KR20070101708A - Easy chair f0r reducing human's body weight by shaking and warming and the human body - Google Patents

Abstract

An easy chair for weight loss is provided to be helpful to reduce weight of human body by heating, shaking, swing around and massaging human body and by promoting lipolysis of abdominal region through cupping. An easy chair for weight loss includes: a direct current power source part to rectify electric current from alternating current and to direct current; a control unit to control the whole operation of the chair; a control panel(200) for order input and operation display ; a heating and massaging unit(300) to permit heating and massaging human body by signals from the control unit; a hip shaking unit(400) to make the hips of a user shaken and swung around; a heating pad to warm human body by covering the upper body; a low frequency generating unit(600) to supply low frequency to the abdominal and the thigh region; a cupping unit including a cup(701) to promote lipolysis of the abdominal region; a foot support(800) to make blood circulate from the feet to the heart; and a tilting unit to change location of the heating and massaging unit.

Description

Weight loss chair which shakes and warms the human body {EASY CHAIR F0R REDUCING HUMAN'S BODY WEIGHT BY SHAKING AND WARMING AND THE HUMAN BODY}

1 is an external perspective view schematically showing a chair for losing weight to swing and warm a human body according to one embodiment of the present invention;

2 is a longitudinal cross-sectional view of the chair in FIG. 1;

Figure 3 is a longitudinal sectional view schematically showing an enlarged back of the chair in which the heating unit is built in Figure 1,

4 is an exploded perspective view of FIG. 3;

5 is an enlarged perspective view showing an enlarged control panel for controlling a weight loss chair for shaking and warming the human body according to one embodiment of the present invention;

Figure 6 is a longitudinal sectional view schematically showing a swinging unit swinging the hips in the chair for weight loss to swing and warm the human body according to an embodiment of the present invention,

7 is a plan view schematically showing the joint member of the swinging unit of FIG. 6;

Figure 8 is a longitudinal sectional view schematically showing an electric blanket (electric futon) applied to the chair for weight loss to swing and warm the human body according to an embodiment of the present invention,

9 is a partial exploded perspective view schematically showing first to third massage members in a chair for shaking, massaging, and warming a human body according to one embodiment of the present invention;

10 is a block diagram schematically showing a control unit for controlling a weight loss chair for shaking and warming a human body according to one embodiment of the present invention.

<Explanation of symbols for main parts of the drawings>

70: AC power supply 80: DC power supply

100: control unit 101: microprocessor

102: Relay 104: EEPROM

105: frequency conversion means 106: cupping drive means

107: low frequency oscillation means 111: RAM

200: control panel 201: main switch

202: heat on / off button 202a: heat temperature increase button

202b: Thermal temperature decrease button 202c: Thermal temperature increase button

202d: Thermal temperature decrease button 204: First thermal temperature display LCD

205: Second heat temperature display LCD 202e: Heat time increase button

202f: Thermal time reduction button 206: Thermal time display LCD

207: Bottom swing on / off button 207a: Turning speed increasing button

207b: Revolution speed reduction button 208: First light emitting diode array

209a: Mode 1 select button 209b: Mode 2 select button

209c: Mode 3 selection button 210: Low frequency output on / off button

211a: first channel button 211b: second channel button

211c: third channel button 212a: abdominal low frequency increase button

212b: abdominal low frequency reduction button 213: second light emitting diode array

214a: Thigh low frequency increase button 214b: Thigh low frequency decrease button

215: third LED array 216: cupping on / off button

217: massage on / off button 218a: massage strength increase button

218b: massage intensity decrease button 219: fourth LED array

220a: Massage time increase button 220b: Massage time decrease button

221: massage time display LCD 230: connector

230a: Cable 300: Heat / vibration unit

330: First cushion body 330a: Receiving groove

340: heat sink 341: first heating wire

342: back nonwoven fabric 343: front nonwoven fabric

344: first bimetal 345: first temperature detection sensor

346: Connector 348: outer cover

348a: front cover 348b: back cover

349: Slide fastener 360: The first massage member

361: first vibration motor 362: rotating shaft

363: weight 363a: through hole

370: second massage member 371: first vibration motor

372: rotation axis 373: weight

373a: penetration hole 380: third massage member

381: first vibration motor 382: rotary shaft

383: weight 383a: through hole

390: case 391: cover

400: bottom swing unit 401: support member

402: frame 403: motor

403a: shaft 404: power transmission means

405a: driven pulley 405b: driven pulley

405c: belt 407: reducer

407a: output shaft 407b: input shaft

409: link member 410: nut

411: Rod and bearing 411a: Screw part

413: operating member 415: connecting shaft

417: swinging body 417a: cushion body

420: joint member 421: support bracket

422: First self-aligning bearing 423: Second self-aligning bearing

500: electric blanket 501: bottom jacket

502a: upper nonwoven layer 502b: lower nonwoven layer

503: second heating wire 504: heat resistant woven fabric layer

505: far infrared radiation fiber layer 506: artificial fiber layer

507: second bimetal 508: second temperature detection sensor

600: low frequency output unit 601: abdomen low frequency output pad

602: second low-frequency output pad 603: third low-frequency output pad

621: First plug 622: Second plug

623: third plug 700: cupping unit

701: cupping cup 702: vacuum pump

704: suction port 706, 706a: suction pipe

800: footrest 900: tilting unit

902: support 904: hinge shaft

906: link member 908: cylinder

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a chair for weight loss that oscillates and warms the human body. In particular, a massage is applied to the shoulders, the back and the waist, and the hips are turned clockwise or counterclockwise while warming the human body. It oscillates and applies low frequency to the upper abdomen, the lower abdomen and the left and right thighs, respectively, to decompose the body fat accumulated in the subcutaneous layer and to decompose the fat of the abdomen by the cupping to shake and warm the human body which can reduce the weight. It relates to a chair for weight loss.

As a chair widely used in the related art, it is disclosed in Korean Utility Model Publication No. 1992-0002662 (published date; April 27, 1992).

The chair disclosed in Korean Utility Model Publication No. 1992-0002662 has a backrest fixed to the main body by a hinge so that it can be rotated and connected to both sides of the seat plate and both sides of the main body to be moved forward and backward. It is installed as possible, and fixedly installed on the main body so that the angle adjustment teeth are positioned on both sides of the rear plate, respectively, and the backrest combined seat plate is stacked on the upper part of the seat plate, and then between the rear end of both sides and the angle adjustment tooth as a link It is connected to the rotating material, and the belt loops fixed on both sides of the backrest are fixed to both ends of the backrest seat, and the summer cushions are detachably installed on the upper surface of the seat and the bottom of the backrest seat respectively. It is structured.

The conventional chair configured as described above attaches a summer cushion to the seat backrest seat, respectively, and uses the upper part of the backrest seatboard as a seatboard in spring, autumn and winter, and rotates the backrest seatboard in the summertime to back the summer seat cushion of the backrest seatboard. By using the summer cushion in the upper part of the seat as it is, as a seat, there is no effect of having a separate cushion depending on the season, but it is impossible to swing the hips, and the calf can not slide to the left and right, arms, abdomen, There was a problem in that low frequency could not be applied to the thigh and calf, respectively, so that body fat accumulated in the subcutaneous layer could not be decomposed.

Accordingly, the present invention has been made to solve the above various problems, the object of the present invention is to massage the shoulders, back and waist, while turning the hips clockwise or counterclockwise while warming the human body, The present invention provides a weight loss chair that swings and warms a human body that can swing up and down.

Another object of the present invention is to apply low-frequency to the abdomen and thigh, respectively, to decompose the body fat accumulated in the subcutaneous layer, and to lose weight by promoting the decomposition of the abdominal fat by cupping, weight swing chair for shaking and warming the human body To provide.

In order to achieve the above object, the chair for weight loss oscillating and warming the human body of the present invention operates from a DC power supply unit 80 and a DC power supply unit 80 that receive AC power from the AC power supply unit 70 to perform full wave rectification. The control unit 100 for receiving the power to control the entire operation, the control panel panel 200 for inputting the user's control command and displaying the operation, and the control according to the user's control command input from the control panel panel 200 A heat / massage unit 300 which applies massage to the shoulders, the back and the waist of the human body by the massage control signal output from the massage driving means 103 of the unit 100, and applies heat to the back of the user; Exposed at a certain angle with respect to the heat / massage unit 300 while turning the user's hips clockwise or counterclockwise according to the user's hip swing control command input from the control panel 200 Low frequency output control of the user inputted to dissipate and discharge the hip shaking unit 400 that swings up and down, the electric blanket 500 that covers the upper part of the human body to warm the human body, and the body fat accumulated in the subcutaneous layer. A low frequency output unit 600 for applying low frequency and heat to the abdomen and outputting low frequencies to the thighs, and a cupping cup 701 attached to the abdomen according to a command to dissolve and promote fat in the abdomen ( 700), the foot rest 800 for placing the foot high so that the blood flows to the heart flows, and the angle of the heat / massage unit 300 from the vertical position to the horizontal position by tilting down or from the horizontal position And a tilting unit 900 for tilting up to a position.

Hereinafter, a weight loss chair for shaking and warming the human body according to one embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view schematically illustrating a weight loss chair for shaking and warming a human body according to an embodiment of the present invention, FIG. 2 is a longitudinal cross-sectional view of the chair in FIG. 1, and FIG. 4 is a longitudinal cross-sectional view schematically illustrating an enlarged back of a chair in which a warming unit is built, and FIG. 4 is a perspective view showing an exploded view of FIG. 3, and FIG. 5 is a weight for shaking and warming a human body according to an embodiment of the present invention. FIG. 6 is an enlarged perspective view illustrating an enlarged control panel for controlling a weight loss chair, and FIG. 6 schematically illustrates a rocking unit for swinging a hip in a weight loss chair for shaking and warming a human body according to one embodiment of the present invention; One is a longitudinal cross-sectional view, Figure 7 is a plan view schematically showing the joint member of the rocking unit of Figure 6, Figure 8 is a weight loss for shaking and warming the human body according to an embodiment of the present invention FIG. 9 is a longitudinal sectional view schematically showing an electric blanket (electric quilt) applied to a chair, and FIG. 9 schematically shows the first to third massage members in a chair for shaking, massaging and warming a human body according to an embodiment of the present invention. Figure 10 is a partial explanatory view, Figure 10 is a schematic block diagram showing a control unit for controlling a weight loss chair for shaking and warming the human body according to an embodiment of the present invention.

3 to 10, the weight loss chair for shaking and warming the human body according to one embodiment of the present invention includes a DC power supply unit 80 receiving AC power from the AC power supply unit 70 and full-wave rectifying with DC. The control unit 100 receives the operating power from the DC power supply unit 80 and controls the entire operation, the control panel 200 for inputting the user's control command to display the operation, and the input from the control panel 200 Heat applied to the user's shoulders, back, and waist by the massage control signal output from the massage driving means 103 of the control unit 100 according to the user's control command, and at the same time, applying heat to the user's back. The user's hips clockwise or counterclockwise according to the user's hip swing control command inputted at a predetermined angle with respect to the massage unit 300 and the heat / massage unit 300. room The hip shaking unit 400 swings up and down while turning with a body, an electric blanket (500; also known as an electric blanket) that covers the upper part of the human body to warm the human body, and decomposes and discharges the body fat accumulated in the subcutaneous layer. According to the user's low frequency output control command input to the low frequency and heat to the abdomen, the low frequency output unit 600 for outputting the low frequency to the thigh, and the cup cup 701 is attached to the abdomen fat Cupping unit 700 for disassembling and promoting the step, the foot rest 800 to put the foot high so that the blood flows to the heart side, and the temperature of the heat / massage unit 300 from the vertical position to the horizontal position It is composed of a tilting unit 900 for tilting up or down from the horizontal position to the vertical position.

The control unit 100 is a microprocessor 101 for controlling the overall operation, and the temperature increase / decrease button at the time of switching on and off the main switch 201 and the heat on / off button 202 of the control panel 200 The heat / massage unit 300 and the electricity by the control signal output from the microprocessor 101 during the time set by the heat time increasing / decreasing buttons 202e and 202f to the temperature set by 202a and 202b. A relay 102 for controlling the output of AC power (AC power) from the AC power supply unit 70 to the first and second heating wires 341 and 503 provided in the blanket 500, and massage on / off of the control panel 200. When the button 217 is switched on and the massage intensity increasing button 218a or the massage intensity decreasing button 218b is pressed, the button 217 is driven by the massage driving control signal output from the microprocessor 101 to control the shoulder, back and waist. The first to third massage members (3) to massage each Massage driving means 103 for driving 60, 370, 380, an EEPROM 104 in which an execution program for executing the microprocessor 101 is stored, and the hip rocking on / off button 207 to variably drive the hips. ) Is driven by the swing control signal output from the microprocessor 101 at the swing / turn speed set by the swing speed increase button 207a and the swing speed decrease button 207b, thereby causing the hip swing unit 400 to be turned on. Frequency conversion means 105 for variablely driving the revolution speed of the control panel; and a cupping driving means for controlling the driving of the cupping unit 700 when the cupping on / off button 216 of the control panel 200 is switched on. 106 and the abdomen of the low frequency output unit 600 driven by the low frequency output control signal output from the microprocessor 101 when the low frequency output on / off button 210 of the control panel 200 is switched on. , Low frequency oscillation means 107 for controlling the oscillation of the low frequency output from the first and second low frequency output pads (601, 602, 603), and the temperature detection sensor (345,508) of the thermal / massage unit (300) and the electric blanket (500). The microprocessor 101 receives a signal input from the microprocessor 101 and stores the data processed according to the execution program stored in the EEPROM 104, and at the same time, swings the rocking body 417 of the hip rocking unit 400. RAM 111 for storing (memory) a mode (m1 to m3 mode); Random Access Memory).

As shown in FIG. 5, the control panel 200 includes a main switch 201 for controlling AC power output from the AC power supply unit 70 and a first light emission indicating that the main switch 201 is switched on. A current is applied to the first and second heating wires 341 and 503 installed in the heating / massage unit 300 and the electric blanket 500 so as to heat the user's body when the diode LED1 and the main switch 201 are switched on. A thermal on / off button 202 for controlling the flow of current and controlling a flow of current to a heating wire (not shown) in the abdominal low frequency output pad 601, and the thermal on / off button 202. A temperature increase button 202a for increasing the temperature of the heat / massage unit 300 and the electric blanket 500 by a predetermined temperature (for example, 5 ° C.) at the time of switching on, and the heat on / off button. At the time of switching on 202, the temperature of the heat / massage unit 300 and the electric blanket 500 The heat temperature decrease button 202b decreases by a predetermined temperature (for example, 5 ° C.), and the heat temperature of the abdominal low frequency output pad 601 is switched at a constant temperature (at a time of switching on the heat on / off button 202). For example, the heating temperature increasing button 202c increasing in increments of 5 ° C. and the heating temperature of the abdominal low frequency output pad 601 at the time of switching on the heating on / off button 202 may be a predetermined temperature (for example, Display the temperature of the heat / massage unit 300 and the electric blanket 500 set by the temperature reduction button 202d and the temperature increase / decrease buttons 202a and 202b. A second temperature display LCD (204; LCD is a liquid crystal display device) and a second temperature display temperature of the abdominal low frequency output pad 601 set by the temperature increase / decrease buttons 202c and 202d. Thermal temperature display LCD 205 and the thermal / massage unit 300 and the phase at the time of switching on of the thermal button 202. The current application time is increased by a predetermined time (for example, 5 minutes) to the first and second heating wires 341 and 503 installed in the electric blanket 500, and the heating wires installed in the abdominal low frequency output pad 601 are provided. A heating time increasing button 202e for increasing a current application time by a predetermined time (for example, 5 minutes), and the heating / massage unit 300 and the electric blanket 500 at the time of switching on the heating button 202. The current application time is reduced by a predetermined time (for example, 5 minutes) to the first and second heating wires 341 and 503 installed at the same time, and the current application time is applied to the heating wires installed in the abdominal low frequency output pad 601. The heat / massage unit 300 and the electric blanket set by the heat time decrease button 202f and the heat time increase / decrease buttons 202e and 202f which decrease by a predetermined time (for example, 5 minutes). The abdomen is displayed at the same time as the current application time is displayed on the first and second heating wires 341 and 503 provided at A warm time display LCD 206 for displaying a current application time on a heating wire built into the low frequency output pad 601, a hip swing on / off button 207 for controlling a hip swing command to swing the hip, and the bottom At the time of switching on / off the button 207, the second light emitting diode LED2 indicating that the hip movement on / off button 207 is switched on and the switching state of the hip movement on / off button 207 are switched on. The swing speed increase button 207a for increasing the swing speed of the swinging body 417 of the hip swing unit 400 and the hip swing unit 400 at the time of switching on the hip swing on / off button 207. Swinging body of the hip rocking unit 400 set by the turning speed reducing button 207b for reducing the turning speed of the swinging body 417 and the turning speed increasing button 207a and the turning speed decreasing button 207b. (417) a first light emitting diode array 108 displaying the revolution speed, and The mode 1 (m1) selection button 209a for turning the swinging body 417 of the hip swinging unit 400 in the m1 mode when the bottom swing on / off button 207 is switched on, and the mode 1 selection button ( 209a is switched on to switch the third light emitting diode LED3 indicating that the swinging body 417 of the hip swinging unit 400 is turned to mode 1, and the switching of the hip swinging on / off button 207. The mode 2 (m2) selection button 209b and the mode 2 selection button 209b for turning the swinging body 417 of the hip swinging unit 400 in the m 2 mode are switched on so that the hip swinging unit 400 is switched on. The fourth light emitting diode LED4 indicating that the oscillator 417 is turning in mode 2 and the hip swing unit 400 in the m3 mode when the hip swing on / off button 207 is switched on. The mode 3 (m3) selection button 209c and the mode 3 selection button 209c for turning the swinging body 417 of the hip swing unit 400 are switched on. A fifth light emitting diode LED5 indicating that the fuselage 417 is turning in mode 3 and a low frequency output on / off button intermittently intermittently outputting low frequencies from the abdomen, first and second low frequency output pads 601, 602, 603. 210, the sixth light emitting diode LED6 indicating that the low frequency output on / off button 210 is switched on, and the abdominal low frequency output pad 601 when the low frequency output on / off button 210 is switched on. The first channel button 211a selects the low frequency to be outputted to the abdomen, and the abdominal low frequency output pad 601 outputs the low frequency to the abdomen when the first channel button 211a is switched on. A seventh light emitting diode LED7, an abdominal low frequency increasing button 212a for increasing the intensity of the low frequency output from the abdominal low frequency output pad 601, and an intensity of the low frequency output from the abdominal low frequency output pad 601 At decreasing A second light emitting diode array 213 for displaying the low frequency intensity set by the abdominal low frequency reducing button 212b, the abdominal low frequency increasing button 212a and the abdominal low frequency reducing button 212b, and the low frequency output on / off A second channel button 211b for selecting a low frequency output from the first low frequency output pad 602 to the left thigh when the off button 210 is switched on; and the second channel button 211b when the second channel button 211b is switched on. The eighth light emitting diode LED8 indicating that the low frequency is output from the low frequency output pad 602 to the left thigh, and the second low frequency output pad 603 when the low frequency output on / off button 210 is switched on. The third channel button (211c) for selecting to output the low frequency to the right thigh, and when the switching on the third channel button 211c, the low frequency output from the second low frequency output pad 603 is output to the right thigh Displayed 9 LED (LED9), thigh low frequency increase button 214a for increasing the intensity of the low frequency output from the first and second channel buttons (211a, 211b), and the first and second channel buttons (211a, A third light emitting diode array displaying the low frequency intensity set by the thigh low frequency reduction button 214b for reducing the intensity of the low frequency output from 211b), and the low frequency increase button 214a and the thigh low frequency reducing button 214b. 215, the cupping on / off button 216 for controlling the on / off operation of the cupping unit 700 and the cupping on / off button 216 to dissolve and promote abdominal fat at the switching-on time. A tenth light emitting diode LED10 indicating that the abdomen is vacuum suctioned by the cupping cup 701 of the cupping unit 700, and a massage on / off button 217 for inputting a user's control command to massage; Switching of the massage on / off button 217. First to third massage members to drive the massage driving means 103 by the massage control signal output from the microprocessor 101 of the control unit 100 to massage the user's shoulder, back and waist strongly Massage strength increase button 218a for increasing the massage intensity of 360, 370, 380 and a massage control signal output from the microprocessor 101 of the control unit 100 when the massage on / off button 217 is switched on. Massage strength reduction button (218b) to reduce the massage strength of the first to third massage members (360, 370, 380) to gently massage the user's shoulders, back and waist by driving the massage driving means 103, the massage strength A fourth light emitting diode array 219 which displays the massage intensity set by the increase button 218a and the massage intensity decrease button 218b, and first to third when the massage on / off button 217 is switched on; Massage member (360,3 Massage time increase button 220a for increasing a massage time of 70, 380 by a predetermined time (for example, 5 minutes), and the first to third massage members when the massage on / off button 217 is switched on. Massage time reduction button 220b for decreasing the massage time of 360, 370, 380 by a predetermined time (for example, 5 minutes), and the massage time set by the massage time increasing button 220a and the massage time reducing button 220b. Massage time display LCD (221) for displaying the.

The heat / massage unit 300 is disposed in the first cushioning body 330 and the receiving groove 330a formed in the first cushioning body 330 to massage the shoulders, the back, and the waist. Exposed on the members 360, 370, 380 and the first cushioning body 330, the temperature increase button 202a and the temperature decrease button at the time of switching on the heat on / off button 202 of the control panel 200. Front and rear covers 348a incorporating a heat sink 340 for heating the back and the like for the time set in the heating time increasing / decreasing buttons 202e and 202f at a temperature set in 202b, and a cushioning body (not shown). The outer cover 348 made of 348b, and a slide fastener 349 for opening and closing the front and rear covers 348a and 348b of the outer cover 348.

The heat dissipation plate 340 has a first heating wire 341, a back nonwoven fabric 342 disposed on a rear surface of the first heating wire 341 so as to prevent leakage of the applied power, and the first power to prevent leakage of the applied power. Heat dissipation temperature of the front nonwoven fabric 343 covering the entire surface of the heating wire 341, the first bimetal 344 which cuts off the power when the first heating wire 341 exceeds a predetermined temperature, and the first heating wire 341. Is applied to the first temperature detection sensor 345 and the first heating wire 341 and detects the output to the microprocessor of the control unit 100, and at the same time to the first temperature detection sensor 345 And a connector 346 for outputting the temperature detected by the microprocessor of the control unit 100.

As shown in detail in FIG. 9, the first to third massage members 360, 370, and 380 vibrate according to a program stored in the EEPROM 104 of the controller 100, and at the same time, the main switch of the control panel 200. 201) and the massage intensity set by the massage intensity increase / decrease buttons 215a and 215b of the control panel 200 when the massage on / off button 217 is switched on, thereby increasing the massage time of the control panel 200. The first to third vibration motors 361, 371 and 381 disposed at regular intervals so as to massage the shoulder, back and waist over time by the reduction / reduction buttons 216a and 216b, and the first to third vibration motors 361,371 and 381 are eccentrically installed on the rotation shafts 362,372 and 382, respectively, to generate vibrations during the rotation of the first to third vibration motors 361, 371 and 381 so that the through holes 363a, 373a and 383a are massaged at the center. ) Circular weights (363,373,383) and the first to third vibration motor (361,3) And a cover 391 covering the upper opening of the case 390.

In the above description, when AC power is applied to the first to third vibration motors 361, 371 and 381 of the first to third massage members 360, 370 and 380, the rotation shafts 362, 372 and 382 of the first to third vibration motors 361, 371 and 381 are applied. The eccentrically installed circular weights 363, 373, 383 are driven to massage the shoulders, the back, and the waist, respectively, but the present invention is not limited thereto. For example, instead of the first to third vibration motors 361, 371, 381. Of course, it is also possible to use a plurality of solenoids which are excreted at regular intervals from each other.

The hip swinging unit 400 is disposed in the motor 403 disposed in the box-shaped support member 401 and in the rectangular frame 402 as shown in FIGS. 2, 6 and 7, The reducer 407 which receives the driving force of the motor 403 through the power transmission means 405, the link member 409 fixed to the output shaft 407a of the reducer 407, and the link member ( The rod end bearing 411 is installed to be adjustable in length by the nut 410 via the screw portion 411a at the output end of the 409, and the rotation angle is adjustable and rotates according to the rotation of the link member 409. A joint member for rotatably supporting a lower portion of the rod bearing 411 and a ball member of the rod end bearing 411 through a connecting shaft 415. 420, and is disposed horizontally or inclined on the upper portion of the joint member 420 and At the same time, the cushion body 417a is disposed on the upper surface and is composed of a circular (oval) dish-shaped oscillating body 417 that supports the user's hips.

The power transmission means 405 includes a drive pulley 405a installed on the shaft 403a of the motor 403, a driven pulley 405b provided on the input shaft 407b of the reducer 407, and the drive pulley ( It is comprised by the belt 405c suspended on 405a and the driven pulley 405b, and transmitting the driving force of the said motor 403 to the speed reducer 407. As shown in FIG.

The joint member 420 is installed on the support bracket 421 having a generally circular shape on the upper portion of the frame 402 and the support bracket 421 to face each other, and is movable to the front and rear and up and down directions. The connecting shaft 415 at an angle of about 90 degrees with respect to the axis of the pair of first self-aligning bearings 422 and the pair of first self-aligning bearings 422 installed in the middle of the frame 402. It is composed of a pair of second self-aligning bearing 423 installed on the support bracket 421 to support the flow.

As illustrated in FIG. 8, the electric blanket 500 is covered by a lower outer fabric 501 and an upper nonwoven fabric layer 502a and a lower nonwoven fabric layer 502b on the lower outer shell 501 so that leakage current does not flow. After receiving the AC power from the AC power supply unit 70 under the control of the control panel 200 and radiating heat for a predetermined time (the time can be changed by changing the program stored in the EEPROM 104), The second heating wire 503 is turned off, the non-ferrous metal is deposited on the upper nonwoven fabric layers 502a and 502b to deposit the non-ferrous metal, and the heat-resistant woven fabric layer 504 to block the flow of current, and the heat-resistant woven fabric to heat the human body. Far-infrared radiation fiber layer 505 radiating far infrared rays received through the heat-resistant woven fabric layer 504 disposed on the layer 504 and radiated from the second heating wire 503, and on the far-infrared radiation fiber layer 505. The far infrared radiation fiber layer laminated on The fiber layer 506 protecting the 505 and the AC power applied to the second heating wire 503 are cut off when the temperature radiated from the second heating wire 503 is higher than a predetermined temperature (eg, 60 ° C.). A second temperature which is disposed between the second bimetal 507 and the upper nonwoven fabric layer 502a and the heat resistant woven fabric layer 504 to detect a temperature and output the temperature to the microprocessor 101 of the control unit 100. It consists of a detection sensor 508.

The low frequency output unit 600 has a first plug 621 connected to the first jack 431 provided on the side surface of the support member 401 of the hip swing unit 400 to generate a low frequency oscillation of the control unit 100. A low frequency output pad 601 for abdomen which applies the low frequency output from the means 107 to the abdomen and heats the human body by heat radiated from the heating wire (not shown) disposed therein; The second plug 622 is connected to the second jack 432 provided on the side of the support member 401 of the 200 to output the low frequency output from the low frequency oscillation means 107 of the control unit 100 to the left thigh. A third plug 623 is connected to the second low frequency output pad 602 to be applied and a third jack 433 provided on the side surface of the support member 401 of the hip swing unit 200 to control the control unit 100. Third low frequency for applying the low frequency output from the low frequency oscillation stage 107 of the &lt; RTI ID = 0.0 &gt; It consists of a power pad 603. The

The cupping unit 700 drives the cupping cup 701 attached to the abdomen, the air in the cupping cup 701 to maintain the vacuum in the cupping cup 701 to drive the decomposition of the abdominal fat. And a suction pipe 706a and 706 which connect the vacuum pump 702 to the vacuum pump 702 and the cupping cup 701 via the suction port 704.

The tilting unit 900 is pivotally installed on one side of the support 902 is fixed to the frame 402, and the hinge shaft is fixedly installed through the bracket not shown in the lower portion of the heat / massage unit 300 904, a link member 906 fixed to the hinge shaft 904 so as to pivot the hinge shaft 904, and one end is hinged to the proximal end of the link member 906, the other end (piston side Is a cylinder 908 that is hinged to the frame 402 and stretched by air pressure.

Next, the operation and effects of the weight loss chair for shaking and warming the human body according to an embodiment of the present invention configured as described above will be described.

First, the user electrically connects the connector 230 installed at the end of the cable 230a of the control panel 200 to the connector jack 240, and then the user places a light on the heat / massage unit 300. After the abutment, the electric blanket 500 is covered, and the operating lever (not shown) of the tilting unit 900 is operated to move the heat / massage unit 300 at a desired angle, for example, from a vertical position to a horizontal position. Tilting up to a position or tilting up to any position between the horizontal position and the vertical position, the foot is extended to put the foot on the footrest 800, the user's hip is the swinging body of the hip swing unit (400) 417).

Next, after switching on the main switch 201 and the warm on / off button 202 of the control panel 200, the warm temperature increasing button 202a and the warm temperature decreasing button 202b are used. When the heat temperature of the heat / massage unit 300 and the electric blanket 500 is set, the temperature set on the first heat temperature display LCD 204 is displayed, and the heat time increase button 202e and the heat time When the time is set using the decrease button 202f, the heat time set on the time display LCD 206 is displayed.

At this time, an alternating current flows through the first heating wire 341 and the second heating wire 503 of the electric blanket 500 installed on the heat sink 340, and thus the first and second heating wires 341 and 503 start to generate heat. At the same time, the user may be warmed to the temperature set by the temperature increase / decrease buttons 202a and 202b, and at the same time, the user's body may be warmly warmed for the set time set by the temperature increase / decrease buttons 202e and 202f.

The temperature increase button 202a may be increased by 5 ° C. each time it is pressed once and increased to 70 ° C., and after rising to 70 ° C., the temperature may be increased by 5 ° C. every time it is pressed again from 25 ° C. The temperature reduction button 202b may be reduced by 5 ° C. each time it is pressed down to 20 ° C.

In addition, the warm-up time increasing button 202e may be increased by 5 minutes every time it is pressed once, and then increased by 12 hours.If 12 times are set again, pressing the button once again is set to 5 minutes and 5 times each time. It is increased by the minute and can be set up to 12 hours, and the heating time decreasing button 202f is reduced by 5 minutes each time.

When the first and second heating wires 341 and 503 start to generate heat and reach a set temperature, the bimetals 344 and 507 are turned off so that no current flows through the first and second heating wires 341 and 503, and the bimetals 344 and 507 When the heat sink 340 or the electric blanket 500 has a high temperature due to a failure of the temperature detection sensor 345 installed in the heat sink 340 and the temperature detection sensor 508 installed in the electric blanket 500. Since the temperature detected by the output to the microprocessor 101 of the control unit 100, the microprocessor 101 does not output a control signal to the relay 102, the relay 102 does not operate Therefore, current does not flow through the first and second heating wires 341 and 503, thereby preventing the occurrence of a fire.

As described above, the user's shoulders, back and waist are in contact with the front cover 348a of the heat / massage unit 300, and the user's hips are placed on the swinging body 430 in a comfortable state of swinging. If you want to massage your shoulders, back and waist strongly while warming, switching on and off the massage on / off button 217 of the control panel 200, the eleventh light emitting diode (LCD11) is displayed to emit light, then When the massage intensity is set by pressing the massage intensity increasing button 218a a plurality of times and the massage time is set by pressing the massage time increasing button 220a, the massage intensity setting signal and the massage time setting signal are set to the micro of the control unit 100. It receives the processor 101 and performs arithmetic processing according to the execution program stored in the EEEPROM 104, and outputs the massage strength control signal set during the massage time set in the massage driving means 103. The first to third massage members 360, 370 and 380 drive the first to third massage members 360, 370 and 380 for the time set by the massage time increasing button 216a at the massage driving stage 103 receiving the control signal. Begin to strongly massage the user's shoulders, back, and waist, and at this time, the massage intensity increasing button 218a indicates that the massage intensity is set on the fourth LED array 219, and the massage time increasing button ( The massage time set by 220a is displayed on the massage time display LCD 221.

Next, when you want to massage the user's shoulders, back and waist weakly, the massage strength reduction button 218b in the state that the massage on / off button 217 of the control panel 200 of the control panel 200 is switched on. Press the button a plurality of times to set the massage strength low, and press the massage time reduction button 220b a few times to set the massage time short. The massage strength reduction button 218b and the massage time reduction button 220b are set. Massage time setting signal and massage time setting signal are received by the microprocessor 101 of the control unit 100 in accordance with the execution program stored in the EEEPROM 104 and the massage time set in the massage driving means 103 Outputs a massage intensity control signal set while the first and third massage members 360, 370 and 380 are applied to the massage time reduction button 220b by the massage driving means 103 receiving the massage intensity control signal. The first to third massage members 360, 370 and 380 are driven for the time set by the user to lightly massage the shoulders, back and waist of the user. In this case, the massage intensity is set by the massage intensity decrease button 218b. The diode array 219 emits light and displays the massage time set by the massage time reduction button 220b on the massage time display LCD 221.

The operation of the first to third massage members 360, 370 and 380 will be described in more detail. When the user wants to massage the shoulder, back and waist strongly or weakly, the massage on / off button 217 of the control panel 200 is switched on while the massage strength increase button 218a or the massage strength decrease button When the switch 218b is switched on, the massage intensity driving signal and the massage intensity driving signal are received by the microprocessor 101 of the control unit 100 and processed according to an execution program stored in the EEEPROM 104. The massage driving means 103 outputs a massage intensity control drive signal or a massage intensity drive control signal, and receives the massage intensity control drive signal or the massage intensity drive control signal from the massage drive means 103. The first to third massage members 360, 370 and 380 begin to massage strongly or weakly.

At this time, an AC power is applied to the first to third vibration motors 361, 371 and 381 of the first to third massage members 360, 370 and 380 so that the first to third vibration motors 361, 371 and 381 start to be driven. As the circular weights 363, 373 and 383, which are eccentrically installed in the 362, 372 and 382, are rotated, the shoulders, the back and the back are massaged strongly or weakly.

As described above, when the oscillating body 430 of the hip rocking unit 400 is driven while strongly or weakly driving the first to third massage members 360, 370, and 380, the rocking body is rotated and the control panel 200 is moved. When the hip swing on / off button 207 is switched on, the second light emitting diode LED2 emits light to indicate that the hip swing on / off button 207 is switched on.

At this time, when the rotation speed increasing button 207a is pressed once or multiple times, the oscillation intensity driving signal is received by the microprocessor 101 of the control unit 100 according to the execution program stored in the EEEPROM 104. Outputs the hip rocking control signal to the frequency converting means 105 by arithmetic processing, and the swinging body 430 of the hip rocking unit 400 is pivoted by the frequency converting means 105 that receives the hip rocking control signal. The motor starts to swing and turn strongly depending on the number of times the speed increasing button 207a is pressed.

As described above, when the rocking body 430 of the hip rocking unit 400 is strongly rocked, if the rocking body 430 of the hip rocking unit 400 is to be rocked weakly, the rotation speed reduction button 207b is pressed. The rocking body 430 of the hip rocking unit 400 weakly swings and turns as many times as it is pressed once or many times.

The swinging / turning speed of the swinging body 430 of the hip swinging unit 400 set by the swinging strength adjustment button 207 and the rotational speed decreasing button 207b is displayed on the first light emitting diode array 208. .

Next, when the mode 1 (m1) selection button 209a is pressed when the hip swing on / off button 207 is switched on, the swinging body of the hip swing unit 400 according to the program set in the RAM 111 ( While turning 417 in the m1 mode (weakest speed mode), the third light emitting diode LED3 emits light to indicate that the swinging body 417 of the hip swing unit 400 is turning in the m1 mode. When the mode 2 (m2) selection button 209b is pressed when the hip swing on / off button 207 is switched on, the swinging body 417 of the hip swing unit 400 is programmed according to a program set in the RAM 111. Is rotated to m2 mode (weak speed mode) and at the same time, the fourth light emitting diode LED4 emits light to indicate that the swinging body 417 of the hip swing unit 400 is being turned to m2 mode. When the mode 3 (m3) selection button 209c is pressed while the hip swing on / off button 207 is switched on, the RAM 111 is set in the RAM 111. According to the programmed program, the swinging body 417 of the hip rocking unit 400 is turned to m3 mode (strong speed mode), and the rocking body 417 of the hip rocking unit 400 is turned to m3 mode. That the fifth light emitting diode LED5 emits light.

In the above description, the m2 mode oscillates and swings the swinging body 417 of the hip swinging unit 400 at an intermediate speed between the m1 mode (the weakest speed mode) and the m3 mode (the strong speed mode).

On the other hand, in order to change the swing angle of the swinging body 417 constituting the hip swinging unit 400, the rod end bearing 411 of the bottom swinging unit 400 to the output end of the link member 409 When the nut 410 is screwed with the threaded portion 411a formed in the bearing 411 in a clockwise direction to reduce the length of the threaded portion 411a, the turning angle is reduced, and the threaded portion 411a formed in the rod and bearing 411 When the nut 410 is screwed in counterclockwise direction to lengthen the length of the screw portion 411a, the swing angle of the swinging member 417 increases.

At this time, the control signal of the swing speed set by the swing speed increase button 207a and the swing speed decrease button 207b when the hip swing on / off button 207 of the control panel 200 is switched on. The microprocessor 101 of the unit 100 receives arithmetic processing according to an execution program stored in the EEEPROM 104, and the microprocessor 101 of the control unit 100 heaps on the frequency converting means 105. Since the swing control signal is output, the motor 403 of the hip swing unit 400 is rotated, and the driving force of the motor 403 is driven by the drive pulley 405a installed on the shaft 403a of the motor 403 and the The reducer 407 is transmitted to the driven pulley 405b through a belt 405 suspended between driven pulleys 405b installed on the input shaft 407b of the reducer 407 and through the input shaft 407b of the reducer 407. 407), the driving force decelerated at a constant speed is The link member 409 fixed to the output shaft 407a of the reduction gear 407 is rotated clockwise or counterclockwise, and the driving force for rotating the link member 409 rotates the rod end bearing 411 clockwise or Rotate counterclockwise.

Accordingly, as the operating member 413 installed at the distal end of the rod and bearing 411 via the ball bearing rotates about the rod and bearing 411, the support bracket 421 of the joint member 420 is rotated. An intermediate portion of the actuating member 413 is pivotally supported by a connecting shaft 415 having both ends supported by a pair of second self-aligning bearings 423 provided to face each other, and the joint member 420 is also supported. Is supported on the upper portion of the frame 402 through a pair of first self-aligning bearings 422 provided opposite to each other, so that the swinging body 417 is fixedly installed on the operating member 413 Turns and swings the hips.

In this way, the user's body heat and hips are shaken, and while applying low-frequency to the abdomen, the body is heated to decompose body fat accumulated in the abdomen to lose weight, and low-frequency is applied to the thigh to decompose the body fat accumulated in the subcutaneous layer. In order to lose weight, the abdomen of the low frequency output unit 600 and the first and second low frequency output pads 601 to 603 are attached to the abdomen and the thigh, respectively, on the abdomen and the thigh of the user. The first to third plugs 621 to 623 of the first and second low frequency output pads 601 to 603 are connected to the first to third jacks 431 to 433 provided on the support member 401 of the chair. Subsequently, when the low frequency output on / off button 210 is switched on, the sixth light emitting diode LED6 emits light to indicate that the low frequency output on / off button 210 is switched on.

At this time, after switching on the first channel buttons 211a (CH1), the abdominal low frequency increase button 212a or the abdominal low frequency decrease button 212b is pressed once or multiple times to set the low frequency intensity, and furthermore, the warm temperature increase button ( When the temperature is set by the temperature reduction button 202d and the temperature reduction button 202d, these signals are received by the microprocessor 101 of the control unit 100 and processed according to the execution program stored in the EEEPROM 104. The microprocessor 101 outputs a low frequency control signal and a thermal control signal to the low frequency oscillation means 107 and the relay 102, respectively.

Accordingly, since the low frequency output signal is output from the low frequency oscillation means 107 receiving the low frequency control signal, the low frequency is output to the abdominal low frequency output pad 601 and applied to the abdomen, and the abdominal low frequency output pad 601 is applied. In the heating wire (not shown) disposed in the above), the abdomen is heated at the warm temperature set by the warm temperature increase button 202c and the warm temperature decrease button 202d.

At this time, the seventh light emitting diode LED7 emits light indicating that the first channel button 211a is switched on, and is set by the abdominal low frequency increasing button 212a or the abdominal low frequency reducing button 212b. The second light emitting diode array 213 indicates that low frequency is being output from the abdominal low frequency output pad 601 at the intensity of the low frequency, and is set by the heat temperature increasing button 202c and the heat temperature decreasing button 202d. The warm temperature is displayed on the second warm temperature display LCD 221.

After switching on the second channel buttons 211b (CH2) while the low frequency output on / off button 210 is switched on, the thigh low frequency increasing button 214a and the thigh low frequency reducing button 214b are once to many. When pressed once, these signals are received by the microprocessor 101 of the control unit 100 and arithmeticly processed according to an execution program stored in the EEEPROM 104 to the low frequency oscillation means 107 in the microprocessor 101. A low frequency control signal and a thermal control signal are output respectively.

Accordingly, since the low frequency output signal is output from the low frequency oscillation means 107 receiving the low frequency control signal, the low frequency is output to the first low frequency output pad 602 and applied to the left thigh to accumulate body fat accumulated in the subcutaneous layer of the thigh. Break down to lose weight.

At this time, an eighth light emitting diode LED8 emits light indicating that the second channel button 211b is switched on, and at the same time, a low frequency set by the thigh low frequency increasing button 214a or the thigh low frequency reducing button 214b. The third LED array 215 indicates that low frequency is being output from the first low frequency output pad 602 at the intensity of.

At the same time, after switching on the third channel button 211c (CH3) while the low frequency output on / off button 210 is switched on, the thigh low frequency increasing button 214a and the thigh low frequency reducing button 214b are performed once to When pressed a plurality of times, these signals are received by the microprocessor 101 of the control unit 100 and arithmeticly processed according to an execution program stored in the EEEPROM 104, so that the low frequency oscillation means 107 in the microprocessor 101 is executed. The low frequency control signal and the thermal control signal are respectively outputted to the.

Accordingly, since the low frequency output signal is output from the low frequency oscillation means 107 receiving the low frequency control signal, the low frequency is output to the second low frequency output pad 603 and applied to the right thigh to accumulate body fat accumulated in the subcutaneous layer of the thigh. Break down to lose weight.

At this time, the ninth light emitting diode LED9 emits light indicating that the third channel button 211c is switched on, and at the same time, the low frequency set by the thigh low frequency increasing button 214a or the thigh low frequency reducing button 214b. The third LED array 215 indicates that low frequencies are output from the first and second low frequency output pads 602 and 603 to the left and right thighs at the intensity of.

In other words, when low frequency is applied by attaching the abdomen, the first and second low frequency output pads 601 to 603 to the abdomen and the thigh, respectively, body weight of the abdomen and the thigh can be decomposed to lose weight.

Apply low frequency to the abdomen as described above. When applying the heat and applying low frequency to the left thigh and the right thigh and floating the cup in the abdomen to promote the fat of the abdomen, the on / off button 216 is switched on to control the signal. The microprocessor 101 of the unit 100 receives an arithmetic process according to an execution program stored in the EEEPROM 104 and outputs a cupping control signal to the cupping driving means 106 by the microprocessor 101.

At this time, the tenth light emitting diode LED10 is turned on, the cupping on / off button 216 is switched on to indicate that the cupping unit 700 is driven, and at the same time, the microprocessor of the control unit 100 Since the cupping control signal output to 101 is received by the cupping driving means 106 to drive the vacuum pump 702 of the cupping unit 700, the suction pipe 706a connected to the suction port of the vacuum pump 702. Since the suction port 704, the suction pipe 706, and the cup cup 701 suck air from the plurality of cup cups 701 attached to the abdomen, the cup cup 701 is maintained inside a vacuum state, respectively. Therefore, by strongly inhaling the skin of the abdomen to the cupping cup 701 inside to promote the decomposition of the abdominal fat.

In the above description, the method of attaching the cupping cup 701 while maintaining the vacuum in the abdomen is performed by connecting the suction pipe 706 to the discharge port (not shown) provided at the upper center of the cupping cup 701. Since the air in the cupping cup 701 is sucked through the discharge port, a check valve (not shown) installed in the discharge port closes the suction port of the discharge port to maintain the vacuum inside the cupping cup 701 for a predetermined time. do. Next, the suction pipe 706 may be pulled out from the discharge port installed in the upper center of the cupping cup 701 to maintain the vacuum state in the other cupping cup 701.

In this manner, after the plurality of cups 701 are attached to the abdomen in a vacuum state, the cupping on / off button 216 may be turned off.

In the above description, when the user does not want to warm the human body warmly, pressing the heat on / off button 202 again turns on the heat on / off button 202 so that the heat / massage unit 300 and the electric blanket Since the AC power is not supplied from the AC power supply unit 70 to the first and second heating wires 341 and 503 provided at the 500, heat is not radiated from the first and second heating wires 341 and 503, and the user's shoulder, back, and the like. If you do not want to apply a massage on the waist, press the massage on / off button 217 again, the massage on / off button 217 is off, so that the first to third massage members (360,370,380) does not operate, the user Can not massage the shoulders, back and waist.

If the user does not want to turn his or her hip in a clockwise or counterclockwise direction, pressing the hip rocking on / off button 207 again turns off the hip rocking on / off button 207 to turn the hip rocking unit. Since the 400 is not turned, the user does not swing the hips, and when the user does not want to apply low frequency to the abdomen and thighs of the user, pressing the low frequency output on / off button 210 again causes the low frequency output on / off button ( Since the low frequency output unit 600 does not operate because the low frequency output unit 600 does not operate, the low frequency is not applied to the abdomen and the thigh of the user, and the cupping on / off button 216 is not applied when the user does not want to abate the abdomen. When pressed again, the cupping on / off button 216 is turned off so that it is not possible to cup the user's abdomen and thighs.

In the above description, for convenience of description, the operation of the heating unit, the massage unit, the hip rocking unit, the low frequency output unit, and the cupping order has been described. However, the present invention is not limited thereto. Of course, the weight can be reduced by selecting any one or more of a unit, a bottom swing unit, a low frequency output unit, and a cupping unit.

In the above description, the specific embodiments have been shown and described, but the present invention is not limited thereto, for example, by those skilled in the art without departing from the concept of the present invention. Of course, the design can be changed in various ways.

As described above, according to the weight-bearing chair that swings and warms the human body of the present invention, the massage is applied to the shoulders, the back and the waist, and the hips are turned clockwise or counterclockwise while warming the human body. ㆍ It has a very excellent effect of lowering the weight, and applying low frequency to the abdomen and thigh, respectively, to decompose the body fat accumulated in the subcutaneous layer and to reduce the body weight by promoting the decomposition of abdominal fat by cupping.

Claims (12)

Input the AC power from the AC power supply 70, the DC power supply unit 80 for full-wave rectification by DC, the control unit 100 to receive the operating power from the DC power supply unit 80 to control the overall operation, and input the user's control command The control panel 200 for displaying the operation and the massage control signal output from the massage driving means 103 of the control unit 100 according to the user's control command input from the control panel 200 At the same time to apply the massage to the shoulder, back and waist, the heat / massage unit 300 for applying heat to the user's back and the heat / massage unit 300 is disposed at a predetermined angle to the control panel 200 According to the user's hip swing control command input from the hip), the hip swing unit 400 swings up and down while turning the user's hips in a clockwise or counterclockwise direction, and an electric fence that warms the human body by covering the upper part of the human body. Low frequency output for outputting low frequency to the thighs while applying low frequency and heat to the abdomen according to the user's low frequency output control command inputted to disassemble and discharge the body fat accumulated in the urine 500 and the subcutaneous layer. The unit 600, the cupping cup 701 is attached to the abdomen, the cupping unit 700 for dissolving and promoting the fat of the abdomen, the foot rest 800 to put the feet high so that the blood flows to the heart side And a tilting unit 900 which tilts the angle of the heat / massage unit 300 from a vertical position to a horizontal position or tilts up from a horizontal position to a vertical position. Weight loss chair. The control unit (100) of claim 1, wherein the control unit (100) controls the microprocessor (101) for controlling the overall operation, and the switching on of the main switch (201) and the heat on / off button (202) of the control panel (200). The heat / massage unit by the control signal output from the microprocessor 101 for a time set by the heat time increase / decrease buttons 202e and 202f to the temperature set by the heat temperature increase / decrease buttons 202a and 202b. A relay 102 for controlling the output of AC power (AC power) from the AC power supply unit 70 to the first and second heating wires 341 and 503 installed in the electric blanket 500 and the control panel 200 Massage on / off button 217 is switched on and is driven by the massage driving control signal output from the microprocessor 101 when the massage intensity increasing button 218a or the massage intensity decreasing button 218b is pressed. The first first to massage each shoulder, back, waist The hip swinging means for driving the third massage members 360, 370 and 380, the EEPROM 104 storing the execution program for executing the microprocessor 101, and the hips to variably drive the rocking speed. Driven by the swing control signal output from the microprocessor 101 at the swing / turn speed set by the swing speed increase button 207a and the swing speed decrease button 207b when the on / off button 207 is switched on. And variable frequency driving means 105 for variablely driving the swing speed of the hip swing unit 400 and the switching of the cupping unit 700 when the cupping on / off button 216 of the control panel 200 is switched on. The low frequency output is driven by the low frequency output control signal output from the microprocessor 101 at the time of switching the low frequency output on / off button 210 of the control panel 200 to control the cupping driving means 106. Low frequency oscillation means 107 for controlling the oscillation of low frequencies output from the abdomen, the first and second low frequency output pads 601, 602, 603 of the unit 600, the thermal / massage unit 300, and the electric blanket 500. The microprocessor 101 receives signals input from the temperature detection sensors 345 and 508, and stores data processed according to an execution program stored in the EEPROM 104. Weight swing chair for oscillating and warming the human body, characterized in that consisting of a RAM (111) for storing the rocking mode of the rocking body (417). According to claim 1, wherein the control panel 200 is a main switch 201 to control the AC power output from the AC power supply unit 70, and the first light emitting diode indicating that the main switch 201 is switched on LED1 and the first and second heating wires 341 and 503 installed in the heat / massage unit 300 and the electric blanket 500 to heat the user's body when the main switch 201 is switched on. A heat on / off button 202 for controlling the flow of current and controlling the flow of current to the heating wire in the abdominal low frequency output pad 601 and the heat at the time of switching on the on / off button 202. A temperature increase button 202a for increasing the temperature of the massage unit 300 and the electric blanket 500 by a predetermined temperature, and the heating / massage unit 300 at the time of switching on the on / off button 202. And a decrease in the temperature of the electric blanket 500 by a predetermined temperature A button 202b and a heat temperature increasing button 202c for increasing the heat temperature of the abdominal low frequency output pad 601 by a predetermined temperature at the time of switching on the on / off button 202, and the heat on / off button. The heat temperature decrease button 202d for decreasing the heat temperature of the abdominal low frequency output pad 601 by a predetermined temperature at the time of switching on the off button 202, and the heat temperature increase / decrease buttons 202a and 202b. The abdominal low frequency output pad set by the first warm temperature display LCD 204 for displaying the warm temperature of the warm / massage unit 300 and the electric blanket 500 and the warm temperature increase / decrease buttons 202c and 202d. A second heat temperature display LCD 205 for displaying a heat temperature of 601, and first and second heaters 300 and the electric blanket 500 installed at the time of switching on the heat button 202; The current is applied to the second heating wires 341 and 503 by a predetermined time, and at the same time, A heating time increasing button 202e for increasing a current application time to a heating wire built into the low frequency output pad 601 by a predetermined time; and the heating / massage unit 300 and the electric power when the heating button 202 is switched on. While reducing the current application time by the predetermined time for the first and second heating wires (341, 503) installed in the blanket 500, and at the same time to reduce the current application time to the heating wire built in the abdominal low frequency output pad 601 First and second heating wires 341 and 503 installed in the heating / massage unit 300 and the electric blanket 500 set by the heating time decreasing button 202f and the heating time increasing / decreasing buttons 202e and 202f. A heat time display LCD 206 which displays a current application time at the same time, and displays a current application time on a heating wire installed in the abdominal low frequency output pad 601 and a hip fluctuation command to rock the hips. Rocking on / off button 207, When the bottom swing on / off button 207 is switched on, the second light emitting diode LED2 indicating that the bottom swing on / off button 207 is switched on and the bottom swing on / off button 207 A swing speed increase button 207a for increasing the swing speed of the swinging body 417 of the hip swing unit 400 at the time of switching on, and the bottom swing unit at the time of switching on the hip swing on / off button 207; Of the hip swing unit 400 set by the turning speed decreasing button 207b for reducing the turning speed of the swinging body 417 of the swinging body 417 and the turning speed increasing button 207a and the turning speed decreasing button 207b. The first light emitting diode array 108 displaying the swinging speed 417 and the swinging body 417 of the hip swinging unit 400 in the m1 mode when the hip swinging on / off button 207 is switched on. The mode 1 (m1) selection button 209a and the mode 1 selection button 209a for turning The third light emitting diode LED3 indicating that the swinging body 417 of the hip swinging unit 400 is turning in mode 1 and the m2 mode when the hip swinging on / off button 207 is switched on. The mode 2 (m2) selection button 209b for turning the swinging body 417 of the hip swinging unit 400 and the mode 2 selection button 209b are switched on so that the swinging body 417 of the hip swinging unit 400 is switched on. ) Is a fourth light emitting diode (LED4) indicating that the turning in the mode 2, and the oscillator 417 of the hip swing unit 400 in the m3 mode at the time of switching on the hip swing on / off button 207 The mode 3 (m3) selection button 209c and the mode 3 selection button 209c for turning to turn on to indicate that the swinging body 417 of the hip swing unit 400 is being turned to mode 3. 5 Low frequency output on to intercept low light output from light emitting diode (LED5) and abdomen, first and second low frequency output pads (601, 602, 603) The on / off button 210, the sixth light emitting diode LED6 indicating that the low frequency output on / off button 210 is switched on, and the abdominal low frequency when the low frequency output on / off button 210 is switched on A first channel button 211a for selecting the low frequency output to the abdomen by the output pad 601 and a low frequency output to the abdomen by the abdominal low frequency output pad 601 when the first channel button 211a is switched on A seventh light emitting diode (LED7) indicating that the operation is performed, an abdominal low frequency increasing button (212a) for increasing the intensity of the low frequency output from the abdominal low frequency output pad 601, and an output from the abdominal low frequency output pad 601 A second light emitting diode array 213 for displaying the low frequency intensity set by the abdominal low frequency reduction button 212b and the abdominal low frequency increasing button 212a and the abdominal low frequency reducing button 212b A second channel button 211b for selecting a low frequency output from the first low frequency output pad 602 to the left thigh when the low frequency output on / off button 210 is switched on; and the second channel button 211b. The eighth light emitting diode LED8 indicating that the low frequency is output to the left thigh from the first low frequency output pad 602 when switching on, and the second time when the low frequency output on / off button 210 is switched on. The third channel button 211c selects the low frequency output pad 603 to output low frequency to the right thigh, and the low frequency is right on the second low frequency output pad 603 when the third channel button 211c is switched on. A ninth light emitting diode LED9 indicating that the thigh is being output, a thigh low frequency increasing button 214a for increasing the intensity of the low frequency output from the first and second channel buttons 211a and 211b, and the first light emitting diode 214a. To the first and second channel buttons 211a and 211b. The third light emitting diode array 215 which displays the thigh low frequency reduction button 214b for reducing the intensity of the low frequency output, and the low frequency intensity set by the thigh low frequency increasing button 214a and the thigh low frequency reducing button 214b. And, the cupping on / off button 216 to control the on / off operation of the cupping unit 700 and the cupping to promote the decomposition of abdominal fat at the switching on of the cupping on / off button 216 A tenth light emitting diode LED10 indicating that the abdomen is vacuum suctioned by the cupping cup 701 of the unit 700, a massage on / off button 217 for inputting a user's control command to massage, and When the massage on / off button 217 is switched on, the massage driving signal 103 is driven by the massage control signal output from the microprocessor 101 of the control unit 100 to strongly strengthen the shoulder, back and waist of the user. To massage Massage strength increase button 218a for increasing the massage intensity of the first to third massage members 360, 370, and 380, and the microprocessor 101 of the control unit 100 when the massage on / off button 217 is switched on. Massage strength reduction button for reducing the massage strength of the first to third massage members (360,370,380) to massage the user's shoulder, back and waist weakly by driving the massage driving means (103) by the massage control signal output from the ( 218b, a fourth light emitting diode array 219 displaying the massage intensity set by the massage intensity increasing button 218a and the massage intensity decreasing button 218b, and switching of the massage on / off button 217. Massage time increase button 220a for increasing the massage time of the first to third massage members 360, 370, and 380 at a predetermined time, and the first to third massage when the massage on / off button 217 is switched on. Work massage time of members 360,370,380 Massage time reduction button 220b for decreasing the time, and massage time display LCD 221 for displaying the massage time set by the massage time increase button 220a and the massage time reduction button 220b. Weight loss chair that swings and warms the human body. The method of claim 1, wherein the heat / massage unit 300 is disposed in the first cushion body 330 and the receiving groove 330a formed in the first cushion body 330 to massage the shoulder, back and waist The temperature increase buttons 202a are disposed on the first to third massage members 360, 370, and 380 and the first cushioning body 330 when switching on the on / off button 202 of the control panel 200. ) And a heat sink 340 for warming the light and the like during the time set in the heat time increasing / decreasing buttons 202e and 202f at the temperature set in the temperature reducing button 202b, and the front and rear covers 348a and 348b in which the cushioning body is installed. Oscillating and warming the human body, characterized in that the outer cover 348, and a slide fastener 349 for opening and closing the front and back covers 348a and 348b of the outer cover 348, respectively. Let's lose weight chair. The heat dissipation plate 340 of claim 4, wherein the heat dissipation plate 340 is disposed on the rear surface of the first heating wire 341, the back nonwoven fabric 342, and the leakage of applied power. The front nonwoven fabric 343 covering the front surface of the first heating wire 341, the first bimetal 344 to cut off the power when the first heating wire 341 exceeds a predetermined temperature, and the first heating wire The first temperature detection sensor 345 which detects the heat radiation temperature of the 341 and outputs it to the microprocessor of the control unit 100 and the first heating wire 341 are supplied with power, and the first temperature is applied. Chair for weight loss and oscillation and warming the human body, characterized in that consisting of a connector 346 for outputting the temperature detected by the detection sensor (345) to the microprocessor of the control unit (100). According to claim 1, wherein the hip swing unit 400 is disposed in the motor 403 and the rectangular frame 402 disposed in the box-shaped support member 401, the driving force of the motor 403 A reducer 407 which receives and decelerates through the power transmission means 405, a link member 409 fixed to the output shaft 407a of the reducer 407, and a screw portion (3) at an output end of the link member 409. The rod and bearing 411 and the rod and bearing 411 which are installed to be adjustable in length by the nut 410 via the 411a and which can adjust the rotation angle and rotate according to the rotation of the link member 409. An actuating member 413 having a lower portion movable in a ball bearing of the present invention), a joint member 420 rotatably supporting an intermediate portion of the actuating member 413 via a connecting shaft 415, and the joint member. 420 is horizontally or inclined at the top, and at the same time Body (417a) it is disposed, and a chair for the weight loss to thermal fluctuations and the human body, characterized in that it is composed of an oscillator 417, a circular plate shape to support the user's hip. The power transmission means 405 is a drive pulley 405a provided on the shaft 403a of the motor 403 and a driven pulley 405b provided on the input shaft 407b of the reducer 407. And a belt 405c suspended from the driving pulley 405a and the driven pulley 405b to transmit the driving force of the motor 403 to the reducer 407. Let's lose weight chair. According to claim 6, The joint member 420 is installed on the support bracket 421 having a generally circular shape on the upper portion of the frame 402 and the support bracket 421 facing each other, at the front and rear and up and down At a generally 90 degree angle with respect to the axis of the pair of first self-aligning bearings 422 and the pair of first self-aligning bearings 422 which are installed in the middle of the frame 402 so as to be movable in a direction. Weight swing chair for swinging and warming the human body, characterized in that it is composed of a pair of second self-aligning bearing (423) installed in the support bracket (421) to support the connecting shaft (415) to be movable. The electrical blanket 500 of claim 1 is covered by a lower outer fabric 501 and an upper nonwoven fabric layer 502a and a lower nonwoven fabric layer 502b on the lower outer shell 501 so that no leakage current flows. After receiving the AC power from the AC power supply unit 70 under the control of the control panel 200 and radiating heat for a predetermined time, the second heating wire 503 is turned off and the upper nonwoven fabric layers 502a and 502b. Non-ferrous metal is deposited on the heat-resistant woven fabric layer 504 to block the flow of current, and is disposed on the heat-resistant woven fabric layer 504 to heat the human body to radiate heat radiated from the second heating wire 503 A far infrared ray radiating fiber layer 505 received through the heat resistant woven fabric layer 504 to radiate far infrared rays, a fibrous layer 506 laminated on the far infrared ray radiating fiber layer 505 to protect the far infrared ray radiating fiber layer 505, and the The temperature radiated from the second heating wire 503 is one If the temperature is higher than the second bimetal 507 to cut off the AC power applied to the second heating wire 503, and disposed between the upper nonwoven fabric layer 502a and the heat-resistant woven fabric layer 504 to detect the temperature A weight loss chair for oscillating and warming a human body, characterized by comprising a second temperature detection sensor 508 output to the microprocessor 101 of the control unit 100. The control unit of claim 1, wherein the low frequency output unit 600 is connected to a first plug 621 connected to a first jack 431 provided on a side surface of the support member 401 of the hip swing unit 400. The abdominal low frequency output pad 601 for applying the low frequency output from the low frequency oscillation means 107 of the 100 to the abdomen and heating the human body by heat radiating from the heating wire disposed therein, and the hip swing unit The second plug 622 is connected to the second jack 432 provided on the side of the support member 401 of the 200 to output the low frequency output from the low frequency oscillation means 107 of the control unit 100 to the left thigh. A third plug 623 is connected to the second low frequency output pad 602 to be applied and a third jack 433 provided on the side surface of the support member 401 of the hip swing unit 200 to control the control unit 100. Third low frequency output pad that applies the low frequency output from the low frequency oscillation means 107 to the right thigh Weight stool for shaking and warming the human body, characterized in that consisting of a rod (603). The cupping unit 700 of claim 1, wherein the cupping unit 700 is provided with a cupping cup 701 attached to the abdomen and air in the cupping cup 701 to maintain the inside of the cupping cup 701 in a vacuum state. And a suction pump 706a, 706 for connecting the vacuum pump 702 to drive the fat decomposition and the vacuum pump 702 and the cupping cup 701 through the suction port 704. Weight loss chair that swings and warms the human body. According to claim 1, wherein the tilting unit 900 is rotatably installed on one side of the support 902 is fixed to the frame 402, the lower portion of the heat / massage unit 300 is fixedly installed through the bracket The hinge shaft 904, the link member 906 fixed to the hinge shaft 904 to pivot the hinge shaft 904, and one end is hinged to the proximal end of the link member 906, the other end A weight-reducing chair for oscillating and warming a human body, comprising a cylinder 908 hinged to the frame 402 and expanded and contracted by air pressure.

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