KR102645687B1 - Health Band - Google Patents

Abstract

The present invention relates to a health band. As high-frequency EMS and far-infrared rays generated from the EMS generator and far-infrared ray generator are absorbed into the bloodstream of the body, blood flow increases, muscles relax, and blood circulation is promoted, alleviating pain, chronic fatigue, and preventing adult diseases. It is effective in improving the convenience of use, as the EMS generator can be easily and conveniently attached and detached, and can be used for charging without a separate outlet, allowing it to be used anytime, anywhere, regardless of time and place. It has a purpose.
To this end, the present invention provides a health band that is worn on a part of the wearer's body, including a band that is 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 electrical muscle stimulation (EMS); and a remote control for controlling the EMS generator; The EMS generator is characterized in that it generates frequency waves through an externally provided power source to provide an EMS effect and ease of attachment and detachment from one end of the band, thereby providing convenience of use.

Description

Health Band

The present invention relates to a fitness band, and more specifically, the band is composed of an electrical muscle stimulation generator and a far-infrared ray generator, so that the electrical muscle stimulation (EMS) generator can be easily and conveniently attached and detached, and can be used for charging without a separate outlet. It is about a health band that improves the convenience of use by allowing it to be used anytime, anywhere, regardless of time and place.

Recently, the general public's interest in health has been 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 areas of the human body with low-frequency current generated from a low-frequency generator. Low frequency transmits weak electricity to the human body through the skin, directly exercising the muscles to increase basal metabolic rate, and directly stimulating fat cells to reduce the number of cells and also reduce their size.

In addition, it promotes blood circulation, increases body temperature, increases energy consumption, and stimulates the skin to directly exercise the skin and large intestine, removing stool and activating bowel movement, thereby treating constipation. In addition, low frequency is similar to the human current flowing through the human body, so it easily penetrates the human body and is suitable for stimulating nerves and muscles. It stimulates muscles to increase activity, increases blood movement, and promotes blood circulation, causing muscle paralysis and muscle paralysis. Relieves symptoms such as pain and fatigue.

Among low-frequency massagers, the EMS System (Electrical Muscle Stimulation System) is a low-frequency massager that exercises muscles through low-frequency electrical stimulation. Low-frequency massagers for muscle exercise were previously provided in the form of a belt, but recently, forms that can be easily attached to the abdomen, forearms, thighs, sides, etc., beyond the belt form, are being provided. A low-frequency massager for muscle exercise uses a pad body made of elastic and flexible rubber coated with conductive electrodes to increase adhesion to the body despite the body's curvature.

However, in the conventional health band, the EMS generator part that supports the low-frequency massage described above is fixed to the band of the health band in a standard manner, so it is damaged by various factors such as long-term use, carelessness during use, and incorrect storage. The EMS generating unit may become unusable due to damage, etc., and there is a problem that the entire health band must be destroyed.

Republic of Korea Patent Publication No. 10-2118205 (announced on June 2, 2020) Republic of Korea Patent Publication No. 10-2231579 (announced on March 25, 2021)

Proposed to solve the above problems, the purpose of the present invention is to configure the electric muscle stimulation generator and the far-infrared ray generator in the band, so that the electrical muscle stimulation (EMS) generator can be easily and conveniently attached and detached, and a separate outlet is provided. The goal is to provide a health band that improves convenience of use by allowing it to be used without charging, allowing it to be used anytime, anywhere, regardless of time and place.

The present invention for achieving the above object is a compression portion that is in close contact with a part of the wearer's body, and a fixing force that extends at a certain length from each end of the compression portion to maintain the compression portion in firm contact with the wearer's body. A band comprised of an extension portion that provides, an electrical muscle stimulation (EMS) generator configured on one side of the compression portion of the band to relieve stress with electrical muscle stimulation (EMS), and one side of the extension portion of the band. In the health band comprised of a far-infrared ray generator configured to emit far-infrared rays, and a remote control capable of controlling the electrical muscle stimulation generator, one side of the compression portion of the band has a connection hole to penetrate the inside and outside. formed; The electrical muscle stimulation (EMS) generator is configured at one end of the compression portion, and a power supply controller including a contact terminal on one side inserted into the connection hole and a socket on the other side that supports charging by an external power source. , a resistive pad formed at the other end of the compression unit, one side of which is connected to the contact terminal to generate one of high frequency, middle frequency, or low frequency according to a control signal; The resistive pad includes a resistance pattern that is circular and arranged in plural numbers to generate frequency waves, a connection pattern that connects the resistance patterns to allow the power supplied through a power supply controller to be energized, and an end of the connection pattern. A clip configured to be connected to the contact terminal of the power supply controller, a coating member formed at a certain thickness on the outer periphery of the resistance pattern and the connection pattern to protect electrical current from being interfered with by foreign substances, and the other end of the coating member. It consists of an adhesive member that supports the resistance pad so that it can be attached and detached to the compression part of the band; The remote control has a power button that allows you to select the power on/off, a function selection button that allows you to change in order of low frequency, mid frequency, high frequency, and automatic according to the pressing action, and displays the function selected through the function selection button. It includes a function selection indicator, a mode selection button that allows changing in the order of tapping mode, massage mode, and acupressure mode according to the pressing action, and a mode selection indicator that displays the function selected through the mode selection button; The remote control includes an AC or DC charger; On one side of the remote control, a terminal is connected to the clip of the resistance pad through the connection hole of the compression part, so that it can replace the power supply controller of the electric muscle stimulation generator.

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According to the present invention, the electric muscle stimulation generator and the far-infrared ray generator are configured in the band, so that the electric muscle stimulation (EMS) generator can be easily and conveniently attached and detached, and can be used for charging without a separate outlet, making it convenient for time and place. It has the effect of improving the convenience of use as it can be used anytime, anywhere.

Figure 1 is a partially exploded perspective view of a fitness band according to the present invention.
Figure 2 is a front view of a fitness band according to the present invention.
Figures 3a to 3c are cross-sectional views taken along lines IIa to IIc of Figure 2;
Figure 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 attached drawings.

The health band of the present invention includes a band (10), an electrical muscle stimulation (EMS) generator (20), a far-infrared ray generator (30), and a remote control (40).

The band 10 is formed in a shape or shape so that it can be worn directly on a part of the wearer's body, such as the abdomen. In this case, the band 10 is made of fabric, synthetic leather, or rubber, and supports stable wearing on the wearer's abdomen, etc., but is not limited to this, and allows stable wearing on any part of the wearer's body. Any material, structure, or composition can be adopted.

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

The compression portion 110 is in close contact with a part of the wearer's body and functions to support the electrical muscle stimulation (EMS) generator 20 to achieve the effect of stimulating the muscles by electrical muscle stimulation (EMS). .

The extension portion 120 is configured to extend a certain length from each end of the compression portion 110, and provides a fixing force so that the compression portion 110 can be maintained in firm contact with the wearer's body. Perform. In this case, the ends of the extension parts 120 include Velcro fasteners 122 that support smooth coupling or separation as they are configured to face each other. The Velcro fastener 122 is provided 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 to this, and the plurality of extension parts 120 Any structure or configuration that allows the compression portion 110 to be stably fixed to a part of the wearer's body by mutual fixation can be adopted.

The electrical muscle stimulation (EMS) generator 20 is configured on one side of the band 10, for example, on one side of the compression portion 110, and generates high, medium, or low frequencies according to the wearer's selection, thereby substantially providing electrical muscle stimulation. It performs a function that allows the effect to be achieved. Here, EMS stands for Electrical Muscle Stimulation.

The electrical muscle stimulation (EMS) generator 20 includes a power supply controller 210 and a resistance pad 220.

The power supply controller 210 is attachable and detachable from the resistive pad 220, and supplies power to the resistive pad 220, and low, medium, or high frequencies depending on the strength of the resistance are generated from the resistive pad 220. It performs a control function to enable In this case, the power supply controller 210 is configured with a circuit so that control is performed through wireless communication with the remote controller 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 lamp configured in the remote control 40.

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

That is, the power supply controller 210 has a contact terminal 212 on one end to support connection to the resistive pad 220, and a socket etc. on the other end to enable charging.

The resistance pad 220 is configured 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 resistance 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 certain shape and functions to form a frequency wave by resistance according to the power provided from the power supply controller 210. In this case, the resistance patterns 222 are circular and arranged in plural numbers.

The connection pattern 224 connects the plurality of resistance patterns 222 to ensure that the power provided through the power supply controller 210 is energized, thereby leading to the generation of frequency waves in the resistance pattern 222. performs 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, thereby providing resistance through power supply and control signals by the power supply controller 210. A frequency is generated in the pattern 222.

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, and causes the resistance pattern 222 and the connection pattern 224 to be damaged by foreign substances such as moisture or dust. It performs the function of protecting electrical conduction from interference.

The coating member 228 is formed in a film form. For example, the coating member 228 forms a resistance pattern 222 and a connection pattern 224 between a plurality of films, thereby allowing coating treatment.

The adhesive member 229 is formed at one end of the coating member 228, allowing the wearer to easily attach and detach the resistance pad 220 from the band 10 as needed.

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

For example, the coating member 228 is formed in the form of a film, with the resistance pattern 222 and the connection pattern 224 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 the pattern 224 to a certain thickness, 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 far-infrared rays are irradiated during the process of obtaining the electric muscle stimulation effect through the electrical muscle stimulation (EMS) generator 20, the effect of the far-infrared ray irradiation is generated. Make sure you get it 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 resistance pad 220 of the electrical muscle stimulation (EMS) generator 20 is attached.

In addition, the far-infrared ray generator 30 is made of a composition that combines one or two or more of materials that emit far-infrared rays, such as germanium, elvan, charcoal, or pozzolan, in a certain ratio. . In this case, the far-infrared ray generator 30 is applied to one end of the band 10 using a printing method with a certain thickness, or is 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 control 40 controls the electrical muscle stimulation (EMS) generator 20 wirelessly.

We will look at the control of the electrical muscle stimulation (EMS) generator 20 through the remote control 40 and the operating state through the control.

The remote control 40 is equipped with a power button 41 that allows you to select ON/OFF of the power.

In addition, the remote control 40 is equipped with a function selection button 42 and a function selection indicator light 43 that displays the function selected through the function selection button 42 to confirm.

For example, the function selection button 42 changes 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, making it easy to select the current function. Able to know.

In addition, the remote control 40 is equipped with a mode selection button 44 and a mode selection indicator light 45 that displays the mode selected through the mode selection button 44.

For example, the mode selection button 44 changes 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 decomposing fat and promoting lymphatic circulation as well as removing waste.

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

Acupressure mode is a low frequency of 120Hz that stimulates the muscle surface to promote circulation and remove waste.

The mid-frequency is 1,000 Hz, which allows electric current to pass through deep tissues, promotes metabolism, strengthens connective tissue, improves lymphatic circulation, and enhances skin elasticity.

The high frequency is 1 MHz (60W), which sterilizes bacteria and toxins, generates heat in cells, increases the penetration effect of the product, increases blood volume due to an increase in tissue temperature, promotes circulation and relieves pain, and reduces the viscosity and viscosity of connective tissue. Has increased elasticity.

In this case, the high frequency is intermittently operated alternately at left and right intervals of 5 seconds, and a circulation function is used to avoid significant irritation to the skin, and heat of 40 to 45°C is generated in the body.

Meanwhile, the remote control 40 is configured with a timer that can set the operating time. In other words, the timer is not set by the wearer, but is activated by selecting a function or mode and stops after operating for a set amount of time. 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.

Additionally, the remote control 40 is provided with a level button 46 that allows the user to adjust the intensity (level) of the electrical muscle stimulation.

The level button 46 allows the wearer to select an appropriate intensity of electrical muscle stimulation.

Additionally, the remote control 40 includes an AC/DC charger. That is, the remote control 40 can be charged and used through the charger. In this case, the power supply controller 210 of the electrical muscle stimulation (EMS) generator 20 is not separately configured, and the contact terminal 212 provided in the power supply controller 210 is located on one side of the remote control 40. By configuring a terminal that performs the same function as, the terminal of the remote control 40 can be configured and used to be connected to the clip 226 of the resistance pad 220 formed on one side of the band 10.

The above-mentioned fitness band transfers heat deep into the body up to the core body temperature through the electrical muscle stimulation (EMS) generator 20 and the far-infrared ray generator 30, thereby improving blood circulation and stimulating heat in the dermal layer of the skin. It regenerates collagen and helps with skin beauty and health.

In addition, the electrical muscle stimulation (EMS) generator (20) can be easily and conveniently attached and detached from the band, and can be used for charging without a separate outlet, so it can be used anytime, anywhere, regardless of time and place. Convenience is improved.

In addition, the health band of the present invention is not limited to low-frequency electrical muscle stimulation as in the prior art, but has an expandable range of use that can select low-frequency, mid-frequency, or high frequency depending on the wearer's physical condition, physical condition, or choice.

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What has been described above is only one embodiment for implementing a fitness band, and the present invention is not limited to the above-described embodiment. Those skilled in the art will understand that various changes can be made without departing from the gist of the present invention.

10: Band 110: Compression part
112: connector 120: extension part
122: Velcro fastener 20: EMS generation unit
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)

A band comprising a compression portion that is in close contact with a part of the wearer's body and an extension portion that extends a certain length from each end of the compression portion to provide a fixing force to maintain the compression portion in firm contact with the wearer's body; An electric muscle stimulation (EMS) generator configured on one side of the compression portion of the band to relieve stress through electrical muscle stimulation (EMS), and a far-infrared ray generator configured on one side of the extended portion of the band to emit far infrared rays. In a health band comprised of a remote control unit and a remote control capable of controlling the electrical muscle stimulation generating unit,
A connection hole is formed on one side of the compression portion of the band to penetrate the inside and outside;
The electrical muscle stimulation (EMS) generator is configured at one end of the compression portion, and a power supply controller including a contact terminal on one side inserted into the connection hole and a socket on the other side that supports charging by an external power source. , a resistive pad formed at the other end of the compression unit, one side of which is connected to the contact terminal to generate one of high frequency, middle frequency, or low frequency according to a control signal;
The resistive pad includes a resistance pattern that is circular and arranged in plural numbers to generate frequency waves, a connection pattern that connects the resistance patterns to allow the power supplied through a power supply controller to be energized, and an end of the connection pattern. A clip configured to be connected to the contact terminal of the power supply controller, a coating member formed at a certain thickness on the outer periphery of the resistance pattern and the connection pattern to protect electrical current from being interfered with by foreign substances, and the other end of the coating member. It consists of an adhesive member that supports the resistance pad so that it can be attached and detached to the compression part of the band;
The remote control has a power button that allows you to select the power on/off, a function selection button that allows you to change in order of low frequency, mid frequency, high frequency, and automatic according to the pressing action, and displays the function selected through the function selection button. It includes a function selection indicator, a mode selection button that allows changing in the order of tapping mode, massage mode, and acupressure mode according to the pressing action, and a mode selection indicator that displays the function selected through the mode selection button;
The remote control includes an AC or DC charger;
On one side of the remote control, a terminal is connected to the clip of the resistance pad through the connection hole of the compression portion, so that it can replace the power supply controller of the electric muscle stimulation generator;
A health band comprising: delete delete delete delete