KR100899818B1 - Menses Ache Reduction Device For Stimulating Acupuncture Point - Google Patents

Abstract

The present invention relates to a menstrual pain alleviator to relieve dysmenorrhea by stimulating acupuncture by electrical stimulation and heat stimulation, and more specifically, to stimulate the acupuncture points of the lower abdomen through the abdomen with a heat stimulation by a low frequency stimulus and a planar heating element, It relates to a portable dysmenorrhea stimulator that stimulates the stimulation of the hands and ankles through the gloves and the ankles with the stimulation caused by the electromagnetic needle and the heating element by the planar heating element.

The present invention, in the physiological pain relieving device by acupuncture stimulation, the abdominal stimulation electrode and abdominal surface heating element located in the site of blood and limbal blood, the lower abdomen stimulation and heating in the lower abdomen, the abdomen is worn on the abdomen; A glove provided with a hand electrode and a heating element located at the blood region, providing stimulation and heat caused by saliva in the hand, and worn on the hand; Ankle needle electrode and ankle surface heating element located in the Sameum bridge, providing ankle stimulation and heat to the ankle, ankle band worn on the ankle; A main body having a power source, and further comprising a central control unit for generating control signals of the belly band, the glove, the ankle band, and transmits the power and the control signal to the bag, the glove, the ankle band It is made to include, and further comprising a first temperature sensing unit, a second temperature sensing unit, a third temperature sensing unit for detecting the temperature of each of the planar heating element, respectively located on the abdominal heating element, hand heating element, ankle heating element When the temperature detected by the first temperature sensing unit, the second temperature sensing unit, and the third temperature sensing unit is greater than a predetermined set temperature, the planar heating element is stopped.

Menstrual pain, acupuncture points, stimulation, abdominal pain, heat, low frequency, battery, tuberculosis, stone, blood, goggle blood, Samyegyo (三陰 交)

Description

Menses Ache Reduction Device For Stimulating Acupuncture Point

The present invention relates to a menstrual pain alleviator to relieve dysmenorrhea by stimulating acupuncture by electrical stimulation and heat stimulation, and more specifically, to stimulate the acupuncture points of the lower abdomen through the abdomen with a heat stimulation by a low frequency stimulus and a planar heating element, It relates to a portable dysmenorrhea stimulator that stimulates the stimulation of the hands and ankles through the gloves and the ankles with the stimulation caused by the electromagnetic needle and the heating element by the planar heating element.

In general, menstrual pain refers to pain occurring in the lower abdomen and uterus during menstruation. These menstrual pains are pains experienced by most women before menopause, and women who feel menstrual pain severely can't endure their daily lives. If you have dysmenorrhea Most women just try to tolerate the pain or take painkillers to try to resolve the pain. However, pain suppression by analgesics does not help relieve underlying menstrual pain. In addition, the existing thermal steamer for relieving menstrual pain is inconvenient to carry and is subject to a lot of places and times.

In oriental medicine, oriental medicine, dysmenorrhea is called dysmenorrhea or dysmenorrhea (經 行 腹痛), which causes the lower abdomen to be exposed to cold, bleeding due to blood circulation and blood circulation problems, and constitution is weak. There is a lack of blood due to surgery or surgery.

In oriental medicine, the abdominal muscles are massaged to relieve pain, or the lower abdomen's tuberculosis, stone door blood, swelling of the hand's joints, and Samyegyo in the ankle area Stimulation with acupuncture to relieve menstrual pain.

As shown in Figure 1, tube blood (關 元 穴) is located in the third chon (아래) below the navel, Sukmun blood (石門 穴) is located in the second chon (아래) below the navel. Gwanwonjeom (關 元 穴) is also commonly known as danjeon and when the body is tired and tired, the moxibustion is good, and because it is connected to the genitals of men and women, it is related to men's lack of energy or energy enhancement, women's uterine disease or physiological impurity In addition, stimulation here in relation to hypothermia is effective. Sukmunjeom (石門 穴) is effective in stimulation if you have a disease, such as pain in the stomach, hard stool blocked, menstrual blockage, dysmenorrhea or postpartum pain after giving birth.

As shown in Figure 2, the compound blood (合谷穴) is said to be the middle part of the second metacarpal, the position slightly outward toward the metacarpal, ie the first metacarpal of the thumb, from the second metacarpal of the second finger. Synthetic blood (合谷穴) is one of the major pain relief acupuncture to improve pain relief blood circulation, stimulation of circulation during stimulation and is effective in indigestion, headache, tinnitus, eye fatigue.

As shown in Figure 3 Samyegyo (三陰 交) is located between the bones and tendons by a three-way up from the inner astragalus, recessed under the bone. Spleen, kidney, and liver of the three yincheon crossover is called Sameumgyo (三陰 交) is called, and before the menstruation moxibustion or acupressure is effective for menstrual pain.

Therefore, the present invention gives the thermal stimulation of the lower abdominal tuberculosis, the sageum blood, the combined blood of the hand, and the trigeminal gland of the ankle with electrical stimulation. It provides a portable dysmenorrhea with acupuncture stimulation to relieve dysmenorrhea.

The problem to be solved by the present invention is to give menstrual pain by giving electrical stimulation and heat stimulation of trigeminal blood (關 元 穴), sageum blood (石門 穴) of the lower abdomen, the combined blood of the hand area, the trigeminal gland of the ankle It is to provide a portable menstrual pain relief by stimulating acupuncture to relieve the pain.

According to one embodiment of the present invention for achieving the above object, in the menstrual pain relieving device by acupuncture stimulation, provided with a abdominal stimulation electrode and a belly-to-face heating element, to provide low-frequency stimulation and heat in the lower abdomen, wear on the abdomen Becoming a stomach band; A hand electrode having a hand electrode and a hand heating element, which provides stimulation and warmth due to saliva in a hand and is worn on a hand; Ankle needle electrode and ankle surface heating element, providing ankle stimulation and heat to the ankle, ankle band worn on the ankle; A menstrual pain alleviator main body having a power supply unit, and including a central control unit for generating control signals of the bag, the glove, and the ankle belt, and transmitting power and the control signals to the bag, the glove, and the ankle child; Characterized in that comprises a.

The abdominal stimulation electrode is a low-frequency stimulator, characterized in that located in the abdominal blood and limbal blood in the abdomen.
The abdominal planar heating element is characterized in that it is provided in the abdominal blood and stony blood in the abdominal region or the entire abdominal region.

The hand electrode is characterized in that provided in the blood region of the glove.
The hand heating element is characterized in that provided in the glove region or the entire glove in the glove.

The ankle needle electrode is characterized in that provided on the Samumyo bridge in the ankle band.
The ankle heating element is characterized in that it is provided in the area of the Samyegyo or ankle subband from the ankle subband.

The bag is further characterized in that it further comprises a first temperature sensing unit which is located on the belly band heating element to detect the temperature of the belly band heating element.

The glove may further include a second temperature sensing unit positioned on the hand heating element and detecting a temperature of the hand heating element.

The ankle band further includes a third temperature sensing unit positioned on the ankle heating element to detect the temperature of the ankle heating element.

The central controller of the menstrual pain alleviator main body generates a control signal for stopping the driving of the belly-to-face heating element when the temperature of the belly-to-face heating element detected by the first temperature sensing unit is greater than a preset belly-to-face heating element set temperature. It characterized in that the transmission to.

The central controller of the menstrual pain alleviator main body may generate a control signal to stop driving of the hand heating element when the temperature of the hand heating element detected by the second temperature sensing unit is greater than a preset hand heating element set temperature. It characterized in that the transmission to.

The central controller of the menstrual pain alleviator main body generates a control signal to stop driving of the ankle heating element when the ankle heating element temperature detected by the third temperature sensing unit is greater than a preset ankle heating element set temperature, thereby generating an ankle heating element. It characterized in that the transmission to.

The power supply unit may include a rechargeable battery for a long time auxiliary power supply.

The battery is characterized in that the lithium ion battery which is a battery for a mobile phone.

The power supply unit is characterized in that the charge is made by connecting to a 220V commercial power source or a USB of a laptop or computer.

The menstrual pain alleviator main body, the input setting unit for setting the start and end of operation of each of the abdomen, the glove, the ankle band, the temperature of each planar heating element, the intensity of the magnetic pole of each electrode; A memory unit which stores a signal received from the central controller; A display unit which displays information on the values of the temperature and the stimulus intensity set by the input setting unit and an operation state; A D / A conversion unit for converting the control signal of the bag, the glove, and the ankle belt generated from the central controller into an analog signal; And an A / D conversion unit for converting the temperature signal from the belly band, the heating element temperature signal, the heating element temperature signal, and the ankle heating element temperature signal received from the bag, the glove and the ankle band to a digital signal.

The menstrual pain alleviator may include: a bag stimulation electrode driver configured to drive a bag stimulation electrode according to a bag stimulation electrode control signal received through the D / A converter from the central controller; A double-faced heating element driving unit for driving a double-faced heating element according to a double-faced heating element control signal received through the D / A converter from the central controller; A hand electrode driver for driving the hand electrode according to the hand electrode control signal received from the central controller 120 through the D / A converter; A hand heating element driver for driving the hand heating element according to the hand heating element control signal received through the D / A converter from the central control unit; Ankle needle electrode driver for driving the ankle needle electrode according to the ankle needle electrode control signal received from the central controller through the D / A converter; And ankle heating element driving unit for driving the ankle heating element according to the ankle heating element control signal received through the D / A converter from the central control unit.

The central control unit is characterized in that for receiving the sensing signal of the temperature sensing unit located in the planar heating element of each of the abdomen, gloves, ankle band to make a signal to stop the operation at all times above the set temperature.

The bag is made up of a first bag and a second bag, the second bag is provided with a bag stimulating electrode and a belly band heating element in the contact portion of the lower end of the inner central tube and blood, and the first bag is the second bag Characterized in that it is made removable by Velcro on the belly.

A loop is provided at one side of the left and right sides of the second bag, and a hook is provided at the other side to be fixed to the abdomen by engaging the loop and the hook.

The abdominal stimulation electrode, the hand electrode, the ankle needle electrode is characterized in that it is made to be removable.

Further provided with a wearing case for mounting the dysmenorrhea body, the wearing case is characterized in that it has a clip on the back.

The dysmenorrhea relieving device according to the present invention gives a thermal stimulation to the lower abdominal tuberculosis, Seokmun blood, stiff blood of the hand region, and the thermal stimulation of the three-arm bridge of the ankle with electrical stimulation. Eases

In addition, the low-frequency stimulation and thermal stimulation caused by the planar heating element stimulate the acupuncture points of the lower abdomen through the abdomen, and the stimulation by the electroacupuncture and the thermal stimulation by the planar heating element through the gloves and the ankle band. The stimulating menstrual pain relief is portable and can be used anytime and anywhere. This will improve the quality of life of women suffering from menstrual pain and support women's social life, thus contributing to the improvement of human rights and welfare.

Hereinafter, with reference to the accompanying drawings, the configuration and operation of the menstrual pain alleviator by acupuncture stimulation according to an embodiment of the present invention will be described in detail.

Figure 4 is a block diagram for explaining the configuration of the menstrual pain alleviator according to an embodiment of the present invention, the menstrual pain alleviator is a menstrual pain alleviator main body 10, abdomen 20, gloves 30, ankle band 40 ).

The menstrual pain alleviator main body 10 is a means for controlling the operation of the abdomen 20, gloves 30, the ankle band 40, the power supply unit 100, input setting unit 110, the central control unit 120, memory The unit 130, the display unit 140, the D / A conversion unit 150, the abdominal bag driving unit 160, the armor driving unit 170, the ankle strap driving unit 180, and the A / D conversion unit 190 are included.

The power supply unit 100 is a means for applying power to the menstrual pain alleviator, and includes a battery unit (not shown) to enable the charging of the battery for a long time auxiliary power use, by connecting to 220V commercial power or a laptop or computer by USB It will be charged. The battery unit (not shown) may use a lithium ion battery, which is a battery for a mobile phone, and thus, the battery may be charged by a mobile phone battery charger.

The input setting unit 110 is a means for setting an input for controlling the operation of the menstrual pain alleviator, the abdominal band 20, glove 30, ankle band 40 to set whether or not to operate each of the bags (20) ), A glove 30, an ankle band 40 is provided with an operation start / end switch, respectively, a belly band 20, glove 30, an ankle band 40 to set the temperature of the surface heating element of each ankle band 40 (20) ), A glove 30, an ankle band 40 is provided with a temperature setting unit, the belly band 20, the glove band 30, the bag 20 to set the strength of the stimulus to each electrode portion of the ankle band 40 , Glove 30, ankle band 40 is provided with a stimulus intensity setting unit, the belly band 20, glove 30, ankle band 40 to set the operating time of each bag 40, gloves 30 ), Each of the ankle band 40 is provided with an operation time setting unit, the signal input from the input setting unit 110 may be stored.

The central control unit 120 receives an input signal from the input setting unit 110 and calculates and processes a control signal suitable for the input signal, which is calculated for each of the bags 20, gloves 30, and ankle band 40. Send the control signal. In other words, the central control unit 120 from the input setting unit 110, the signal of the start / end of operation, the signal of the set temperature, the set stimulus strength for each of the bag 20, the glove 30, the ankle band 40 Receives a signal, a signal of a set operating time, and generates control signals of the electrodes (210, 310, 410), the planar heating elements (220, 320, 420) from them to transmit to each drive unit (160, 170, 180).
In addition, the central control unit 120 receives the temperature detection signal of the temperature sensing unit located in the planar heating element of each of the belly band 20, the glove 30, the ankle band 40, the temperature above the temperature set through the input setting unit 110 When is raised, a signal to stop the operation is transmitted to the planar heating element of the bag 20, the glove 30, the ankle band 40. That is, the central controller 120 receives the temperature detection signal of the first temperature sensing unit 230 located in the belly-on heating element 220 and the temperature has risen above the bag set temperature received through the input setting unit 110. In this case, the abdominal-plane heating element ending signal for stopping the operation of the abdominal-plane heating element 220 is transmitted to the belly-plane heating element. In addition, the central control unit 120 receives the temperature detection signal of the second temperature sensing unit 330 located on the hand heating element 320, the temperature has risen above the hand setting temperature received through the input setting unit 110. In this case, the hand heating element ending signal for stopping the operation of the hand heating element 320 is transmitted to the hand heating element. In addition, the central control unit 120 receives the temperature detection signal of the third temperature sensing unit 430 located on the ankle heating element 420 has risen above the ankle set temperature received through the input setting unit 110. In this case, an ankle heating element ending signal for stopping the operation of the ankle heating element 420 is transmitted to the ankle heating element 420.

The memory unit 130 stores control signals computed by the central controller 120 so that information about each control signal can be known if necessary. That is, the memory unit 130 stores the information received from the central controller 120.

The display unit 140 displays information on the values set by the input setting unit 110 and operating states of the bag 20, the glove 30, and the ankle band 40. The value set in the input setting unit 110 refers to the stimulation intensity and the operating time of each electrode 210, 310, 410, and the display unit 140 is a belly band 20, gloves 30, and ankle band 40. It indicates whether each is working. And when the temperature of each planar heating element is hotter than necessary, the lamp or the like to flicker or give a vibration to know this. That is, the display unit 140 displays setting values, current operating state values (for example, current temperature values), and the like, which are information received from the central controller 120.

The D / A converter 150 converts the digital control signals received from the central controller 120, that is, the control signals of the electrodes 210, 310, and 410 and the planar heating elements 220, 320, and 420 into analog signals. The abdominal bag drive unit 160, the armor drive unit 170, the ankle band drive unit 180 is transmitted.

The bag driving unit 160 receives a bag stimulating electrode control signal and a bag face heating element control signal from the D / A converter 150 to drive the bag stimulating electrode 210 and the bag face heating element 220 of the bag 20. As a means, a double pole electrode driving unit 162 and a double side heating element driving unit 165 are provided.

The double stimulation electrode driving unit 162 is a microcurrent for driving the double stimulation electrode 210 according to the control signal of the double stimulation electrode received from the central controller 120 through the D / A converter 150. Generates a double stimulation electrode 210 to drive.

The double face heating element driver 165 generates a double face heating element driving signal for driving the double face heating element 220 according to the double face heating element control signal received from the central controller 120 through the D / A converter 150. The belly-on-plane heating element 220 is driven.

The glove driver 170 receives the hand electrode control signal and the hand heating element control signal from the D / A converter 150 to drive the hand electrode 310 and the hand heating element 320 of the glove 30. A hand electrode driving unit 172 and a hand heating element driving unit 175 are provided.

The hand electrode driving unit 172 generates a hand electrode driving signal which is a microcurrent driving the hand electrode 310 according to the hand electrode control signal received from the central controller 120 through the D / A converter 150. The electrode 310 is driven.

The hand heating element driving unit 175 generates a hand heating element driving signal for driving the hand heating element 320 according to the hand heating element control signal received through the D / A converter 150 from the central control unit 120. The hand heating element 320 is driven.

The ankle strap drive unit 180 receives the ankle needle electrode control signal and ankle heating element control signal from the D / A conversion unit 150 to control the ankle needle electrode 410 and the ankle heating element 420 of the ankle strap 40. As a means for driving, ankle needle electrode driver 182 and ankle heating element driver 185 are provided.

The ankle needle electrode driver 182 is an ankle needle electrode driving signal which is a microcurrent that drives the ankle needle electrode 410 according to the ankle needle electrode control signal received from the central controller 120 through the D / A converter 150. It generates and drives the ankle needle electrode 410.

The ankle heating element driver 185 generates ankle heating element driving signal for driving the ankle heating element 420 according to the ankle heating element control signal received from the central controller 120 through the D / A converter 150. The ankle heating element 420 is driven.

The A / D conversion unit 190 is a bag 20, gloves 30, ankle band detected by the first temperature sensor 230, the second temperature sensor 330, the third temperature sensor 430 Receives a temperature signal of the surface heating element of 40 and converts it into a digital signal and transmits it to the central control unit 120.

The abdomen 20 is worn to surround the lower abdomen and the waist, and provides low frequency stimulation and heat to the lower abdomen, and includes a abdominal stimulation electrode 210, a belly band heating element 220, and a first temperature sensing unit 230. .

The abdominal stimulation electrode 210 is a low frequency stimulator, which is positioned in the abdomen to stimulate the lower abdomen with low frequency. That is, the composite stimulation electrode 210 is provided in contact with the abdomen so that a minute current, which is a double stimulation electrode driving signal, is supplied from the packaging stimulation electrode driver 162 to stimulate the lower abdomen. The bag stimulation electrode 210 is detachable, and can be separated from the bag when washing the bag. The abdominal stimulation electrode 210 has a size sufficient to stimulate the abdominal tuberculosis and stony blood, and is in a position to stimulate the swan blood and stony blood.

The abdominal planar heating element 220 is driven by the abdominal planar heating element drive signal from the abdominal planar heating element driver 165 to provide heat to the lower abdomen. The planar heating element 220 is elastic and may use a thin surface heating element. The abdominal planar heating element 220 may be located in the entire lower abdomen or the entire abdominal cavity, including tuberculosis, calcification.

The first temperature sensing unit 230 is located on the belly-up heating element 220 and detects the temperature of the belly-up heating element 220 and transmits the detected temperature of the belly-up heating element 220 to the A / D of the menstrual pain alleviator main body 10. The transmission unit 190 transmits the data to the central control unit 120. If the temperature of the double-sided heating element 220 is greater than the set-up surface heating element set temperature, which is the temperature set by the input setting unit 110, the central controller 120 calculates the driving process to drive the double-sided heating element 220. It outputs a control signal to stop the operation. That is, the central control unit 120 determines whether the temperature of the belly-up heating element 220 is greater than the set temperature of the belly-up heating element 220 and stops driving the belly-up heating element 220 if it is larger.

The glove 30 is in the form of a glove to be worn on the hand, and has a means for providing an electronic needle and heat to the hand. The glove 30 includes a hand electrode 310, a hand heating element 320, and a second temperature sensing unit 330.

The hand electrode 310 provides a minute current (or voltage) to the skin by the hand electrode driving signal from the hand electrode driving unit 172. The hand electrode 310 is an electrode which serves as an electron needle and is in contact with a hand. Hand electrode 310 is detachable, it is made to be separated from the glove when washing gloves. The minute current (or voltage) provided to the skin from the hand electrode 310 has a sufficient size to stimulate the blood of the hand, the hand electrode 310 can stimulate the blood in the glove 30 Is located at the location.

The hand heating element 320 is a means for providing heat to the hand and is driven by the hand heating element drive signal from the hand heating element driver 175. The planar heating element 320 is elastic and may use a planar heating element made of a thin material. The palmar heating element 320 may be located on the whole or part of the hand including the blood of the hand in the glove 30.

The second temperature sensing unit 330 is located on the hand heating element 320 to detect the temperature of the hand heating element 320, and the A / D of the dysmenorrhea relaxer main body 10 to detect the temperature signal of the hand heating element 320. The transmission unit 190 transmits the data to the central control unit 120. If the temperature of the hand heating element 320 is greater than the setting temperature of the hand heating element 320 which is the temperature set by the input setting unit 110, the central control unit 120 processes this to drive the hand heating element 320. The control signal for stopping is output. That is, the central controller 120 determines whether the temperature of the hand heating element 320 is greater than the set temperature of the hand heating element and stops driving of the hand heating element 320 if it is larger.

Ankle strap 40 has means for providing electronic needles and warmth to the ankle, as a protection to be worn on the ankle. Ankle band 40 includes ankle needle electrode 410, ankle heating element 420, the third temperature sensing unit 430.

The ankle needle electrode 410 contacts the ankle as an electrode serving as an electronic needle by providing a minute current (or voltage) by the ankle needle electrode driving signal from the ankle needle electrode driver 182. The ankle needle electrode 410 is detachable, and can be separated from the glove when washing the glove. The minute electric current (or voltage) provided to the skin from the ankle needle electrode 410 has a sufficient size to stimulate the triodenum of the ankle, and the ankle needle electrode 410 may stimulate the triodenum at the ankle strap 40. It is provided at the position.

The ankle heating element 420 is driven by the ankle heating element driving signal from the ankle heating element drive unit 185 to provide heat to the ankle. The ankle heating element 420 is elastic, and may use a thin heating element. Ankle heating element 420 may be located in all or part of the ankle including the three legs of the ankle in the ankle band 40.

The third temperature sensing unit 430 is located on the ankle heating element 420 to detect the temperature of the ankle heating element 420, and the detected ankle heating element temperature signal A / D of the menstrual pain relief body 10 The transmission unit 190 transmits the data to the central control unit 120. If the temperature of the ankle heating element 420 is greater than the ankle heating element set temperature, which is the temperature set by the input setting unit 110, the central control unit 120 calculates and drives the ankle heating element 420. It outputs a control signal to stop the operation. That is, the central controller 120 determines whether the temperature of the ankle heating element 420 is greater than the set temperature of the ankle heating element and stops driving of the ankle heating element 420 if it is larger.

5 is an explanatory view for explaining the configuration of the abdominal pain 20 of the menstrual pain relief device according to an embodiment of the present invention, Figure 6 is to detach the first bag 240 in the belly band 20 of FIG. As an explanatory diagram for explaining, the bag 20 is a bag stimulation electrode 210, a bag surface heating element 220, the first bag 240, the second bag 241, the Velcro portion 245, the Velcro portion 247 ), A first connector 250, a loop 262, and a hook 265.

The abdominal stimulation electrode 210 is detachable and positioned at a lower end of the rear side of the abdominal bag 20, that is, at an inner central lower end of the second bag 241 as shown in FIG. 6. In other words, when the belly band 20 is mounted, the abdominal stimulation electrode 210 is provided at a position in contact with the tube blood and the limbus blood, and the size of the bag stimulation electrode 210 can be stimulated by sufficiently covering the tube blood and the calcification blood. Has a size. A microcurrent is applied through the abdominal stimulation electrode 210 to give low frequency stimulation to tuberculosis and stony blood.

Abdominal face heating element 210 provides heat to the lower abdomen. The planar heating element 220 is elastic and may use a thin surface heating element. The abdominal planar heating element 220 may be located in the entire abdomen or the entire abdominal cavity, including tuberculosis, calculoma in the abdomen 20. That is, as shown in FIGS. 5 and 6, the belly band heating element 210 may be formed in a circular shape at the center lower end of the second bag 241, and in some cases, may be located on the entire skin contact surface of the belly band 20. have. When the temperature of the belly-to-face heating element 210 detected by the first temperature sensing unit 230 is greater than the preset belly-to-face heating element set temperature, the operation of the belly-to-face heating element 210 is stopped.

The first bag 240 is made to be detachable to the back portion of the bag 20, and is made of a material that can be washed by separating the first bag 240 in direct contact with the skin. The first bag 240 is configured to be detachable from the upper surface of the second bag 241, the outside of the first bag 240 is in contact with the skin, the inside of the first bag 240 is the second bag 241 It is made to be coupled by the inside and the Velcro. The first bag 240 is positioned on the rear portion of the bag 20, and is formed so as not to cover the bag stimulation electrode 210. That is, the first band 240 is positioned at a portion except for the bag stimulation electrode 210.

The velcro portion 245 is positioned inside the first bag 240 to engage with the velcro part 247 inside the second bag 241 to fix the first bag 240 to the second bag 241. . Velcro portion 245 and Velcro portion 247 is fixed as long as the force is not released, the coupling is released when a certain force or more, the first band 240 can be separated from the second band 241. To be.

The Velcro part 247 is positioned inside the second bag 241, and is coupled to the Velcro part 245 located inside the first bag 240 to fix the first bag 240 to the second bag 241. Mount it. The Velcro portion 245 of the first bag 240 and the Velcro portion 247 of the second bag 241 may have any number such that the first band 240 can be fixed to the bag 20.

The first connector 250 is a means for connecting the menstrual pain alleviator main body 10 and the belly band 20, and the power is transmitted from the menstrual pain relief main body 10 to the belly band 20 through the first connector 250. , The signal is transmitted between the menstrual pain relief body 10 and the belly band 20. For example, the control signal from the menstrual pain alleviator main body 10 is received by the bag 20 through the first connector 250.

The loop 262 is formed in a ring shape and is configured to be hooked and filled by the hook 205, and is located on one side of the bag 20, that is, on one side of the left and right sides outside the second bag 241. The loop 262 may be placed in any number of rows, and may have any number of loop rows to fit the bag 20 to the body when the bag 20 is worn, so as to fit the size of the user's abdomen. By selecting the loop sequence accordingly, it is possible to join the loop 262 and the hook 265.

The hook 265 is hooked to form a hook, which is configured to be hooked to the loop 262, and is located on the other side of the bag 20, that is, on the other side of the left and right sides outside the second bag 241. The hook 265 may also be provided with a plurality of hook rows, consisting of a plurality of hooks 265, like the loop 262.

FIG. 7 is an explanatory view for explaining a state in which the abdominal pain relief and menstrual pain relieving body 10 of the menstrual pain alleviator according to an embodiment of the present invention, Figure 8 is a menstrual pain alleviator main body 10 of FIG. As an explanatory diagram for explaining a wearing case to be fitted, the wearing case 50 includes a wearing part 55.

The wearing case 50 is a case for allowing the menstrual pain alleviator main body 10 to be fitted to be worn at the waist portion of a waistband, pants, or a skirt. The wearing case 50 includes a clip-shaped wearing portion 55 at the rear, such as a waistband. Wearing case 50 is fixed to the part, it is made to be mounted. In addition, the front of the wearing case 50 has a hole enough to enable the input setting of the input setting unit 110 of the menstrual pain alleviator main body 10 to enable the input setting. That is, the front of the wearing case 50 is provided with an input setting window to enable input setting. In addition, a hole as long as the display unit 140 is visible may be drilled in the front, or the wearing case 50 itself may be made of a transparent material.

9 is an explanatory view for explaining the glove 30 of the menstrual pain alleviator according to an embodiment of the present invention, the glove 30 is a hand electrode 310, the hand heating element 320, the second connector ( 340).

Hand electrode 310 is detachable, it is made to be separated from the glove when washing gloves. The hand electrode 310 has a size sufficient to stimulate the congestion of the hand, and is provided at a position capable of stimulating the congestion, and is made to contact the hand including the congestion. The electrode serves as an electron needle by providing a minute voltage through the hand electrode 310.

The palmar heating element 320 is located in the whole or part of the hand including the blood and provides heat to the hand part including the blood. The planar heating element 320 is elastic and may use a planar heating element made of a thin material. When the temperature of the hand heating element 320 detected by the second temperature sensing unit 330 is greater than a preset hand heating element set temperature, the operation of the hand heating element 320 is stopped.

The second connector 340 is a means for connecting the menstrual pain alleviator main body 10 and the glove 30, the power is transmitted from the menstrual pain alleviator main body 10 to the glove 30 through the second connector 340, A signal is transmitted between the menstrual pain relief body 10 and the glove 30. For example, the control signal from the menstrual pain relief body 10 is received by the glove 30 through the second connector 340.

10 is a rear view of the ankle band 40 for explaining the ankle band 40 of the menstrual pain relief machine according to an embodiment of the present invention, Figure 11 is an ankle band 40 of Figure 10 when using the ankle band 40 12 is an explanatory diagram for explaining the combined shape, and FIG. 12 is an explanatory diagram for explaining when the ankle band 40 of FIG. 10 is worn on the foot, and the ankle band 40 is the ankle needle electrode 410 and the ankle. Planar heating element 420, the third connector 440 is included.

Ankle needle electrode 410 is detachable, it is made to be separated from the ankle band 40 when washing the ankle band 40. The ankle needle electrode 410 has a sufficient size to stimulate the trigeminal ridge of the ankle, and is provided at a position capable of stimulating the trigeminal ridge, so that the ankle needle electrode 410 is in contact with the ankle including the trigeminal ridge. The ankle needle electrode 410 is an electrode serving as an electron needle by providing a minute current (or voltage) through the ankle needle electrode 410.

Ankle heating element 420 is located in the whole or part of the ankle band 40, including the three legs, providing heat to the ankle. The ankle heating element 420 is elastic, and may use a thin heating element. When the temperature of the ankle heating element 420 detected by the third temperature sensing unit 430 exceeds a preset ankle heating element set temperature, the operation of the ankle heating element 320 is stopped.

The third connector 440 is a means for connecting the menstrual pain alleviator main body 10 and the ankle band 40, and the power supply from the menstrual pain alleviator main body 10 to the ankle band 40 through the third connector 440. The signal is transmitted between the menstrual pain relief body 10 and the ankle pad 40. For example, the control signal from the menstrual pain relief body 10 is received at the ankle strap 40 through the third connector 440.

The combination of the ankle band 40 is a Velcro (not shown) provided on one side of the ankle band 40 and the Velcro (not shown) provided on the outside of the other end of the ankle band 40 is coupled, fixed to the ankle It is made to

The present invention is not limited to the above described and illustrated in the drawings, and of course, more modifications and variations are possible to those skilled in the art within the scope of the following claims.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an explanatory diagram for explaining tuberculosis and seokmun blood.

2 is an explanatory diagram for explaining combined blood.

3 is an explanatory diagram for explaining a Samyegyo bridge.

Figure 4 is a block diagram for explaining the configuration of a menstrual pain alleviator according to an embodiment of the present invention.

5 is an explanatory diagram for explaining the configuration of the stomach band of the menstrual pain alleviator according to an embodiment of the present invention.

FIG. 6 is an explanatory diagram for explaining detaching and attaching a first bag of the bag of FIG. 5.

Figure 7 is an explanatory diagram for explaining the wearing of the abdominal pain and menstrual pain relief body 10 of the menstrual pain alleviator according to an embodiment of the present invention.

FIG. 8 is an explanatory diagram for explaining a wearing case into which the menstrual pain alleviator main body 10 of FIG. 7 is fitted.

9 is an explanatory diagram for explaining a glove of menstrual pain alleviator according to an embodiment of the present invention.

10 is a rear view of the ankle band for explaining the ankle band of the menstrual pain relief machine according to an embodiment of the present invention.

FIG. 11 is an explanatory diagram for explaining the shape combined when the ankle band of FIG. 10 is used for the ankle.

12 is an explanatory diagram for explaining when the ankle band of FIG. 10 is worn on the foot.

<Description of the symbols for the main parts of the drawings>

10: menstrual pain relief body 20: belly band

30: Gloves 40: Ankles

50: wearing case 55: wearing part

100: power supply unit 110: input setting unit

120: central control unit 130: memory unit

140: display unit 150: D / A conversion unit

160: bag drive unit 162: bag stimulation electrode drive unit

165: Double face heating element drive unit 170: Armored drive unit

172: hand electrode driving unit 175: hand heating element driving unit

180: ankle band drive unit 182: ankle needle electrode drive unit

185: ankle heating element driving unit 190: A / D conversion unit

210: bag stimulation electrode 220: bag surface heating element

230: first temperature sensing unit 240: first band

245: Velcro loop portion 247: Velcro hook portion

250: first connector 262: loop

265: hook 310: hand electrode

320: hand heating element 330: second temperature sensing unit

340: second connector 410: ankle needle electrode

420: ankle heating element 430: third temperature sensing unit

440: third connector

Claims (23)

In relieving dysmenorrhea caused by acupuncture stimulation, A bellyband having a belly stimulation electrode and a belly band heating element, which provides low frequency stimulation and heat to the lower abdomen, and is worn on the abdomen; A hand electrode having a hand electrode and a hand heating element, which provides stimulation and warmth due to saliva in a hand and is worn on a hand; Ankle needle electrode and ankle surface heating element, providing ankle stimulation and heat to the ankle, ankle band worn on the ankle; A menstrual pain alleviator main body having a power supply unit, and including a central control unit for generating control signals of the bag, the glove, and the ankle belt, and transmitting power and the control signals to the bag, the glove, and the ankle child; Menstrual pain alleviator, characterized in that consisting of. The method of claim 1, The abdominal stimulation electrode is a low-frequency stimulator, the menstrual pain alleviator, characterized in that located in the abdominal blood and limbal blood in the abdomen. The method of claim 2, The abdominal planar heating element is a menstrual pain alleviator, characterized in that it is provided in the abdominal blood and stony blood in the abdominal region or the entire abdomen. The method of claim 3, The hand electrode is characterized in that menstrual pain alleviator, characterized in that provided in the region of blood in the glove. The method of claim 4, wherein The hand heating element is a menstrual pain alleviator, characterized in that provided in the glove region or the entire glove in the glove. The method of claim 5, The ankle needle electrode is characterized in that menstrual pain alleviator, characterized in that provided in the Samumyo area in the ankle band. The method of claim 6, The ankle heating element is a menstrual pain alleviator, characterized in that it is provided in the area of the Samyegyo Bridge or the entire ankle band in the ankle subband. The method of claim 1, The abdominal cavity further comprises a first temperature sensing unit for detecting the temperature of the abdominal heating element located on the abdominal heating element. The method of claim 8, The glove is located on the hand heating element, the dysmenorrhea alleviator further comprising a second temperature sensing unit for detecting the temperature of the hand heating element. The method of claim 9, The ankle band is located on the ankle heating element is characterized in that it further comprises a third temperature sensing unit for detecting the temperature of the heating element on the ankle surface. The method of claim 10, The central controller of the menstrual pain alleviator main body generates a control signal for stopping the driving of the belly-to-face heating element when the temperature of the belly-to-face heating element detected by the first temperature sensing unit is greater than a preset belly-to-face heating element set temperature. Menstrual pain relief, characterized in that transmitted to. The method of claim 11, The central controller of the menstrual pain alleviator main body may generate a control signal to stop driving of the hand heating element when the temperature of the hand heating element detected by the second temperature sensing unit is greater than a preset hand heating element set temperature. Menstrual pain relief, characterized in that transmitted to. The method of claim 12, The central controller of the menstrual pain alleviator main body generates a control signal to stop driving of the ankle heating element when the ankle heating element temperature detected by the third temperature sensing unit is greater than a preset ankle heating element set temperature, thereby generating an ankle heating element. Menstrual pain relief, characterized in that transmitted to. The method of claim 1, The power supply unit dysmenorrhea relief characterized in that it comprises a rechargeable battery. The method of claim 14, The battery is a menstrual pain alleviator, characterized in that the lithium ion battery which is a battery for a mobile phone. The method of claim 14, The power supply unit, characterized in that it is configured to charge by connecting to the 220V commercial power or USB of a laptop or computer. The method of claim 1, The menstrual pain relief body is An input setting unit for setting operation start and end of each of the bags, the gloves, and the ankle belt, setting the temperature of each planar heating element, and setting the intensity of the magnetic pole of each electrode; A memory unit which stores a signal received from the central controller; A display unit which displays information on the values of the temperature and the stimulus intensity set by the input setting unit and an operation state; A D / A conversion unit for converting the control signal of the bag, the glove, and the ankle belt generated from the central controller into an analog signal; An A / D conversion unit for converting the temperature signal of the belly band surface heating element, the temperature signal of the palmar heating element, and the temperature signal of the ankle heating element received from the bag, the glove, and the ankle belt; Menstrual pain relief characterized in that it further comprises. The method of claim 17, Said menstrual pain relief A double stimulation electrode driver for driving the double stimulation electrode according to the control signal of the double stimulation electrode received through the D / A converter from the central controller; A double-faced heating element driving unit for driving a double-faced heating element according to a double-faced heating element control signal received through the D / A converter from the central controller; A hand electrode driver for driving the hand electrode according to the hand electrode control signal received from the central controller 120 through the D / A converter; A hand heating element driver for driving the hand heating element according to the hand heating element control signal received through the D / A converter from the central control unit; Ankle needle electrode driver for driving the ankle needle electrode according to the ankle needle electrode control signal received from the central controller through the D / A converter; An ankle heating element driver for driving an ankle heating element according to an ankle heating element control signal received through the D / A converter from the central control unit; Menstrual pain relief characterized in that it further comprises. The method of claim 1, Wherein the central control unit, the abdominal pain relief glove, characterized in that for receiving the sensing signal of the temperature sensing unit located in the planar heating element of each of the ankle band to make a signal to stop the operation when the temperature is higher than the set. The method of claim 1, The bags are made up of the first and second bags, The second bag is provided with a abdominal stimulation electrode and a abdominal planar heating element at the contact portion of the tubercle and limbus blood at the lower inner central portion, The first bag is characterized in that the menstrual pain relief made of a detachable by Velcro on the second bag. The method of claim 20, And a loop on one side of the left and right sides of the second bag, and a hook on the other side, and is fixed to the abdomen by engaging the loop and the hook. The method of claim 1, The abdominal stimulation electrode, the hand electrode, the ankle needle electrode is characterized in that the menstrual pain relieve made of a detachable. The method of claim 1, Menstrual pain alleviator further comprises a wearing case for mounting the menstrual pain relief body, the wearing case is provided with a clip on the back.

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