KR101457761B1 - Rotation due to the stimulation of acupreessure and heated for the method to removal of abdominal obesity Massager - Google Patents

Abstract

The present invention relates to a massaging device in which the abdomen is formed by a mechanical device, which realizes uniaxial rotation uniaxial rotation drive system, two-axis rotation and one rotation drive system, By applying the horizontal rotation and the vertical pressure in parallel, it concentrically rotates, thereby realizing the massage effect of rubbing with the hand. The contact tip is heated by the rotary pressure bar 133 to radiate the far infrared ray, The present invention relates to an abdominal massager which helps to decompose fat and activate the function of organs organs,

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method and apparatus for removing abdominal obesity by rotating acupressure and thermal stimulation,

It is necessary to remove abdominal visceral fat in order to prevent diseases such as metabolic diseases and to maintain a healthy organs as a cause of adult diseases and many adult diseases accompanied by abdominal visceral fat especially in the modern life where the obesity population is large. Therefore, the present invention relates to a massaging device for facilitating blood circulation in the abdomen by applying acupressure and massage to the abdomen, solving fatigue and coagulation of internal muscles, and activating internal functions.

The present invention relates to an abdominal massager, and more particularly, to an abdominal massager, more specifically, a massaging effect by rubbing the abdomen by concentric circulation while pressing the abdomen in multiple stages, and heating the o- , Abdominal and organs, thereby enabling the metabolism to be smoothly performed.

Conventional massagers have a disk rotating in the center and a plurality of friction rods are laid on the disk to eccentrically rotate the disk to give uniform repetitive uniform stimulation to a part of the body, Zoom is to relax the muscles of the body or smooth blood circulation to expect treatment effect.

However, such a conventional massage machine is capable of stimulating only a predetermined part, with a constant and simple repetition of striking and vibration, so that the abdomen can not evenly correspond to each long-term position and three-dimensional depth, The effect of massage was forced to be reduced.

In addition, since the abdomen of a person has a wide range of abilities, there is a functional limit corresponding to the action of the abdomen, so that a person who has a large body, a too small body, or an abdominal fatigue is too small to stimulate a massage effect. There is a slight problem.

In addition, since the metabolism is not smoothly carried out due to lack of exercise or excessive work and irregular eating in recent years, various kinds of bowel diseases are increasing. Therefore, such a bowel disease can be easily treated at home

A massage machine is required.

In order to realize the hand movement of the human body when performing the acupressure massage, and to additionally provide the hot pad function, in order to realize the hand motion of the abdomen, which performs the abdominal pressure and massage and sweeps the entire abdomen, Although it is necessary to be able to move freely 360 degrees around the outer circumference of the abdomen, it is a form that repeats only one pattern at present. However, there is a problem that the abdomen should be able to move and massage without the blind spot evenly,

There is a problem that it is necessary to be capable of turning, pressing and deeply pressing,

It is necessary to be able to adjust the depth along the flexion of the abdominal surface because the depth of the abdomen is shallower than that of the abdomen.

The subcutaneous fat of the abdomen is shallow but can not be directly repetitively stimulated on the abdominal surface in order to be able to directly stimulate the visceral fat areas and intestines. Therefore, the present invention requires a means for depressing deeply However,

Far infrared heat padding function is also indirect heating function in the past, but direct heating to the skin touches the ovary to emit far infrared rays to stimulate the abdomen to remove abdominal obesity, impede the implantation of fat cells, and activate the blood circulation function There is a problem.

As a theoretical method for solving the above problems,

The present invention will now be described with reference to the graphs of time and depth shown in Figures 30 and 31,

(002) of a long and deep wave generated in the vertical reciprocating motion on the central axis 1 and an acupressure cycle (001) of a short and shallow wavelength generated in the massage bar portion are generated in the cycle (003) Creating a sawtooth joint cycle (003) combining multiple short and shallow wavelength cycles (001) per long and deep wavelength acupressure cycle (002), as shown;

A method for massaging the abdominal region in a clockwise direction by merging a thermal stimulus and rotating the abdominal region;

As a device means for implementing the above-mentioned thermal stimulation and sawtooth wave pressure massage method,

 Referring to the longitudinal sectional view of the central uniaxial rotational pressure type massager of the present invention shown in Fig. 26 and the view shown in the internal device perspective view of Fig. 29,

A massaging rod is attached to the body by a cylinder on a coaxial axis, and a rotating part is installed on one side of the massaging rod. The rotating part is composed of a rotating shaft and a hemispherical body. A heating element is embedded inside the hemisphere, And a power motor is provided on one side of the massage bar,

In detail, the center shaft portion 390 is formed with a 360-degree electric power source 901 which is cylinder-coupled to a fixed shaft 900 supported by the main body, a massage bar portion is installed on one side, And the buffer spring is inserted between the 360 degree electric power source and the strength adjusting slide 930;

The force adjusting slide 920 is mounted on the inner side of the body fixing shaft 900 so that the spring supporting piece is protruded on the upper side and the strength driving screw 920 is mounted on the inner side. Coupled to the power transmission gear 965, the clutch 971, and the coupling gear 960;

28 and 29, the massaging rod is constituted by a rotation bearing portion and a reciprocating link portion,

And the link 840 is connected to the 360 degree electric power source 901 through the link gear 820 supported by the slide 860 of the rotary finger pressure portion;

The electric power is transmitted to the 360-degree electric power source 901 interlocked with the motor 910 formed at one side of the main body,

One of the coupling gears 966 and 960 connecting the solenoid 970 and the strength adjusting drive screw 920 to one side of the main body and the clutch 971;

Gear connection, chain connection and belt connection are useful as power linkage means,

As shown in FIG. 17, FIG. 19, and FIG. 29,

The massage barrel is provided with a separate power motor 550 which is supported on one side of the rotary finger pressure part and the rotary finger pressure case and eccentrically connects the hemisphere 520 to the pressure bar 557 inside the rotary finger pressure part, And a rotary slide gear 556 for rotating the damping rod 557 is provided with means for supporting the damping rod 557 with the bearing 555 to the rotary case in cooperation with the power connection gear 551;

A cam gear 553 is installed on one side of the massage rod and a rolling bearing 560 is formed on the upper contact portion of the cam gear and the acupressure stick 557 as a means for slightly reciprocating the acupressure stick 557 of the rotary acupressure part;

20 and Figs. 21, 22, and 24,

The hemisphere 520 eccentrically connected to the lower side of the rotary pressure bar 557 is composed of the cover 732 and the ceramic hemisphere 520 while the infrared lamp 725, the heating heater 564 and the pcb are inserted inside, Means for implementing the function;

In yet another embodiment,

The central fixing part 300 is formed on the main body case 10 and the through hole of the angle and depth adjusting buffer part 200 is formed on the central axis as the center fixing gear 209, as shown in FIGS. 1 and 2, And one side of the angle and depth adjusting buffer 200 is connected to one side of the slider (213 in FIG. 1 and 213 in FIG. 14) having a cylindrical outer side and a polygonal inner side, The slide 201 of the part 100 and the rotary pressure bar 133 of the rotary pressure part 100 are formed on the lower side and constitute the power transmitting part and the position detecting sensor 331 and the control part, And the abdomen massage device according to the present invention,

 A body fixing gear 209 is formed by inserting a lubrication bushing 312 or a bearing between the through hole of the angle adjusting and buffering part 200 and the body fixing gear 209 on the central axis of the center fixing part 300, 209 are screwed to the body boss 12 to fix the rotary joint 210 so as not to come off to form the center fixing part 300 and a vertical slider 210 is formed on one side of the rotary joint 210 Thereby making it possible to slide in the secondary rotation and vertical directions,

The case slide 201 of the rotary pressure applying part 100 is coupled to the coaxial axis of the angle adjusting and depth adjusting buffer 200 so as to horizontally rotate and vertically reciprocate on the slide 201, The infrared lamp heater and the hemisphere 110 are formed on one side of the outer case, and a power motor is coupled to the infrared lamp heater and the hemisphere 110 to form a power unit. The present invention relates to a massage machine for removing water.

[Fig. 2] is an internal component assembly perspective view of the present invention

As shown in the vertical cross-sectional view of the rotary impact-applying portion 100 in Fig. 6,

In detail, in order to implement a rotary pressure applying part 100 which simultaneously implements a rotational motion and a pushing operation to implement a hand-operated operation,

The contact portion is formed by inserting a hollow hemisphere at the distal end of the rotary pressure bar 133 and inserting a lamp or a heater into the hollow portion,

In order to add the buffering force of the rotary pressure bar 133, the slide is formed so as to be able to expand and contract by overlapping the outer slide 120 and the inner slide 121, and a repulsive force is applied to the lower end of the inner slide 121 by a spring, A long hole is formed on the side of the outer slide so that the inner and outer slides are not separated and a rivet is mounted on the inner slide side of the inner slide which overlaps with the outer slide hole so that the expansion and contraction distance of the inner slide can flow by the length of the long hole A rotary pressure bar 133 provided with a means for enabling a buffering action when touching the skin of the rotary pressure bar 133,

 A swivel cord, a lamp, and a heater are inserted into the slidable inner space of the rotary pressure bar 133. A semi-spherical body is coupled to the lower portion of the rotary pressure bar 133, A thrust bearing 126 and a pressure sensor 142 are inserted between the upper side of the rotary pressure bar 133,

A thrust bearing (126) is coupled to the casing and a case, which supports the rotary pressure-sensitive bar (133) while applying a pushing function and a rotational force, and the gear and the eccentric cam are engaged to apply pressure to the pressure plate from the upper side. When the eccentric cam rotates the eccentric cam about the cam shaft 135 and the eccentric cam presses the side roller 136 of the presser plate and the upper presser presses the pressure sensor and the thrust bearing 126, The upper side of the thrust bearing 126 is reciprocated up and down in a non-rotating state,

The slider 120 slides on the vertical axis of the rotary pressure bar 133. However, when the slider 120 is rotated around the vertical axis, the power transmitting protrusion is formed so that the inner side of the gear and the protrusion are engaged, And is fixed to the case by bearings 123 on both upper and lower ends of the gear so as to fix the slider 120 of the rotary pressure bar 133 to the case 111, A rotary pressure applying unit 100 having a means for simultaneously implementing a rotary motion and a pressing action of the eccentric cam,

3 is a plan view of the rotation state 100-1 of the rotary pressure section 100 of the present invention,

4 is an assembled perspective view showing a state 100-1 after rotation and depth depression of the rotary pressure section 100 of the present invention,

5 is a cross-sectional view taken along line B-B of FIG. 3 of the present invention,

The angle and depth adjusting buffer 200 is connected to the buffer cylinder 213 (see FIG. 1) 213 formed on one side of the central rotating part so that the rotary pressure buffer 100 can be vertically moved by the cylinder, In order to form a long hole in the wall of the buffer cylinder while symmetrically forming a long hole in the inside of the buffer cylinder while being rotatable by an angle, When the casing of the rotary pressure-sensing portion 100 is coupled with the shaft bearing and the polygonal cross-section nut 241 is rotated in the forward and reverse directions, a force is generated that the polygonal cross-section nut moves up and down. Since the external shape is formed as a polygon and the angle is formed so as not to rotate, the multi-angle nut is repelled by the spring so that the shaft screw is advanced and retracted , Axis by rotating the screws and the rotation pressure pressure unit 100, a cylinder coupled to one side of the shaft screw having a rotating and sliding the buffer means to the polygon is hanging on the east to FIG buffer according to the strength of the spring, while sliding up and down;

The polygonal fastener nut has a protrusion formed on one side thereof, which is coupled to the inside of the wall of the buffer cylinder 213 where the elongated hole 211 is formed, thereby limiting the flow distance of the polygon by the spring. A buffer means is formed so as to move smoothly in the up and down direction within the elongated hole 211 of the buffer cylinder by the spring,

The shaft screws have a means of transmitting the power so as to be capable of reversing the direction of rotation by the engagement of the gears and the operation of the solenoid,

4 is an assembled perspective view showing the rotation and pressing state of the internal parts of the present invention,

As a means for adjusting the angle from the vicinity of the central rotation axis 390 to the outer periphery of the rotary diaphragm 133 of the rotary diaphragm 100 so as to be able to evenly move from the central portion to the outer periphery of the abdomen, And shows the state of the rotary impact applying portion 100-1 in which the angle is opened and the depth is moved by rotating the shaft 290 in the normal and reverse directions,

As such, a drive method of rotating a rotary pressure member (100) about the angle and depth adjustment buffer unit cylinder the central axis 290, as shown in [4] and [13],

The power inverter unit 270 (FIG. 12), which is a connecting means for converting the power of the power unit 112 while rotating the power of the power unit 112, is connected to the rotary shaft gear 202 provided at one side of the slide 201 of the rotary pressure- The rotation and pressure buffering part 100 coaxially coupled to the angle and depth adjusting buffer part 200 is rotated by a solenoid driven coupling gear 274-0 in the forward and reverse directions by an electric signal, When the power is transmitted to the formed rotary shaft gear 202 and rotated in the forward and reverse directions, the rotary guide portion 100 is rotated around the cylinder center shaft 290 of the angle and depth adjusting buffer. And the upper drive gear 204 of the rotary drive cylinder shaft 206 is fixed to the rotary shaft of the rotary drive unit 206 And the rotation drive cylinder shaft 206 is formed as a polygonal or cylindrical And the rotation connecting gear 205 inserted into the coaxial shaft is slidable when the shaft is displaced upward and downward. In this case, And a guide vane is formed at the upper and lower ends of the guide shaft so that the wing of the rotary drive gear 205 is engaged with the rotary shaft gear 202 of the rotary cylinder pressure cylinder 100, So that the rotary coupling gear 205 is also engaged with the rotary drive unit cylinder shaft 206 when the rotary shaft gear 202 of the rotary cylinder unit 201 is slid up and down (205 shown in Fig. 13B);

6 is a vertical cross-sectional view of the rotary pressure-sensing unit 100. The rotary pressure-sensing rod 133 is rotatably and rotationally coupled to the stationary case 201. The lower end of the rotary pressure- Infrared lamps are inserted into the ends of the rotary pressure bar 133 and the hemisphere and inserted into the end of the hemisphere, the rotational force is transmitted by inserting the rotary sliding gear in the middle of the rotary pressure bar 133, 133, a thrust bearing 126 is placed, and a pressure plate is disposed on the thrust bearing 126. The pressure plate is pressed and reciprocated by the powered eccentric cam,

7 is an enlarged view of a longitudinal section of the multi-core rotating cord 330 of the present invention,

8 is an enlarged view of a vertical section of a stopper formed by a ball when one of both ends of the multi-core rotating cord 330 of the present invention is rotated,

9 is an assembled perspective view showing the assembled state of the inner parts of the multi-core rotating cord 330 of the present invention,

The multi-core rotary code 330 is a means for transmitting power and signals from the fixing unit 350 to the rotating body. The multi-axis rotating code 330 includes means for connecting four or more wires to transmit power and sensor signals when the rotating body rotates 360 degrees continuously In order to explain the multi-core rotating cord 330 as the rotating portion connecting means, the rotation center axis of the input portion and the output portion coincide with each other in such a manner that the input stage code and the output stage code can be inserted and connected, The multi-core rotating cord 330 is inserted into the inside of the multi-core rotating cord 330 so that the multi-core rotating cord 330 contacts and contacts the output stage ring terminal 353 as if the input end and the output end are in a brush-to- , A plurality of wires are arrayed sequentially around the rotation axis, and the connection of the brush terminals (351) of each wire is arranged 360 degrees evenly, thereby minimizing the overlap between the wires The diameter can be minimized when the plurality of connection terminals are arranged around the rotation axis and electricity can be conducted even if they are rotated to provide a means for energizing the rotation part by combining the signals and power When the output part is inserted into the input part, a ball catching jaw is formed at the entrance of the input part, and a ring spring is pressed on the outer part. A ball groove is formed in the output part so that the ball can be smoothly rotated However,

The input unit and the output unit can be reversed and used only in the description herein.

FIG. 12 shows a power conversion / conversion unit by combination of a gear combination and a solenoid according to the present invention,

[A] receives the power from the driven gear 271 and drives the lower gear formed as a body to the fixed gear 272 from the fixed gear 272 and the neutral gear 273 274-2 is moved to the lower side by the solenoid 275 so that the lower gear 274-2 of the connecting gear connects the fixed gear 273 and the fixed gear 276 to drive the driven gear 278 in the reverse direction Which is a direction switching means,

[B] is driven by the power of the driven gear, but since the coupling gear 274-0 is in neutral and is not connected to the fixed gear 273 and the fixed gear 276, no power is transmitted to the driven gear,

The solenoid 275 is moved upward by the coupling gear 274-1 which is in the neutral position to receive the power from the main gear 271 and to connect the fixed gear 272 to the fixed gear 276, And the fixed gear 276 is connected to the driven gear 273 to drive the driven gear 278 in the forward direction,

FIG. 14 is an example of another embodiment of the present invention in which the rotation pressure applying portion 100 is differently implemented,

And a pressure sensor is mounted between the sliding holder and the angle and depth adjusting buffer part. The pressure sensor is fixed to one side of the angle and depth adjusting buffer part so that the roller rotating part is sliding A pressure detecting unit having means for detecting the surface pressure of the roller by being transmitted to the pressure sensor while being moved up and down on the rail and receiving the repulsive force of the roller;

The eccentric cam follower roller portion is formed on one side of a fixed case which is engaged with the sliding holder of the angle and depth adjusting buffer portion and slidably formed on one side of the eccentric cam follower roller portion 400 through a gear box connected to a power motor. The eccentric biaxial rotary roller (400) is formed by a rotary shaft assembly, a cover and a friction wheel, and forms a cavity inside the rotary shaft. And a frictional wheel is formed on the outer side of the rim to provide a means for rotating the rotary shaft by the eccentric rotary shaft,

 Rotating cords 330 are inserted into the rotating shaft as a means for transmitting power to the inside of the rotating eccentric one-by-one rotating roller 400 so that the multi-centering cords 330 of the multi- Is fixed to the horizontal axis, and the rotating part of the multi-core rotating cord (330) is fixed to the eccentric camming roller body to supply power to the inserted PCB inserted in the inside of the eccentric camming roller body. The heater, the temperature sensor, And a means for supplying the liquid,

A massage kneading function is implemented by providing two or more pairs of rotary pressure bars of the massage bar portion;

Means for mounting a vibration motor on the inner side of the hemisphere of the rotating pressure bar to implement a vibration function;

A method of removing abdominal obesity by rotating pressure and thermal stimulation, and a method of removing abdominal obesity by a rotating pressure and a thermal stimulation, which are characterized in that a high frequency oscillating device can be installed on a hemisphere of a rotary pressure-

Today, due to the oversupply of substances, the imbalance of overeating and eating habits, lack of exercise and contaminated food and beverage accumulate various wastes, imbalance of metabolism damages organs, clogging and deterioration of function, And moisture), circulation of blood, circulation of accumulated wastes prevents the accumulation of excess accumulation and prevents them from accumulating in the stem cells and affects the development of immature and progenitor cells in stem cells, It induces to make muscles or bone cells rather than fat cells to prevent the accumulation of fat. It helps to dissolve lipids by stimulating the accumulated fat with heat friction, corrects misalignment of various organs, and pierces clogged areas and promotes circulatory metabolism. It regains the balance of eating habits, the accumulated waste disappears, and the human energy supply factory, The function of the organ is resilient and active so that it can function and regain health.

The abdominal acupuncture points are effective in removing the abdominal obesity by activating the basal metabolism circulation through the hematopoietic stimulation,

It is also effective in relieving constipation, and it is effective in eliminating succulence with deep acupressure and massage.
According to the present invention, as an industrial application method, a combined stimulation method of a rotary stimulus and a warm stimulus, as well as an acupressure and a massage machine, is a kneader, a blender, a baterifier, Powder mixer. Liquid mixer, and the like, it is possible to provide a product having excellent mixing effect by appropriately replacing the rotating rod as the contact means.

1 is an exploded perspective view of the present invention
Fig. 2 is a perspective view of an internal component assembling perspective view of the present invention
FIG. 3 is a plan view of the rotary pressing portion 100 according to the present invention in a rotated state and a pressed state
4 is an assembled perspective view showing the rotation and pressing state of the internal parts of the present invention
Fig. 5 is a cross-sectional view taken along line BB of Fig. 3
6 is a longitudinal sectional view of the rotary pressure-applying portion 100 of the present invention
7 is a longitudinal sectional enlarged view of the multi-
8 is an enlarged view of a longitudinal section of the ball hooking jaw portion of the multi-
9 is an enlarged assembled perspective view of the inner part of the multi-core rotating cord 330 of the present invention.
Figure 10 is a flow chart of the automatic operation of the present invention
Figure 11 is a flow chart of manual operation of the present invention
FIG. 12 is a diagram showing the state of the gear box of the power normal /
[A] is the reverse direction propagation state diagram [B] Neutral stop state diagram [C] is the direction state diagram
FIG. 13 is a view showing the state of the angle and depth adjusting buffer of the present invention
[A] is an assembled perspective view of the angle and depth adjusting buffer
[B] shows the depth and angle and depth conversion states of the angle and depth adjustment buffer
14 is a perspective view showing another embodiment of the rotary pressure-
15A is a side view of another embodiment of the rotary finger pressure section 100 of the present invention.
[B] is a longitudinal sectional view of another embodiment of the rotary impact applying portion 100 of the present invention
FIG. 16 is a graph showing the assembled internal state diagram
[Fig. 17] Fig. 17 is a sectional view showing the rotation sliding cam gear 553 pressing method of the rotary pressing portion of the present invention
18 is a bottom plan view of the rotating bearing cam gear 553 of the present invention,
[Fig. 19] is a longitudinal sectional view of the rotating bearing cam portion of the rotating sliding cam gear 553 of the present invention
20 is a perspective view of a mounting structure of the rotary pressure bar and the two-stage sliding gear 556 according to the present invention.
[Fig. 21] is a cross-sectional view of a vibrating motor mounted on a hemisphere of a rotary pressure bar of the present invention
22 is an exploded perspective view of the rotary finger bar of the vibration function of the present invention
[Fig. 23] shows a wire state diagram for an external power supply cable mounting according to the present invention
24 is an operational state diagram of the rotating sliding cam gear 553 of the rotary dashboard of the present invention
[Fig. 25] is a view showing a state in which a plurality of rotating pressure bar mounting states
[Fig. 26] is a longitudinal sectional view of the uniaxial rotation pressure pressing type state of the present invention
[Fig. 27] Fig. 27 is a diagram showing a state of depressurization and depressurization of the internal device of the uniaxial rotational pressure-
[Fig. 28] Fig. 28A is a diagram showing the internal apparatus in the reduced pressure state of the uniaxial rotary pressure control system of the present invention
[B] is an internal device in the depressed state of the uniaxial rotation pressure type of the present invention
FIG. 29 is a perspective view of the internal device of the uniaxial rotation pressure type of the present invention
[FIG. 30] is a graph showing the relationship between the time depth state
graph
[Fig. 31] is a graph showing the results of measurement

The present invention relates to an abdominal acupressure massage device and abdominal acupressure massager for realizing the human hand operation at the time of acupressure massage and additionally including a warm massage function,

The present invention is an invention for providing a method that is more useful than a human operation and an apparatus for realizing such a method, so as to exhibit an excellent new effect of removing abdominal obesity by inventing a completely new massage method, ,

Describing the operation of the abdominal obesity removal method and the device of the present invention,

Referring to Figs. 26, 27, 28 and 29,

When the power is applied, the dynamo control unit receives the power of the main body power motor and connects the solenoid with the clutch 971 to drive the damping drive screw 920. When the damping spring moving body 930 moves up and down and the protrusion moves the damping spring, The rotary electric pressure cylinder connected to the 360 degree electric cylinder is moved together with the upper and lower reciprocating link portions so that the height at which the hemisphere of the massage rod touches the abdomen can be changed and the abdomen can be deepened, Which is low,

The power is transmitted to the worm gear 830 of the upper and lower reciprocating link portion so that the link 840 is operated and the 360 rotation electric cylinder 901 is pushed and pulled, And is reciprocated upward and downward along the 360 degree electric cylinder 901,

The rotation gear 556 and the cam gear 559 are rotated by the power gear 551 to rotate the rotation lever 556 by hooking the engaging step 568 of the rotation rod,

The upper rolling bearings 560 and 710 of the rotating shaft 567 are pressed and then raised according to the height of the cam gear,

The eccentric semi-spheres 520 generate waves of the sawtooth cycle (003) combined with two reciprocating cycles,

 30, a 360-degree electric cylinder 901 of the massage rod and a rotation pressure applying unit are connected to each other by an acupressure cycle (see FIG. 30) in which a vertical reciprocating motion is generated by the action of the link 840 002) and an acupressure cycle (001) having a short and shallow wavelength generated in the rotation bar of the massage bar portion,

 As shown in cycle (003) combining the two wavelengths, a sawtooth coupling cycle (003) combining multiple short and shallow wavelength cycles (001) per long and deep wavelength acupressure cycle (002) is generated and operated ,

As shown in Fig. 31, the abdominal region is thermally stimulated in the abdomen by merging the local rotation (007) and the thermal stimulus in the clockwise direction,

The entire abdomen is revolved (008) by rotating the 360 degree electric cylinder 901 while the long axis gear 965 rotates in accordance with the idle period in the body power motor 910 and rotating the entire massage bar portion at the lower portion thereof at a constant speed When the revolving motion 008 and the revolving motion 007 are performed and when it is desired to concentrate only the local stimulation, the revolving motor 910 can be stopped to apply the acupressure and massage to the local acupoints, An effective method of eliminating abdominal obesity is invented and a massage machine is implemented that implements the means.

As another embodiment of the present invention,

As shown in FIGS. 1 and 2, a center fixing part 300 is formed on the main body case 10 and a through hole of the angle and depth adjusting buffer part 200 is formed on the central axis of the center fixing gear 209 ), And a rotary pressure-bearing portion (not shown) formed on one side of the angle and depth adjusting buffer 200 and coaxially joined to a slider (213 in FIG. 1 and 213 in FIG. 14) having a cylindrical outer side and a polygonal inner side, The slide 201 of the rotary body 100 and the rotary pressure bar 133 of the rotary pressure portion 100 are formed on the lower side and the control portion is formed on one side of the power transmission portion and the position detection sensor 331 and the body, And a power stabilizing and converting unit for transmitting the power for reciprocation in the vertical direction is installed on one side of the angle and depth adjusting buffer unit 200. The rotating force applied by the lower protective cover 401 for inner protection and the abdomen It implements a massage device for removing obesity,

The center fixing part 300 is provided with a through hole in the center of the angle adjusting and depth adjusting buffer part 200 and a lubrication bushing 312 or a bearing is interposed between the center fixing part 209 and the main body fixing gear 209, The center joint 300 is formed by screwing the main body boss 12 with the fixed gear 209 so as to fix the rotation joint 210 so as not to be pulled out and the vertical slider 210 So as to be able to slide in the secondary rotation and vertical direction,

The case slide 201 of the rotary pressure applying part 100 is coupled to the coaxial axis of the angle adjusting and depth adjusting buffer 200 so as to horizontally rotate and vertically reciprocate on the slide 201, And the heater and the hemisphere 110 are formed on the inner side of the outer case, and a power motor is coupled to the heater and the hemisphere 110 formed on the inner side of the outer case, and the control part is mounted on one side of the case case, Obesity removal method and abdominal massager.

In the massager of the present invention having the above-described configuration and the solution means, in order to realize a hand-operated operation, a process in which the rotary pressure bar 133, which applies a rotary motion and a pressing operation at the same time and applies a spiral pressure, To illustrate,

[Fig. 2] is an internal component assembly perspective view of the present invention

6 is a vertical cross-sectional view of the rotary impact-applying portion 100 and FIG.

As shown in Fig. 10 and Fig. 11,

A thrust bearing (126) is coupled to the casing and a case, which supports the rotary pressure-sensitive bar (133) while applying a pushing function and a rotational force, and the gear and the eccentric cam are engaged to apply pressure to the pressure plate from the upper side. When the eccentric cam rotates the eccentric cam about the cam shaft 135 and the eccentric cam presses the side roller 136 of the presser plate and the upper presser presses the pressure sensor and the thrust bearing 126, The upper side of the thrust bearing 126 is reciprocated up and down in a non-rotating state;

The slider 120 slides on the vertical axis of the rotary pressure bar 133. However, when the slider 120 is rotated around the vertical axis, the power transmitting protrusion is formed so that the inner side of the gear and the protrusion are engaged, And is fixed to the case by bearings 123 on both upper and lower ends of the gear so as to fix the slider 120 of the rotary pressure bar 133 to the case 111, The massager is a massager for abdominal obesity removal by rotational acupressure and thermal stimulation which is characterized in that rotation and acupressure are realized simultaneously by rotational motion and pressing action of eccentric cam,

M1 is a motor that rotates the rotary pressure bar 133,

M2 is a motor for rotating the angle and depth adjusting buffer 200 of the central axis,

Sol 1 is a solenoid for power and range conversion that receives the power of M1 and transmits the power for reciprocating the rotary pressure portion up and down

Sol 2 is a solenoid for power and range conversion that transmits power that adjusts the radius of action when the rotary pressure roller 100 is rotated to the left and right by rotating the center roller.

The first power is applied to operate the power drive motors M1 and M2. After checking the pressure of the abdomen, the corresponding intensity of the set 3-step course is displayed to the user. The user then activates the approval switch and selects an approved course course (if he chooses a course course)

Again, automatic or manual is selected. Manual can be selected at any time during automatic driving.

Also, in the early stage, the classification of the pressure intensity of the Chinese medicine medicine is set in advance,

The driving motors M1 and M2 operate as a method of checking the pressure at the time of initial power application and Sol 2 is in neutral and the non-operating sol Sol 1 operates to cause the rotary pressure portion 100 to move downward, The pressure sensor inserted in the upper end of the pressure sensor 133 checks the pressure. Such an operation is repeated three times, and one of the corresponding weak medicinal course is displayed as an average value of the checked pressure value, compared with the built-

If the display value is strong, the user checks his / her abdominal pressure, selects the desired course from the Chinese medicine, and operates the automatic course.

At this time, the timer operates and operates during the initial set value and ends when the set value is reached.

The motors M1 and M2 of the power section operate, and the solenoid sol 1 for power conversion and reverse rotation reciprocates the rotary pressure section 100. The upward and downward reciprocation of the rotary pressure section 100 is reversed by the limit switch of the highest point and the lowest point To perform a reciprocating motion,

At this time, the pressure sensor of the rotary pressure sensor 100 continuously compares with the set pressure value, and when the pressure becomes larger than the set value at any time, the solenoid Sol 1 for the power and the reverse rotation is reversely operated to change the traveling direction,

The rotary pressure bar 133 of the rotary pressure sensor 100 is operated in a clockwise direction while the radius of the rotary pressure bar 133 of the rotary pressure sensor 100 is gradually reduced from the outside to the center point of the inner navel, The rotary shaft of the contact portion rotates about the navel of the abdomen and rotates while the rotary shaft of the contact portion rotates about the navel of the abdomen while performing the reciprocating motion of small width in response to the force of the pressure plate by the upper eccentric cam, And the vertical direction acupressure function is to implement the shallow acupressure and the deep acupressure while checking the pressure of the artificial intelligence sensor, and when it is desired to concentrate the specific area, it can be switched to the passive mode and the acupressure point of the abdomen meridian can be intensively acupressed and massaged The system can be implemented.

In addition, it is a abdominal acupressure massage device which can realize a warm function that can not be done by humans, by providing a heating function and adding a rememper and a heater to the hemisphere of the rotary pressure bar 133,

When the above function is compared to meridian massage,

While pushing with a hand a little while, it is possible to implement a method of repeatedly performing rhythmical repetition by pushing and pressing with a pressure applied as a deep pressure massage in a specific site, and retracting by withdrawing force and massaging the epidermis layer In addition, by performing the above functions in parallel with the warm massage function, the intestinal muscular fatigue is relieved and the intestines are activated, the blood circulation of the organs is promoted, and the dorsal bar is gradually and deeply pressed (Circulation pressure) and rotation decompression action (repeated action of the whole body) to stimulate the clogged blood clot to remove the accumulated non-humid (fat and water) by removing the sukbyeon and constipation is improved, the abdominal obesity Helping to resolve problems and allowing individuals to Continuous and repetitive acupressure massage can be performed, so it will be a very useful means to relieve abdominal obesity.

The multi-core rotating cord 330 of the present invention is a power connecting means from the fixing portion 350 to the 360-degree rotating portion,

7 is an enlarged view of a longitudinal section of the multi-core rotating cord 330 of the present invention,

8 is an enlarged view of a longitudinal section of a locking jaw formed by a ball when one of the two ends of the multi-core rotating cord 330 of the present invention is rotated,

9 is an assembled perspective view showing the assembled state of the inner parts of the multi-core rotating cord 330 of the present invention,

The multi-core rotating code 330 is a means for transmitting power and signals from the fixed body to the rotating body. In order to transmit power and sensor signals when the rotating body rotates 360 degrees continuously, 330 are connected to each other to provide a means for energizing a plurality of wires of two or more wires,

The electric power can be conducted even if the input terminal and the output terminal are rotated, so that the fixture 350 provides the means for energizing the rotating portion by combining the multiple signals and electric power to the 360 degree rotator 354 Thereby freeing the configuration of the rotating portion.

The input unit and the output unit can be reversed and used only in the description herein.
As shown in FIGS. 1 and 14-15 of the present invention, the multi-core rotating cord 330 is a rotating cord for transmitting power or electrical signals from a fixed body to a rotating body. In this patent, The input unit case 350 of the multi-rotating cord is fixed to one side of the main body, and the multi-core rotating cord 330 is fixed to one side of the main body. The output portion case 354 is formed by fixing a support to the angle and depth adjusting buffer 200 so that when the angle and the depth adjusting buffer 200 that rotate coaxially with the central axis 390 are rotated, The input unit 350 of the rotary cord is fixed to the main body and the output unit 354 rotates along the depth adjusting buffer unit 200, The ring terminal 353 and the brush terminal 351 The terminals are in contact with each other even if they are turned on one axis along the fixed case, so that the energized state can be maintained.

The coupling function of the power / invertor (FIG. 12) is such that the coupling function of the connecting gear 274 is operated up and down by the neutral and forward reverse operation of the solenoid 275, 278 are rotated in the forward and reverse directions and the power of M2, which is another indication of the main power 112, between the angle and depth adjusting buffer and the rotary pressure sensor 100, (Sol 2) for transmitting and disengaging the power of the motor,

 And a power normal / reverse conversion unit (Sol 1) for connecting the power of the rotary pressurizing unit 100 to the inner vertical moving screw 242 of the angle and depth adjusting buffer unit,

The power normal / invert converter sol1 and sol2 horizontally rotate and stop the rotary pressure sensor 100 according to a signal about the rotation axis 290 of the angle and depth adjusting buffer, and sol 1 rotates the vertical moving screw 242 So that the body of the rotary pressure-applying part 100 is reciprocated vertically while deeply moving the body. In particular, the sol 1 is rotated in accordance with a signal in conjunction with a pressure sensor of the rotary pressure bar 133, and is also rotated in conjunction with a limit switch provided at both upper and lower ends of the angle and depth adjusting buffer.

FIG. 14 is an exploded perspective view of an embodiment of the present invention,

In another embodiment of the present invention shown in FIG. 15, as another example of the rotary pressure-sensitive portion 100,

And a pressure sensor is mounted between the sliding holder and the angle and depth adjusting buffer part. The pressure sensor is fixed to one side of the angle and depth adjusting buffer part so that the roller rotating part is sliding A pressure detector for detecting the pressure of the roller by transferring pressure to the pressure sensor while being slid by receiving the repulsive force of the roller while moving up and down with the rail;

The eccentric cam follower roller portion formed on the lower side has a rotation shaft formed on one side of a fixed case which is engaged with the sliding holder of the angle and depth adjusting buffer portion and is slid. A heater, a temperature sensor, a ramp, and the like are installed on the inner side to heat the roller wheel 413,

When the eccentric one-side rotary roller 400 rotates about the roller rotary shaft 415, the inter-axial distance and the inclination of the side of the rotary shaft are different from each other and the elliptical shape is inclined downward. The abdomen massage device which is characterized by the acupressure effect that turns and pushes by going deeper and deeper in the shallow place, deepening by drawing the ellipse, reaching to the origin again after the half rotation.

As another embodiment of the present invention in the massage machine,

17 is a perspective view showing another embodiment of the rotation and depression method of the rotary finger pressure portion

FIG. 18 is a bottom view showing another embodiment of the rotary pressure portion,

Fig. 19 is a longitudinal sectional view taken along line B-B in Fig. 18,

17, FIGS. 19 and 24, the integrated rotary sliding cam gear 553, the rotary impact bar, and the rebound spring are mounted on the upper side of the rotary impact bar, and the rolling bearing 560 is installed on the upper side of the rotary impact bar , A locking step 568 is formed on the side surface of the shaft of the rotary pressure bar and a locking step 556-1 is formed on the double step sliding gear 556 coupled to the shaft side locking step of the rotary pressure bar, The sliding bearing 556 is supported on the outer fixed case by the bearing 555 and the eccentric support is extended to the lower side of the rotary pressure bar. (520) are combined with each other,

In the operation, the pushing method of the rotating pressure bearing bar is simplified. When the bearing is rolled by the rotation of the integrated rotary sliding cam gear 553 on the upper side, the elevation is realized along the sliding surface of the rotating sliding cam gear, The ball is stuck to the rotating sliding cam gear, so that the rotating lever is simply reciprocated up and down,

19, the ceramic hemisphere 520 of the rotary pressure-sensitive portion is formed with an eccentric support protruding from the central axis of the rotary pressure bar 567, The eccentric support and the ceramic hemisphere 520 are coupled to each other by bearings.

The outer case 731 and the outer case 732 are formed by hooking the outer case 731 and the outer case 732 by forming a vertical gap therebetween by separating the fixed caulk of the ceramic hemisphere 520 into the ceramic semi- The inner case 731 is fixed to the outer ring of the bearing 730 coupled with the screw 734 to the eccentric support base while the outer case 732 is fixed to the outer case 731 and the outer case 731 by fixing the hemispheres 520, The sensor 562 is mounted in the up-and-down clearance space between the upper and lower spaces 732,

The heating heater, the RAMP, and the PCB substrate can be mounted in the space between the outer case 732 and the hemisphere 520 and the external power connection cable is formed on one side of the outer case 732, Even if the hemisphere is slid without rotating, it is easy to supply power to the hemisphere, and the signal value of the sensor sensitive to the impedance value can also receive a precise signal without external noise,

FIG. 21 shows that by inserting the vibration motor 720 inside the hemisphere 520,

In addition to the function of hemisphere, it has a variety of irritation that can help the internal abdomen and decomposition of subcutaneous fat by generating vibration high frequency by vibration motor,

23, a cable connecting portion is installed on one side of the hemisphere, and the wire cradle 559 is coupled to the rotary cushioning bar so that the center portion is rotated. However, the edge holder 559 can be held in one direction. To hold the wire tightly so that it does not get caught in the abdomen, the wire is fixed to the left and right sides of the body, and a tension spring is connected to both ends of the wire. The tension spring extends to extend the wire. When it comes close to the fixing part, the spring pulls the wire so that it does not get dragged by supporting the power cable while maintaining the constant tension.

 The function of the lower hemisphere of the rotary pressure bar can be variously modified by connecting the power cable directly to the hemisphere and easily replacing the bearing after the bearing of the distal eccentric support of the rotary pressure bar. A high-frequency irradiating device, and the like,

FIG. 25 shows a state of the abdomen when the rotating acupressure bar is deeply operated on the abdomen when the main body 10 of the present invention is mounted on the abdomen, so that the ellipsoidal elements of the abdomen are evenly exerted with acupressure pressure and thermal massage deeply And a means for controlling the internal massage and the abdominal menstrual blood by regulating the pressure of the medicament and regulating the pressure of the muscles of the body by repeating the pressurization and the depressurization. Obesity removal massager

001 - Hemisphere rotation cycle graph 002 - Link reciprocation cycle graph
003 - End effector cycle graph
G1 - Graph group with the lowest depressurization G2 - Graph group with the highest pressure
007 - Massage Rod's Bloodstock 008 - Massage Rod's Bloodstone
10 - outer case 12 - body fixing boss 100 -
110 - Rotating bipolar barrel spherical clips 111 - Rotary pressure baffle case
108 - Remph
120 - rotating forceps slide 121 - inner slide 122 - rotating gear 123 - rotating rod bearing 126 - thrust bearing
130 - rotating part driving gear 133 - rotating pressure bar 140 - wire 142 - pressure sensor 200 - angle and depth adjusting buffer 201 - rotating pressure roller slid tube 202 - angular rotating gear 205 - angular rotating slide gear 210 - Rotating joint 275 - Solenoid 290 --- Horizontal vertical axis
330 - Multi-core rotating cord 331 - Position detecting sensor 349 -
350 - input part 351 - brush terminal 353 - ring terminal
354 - Output section
366 - Output section wire 367 - Output section center section 390 -
400 - eccentric camber roller unit 413 - roller wheel 414 - roller shaft bearing
415 - roller rotation shaft 416 - roller drive gear 417 - roller power unit
430 - roller drive body
500 - Direct Power Rotary Shaper 520 - Rotary Shaper
550 - Rotary pressure part motor 551 - Rotary pressure part Power transmission gear
552 - Cam gear power transmission gear
553 - ChemGear 554 - Shiatsu bar elastic spring
555 - Rotating dipstick support bearing
556 - Zipper bar rotating slide gear 557 - Zipper bar
558 - Eccentric bearings 565 - Eccentric bearings and hemispherical bearings
560 - Shiatsu Rolling Roller Bearing 567 - Power Connector 561 - Hemisphere Stationary Covers
562 - Pressure sensor 563 - Lamp 564 - Heating heater
568 - Zipper Hang Jaw 559 - Wire Guide
Re 572 - Wire tension spring 573 - Wire connection 574 - Power
Cable 581 - Spring retainer 584 - Heated heater
710 - Rolling bearings 711 - Rolling bearing covers 720 - Vibration motors
725 - Infrared lamp
730 - Semi spherical rotary bearing 731 - Semi spherical solid body
732 - Wire Guide 733 - Cushioning Silicone
734 - Screws for connecting the hemisphere and chiropod 735 - Eccentric support
810 - Link hinge 820 - Link gear 830 - Link worm gear
840 - Link 850 - Abdominal Skin 860 - Reciprocating Cylinder 870 - Rotating Cylinder
900 - center cylinder axis 901-360 rotary gear and cylinder 910 - 360 rotary gear
905 - Clamping washer 920 - Heavy duty adjusting screw 922 - Heavy duty adjusting screw
Latch 930 - buffer spring moving body 940 - buffer spring
960 - Adjustable power transmission gear
965 - Body power motor 970 - Solenoid 971 - Clutch
980 - Wear belt

Claims (18)

As for the abdomen massage device which massages the abdomen and shiatsu,
A spring tension portion 940 which forms a cylindrical center shaft 900 in the center portion of the case 10 (390 of Figs. 26 and 27) and which rotates while coaxially coupling with the central shaft 900, Forming a rod portion;
The massage bar portion has a rotary gear cylinder (901 in Fig. 26, Fig. 27, and Fig. 28) formed coaxially with the central axis of one shaft,
A rotary finger pressure portion is installed on one side of the massage bar portion and the rotary finger pressure portion is moved up and down;
The rotation pressure portion has a rotation shaft (140), which is another second axis, on one side, a rotation rod (558) inserted into the rotation shaft (140)
The hemispheres 110 and 520 are eccentrically formed at the lower end of the rotation bar 558 to form eccentric rotation motions, and power supply means is provided at one side,
The hemispherical body (110) (520) has a heating body and has a heating stimulating means. The abdomen massage device The method according to claim 1,
Wherein the rotary contact pressure portion is forcibly rotated up and down along the central axis in a massage bar portion rotating 360 degrees around the central axis, and a vertical axis of the rotation shaft, which is a second axis provided on one side of the rotary pressure portion, , Abdominal massager for removal of abdominal obesity by rotational acupressure and thermal stimulation
A massaging rod is connected to a massaging rod by a cylinder on a coaxial axis of the body, and a rotating part is installed on one side of the massaging rod. The rotating part is composed of a rotating shaft and a hemispherical body. And a power motor is provided on one side of the massage bar,
In detail, the center shaft portion 390 is formed with a 360-degree electric power source 901 which is cylinder-coupled to a fixed shaft 900 supported by the main body, a massage bar portion is installed on one side, And the buffer spring is inserted between the 360 degree electric power source and the strength adjusting slide 930;
The force adjusting slide 930 is mounted on the inner side of the main body fixing shaft 900 while the spring supporting piece is protruded on the upper side and the strong driving screw 920 is inserted on the inner side. (910) to the power transmission gear (965), the clutch (971) and the connecting gear (960);
Wherein the massage bar portion is constituted by the rotary pressure portion and the reciprocating link portion,
A solenoid clutch for power interrupting is mounted between the rotary shaft pressure portion and the reciprocating link portion between the power motor 550 and the connecting gear 830;
And the link 840 is connected to the 360 degree electric power source 901 through the link gear 820 supported by the slide 860 of the rotary finger pressure portion;
The electric power is transmitted to the 360-degree electric power source 901 interlocked with the motor 910 formed at one side of the main body,
One of the coupling gears 966 and 960 connecting the solenoid 970 and the strength adjusting drive screw 920 to one side of the main body and the clutch 971;
Generally, gear connection, chain connection and belt connection are useful as power linkage means,
The massage barrel is provided with a separate power motor 550 which is supported on one side of the rotary finger pressure part and the rotary finger pressure case and eccentrically connects the hemisphere 520 to the pressure bar 557 inside the rotary finger pressure part, And a rotary slide gear 556 for rotating the damping rod 557 is provided with means for supporting the damping rod 557 with the bearing 555 to the rotary case in cooperation with the power connection gear 551;
A cam gear 553 is installed on one side of the massage rod and a rolling bearing 560 is formed on the upper contact portion of the cam gear and the acupressure stick 557 as a means for slightly reciprocating the acupressure stick 557 of the rotary acupressure part;
The hemisphere 520 eccentrically connected to the lower side of the rotary pressure bar 557 is constituted by the cover 732 and the ceramic hemisphere 520 while the infrared lamp 725, the heating heater 564 and the pcb are inserted inside Abdominal massager for removal of abdominal obesity by rotating acupressure and warm stimulation The central fixing part 300 is formed on the main body case 10 and the through hole of the angle and depth adjusting buffer part 200 is flatly coupled to the central one fixing part 209 by the center boss 12 ),
The slide 201 of the rotary pressure-applying portion 100, which is coaxially coupled to the cylindrical slider (213 of FIG. 1 and 213 of FIG. 14) is formed on one side of the angle and depth adjusting buffer 200,
A rotary pressure bar 133 is formed on one side of the rotary impact applying part 100 and a power transmitting part and a position detecting sensor 331 constitute a control part and a bottom cover 401 for internal protection,
The lubrication bushing 312 or the plain bearing is interposed between the through hole of the angle adjusting and buffering part 200 and the main body fixing gear 209 in the central axis of the center fixing part 300, The center fixing portion 300 is formed by screwing the body fixing gear 209 to the body boss 12 so as to fix the rotation joint 210 so as not to be pulled out,
A vertical cylindrical slider 213 is formed on one side of the rotary joint 210 and a tube of the case slide 201 of the rotary shoe 100 is coupled to the coaxial shaft,
The configuration of the rotary pressure-applying part 100 includes a case slide 201 of the rotary pressure-sensitive part 100, a power part, and a power /
The rotary pressure bar 133 is provided with a thrust bearing 126 and a semi-spherical body hollow at the lower end of the vertical reciprocating slide bar 120, and a lamp or a heater can be inserted into the hollow space, A thrust ball bearing 126 and a pressure sensor 142 are inserted between the rotary pressure bar 133 and the slide bar 120,
A pressure plate 136 formed by mounting gear 130 and a cam 131 on a cam shaft 135 formed on both sides of the rotary pressure bar case of the rotary pressure bar case and pressing the upper pressure sensor of the rotary pressure bar 133, Lt; / RTI >
When the eccentric cam rotates the eccentric cam about the cam shaft 135 by pressing the side roller 136 of the pressing plate and the upper pressing plate presses the pressure sensor and the thrust bearing 126, The upper side of the thrust bearing 126 is reciprocated up and down in a non-rotating state even when the pressure-sensitive bar 133 rotates;
The slider 120 slides on the vertical axis of the rotary pressure bar 133. However, when the slider 120 is rotated around the vertical axis, the power transmitting protrusion is formed so that the inner side of the gear and the protrusion are engaged, And is fixed to the case by bearings 123 on both upper and lower ends of the gear so as to fix the slider 120 of the rotary pressure bar 133 to the case 111, A abdominal massager for removing abdominal obesity by rotational acupressure and thermal stimulation, having means for simultaneously implementing rotational motion and acupressure by rotational motion and eccentric cam pressing action. The method of claim 4,
The inner slide 121 is formed so that the outer slide 120 and the inner slide 121 can be stretched by separating the slide so as to add the buffering force of the rotary pressure bar 133 to the lower end of the inner slide 121, A long hole is formed on the side surface of the outer slide 120 so that the inner and outer slides are not separated and a rivet is mounted on the inner slide side which overlaps with the long slide of the outer slide 120 on the inner slide, Of the abdominal obturator for abdominal obesity removal due to the rotating pressure and the thermal stimulation. The abdominal massager according to claim 1, The method according to claim 4,
The present invention relates to a rotary cord for connecting an electric signal to a body case and a rotary unit,
The center fixing portion 300 is formed in the main body case 10 and the multi-core rotating cord is inserted by making the center axis coincide with the rotation axis of the multi-
The input side fixing portion 350 of the multi-core rotating cord (FIGS. 7, 8, 9) is fixed to one side of the main body case, and the rotation portion 354 of the multi- And is fixed to the through hole of the depth adjusting buffer unit (200) so as to coincide with the center axis (390). The abdominal massager The apparatus according to claim 4, wherein the rotary pressure bar (133) of the rotary pressure-applying part (100) is a unit for adjusting the angle from the vicinity of the central rotation axis (390) to the outer periphery so as to evenly move from the central part to the outer part of the abdomen,
The rotational pressure applying unit 100 is rotated about the cylinder center axis 290 of the angle and depth adjusting buffer unit,
The power inverter unit 270 (FIG. 12), which is a connecting means for converting the power of the power unit 112 while rotating the power of the power unit 112, is connected to the rotary shaft gear 202 provided at one side of the slide 201 of the rotary pressure- The rotation and pressure buffering part 100 coaxially coupled to the angle and depth adjusting buffer part 200 is rotated by a solenoid driven coupling gear 274-0 in the forward and reverse directions by an electric signal, When the power is transmitted to the formed rotary shaft gear 202 and rotated in the forward and reverse directions, the rotary guide portion 100 is rotated around the cylinder center shaft 290 of the angle and depth adjusting buffer. And the upper drive gear 204 of the rotary drive cylinder shaft 206 is fixed to the rotary shaft of the rotary drive unit 206 And the rotation drive cylinder shaft 206 is formed on a polygon or a circle The rotary coupling gear 205 inserted into the coaxial shaft is slidable when it is displaced upward and downward, and is formed so as to be slidable in the axial direction by forming a vertical groove, And a guide vane is formed at the upper and lower ends of the guide shaft so that the wings of the rotary drive gear 205 are engaged with the rotary shaft gear 202 of the cylinder 201 of the rotary pressure- And the rotary coupling gear 205 is also slid along the rotary drive unit cylinder shaft 206 when the rotary shaft gear 202 of the rotary cylinder unit 201 is slid up and down The abdominal massager 205 for removing the abdominal obesity by the rotating pressure and the hot stimulus, The method of claim 4, wherein
A connecting gear 274-2 which is in the neutral state to receive the power from the main gear 271 and to connect the lower gear formed as a body to the fixed gear 272 from the fixed gear 272 and to the lower fixed gear 273, A method in which the solenoid 275 moves downward and the lower gear 274-2 of the connecting gear connects the fixed gear 273 and the fixed gear 276 to drive the driven gear 278 in the reverse direction, An abdominal massager for removing abdominal obesity by rotational acupressure and thermal stimulation, characterized by a direction changing means for actuating the connecting gear 274 in an upright position by operation and reverse operation and neutral position inactivity The method according to claim 6,
The multi-rotation code (330 in FIG. 1) is a means for transmitting power and signals to the angle and depth adjusting buffer 200 in the main body case,
A multi-core rotating cord 330 for connecting two or more wires to the rotating portion to transmit power and sensor signals when the angle and depth adjusting buffer 200 continuously rotates 360 degrees in the inside of the main body case receiving the external power, As a matter of fact,
In order to connect the input unit 350 and the output unit 354 of the multi-core rotary cord (FIGS. 7, 8, and 9) to each other and to allow both ends to rotate, the rotation center axes of the input unit and the output unit coincide, The multi-core rotating cord 330 is installed inside the rotating shaft. The multi-core rotating cord 330 has the input end brush terminal 351 around the connecting portion to enclose the axial ring terminal 353, The input stage brush terminals 351 are also arranged at a plurality of regular intervals in the axial direction and the output stage ring terminals 353 are arranged at a plurality of regular intervals in the axial direction, And a plurality of wire arrangements 349 connected between the wires and the terminals are arranged in a circumferential direction of the rotation axis, and the connection portions of the brush terminals 351 of the wires are arranged at 360 degrees. It is possible to minimize the overlapping of the connection terminals and to arrange the plurality of connection terminals around the rotation axis and to enable the electric conduction even when the rotation is carried out, A ventricular massager for removing abdominal obesity by rotating acupressure and warm stimulation The method according to claim 6,
The eccentric cam follower roller unit 400 has a rotation shaft 415 formed at one side of a fixed case that is slidably engaged with the sliding holder of the angle and depth adjusting buffer unit 200 and has a gear box connected to a power motor And is connected to a gear 416 formed on one side of the eccentric single-shaft rotating roller 400 to transmit power,
The eccentric shaper 400 is coupled to the rotary shaft 415 by an eccentric shake roller 400 connected to a bearing 414 and the eccentric shaper roller 400 is coupled to the rotary shaft assembly 430 and the cover and the friction wheel 413 And a friction wheel (413) is formed on the outer side of the rim. The abdominal massager for abdominal obesity removal by rotation stimulation and thermal stimulation The method of claim 4,
The integrated rotary sliding cam gear 553, the rotary pressure bar and the resilient spring are mounted on the rotary pressure bar 557 on the upper side of the rotary pressure bar, and the rolling bearing 560, and a locking step 568 is formed on the shaft side surface of the rotary pressure bar 557;
The engagement step 556-1 is formed on the two-step sliding gear 556 coupled to the shaft side engagement jaw of the rotary bipolar rod, and a gear for bearing gear 555 (see FIG. 19) is provided above and below the cylindrical portion of the two- ) Is mounted on the outside fixed case so as to support the rotary pressure bar and the two-stage sliding gear (556). The abdominal massager 12. The method of claim 11,
A rotating sliding cam gear 553 is mounted on the upper case so that the rolling bearing 560 is mounted on the uppermost layer on the eccentric shaft of the rotary pressure bar 557 and the rolling bearing 560 contacts the cover;
Characterized in that the ceramic hemisphere (520) of the rotary pressure-sensitive portion is formed with an eccentric support which is off the central axis at the lower end of the rotary pressure bar (557), and the eccentric support and the ceramic hemisphere (520) Abdominal massager for removing abdominal obesity The method according to claim 12, wherein the ceramic semi-spherical body (520) of the rotary pressurizing part is formed by forming an eccentric supporting base off the central axis at the lower end of the rotary biasing rod (567), and coupling the eccentric supporting base and the ceramic hemisphere , A center hole is formed in the eccentric support, and a lubrication bushing is inserted between the cover of the ceramic hemisphere and the eccentric support, and a screw (734) is coupled to the eccentric support. The abdomen massage device 12. The ceramic hemisphere according to claim 11, wherein the rotary cushion bar and the ceramic hemisphere (520) are combined, and the fixed casing of the ceramic hemisphere (520) is doubly divided into the ceramic hemisphere (520) The outer case 731 fixes the inner case 731 to the outer ring of the bearing 730 coupled with the screw 734 by the eccentric support and the outer case 732 A sensor 562 is mounted in the upper and lower space between the outer case 731 and the outer case 732 while fixing the hemisphere 520;
A heating heater, a RAM, and a PCB substrate are mounted in a space between the outer case 732 and the hemisphere 520, and an external power connection cable is formed on one side of the outer case 732. [ Abdominal massager for removing abdominal obesity The method of claim 12,
Wherein an eccentric vibration motor (720) is mounted on one side of the outer case (732) while coupling the inner case (731) coupled to the outer ring of the bearing, the silicone cushioning material (733) and the outer case (732) Abdominal massager for abdominal obesity removal by acupressure and warm stimulation The method of claim 13,
A tension spring is connected to both ends of the wire on the left and right sides of the case, and an intermediate point is connected to the wire fixing disk 559 of the rotary finger pressure bar to supply power to the ceramic hemisphere 520 of the rotary finger pressure portion directly from the case A ring is formed and the wire is inserted into the connecting ring so that the left and right movement is freely and flexibly formed;
And a power cable is connected to the ceramic hemisphere 520 while the power cable is supported by the telescopic wire 573 and the end of the ceramic hemisphere 520 is directly connected to the ceramic hemisphere 520 Abdominal massager for removal of abdominal obesity by rotating acupressure and warm stimulation 12. The method of claim 11,
And a power transmitting means connected to the power transmission gear 551 of the motor by two or more motors, the power transmitting means being driven by a motor And a pushing function is realized by connecting the rotating sliding cam gear 553 on both upper ends to the driving gear so as to implement a pushing function by being connected to the gear 552, Massage machine.

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