KR102145836B1 - Health Maintenance System Using Rolling Stimulus Tool - Google Patents

Abstract

The present invention relates to a health management system using a rolling stimulation tool, comprising: a handle, a tofu coupled to the upper end of the handle, a binding port coupled to the lower end of the handle, and communicating from the binding port through the handle to the inside of the tofu A flow path hole that forms an outflow path of air, and a plurality of magnetic pole rods composed of cylindrical magnetic poles that are coupled to one end of the head to absorb and extract and stimulate local skin of each body through intake and exhaust of air, And a handle, a head coupled to an upper end of the handle, a binding port coupled to a lower end of the handle, a flow path hole communicating from the binding port to the inside of the head through the handle to form an air outlet path, and the head. It provides a rolling stimulation tool including a rolling stimulation rod composed of a disc-shaped area acupressure port that is coupled to one end of the body and absorbs and extracts and stimulates the skin by rubbing the local skin of each body and simultaneously intake and exhaust of air. Including a stimulation tool, a sensing unit for objectively grasping the degree of fatigue recovery, a control unit for controlling these rolling stimulation tools and the sensing unit, a heating unit for providing a sense of heat by irradiating infrared rays onto the body, and bedding providing a resting place for users. We intend to provide a health management system.

Description

Health Maintenance System Using Rolling Stimulus Tool}

The present invention relates to a health management system using a rolling stimulation tool, and more particularly, it relieves fatigue by local parts of the body and smoothes the flow of blood, and in particular, relieves cracking of the soles of the skin or pain in the plantar fascia. It relates to a health management system using a rolling stimulation tool that can be managed.

In general, the conventional health care device is a technique of a degree to sense the degree of recovery from fatigue by stimulating a local area of the body in a manner of acupressure.

In other words, the existing health management devices are made only in a limited way to pressurize the body of users, so it solves the general problems that occur in the body such as muscle pain, immunity decrease, and increase of toxins and waste products that can be caused by the body. It was difficult to do.

In particular, the phenomenon of plantar fascia pain that may be caused in the sole of the foot when users walk was impossible to resolve through the conventional health management device. Moreover, the conventional health management device objectively measures the degree of fatigue recovery due to muscle relaxation of the body. Since there is no means for detection, it was not possible to objectively verify the degree of recovery of individual users from physical fatigue.

Due to the above problems, users have been stupid to manage individual physical health, and moreover, objective health management and maintenance cannot be properly performed.

On the other hand, the patent documents disclosed in the following prior art documents are technologies related to health management, especially to help health management by measuring various health indicators of the body, or to manage changes in body shape by body part based on body size information. You can refer to the entry.

Patent Document 001: Registered Patent No. 10-0634549 (Registration Date 2006. 10. 09) Patent Document 002: Registered Patent No. 10-0738074 (Registration Date 2007. 07. 04) Patent Document 003: Registered Patent No. 10-0784835 (Registration Date 2007. 12. 05) Patent Document 004: Registered Patent No. 10-1617621 (Registration Date 2016. 04. 27) Patent Document 005: Publication No. 10-2017-0088709 (published date 2017. 08. 02)

The present invention for solving the above-described problems is to recover body fatigue, relieve body pain, and release toxins by stimulating local, foot, and scalp for each body part through adsorption and extraction through intake and exhaust of air. In addition, its purpose is to provide a health management system using a rolling stimulation tool that can enhance the body's warmth and immunity.

The present invention for achieving the above objects is a handle, a tofu coupled to the upper end of the handle, a binding port coupled to the lower end of the handle, and an outflow of air from the binding port to the inside of the tofu via the handle A passage hole forming a furnace, and a plurality of magnetic pole rods composed of cylindrical magnetic poles that are coupled to one end of the head to absorb and extract the skin of each body through intake and exhaust of air, and a handle, the The tofu coupled to the upper end of the handle, the binding port coupled to the lower end of the handle, a flow path hole communicating from the binding port to the inside of the head through the handle to form an air outlet path, and one end of the head There is one feature of a rolling stimulation tool including a rolling stimulation rod composed of a disc-shaped area acupressure port that is combined to rub the skin of each body area and simultaneously absorbs and extracts air through intake and exhaust of air.

The acupressure port further includes a plurality of ball bearings that are disposed in a rolling structure to rub the local skin for each body by maintaining a constant distance along the disk-shaped area, and an intake and exhaust hole that penetrates the center of the disk-shaped area to serve as an intake and exhaust passage for air. There is one feature to the included rolling stimulation tool.

A plurality of pole rods with cylindrical poles that adsorb and take out the skin of each body's local area with the intake and exhaust of air, and the skin of each body's local area are absorbed and taken out with the intake and exhaust of air at the same time A rolling stimulation tool consisting of a rolling stimulation rod having a disc-shaped area of acupressure to stimulate, and the degree of fatigue recovery by detecting the relaxation state of the local muscle by gently pressing the local area of each body stimulated by the rolling stimulation tool. A sensing unit that grasps the pressure, the rolling stimulation tool is connected by a nozzle hose, and the sensing unit is connected by a wire cable to provide intake and exhaust of air to the rolling stimulation tool, and to the intake and exhaust of air. The body sensed by the sensing unit while controlling the time required for the operation, the number of cycles per minute for the intake and exhaust of air, the pressure intensity for the intake and exhaust of air, and the mode for the intake and exhaust of air. A control unit that quantifies local muscle relaxation and displays it as a fatigue recovery index, a heating unit in the form of a tunnel-type hemisphere that irradiates infrared rays for each user's body part to provide a sense of body heat, and a place where users can lie down and have a rest. There is another feature in the health management system using the rolling stimulation tool, which includes the rolling stimulation tool, the sensing unit, and bedding for inducing the user's body management to be easily received through the heating unit.

The control unit controls operation time for intake and exhaust of air, controls the number of repetitive cycles per minute for intake and exhaust of air, adjusts the pressure intensity for intake and exhaust of air, and selects a mode for intake and exhaust of air. Another feature of the health management system using a rolling stimulation tool further comprises a control means for controlling the intake and exhaust air, and a means for displaying a body recovery index numerically and presenting the muscle relaxation of the local body sensed by the sensing unit as a fatigue recovery index. have.

The intake/exhaust control means is a means provided to implement intake/exhaust air, a timer for setting an operating time, and a microcomputer for reading information of the timer; The servomotor operated by the control instruction signal of the micom, an encoder that sends a pulse signal for the rotational speed and direction of the servomotor, and the rotational speed and rotation of the servomotor by counting the number of pulses received from the encoder. It further comprises a servo drive to help the operation of the servo motor precisely and accurately by calculating the direction, the body recovery index display means for displaying a numerical value of the muscle relaxation of the body detected by the sensing unit as a muscle recovery index. There is another feature of a health management system using a rolling stimulation tool that further includes a display window and a detection unit that analyzes muscle relaxation information of a local body and converts it into a numerical value for a muscle recovery index.

The detection unit is a detection rod for detecting a relaxation state of a local muscle for each body, and a detection rod coupled to one end of the head, attached to and fixed to an end of the detection rod, so that the muscle is in quick contact with the local skin of each body. A pressure sensor for sensing the relaxation state of the sensor, and a camera coupled and fixed inside the periphery of the end of the sensing bar to photograph and store the luminous color emitted from the pressure sensor, the pressure sensor is a tactile sensor is used, the tactile sense The sensor has another feature in a health management system using a rolling stimulation tool in which an electroluminescent film made of polydimethylsiloxane (PDMS) made of synthetic rubber is used.

As described above, according to the present invention, by repeating adsorption and extraction in parallel in the stimulation method for local parts of the body, the effect of improving blood flow to the body, soothing muscles, as well as removing waste products and toxins is achieved. have.

In addition, according to the present invention, in particular, by promoting blood flow around the foot, soothing muscles, and removing waste products and toxins, there is an effect of alleviating the plantar fascia pain phenomenon caused by pressure on the sole of the foot that may occur when walking due to the improvement of the hardened skin around the sole. have.

In addition, according to the present invention, it is possible to determine the fatigue recovery index by presenting the degree of muscle relaxation of the body as a numerical value, and thus, there is an effect of providing ease of skin care and maintenance to reduce muscle fatigue for each body part.

In addition, according to the present invention, it is possible to prevent seborrheic, dryness, dandruff, pimples, hair loss, etc. by relieving stress on the scalp, especially by adsorption and extraction to the scalp, and the regeneration effect of the scalp skin and Together, it has the effect of improving immunity by providing a feeling of warmth for the entire body.

1 is an overall perspective view showing a three-dimensional configuration of a health management system using a rolling stimulation tool according to the present invention,
2 to 5 are perspective views showing three-dimensional sequentially first, second, third, and fourth magnetic poles as a rolling stimulation tool in the present invention;
6 is a perspective view showing a three-dimensional rolling stimulation rod as a rolling stimulation tool in the present invention,
7 is a front cross-sectional view showing a cross-sectional state of a heating unit in the present invention;
FIG. 8 is a block diagram showing detailed configurations of a rolling stimulation tool, a sensing unit, and a control unit in the present invention, as well as an organic relationship thereof.
9 is a block diagram showing the detailed configuration of the mode button shown in FIG.

In the present invention, the accompanying drawings are shown exaggerated for clarity and convenience of description, and the embodiments to be described later do not limit the scope of the present invention, but are based on exemplary matters of the components presented in the claims of the present invention. However, it should be interpreted based on the technical idea throughout the specification taking into account that it is modified in various forms.

Hereinafter, a health management system using a rolling tool according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

Health management system using the rolling stimulation tool according to the present invention, as shown in Figure 1, the rolling stimulation tool 100, the sensing unit 200, the control unit 300, the heating unit 400, and the bedding 500 ) Can be composed of.

The rolling stimulation tool 100 is connected by a nozzle hose nh from the control unit 300 to release muscles or smoothly promote blood flow in a manner that stimulates body parts. Of course, it can also reduce cracking of the skin, especially around the soles of the feet.

The sensing unit 200 functions to check the degree of tension of the body muscle portion which is connected from the control unit 300 by a wire cable and is released by the rolling tools 100.

The control unit 300 controls and controls the intake and exhaust cycle of air to the rolling stimulation tool 100, and provides the user with the muscle tension for each body determined through the sensing unit 200 in numerical values to It functions to inform the index.

The heating unit 400 not only enhances relaxation of the body muscle parts, improves blood circulation, but also induces an increase in body temperature for the entire body after stimulation for each body part through the rolling stimulation tool 100. .

The bedding 500 is a haven where users can comfortably lie down and rest so that the rolling stimulation tool 100, the sensing unit 200, the control unit 300, and the heating unit 400 can be easily operated. Functions.

First, looking from the rolling stimulation tool 100, the rolling stimulation tool 100 may be composed of a number of rod types, the first magnetic pole 110, the second magnetic pole 120, the third magnetic pole It may be composed of a rod 130, a fourth magnetic pole 140, and a rolling magnetic pole 150, and is not particularly limited to the first to fourth magnetic poles 110 to 140, and a design change Depending on the number of poles can be reduced or increased.

Here, the first stimulation rod 110 may be composed of a handle 111, a head 113 coupled to an upper end of the handle, and a stimulation stand 114 coupled to the head in a fitting manner, and the handle A binding hole 112 is provided at the lower end of the 111 so that the end of the nozzle hose nh may be coupled to the binding hole 112. A flow path hole 111a that can serve as an intake/exhaust path of air may be further formed from the coupling hole 112 to the handle 111. Accordingly, air can be sucked and exhausted through the magnetic pole table 114 through the nozzle hose nh and the flow path 111a.

The first stimulation rod 110 is a rolling stimulation tool 100 having a stimulation rod 114 having the relatively smallest diameter, and is intended to remove wastes and toxins from the body by rubbing the area around the ankle or the ankle joint. It is an intake/exhaust device. That is, the first stimulation rod 110 is an intake/exhaust device for finely rubbing the narrowest part of the body, and the stimulation rod 114 may preferably have a diameter of 9 to 11 mm, In the process of rubbing the area around the ankle or between the ankle joints, the skin around the ankle or the area around the ankle joint is repeatedly adsorbed and extracted through the intake and exhaust of air.It stimulates the skin of the ankle to activate the blood flow around the fine capillaries to prevent toxins and It can help in removing waste products.

The handle, channel hole, binding port, head, and magnetic pole of the first pole 110 have the same structural shape, but the second pole rod and the third pole rod to be described later in a way that their size gradually increases. , Since the configuration is applied to the fourth pole rod, separate detailed symbols and description will be omitted.

The second pole rod 120 is a pole rod having a relatively large size compared to the first pole rod 110, and the pole pole may have a diameter of preferably in the range of 12 to 15 mm, and the second pole rod ( The stimulation band of 120) is rubbed with the stimulation band 114 of the first stimulation rod 110 and stimulates a local area of a relatively larger area than the local area of the body to be stimulated to activate blood flow around the capillaries. It relieves the fatigue of the fine muscles of the body.

The third pole rod 130 is a pole rod having a relatively large size compared to the second pole rod 120, and the pole pole may have a diameter of preferably 16 to 20 mm, and the third pole rod ( The stimulator of 130) stimulates a local area of a relatively larger area than the local area of the body to be stimulated by rubbing with the stimulator of the second stimulation rod 120 to activate blood flow in venous blood vessels. It relieves fatigue.

The fourth pole rod 140 is a pole rod having a relatively large size compared to the third pole rod 130, and the pole rod may have a diameter of preferably in the range of 21 to 26 mm, and the fourth pole rod ( 140) by rubbing with the stimulation rod of the third stimulation rod 130 and stimulating the local area of a relatively larger area than the local area of the body to be stimulated to activate blood flow in the arterial blood vessels, and It relieves fatigue.

On the other hand, the rolling stimulation rod 150 is provided with a handle, a flow path hole, a binding port, and a head configured on the first to fourth stimulation rods, but unlike the stimulation rod coupled to the head, the acupressure instrument 154 is provided. It is applied and configured, and the acupressure tool 154 is preferably made of a disk-shaped portion that stimulates local body parts, and further includes a plurality of ball bearings 154a and intake and exhaust holes 154b.

The plurality of ball bearings 154a may be spaced apart from each other at predetermined intervals along the periphery of the disk-shaped area of the acupressure tool 154, and the air intake and exhaust holes 154b penetrate through the center of the disk-shaped area. It can be as intake and exhaust of The ball bearings 154a function to promote blood flow of entire blood vessels by evenly stimulating them in a way that they are rolled in local parts of the body, and the intake and exhaust holes 154b may intake and exhaust local parts of the body and stimulate them. The intake and exhaust holes 154b may be substantially the same as the diameter of the pole rod of the first pole rod or the second pole rod.

The rolling stimulation rod 150 is a magnetic pole rod having a relatively large size compared to the fourth pole rod 130, and the acupressure sphere 154 may be a circular plate having a diameter of preferably 50mm to 60mm, By rubbing with the stimulation rod of the fourth stimulation rod 140 and stimulating the local area of a relatively larger area than the local area of the body to be stimulated by rolling and stimulating it, blood flow to the entire blood vessel can be promoted, thereby evenly improving blood circulation, You can relax the muscles around those blood vessels and calm them evenly.

Of course, the rolling stimulation tool 100 can be used not only for local parts of the body, but also for stimulating the scalp, and by reducing stress on the scalp through stimulation of the scalp, seborrheic, dryness, dandruff, and pimples appear on the scalp. , It can prevent phenomena such as hair loss.

Meanwhile, the sensing unit 200 objectively detects the degree of relaxation of the body's skin according to the improvement of blood flow and soothing muscles through the rolling stimulation tool 100.

The sensing unit 200 may be made of a sensing rod 210 similar to the shape of the first, second, third, and fourth pole rods described above. The sensing rod 210 includes a handle, a fastening port, and And it may be configured to be applied in the same type as the tofu, but the one that is fitted and coupled to the head is a sensing stand unlike the stimulation stand. Of course, a wiring hole in which wires can be inserted and arranged may be formed along the inside of the coupling hole to the handle.

In addition, since the pressure sensor (not shown) is attached to and fixed to the end of the sensing band, the pressure sensor is preferably a tactile sensor. Such a tactile sensor is an electric field made of polydimethylsiloxane (PDMS) made of synthetic rubber. It is preferable to use an electroluminescent film, and the electroluminescent film may emit light having different brightness that responds according to the degree of contact pressure with the local skin, and is fixed inside the end of the sensing bar. The installed camera (not shown) captures lights with different brightness emitted from the film and stores them as photos, and these photos can be presented to users as numerical data through the body recovery index display means of the controller to be described later. .

Meanwhile, the control unit 300 may include an intake/exhaust control unit 310 and a body recovery index display unit 320.

The intake and exhaust control means 310 includes a timer 311 that can set a time according to selection and control of the setting buttons 310a and 310b, and a microcomputer 312 that reads and controls time setting information of the timer. , It may be composed of a servo motor 313, an encoder 314, and a servo drive 315, which are slaves that operate in response to the control instruction of the microcomputer. Of course, pumps, tanks, and valves for compression, storage, and strength of air may also be provided of course.

The servomotor 313 may intake and exhaust air in a manner that performs a forward/reverse operation according to a control instruction of the micom 312, and the encoder 314 is a pulse for the rotational speed and direction of the motor. A signal is sent to the servo drive 315, and the servo drive 315 counts the number of pulses received from the encoder 314 and calculates the rotational speed and direction of the motor, thereby helping to precisely and accurately rotate the motor.

Furthermore, the intake and exhaust control means 310 may be configured in a standard mode, an A long-short mode, and a B long-short mode, which are automatic modes according to the selection of the mode button M.

The standard mode is a rolling stimulation tool 100 in which the repetitive time required for adsorption and extraction of local skin is the same according to the intake and exhaust of air through the individual stimulation zones of the first, second, third, and fourth stimulation rods 110, 120, 130, 140 to be. Of course, according to the intake and exhaust of air through the intake and exhaust holes 156b formed in the acupressure port 154 of the rolling stimulation rod 150, the repetitive time required for adsorption and extraction of local skin is the same.

The A-long and short mode is a mode in which the time required for intake of air is longer than the time required for exhausting the air, and the individual poles of the first, second, third, and fourth poles 110, 120, 130, 140 and the rolling poles 150 It is a mode in which the adsorption time is relatively longer than the take-out time in the repetitive time required for adsorption and extraction of local skin according to the intake and exhaust of air through the intake and exhaust holes 156b formed in the acupressure port 154.

The A-th long-short mode may further include the A2 to A4 long-short recovery modes, wherein the A2 to A4 long-short recovery modes include two consecutive intakes and one single exhaust to four consecutive intakes and 1 It is a mode in which one-shot exhaust is performed, and such a recoverable mode is not limited thereto, and may be extended to a recoverable mode capable of further reducing or increasing the number of intake and exhaust in some cases.

The B long-short mode is a mode in which the time required for exhausting air is longer than the time required for inhalation of air, and the respective poles of the first, second, third, and fourth poles 110, 120, 130, 140 and the rolling pole 150 This is a mode in which the extraction time is relatively longer than the adsorption time in the repetitive time required for adsorption and extraction of local skin according to the intake and exhaust of air through the intake and exhaust holes 156b formed in the acupressure port 154.

The B-th long-short mode may further include the B2 to B4 long-short recovery mode, and the B2 to B4 long-short recovery mode includes two consecutive exhausts and one single intake to four consecutive exhausts and 1 It is a mode in which one-shot intake is performed, and such a recoverable mode is not limited thereto, and may be extended to a recoverable mode capable of further reducing or increasing the number of intake and exhaust in some cases.

The cycle adjustment mode is a mode that adjusts the switching cycle speed of intake and exhaust per minute, and the switching cycle of intake and exhaust per minute can be adjusted within a range of 30 or more and 90 or less. If is less than 30 times, the repetitive tempo of local skin adsorption and extraction is slow, which causes a problem of restoring muscle fatigue and delaying blood circulation.If it exceeds 90, frequent adsorption and extraction of the stimulation band to the local skin of the stimulation zone As a result, there is a problem in that the incidence of skin abrasion due to increased friction increases, and the incidence of mechanical defects and failures due to an increase in the mechanical load of the thermomotor that implements frequent intake and exhaust increases.

The intensity adjustment mode is a mode that adjusts the intensity of the pressure of the intake and exhaust of air, and the intensity of adsorption and extraction of local skin through the stimulation zone can be adjusted. The pressure intensity of air intake and exhaust can be adjusted to a level that does not cause local skin abrasions.

On the other hand, the body recovery index display means may be composed of a display window and a detection unit, and the display window displays muscle relaxation information for each body detected by the detection unit in a numerical manner. Can be identified, and based on this, the degree of body fatigue recovery can also be referenced.

The detection unit is responsible for a function of analyzing muscle relaxation information of a local body and converting it into a muscle recovery index numerically displayed on the display window.

Meanwhile, the heating unit 400 has an overall shape of a tunnel-type hemispherical shape and may be composed of an upper cover 410, an inner tube member 420, an aluminum panel 430, a fabric sheet 440, and a planar heating element 450. have.

The upper cover 410 is formed on the outermost layer to protect the inner tube member, aluminum panel, fabric sheet, and planar heating element configured therein. The inner tube member 420 is attached to the inner surface of the outer body to block heat loss that may be lost to the outside. The aluminum panel 430 reflects heat energy while being mirror-finished on the inner surface of the inner tube member and transmits it to the body part through the fabric sheet.

The fabric sheet 440 has a structure in which titanium dioxide is seated therein. When the titanium dioxide receives light, electrons are formed to generate hydroxy radicals (-OH) and superoxides (O2) having strong oxidizing power. The effects of sterilization, antibacterial, and antifouling properties in which hydroxy radicals and superoxides decompose organic compounds can be expected.

In particular, it is preferable to use the titanium dioxide having an anatase-type crystal structure, because the anatase-type crystal structure helps to more strongly exert a photocatalytic activity in the fabric.

Accordingly, the fabric sheet 440 may be attached to the inner surface of the aluminum panel to achieve far-infrared radiation and photocatalytic action by the reflected thermal energy reflected from the aluminum panel.

The planar heating element 450 is configured on the inner surface of the fabric sheet to generate heat energy, but is used as a heat source to provide a feeling of warmth of the body in the process of antibacterial and sterilizing action on the body part. Of course, the planar heating element 450 is superior to other products in terms of uniformity of heat generation temperature or deterioration dispersibility, and thus an effect of maximizing the feeling of warmth of the body can be expected.

On the other hand, the bedding 500 is a space in which users can comfortably lie down, and stimulation for each body part through the above-described rolling stimulation tool 100, confirmation of relaxation for each body part through the sensing unit 200, and a heating unit 400 ) Can be used to easily induce workability in a line, such as irradiation of far-infrared rays for each body part.

100: rolling tool 200: detection unit
300: control unit 400: heating unit
500: bedding

Claims (6)

delete delete delete delete A plurality of poles with cylindrical poles that adsorb and take out the skin of each body's local area with the intake and exhaust of air, and the skin of each body's local area are absorbed and taken out with the intake and exhaust of air at the same time And a rolling stimulation tool consisting of a rolling stimulation rod having an acupressure tool having a disc-shaped area to stimulate; A sensing unit for detecting a relaxation state of a local muscle by gently pressing on a local area for each body stimulated by the rolling stimulation tool to determine a degree of fatigue recovery; The rolling stimulation tool is connected by a nozzle hose, and the sensing unit is connected by a wire cable to provide air intake and exhaust for the rolling stimulation tool, setting the required time for intake and exhaust of air, and air It controls the number of cycles per minute for intake and exhaust of the body, controls the pressure intensity for the intake and exhaust of air, and controls the mode for intake and exhaust of air, while quantifying the muscle relaxation of the local body detected by the sensing unit. A control unit that displays the fatigue recovery index; A heating unit configured in a tunnel-type hemisphere shape to irradiate infrared rays for each body part of users to provide a feeling of body heat; And bedding that is provided as a resting place in addition to providing a space for users to lie down, and guiding the user to easily receive body management through the rolling stimulation tool, the sensing unit, and the heating unit. Including,
The control unit controls the operation time for intake and exhaust of air, the number of repetitive cycles per minute for the intake and exhaust of air, the pressure intensity for the intake and exhaust of air, and the mode selection for the intake and exhaust of air. Intake and exhaust control means for controlling; And a body recovery index display means for digitizing and presenting the local muscle relaxation detected by the sensing unit as a fatigue recovery index. It further includes,
The intake and exhaust control means
A means provided for implementing air intake and exhaust, comprising: a timer for setting an operating time; A microcomputer that reads the timer information; A servo motor operated by a control instruction signal from the micom; An encoder that transmits a pulse signal for the rotational speed and rotational direction of the servomotor; And a servo drive that helps precise and accurate operation of the servomotor by calculating the rotational speed and rotational direction of the servomotor by counting the number of pulses received from the encoder. Including more,
The body recovery index display means
A display window that converts and displays the muscle relaxation of the local body detected by the sensing unit as a muscle recovery index; And a detection unit that analyzes the muscle relaxation information of the local body and converts it into a numerical value into a muscle recovery index.
Health management system using a rolling stimulation tool, characterized in that it further comprises. The method of claim 5,
The sensing unit,
A sensing rod coupled to one end of the head as a sensing rod for detecting a relaxation state of a local muscle for each body;
A pressure sensor that is attached to and fixed to the end of the detection bar and senses a relaxation state of a muscle in a manner that is in quick contact with the skin of each body area; And
A camera coupled and fixed inside the periphery of an end of the detection bar to photograph and store a luminous color emitted from the pressure sensor;
Including more,
The pressure sensor is a tactile sensor, and the tactile sensor is a health management system using a rolling stimulation tool, characterized in that an electroluminescent film made of polydimethylsiloxane (PDMS) made of synthetic rubber is used.

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