JP4592319B2 - Beauty Equipment - Google Patents

Description

  The present invention relates to a structure of an electrode portion of a beauty device and a holding member thereof, and particularly to a structure and a holding member having a good fitting state.

As an iontophoresis device which is one of the beauty devices as a background art, there is one disclosed in Japanese Patent Application Laid-Open No. 2000-210385. As shown in FIG. 11, the first iontophoresis device as the background art is provided with a face skin contact portion 102 that comes into contact with the user's face skin and outputs a galvanic ion current in front of the upper end of the main body 101. A plurality of far-infrared diodes UD1, UD2, and UD3 are provided inside the peripheral edge of the facial skin contact portion 102, and include a vibration generating portion and a far-infrared output portion 104 that outputs far-infrared rays. In this configuration, a grounding portion 106 that is brought into contact with the skin when the user grasps the main body is provided. According to the first iontophoresis device as the background art, the power source of the battery is boosted using the DC / DC converter, and the galvanic ion current is output by the boosted power source. It has an infrared output unit, generates vibration and far infrared, and the user can carry it easily and carry out skin beauty using galvanic ion current, far infrared and vibration, and output it at the skin beauty stage. By periodically varying the ionic current, the effect of skin irritation is high, whereby it is possible to maintain a skin that is always elastic and has a good gloss. Further, as shown in FIG. 12, the iontophoresis device as the background art includes cleansing (FIG. 12 (a)), massage (FIG. 12 (b)), nutrition supply (FIG. 12 (c)), lifting ( Various pulse waveform modes shown in FIG. 12D are prepared, and operations in various pulse waveform modes are appropriately performed.
JP 2000-210385A

  According to the iontophoresis device as the background art, it is presumed that the skin irritation effect is high, has elasticity, and can maintain a skin with good gloss. However, even with the iontophoresis device as the background art, the facial skin contact portion 102 (electrode portion) is part of the main body without protruding gently and continuously from the outer shape of the main body, so that lotion is not included. It is very difficult to attach the puff to the electrode part, and even if it is attached, there is a problem that it is easily detached. Here, there is a face puff that is shaped into a face shape on the user's face instead of being attached to the electrode part. In this case, such a problem does not occur, but the puff is continuously attached to the face. It is inconvenient because the massage must be performed while maintaining the condition.

  Accordingly, the present invention has been made to solve the above-described problems, and an object of the present invention is to provide a beauty device capable of appropriately performing ion introduction using a puff and a holding member attached to the beauty device.

A beauty device according to the present invention includes a hand-held portion that a user grips during use, an electrode portion that outputs current, and a power supply portion that supplies various currents to the electrode portion, and performs beauty using the electrode portion. in comprises a connecting portion for separating the said main body consisting of at least the hand unit electrode portion, and a holding member for holding the inclusions to the electrode portion, the electrode portion is affected part of the user in the electrode portion sectional area of the electrode portion by the plane perpendicular to the central axis of the contact surface abutting is formed as the receiving portion with reduced section along a back side direction of the electrode portion contact surface, the retaining member is corresponding to the receiving part An oval ring that can be fitted and has at least resilience to an external force with respect to the inner side of the long axis of the hole of the ring, and the diameter of one opening of the hole of the ring is larger than the diameter of the other opening Make the collar part smaller Those digits. Thus, in the present invention, it comprises a connecting portion for separating the main body and the electrode portions of at least the hand portion, and a holding member for holding the inclusions to the electrode portion, the electrode portion, the electrode The cross-sectional area of the electrode portion by a vertical plane with respect to the central axis of the contact surface that contacts the affected area of the user in the portion is formed as a receiving portion that continuously decreases along the back side direction of the electrode portion contact surface . Therefore, the receiving portion has a shape that can easily hold inclusions such as puffs, and the inclusion does not easily come off even during use, and the receiving portion has a shape that makes it easy to attach inclusions. This improves user convenience. Here, the inclusions such as puffs are those used by being held on the electrode part during pulse output. In the present invention, the holding member is an oval ring that can be fitted to the receiving portion of the beauty device, and has at least resilience with respect to an external force in the longitudinal direction of the hole of the ring. Therefore, by applying an external force in the inner direction of the major axis, the holding member is deformed in the outer direction of the minor axis and easily fits into the electrode part, and after being fitted by having resilience, it is not easily detached from the electrode part. User convenience has been improved. Furthermore, in the present invention, since the holding member is provided with a collar portion in which the diameter of one opening of the hole portion of the ring is smaller than the diameter of the other opening, the holding member passes through the electrode portion. The holding member can be fitted into the electrode part at a fixed position, and the collar part is formed only on one side, so that the user can apply external force with fingers. When the holding member is deformed in the direction of the long axis, the opening forming the collar is rigid and difficult to deform, while the other opening not forming the collar is compared with that. Since there is no rigidity, only the other opening that does not form the flange portion is expanded, and the user can easily fit the holding member into the electrode portion.

A beauty device according to the present invention includes a hand-held portion that a user grips during use, an electrode portion that outputs current, and a power supply portion that supplies various currents to the electrode portion, and performs beauty using the electrode portion. A connecting portion that separates at least the main body including the hand-held portion and the electrode portion, and a holding member that holds inclusions in the electrode portion, wherein the electrode portion is an affected area of the user in the electrode portion. The cross-sectional area of the electrode portion by a plane perpendicular to the central axis of the contact surface abutting on is formed as a receiving portion where the cross-sectional area of the electrode portion decreases along the back side direction of the electrode portion contacting surface, and the holding member corresponds to the receiving portion An oval ring that can be fitted and has at least resilience to an external force in the inner direction of the long axis of the hole of the ring, and the ring thickness at the end of the hole long axis of the ring is the ring thickness of the other part. Smaller than It is. Thus, in the present invention, since the ring thickness at the hole long axis end portion of the ring is smaller than the ring thickness at other portions, the hole long axis end portion of the ring is less rigid and easily deformed than the other portions. The fact that the hole long axis end point portion of the ring is easily deformed means that it is easy to deform in the long axis direction of the hole, and the user can easily fit the holding member into the electrode portion.

  Further, the holding member according to the present invention does not provide a collar portion at the hole long axis end point portion of the ring as necessary. As described above, in the present invention, since no flange portion is provided at the hole long axis end point portion of the ring, the rigidity of the hole long axis end point portion is deformed without being compared with other portions because the rib portion is not formed. This makes it easy for the user to fit the holding member into the electrode portion.

(First embodiment of the present invention)
An iontophoresis device that is one of beauty equipment according to a first embodiment of the present invention will be described with reference to FIGS. FIG. 1 is a plan view (FIG. 1 (a)) and a right side view (FIG. 1 (b)) of an ion introducer according to the present embodiment, and FIG. 2 is an overall configuration block diagram of the ion introducer according to the present embodiment. FIG. 3 is a plan view (FIG. 3A), a sectional view (FIG. 3B), a bottom view (FIG. 3C), and a right side view (FIG. 3D) of the puff ring according to the present embodiment. FIG. 4 is a use state diagram of puffing according to the present embodiment.

  In FIG. 1, the ion introducer according to the present embodiment includes a puff plate unit 1 that is made of metal and outputs a current to an affected part, a pulse output unit 12 that outputs a pulse to the puff plate unit 1, and the pulse output unit 12. Including a power supply unit (not shown) for supplying various currents to the ionized component contained in the ionized solution into the living body by pulses from the pulse output unit 12, and a plane of the puff plate unit 1 The configuration is a Rouleau triangle. The present ion introducer roughly forms a front surface, the front body 2 having the puff plate portion 1 disposed at the tip thereof, and the rear surface of the front body 2, and an electric circuit such as the pulse output portion 12 is provided. It consists of a back body 3 to be installed. The lower side of the central part of the front body 2 and the back body 3 constitute a hand-held part that the user grips during use. And the main body which consists of this hand-held part, and the said puff plate part 1 space apart, and the main body and the puff plate part 1 which is an electrode part couple | bond together via the connection part 2a, In the said puff plate part 1 and the connection part 2a, A feature of the present invention is that the cross-sectional area of the surface perpendicular to the central axis of the electrode portion contact surface is formed as a receiving portion where the cross-sectional area continuously decreases along the center axis along the back side direction of the electrode portion contact surface. In FIG. 1 (b), the receiving portion is constituted by the side surface and the back surface of the puff plate portion 1. On the other hand, the puff ring 7 which is a holding member that holds the puff with respect to the receiving portion is an oval ring that can be fitted to the receiving portion, and against the external force in the inner direction of the long axis of the hole portion 7a of the ring. It has resilience. That is, the puff ring 7 is fitted to the receiving portion as a flange portion.

  The puff plate portion 1 is made of a conductive member, and is in a conductive state through a human body together with the counter electrode portion 6 also made of a conductive member. In actual use, the puff plate portion 1 comes into contact with the affected area, the counter electrode portion 6 comes into contact with a palm or a finger having the beauty device, and the puff plate portion 1 (or the counter electrode portion 6) passes through the human body. Thus, a current flows toward the counter electrode portion 6 (or the puff plate portion 1). An electrode line 1 a is provided inside the main body 10 so as to receive a current supply to the puff plate portion 1. However, there is only one power supply line 1a, and the other is unnecessary because the human body is regarded as a conductor. The planar shape of the puff plate portion 1 is a rouleau triangle, but this shape causes the puff of a nose or the like to be a convex portion as compared with other portions of the affected portion with which the puff plate portion 1 is brought into contact. When the plate portion 1 comes into contact, any side surface can be brought into contact with a contact surface having the same size, and ion introduction without deviation can be performed. Further, the shape of the roulau triangle itself of the puff plate portion 1 is uniform and the aesthetics are high.

  The puff ring 7 is formed by molding a resin. In the selection of the resin, it is necessary to have at least resilience after molding, and it is preferable that the resin has flexibility that can be deformed by the force of the user's finger. If restoration is not required, after the user fits the puff plate 1 in a state in which the user applies a force to the inner side of the long axis of the puff ring 7 to make it easy to fit, the shape remains deformed. The puff ring 7 cannot hold the puff firmly on the puff plate portion 1.

  Further, the puff ring 7 is provided with a collar portion 7b in which the diameter 7c of one opening of the hole portion 7a of the ring is smaller than the diameter 7d of the other opening. By providing the collar portion 7b, the puff ring 7 can be prevented from passing through the puff plate portion 1 and falling into the connecting portion 2a, and the puff ring 7 can be fitted to the puff plate portion 1 at a fixed position. Further, by forming such a collar portion 7b only on one surface, the collar portion 7b is formed when the user applies an external force with a finger to deform the puff ring 7 in the inner direction of the long axis. The opening that is rigid and difficult to deform, while the other opening that does not form the collar 7b is not as rigid as that, so only the other opening that does not form the collar 7b is present. It expands and it becomes easy for a user to fit the puff ring 7 in the puff plate portion 1.

  In addition, the ring thickness of the hole long axis end portion of the ring is smaller than the ring thickness of other portions. If the ring thickness is small at the hole long axis end point portion of the ring as compared with other portions, the hole long axis end point portion of the ring is less rigid and easily deformed than the other portions. The fact that the hole long-axis end point portion of the ring is easily deformed easily deforms in the long-axis direction of the hole, and it is easy for the user to fit the puff ring 7 to the puff plate.

  Moreover, the collar part is not provided in the hole long-axis end point part of the said ring. Similarly to the case where the ring thickness at the hole long axis end point portion is reduced, the flange portion is not formed, so that the rigidity of the hole long axis end point portion is easily deformed compared to other portions, and the user can puff 7 is easily fitted into the puff plate portion 1.

  The front body 2 is provided with an operation switch 4 at the center of the surface. The operation switch 4 includes a power switch button 4a, a mode switch 4b, and a strength switch 4c. The power switch button 4a receives power on / off of the ion introduction device, and the ion introduction device is activated by pressing the power switch button 4a in the power off state, while the power switch button is in the power on state. By depressing 4a, the present iontophoresis device is terminated. The mode switch 4b is a switch for switching from the currently operating mode to another mode. The mode changeover switch 4b can shift to another mode regardless of the mode. Each time the mode changeover switch 4b is pressed, the mode is changed to another mode. Therefore, when the mode changeover switch 4b is pressed several times, the mode is returned to the mode before the change. The strength switch 4c selects the strength of the output voltage of the pulse output from the pulse output unit 12 by switching the switch, or selects the strength of the vibrator 13. The selection of the strength of the pulse output voltage by the strength switch 5c and the strength selection of the vibrator 13 are provided (the mode in which the output voltage is strong and the vibrator 13 is strong is set to the high mode, the output voltage is weak and the vibrator 13 is selected). This is because the mode that is also weak is set to Low), to widen the user's choice and enhance convenience. In detail, people who are terrified or sensitive to electrical signals may want to use the ion introducer by avoiding the electrical signal even though they want to use the ion introducer. By preparing, even such a user can be used with peace of mind. On the other hand, for users who confirm the effect on the pain that is terrifying rather than fear of electric signals, the use of only the Low mode is not satisfactory although there is some effect, but the High mode is prepared Therefore, it is possible to deal with such a user.

  A dome-shaped common switch is formed on the upper surface of the power switch button 4a, the mode change switch 4b, and the strength change switch 4c. The common switch can be pressed in any direction like a cross key. The common switch transmits the pressed state as it is to the power switch button 4a, the mode change switch 4b, and the strength change switch 4c disposed on the lower surface. That is, when the common switch is shifted down and pressed, the power switch button 4a is pressed, and when the common switch is shifted and pressed in the upper right direction, the mode switch 4b is pressed, and the common switch is moved in the upper left direction. When shifted and pressed, the strength changeover switch 4c is pressed.

  Further, the shape of the operation switch 4 of the front body 2 is circular when viewed from the plane direction, and a plurality of light emitting diodes 5 are arranged concentrically with this circle. The light emitting diode 5 includes a mode display lamp 5a indicating which mode is currently in progress, and a strength display lamp 5b indicating the intensity of pulse output and vibration of the vibrator. The mode display lamp 5a uses a full color LED. Then, the control unit 9 controls the light emitting diode 5 so that the user can discriminate each mode, for example, to emit light blue during ion cleansing, orange during massage, blue during ion introduction, and white during lifting. To do. The strong and weak display lamps 5b are each provided with an LED. When strong, the strong LED emits light, and when weak, the weak LED emits light.

  The back body 3 has a counter electrode portion 6 formed on the rear end surface thereof, a battery housing portion in which a battery as a current supply source can be attached and detached, and a current supply from the internal battery. In response, the circuit board on which the control unit 9 for controlling the current to be converted into a pulse and controlling the puff plate unit 1 (or the counter electrode unit 6) to output the pulse is disposed inside. is there. The back body 3 is formed in color, and this is for covering a circuit board, a power supply unit, and the like disposed therein. Therefore, in order to improve the aesthetics for the appearance person, there is a case where the internal circuit board is intentionally transmitted by making it transparent or semi-transparent in order to specialize the design. The battery here is of a charge type, and can be configured to notify by sound when the charge capacity is exhausted.

  As shown in FIG. 2, the controller 9 receives inputs from the power switch button 4a, the mode selector switch 4b, and the strength selector switch 4c, and controls the light emitting diode 5, the pulse output unit 12, and the vibrator 13. In practice, the control unit 9 is mainly implemented by a microcomputer, and the remaining part is a circuit. The light emitting diode 5 emits light according to a control signal (light emission control signal) output from the control unit 9. The pulse output unit 12 outputs a pulse current to the puff plate unit 1 and the counter electrode unit 6 in accordance with a control signal (electrode control signal) output from the control unit 9. The vibrator 13 rotates the motor according to a control signal (vibrator control signal) output from the control unit 9.

  The pulse output from the pulse output unit 12 has a mode for each application. In this embodiment, ion cleansing for removing toxins and waste accumulated in the deep part of the skin, and expanding and contracting facial skin holes. There is a massage mode that keeps the skin soft and glossy and elastic, ion introduction that penetrates nutrients such as lotion into the deep part of the skin, and a lifting mode that expands and contracts the pores of the skin and holds the skin with tension .

  Further, the control unit 9 appropriately outputs a detection signal for human body detection from the pulse output unit 12. The human body detection is to detect whether or not the puff plate portion 1 is in contact with the human body. The purpose of using human body detection is to detect the human body and output a pulse so as to reliably perform ion introduction to the user. In this iontophoresis device, it is particularly useful for performing a soft start, that is, it means that the soft start is performed in a state where the puff plate portion 1 is reliably in contact with the human body, and the electrode portion 1 is in contact with the human body. It means that there is no point in soft-starting without doing it. When the pulse of each mode is output from the pulse output unit 12, the detection signal may not be output. This is because when the pulse of each mode is output appropriately, the electrode unit 1 is in contact with the human body, and therefore it is not necessary to output a separate detection signal. Here, in order to notify the user that the electrode unit 1 is in contact with the human body appropriately, the light emission of the light emitting diode 5 is changed. Specifically, the light-emitting diode 5 is blinked until the human body is detected, and is turned on when the human body is detected.

  Specifically, in the human body detection, a detection signal having a predetermined frequency is output from the pulse output unit 12 to the electrode unit 1. This detection signal is input to the counter electrode unit 6 through the human body when the human body and the electrode unit 1 are in contact with each other. Since it is through a human body, the detection signal detected by the counter electrode unit 6 is a weak signal containing noise compared to the detection signal detected by the puff plate unit 1. When it is determined whether or not the human body is actually in contact with such a signal, it is an early measure to determine that the human body is detected if even one of the detection signals is detected. There is also a possibility that the peak value has increased. Therefore, it is preferable to adopt a configuration in which the mode is shifted to the operation mode only when the average of the detection signals detected by the counter electrode 6 corresponding to the output detection signal is equal to or higher than a predetermined voltage level. Further, not only the average of the detected detection signals but also the average of the remaining detection signals can be set as a comparison target by ignoring the first and last several detection signals. The reason why some of the first and last detection signals are ignored is that the detection signals for the first and last electric signals are generally weakened when an electric signal is applied to the human body. Other than this, it is possible to determine whether there are two points where the rate of change in voltage is high, with the above-mentioned property being used. These two points mean portions where the detection signals for the first and last electrical signals are weakened. Further, the determination may be made not only based on the average but also based on the number of detection signals exceeding a predetermined voltage level among the detection signals.

  The pulse is output from the pulse output unit 12. Whether the pulse is output to the puff plate unit 1 or the pulse to the counter electrode unit 6 is different depending on the mode. When a pulse is output to the puff plate unit 1, the counter electrode unit 6 needs to drop the voltage level to GND. On the other hand, when outputting a pulse to the counter electrode part 6, the puff plate part 1 needs to drop the voltage level to GND. The reason why the voltage level of the electrode on the side where no pulse is output is lowered to GND is that the output pulse passes through the human body and is not output.

  Next, the operation of the ion introducer according to the present embodiment will be described. The user activates the ion introducer by pressing the power switch 5a of the ion introducer. The controller 9 is activated and turns on all the light emitting diodes 5 for a predetermined time. This lighting indicates that the operation mode is changed from the standby mode. When shifting to the operation mode, the control unit 9 outputs a detection signal from the pulse output unit 12. When the signal cannot be received with respect to the output of the detection signal during the predetermined period, the mode shifts to the standby mode. On the other hand, when the signal can be received with respect to the output of the detection signal within the predetermined period, the controller 9 shifts to the ion cleansing mode. In the ion cleansing mode, the control unit 9 causes the pulse output unit 12 to output a pulse with an early cycle and causes the vibrator 13 to vibrate to discharge dirt inside the skin. Along with the operation in the ion cleansing mode, the control unit 9 turns on the mode display lamp 5a in light blue. After the end of the ion cleansing mode, there is a pause. This is because the user needs to clean the face after ion cleansing. After the user performs such face washing or the like, the power switch 5a is pressed to release the pause, and the control unit 9 shifts to the massage mode. In the massage mode, the control unit 9 massages the skin by causing the pulse output unit 12 to output a 1: 1 Duty +/− and vibrating the vibrator 13 for 100 [msec]. Along with the operation in the massage mode, the control unit 9 lights the mode display LED 5a in orange. After the end of the massage mode, pause once. The user puts a cotton puff 8 in which provitamin C is infiltrated into the affected area on the puff plate portion 1, and further pushes and bends the puff ring 7 toward the inner side of the long axis of the ring to deform the puff ring 7. Is fitted to the puff plate portion 1 covered with (see FIG. 4A). When the user presses the power switch 4a, the control unit 9 shifts to the ion introduction mode. At the time of ion introduction, the control unit 9 causes the pulse output unit 12 to output a pulse output with an early cycle, and vibrates the vibrator 13 to infiltrate provitamin C into the skin. Along with the operation of this ion introduction mode, the controller 9 lights the mode display lamp 5a in blue. After completion of the ion introduction mode, the puff ring 7 fitted to the electrode portion 1 is removed, the cotton puff 8 is also removed, and the control portion 9 shifts to the lifting mode. At the time of lifting, in order to stabilize the permeated provitamin C, the control unit 9 causes the pulse output unit 12 to output 1: 1 Duty +/− for about 1 [min]. At this time, there is no vibration of the vibrator 13. Along with the operation in the lifting mode, the control unit 9 lights the mode display lamp 5a in white. With the above, the normal ion introduction operation is completed, and a transition is made to the standby mode.

  As described above, according to the iontophoresis device according to the present embodiment, the main body composed of the hand-held portion and the puff plate portion 1 are separated from each other, and the main body and the puff plate portion 1 are coupled via the connecting portion 2a. Since the cross-sectional area of the vertical surface of the central axis of the electrode portion contact surface in the puff plate portion 1 and the connecting portion 2a is formed as a receiving portion that continuously decreases along the central axis, the side surface of the puff plate portion 1 and The receiving portion is configured by the back surface, and the puff can be easily attached by holding the puff by a holding member corresponding to the receiving portion, and the puff is not easily dropped during use. And in this embodiment, it is a fitting oval ring corresponding to the receiving portion as a holding member corresponding to the receiving portion, and has resilience to an external force in the inner direction of the long axis of the hole portion 7a of the ring. Since the puff ring 7 is used, the puff ring 7 can be fitted to the puff plate portion 1 after being deformed by applying an external force to the inner side of the long axis so that the user can easily fit it. Similarly, when removing the puff ring 7 from the plate portion 1, the puff ring 7 can be removed from the puff plate portion 1 after the user applies an external force in the inner direction of the long axis to make it easy to deform and remove.

  In the operation of the iontophoresis device according to the present embodiment, the user can perform ion cleansing or massage by putting lotion into the puff and fitting it into the puff plate portion 1 with the puff ring 7. Can be lifted by putting a cosmetic liquid or lotion in the puff and fitting it into the puff plate portion 1 with the puff ring 7.

(Second embodiment of the present invention)
An ion introducer according to a second embodiment of the present invention will be described with reference to FIG. 5 or FIG. FIG. 5 or FIG. 6 is a diagram showing how the ion introducer according to this embodiment is used.
The ion introducer according to the present embodiment is configured in the same manner as the ion introducer according to the first embodiment, except that the center of the puff plate portion 1 is pivotally supported.

  As shown in FIG. 5, since the center of the puff plate portion 1 is pivotally supported, the puff plate portion 1 is rotatable. If the puff plate portion 1 is in contact with the convex affected part, the puff plate portion 1 is rotated, thereby preventing the user from moving the ion introducer. Absent. In addition, when the puff plate portion 1 has a corner, in order to make the corner portion of the affected portion contact, if the puff plate portion 1 is fixed, the user changes the ion introducer itself in various ways. Although it is inconvenient to use because it needs to be positioned, according to the present ion introducer, it is not necessary to rotate the puff plate portion 1 and change the ion introducer itself.

  This rotation can be configured to be able to rotate without any restriction, but when the user can continue to rotate in this way, the user can move the puff plate in contact with the affected area. In this case, the puff plate portion 1 rotates more than necessary, which is inconvenient. Therefore, it is desirable to set an angle at which the pub plate portion 1 can rotate. For example, 45 [degree] and 90 [degree] (see FIG. 5A1) are conceivable.

  Moreover, it is also possible to configure so that the angle can always be returned to the initial position by a spring or the like without setting the angle that can be rotated or by setting the angle that can be rotated. Thereby, when not in contact with the affected part, the puff plate part 1 is in the initial position and the user can grasp the position of the puff plate part 1 without visual recognition.

  In FIG. 5, the central axis of the puff plate portion is indicated by a black dot, but this black dot is not an expression of the axis of the shaft support portion. This is because, when the shaft is exposed, there is a possibility that the affected part and the shaft come into contact with each other when the puff plate portion 1 is used, and the skin may be scratched. The actual shaft is preferably joined to the back surface of the puff plate portion 1 so as not to be exposed on the surface.

  As described above, according to the iontophoresis device according to the present embodiment, since the center of the puff plate portion 1 is pivotally supported, the puff plate portion 1 is rotatable and used for a convex affected part. Even when the puff plate 1 is in contact, the ion introducer can be moved without hindering movement around the affected area, and it is convenient to use. Since the puff plate portion 1 rotates when it is desired to contact a specific portion, it can be brought to a desired position without changing the ion introducer one by one.

  In the iontophoresis device according to the present embodiment, the central axis of the puff plate portion 1 is supported. However, other portions of the puff plate portion 1 may be supported, for example, FIG. ) To (b3), the upper side of the puff plate portion 1 may be pivotally supported. In this case, the front body is extended depending on the rotation state, and depending on the affected part, it is easy to contact. Convenience is high.

  Moreover, in the iontophoresis device according to the present embodiment, the shape of the puff plate portion 1 is a Rouleau triangle, but it may be a substantially triangular shape as shown in FIGS. 6 (a1) to (a3) or FIG. 6 (b1). ) To (b3) may be circular.

(Third embodiment of the present invention)
An ion introducer according to a third embodiment of the present invention will be described with reference to FIG. FIG. 7 is a vibrator arrangement state diagram of the iontophoretic device according to the present embodiment.
The ion introducer according to the present embodiment is configured in the same manner as the ion introducer according to the first embodiment, and is different in that a plurality of vibrators 13 are provided below the puff plate portion 1. .

  Although the vibrator 13 is already provided in the iontophoresis device according to the first embodiment, the vibrator 13 vibrates only in the vertical direction with respect to the affected part. Two are provided. By providing a plurality of vibrators 13 in this way, vibrations can be generated in multiple directions at least as many as the number of vibrators 13, and further, vibrations in multiple directions can be realized by combining the vibrations of vibrators 13. it can.

  The vibrator 13 is a vibrator (not shown) that is disposed on the back surface of the puff plate portion 1 and generates vibration due to its centrifugal force by rotating the motor with an eccentric weight. This vibrator 13 is used to generate vibration. Usually, to eliminate cellulite, a mass of fat that is difficult to burn and not burn, it is common to apply a roller picking method, which is a method of picking up with a roller on the body. It cannot be used directly on the skin. Therefore, the vibrator 13 was used in order to put it in small increments vertically and to give an appropriate stimulus to the skin of the face. Therefore, as an alternative to the vibrator, another one that can be put in small increments vertically can be used. A vibrator line 13 a is provided inside the main body 10 so as to receive a current from the vibrator 13. Note that a buzzer, which is a sound device that vibrates the sounding body with an electromagnet, can be used, and the buzzer may be preferred because it is better to generate the vibration in the vertical direction. The buzzer can also be used as a warning sound. In the present embodiment, the buzzer can be sounded when the user has used for a predetermined time. Similarly, the vibrator 13 can also be intentionally generated, and when it is warned, it is driven so as to generate a sound, and when normal vibration is applied to the affected part, it is driven so as not to generate a sound, It can also be used by switching.

  Further, when the vibrator 13 is disposed, the disposition direction is important. When two vibrators 13 are arranged in the same direction, if the frequency is the same and there is no delay, the vibration becomes large and the vibration range is widened (see FIG. 7A). As shown in FIG. 7B, when one vibrator 13 is arranged 90 degrees different from the other vibrator 13, the vibration itself increases (when arranged in the same direction). The vibration is synthesized in a certain direction. Further, the vibration range and the strength of vibration can be adjusted by changing the frequency.

  As described above, according to the ion introducer according to the present embodiment, since a plurality of vibrators 13 are provided at the lower position of the puff plate portion 1, compared to the conventional case in which only vibration in a certain direction can be generated. Vibration can be generated, and the direction can be adjusted by the frequency.

(Fourth embodiment of the present invention)
An ion introducer according to a fourth embodiment of the present invention will be described with reference to FIG. FIG. 8 is a plan view of a plurality of ion introducers according to this embodiment.

Configuration The iontophoresis device according to the present embodiment is configured in the same manner as in the first embodiment, and the vibration absorbing member 2b is provided between the hand-held portion that the user holds with his hand and the portion where the puff plate 13 is disposed. This is a different configuration.

  In FIG. 8A, the vibration absorbing member 2b is also formed continuously with the outer shape of the ion introducer. This vibration absorbing member is bonded to the front side 2 c and the rear side 2 d of the front body 2. Here, since the vibration absorbing member 2b is a place where a vibration load is applied, the vibration absorbing member 2b has a front side 2c and a rear side of the front body 2 in order to strengthen the adhesion between the front side 2c and the rear side 2d of the front body 2. It is desirable to reinforce 2d with a reinforcing material such as a fine iron core. In addition, it can also be configured as shown in FIG. 8B or FIG. In particular, when configured as shown in FIG. 8C, vibration generated by the vibrator 13 can be promoted.

Effect As described above, according to the iontophoresis device according to the present embodiment, the vibration absorbing member 2b is provided between the hand-held portion that the user grips with the hand and the portion where the puff plate portion 1 is disposed. The vibration generated by the vibration absorbing member 2b does not reach the handheld portion, but only propagates in the puff plate portion 1 and its surroundings, and does not cause any adverse effects on the use of the user. Vibration can be used efficiently.

(Fifth embodiment of the present invention)
An ion introducer according to a fifth embodiment of the present invention will be described.
The ion introducer according to the present embodiment is configured in the same manner as the ion introducer according to the first embodiment, except that the puff plate portion 1 is made of titanium.

  Conventionally, plating of chromium or the like has been applied to the puff plate portion 1, but metal ions are eluted on the surface of the puff plate portion 1 by electrolysis. And the eluted metal ion had a bad influence with respect to the skin used as an affected part, and had become a problem. And in the iontophoresis device concerning this embodiment, it decided to surface-process the electrode material inside the puff plate part 1 with titanium with high stability. Here, not a titanium but a titanium compound may be sufficient. However, pure titanium is desirable. Moreover, even if it is not titanium, it can substitute with gold | metal | money.

  As described above, in the ion introducer according to this embodiment, since the puff plate portion 1 is made of titanium, electrolysis in the puff plate portion 1 is possible even when a pulse is generated using the ion introducer. Thus, titanium metal ions can be used safely without elution.

(Sixth embodiment of the present invention)
A charging stand for an iontophoretic device according to a sixth embodiment of the present invention will be described with reference to FIG. FIG. 9 shows a cross-sectional view of a charging stand in which the iontophoretic device according to this embodiment is installed in a charged state.

  The charging stand according to the present embodiment has a configuration in which an ultraviolet lamp 15a for irradiating ultraviolet rays is disposed on the puff plate portion 1 of the ion introducer in a state of being placed on the charging stand.

  Although FIG. 9 shows a cross-sectional view as a specific example of the charging stand 15, this is only an example. The main point here is to secure an irradiation space of the ultraviolet lamp. That is, when the ion introducer is placed on the charging stand 15, a closed space is formed between the tip side of the ion introducing device and the peripheral portion of the ultraviolet lamp 15 a of the charging stand 15. Although a completely closed space is desirable, any structure that does not miss as much ultraviolet light as possible from the ultraviolet lamp 15a may be used. For example, 254 [nm] is used as the ultraviolet length. In addition, it is possible to use ultraviolet rays more efficiently by forming various reflecting materials in the closed space.

  As described above, according to the charging stand 15 of the ion introducer according to the present embodiment, the ultraviolet lamp 15a for irradiating ultraviolet rays is disposed on the puff plate portion 1 of the ion introducer in a stationary state. The sterilization is completed by the next use without the user consciously sterilizing separately while charging, which is highly convenient. In addition, when the sterilization is not completed by the next use, a warning sound can be sounded.

(Seventh embodiment of the present invention)
A wrinkle stretcher of an ion introducer according to a seventh embodiment of the present invention will be described with reference to FIG. FIG. 10 shows a plan view of the iontophoresis device and the wrinkle stretcher according to this embodiment.

  10 (a), the ion introducer according to the present embodiment is configured in the same manner as the ion introducer according to the first embodiment, and corresponds to a connection plug (not shown) of the connection cord of the wrinkle stretcher 16. This configuration is different from the provision of a jack (not shown).

  The wrinkle stretcher 16 includes a conductive connection portion 16a, a main body 16b, and a connection cord 16c. The wrinkle stretcher 16 receives the output from the pulse output unit 12 of the ion introducer as it is, and performs electrical stimulation on the affected part with the tip of a cotton swab connected to the conductive connection part 16a via the connection cord 16c.

  As another configuration, there is also a wrinkle stretcher 16 shown in FIG. 10 (b), and this wrinkle stretcher is provided with a foot portion that fits into the connecting portion 2a rather than receiving a pulse through the connection cord 16c. It is.

  Next, the operation of the ion introducer using the wrinkle stretcher according to this embodiment will be described. Although the mode in the iontophoresis device according to the first embodiment is ion cleansing, massage, iontophoresis, and lifting, a mode called eye care is provided after lifting. In this eye care, wrinkles in the eyes can be stretched by outputting a high-voltage pulse (vibrator 13 is not vibrated like lifting). Therefore, in the case of eye care, if the configuration of the wrinkle stretcher 16 in FIG. 10A is used, the user attaches and connects the tip end of a cotton swab soaked in the conductive connection portion 16a of the wrinkle stretcher 16 The plug of the cord 16c is connected to the jack of the iontophoresis device, designated as eye care by the mode changeover switch 4b, and receives electrical stimulation. The mode display lamp 5b emits green light in the case of eye care. In the case of the configuration of the wrinkle stretcher 16 of FIG. 10B, the user similarly attaches the tip of a cotton swab soaked in the conductive connection portion 16a of the wrinkle stretcher 16 and is made of a deformable resin foot. The part 16d is expanded and fitted to the connecting part 2a, designated as eye care by the mode changeover switch 4b, and subjected to electrical stimulation. Here, the connecting cord 16c is not provided in the wrinkle-stretching device 16 in FIG. 10 (b), but this is provided with an electrode at a contact portion with the connecting portion 2a of the main body 16b of the wrinkle-stretching device 16, Pulses can be output when the electrodes touch each other.

  As described above, according to the wrinkle stretcher according to the present embodiment, the user himself / herself is supplied with a pulse from the ion introducer without having a pulse generation unit, and uses the supplied pulse for electric wrinkle stretching. Stimulation is performed on the affected area, the structure of the wrinkle stretcher itself becomes easy, and it is not necessary to manufacture not only the pulse output unit 12 but also the control board on which the control unit 9 is mounted, and the manufacturing cost can be reduced. it can.

It is the top view and right view of an iontophoresis device concerning a 1st embodiment of the present invention. 1 is an overall configuration block diagram of an ion introducer according to a first embodiment of the present invention. It is a top view, a sectional view, a bottom view, and a right side view of the puff ring according to the first embodiment of the present invention. It is a use state figure of the puff ring which concerns on the 1st Embodiment of this invention. It is a usage condition figure of the iontophoretic device concerning a 2nd embodiment of the present invention. It is a usage condition figure of the iontophoretic device concerning a 2nd embodiment of the present invention. It is a vibrator arrangement state figure of an iontophoretic device concerning a 3rd embodiment of the present invention. It is a top view of a plurality of ion introducers concerning a 4th embodiment of the present invention. It is sectional drawing of the charging stand which installed the iontophoretic device concerning the 6th Embodiment of this invention in the charge condition. It is a top view of the iontophoresis device and wrinkle-stretching device which concern on the 7th Embodiment of this invention. It is a whole perspective view of the conventional iontophoretic device. It is a wave form diagram of each mode of the conventional iontophoretic device.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Puff plate part 1a Electrode line 2 Front body 2a Connection part 2b Vibration absorption member 2c Front side 2d Rear side 3 Rear body 4 Operation switch 4a Power switch button 4b Mode change switch 4c Intensity change switch 5 Light emitting diode 5a Mode display lamp 5b Intensity display Lamp 6 Counter electrode part 7 Puff ring 7a Hole part 7b Collar part 7c Diameter of one opening 7d Diameter of the other opening 8 Cotton puff 9 Control part 12 Pulse output part 13 Vibrator 13a Vibrator line 14 AC adapter 15 Charging stand 15a Ultraviolet lamp 16 Wrinkle stretcher 16a Conductive connection part 16b Main body 16c Connection cord 16d Foot part 101 Main body 102 Face skin contact part 104 Far infrared ray output part 106 Grounding part

Claims (3)

In a beauty device that includes a hand-held part that a user grips during use, an electrode part that outputs current, and a power supply part that supplies various currents to the electrode part, and performs beauty with the electrode part,
A connecting portion spaced apart from the main body of at least the hand portion the electrode portion,
A holding member for holding inclusions in the electrode part;
With
The electrode part is a receiving part where a cross-sectional area of the electrode part is reduced along a back side direction of the electrode part contact surface by a plane perpendicular to a central axis of a contact surface in contact with the affected part of the user in the electrode part Formed as
The holding member is a matable elliptical ring corresponding to the receiving part, and has at least resilience to an external force with respect to the inner side of the long axis of the hole part of the ring, and one of the hole parts of the ring A beauty device characterized in that a collar portion having an opening diameter smaller than the diameter of the other opening is provided . In a beauty device that includes a hand-held part that a user grips during use, an electrode part that outputs current, and a power supply part that supplies various currents to the electrode part, and performs beauty with the electrode part,
A connecting portion that separates at least the main body including the hand-held portion and the electrode portion;
A holding member for holding inclusions in the electrode part;
With
The electrode part is a receiving part where a cross-sectional area of the electrode part is reduced along a back side direction of the electrode part contact surface by a plane perpendicular to a central axis of a contact surface in contact with the affected part of the user in the electrode part Formed as
The holding member is an oval ring that can be fitted to the receiving portion, and has at least resilience with respect to an external force with respect to the inner side of the long axis of the hole of the ring. A beauty device characterized by having a ring thickness smaller than that of other parts. The holding member according to claim 1 ,
Holding member, characterized in that it is provided with the flange portion in a hole director axis end point portion of the ring.

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