KR20190101096A - Health Maintenance System Using Rolling Stimulus Tool - Google Patents

Abstract

The present invention relates to a healthcare system using a rolling stimulus tool, which is capable of removing waste and toxin. According to the present invention, the rolling stimulus tool comprises a plurality of stimulus rods and a rolling stimulus rod. Each of the stimulus rods comprises: a handle; a head part coupled to the upper end of the handle; a coupler coupled to the lower end of the handle; a flow path hole communicating with the inside of the head part from the coupler through the handle to form an air discharge path; and a cylindrical stimulus plate coupled to one side end of the head part to suck and pick up skin around a local portion of each body part through air suction and discharge so as to provide stimuli. The rolling stimulus rod comprises: a handle; a head part coupled to the upper end of the handle; a coupler coupled to the lower end of the handle; a flow path hole communicating with the inside of the head part from the coupler through the handle to form an air discharge path; and a disc-shaped acupuncture tool coupled to one side end of the head part to massage, suck, and pick up skin around a local portion of each body part through air suction and discharge so as to provide stimuli. The healthcare system comprises: the rolling stimulus tool; a detection unit objectively checking the degree of fatigue recovery; a control unit controlling the rolling stimulus tool and the detection unit; a heating unit irradiating infrared ray to the body to provide a sense of heat; and bedding providing a user with a resting place.

Description

Health Maintenance System Using Rolling Stimulus Tool

The present invention relates to a health care system using a rolling stimulation tool, and more particularly, to relieve fatigue of local parts of the body and to smooth the flow of blood, and in particular, to relieve cracking of the plantar skin and pain of plantar fascia. The present invention relates to a health care system using a rolling stimulation tool that can be managed.

In general, the conventional health care device was a technology that allows a sensory feeling of recovery of fatigue by stimulating a local part of the body by acupressure.

In other words, the existing health care device is made only in a limited way to pressure the user's body, eliminating the overall problems that occur in the body, such as muscle pain, reduced immunity, toxins and waste products that can be caused by the body It was hard to do.

In particular, the phenomenon of plantar fascia pain, which may be caused in the sole of the foot when the user walks, cannot be resolved through the conventional health care device, and the conventional health care device objectively measures the degree of fatigue recovery due to the relaxation of the muscles of the body. Since there was no means for sensing, it was not possible to objectively verify the degree of recovery of individual body fatigue.

Due to the above problems, the users were also obsolete physical health care, and furthermore, the objective health care and maintenance could not be achieved properly.

On the other hand, the patent documents disclosed in the following prior art documents are technologies for health management, in particular, a technology that helps to manage health by measuring various health indicators of the body, or manages body shape change for each body part based on body size information See also impingement.

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-mentioned problems, by stimulating the absorption of the topical, foot and scalp for each body part through the intake and exhaust of air through the intake and exhaust method, to recover the fatigue of the body and to reduce the pain of the body and toxin discharge and In addition, it aims to provide a health care system using a rolling stimulation tool that can improve the warmth of the body and improve immunity.

The present invention for achieving the above object, the handle, the head coupled to the top of the handle, the binding hole coupled to the bottom of the handle, the communication from the binding port through the handle to the inside of the head outflow of air A plurality of magnetic pole rods and handles, which are formed in a passage hole forming a furnace, and cylindrical pole poles which are coupled to one end of the head and adsorb and blow out local body parts of the body by intake and exhaust of air, and stimulate the skin. A head coupled to the top of the handle, a binding hole coupled to the bottom of the handle, a passage hole communicating with the interior of the head through the handle from the binding port to form an air outlet, and one side end of the head. Composed of disc-shaped acupressure spheres that are combined to rub the skin of the local parts of the body and to adsorb, blow out and stimulate the intake and exhaust of simultaneous air One feature of a rolling stimulation tool comprising a rolling stimulation rod is provided.

The acupressure ball has a plurality of ball bearings arranged in a rolling structure at regular intervals along the disk area to rub the skin of the body, and an intake and exhaust hole penetrating through the center of the disk area to become an intake and exhaust path of air. There is one feature of the rolling stimulation tool that includes it.

A plurality of magnetic poles having a cylindrical pole to stimulate and extract the skin of the body by the intake and exhaust of the air, and the body of the body by the suction and exhaust of the air by simultaneously rubbing the skin of the body by the body Rolling stimulation tool consisting of a rolling stimulation rod having a stimulating sphere of a disk-shaped area to stimulate, and the degree of fatigue recovery by detecting the relaxation state of the local muscles by pressing on the local body parts stimulated by the rolling stimulation tools The sensing unit for detecting the pressure, the rolling stimulation tool is connected by a nozzle hose, the detection unit is connected by a wire cable, providing the intake and exhaust of air to the rolling stimulation tool, the intake and exhaust of air Setting the required time for air, setting the number of cycles per minute for intake and exhaust of air, adjusting the pressure strength for intake and exhaust of air, and intake and exhaust of air While controlling the mode setting for, the control unit for quantifying the muscle relaxation of the local body sensed by the sensor to display by the fatigue recovery index, tunnel type hemispherical form irradiated with infrared rays for each body part of the user to sense the warmth of the body Provided with a heating unit, and providing a space for the user to lie down, provided as a resting place, including the rolling stimulation tool, the sensing unit, and the bedding to facilitate the user's body management through the heating unit There is another feature of the healthcare system using a rolling stimulation tool.

The controller controls the operating time for air intake and exhaust, the number of repetition cycles per minute for air intake and exhaust, the pressure intensity for air intake and exhaust, and the mode selection for air intake and exhaust. Another aspect of the present invention is to provide a health care system using a rolling stimulation tool further comprising: an intake and exhaust control means for controlling and a body recovery index display means for numerically presenting the muscle relaxation of the local body sensed by the sensing unit as a fatigue recovery index. have.

The intake and exhaust control means is provided for implementing the intake and exhaust of air, a timer for setting the operating time, a microcomputer for reading the information of the timer; Servo motor operated by the control command signal of the microcomputer, an encoder for transmitting pulse signals for the rotational speed and the rotational 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 includes a servo drive to help the operation of the servo motor precisely and accurately by calculating the direction, wherein the body recovery index display means for numerically displaying the muscle relaxation of the local body sensed by the detection unit by the muscle recovery index Another aspect of the present invention is a health care system using a rolling stimulation tool, which further includes a display window and a detection unit for analyzing and releasing muscle relaxation information of a local body to quantify and convert the muscle relaxation index.

The sensing unit is a sensing rod coupled to one end of the head as a sensing rod for detecting a relaxation state for the local body muscles of each body, and is attached to the end of the sensor and fixed in contact with the skin of the local body parts of the body. A pressure sensor for detecting a relaxation state of the sensor, and coupled to the inside fixed to the inner periphery of the end of the sensor further comprises a camera for recording and storing the emission color emitted from the pressure sensor, the pressure sensor is a tactile sensor is used, the haptic The sensor is another feature of a health care system using a rolling stimulation tool using an electroluminescent film made of polydimethylsiloxane (PDMS) made of synthetic rubber.

As described above, according to the present invention, in the stimulation method for the body-specific local parts, the adsorption and extraction are repeated in parallel, thereby improving the blood flow to the body and the effect of scavenging wastes and toxins as well as the muscle soothing effect. have.

In addition, according to the present invention, the effect of plantar fascia pain caused by plantar compression, which may occur when walking due to the improvement of the firm skin around the sole of the foot, particularly by promoting blood flow around the foot, muscle soothing, and removing waste and toxins have.

In addition, according to the present invention, it is possible to grasp the fatigue recovery index by numerically presenting the degree of muscle relaxation of the body, thereby providing the ease of skin care and maintenance for reducing muscle fatigue by body parts.

In addition, according to the present invention, in particular, the adsorption and extraction of the scalp is also possible, thereby relieving the stress of the scalp, preventing the phenomenon of seborrhea, dryness, dandruff, rash, hair loss, etc. Together, the effect of improving the immunity by providing a sense of warmth for the entire body.

1 is an overall perspective view showing a three-dimensional configuration of a health care system using a rolling stimulation tool according to the present invention,
2 to 5 are perspective views three-dimensionally showing the first, second, third, fourth pole rods sequentially as a rolling stimulation tool in the present invention,
Figure 6 is a perspective view showing a rolling stimulation bar three-dimensional as a rolling stimulation tool in the present invention,
7 is a cross-sectional view showing a cross-sectional state of the heating portion in the present invention,
FIG. 8 is a block diagram illustrating the organic relations of the rolling stimulus tool, the sensing unit, and the control unit together with the detailed configurations of the present invention.
FIG. 9 is a block diagram illustrating the detailed configuration of the mode button shown in FIG.

In the present invention, the accompanying drawings are shown to be exaggerated for clarity and convenience of description, the embodiments described below are not intended to limit the scope of the present invention, but to the details of the components set forth in the claims of the present invention. It should be interpreted based on the technical idea throughout the specification in consideration of the fact that it is modified in various other forms.

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

Health care system using a rolling stimulation tool according to the present invention, as shown in Figure 1, a rolling stimulation tool 100, the sensing unit 200, the control unit 300, the heating unit 400, and bedding 500 It 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 stimulate the flow of blood in a manner that stimulates the body part. Of course, it can also reduce skin splitting, especially around the soles of the feet.

The sensing unit 200 is connected to the wire cable from the control unit 300 to check the tension of the body muscles released by the rolling tools 100.

The control unit 300 controls and controls the intake and exhaust period of air in the rolling stimulation tool 100, and provides the user with the muscle tension of the body identified through the sensing unit 200 as a numerical value to the user on the screen. This function informs the index.

The heating unit 400 functions to further increase the relaxation of the body muscle areas and improve blood circulation after stimulation for each body part through the rolling stimulation tool 100, as well as induce a rise in body temperature for the whole body. .

The bedding 500 is a resting place for the user to lie down and relax so that the rolling stimulation tool 100, the sensing unit 200, the control unit 300, and the operation of the heating unit 400 can be easily induced. Function

First, looking at the rolling stimulation tool 100, the rolling stimulation tool 100 may be configured of a plurality of rod types, the first pole rod 110, the second pole rod 120, the third pole The rod 130, the fourth pole rod 140, and the rolling pole pole 150 may be composed, in particular, the first pole rod 110 to the fourth pole rod 140 is not limited to the design change Depending on the number of poles may be reduced or extended.

Here, the first pole rod 110 may be composed of a handle 111, a head 113 coupled to the top of the handle, and a pole pole 114 coupled to the head by fitting. The lower end of the 111 is provided with a binding hole 112, the end of the nozzle hose (nh) can be coupled to the binding hole (112). A flow path hole 111a may be further formed from the binding port 112 to the handle 111 to be an intake and exhaust of air. Therefore, the air may be sucked and exhausted through the magnetic pole 114 through the nozzle hose nh and the channel hole 111a.

The first pole bar 110 is a rolling stimulation tool 100 having a pole pole 114 having the smallest diameter, and to remove wastes and toxins in the body by rubbing the area around the ankle or the ankle joint. It is an intake and exhaust tool. That is, the first pole rod 110 is an intake / exhaust tool for finely rubbing the narrowest part of the body part, and the pole pole 114 may have a diameter of preferably 9 to 11 mm, In the process of rubbing the area around the ankle or between the ankle joints, the adsorption and extraction of the skin around the ankle or the area around the ankle joint is repeated through the intake and exhaust of air, stimulating the skin of the ankle to activate blood flow around the capillaries and toxins and It can help to remove waste.

The handle, the passage hole, the binding hole, the head, and the pole bar of the first pole bar 110 have the same structural shape, but the size of the second pole rod and the third pole rod to be described later in a progressively larger size. In addition, since the fourth pole rod is also configured to be applied, a separate reference numeral and description will be omitted.

The second pole rod 120 is a pole rod having a relatively larger size than the first pole rod 110, and the pole pole may have a diameter of 12 to 15 mm, and the second pole rod ( The magnetic pole of 120 is rubbed with the magnetic pole 114 of the first pole rod 110 and rubs and stimulates a local area of a relatively larger area than the local body to stimulate, thereby activating blood flow around the capillaries and Relieves fatigue for fine muscles.

The third pole rod 130 is a pole rod having a relatively larger size than the second pole rod 120, and the pole pole may have a diameter in a range of 16 to 20 mm, and the third pole rod ( Stimulus band 130 of the second pole rod 120 is rubbed with the stimulus of the second pole 120, rubs and stimulates the local area of a relatively larger area than the stimulating body local area to activate the blood flow of the venous blood vessels Relieve fatigue.

The fourth pole rod 140 is a pole rod having a relatively larger size than the third pole rod 130, and the pole pole may have a diameter of preferably 21 to 26 mm, and the fourth pole rod ( The magnetic pole of 140) rubs with the magnetic pole of the third magnetic pole rod 130 and rubs and stimulates the local area of a relatively larger area than the local body area to stimulate the blood vessels of the arterial blood vessels, Relieve fatigue.

On the other hand, the rolling stimulation rod 150 is provided with a handle, a passage hole, a binding hole, and a head configured in the first pole rod to the fourth pole rod, the chiropractor 154 unlike the pole pole coupled to the head The application is configured, the acupressure port 154 is preferably made of a disc-shaped portion that stimulates the local body parts, and further includes a plurality of ball bearings (154a) and intake and exhaust pores (154b).

The plurality of ball bearings 154a may be disposed to be spaced apart from each other at predetermined intervals along the circumferential area of the acupressure hole 154, and the intake and exhaust holes 154b are penetrated through the center of the disc area. It can be the intake and exhaust of. The ball bearings 154a serve to stimulate the blood flow of the entire blood vessel by stimulating evenly in a rolling manner at the local body parts, and the intake and exhaust pores 154b may inhale and exhaust the local body parts. The intake and exhaust pores 154b may be substantially the same as the diameter of the pole pole of the first pole rod or the second pole rod.

The rolling stimulation rod 150 is a pole rod relatively larger in size than the fourth pole rod 130, the acupressure port 154 may have a disc shape of the diameter preferably in the range of 50mm to 60mm, It is possible to improve the circulation of blood by rolling and stimulating the local area of a much larger area than the stimulating body local area by rubbing and stimulating with the magnetic pole of the fourth magnetic pole 140 to promote blood flow to the entire blood vessel, By relaxing the muscles around the vessels, you can calm the muscles evenly.

Of course, the rolling stimulation tool 100 may be used for stimulating the scalp as well as local parts of the body, and reduce the stress of the scalp through scalp stimulation, seborrheic, dry, dandruff, rashes appearing on the scalp Phenomenon such as hair loss can be prevented.

On the other hand, the detection unit 200 serves to objectively detect the degree of skin relaxation of the body in accordance with the improvement of blood flow and muscle sedation of the body through the rolling stimulation tool 100.

The sensing unit 200 may be formed of a sensing rod 210 similar to the shape of the first, second, third, and fourth magnetic pole rods described above, and the sensing rod 210 may include a handle, a binding hole, And it can be applied to the same type as the head, but is fitted to the head is coupled to the head, unlike the magnetic pole. Of course, a wiring hole capable of inserting an electric wire may be formed along the inside from the binding port to the handle.

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

On the other hand, the control unit 300 may be composed of the intake and exhaust control means 310 and the body recovery index display means 320.

The intake and exhaust control means 310 is a timer 311, the time can be set according to the selection control of the setting buttons (310a, 310b), the microcomputer 312 which is a master to read and control the time setting information of the timer The servo motor 313, the encoder 314, and the servo drive 315, which are slaves operating in response to the control instruction of the microcomputer, may be configured. Of course, pumps, tanks, and valves for the compression, storage, and strength of air may also be provided.

The servo motor 313 may intake and exhaust air in a manner of performing forward and reverse operations according to the control instruction of the microcomputer 312, and the encoder 314 may pulse a rotation speed and a rotation direction of the motor. The signal is sent to the servo drive 315, and the servo drive 315 counts the number of pulses received from the encoder 314 to calculate the rotational speed and the rotational direction of the motor, thereby contributing to the precise and accurate rotation of the motor.

In addition, the intake and exhaust control means 310 may be composed of a standard mode, a A long and short mode, and a B long and short mode that is an automatic mode according to the selection of the mode button (M).

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

The short and long mode A is a mode in which the intake time of air is longer than the exhaust time of air, and the individual poles of the first, second, third, and fourth pole bars 110, 120, 130, and 140 and the rolling pole poles 150 may be used. According to the intake and exhaust of the air through the intake and exhaust holes 156b formed in the acupressure port 154, the adsorption time is a relatively longer time than the extraction time in the repeated time of adsorption and extraction of the local skin.

The A short-term short-term mode may further include A2 to A4 short-term recoverable modes, wherein the A2 to A4 long-term recoverable modes include one continuous intake and one single exhaust to four continuous intakes. It is a mode in which a single exhaust is performed, and this recoverable mode is not limited to this and can be extended to a recoverable mode that can further reduce or increase the recovery of intake and exhaust in some cases.

The B short and long mode is a type in which the air exhaust time is longer than the air intake time, and the individual magnetic poles of the first, second, third, and fourth pole bars 110, 120, 130, and 140 and the rolling pole poles 150 are different from each other. According to the intake and exhaust of the air through the intake and exhaust holes 156b formed in the acupressure port 154, the ejection time is a relatively longer time than the adsorption time in the repeated time of adsorption and extraction of the local skin.

The B short and long modes may further include the B2 to B4 short and long recovery modes, wherein the B2 to B4 short and long recovery modes include two continuous exhausts and one single intake to four continuous exhausts and one. It is a mode in which a single intake is made, and this recoverable mode is not limited thereto, and can be extended to a recoverable mode that can further reduce or increase the recovery of intake and exhaust in some cases.

The cycle adjustment mode adjusts the switching cycle speed of the intake and exhaust per minute. The cycle between the intake and exhaust per minute can be adjusted within the range of 30 times to 90 or less. Less than 30 times, the repeated tempo of the adsorption and extraction of the topical skin is slowed down, which causes muscle fatigue and delays blood circulation to the topical area. Along with the problem of causing skin abrasions due to the improved friction, there is a problem that the incidence of mechanical defects and failures due to the increase in the mechanical load of the thermomotor that implements frequent intake and exhaust is increased.

The intensity adjustment mode is a mode for adjusting the degree of pressure intake and exhaust of air, and the degree of intensity of adsorption and extraction of local skin through the stimulus zone can be adjusted. The pressure intensities of the intake and exhaust air can be adjusted to such an extent that abrasions on local skin are not generated.

On the other hand, the body recovery index display means may be composed of a display window and the detection unit, the display window is the muscle recovery index of the user by displaying the local muscle relaxation information for each body detected by the sensor in a numerical manner This can be used to refer to the body's fatigue recovery.

The detection unit is responsible for analyzing the muscle relaxation information of the local body to convert the muscle recovery index numerically displayed on the display window.

On the other hand, the heating portion 400 is a tunnel-shaped hemispherical overall shape may be composed of the top cover 410, inner tube member 420, aluminum panel 430, fabric sheet 440, and the planar heating element 450. have.

The upper cover 410 may be formed on the outermost layer to protect the inner tube member, the aluminum panel, the fabric sheet, and the 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 can be lost to the outside. The aluminum panel 430 reflects heat energy while being mirror-processed on the inner surface of the inner tube member and transmits the heat energy to the body part through the fabric sheet.

The fabric sheet 440 has a structure in which titanium dioxide is seated therein, and when titanium dioxide receives light, electrons are formed to generate hydroxy radicals (-OH) and superoxides (O 2) having strong oxidation power. Hydroxyl radicals and superoxides can be expected to have antimicrobial, antibacterial, and antifouling effects that decompose organic compounds.

In particular, the titanium dioxide is preferably used in the anatase crystal structure, because the anatase crystal structure helps to exert a stronger photocatalytic activity in the fabric.

Therefore, 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 heat energy reflected from the aluminum panel.

The planar heating element 450 is formed on the inner surface of the fabric sheet is used as a heat source to generate heat energy in the process of antibacterial and bactericidal action on the body part to provide a sense of warmth of the body. Of course, the planar heating element 450 is also superior to other products in terms of uniformity or deterioration of the heating temperature can be expected to maximize the effect of improving the heat of the body.

On the other hand, the bedding 500 is a space for the user to rest comfortably while relaxing the stimulation for each body part through the above-described rolling stimulation tools 100, the relaxation of the body parts through the sensing unit 200, the heating unit 400 ) Can easily induce a series of workability, such as irradiation of far infrared rays by body parts.

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

Claims (6)

A handle, a head coupled to an upper end of the handle, a binding hole coupled to a lower end of the handle, a passage hole for communicating with the interior of the head through the handle from the binding port to form an outflow path of air, and the head portion A plurality of pole poles coupled to one end and configured with cylindrical pole poles for adsorbing and withdrawing and exhaling local skin of each body by intake and exhaust of air; And
A handle, a head coupled to an upper end of the handle, a binding hole coupled to a lower end of the handle, a passage hole for communicating with the interior of the head through the handle from the binding port to form an outflow path of air, and the head portion A rolling stimulation rod coupled to one end and consisting of acupressure spheres having a disk-shaped area that rubs and rubs the skin of local parts of the body and absorbs and extracts the same by intake and exhaust of air simultaneously;
Rolling stimulation tool comprising a. The method of claim 1,
The acupressure ball has a plurality of ball bearings arranged in a rolling structure at regular intervals along a disk-shaped area to rub local skin by body; And
An intake and exhaust hole penetrating through the center of the disc area to become an intake and exhaust path of air;
Rolling stimulation tool characterized in that it further comprises. A plurality of magnetic poles having a cylindrical pole for stimulating and extracting the skin of the localized parts of the body by the intake and exhaust of air, and the adsorption and the exhaled by the intake and exhaust of the air by rubbing the skin of the localized parts of the body and simultaneously A rolling stimulation tool composed of a rolling stimulation rod having a pressure port having a disk-shaped area for stimulation;
Detecting unit for detecting the degree of fatigue recovery by detecting the relaxation state for the local muscles by pressing on the body-specific local areas stimulated by the rolling stimulation tool;
The rolling stimulation tool is connected by a nozzle hose, and the sensing unit is connected by an electric wire cable to provide intake and exhaust of air to the rolling stimulation tool, setting the time required for intake and exhaust of air, and air The number of cycles per minute for the intake and exhaust of air, the pressure intensity control for the intake and exhaust of air, and the mode setting for the intake and exhaust of air, while quantifying the muscle relaxation of the local body detected by the sensing unit. A control unit to display the fatigue recovery index;
A heating unit formed of a tunnel-type hemisphere to provide infrared heat for each body part of the user to provide a thermal feeling of the body; And
In addition to providing a space for the user to lie down, provided as a resting place, the bedding to guide the user to easily receive the user's body management through the rolling stimulation tool, the sensor, and the warmer;
Health care system using a rolling stimulation tool comprising a. The method of claim 3,
The control unit
Intake and exhaust control for controlling the operating time for air intake and exhaust, control of the number of repetition cycles per minute for intake and exhaust of air, control of pressure intensity for intake and exhaust of air, and mode selection for air intake and exhaust Adjusting means; And
Physical recovery index display means for numerically presenting the muscle relaxation of the local body sensed by the detection unit with a fatigue recovery index;
Health care system using a rolling stimulation tool, characterized in that it further comprises. The method of claim 4, wherein
The intake and exhaust control means
Means provided for implementing the intake and exhaust of air, comprising: a timer for setting an operating time; A microcomputer that reads information of the timer; A servo motor operated by the control instruction signal of the microcomputer; An encoder for transmitting a pulse signal for the rotational speed and the rotational direction of the servomotor; And a servo drive that calculates the rotational speed and the rotational direction of the servomotor by counting the number of pulses received from the encoder to help operate the servomotor accurately and accurately. More,
The body recovery index display means
A display window for quantifying and displaying the muscle relaxation of the local body sensed by the detection unit with a muscle recovery index; And a detector for analyzing and releasing muscle relaxation information of a body part and quantifying and converting the muscle relaxation index into a muscle recovery index.
Health care system using a rolling stimulation tool, characterized in that it further comprises. The method of claim 3,
The detection unit,
A sensing rod coupled to one side end of the head as a sensing rod for sensing a relaxation state of local muscles of each body;
A pressure sensor attached to an end of the sensor and fixed to detect a state of relaxation of the muscle in a manner of being in contact with the skin of a local body by body; And
A camera which is fixedly coupled to the inside of the periphery of the end of the sensor to capture and store the emission color emitted from the pressure sensor;
More,
The pressure sensor is used as a tactile sensor, the tactile sensor is a health care system using a rolling stimulation tool, characterized in that an electroluminescent film (Electroluminescent Film) made of polydimethylsiloxane (PDMS) of synthetic rubber material is used.

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