KR101202813B1 - Hand massage device - Google Patents

Abstract

PURPOSE: A hand massage apparatus is provided to selectively massage the fingers, palm, and back of a hand using air pressure. CONSTITUTION: A hand massage apparatus comprises liner(100), shell(200), a massage unit, an air pressure generation and recovery unit, an air hose(500), and a control unit. The liner is formed to cover fingers, palm, and back of a hand. The shell is formed outside the liner. The massage unit is installed between the liner and shell. The air pressure generation and recovery unit comprises an air pump and a control valve injects air into air pockets and discharges the air from the pockets. The air hose connects the air pockets to each other. The control unit controls the air pressure generation and recovery unit.

Description

Hand massage device {HAND MASSAGE DEVICE}

The present invention relates to a hand massage device, and more particularly, by pressing the acupuncture points of the fingers, palms and hands using pneumatic pressure to massage, can not only wash the hand, but also low-power laser light transmitted through the optical fiber The present invention relates to a hand massage device configured to regenerate skin cells by activating hand tissue.

In general, massage is a type of herbal treatment that stimulates acupuncture points distributed in the human body, smoothly regulates the flow of blood and blood, promotes metabolism, and improves the function of the five intestinal muscles. It can be used to prevent and treat various diseases.

In addition, the daily life can be easily obtained by massaging the hands or feet using a variety of massage tools, it can be said to be a very useful health therapy for modern people who are exposed to various stresses and threatened their health.

However, the conventional massage tools had a user's hands to hold the teeth for a long time, so the process was cumbersome and inconvenient, and because the entire body could not be massaged at the same time, the parts of the chiropractor were biased to a part to obtain an even acupressure effect. There was a hard problem.

In this regard, Korean Utility Model Publication No. 20-0296990 discloses a glove-type hand massager configured to be easily worn on the hand, which is configured as a glove type, and can be used to acupressure the entire hand at the same time. The disclosed glove type hand massager includes an endothelial shell surrounding a hand and provided with a plurality of acupressure protrusions on an inner surface, an outer shell provided on an outer side of the endothelial body, and an air bag provided to inject and exhaust air between the inner skin and the outer shell. It is configured by.

However, the conventional glove type hand massager is worn as a mitten glove to cover the hand as a whole, and simply presses the palm or the back of the palm of the hand evenly according to the expansion and contraction of the airbag. If you want to acupressure) finger, etc. could not change the shape of the pressure differently, there was a problem that the pain can be caused because only the parts of the pressure plate protruding intensively according to the bending of the hand.

The present invention has been made to solve the above problems, an object of the present invention is to provide a hand massage device that can be selectively massage the whole or part of the menstrual blood of the fingers, palms and hands using air pressure.

In addition, another object of the present invention is to provide a hand massage device that can be performed at the same time as a massage and also beneficial to the human body.

Another object of the present invention is to provide a hand massage device capable of regenerating skin cells by activating hand tissue by irradiating low power laser light transmitted through an optical fiber.

An object of the present invention is the end portion is provided in the form of a five-finger is configured to surround each finger, the rear end is configured to surround the back of the palm and hands; An outer shell provided on the outer side of the endothelial; It is provided between the endothelial and the outer shell, consisting of a hand air pocket provided on the back of the hand, a palm air pocket provided on the palm, and a finger air pocket provided to surround the finger portion, inflated by the air introduced and discharged Massage means configured to selectively massage the back of the hand, palm and fingers while being contracted or contracted; It consists of an air pump for supplying and discharging compressed air to the back of the hand, palm and finger air pocket and a control valve for controlling the flow of compressed air into and out of the back of the hand, palm and finger air pocket. Pneumatic generation and recovery means configured to selectively inject and discharge air into the pocket; An air hose connecting the control valve and the back of the hand, the palm and the finger air pocket to each other or respectively such that the compressed air supplied and recovered through the control valve by the driving of the air pump is injected and discharged into the back of the hand, the palm and the finger air pocket; It can be achieved by providing a hand massage device comprising a control means for controlling the amount and time of the pneumatic pressure generation and recovery means.

The present invention is provided in the form of a finger glove is configured to selectively massage the whole or part of the acupuncture points of the fingers, palms and hands, etc. according to the expansion and contraction of the air pocket using the air pressure, focusing on the entire hand, or necessary parts This has the effect of being acupressure.

In addition, the present invention has a heating pad is provided between the endothelial and the outer shell has an effect that can be performed along with the poultice beneficial to the human body at the same time massage.

In addition, the present invention has the effect of regenerating the skin cells by activating the tissue of the hand by irradiating the low power laser light transmitted through the optical fiber.

1 is a perspective view of a hand massage device according to the present invention,
2 and 3 are side views of the hand massage device according to the present invention,
4 is a block diagram of a hand massage device according to the present invention,
Figures 5a to 6b is a view for explaining a finger air pocket in the present invention, Figures 5a and 6a is a side view of the finger air pocket, Figures 5b and 6b is a plan view of the finger air pocket,
7 is a side view of another preferred embodiment of a hand massage device according to the present invention,
8 is a view for explaining the inner glove in the present invention,
9 is a view for explaining the optical fiber module and the laser light output means in the present invention.

Hereinafter, a hand massage device according to the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view of a hand massage device according to the present invention, Figures 2 and 3 are side views of the hand massage device according to the present invention, Figure 4 is a block diagram of a hand massage device according to the present invention, Figure 5a 6B is a view for explaining a finger air pocket in the present invention, Figure 7 is a side view of another preferred embodiment of the hand massage device according to the present invention.

Referring to the accompanying drawings, the hand massage apparatus according to the present invention is configured to massage by pressing the acupuncture points of the fingers, palms and hands using the air pressure, the endothelial 100, the outer shell 200, the massage means 300 ), The pneumatic generation and recovery means 400, the air lake 500 and the control means 600 is configured.

The endothelium 100 is provided in the form of a five-finger tip to wrap each finger, the rear end is configured to surround the back of the palm and hands. That is, the endothelial 100 is configured such that the tip portion has a branched finger glove shape so that the tip portion is fitted to each finger when the massage apparatus is worn on the hand.

The outer shell 200 is provided on the outer side of the endothelial 100 to form an overall frame of the massage device and is configured to support from the outside when the massage means 300 to be described later expands. Here, the outer shell 200 is provided on the outer side of the endothelial 100 in the same shape as the endothelial 100.

Here, the endothelial 100 and the outer shell 200 are made of a material with good elasticity is configured to be easily worn regardless of the size of the user's hand. That is, the inner shell 100 and the outer shell 200 is preferably manufactured using a synthetic resin material and a silicone material having good elasticity. At this time, the material used for the endothelial 100 is made of a material having excellent elasticity than the material used for the outer shell 200 and at the same time to produce a thickness of the endothelial 100 to be thinner than the thickness of the outer shell 200, the massage described later When air is injected into the means, the sheath 200 is preferably configured to massage the hand by the massage means so that the endothelium 100 is further inflated while maintaining almost its shape. In addition, since the endothelial 100 is in close contact with the user's hand, the material used for the endothelial 100 is a silver nano component having an antimicrobial function and an jade component and tourmaline to generate anions, thereby making the user's hands clean and at the same time. It is desirable to be configured to prevent aging of the skin.

The massage means 300 is provided between the endothelial 100 and the outer shell 200 is configured to selectively massage the back of the hand, palm and fingers while being inflated or contracted by the air flowing in and out. Specifically, the massage means 300 is composed of a hand back air pocket 310 provided on the back of the hand, a palm air pocket 320 provided on the palm, and a finger air pocket 330 provided to surround the finger. . That is, as shown in Figure 2, the hand air pocket 310, the palm air pocket 320 and the finger air pocket 330 is expanded when the air is introduced into the pressure of the wearer's hand, As shown, when the air introduced into the back of the hand air pocket 310, the palm air pocket 320 and the finger air pocket 330 is discharged to act to release the pressure of the wearer's hand. Here, the present invention is configured to selectively press the whole or part of the acupuncture points on the fingers, palms and hands because the air pockets are divided and installed for each part of the hand.

The pneumatic generation and recovery means 400 is an air pump 410 for supplying and discharging compressed air to the back of the hand, palm and finger air pockets (310, 320, 330) and the back of the hand, palm and finger air Composed of a control valve 420 for controlling the flow of compressed air flowing into and out of the pockets (310, 320, 330) is configured to selectively inject and discharge air to the back of the hand, palm and finger air pocket (310, 320, 330).

That is, the back of the hand, palm and finger air pockets 310, 320, 330 is selectively expanded and contracted by the compressed air supplied from the air pump 410 is dividedly supplied by the control valve 420. Here, the air pump 410 and the control valve 420 is connected to the control means 600 which will be described later to control the entire device. Therefore, the air pump 410 is operated by receiving a signal from the control means 600, and the control valve 420 is also operated by receiving a signal from the control means 600. On the other hand, the air generated by the operation of the air pump 410 is delivered to the back of the hand, palm and finger air pockets 310, 320, 330 by the control valve 420, at this time to control the operation of the control valve 420 Thus, the compressed air is selectively injected into some or all of the back of the hand, palm and finger air pockets 310, 320, 330. Meanwhile, the air pump 410 may separately form a supply pump and a discharge pump for supplying and discharging, and the control valve 420 may preferably use a solenoid valve.

The air hose 500 is a control valve so that the compressed air injected and recovered through the control valve 420 by the driving of the air pump 410 is injected and discharged into the back of the hand, palm and finger air pockets (310, 320, 330) ( 420 and the back of the hand, palm and finger air pockets (310, 320, 330) are configured to connect to each other or respectively. That is, the air pocket is divided into the back of the hand, palm and finger air pockets (310, 320, 330) and by the air hose 500, the back of the hand, palm and finger air pockets (310, 320, 330) are connected to each other or each, if necessary, the back of the hand The palm and finger air pockets 310, 320 and 330 can be partially or fully expanded or contracted simultaneously to squeeze the upper and lower surfaces of the hand inserted through the back of the hand, palm and finger air pockets 310, 320 and 330. It is. On the other hand, the back of the hand, palm and finger air pockets 310, 320, 330 is not only to operate in part, but also to increase and decrease the menstrual stimulation effect of the hand by inflating and contracting while partially adjusting the strength and weakness according to the air supply state. have.

In addition, the finger air pocket 330 is shown in Figures 5a to 6b, both the upper and lower air pockets (331a) and the first joint of the first joint is installed on the upper and lower portions of the first joint of the finger. The first joint air pocket 331 consisting of a first joint side air pocket 331b to be installed in the upper and lower joints of the upper and lower portions of the second joint of the finger and the finger joints A second joint air pocket 332 consisting of a second joint side air pocket 332b installed on both sides of the two joints, and an upper and lower air pockets 333a installed on the upper and lower portions of the third joint of the finger. And a third joint air pocket 333 composed of the third joint side air pocket 333b installed at both sides of the third joint of the finger.

That is, as described above, by arranging a plurality of air pockets 330 up and down and left and right to form independent air pockets, each joint air pocket is partially or fully expanded or contracted as needed. By partially compressing the upper, lower and side surfaces of the finger sandwiched between the upper / lower and the lateral joint air pockets, the necessary parts can be effectively pressed.

Furthermore, the upper and lower air pockets 331a, the two joint side air pockets 332b, and the third joint upper and lower air pockets 333a are connected to each other through the first finger air lake 510. The first joint side air pocket 331b, the two joint upper / lower air pockets 332a, and the third joint side air pocket 333b are connected through the second finger air lake 520, and the air pump The first joint upper / lower air pocket 331a, the two joint side air pockets 332b and the third joint upper / lower air pocket 333a, and the first joint side air pocket 331b by driving the 410. ), The two joint upper / lower air pocket 332a and the third joint side air pocket 333b may be configured to alternately expand or contract to massage. That is, as shown in Figs. 5a to 6b (Figs. 5a and 6a is a side view of the hand air pocket, Figs. 5b and 6b is a plan view of the finger air pocket), the finger air pocket 330 by the configuration as described above By symmetrically squeezing the upper, lower and side surfaces of the fingers sandwiched between), not only the effective part can be acupressure, but also the feeling and effect of direct massage by a person.

The control means is configured to control the amount and time of the pneumatic generation and recovery of the pneumatic generation and recovery means, specifically but preferably, is provided on the PCB board (610) and the printed circuit board (610) The power button 620 and the printed circuit board 610 is configured to include a timer 630 for adjusting the operating time of the pneumatic generation and recovery means 400.

That is, when the user wears the hand massage apparatus according to the present invention, pressing the power button 620 installed on the printed circuit board 610, the power is supplied from a power supply (not shown) to operate the air pump 410 When the air is discharged and injected into the back of the hand, palm and finger air pockets 310, 320 and 330 through the air lake 500, the back of the hand, palm and finger air pockets swell and press the user's hand to make a massage. At this time, when the air is injected into the back of the hand, palm and finger air pocket (310, 320, 330) to a certain degree and the force to press the hand reaches the desired level, the air pump 410 is injected into the back of the hand, palm and finger air pocket (310, 320, 330) The air is sucked out and exhausted. In this way, when the air inside the back of the hand, palm and finger air pockets (310, 320, 330) is discharged to some extent, the air pump 410 injects air back to the back of the hand, palm and finger air pockets (310, 320, 330). You will be able to massage your hands.

On the other hand, the timer 630 installed on the printed circuit board 610 serves to set the operating time of the pneumatic generation and recovery means 400 so that the user can massage for a desired time. In addition, the printed circuit board 610 may be additionally provided with a pneumatic adjustment button 640 that can adjust the intensity of the massage, the pneumatic adjustment button 640 as shown in Figure 1 Composed of three buttons serves to adjust the amount of air injected into the massage means (300). That is, the pneumatic adjustment button 640 allows the user to adjust the amount of air pressure applied to the hand and at the same time by adjusting the amount of air injected and discharged into the back of the hand, palm and finger air pockets (310, 320, 330) through the air pump It is to be able to choose the strength of massage to suit your preferences.

On the other hand, as shown in Figure 7, the present invention is preferably configured between the endothelial 100 and the outer shell 200, the heating pad 700 for the steaming configured in the same way as the shape of the endothelial 100. . That is, the heating pad 700 may be configured to perform a poultice that is beneficial to the human body, and the heating pad 700 may be configured to include a heating wire or a planar heating element in the pad. In addition, the heating pad 700 is controlled by the control means 400 through the heating plug 710 is a far infrared heating operation, the heating pad 700 of the temperature sensor and heating pad for monitoring the set temperature It is equipped with a bimetal 720 to prevent the temperature rise, the current temperature information of the heating pad 700 detected by the temperature sensor 730 is configured to be transmitted to the control means 500 through the heating plug 710 do.

In addition, as shown in Figure 8, the inner end of the endothelial 100 is formed in the same shape as the endothelial 100, it is preferable that the inner glove 800 is fitted to the hand further configured, the inner glove It is preferable that a plurality of acupressure protrusions 810 are formed on the inner surface of the 800 to stimulate the menstrual blood of the hand. That is, when the user wears the inner gloves 800 and receives a massage, the user's hand is pressed by a plurality of acupressure protrusions 810 formed in the inner gloves 800, thereby making acupressure. Here, the inner glove 800 is preferably configured to be selectively used in various sizes according to the size of the user's hand.

In addition, the inner ear armor 800 is further configured to be inserted into the inside from the outside is the optical fiber module 820 is bundled with the optical fiber (821, 822, 823, 824) is installed so that the end is exposed to the end of the acupressure protrusion 810, respectively. desirable. That is, by irradiating low-power laser light transmitted through the optical fibers 821, 822, 823, and 824, skin cells may be regenerated by activating hand tissue.

In the present invention, a plurality of optical fibers 821, 822, 823, and 824 are bundled in the optical fiber module 820 to transmit laser light of different wavelengths through the optical fiber, and variously combine single wavelengths or wavelengths according to hand condition and regeneration time, and then irradiate the hand. It is preferable that it is comprised so that it may be done. That is, the optical fiber module 820 is composed of four optical fibers 821, 822, 823, and 824 so as to transmit laser light of different wavelength bands generated by the laser light output means 830. Here, the optical fiber module 830 may be provided with four or more optical fibers, but four optical fibers are sufficient to transmit light in a wavelength band used for skin regeneration. It is preferably composed of an optical fiber.

Here, among the optical fibers installed in the optical fiber module 830, the first optical fiber 831 transmits a laser light having a wavelength of 640nm to 660nm, the second optical fiber 832 has a wavelength of 800nm to 820nm The third optical fiber 833 transmits the laser light having a wavelength of 930 nm to 950 nm, and the fourth optical fiber 834 receives the laser light having a wavelength of 970 nm to 990 nm. Configured to deliver.

That is, the first optical fiber 831 transmits visible light-based light to the surface of the hand to increase blood flow of the skin, activate cell metabolism, activate microcapillaries, and activate melanocytes. The second to fourth optical fibers 822, 823, and 824 transmit light of near-infrared light to the hand surface, and the longer the wavelength, the longer the distance transmitted into the hand skin. That is, the hand skin is generally formed to a depth of about 2mm to 4mm, the laser light transmitted through the second optical fiber 822 is penetrated near the depth of the hand skin 2mm, the laser light transmitted through the third optical fiber 823 is The laser light transmitted through the fourth optical fiber 824 penetrates close to the 3mm depth of the hand skin and penetrates near the 4mm depth of the hand skin to activate the scalp tissue. The four optical fibers 821, 822, 823, and 824 are configured such that the four optical fibers transmit laser light independently by the control means, or selectively combine with each other to transmit laser light, or all of them can transmit laser light. It is configured to be.

And, as shown in Figure 9, in the optical fiber module 830 in the optical fiber module 830, the optical fiber bundles 821 ', 822' that the first ends are bundled with each other to deliver laser light of the same wavelength band. And 823 ', 824', and the first ends of the optical fiber bundles 821 ', 822', 823 ', 824' are irradiated with laser light of a wavelength band corresponding to each other by the laser light output means 830. It is desirable to be configured to be. Therefore, each optical fiber module 830 transmits the same wavelength band is configured to emit light at the same time. Specifically, the laser light output means 830 is installed inside the case and is spaced apart from the optical fiber bundles 821 ', 822', 823 ', and 824' by a predetermined distance, and emits light to the optical fiber bundles 821 ', 822 ′, 823 ′, and 824 ′. Here, the laser light source may use various known lamps 831 as long as it can emit laser light. However, even a small light source may intensively transmit light to the optical fiber bundles 821 ', 822', 823 'and 824'. It is preferable to use a laser diode having a small size compared to a general lamp, but having an excellent emission efficiency, little heat, low power consumption, and a long lifetime. A lens 832 is installed between the optical fiber bundles 821 ', 822', 823 ', and 824' and the laser light source 831, and the lens 832 is a laser generated from the laser light source 831. The total reflection of the light is preferably provided in a planar shape so that the total reflection and the laser beam can be delivered to the optical fiber bundle to intensively and evenly delivered to the optical fiber bundle.

As described above, the hand massage device according to the present invention is provided in the form of a finger glove and is configured to selectively press the whole or part of the menstrual blood of the fingers, the palms and the hands according to the expansion and contraction of the air pocket using air pressure. There is an advantage in that the pressure can be concentrated in the whole, or necessary parts. Therefore, by stimulating the acupuncture points of the hand, and smoothly regulates the flow of the Gi and blood, it promotes metabolism, improves the function of the five organs, and leads to the natural healing ability of the human body to prevent and treat various diseases There is this.

In addition, the hand massage device according to the present invention has the advantage that the heating pad is provided between the endothelial and the outer shell can be performed at the same time as a massage and beneficial to the human body.

In addition, the hand massage apparatus according to the present invention has the advantage that it can regenerate the skin cells by activating the tissue of the hand by irradiating the low power laser light transmitted through the optical fiber.

While the present invention has been particularly shown and described with reference to specific embodiments thereof, it will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims. Anyone who can afford it will know.

100: inner 200: outer
300: massage means 400: pneumatic generation and recovery means
500: air lake 600: control means
700: heating pad 800: inner gloves

Claims (5)

The end portion is provided in the form of five fingers to surround each of the fingers, the rear end is configured to surround the palm and the back of the hand endothelial;
An outer shell provided on the outer side of the endothelial;
It is provided between the endothelial and the outer shell, consisting of a hand air pocket provided on the back of the hand, a palm air pocket provided on the palm, and a finger air pocket provided to surround the finger portion, inflated by the air introduced and discharged Massage means configured to selectively massage the back of the hand, palm and fingers while being contracted or contracted;
It consists of an air pump for supplying and discharging compressed air to the back of the hand, palm and finger air pocket and a control valve for controlling the flow of compressed air into and out of the back of the hand, palm and finger air pocket. Pneumatic generation and recovery means configured to selectively inject and discharge air into the pocket;
An air hose connecting the control valve and the back of the hand, the palm and the finger air pocket to each other or respectively so that the compressed air supplied and recovered through the control valve by the driving of the air pump is injected and discharged into the back of the hand, the palm and the finger air pocket;
Hand massage device, characterized in that it comprises a control means for controlling the amount and time of the pneumatic generation and recovery of the pneumatic generating means.
The method of claim 1,
The finger air pocket,
A first joint air pocket comprising upper and lower air pockets installed on the upper and lower portions of the first joint of the finger, and a first air joint air pocket provided on both sides of the first joint of the finger;
A second joint air pocket including upper and lower air pockets installed on the upper and lower portions of the second joint of the finger, and a side air pocket of the second joint installed on both sides of the second joint of the finger;
Composed of the third joint air pocket consisting of the upper and lower air pockets installed on the upper and lower portions of the third joint of the fingers and the third air side air pockets installed on both sides of the third joint of the fingers,
The first joint upper / lower air pocket, the two joint side air pockets and the third joint upper / lower air pockets are provided to be connected to each other through the first finger air lake, the first joint side air pocket, two joints upper / lower The air pocket and the third joint side air pocket are connected via a second finger air lake, and the upper and lower air pockets, the two joint side air pockets, and the third joint upper and lower air pockets are driven by the air pump. And a first joint side air pocket, two joint upper / lower air pockets, and a third joint side air pocket are alternately inflated or shrunk to massage the hand massage apparatus.
The method of claim 1,
Between the endothelial and the outer shell is further configured heating pad for the poultice, the same as the shape of the endothelial,
The heating pad is configured to be controlled by a control means through a heating plug, and the heating pad is equipped with a temperature sensor for monitoring a set temperature and a bimetal for preventing a temperature rise of the heating pad, and detected by the temperature sensor. Hand temperature device, characterized in that the current temperature information of the heating pad is configured to be transmitted to the control means through the heating plug.
The method of claim 1,
Inside the endothelial is formed in the same shape as the endothelial glove is further configured to fit in the hand,
Hand massage device, characterized in that the inner surface of the inner glove formed with a plurality of acupressure projections to stimulate the menstrual blood of the hand.
5. The method of claim 4,
The inner glove is further configured to be bundled with an optical fiber module is installed to be introduced from the outside to the inside end so that the end portion is exposed to each end of the acupressure projections,
The optical fiber module is composed of four optical fibers to transmit laser light of different wavelengths to selectively irradiate laser light of different wavelengths to the skin of the hand by transferring the laser light generated by the laser light output means,
The optical fiber has a first optical fiber for transmitting a laser light having a wavelength of 630nm to 670nm, a second optical fiber for delivering a laser light having a wavelength of 7900nm to 830nm, and a wavelength of 920nm to 960nm And a third optical fiber for transmitting light, and a fourth optical fiber for delivering laser light having a wavelength of 970 nm to 990 nm, wherein the four optical fibers independently transmit laser light or selectively by the control means. Hand massage device, characterized in that to be combined to deliver the laser light, or both are controlled to deliver the laser light.

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