KR100913361B1 - Head massage device - Google Patents

Abstract

A head massage apparatus is provided, which enables to consecutively perform massage and increases the massage effect. A head massage apparatus comprises: a head cap(10) in which the wearing opening is formed; a head top massage fixing unit and a head top spring supporting part extended from the head top massage fixing unit; a head top massage holder(20) in which the head top massage fixing unit is installed to face the central part of the head cap from the head top regions of the head cap; a head top massage unit(30) which is combined with head top massage fixing unit so that the head top opposite side can face the central part of the head cap; and a head top holder driving part(50) operating the head top massage holder.

Description

Head Massage Device

1 is an exploded perspective view of a head limb apparatus according to an embodiment of the present invention;

Figure 2 is a perspective view of the combination of the head limbs according to an embodiment of the present invention,

3 and 4 are partial partial perspective views of the head limb apparatus according to the embodiment of the present invention, respectively;

5, 6 and 7 is a main portion combined perspective view of the head limb apparatus according to the embodiment of the present invention, respectively;

8 is a control block diagram of the head limb apparatus according to the embodiment of the present invention;

9 is an operational state diagram of the head limb apparatus according to the embodiment of the present invention;

10 and 11 are each a perspective view of a conventional head limb apparatus,

12 is a sectional view of principal parts of a conventional head limb apparatus.

Explanation of symbols on the main parts of the drawings

10, 110: head cap 20: head massage holder

22: Dujeong Massage High Government 23: Dujeong Spring Support

24: Dujeong spring 30, 130: Dujeong massage branch

41: laser diode 50: head holder driving unit

51: Dujeong motor bracket 53, 153: Dujeong drive motor

56: support rod drive rotating body 57: Dujeong spring support rod

58, 158: head operation button 59: control unit

60: head head drive unit 63: head head drive shaft

70: head worm gear gear 150: head head drive

154: eccentric cam 155: electric spring

The present invention relates to a head massage apparatus, and more particularly, to an apparatus for massaging a head by an automatic driving method while wearing a head cap on a head.

The head is massaged to stimulate the scalp and head acupuncture points in the parietal area to promote blood circulation or to stimulate hair follicles to promote hair regeneration and growth.

The head massage can be performed using a hand, but recently, a device for massaging the head by an automatic driving method while the head cap is worn on the head has been used.

10 and 11 are perspective views of a conventional head limb apparatus, respectively, and FIG. 12 is a sectional view of main parts of the conventional head limb apparatus.

Conventional hair massage apparatus, as shown in these figures, the head cap 110, the wear opening is formed, a plurality of parietal massage portion 130 coupled to the inner surface of the head cap 110, and each The parietal massage part 130 has a parietal drive part 150 for individually driving the parietal massage part 130.

The head cap 110 has an inner cap 111 and an outer cap 112 coupled to form an accessory space 113 therein.

Each parietal massage part 130 has a massage body part 131 in which the parietal massage protrusion 132 is protruded on the front surface, and a fixing column 133 extending from the back of the massage body part 131.

The parietal massage part 130 having such a configuration is coupled to the inner cap 111 so that the fixing column 133 enters the accessory space 113.

The parietal drive unit 150 includes a parietal drive motor 153 installed in the accessory space 113, an eccentric cam 154 coupled to be eccentric to the axis of the parietal drive motor 153, and a coil coupled to the fixed column 133. It has an electric spring 155 having a shape and a head operating button 158 provided on the outer surface of the head cap 110.

The eccentric cam 154 is coupled to the shaft of the head drive motor 153 to be disposed in front of the fixed column 133.

Electric spring 155 has a length section that can be stretched in conjunction with the rotation operation of the eccentric cam 154.

The head operating button 158 connects between the head driving motor 153 and the motor driving voltage source (not shown) during the pressing operation, and releases the connection state between the head driving motor 153 and the motor driving voltage source when the pressing operation is released. To work.

Referring to the operation of the conventional massage device having such a configuration as follows.

First, pressing the head operation button 158, the eccentric cam 154 is rotated together with the axis of the head drive motor 153.

When the eccentric cam 154 rotates, the massage body 131 approaches the center of the head cap 110 and repeats the operation.

During the approach operation of the head cap 110, the parietal massage protrusion 132 pressurizes the head parietal area, thereby making a massage.

A conventional hair massage apparatus having such a configuration is disclosed in 2005 Utility Model Registration Application No. 36171 (designated name: hair massage apparatus).

By the way, according to the conventional head massage device, the massage operation is not performed continuously because the massage operation is made only when the head massage unit 130 approaches the center of the head cap 110 by the eccentric cam 154. There was this.

In addition, since the direction in which the parietal massage part 130 can be driven is limited and it is difficult to deform the parietal massage part 130 (the parietal massage part is supported on the inner surface of the head cap), the massage effect is reduced. there was.

In addition, because the parietal massage unit 130 is separated by the elastic force accumulated in the electric spring 155 while the parietal massage unit 130 approaches the center of the head cap 110, the parietal massage protrusion as the use time increases. There was a problem that the pressing force of 132 could not be stably maintained (the fatigue phenomenon of the electric spring became large).

Accordingly, an object of the present invention is to provide a hair massage apparatus that can continuously massage, increase the massage effect, and stably maintain the pressing force of the parietal massage protrusion.

The object is, according to the invention, the head cap and the wearing opening is formed; And a head spring fixed to the head spring support part and the head spring support part extending from the head massage head part and the head massage head part, wherein the head massage part has a central portion of the head cap in the inner head area of the head cap. A head massage holder installed to face; A parietal massage part which is made of an elastic material so as to have a parietal facing surface protruding from a plate surface, and is coupled to the parietal massage and fixing part so that the parietal facing surface faces a central portion of the head cap; A head driving motor installed to be supported by the head cap and a head spring support rod having one end coupled to the head spring, driving the head massage holder so that the head spring is continuously deformed based on the rotational force of the head driving motor. It is achieved by a head massage device characterized in that it comprises a head holder drive.

Wherein the parietal massage holder is formed in plural so as to increase the massage effect; The parietal massage part is integrally formed; Preferably, the head holder driving unit is configured to drive the head massage holder such that the head massage part is deformed.

And to increase the massage effect, the head holder driving unit is configured to include a support rod drive rotating body with the eccentric spring support rod is coupled, and a head rotor rotating body for transmitting the rotational force of the head driving motor to the support rod driving rotating body. It is desirable to.

In addition, to increase the massage effect, the head spring support rod is preferably coupled to the support rod drive rotating body to be inclined with respect to the axis of rotation of the support rod drive rotating body.

In addition, it is preferable to further include a laser diode installed in the parietal massage portion to be exposed through the head facing face so as to obtain a biological effect such as blood circulation of the scalp.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is an exploded perspective view of a head limb apparatus according to an embodiment of the present invention, Figure 2 is a perspective view of a combination of the head limb apparatus according to an embodiment of the present invention, Figures 3 and 4 respectively according to an embodiment of the present invention 5, 6 and 7 are respectively combined parts perspective view of the head limb device according to an embodiment of the present invention, Figure 8 is a control of the head limb device according to an embodiment of the present invention. It is a block diagram.

Head massage apparatus according to an embodiment of the present invention, as shown in these figures, the head cap 10 is formed with a wearing opening 12a, and four head massage holders installed inside the head cap 10 (20), a parietal massage part (30) coupled to the parietal massage holder (20), a laser diode (41) installed in the parietal massage part (30), and a parietal holder for driving the parietal massage holder (20). It has the drive part 50.

Head cap 10 is a lower cap 11 of the concave shape, the upper cap 12 of the concave shape is coupled to the lower cap 11, and a protective film coupled to the upper cap 12 Has (13)

The lower cap 11 has a coupling pillar 11a and a fixing frame 11b formed on the bottom surface thereof, and an opening 11c is formed on the wall surface thereof.

The lead opening 11c provides the wire lead-in path.

The upper cap 12 has a wearing opening 12a formed on the bottom surface thereof.

The upper cap 12 having such a configuration is coupled to the lower cap 11 so as to be supported by the coupling column 11a.

The protective film 13 is made of a flexible material such as silicon so that the shape can be freely deformed.

Each parietal massage holder 20 has a parietal spring fixing part 22 in the form of a lever, a parietal spring supporting part 23 and a parietal spring supporting part 23 fixed to the parietal spring supporting part 23 from the parietal massage fixing part 22 ( Has 24).

The parietal massage fixing part 22 has a longitudinally extended region, and a wide area is formed such that a plurality of massage fixing holes 22a penetrate along the thickness direction.

The head spring support 23 is formed in a columnar shape.

The four parietal massage holders 20 having such a configuration are installed such that a line connecting the parietal spring support 23 forms an approximately rectangular shape and adjacent parietal spring fixing portions intersect.

And each parietal massage holder 20 is installed so that the parietal massage stationary part 22 toward the center of the head cap 10, the support rod body portion so that the parietal spring 24 is supported by the support flange (57c) described later ( 57a).

The parietal massage part 30 is formed to have a parietal facing surface 31 in which the parietal massage protrusions 32 protrude.

And the parietal massage part 30 is formed with a fixing protrusion 33 protruding on the back.

The parietal massage part 30 having such a configuration is integrally formed of an elastic material such as silicone rubber, and the fixed projection 33 massages the fixing protrusion 33 while the parietal facing surface 31 faces the center of the head cap 10. It is combined with the head massager 22 by forcing it to 22a.

The laser diode 41 is installed in the parietal massage part 30 so as to be exposed through the parietal opposing face 31.

The laser diode 41 is connected to the diode driving voltage source 42.

The head holder drive unit 50 includes a head motor bracket 51 and a head speed box 52 fixed to the head cap 10 inside the head cap 10, and a head motor driving head mounted on the head motor bracket 51. (53), the motor drive voltage source 54 connected to the head drive motor 53, the switching unit 55 interposed between the head drive motor 53 and the motor drive voltage source 54, the drive head spring (24) The support rod driving rotary body 56 disposed in front of the), the head spring support rod 57, and one end coupled to the support rod driving rotary body 56, and the rotational force of the head driving motor 53 is transmitted to the support rod driving rotary body 56. To control the head drive motor 53 on the basis of the operation state of the head rotation drive unit 60, the head drive button 58 for driving the head drive motor 53, and the head drive button 58. It has a control unit 59.

The rectangular motor bracket 51 is formed with a rectangular engagement guide opening 51a.

The two head speed box 52 is divided into a left head speed box 52a and a right head speed box 52b which are detachably coupled to each other, and four box shaft holes 52c are formed in the left head speed box 52a. It is.

The head fixing box 52 having such a configuration is fixed to the fixed frame 11b through the support brackets 52d.

The head drive motor 53 is connected to the motor drive voltage source 54 for supplying the forward drive voltage and the reverse drive voltage, and rotates in the forward and reverse directions according to the drive voltage supplied from the motor drive voltage source 54.

The switching unit 55 is configured to switch the connection state between the head drive motor 53 and the motor drive voltage source 54 and between the diode drive voltage source 42 and the laser diode 41.

In the support rod drive rotating body 56, a drive shaft hole 56a is formed in the center region, and a rotation body inclined surface 56b is formed in the circumferential region of the drive shaft hole 56a to incline downward toward the drive shaft hole 56a. .

The support rod fixing hole 56c is formed in the rotating body inclined surface 56b so as to be perpendicular to the inclined plate surface.

Support rod drive rotary body 56 having such a configuration is coupled to the end of the head drive shaft 63 to be described later through the drive shaft hole (56a).

The head support spring 57 has a columnar support rod body portion 57a, a support rod portion 57b coupled to one end of the support rod body portion 57a, and a support flange formed on an outer surface of the support rod body portion 57a. Has 57c.

The support rod portion 57b may be coupled to the support rod body 57a through a fixing groove formed in the bottom surface of the support rod body 57a.

The support flange 57c is formed along the circumferential direction of the support bar body 57a.

The head spring support rod 57 having such a configuration is coupled to the support rod driving rotary body 56 so that the support rod portion 57b can be inserted and supported by the support rod fixing hole 56c (a support member such as a bearing can be used). Accordingly, the head of the spring support rod 57 is eccentrically coupled to the support rod driving rotary body 56, and is inclined with respect to the rotation axis of the support rod driving rotary body 56.

The parietal rotary body transmission unit 60 is a driven parietal motor gear 61 coupled to the shaft of the parietal drive motor 53, a driven parietal motor gear 62 installed inside the head speed box 52, and a head worm gear unit ( 70) and a parietal drive shaft (63).

The prime head motor gear 61 is implemented in the form of a double helical gear.

The driven head motor gear 62 is embodied in the form of a double helical gear, and is installed to engage the driven head motor gear 61 through the engagement guide opening 51a.

The head worm gear 70 includes a head worm gear shaft 71, a head worm 72 formed on an outer surface of the head worm gear shaft 71, and four head worm wheels 73 installed to engage the head worm 72. Have

The head worm gear shaft 71 is installed to be supported by the gear shaft bearing 71a in a state in which the head worm gear shaft 71 is arranged side by side to the shaft of the head driving motor 53.

Each parietal worm wheel 73 has a worm wheel shaft hole (73a) is formed in the center.

The head drive shaft 63 is coupled to the worm wheel shaft hole 73a one by one so that one end thereof is exposed to the outside through the box shaft hole 52c (a support member such as a bearing may be used).

The head operating button 58 is implemented by a push operation method.

The control unit 59 has a head operating button 58 connected to the input terminal, and a switching unit 55 is connected to the output terminal. In addition, the memory 59a connected to the control unit 59 stores the forward rotation speed and the reverse rotation speed of the head drive motor 53.

The controller 59, the memory 59a, and the switching unit 55 may be implemented on a PCB (not shown) installed inside the head cap 10.

The operation of the head massage apparatus according to the embodiment of the present invention having such a configuration will be described with reference to FIG.

First, when the pressing operation button 58 is pressed, an operation signal is input to the control unit 59.

The control unit 59 receiving the operation signal switches the switching unit 55 such that the forward drive voltage and the reverse drive voltage are alternately supplied to the head drive motor 53 in accordance with the forward rotation speed and the reverse rotation speed stored in the memory 59a. Control the operation.

When the forward drive voltage or the reverse drive voltage is supplied, the head drive motor 53 rotates and the head drive gear shaft 71 rotates (only forward rotation is shown in FIG. 9).

When the head worm gear shaft 71 rotates, the support rod drive rotating body 56 rotates. Here, the support rod drive rotary body disposed on the same side with respect to the head worm gear shaft 71 of the support rod drive rotary body 56 rotates in the same direction, and the support rod drive rotary body disposed on the other side rotates in the opposite direction.

When the support rod driving rotary body 56 rotates, the head spring support rod 57 is eccentric to draw a truncated cone trajectory.

When the buccal spring support rod 57 makes an eccentric movement, the buccal spring 24 is elastically deformed, and the buccal massage holder 20 also oscillates by the elastic force accumulated in the buccal spring 24.

When the parietal massage holder 20 is rocked, the parietal massage part 30 is continuously deformed.

When the parietal massage part 30 is deformed, the parietal massage protrusion 32 presses the parietal area of the head, thereby massaging the parietal area.

Meanwhile, the control unit 59 receiving the operation signal controls the switching operation of the switching unit 55 to supply the driving voltage to the laser diode 41.

The laser emitted from the laser diode 41 can obtain a biological effect such as promoting blood circulation of the scalp.

In the above-described embodiment, the head drive motor 53 is configured to alternately rotate in the forward direction and the reverse direction, but the present invention may be implemented by continuously rotating in the forward direction or configured to continuously rotate in the reverse direction.

According to the embodiment of the present invention as described above, the parietal massage part 20 is coupled to the parietal massage holder 20 and the parietal massage holder 20 is continuously (while the operating voltage is supplied to the parietal driving motor). By driving to move (the head spring is deformed continuously), the massage can be performed continuously.

In addition, the direction in which the parietal massage part 30 can be driven is free and the parietal massage part 30 can be easily deformed (the parietal massage part is separated from the inner surface of the head cap by the parietal massage holder), thereby increasing the massage effect. You can do it.

In addition, since the head spring 24 is continuously deformed by the head holder driving unit 50, the pressing force of the head massage protrusion 32 can be stably maintained.

In addition, by forming a plurality of parietal massage holder 20 so that the parietal massage unit 30 is deformed, it is possible to increase the massage effect.

In addition, by configuring the head holder driving unit 50 to include the support rod drive rotating body 56 that the head spring support rod 57 is eccentrically coupled, it is possible to increase the massage effect (deformation of the head spring is increased).

In addition, the buccal spring support rod 57 is coupled to the support rod drive rotation body 56 so as to be inclined with respect to the rotation axis of the support rod drive rotation body 56, thereby increasing the massage effect (deformation of the head spring increases).

Therefore, according to the present invention, by combining the parietal massage part with the parietal massage holder and driving the parietal massage holder to move continuously, it is possible to massage continuously, increase the massage effect, stable pressure of the parietal massage projections I can keep it.

Claims (5)

A head cap on which a wearing opening is formed; And a head spring fixed to the head spring support part and the head spring support part extending from the head massage head part and the head massage head part, wherein the head massage part has a central portion of the head cap in the inner head area of the head cap. A head massage holder installed to face; A parietal massage part which is made of an elastic material so as to have a parietal facing surface protruding from a plate surface, and is coupled to the parietal massage and fixing part so that the parietal facing surface faces a central portion of the head cap; A head driving motor installed to be supported by the head cap and a head spring support rod having one end coupled to the head spring, driving the head massage holder so that the head spring is continuously deformed based on the rotational force of the head driving motor. Hair massage device comprising a head holder driving unit. The method of claim 1, The parietal massage holder is formed in plural; The parietal massage part is integrally formed; And the parietal holder driving unit drives the parietal massage holder to deform the parietal massage part. The method of claim 1, The head massage device is a head massage device characterized in that it comprises a support rod drive rotator eccentrically coupled to the head spring support rod, and a head rotor rotating body for transmitting the rotational force of the head drive motor to the support rod drive rotator. The method of claim 3, The head massage device is characterized in that the head massage device is coupled to the support rod drive rotating body to be inclined with respect to the axis of rotation of the support rod drive rotating body. The method according to any one of claims 1 to 4, And a laser diode installed in the parietal massage part to be exposed through the parietal opposing face.

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