KR101224438B1 - Equipment to get rid of extra flab - Google Patents

Abstract

The present invention relates to a whole body cell removal device, and more particularly, after converting the rotational motion of the motor into a linear motion, the face and body lines lightly rubbed or pounded using the pads on the face and body lines In this case, the shape can be reduced or thin, that is, the V line can be used to hold the line of the face as desired, as well as to control the balance of various parts of the body, that is, the body line. The present invention relates to a systemic cell removal mechanism that is adjustable.

Description

Equipment to get rid of extra flab}

The present invention relates to a whole body cell removal device, and more particularly, using the solenoid or the limit switching method to scatter the carcasses scattered on each part of the face and body line so that the rotational motion of the motor can be converted into linear motion. Use a pad to lightly rub or tap to reduce the shape of the face or to make it thin, that is to say, the V-line to hold the line of the face in the shape you want, as well as various parts of the body. In other words, the body line removal mechanism to adjust the balance of the body line as well as the body part.

It is true that modern people, regardless of age or gender, are very concerned about the body, especially the facial skin and facial lines.

This phenomenon leads to the universalization of plastic surgery, and it is not accurate statistics, but there are some parents who make facial shaping with a high school graduation gift with a funny voice. Therefore, the face is very important in modern life.

As mentioned above, there is a lot of interest in appearances, and naturally, there are many businesses or devices related to this, and most of them correspond to skin massage devices.

The skin consists of three stages: epidermal layer, dermis layer and adipose tissue. The epidermal layer is composed of keratin layer, transparent layer, granule layer, polar layer and basal layer, and the inner layer is composed of layered muscles inside. In order to manage the skin and fine muscles, it is necessary to supply nutrients to the skin steadily or to remove the wastes and toxins accumulated in the skin and circulate the stale hormones quickly and accurately, and to remove the muscles. Stimulating the muscle fibers through the strength and strength of the muscles in the direction of the microscopic stimulation or the texture of the muscle fibers restores the stretched or hardened muscles to their normal shape and returns to the lactic acid and the layers of skin wrapped in the muscle fibers. This discharge makes our body's surface slimmer and maintains beauty. In general, the method of supplying nutrients to the skin is to penetrate the skin cosmetics or vitamins, and the method of removing wastes and toxins is carried out through cosmetics, massage, poultice and the like. However, there is a limit in managing skin using cosmetics. Because the protective wall is formed under the stratum corneum of the skin epidermis with a thick protein protective layer, and the protein protective layer separates the epidermis and the dermis layer of the skin, so even the cosmetics with excellent skin protection effect cannot remove the waste accumulated in the dermis layer. . And you can also care for your skin through massage or poultice, but it costs a lot of money compared to the time and effort you spend trying to massage and poultice every time. In addition, since there is no persistence, there is a limit to ongoing skin care.

Recently, skin care devices that can be easily used to develop more effective skin care have been developed and commercialized.

As such a skin care device is disclosed a skin care device applying the electroion electrophoresis method, the skin care device is a device that can be applied to the skin by administering ascrobic acid to the percutaneous through the electroion electrophoresis. A device for performing a cleaning, massage and lifting function using a vibration motor is known, and a massage device for smoothing a health massage and blood circulation using ions and vibrations emitted from a probe is disclosed.

 However, the above-described conventional skin beauty device does not propose a method of massage to give elasticity to the skin by giving a vibration in a direction perpendicular to the skin surface, and using the vibration motor to rotate the rotational force of the motor by linear motion or cam motion. Since it is a method of stimulating the skin by switching, there is a problem in that noise is greatly generated in the process of transmitting power, causing discomfort to the parties using the beauty device. In addition, even if the ion massage function performs a massage other than the frequency input into the main body of the beauty device there is a limit.

In addition, in the case of existing beauty equipment, the effect of elasticity of the skin and the removal of wastes existing in the skin is pursued, and the facial muscles, for example, V-line or slimming body line, that is, removing flesh The effect is not exerted, and in order to exert such efficacy, there is a problem that does not exist other than plastic surgery.

Therefore, the present invention has been made to solve the above problems,

Use the touchpad to lightly rub or tap the flesh to reduce the shape of the face or to make it thin, that is, to make the line of the face the way you want with the V line. The purpose is to adjust the various parts of the body line, that is, the balance of the body line as well as the flesh.

In addition, the present invention facilitates blood circulation of each part of the face or each part of the body using the touchpad, and enables the circulation of hormones and blood vessels to be circulated smoothly, thereby removing skin mass and massaging and massage effects. The purpose is to make the function effective.

Specific solution means for performing the above object,

On / off button 100, speed control button 101, automatic mode button 102, low frequency control button 107 is sequentially formed on the front side and the wavelength speaker 103 is provided near the rear middle portion. In the center of the upper surface, an opening 104 has a case 10 formed with a far infrared ray display lamp 105 on one side thereof, and a far infrared ray emitting portion 106 and a low frequency terminal 108 on the other side thereof, and the opening 104. It is formed to be protruded to the left and right reciprocating movement to repeatedly remove the skin of the touched part by repeatedly touching the skin and at the same time to be fastened to the touch pad 20 and the low frequency terminal 108 to which far infrared radiation is radiated. The low frequency jack 41 is provided on one side and the low frequency pad 40 provided on the other side to be detachable from the touch pad 20, and provided inside the case 10 to reciprocate left and right of the touch pad 20. Exercise is possible Locking, having a plunger 331 is coupled to the end side of the rod 320 is coupled to the lower end of the touch pad 20, the solenoid for switching the plunger 331 in a linear motion 330, and the solenoid 330 discloses a whole body cell removal mechanism, characterized in that consisting of a rotating means 30 consisting of a power supply 310 for energizing the current.

In addition, the present invention, as another embodiment of the rotation means 30 is provided inside the case 10 to enable the left and right reciprocating movement of the touch pad 20, coupled to the lower side of the touch pad 20 and Electromagnet 340 connected to the end side of the rod 320 that is releasably connected to the plate 350 in the longitudinal direction on the lower side of the electromagnet 340 in the same gap (+) (-) electrode Forming a terminal 351 to have a whole body cell removal mechanism characterized in that consisting of a rotating means 30 consisting of a power supply unit 310 including a control unit 360 to control the energization and short circuit only in the selected section of the current By presenting, the above object can be achieved.

According to the present invention, the desired point of each part of the face and body line by using a touch pad to lightly rub or tap the line of the face with the effect of maintaining a sleek and stylish and deformable, and stimulate the face, neck, etc. It is effective to maintain healthy face by improving blood flow and to improve blood flow in other parts of the body. It is an invention that can enjoy various functions such as removal of mass and massage effect.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is clearly understood that the same is by way of illustration and example only and is not to be construed as limited to the embodiments set forth herein. Various changes and modifications may be made by those skilled in the art.

1 is a perspective view of the present inventors whole body cell removal mechanism,
Figure 2 is a cross-sectional view of the operating state of the rotation means in the present inventors body removal mechanism,
3 to 5 is a view showing another embodiment of the rotation means in the present invention, the lean body removal mechanism, each cross-sectional view showing an operating state that is implemented to change the movement distance area of the touch pad,
6 to 10 is a perspective view of one embodiment of the various shapes of the touch pad in the present invention whole body removal mechanism,
11 to 12 are schematic cross-sectional views showing another embodiment of the present invention.

The present invention provides a systemic cell removal mechanism for achieving the above object, will be described below with reference to the accompanying drawings, preferred embodiments of the present invention.

Figure 1 is a perspective view of the present invention whole body carbuncle removal mechanism, Figure 2 is a cross-sectional view of the operating state of the rotation means in the present invention whole body carcass removal mechanism, Figures 3 to 5 is another embodiment of the rotation means in the present invention body carcass removal mechanism For example, each of the cross-sectional view showing the operating state is performed to enable the change of the movement distance area of the touch pad, Figure 6 to Figure 10 of the various shapes of the touch pad in the present invention body removal mechanism 11 to 12 are schematic cross-sectional views showing another embodiment of the present invention.

Reference numeral 10 denotes an outer case, the case 10 has an on / off button 100, a speed control button 101, an automatic mode button 102, a low frequency control button 107 sequentially on the front side. It is formed and the wavelength speaker 103 is provided near the rear middle portion.

In the case of the on / off button 100, the button indicates whether the power supply is supplied or not. When the power is supplied, the treatment wavelength of 5000 to 8000 Hz is transmitted to the user's skin from the touch pad 20 described below. In addition to the removal of carnage, and also functions such as physical and mental stability and fatigue recovery, the speed control button 101 is located on the upper side of the two buttons to adjust the speed of the reciprocating motion or one-way motion of the touch pad 20 described below All buttons are referred to as speed control button 101 at once.

In the case of the automatic mode button 102 is a button that allows the user to continue the rotational movement and rhythmic rotational movement of the touch pad 20 automatically without the operation of the present invention.

In the case of the wavelength speaker 103, the wavelength of the far infrared rays emitted from the touch pad 20 is expressed by the wavelength speaker 103 so that the user can sense whether the far infrared rays are emitted.

The low frequency control button 107 is fastened to the low frequency terminal 108 to be described later to the low frequency jack 41 provided on one side of the low frequency pad 40 to be described later to the low frequency pad 40 to the touch pad ( 20) By attaching to the outer circumferential surface, the low frequency can be diverged and the intensity of the low frequency can be adjusted.

In addition, an opening 104 is formed at the center of the upper surface of the case 10, a far infrared ray display lamp 105 is formed at one side thereof, and a far infrared ray emitting portion 106 and a low frequency terminal 108 are formed at the other side thereof. 10 is as shown in FIGS. 1 and 5.

Reference numeral 20 denotes the touch pad 20 as briefly mentioned above, and a specific configuration thereof is provided to protrude in the opening 104 and is formed to be rotatable in left and right directions or in one direction. It is desirable to be made in a variety of shapes to be able to remove the cartilage of the touched part by touching and to irradiate far infrared rays, such a shape is to replace the touch pad 20 in accordance with the body part by changing the body part By using the most suitable touch pad 20 is to maximize the function and effect of the present invention.

Although the drawings of the touch pad 20 are illustrated in all drawings, various shapes of the touch pad 20 are illustrated in FIGS. 1 and 5 to 8.

Reference numeral 30 denotes a rotation means, which may be described as an embodiment in which the solenoid 330 is used and an embodiment in which a limit switching concept is introduced.

First, as shown in FIG. 2, the rotation means 30 using the solenoid 330 is provided inside the case 10 to allow the left and right reciprocating motion of the touch pad 20. 20) having a plunger 331 coupled to an end side of the rod 320 coupled to the lower end side to be coupled and releasable, and having a solenoid 330 for converting the plunger 331 into a linear motion, The solenoid 330 was made of a power supply 310 for energizing the current.

As described above, since the touch pad 20 can be selectively applied according to body parts by using a plurality of touch pads 20 having various shapes and shapes, the touch pad 20 should be freely detachable. As described above, the touch pad 20 should be configured to be coupled to and released from the rod 320.

In addition, when the plunger is energized by the solenoid 330 with the movable iron core, the plunger 331, which is the movable iron core, may repeatedly perform the reciprocating movement forward and backward after forward movement by a predetermined stroke. .

When the plunger 331, which is a movable iron core, is repeatedly reciprocated by a predetermined stroke by the current energization of the solenoid 330, the touch pad 20 of the upper side coupled with the plunger 331 also moves in movement. It comes in contact with the user's skin and can remove the flesh on the area.

In addition, it is possible to control the reciprocating speed of the plunger 331 by controlling to increase or decrease the amount of current of the solenoid 330 according to the operation of the above-described speed adjusting butter 101.

On the other hand, as shown in Figures 3 to 5 another embodiment of the rotation means 30 can be implemented using the above-described configuration, that is, the plate 350 is provided with the electromagnet 340 and the terminal 351, etc. Could be.

For example, it is provided inside the case 10 to enable the left and right reciprocating motion of the touch pad 20, the end side of the rod 320 that is coupled to the lower end of the touch pad 20 so as to be coupled and disengaged. A section in which a current is selected by forming a terminal 351 to be connected to the plate 350 in the longitudinal direction on the lower side of the electromagnet 340 and the electromagnet 340 to have a (+) (-) electrode at the same gap. It may be possible to start the rotation means 30 consisting of a power supply unit 310 including a control unit 360 to control the energization and short circuit only.

The configuration for implementing the above embodiment is a limit switching concept, the terminal 351 is arranged on the upper surface of the plate 350 at regular intervals, each terminal is a circuit portion included in the controller 360 (361).

As described above, each terminal 351 of the plate 350 connected to the circuit part 361 may be controlled by the controller 360, that is, step by step, ranging from one step to three steps, may be performed. The signal is applied to the control unit 360 by an operation of the step button 109 which may be provided at one side of the front surface, and the applied signal controls the circuit section 361 to short-circuit or connect the energized section. .

For example, when selecting a button for operation in the first step in the step button 109, the power supply unit 310 to the first terminal 351 connected to the circuit unit 361 from the zero position of the plate 350 The current in the circuit is energized, and the other terminals are cut off so as not to be energized. By this operation, the movement distance range from the initial terminal 351 to the primary terminal 351-1 at the zero position of the plate 350. In the range (L 1), the touch pad 20 may be reciprocated left and right.

That is, since the electromagnet 340 provided to the lower side of the touch pad 20 is configured to be freely movable on the upper surface of the plate 350, the movement distance region L according to the current supply of the power supply 310. The reciprocating movement of the touch pad 20 may be repeatedly performed by being limited only to the distance to 1).

Here, in the present invention, a mechanical design will be required in order to freely move the electromagnet 340 at the bottom of the touch pad 20. For example, as shown in FIGS. You will need a guider 110 to guide the workout.

The configuration of the guider 110 may be variously changed according to the internal structure change of the case 10.

On the other hand, in order to widen the movement distance area by a distance that extends more than the stroke distance of the movement distance area (L 1), that is to enable repeated reciprocating transfer as much as the stroke distance of the movement distance area (L 2) as shown in FIG. For example, when the second stage button of the step button 102 is pressed, the control unit 360 receives the signal, and then, on the plate 350 in a state in which the circuit unit 361 is laterally spaced apart from the initial terminal 351. Connect the circuit connected to the side of the second terminal 351-2, which can be mounted on the circuit, and cut off the circuit between the primary terminal 351-1 and the circuit current at the end of the plate 350 and the secondary terminal 351 -2) will be controlled so that it can be energized only.

When the current is supplied from the power supply unit 310 in this state, the touch pad 20 reciprocates between the movement distance regions L 2 of a distance longer than the movement distance region L 1 described above.

In addition, as shown in FIG. 5, when the step button 109 is operated by the same operation method in the three movement distance regions L 3, the third terminal 351-3 of the longest distance from the end of the plate 350 is provided. The reciprocating motion of the touch pad 20 can be performed as much as the region of the movement distance region L 3 which continues up to.

In this way, by adjusting the movement stroke distance of the touch pad 20 by the operation of the step button 109, the user will be able to selectively convert and use according to his body part flesh removal area.

Meanwhile, in the present invention, an embodiment as shown in FIGS. 11 to 12 may be implemented.

For example, the rod coupling rod 322 having an insertion hole 321 to the end side of the rod 320 is coupled to the touch pad 20, the insertion hole 321 is inserted is described above. The pinion 325 to be attached above the plunger 331 or the electromagnet 340, and to form a rack 324 to the side of the rod 320 and is geared to the rack 324 and rotated by the motor 326. ) May be provided.

In this configuration, when the plunger 331 or the electromagnet 340 is moved left and right, when the rack 324 is moved up and down by the forward and reverse driving of the motor 326, the rack 324 and Since the fixed rod 320 moves up and down, the user may massage the skin more dynamically by the left and right movements and the up and down movements of the touch pad 20, thereby doubling the effect.

Using the present invention having the above-described configuration, the user can selectively select the area according to the exercise area of the body part using the touch pad, and lightly rub the desired point area of each part of the face and body line using the touch pad. By stimulating or tapping the face, it is possible to keep the lines of the face sleek and refined, and to stimulate the face, neck, etc., to improve the flow of blood, and to maintain a healthy face. By improving the flow, you can enjoy various functions such as the removal of flesh and massage effect.

10: case 20: touchpad
30: rotation means 40: low frequency pad
41; Low Frequency Jack 100: On / Off Button
101: speed control button 102: automatic mode button
103: wavelength speaker 104: opening
105: far infrared ray display lamp 106: far infrared ray emitting part
107: low frequency control button 108: low frequency terminal
109: step button 110: guider
310: power supply unit 320: load
321: insertion hole 322: rod coupling rod
323 insert hole 324 rack
325: pinion 326: motor
330: solenoid 331: plunger
340: electromagnet 350: plate
351, 351-1, 351-2, 351-3: Terminal 360: Control part
361: circuit part

Claims (3)

On / off button 100, speed control button 101, automatic mode button 102, low frequency control button 107 is sequentially formed on the front side and the wavelength speaker 103 is provided near the rear middle portion. The case 10 having an opening 104 at the center of the upper surface thereof, and a far infrared ray display lamp 105 at one side thereof, and a far infrared ray emitting unit 106 and a low frequency terminal 108 formed at the other side thereof;
A touch pad 20 protruding from the opening 104 and formed to be capable of reciprocating left and right, and repeatedly removing the skin of the touched part by repeatedly touching the skin;
Low frequency jack 40 is provided on one side to be fastened to the low frequency terminal 108 and the low frequency pad 40 provided to be detachable to the touch pad 20 on the other side,
Is provided inside the case 10 to enable the left and right reciprocating movement of the touch pad 20, is coupled to the end side of the rod 320 that is coupled to the lower end of the touch pad 20, the coupling Rotating means (30) having a plunger (331), comprising a solenoid (330) for converting the plunger (331) in a linear motion, and comprising a power supply (310) for energizing the solenoid (330). Systemic cell removal device characterized in that consisting of).
On / off button 100, speed control button 101, automatic mode button 102, low frequency control button 107 is sequentially formed on the front side and the wavelength speaker 103 is provided near the rear middle portion. The case 10 having an opening 104 at the center of the upper surface thereof, and a far infrared ray display lamp 105 at one side thereof, and a far infrared ray emitting unit 106 and a low frequency terminal 108 formed at the other side thereof;
A touch pad 20 protruding from the opening 104 and formed to be capable of reciprocating left and right, and repeatedly removing the skin of the touched part by repeatedly touching the skin;
Low frequency jack 40 is provided on one side to be fastened to the low frequency terminal 108 and the low frequency pad 40 provided to be detachable to the touch pad 20 on the other side,
It is provided inside the case 10 to enable the left and right reciprocating motion of the touch pad 20, which is connected to the end side of the rod 320 that is coupled to the lower end of the touch pad 20 to be detachable Electromagnet 340 and the terminal 351 is arranged on the plate 350 in the longitudinal direction on the lower side of the electromagnet 340 to have a positive (+) (-) electrode in the same gap so that the current is selected only in the selected section And a rotation means (30) comprising a power supply unit (310) including a control unit (360) for controlling the short circuit.
3. The method according to claim 1 or 2,
A rod coupling rod 322 having an insertion hole 321 formed at an end side of the rod 320 coupled to the touch pad 20 and having the insertion hole 321 inserted therein is the plunger 331. Or a pinion 325 which is attached to the upper side of the electromagnet 340 and forms a rack 324 on the side of the rod 320 and is geared to the rack 324 and rotated by a motor 326. Whole body cell removal mechanism comprising the.

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