KR100937383B1 - Legs and arms massage machine including heating pad - Google Patents

Abstract

It is an object of the present invention to provide a limb massage device having a heating function that can be expected to provide a rapid fatigue recovery and beauty effect by increasing the massage effect by providing a heating pad for the heating function in the limb massage device.

The limb massage device provided with the heating function of the present invention is provided with a pair of massage grooves 230 and 240 on the front of the body, and in the center of each of the massage grooves, a rub operation part 30 is provided by a ball roller which vertically reciprocates. In the limb massage device is controlled by the control unit 10 having a kneading operation unit 40 by the side airbag around the rub operation unit and the rub operation unit and the kneading operation unit having a function selection unit 20, Side heating bag 222 of the kneading operation unit 40 is equipped with a heating pad 222-1 for heating, but the heating pad is characterized in that it is configured to be controlled by the controller 10.

Limb massage device, kneading operation part, rub operation part, heating, heating pad

Description

Legs and arms massage machine including heating pad}

The present invention relates to a limb massage device that can be performed simultaneously or selectively with the kneading function and the rubbing function, in particular by mounting a heating pad for the heating function to the kneading massage portion of the limb massage device to make the kneading operation in a warm state The present invention relates to a limb massage device provided with a thermal function, which allows for rapid fatigue recovery and beauty massage effect.

Recently, as the interest in beauty and health among the general public increases, various kinds of beauty instruments and health device products or their combination products have been released. As a representative beauty and health maintenance device, there are massage beds having massage functions such as massage beds, massage cushions, massage belts and arm legs.

The massager uses a vibrating motor or solenoid valve to vibrate or hit the massage target area, thereby giving the massager a cool feeling while relaxing the rigid muscles.

Such a blow massager has the advantage of low production cost, but in addition to the occurrence of noise, the impact on the user's body and brain is likely to cause headaches and bruises.

On the contrary, the rub massager is designed to rub the massage area by using a low-speed actuator, and it is possible to obtain a rubbing massage effect with less body shock and acupressure effect and less noise than a blow massage.

A typical limb rub massager is typically provided with two massage grooves for massaging both legs at the same time, and a pair of airbags are mounted on both sidewalls of each massage groove for massaging massage. In addition, the center of each massage groove portion is equipped with a ball roller to massage the rub while pressing the calf portion while moving up and down along the vertical direction by the operation of the control motor.

The up and down reciprocating ball roller is mounted to a loader serving as a support, and a pair of timing belts are fixed to the loader, and forward and reverse rotational powers of the control motor are transmitted to the timing belts through a transmission gear and a driving gear. It consists.

The airbag pressure and exhaust pressure reduction action by the operation of the air pump and the solenoid valve is repeatedly performed on the airbag of the massaging massage part, and the massaging massage operation is performed. The selection of the control function of the massage device including the massaging massage operation is performed on the outside of the massage apparatus main body. It is comprised so that it may be determined by the operation switch provided in one side.

However, the conventional massage device as described above simply has a massaging massage function and a rub massage function, so that additional thermal massage for a predetermined time using a separate heating device is required if a thermal massage for muscle relaxation or fatigue recovery of additional limbs is required. There is a problem that must be performed. In other words, in addition to kneading massage and rub massage, it takes additional equipment and time for thermal massage.

The present invention is to solve the problems of the conventional massage device as described above, an object of the present invention is to increase the massage effect by having a heating pad for the heating function in the kneading operation portion of the massage device including limb massage and rub massage possible It is to provide a limb massage device equipped with a thermal function to expect rapid fatigue recovery and beauty effect by making it.

Another object of the present invention is to provide a separate kneading bag or an external extension point for connecting the kneading pad on one side of the limb massage device, and the kneading operation air and heating pad heating power generated inside the main body of the limb massage device through the external extension point. It is to provide a limb massage device is provided with a heating function that can be heated and at the same time the massaging massage in a free condition separated from the massage device body by being applied to the kneading bag or kneading pad equipped with each heating pad.

The limb massage device provided with a heat function of the present invention for achieving the above object is provided with a pair of massage grooves on the front of the body and the rub operation by the roller roller vertical reciprocating movement in the center of each of the massage grooves is provided A massaging operation part by a side airbag is disposed around the rubbing operation part, and the rubbing operation part and the kneading operation part are controlled by a control unit having a function selection part, wherein the side airbag of the kneading operation part has a heating pad for heating. Mounting but the heating pad is characterized in that configured to be controlled by the control unit.

In addition, the limb massage device provided with the heating function of the present invention provides an external extension point for connecting a kneading bag or a kneading pad on one side of the main body, and the inside of the main body of the limb massage apparatus through an extension air hose and an extension cable at the external extension point. The kneading operation air and heating pad heating power generated in the is characterized in that configured to be applied to the kneading bag or kneading pad equipped with a heating pad, respectively.

According to the present invention, the limb massage device provided with the heating function provides an efficient intensive multi-massage massage for a specific part such as the limbs of the body by adding a heating function by a heating pad to the kneading portion of the stationary limb massage device including a rub and kneading massage function. Through the quick massage effect and beauty effect can be obtained.

In addition, the limb massage device provided with the thermal function of the present invention is to be connected to the external extension point provided on one side of the body of the stationary massage device and a separate kneading bag or kneading pad connected by a flexible extension air hose and an extension cable in a free condition Brings the unique effect of getting a warm massage.

In addition, the present invention can receive an abdominal massaging massage by extending the length by connecting two kneading pads even if the device is not provided with a separate abdominal kneading massage belt.

In addition, the present invention is a thermal element to be added to the massage portion by using a planar heating element of carbon material having excellent far-infrared radiation characteristics, low coefficient of thermal expansion, good durability and thermal conductivity of the body skin tissue using a large amount of far-infrared rays generated here Activation, of course, has the effect of preventing bacterial propagation inside the kneading bag or kneading pad and further preventing the smell of sweat from sticking.

Hereinafter, the present invention will be described with reference to the accompanying drawings.

1 is a circuit diagram of a limb massage device provided with a heat function of the present invention.

As referred to herein, the apparatus of the present invention includes a control unit 10, a function selection unit 20, a rub operation unit 30, a kneading operation unit 40, and an external kneading operation unit 50.

The control unit 10 includes a control circuit board 302 including a processor and a memory, and the rub operation unit 30 and the internal and external kneading operation unit 40 according to the key selection setting condition of the function selection unit 20. 50) to control the function.

The function selection unit 20 provides the control unit 10 with an auto mode, a rub mode, a kneading mode, an external kneading selection mode, and a warm mode selection key input signal according to the operation of each switch button.

The rubbing actuator 30 typically includes a motor 201, a drive gear 204, a ball roller 216, and a more specific technical configuration of the rubbing actuator 30 will be described below in FIG. 2. It is shown.

The kneading operation part 40 includes a pump 220 generating compressed air, and the air generated by the pump 220 alternately creates an intake air pressure and an exhaust pressure reduction path according to the solenoid control of the controller 10. It is configured to be applied to the respective side airbags 222 and 223 through 221. The side air bags 222 and 223 are respectively installed in the massage grooves 230 and 240 shown in FIG. 2, and the pair of side air bags consists of a pair of side air bags each divided into two sides.

In addition, the compressed air generated by the pump 220 is configured to be applied to the airbags 251 and 252 through the valve 221.

In addition, heating pads (222-1, 223-1, 251-1, 252-1) are mounted on the side airbags (222, 223) and the cover parts (251, 252), respectively, and temperature detection is performed on these heating pads (222-1, 223-1, 251-1, 252-1). Each temperature sensor (222-2, 223-2, 251-2, 252-2) and bimetals (222-3, 223-3, 251-3, 252-3) for preventing the heating pad from overheating are mounted.

Here, the heating pads 222-1, 223-1, 251-1, 252-1 preferably use a planar heating element, which is a far-infrared heating operation under the control of the controller 10, and the heating pads 222-1, 223-1, 251 according to the heating operation. Each temperature is detected by the corresponding temperature sensors 222-2, 223-2, 251-2, and 252-2 and provided to the controller.

The external kneading operation unit 50 is provided separately from the kneading operation unit 40 described above.

The external kneading operation part 50, like the kneading operation part 40, includes a dedicated pump 303 for generating compressed air, and the air generated by the pump 303 is controlled by the solenoid control of the controller 10. It is configured to be applied to external kneading bags 470 and 480 via an extension air hose 403 shown in FIG. 2 which will be described below via a valve 304 which alternately creates an intake pressure and an exhaust pressure reducing path.

The kneading bags 470 and 480 simultaneously include the airbags 471, 472, 481 and 482 of the pattern type shown in FIG. 3 and the heating pads 470-1 and 480-1 shown in FIG. 4, respectively, and the heating pads 470-1 and 480-1. Each has a temperature sensor (470-2, 480-2) and each of the bimetals (470-3, 480-3) for preventing overheating of the heating pad.

If necessary, two pumps 220 and 303 mounted on the kneading operation part 40 and the external kneading operation part 50 may be integrated into one, and a valve coupled to an output end of each pump 220 or 303 may be integrated. 221,304 can also be cut in half.

Figure 2 is an exploded perspective view and a partially enlarged view for explaining the internal structure of the limb massage apparatus provided with a heat function of the present invention.

As referred to herein, the main body of the device of the present invention is made of a front case 100, the middle case 200 and the back case 300, the female air connector exposed to the back of the back case (Female air connector) 305 shows that the male air connector 400 provided at one end of the air hose 403 of a predetermined length can be selectively coupled and separated.

On the front of the front case 100 is arranged an inskins (130, 140) for covering a pair of massage grooves (230, 240) formed on both sides of the vertical bridge, the beams of the operation display lamp on the vertical bridge The lens 101 may be mounted to diffuse the light.

One side of the front case 100 is equipped with a switch button (102). This switch button operates the switch in the operation switch unit 510 connected to the control unit 500 to execute various kneading and rub massages by the massage device of the present invention in a warm state.

The middle case 200 arranges the components of the ball roller-type rub operation unit 30 and the components of the kneading operation unit 40 including the side airbags 222 and 223 around both sides thereof.

The rub operation unit 30 mounted and fixed on the middle case 200 includes a motor 201 for forward and reverse rotation driving according to the forward and reverse control signals of the controller 10, and a motor bracket for fixing the motor. 202, a transmission gear 203 for transmitting power of the motor to the drive gear 204, a shaft 213 coupled to the drive gear and fixing a pair of lower pulleys 205 and 207, A timing belt 214 mounted between the lower pulley 205 and the upper pulley 206 to convert the rotational movement of the lower pulley 205 into a vertical movement and operates in conjunction with the timing belt 214. A timing roller 215 between the upper and lower pulleys 208 and 207, a pulley bracket 209, 210, 211 and 212 for fixing the pulleys 205, 206, 207 and 208 and roller rollers 224 and 225 fixed to the timing belts 214 and 215, respectively. (216,217).

Here, the ball rollers (216, 217) fixed to the timing belts (214, 215) has a long rectangular vertical guide grooves (218, 219) provided in the center of the massage grooves (230, 240) between the ball rollers (216, 217) in front And the timing belts 214 and 215 are located at the rear.

In addition, on both sidewalls of the massage grooves 230 and 240 where the ball rollers 216 and 217 of the rub operation unit 30 are disposed, the kneading operation unit 40 is controlled by the side air bags 222 and 223 controlled by the control unit 10. .

The rub operation unit 30 and the kneading operation unit 40 mounted on the middle case 200 are coupled to the front case 100 and the back case 300 by casing.

On the other hand, the inside of the back case 300 for fixing the pump 303 and the valve 304 for generating the air supply pressure and exhaust pressure pressure for applying the kneading bags (470,480) for supporting the external kneading operation unit 50 The control circuit board 302 is mounted.

The control circuit board 302 is provided with a female air connector 305 and a micro switch 307 in addition to the pump 303 and the valve 304.

The female air connector 305 forms an air hose connector mounting groove 301 near a specific portion of the massage device body, for example, the upper side of the back case 300 so that the structure is exposed to the outside through the case. The female air connector 305 provided with two or four air holes 306 can be arranged in the air hose connector mounting groove.

The air supply connector 305 is fixedly mounted on the control circuit board 302, and the air supply generated by the pump 303 attached to the control circuit board 302 and determined by opening / closing of the valve 304 is provided. It is configured to apply pressure and exhaust pressure.

In particular, the female air connector 305 is provided with a separate switch mounting groove 308 to which the micro switch 307 is mounted, and the micro switch 307 is placed on the female air connector 305 by two. When the mail air connector 400 having four or four air plugs 401 is engaged, the switch operating knob 402 on the mail air connector 400 opens the switch lever 309 of the micro switch 307. Configure to activate by pressing.

The contact signal of the microswitch generated here is immediately provided to the control unit 10 so that the pump 303 and the valve 304 are started by the control unit 10 and coupled to the extension air hose 403 on the heating pad. A heating voltage is supplied through the heating plugs 406 and 406 to configure the thermal kneading massage using the external kneading bags 470 and 480.

3 is an airbag pattern structure diagram of the kneading bag of the external kneading operation unit connected to the main body and the extended air hose of the present invention, Figure 4 is an internal heating of the kneading bag of the external kneading operation unit connected by the heating cable and the main body of the present invention It is a pad arrangement structure diagram.

As referred to herein, each of the kneading bags 470 and 480 has airbags 471, 472 and 481 and 482 of a cross section divided up and down, respectively, and the intake and exhaust pressures from the main body side supplied through the extended air hose 403 are described above. It is configured to perform the kneading motion as applied to the air connection ports 473 and 474 (483 and 484) of the airbag, and is made of a structure that wraps the entire arm including the user's forearm or the entire leg including the thigh.

The kneading bags 470 and 480 shown in FIG. 3 are folded in half about a straight axis to take the form of a pocket. When this is developed, the airbags dualized up and down are interlocked with each other for efficient kneading operation.

In addition, the kneading bags 470 and 480 are equipped with heating pads 470-1 and 480-1 which are heated by a heating voltage through the heating plug connector 470-4 and 480-4 therein. To prevent overheating, temperature sensors 470-2 and 480-2 and bimetals 470-3 and 480-3 are adopted, respectively.

As the material of the heating pads 470-1, 480-1, it is possible to minimize the electromagnetic interference to adjacent devices, obtain even heat distribution characteristics for the heating part, and use a planar heating element made of carbon material having excellent durability.

In particular, the planar heating element of the carbon material is excellent in far-infrared radiation characteristics, unlike the general coil-type or wire-type heating element, so that the elasticity recovery of the skin and the corresponding kneading pad or kneading bag Antibacterial and anti-odor effects can be expected.

The antibacterial and anti-odor effects of the bacteria that can be caused by the secretion (sweat) discharged from the body after the hot massage kneading massage using a thermal massage bag or a thermal massage pad connected to the device in the thermal massage bag and massage pad It is an effect that can prevent propagation and fixation of smell.

5 is an airbag pattern structure diagram of a kneading pad of the external kneading operation unit connected to the main body of the present invention and the extended air hose, Figure 6 is an internal heating of the kneading pad of the external kneading operation unit connected to the main body and heating cable of the present invention device Pad layout

As referred to herein, the kneading pads 450 and 460 applied to the present invention have airbags 451 and 452 and 461 and 462 of a pattern partitioned into upper and lower portions, respectively, and the intake air pressure from the main body side supplied through the extended air hose 403. And it is configured to perform the kneading operation when the exhaust pressure is applied to the air connection port (453, 454) (463, 464) of the air bag, has a structure that can wrap the user's thigh or a specific part of the limbs, the two kneading pad itself Velcro bands (455,465) of the long connection is made in the form to wrap the abdomen.

In particular, the device of the present invention can connect the two (for thigh) kneading pad for extending the length of the abdominal kneading massage function even if the separate abdominal kneading massage belt is not provided separately.

In addition, the kneading pads 450 and 460 are equipped with heating pads 450-1 and 460-1 that are heated by a heating voltage through the heating plug connection ports 450-4 and 460-4 therein, and control heating and heating by the heating pads. In order to prevent overheating, temperature sensors 450-2 and 460-2 and bimetals 450-3 and 460-3 are respectively mounted.

Figure 7 is a structural view of the heating pad mounted on the inside of the airbag of the cover portion of the massage groove provided in the front portion of the present invention, Figure 8 is a drawing substitute for the airbag of the cover portion of the massage groove is equipped with a heating pad of the present invention It is a photograph.

The cover part airbags 251 and 252 mounted on the front part of the present invention indicate that the airbag patterns are arranged in the form of a pair of vertical bars respectively on the left and right sides of the drawing, and the heating pads 251-1 and 252 inside the cover part. The temperature sensors 251-2 and 252-2 and the bimetals 251-3 and 252-3 including -1 are arranged.

The operation of the apparatus of the present invention configured as described above is as follows.

First, when operating the switch button 102 for automatic, kneading, rubbing, and the thermal function selection provided in the upper side portion of the present invention to select the rubbing function and the internal and external thermal kneading function, the controller 10 controls the motor forward and backward timing The belts 214 and 215 reciprocate up and down, thereby allowing the ball rollers 216 and 217 coupled to the timing belt to perform a rub massage function while reciprocating up and down. At this time, if the calf (lower part) is placed in the massage grooves 230 and 240 of the main body of the present invention, it is possible to perform efficient calf massage.

Simultaneously with the above rub massage function, the pump 220 operates by the air pumping control signal of the controller 10 to generate compressed air, and the compressed air generated in this way is controlled by the alternating operation of the valve 221 controlled by the controller. Accordingly, the air supply pressure and the exhaust pressure reduction pressure are applied to the airbags 251 and 252 and the side airbags 222 and 223 in the cover portion in the kneading operation part 40. This gives a massage effect on the massage object located in the massage grooves 230 and 240.

In addition, since the heating pads 251-1, 252-1, 222-1, 223-1 mounted on the airbags 251, 252 and the side airbags 222, 223 are heated to an appropriate temperature according to the temperature control value of the controller, thermal massage is also performed.

That is, in the massage grooves 230 and 240, thermal massage and rub massage occur at the same time.

At this time, the controller 10 sets the temperature selection value input from the function selection unit 20 and compares the actual temperature value detected by the temperature sensors 222-2, 223-2, 251-2, 252-2 with the set temperature selection value. By controlling the heating pads (222-1, 223-1, 251-1, 252-1) to maintain a constant heating condition.

 In addition, when the temperature control error of the heating pads 222-1, 223-1, 251-1, 252-1 by the control unit 10 occurs, a temperature increase may occur in the heating pads 222-1, 223-1, 251-1, 252-1. The bimetals installed around the sub airbags 251 and 252 and the heating pads 222-1, 223-1, 251-1 and 252-1 of the side air bags 222 and 223 operate as a temperature fuse function to cut off the circuit power supply. Accidents are prevented.

On the other hand, when the external hot kneading function is selected through the operation of the switch button of the function selection unit 20, the control unit 10 is a valve 304 by the air pump 303 and the solenoid installed on the control circuit board 302 In the ready to drive state) to monitor the operation of the micro switch 307 attached to the female air connector 305.

When the mail air connector 400 is inserted into the female air connector 305 on the control circuit board 302 mounted on the back case, two or four air hose plugs 401 provided in the mail air connector 400 are inserted. 2) or 4 air holes 306 provided at the female air connector 305 are combined to form an air supply pressure and an exhaust pressure reducing line on the extension air hose 403.

Combination of the female air connector 305 and the female air connector 400 is such that the switch operation knob 402 provided in the male air connector 400 is attached to the female air connector 305 together with the formation of the supply / exhaust line. By pressing the switch lever 309 of the microswitch 307, the microswitch 307 generates a switch contact signal.

The switch contact signal generated by the microswitch 307 is transmitted to the control unit 10. Accordingly, the control unit 10 is provided to the air pump 303 and the solenoid valve 304 on the control circuit board 302, respectively. It provides a pneumatic generation control signal and a supply air pressure and exhaust pressure reducing operation control signal.

That is, when the female air connector 305 and the female air connector 400 are combined in the selected state of the external kneading mode, or the female massager with the female body connector 305 and the female air connector 400 coupled thereto. When the mode is selected or the external kneading mode is selected, compressed air is generated by the operation of the air pump 303 of the control circuit board 302, and the compressed air is selected by the solenoid valve 304 to supply air pressure and exhaust pressure. And is delivered to the air hose 403.

Therefore, the air hose tip 404 of the extended air hose 403 is connected to the air hose inlets 453 and 454 of the kneading pads 450 and 460 or the air hoses 471 and 472 and 481 and 482 of the kneading bags 470 and 480. In one case, the kneading massage pneumatic pressure shown in the extended air hose 403 is the air pressure and exhaust pressure from each of the kneading pad (450,460) or kneading bag (470,480) through the air hose tip 404, the kneading by the air bag The massage will happen.

In this case, the heating voltage is applied to the heating pads 405 and 406 coupled to the extension air hose 403 to the heating pads constituting the external kneading operation unit 50 or the kneading bags 470 and 480. From here, you can get thermal massage and massaging massage at the same time.

Here, as with the kneading operation part 40, the control part 10 sets the temperature selection value of the external kneading operation part 50 input from the function selection part 20, and the temperature sensor 470- in the kneading bag 470,480. The heating pads 470-1 and 480-1 are controlled by comparing the actual temperature values detected through 2,480-2 with the temperature selection set values, and the temperature of the heating pads 470-1 and 480-1 according to the abnormality of the controller. In the case of overheating, the bimetals 470-3 and 480-3 function as a temperature fuse to automatically cut off the heating voltage, thereby preventing a fire or a user's skin burn accident.

9 is an embodiment of a warm kneading massage application for the entire arm and forearm using the heating pad built-in kneading bag for external connection of the present invention, Figure 10 using a heating pad built-in kneading pad for external connection of the present invention device Figure 11 is an embodiment of an application that can be applied to the warm kneading massage to the thigh, Figure 11 is a embodiment of the application of a warm kneading massage to the abdomen by connecting two heating pads with a built-in heating pad for external connection of the present invention It is also.

In this case, the user's forearm, arm, and the back of the user's arms or the thighs are wrapped around the body of the device by using a heating pad for internal connection or a kneading pad connected to a separate extension air hose and a power cable. If you operate the external device selection button provided on one side of the main body while covering the calf area or covering the abdomen area, the warm kneading on the arm, leg or abdomen in a free position apart from the self-kneading and rub massage fixed to the main body Indicates that you can receive a massage.

On the other hand, although not shown in the accompanying drawings related to the detailed description of the present invention, it is divided into an internal use and an external use, respectively, can be integrated control of the air pump for massage and solenoid valve mounted on the main body of the device of the present invention. In this case, it is obvious that the cost reduction effect can be expected by reducing the number of components.

1 is a circuit diagram of a limb massage device provided with a heat function of the present invention.

Figure 2 is an exploded perspective view and a partially enlarged view for explaining the internal structure of the limb massage apparatus provided with a heat function of the present invention.

3 is a structural diagram of an airbag pattern of the kneading bag of the external kneading operation unit connected to the main body of the apparatus of the present invention by an extended air hose.

4 is an internal heating pad arrangement structure diagram of the kneading bag of the external kneading operation unit connected to the main body and the heating cable of the present invention.

Figure 5 is a structural diagram of the airbag pattern of the kneading pad of the external kneading operation portion connected to the main body and the extended air hose of the present invention.

6 is an internal heating pad arrangement structure diagram of the kneading pad of the external kneading operation unit is connected to the main body and the heating cable of the present invention.

Figure 7 is a structural view of the heating pad mounted inside the airbag cover portion provided in the front portion of the present invention.

Figure 8 is a perspective drawing of a substitute for the airbag cover portion of the massage groove is mounted heating pad of the present invention.

Figure 9 is an exemplary embodiment of the application of the warm kneading massage of the entire arm using the heating pad built-in kneading bag for external connection of the present invention.

10 is a view showing an embodiment of the application of the warm kneading massage of the thigh using the heating pad built-in heating pad for external connection of the present invention.

FIG. 11 is a view showing an embodiment of an application of a warm kneading massage to the abdomen by connecting two heating pads with built-in heating pads for external connection of the present invention.

* Description of the symbols for the main parts of the drawings *

10: control unit 20: function selection unit

30: rub operation part 40: kneading operation part

50: external kneading operation unit 100: front case

102: switch button 130, 140: Innskin

200: middle case 201: motor

202: motor bracket 203: transmission gear

204: Drive gear 205,206,207,208: Pulley

209,210,211,212: Pulley Bracket 213: Shaft

214,215: Timing belt 216,217: Ball roller

218,219: Guide groove 220: Pump

221: valve 222,223: side air bag

224,225: Roller Bracket 230,240: Massage Groove

251,252: Cover air bag

251-1,252-2,450-1,460-1,479-1,480-1: Heating pad

251-2,252-2,450-2,460-2,479-2,480-2: Temperature sensor

Bimetal 251-3,252-3,450-3,460-3,479-3,480-3

300: back case 301: air hose connector mounting groove

302: control circuit board 303: pump

304: valve 305: female air connector

306: air hole 307: micro switch

308: switch mounting groove 309: switch lever

400: Mail Air Connector 401: Air Hose Plug

402: switch operation knob 403: extended air hose

404: Air hose tip 405,406: Heating plug

450,460: Kneading Pad

450-4,460-4,470-4,480-4: Heating plug connector

451,452,461,462,471,472,481,482: Airbags

453,454,463,464,473,474,483,484: Air port

455,465: Velcro band 470,480: kneading bag

Claims (7)

delete delete A pair of massage grooves 230 and 240 having respective airbag cover parts are provided on the front surface, and a rub operation part 30 by a ball roller which vertically reciprocates is provided at the center of each massage groove part, and the side around the rub operation part is provided. In the limb massage device which is arranged by the air bag 222, the kneading operation part 40 and the rubbing operation part and the kneading operation part are controlled by the control part 10 which has the function selection part 20, The kneading operation part The heating pads 222-1 and heating pads 251-1, 252-1 for heating are respectively mounted in the side air bags 222 and the cover portions of the airbags 251, 252, respectively. It is configured to control the set temperature by the heating pad, the heating pads (222-1, 251-1, 252-1) are each equipped with a temperature sensor for monitoring the set temperature and a bimetal for preventing the temperature rise A limb massage device with function. delete delete A pair of massage grooves 230 and 240 having respective airbag cover parts are provided on the front surface, and a rub operation part 30 by a ball roller which vertically reciprocates is provided at the center of each massage groove part, and the side around the rub operation part is provided. In the limb massage device which is arranged by the air bag 222, the kneading operation part 40 and the rubbing operation part and the kneading operation part are controlled by the control part 10 which has the function selection part 20, The kneading operation part The external kneading operation unit 50 is provided separately from the 40, but the external kneading operation unit 50 includes kneading bags 470 and 480, an internal pump 303 and a valve 304, and the kneading bag and the pump and The valve is configured to be connected by an extension air hose (403), the heating bag (470, 480) of the external kneading operation unit 50 is equipped with a heating pad (470-1, 480-1) for heating, the heating pad is It is configured to be controlled by the control unit 10 through the heating plugs (405, 406), and the heating pads (470-1, 480-1) is equipped with a temperature sensor for monitoring the set temperature and bimetal for preventing the temperature rise of the heating pad and And the present temperature information of the heating pad detected by the temperature sensor is transmitted to the control unit 10 through the heating plugs 405 and 406. delete

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