in an elliptical shape to be inserted and overlapped at one end of the driving source;
a flow member inserted and coupled to the camshaft and formed in a rectangular panel shape eccentrically rotating;
a connector having a rectangular panel shape that is hinged to one side of the movable member to convert the movement of the movable member into a vertical circular arc;
The in-mode lifting system for reducing bruising and swelling, comprising: a shaft hinged to one end of the connector to output the driving force generated by the connector to the outside to move the switch up and down.
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