KR20230027567A - Health Band - Google Patents

Abstract

The present invention relates to a fitness band which is effective in relieving pain and chronic fatigue and preventing adult diseases by increasing blood flow, releasing muscle, and promoting blood circulation while high-frequency EMS and far-infrared rays generated from an EMS generator and far-infrared ray generator are absorbed into the blood flow in a body, allows easy and convenient attachment and detachment of the EMS generator, and can be used anytime and anywhere regardless of time and place by charging without a separate outlet, thereby improving convenience of use. To this end, the present invention relates to the fitness band worn and used on a part of a wearer's body, comprising: a band easily worn on the wearer's body; an EMS generator configured on one side of the band and relieving stress acting on the wearer's body through electrical muscle stimulation (EMS); and a remote control allowing control of the EMS generator, wherein the EMS generator generates principal waves by using an externally provided power source to provide EMS effect and is easily attached and detached from one end of the band to provide convenience of use.

Description

Health Band {Health Band}

The present invention relates to a health band, and more particularly, as high-frequency EMS and far-infrared rays generated from an EMS generator and a far-infrared ray generator are absorbed into the body's bloodstream, blood flow increases, which relaxes muscles and promotes blood circulation, thereby relieving pain and chronic pain. It is effective in preventing fatigue and adult diseases, and the EMS generator can be easily and easily attached and detached, and it can be used by charging without a separate outlet, improving the convenience of use that can be used anytime, anywhere, regardless of time and place. It's about a health band that lets you do it.

BACKGROUND OF THE INVENTION [0002] Recently, public interest in health is increasing day by day, and accordingly, various devices for health promotion have been developed and widely distributed to the general public.

In particular, low-frequency massagers are widely used to stimulate local parts of the human body with low-frequency current generated from a low-frequency generator. Low frequency conducts weak electricity through the skin to directly exercise muscles to increase basal metabolic rate, directly stimulate fat cells to reduce the number of cells and reduce their size.

In addition, it is possible to treat constipation by promoting blood circulation to increase body temperature to increase energy consumption, by stimulating the skin to directly exercise the skin and large intestine to remove stool and to activate bowel movement. In addition, low frequency is similar to the human body current flowing in the human body, so it is easy to penetrate the human body and is suitable for stimulating nerves and muscles. Relieves symptoms such as pain and fatigue.

Among low-frequency massagers, an EMS System (Electrical Muscle Stimulation System) is a low-frequency massager that exercises muscles through low-frequency electrical stimulation. Conventionally, a low-frequency massager for muscle exercise has been provided in the form of a belt, but recently, forms that can be easily attached to the abdomen, forearm, thigh, side, etc. have been provided beyond the belt form. A low-frequency massager for muscle exercise uses conductive electrodes coated on a pad body made of elastic and flexible rubber so as to increase adhesion to the body despite the body's curvature.

However, in the conventional health band, as the EMS generation unit supporting the above-mentioned low-frequency massage is fixed to the band of the health band in a standardized manner, due to various factors such as long-term use or carelessness during use, incorrect storage, etc. There is a problem in that the EMS generating unit may be in an unusable state due to damage or the like, and thus the entire health band must be destroyed.

Republic of Korea Patent Publication No. 10-2118205 (2020.06.02. Notice) Republic of Korea Patent Publication No. 10-2231579 (2021.03.25. Notice)

As proposed to solve the above problems, the object of the present invention is, while the high-frequency EMS and far-infrared rays generated from the EMS generator and the far-infrared ray generator are absorbed into the bloodstream in the body, blood flow increases to relax muscles and promote blood circulation It is effective in relieving pain, preventing chronic fatigue, and preventing adult diseases, and the EMS generator can be attached and detached easily and conveniently, and it can be used by charging without a separate outlet, so it can be used anytime, anywhere, regardless of time and place. It is to provide a health band to improve the convenience of.

The present invention for achieving the above object is a health band worn on a part of a wearer's body, comprising: a band that is easily worn on the wearer's body; an EMS generator configured on one side of the band to relieve stress acting on the wearer's body through electromuscular stimulation (EMS); And a remote control for controlling the EMS generating unit; The EMS generation unit is characterized in that it provides convenience of use by generating a frequency through power provided from the outside so that the EMS effect and attachment/detachment to one end of the band are easily achieved.

In the present invention, the EMS generating unit, at least one resistance pattern to generate a constant frequency by the supplied power; a connection pattern for connecting the resistance pattern; a clip configured at one end of the connection pattern to be connected to an external power source; a coating member formed on outer peripheries of the resistance pattern and the connection pattern to protect the resistance pattern or the connection pattern from being electrically interfered with by foreign substances; It is preferable to include; and a resistive pad including an adhesive member applied to one end of the coating member to a predetermined thickness and supported so as to be easily detached and attached to the band.

In the present invention, in the EMS generating unit, a contact terminal connected to a clip of the resistive pad is configured on one side, and power is supplied to the resistive pad and the resistive pad is controlled according to a control signal provided from a remote controller. It is preferable to include; a power supply controller to.

In the present invention, the health band preferably includes a far-infrared ray generating unit configured in the band to generate far-infrared rays together with the EMS generating unit to further improve the body stress relief effect by EMS.

In the present invention, on one side of the remote control, a terminal connected to one side of the EMS generating unit to supply power to the EMS generating unit and generate high frequency, medium frequency, or low frequency according to the mode according to the wearer's selection; includes It is desirable to do

According to the present invention, the high-frequency EMS and far-infrared rays generated from the EMS generating unit and the far-infrared ray generating unit are absorbed into the body's bloodstream, increasing blood flow, relaxing muscles and promoting blood circulation, thereby relieving pain, preventing chronic fatigue, and preventing adult diseases. , The EMS generation unit can be easily and conveniently attached and detached, and can be used for charging without a separate outlet, so there is an effect of improving the convenience of use that can be used anytime and anywhere without being restricted by time and place.

1 is a partially exploded perspective view of a health band according to the present invention;
2 is a front view of a health band according to the present invention;
3a to 3c are cross-sectional views of IIa to IIc of FIG. 2;
4 is a diagram of a remote control according to the present invention.

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

The health band of the present invention includes a band 10, an EMS generator 20, a far-infrared ray generator 30, and a remote controller 40.

The band 10 is formed in a shape or shape to be directly worn on a part of the wearer's body, such as the abdomen. In this case, the band 10 is composed of fabric, synthetic leather, rubber, etc., to support stable wearing on the wearer's abdomen, etc., but is not limited thereto, to enable stable wearing on a part of the wearer's body Any material, structure, or structure can be employed.

In addition, the band 10 includes a compression portion 110 and an extension portion 120.

The compression unit 110 is in close contact with a part of the wearer's body and performs a function of supporting the EMS generating unit 20 so as to obtain an effect of stimulating muscles by EMS.

The extension part 120 is configured to extend a certain length from each end of the compression part 110, and provides a fixing force so that the compression part 110 can maintain a state in close contact with the wearer's body. Do it. In this case, the end of the extension portion 120 includes a Velcro fastener 122 that supports coupling or separation to be performed smoothly as configured to face each other. The Velcro fastener 122 is configured at each end of the plurality of extension parts 120 to support the plurality of extension parts 120 to be fixed to each other, but is not limited thereto, and the plurality of extension parts 120 Any structure or configuration that is configured on each side and allows the compression unit 110 to be stably maintained in a state fixed to a part of the wearer's body by mutual fixation can be employed.

The EMS generating unit 20 is configured on one side of the band 10, for example, on one side of the compression unit 110, and generates a high frequency, medium frequency, or low frequency according to the wearer's choice, thereby substantially obtaining an electric muscle stimulation effect. perform the function of

The EMS generator 20 includes a power supply controller 210 and a resistive pad 220 .

The power supply controller 210 is detachable from the resistive pad 220, and supplies power to the resistive pad 220, and a low frequency, medium frequency, or high frequency according to the strength of resistance is generated from the resistive pad 220. It performs the function of controlling the number of In this case, the power supply controller 210 configures a circuit to be controlled by wireless communication with the remote control 40.

In addition, the power supply controller 210 receives power from the outside to maintain a charged state. In this case, the charging state of the power supply controller 210 can be confirmed by the charging indicator configured in the remote controller 40.

In addition, one end of the power supply controller 210 includes a contact terminal 212 supporting the resistive pad 220 and electrical connection or disconnection.

That is, the power supply controller 210 has a contact terminal 212 configured to support connection with the resistive pad 220 at one end, and a socket etc. configured to allow charging to be made at the other end.

The resistive pad 220 is formed on one side of the band 10 and generates high, medium, or low frequencies under the control of the power supply controller 210 to obtain an electric muscle stimulation effect.

The resistive pad 220 includes a resistance pattern 222, a connection pattern 224, a clip 226, a coating member 228, and an adhesive member 229.

The resistance pattern 222 is formed in a predetermined shape and performs a function of forming a frequency by resistance according to power provided from the power supply controller 210 . In this case, the resistance pattern 222 has a circular shape and is arranged in plurality.

The connection pattern 224 connects the plurality of resistance patterns 222 so that the power provided through the power supply controller 210 is energized, thereby inducing a frequency to be generated in the resistance pattern 222 perform the function of In this case, the connection pattern 224 is configured to connect between the resistance patterns 222 and between the clip 226 and the resistance pattern 222 .

The clip 226 is configured at the end of the connection pattern 224 and is connected to the contact terminal 212 of the power supply controller 210, so that resistance is supplied through the power supply controller 210 and a control signal. The pattern 222 causes a frequency to be generated.

In addition, a connection hole 112 is formed in the band 10 where the clip 226 is located so that the contact terminal 212 of the power supply controller 210 can be connected to the clip 226.

The coating member 228 forms a certain thickness on the outer periphery of the resistance pattern 222 and the connection pattern 224, so that the resistance pattern 222 and the connection pattern 224 are blocked by foreign substances such as moisture or dust. It performs the function of protecting the electrical current from being interfered with.

The coating member 228 is formed in the form of a film. For example, the coating member 228 constitutes a resistance pattern 222 and a connection pattern 224 between a plurality of films, so that the coating process is performed.

The adhesive member 229 is formed on one end of the coating member 228 so that the wearer can easily detach and attach the resistive pad 220 from the band 10 as needed.

That is, the adhesive member 229 allows the resistance pad 220 to be easily detached and attached to the band 10, so that when the resistance pad 220 is damaged during use, it can be easily replaced. . In addition, the adhesive member 229 includes a resistance pattern 222 that is easily attached to and detached from the band 10 so that the resistance pad 220 is tailored to the wearer's condition, that is, the location or muscle to which electrical stimulation is desired. The resistance pad 220 is replaced so that the effect of the electric muscle stimulation therapy is further improved.

For example, the coating member 228 is formed in the form of a film, and the resistance pattern 222 and connection pattern 224 are printed on one end of the film and connected to the resistance pattern 222 printed on one end of the film. By applying the adhesive member 229 to a certain thickness on the pattern 224, the resistance pattern 222 and the connection pattern 224 are configured to maintain a coated state.

The far-infrared ray generator 30 is configured at one end of the band 10, and as the far-infrared ray is irradiated during the process of obtaining the electric muscle stimulation effect through the EMS generator 20, the effect of the far-infrared ray irradiation can be obtained at the same time . In this case, the far-infrared ray generator 30 is configured at one end of the band 10, that is, at the same position where the resistive pad 220 of the EMS generator 20 is attached.

In addition, the far-infrared ray generator 30 is made of a material that emits far-infrared rays, for example, any one of materials that emit far-infrared rays, such as germanium, elvan, charcoal, or pozzolan, or a composition in which two or more of them are combined in a certain ratio. . In this case, the far-infrared ray generator 30 is applied to one end of the band 10 by a printing method of a certain thickness or formed as a film of a certain thickness, and the film is cut to a certain size and fixed to the band 10 use.

The remote controller 40 controls the EMS generating unit 20 wirelessly.

Control of the EMS generating unit 20 through the remote controller 40 and operation conditions through the control will be examined.

The remote control 40 is configured with a power button 41 to enable selection of power on/off.

In addition, the remote control 40 is configured with a function selection button 42 and a function selection indicator light 43 for displaying the function selected through the function selection button 42 so as to be confirmed.

For example, the function selection button 42 is changed in the order of low frequency -> medium frequency -> high frequency -> automatic according to the pressing action, and this function change is displayed on the function selection indicator light 43, so that the current function selection can be easily selected. Able to know.

In addition, the remote control 40 is configured with a mode selection button 44 and a mode selection indicator light 45 for displaying the mode selected through the mode selection button 44 so that it can be confirmed.

For example, the mode selection button 44 is changed in the order of tapping mode -> massage mode -> acupressure mode according to the pressing action, and this mode change is displayed on the mode selection indicator light 45, making it easy to select the current mode. Able to know.

Here, the tapping mode is a low frequency of 10 to 60 Hz, and performs the function of removing waste along with decomposition of fat and promotion of lymphatic circulation.

The massage mode is a low frequency of 60 ~ 90Hz, which stimulates large muscles deeply to promote circulation and remove wastes.

The acupressure mode is a low frequency of 120Hz, which stimulates the muscle surface to promote circulation and remove waste.

The medium frequency is 1,000Hz, and it passes current to deep tissues, promotes metabolism, strengthens connective tissue, smoothes lymphatic circulation, and enhances skin elasticity.

High frequency is 1MHz (60W), sterilizing bacteria and toxins, generating heat in cells to increase the penetration effect of the product, increasing blood volume by increasing tissue temperature, promoting circulation and relieving pain, as well as increasing the viscosity and have increased elasticity.

In this case, the high frequency is used by adopting a circulation function so that the skin is not greatly stimulated by intermittent operation that operates alternately at intervals of 5 seconds left and right, and heat of 40 to 45 ° C is generated in the body.

On the other hand, the remote control 40 is configured with a timer capable of setting an operating time. That is, the timer is not set by the wearer, but is operated for a predetermined time and then stopped when the timer is operated through a function or mode selection. For example, the normal mode operates for 10 minutes, and the automatic mode operates for 5 minutes each (tapping, massage, acupressure) and automatically stops after a total of 15 minutes.

In addition, a level button 46 is provided on the remote controller 40 to adjust the level of the EMS.

The level button 46 allows the wearer to select an appropriate EMS intensity.

In addition, the remote control 40 includes an AC/DC charger. That is, the remote controller 40 is charged through the charger so that it can be used. In this case, the power supply controller 210 of the EMS generator 20 is not configured separately, and the contact terminal 212 configured on the power supply controller 210 on one side of the remote control 40 performs the same function By configuring the terminal, the terminal of the remote control 40 may be configured and used to be connected to the clip 226 of the resistive pad 220 configured on one side of the bed 10.

The health band as described above transfers heat deep into the body to core body temperature through the EMS generator 20 and the far-infrared ray generator 30, thereby improving blood circulation and stimulating heat in the dermal layer of the skin to regenerate collagen and regenerate the skin. It helps with beauty or health.

In addition, the high-frequency EMS and far-infrared rays generated from the EMS generating unit 20 and the far-infrared ray generating unit 30 are absorbed into the body's bloodstream, increasing blood flow, relaxing muscles and promoting blood circulation, thereby relieving pain, preventing chronic fatigue, and preventing adult diseases. It is effective, and the EMS generator 20 can be easily and conveniently attached and detached, and can be used for charging without a separate outlet, so that it can be used anytime, anywhere without being restricted by time and place. To improve the convenience of use do.

In addition, the health band of the present invention is not limited to low-frequency EMS as in the prior art, and has the scalability of a range of use in which low, medium, or high frequencies can be selected according to the wearer's physical condition, physical condition or choice.

In particular, in the case of high-frequency EMS, heat is generated in tissues when energized in the human body, thereby providing a temperature of 40 to 45° C. and a fat melting temperature of 41° C. or more, which is a function recovery temperature of tissues. In addition, when the local temperature of the tissue rises above 40 ° C, arterial and capillary dilation occurs by direct effect, blood flow increases, the body's defense mechanism is improved, blood circulation is promoted, and metabolism is enhanced. In addition, it is possible to heat a specific part in human tissue, and the increase in blood flow in capillaries due to deep heat generation has the effect of increasing 4 to 5 times compared to rest. is promoted

What has been described above is only one embodiment for implementing the health band, and the present invention is not limited to the above embodiment. Those skilled in the art in the field belonging to the present invention will be able to understand that various modifications are possible without departing from the gist of the present invention.

10: band 110: crimping part
112: connecting hole 120: extension
122: Velcro fastener 20: EMS generator
210: power supply controller 212: contact terminal
220: resistance pad 222: resistance pattern
224: connection pattern 226: clip
228: coating member 229: adhesive member
30: far infrared ray generator 40: remote control

Claims (5)

In the health band worn and used on a part of the wearer's body,
a band that makes it easy to wear on the wearer's body;
an EMS generator configured on one side of the band to relieve stress acting on the wearer's body through electromuscular stimulation (EMS); and
Includes a remote control to control the EMS generation unit;
The health band, characterized in that the EMS generation unit generates a frequency through power supplied from the outside to provide an EMS effect and ease of attachment and detachment from one end of the band to provide convenience of use.
The method of claim 1, wherein the EMS generating unit,
at least one resistance pattern to generate a constant frequency by the provided power;
a connection pattern for connecting the resistance pattern;
a clip configured at one end of the connection pattern to be connected to an external power source;
a coating member formed on outer circumferential surfaces of the resistance pattern and the connection pattern to protect the resistance pattern or the connection pattern from being electrically interfered with by foreign substances; and
a resistive pad including an adhesive member applied to one end of the coating member to a predetermined thickness and supporting it to be easily detached from and attached to the band;
A health band comprising a.
The method of claim 2, wherein the EMS generator,
a power supply controller having a contact terminal connected to a clip of the resistive pad on one side thereof, supplying power to the resistive pad and supporting the resistive pad to be controlled according to a control signal provided from a remote controller;
A health band comprising a.
The method of claim 1, wherein the health band,
a far-infrared ray generator configured in the band to generate far-infrared rays together with the EMS generator to further improve the effect of relieving body stress by EMS;
A health band comprising a.
The method of claim 1, on one side of the remote control,
A terminal connected to one side of the EMS generating unit to supply power to the EMS generating unit and generate high frequency, medium frequency, or low frequency according to a mode selected by the wearer;
A health band comprising a.

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