JP2012249821A - Stimulus transmitting device for human body - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a stimulus transmitting device for a human body which can give a lifting effect while transmitting a stimulus to the skin.SOLUTION: A face roller 10 of this embodiment includes a rotary roller part 100 which supports a rotating body 110 rotatably, a holding member 200 which is connected with the rotary roller part 100 and holds it, and a motor 300 which generates sound wave vibration and provides it to the rotary roller part 100. A plurality of grooves 115 having a prescribed curvature along the outer surface of the rotating body 110 are formed in the outer surface. While a direct stimulus is transmitted to the skin (concretely, the face) by sound waves and the rotary roller part 100, a lifting-up effect can be given to the skin, based on adsorption of the rotary roller part 100 onto the skin and prevention of slippage thereof.

Description

  The present invention relates to a stimulus transmission device that transmits a stimulus to skin or a part of a body.

  In recent years, a facial device, a massage device, or a medical device that stimulates the skin and facial muscles (facial muscles) by rolling a roller on the facial skin, and promotes blood flow and activation of skin metabolism. Are known.

  In particular, recently, those having a function of transmitting a weak electric current to the skin (for example, Patent Document 1), coating the outer surface of the roller with diamond powder, and adsorbing excess sebum of the skin to give moisture (For example, Patent Document 2), one using natural leather lining on the outer surface of the roller (for example, Patent Document 3), and one having a germanium roller and a heater inside the roller (for example, Patent Document) 4) is known.

JP 2009-247684 A JP 2010-162324 A JP 2006-55489 A JP 2008-36247 A

  However, various devices in each patent document do not have a structure that provides a lifting effect while transmitting a stimulus to the skin.

  The present invention has been made to solve the above-described problems, and an object of the present invention is to provide a human body stimulus transmission device capable of providing a lifting effect while transmitting a stimulus to the skin.

  (1) In order to solve the above-described problem, a human body stimulus transmission device according to the present invention includes a rotating body, a rotating roller section that rotatably supports the rotating body, and the rotating roller section that is connected to and held by the rotating roller section. A holding member, and a plurality of grooves formed with a predetermined curvature along the outer surface are formed in parallel on the outer surface of the rotating body.

  With this configuration, the stimulation transmission device for a human body according to the present invention is longer than a case where, for example, a groove such as a waveform is formed with a predetermined curvature along the outer surface, so that the groove is formed linearly. Since it can be formed and the grooves can be arranged side by side in various directions, when the stimulus is transmitted to the skin by the rotating body of the rotating roller part, the suction when the rotating body comes into contact with the skin The effect can be enhanced to prevent slipping in various directions (for example, up / down / left / right and diagonal directions).

  That is, the human body stimulus transmission device of the present invention is based on the shape of the groove when the rotating body is brought into contact with and adsorbed to the skin and the rotating body rotates on the skin in order to transmit the stimulus to the skin. Since the frictional force between the rotating body and the skin can be increased, the skin to the rotating body is rotated by rotating the rotating body in a direction opposite to the direction in which gravity occurs while transmitting direct stimulation by the rotating body to the skin. It is possible to provide a skin lift-up effect based on the adsorption and prevention of slipping.

  (2) The human body stimulus transmission device of the present invention has a configuration in which the curvature of each groove is different, and the curvature gradually decreases along a predetermined rotation direction.

  With this configuration, the stimulation transmission device for a human body according to the present invention can form each groove in a convex shape in a predetermined rotation direction and form it like a fingerprint pattern. The rotating body can be adsorbed to the skin according to the unevenness of the skin.

  Therefore, the human body stimulation transmission device according to the present invention realizes a comfortable contact feeling when abutting against the skin by the rotating body, and in the case where the rotating body is in contact with the skin when transmitting the stimulus. The adsorption effect can be enhanced to prevent slipping in various directions.

  (3) The human body stimulus transmission device of the present invention has a configuration in which the rotating body is formed in an elliptical shape and the groove is formed along the major axis of the rotating body.

  With this configuration, the stimulation transmission device for human body according to the present invention can widen the contact surface of the rotating body with the skin, so that the stimulation to the skin is transmitted over a wide range by one contact and the accompanying rotation operation. be able to.

  (4) The human body stimulus transmission device of the present invention has a configuration further including sound wave vibration generating means for generating sound wave vibration and providing the sound wave vibration to the rotating body.

  With this configuration, the stimulation transmission device for human body according to the present invention can transmit fine vibrations that cannot be obtained by normal vibrations to the skin by sound wave vibrations, so that more stimulation can be given to the skin and the grooves By improving the frictional force between the rotating body and the skin based on the shape of the skin, it is possible to prevent the slip generated by the sound wave vibration on the skin, so that the sound wave vibration can be accurately transmitted to the skin.

  Therefore, the human body stimulus transmission device of the present invention can give an accurate vibration stimulus to the skin, and thus can promote the activation of the skin based on the stimulus and also provide a lifting effect.

  In order to transmit stimulation to the skin, the human body stimulus transmission device of the present invention rotates based on the shape of the groove when the rotating body is brought into contact with and adsorbed to the skin and the rotating body rotates on the skin. Since the frictional force between the body and the skin can be increased, the skin is adsorbed to the rotating body by rotating the rotating body in the direction opposite to the direction in which gravity occurs while transmitting direct stimulation by the rotating body to the skin. In addition, it is possible to provide a skin lift-up effect based on the prevention of slipping.

It is a 6-face figure which shows the structure of one Embodiment in the face roller concerning this invention. It is a perspective view which shows the structure of the face roller in one Embodiment. It is FIG. (1) for demonstrating the rotary body and rotation roller part of a face roller in one Embodiment. It is FIG. (2) for demonstrating the rotary body and rotation roller part of a face roller in one Embodiment.

  Next, preferred embodiments of the present invention will be described with reference to the drawings.

  Embodiment described below is embodiment at the time of applying the stimulus transmission apparatus for human bodies of this application with respect to the face roller which has a rotation roller and has a mechanism which generate | occur | produces a sound wave vibration.

[Outline configuration of face roller]
First, the structure of the face roller 10 in this embodiment is demonstrated using FIG.1 and FIG.2. FIG. 1 is a hexahedral view showing the structure of the face roller 10 of the present embodiment, and FIG. 2 is a perspective view showing the structure of the face roller 10 of the present embodiment.

  The face roller 10 of the present embodiment generates a sonic vibration by a rotating roller unit 100 that rotatably supports the rotating body 110, a holding member 200 that is connected to and held by the rotating roller unit 100, and causes the rotating roller unit 100 to And a motor 300 for providing sonic vibration.

  In addition, a plurality of grooves 115 formed with a predetermined curvature along the outer surface are formed on the outer surface of the rotating body 110, and direct stimulation by the sound wave and the rotating roller unit 100 is performed on the skin ( Specifically, the skin lift-up effect based on the adsorption of the rotating roller unit 100 to the skin and the prevention of the slippage can be provided while transmitting to the face).

  In the face roller 10 of the present embodiment, a part of the holding member 200 is gripped by the user, and the rotating body 110 of the rotating roller unit 100 is rotatably abutted on the skin of the face to massage the skin. Used as a facial device.

[Configuration of each part of the face roller]
Next, the structure of each part in the face roller 10 of this embodiment is demonstrated using said FIG. 3 and 4 are diagrams for explaining the rotating body 110 and the rotating roller unit 100 of the face roller 10 in the present embodiment.

  The rotating roller unit 100 includes a rotating body 110 that rotates directly on the skin based on a user operation, and a support member 120 that rotatably supports the rotating body 110.

  As shown in FIG. 3, the rotator 110 has an elliptical shape with a hollow inside, and is rotatable based on a central axis (that is, “long axis”) along the major axis of the ellipse ( That is, it is formed bidirectionally.

  The rotator 110 is formed with a through-hole 111 that penetrates from the surface of the rotator 110 to the internal cavity at one focal point of the rotator 110 on the long axis and into which the support member 120 is fitted. Further, the rotating body 110 is formed with three plate members 112, 113, 114 around a short axis passing through the center of the rotating body 110. The three plate members 112, 113, 114 sandwich the bearing 121 formed at the tip of the support member 120 in a rotatable manner.

  In addition, the rotating body 110 of this embodiment may be provided with a stopper for prohibiting rotation in the other direction on the bearing 121 or the like so as to rotate only in one direction.

  As shown in FIG. 4, a plurality of predetermined grooves 115 are formed on the outer surface of the rotating body 110 along the long axis of the rotating body 110. Each groove 115 has the same depth (including substantially the same) and width, and is arranged along the surface of the rotating body 110. And each groove | channel 115 is formed in a waveform along the surface of the rotary body 110, and the curvature is different from the other groove | channel 115, respectively, and is gradually small along one rotation direction. For example, each groove 115 has a corrugated shape having one mountain along a predetermined rotation direction, and forms a human body fingerprint pattern as a whole.

  The grooves 115 formed on the outer surface of the rotator 110 need only be formed along the surface of the rotator 110 and have a predetermined curvature, and all the grooves 115 are formed with the same curvature. It may be.

  Further, the groove 115 formed on the outer surface of the rotating body 110 may be not only a waveform but also a shape such as a circle, an ellipse, or a free curve, and along the surface of the rotating body 110 and with a predetermined curvature. As long as it is formed by.

  The rotating body 110 of the present embodiment has a protrusion (ball) 116 that enhances the acupressure effect on the head of the rotating body 110 that shows a single focal point formed along the long axis. For example, the protrusion is made of germanium or the like. The protrusion 116 may be configured to rotate with the rotating body 110, or may not rotate (that is, fixed), and the rotating body 110 does not have the protrusion 116. May be.

  The support member 120 has a bearing 121 at one end and a plastic cap 122 for preventing the bearing 121 from coming off, and a holding member at an end opposite to the end where the bearing 121 is formed. It has a detachable structure for detachably connecting to 200.

  As shown in FIGS. 1 and 2, the holding member 200 has a motor 300 incorporated therein and is formed by waterproofing. In addition, the holding member 200 includes a grip portion 210 that is gripped by a user, a connecting portion 220 that detachably holds the rotating roller portion 100 at the tip, and transmits sound wave vibration generated by the motor 300 to the rotating roller portion 100. And a housing portion 230 for housing the battery.

  In particular, the grip portion 210 is formed in an elongated cylindrical shape having a length that allows a user to grip lightly with one hand, and includes a switch 211 that controls power supply to the motor 300 at the center.

  The connecting portion 220 includes a telescoping bar-shaped member 221 and a transmission member 222 that is directly connected to the motor 300 from the bar-shaped member and transmits the sonic vibration generated by the motor 300 to the rotating roller unit 100. Have.

  The motor 300 generates sound wave vibration based on the power supplied from the battery, and provides the sound wave vibration to the rotating roller unit 100 via the transmission member 222. In particular, the motor 300 according to the present embodiment can generate, for example, 30,000 Hz sonic vibration. However, the motor 300 does not have to be at this frequency, and it is sufficient if it can generate sonic vibration.

[Function and effect]
As described above, in the face roller 10 according to the present embodiment, the groove 115 is formed with a predetermined curvature along the outer surface, thereby forming the long groove 115 and arranging the groove 115 in parallel in various directions. Therefore, when a stimulus is transmitted to the skin by the rotating body 110 of the rotating roller unit 100, the effect of adsorbing the rotating body 110 in contact with the skin to the skin can be enhanced and various directions (for example, up and down, left and right, (Slant direction) can be prevented.

  That is, the face roller 10 according to the present embodiment has a shape of the groove 115 when the rotating body 110 is brought into contact with and adsorbs to the skin and the rotating body 110 rotates on the skin in order to transmit a stimulus to the skin. Since the frictional force between the rotating body 110 and the skin can be increased based on the above, by rotating the rotating body 110 in the direction opposite to the direction in which gravity is generated while transmitting a direct stimulus by the rotating body 110 to the skin A skin lift-up effect based on adsorption of the skin to the rotating body 110 and prevention of the slippage can be provided.

  Further, the face roller 10 according to the present embodiment can form each groove 115 convexly in a predetermined rotation direction so as to form a fingerprint pattern, thus giving a finger-like touch feeling and uneven skin. In addition, the rotating body 110 can be adsorbed to the skin.

  Therefore, when the face roller 10 according to the present embodiment is brought into contact with the skin by the rotating body 110, the rotating body 110 is brought into contact with the skin while transmitting a stimulus while realizing a comfortable contact feeling. The adsorption effect in the case can be enhanced to prevent slipping in various directions.

  Moreover, since the face roller 10 of this embodiment can widen the contact surface to the skin of the rotary body 110, it can transmit the irritation | stimulation to skin over a wide range by one contact and the accompanying rotation operation. it can.

  In addition, if the face roller 10 according to the present embodiment transmits sonic vibration, the friction generated between the rotating body 110 and the skin based on the shape of the groove 115 can prevent slippage generated by the sonic vibration in the skin. Since it is possible, sound wave vibration can be accurately transmitted to the skin.

  Further, the face roller 10 according to the present embodiment can transmit fine vibrations that are impossible with normal vibrations to the skin by sonic vibrations, so that more stimulation can be given to the skin and the shape of the grooves can be increased. By improving the frictional force between the rotating body 110 based on the skin and the skin, it is possible to prevent the slip generated by the sound wave vibration on the skin, so that the sound wave vibration can be accurately transmitted to the skin.

  Therefore, since the face roller 10 of this embodiment can give an exact vibration stimulus to skin, it can also provide the lifting effect, promoting the activation of the skin based on a stimulus.

DESCRIPTION OF SYMBOLS 10 ... Face roller 100 ... Rotating roller part 110 ... Rotating body 111 ... Through-hole 112, 113, 114 ... Plate member 115 ... Groove 116 ... Protrusion 120 ... Support member 121 ... Bearing 122 ... Cap 200 ... Holding member 210 ... Holding part 211 ... Switch 220 ... Connecting part 221 ... Bar-shaped member 222 ... Transmission member 230 ... Housing part 300 ... Motor

Claims (4)

A rotating roller portion having a rotating body and rotatably supporting the rotating body;
A holding member connected to and held by the rotating roller part;
With
A human body stimulus transmission device, wherein a plurality of grooves formed with a predetermined curvature along the outer surface are arranged in parallel on the outer surface of the rotating body. The stimulus transmission apparatus for a human body according to claim 1,
A human body stimulus transmission device in which each groove has a different curvature and the curvature gradually decreases along a predetermined rotation direction. The stimulation transmission device for a human body according to claim 1 or 2,
The stimulation transmission device for a human body, wherein the rotating body is formed in an elliptical shape, and the groove is formed along a major axis of the rotating body. In the stimulus transmission apparatus for human bodies according to any one of claims 1 to 3,
A human body stimulus transmission device further comprising sound wave vibration generating means for generating sound wave vibration and providing the sound wave vibration to the rotating roller unit.

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