KR100603903B1 - Weight loss apparatus - Google Patents

Abstract

The present invention is massaged by the shoulders, back and waist, and the hips swing up and down while turning the clockwise or counterclockwise, while sliding up and down the calf to the left and right, arms, abdomen, Low frequency is applied to the thighs and calves to decompose the body fat accumulated in the subcutaneous layer, and at the same time, heat is applied to the back, the abdomen and the thighs to reduce the weight, and blood in the arms or legs can be circulated to the heart side.

Weight loss device

Description

Weight Loss Device {WEIGHT LOSS APPARATUS}

1 is a perspective view schematically showing a conventional capsule-type steamer,

FIG. 2 is a longitudinal sectional view schematically showing the heat transfer mat of FIG. 1;

3 is a perspective view schematically showing a weight loss apparatus according to an embodiment of the present invention;

4A and 4B are enlarged perspective views illustrating an enlarged portion A of FIG. 3;

Figure 5 is a longitudinal cross-sectional view of the weight loss device according to an embodiment of the present invention,

6 is a longitudinal sectional view schematically showing a state in which the heat / massage part (upper body) is tilted in FIG. 5;

Figure 7 is a partial exploded view showing a partial decomposition of the heat / massage part in the weight loss apparatus according to an embodiment of the present invention.

8 is a longitudinal sectional view of a heat / massage part in the weight loss apparatus according to the embodiment of the present invention;

9 is an exploded perspective view schematically illustrating an exploded view of a sliding part of a calf sliding unit in a weight loss device according to an embodiment of the present invention;

10 is a partial exploded perspective view schematically showing the first to the third massage member in the weight loss device according to an embodiment of the present invention,

11 is a perspective view schematically showing a rocking unit for swinging the hips in a weight loss apparatus according to an embodiment of the present invention;

12 is a longitudinal cross-sectional view of FIG. 11;

FIG. 13 is an enlarged cross-sectional view taken along the arrow A-A in FIG. 12;

14 is a perspective view schematically showing a sliding unit sliding a calf in a weight loss apparatus according to an embodiment of the present invention;

15 is a front view of FIG. 14,

16 is a longitudinal sectional view schematically showing first and second warming belts of a weight loss apparatus according to an embodiment of the present invention;

17 is a block diagram schematically showing a control unit for controlling a weight loss device according to an embodiment of the present invention.

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

70: AC power supply 80: DC power supply

100: control unit 101: microprocessor

102: relay 103: massage driving means

104: EEPROM 105: swing driving means

106: first sliding drive means 107: low frequency oscillation means

108: tilting drive means 109: lift drive means

110: second sliding drive means 111: RAM

200: control panel 201: main switch

202: Sliding body weak drive button 203: First drive button

204: massage member steel drive button 205: massage member weak drive button

206: oscillator steel drive button 207: oscillator weak drive button

208: sliding body steel drive button 209: operation time increase button

210: operation time reduction button 211: heating button

212: thigh temperature increase button 213: thigh temperature decrease button

214: abdominal heat temperature increase button 215: abdominal heat temperature decrease button

216: isothermal temperature increase button 217: isothermal temperature decrease button

218: first mode selection button 219: second mode selection button

220: third mode selection button 221: second drive button

222: upper body tilt up button 223: upper body tilt down button

224: Bottom lift up button 225: Bottom down button

226: sliding forward button 227: sliding backward button

228: Low frequency output button 229: First low frequency setting mode button

230: Second low frequency setting mode button 231: Third low frequency setting mode button

232: fourth low-frequency setting mode button 233: fifth low-frequency setting mode button

234: 6th low frequency setting mode button 241: 1st intensity setting button

242: second intensity setting button 243: third intensity setting button

244: fourth intensity setting button 245: fifth intensity setting button

246: 6th intensity setting button 247: 7th intensity setting button

248: 8th intensity setting button 249: 9th intensity setting button

250: tenth intensity setting button 251: first liquid crystal display member

252: second liquid crystal display member 253: thermal time display segment

254: first temperature display segment 255: third temperature display segment

256: third temperature display segment 257: third liquid crystal display member

258: fourth liquid crystal display member 259: first light emitting diode array

260: second light emitting diode array 261: third light emitting diode array

281: first jack 282: second jack

283: Third Jack 284: Fourth Jack

285: fifth jack 286: sixth jack

287: seventh jack 288: eighth jack

289: ninth jack 290: tenth jack

300: heat / massage unit 310: first table

320: upper panel 330: first cushioning body

330a: receiving groove 340: heat sink

341: heating wire 342: lower nonwoven fabric

343: upper nonwoven fabric 344: bimetal

345: temperature detection sensor 346: connector

348: outer cover 348a: upper cover

348b: lower cover 349: slide fasteners

350: first electric cylinder 360: 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 410: second table

411: The second upper frame 413: Outer cover

414: middle support 430: swinging body

431: housing 432: drive motor

432a: shaft 433: link member

434: operating member 434a: ball joint

435: Joint member 435a: Pin

436: support frame 436a: connecting member

437: iron plate 438: rotating plate

439: 2nd electric cylinder 440: support rod

441: coil spring 442: tightening bolt

443: flange 500: sliding unit

510: Third table 511: upper frame

518: cushion body 518a: through hole

519: outer cover 520: sliding member

521: third upper support plate 521a: long hole

522: working rod 523: sliding plate

524: 3rd electric cylinder 524a: piston

530: sliding body 531: substrate

531a: leg 532: geared motor

532a: axis 533: first link

533a: Hinge pin 534: Operation lever

534a: hinge pin 535: second link

535a: Hinge pin 536: Guide rail

536a: first pillar 537a: hinge pin

537b: Hinge pin 537: Third link

538a: roller 539a, 538b: second pillar

570: movable body 571: support plate

572: First bearing 572a: Fastening member

573: coil spring 574: sliding panel

574a: fastening member 575: second bearing

576: axis 600: low frequency output unit

601: first low frequency output pad 602: second low frequency output pad

603: third low-frequency output pad 604: fourth low-frequency output pad

605: fifth low-frequency output pad 606: sixth low-frequency output pad

607: 7th low-frequency output pad 608: 8th low-frequency output pad

609: 9th low frequency output pad 610: 10th low frequency output pad

621: First plug 622: Second plug

623: third plug 624: fourth plug

625: fifth plug 626: sixth plug

627: seventh plug 628: eighth plug

629,630: 9th plug 629: 10th plug

700: abdominal heating belt 701: lower outer sheath

702a: upper nonwoven layer 702b: lower nonwoven layer

703: heating wire 704: heat resistant fabric layer

705: far infrared radiation fiber layer 706: artificial fiber layer

707: bimetal 708: temperature detection sensor

709: Velcro tape A 710: Velcro tape B

711: Border 800: thigh thermal belt

701: lower jacket 802a: upper nonwoven fabric layer

802b: lower nonwoven fabric layer 803: heating wire

804: heat resistant woven fabric layer 805: far infrared radiation fiber layer

806: artificial fiber layer 807: bimetal

808: temperature detection sensor 809: Velcro tape A

810: Velcro tape B 811: border

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a weight loss device, and in particular, to massage the shoulders, the back and the waist, while swinging the hips in a clockwise or counterclockwise direction, while swinging the calf to the left and right, ㆍ Down down, apply low frequency to arms, abdomen, thighs and calves respectively to break down body fat accumulated in subcutaneous layer, reduce weight while heating the back, abdomen and thighs, and tilt the upper body. To lose weight).

As a weight loss apparatus widely used in the related art, it is disclosed in Korean Patent Laid-Open Publication No. 2002-0047066 (published date; June 21, 2002).

The weight loss device disclosed in Korean Patent Laid-Open Publication No. 2002-0047066 is composed of an upper capsule 30 and a lower capsule 50, as shown in FIGS. The capsules 30 and 50 are connected to the hinge 8 at one side thereof, and the upper capsule 30 is supported by the hydraulic cylinder 7 to the lower capsule 50. Therefore, the upper capsule 30 can be opened and closed in a hinged manner with respect to the lower capsule 50.

An operation unit 10 and a display unit 12 are installed on the front surface of the lower capsule 50, and through the operation unit 10, the user can operate the temperature inside the capsule and the oscillation frequency of the low frequency oscillator described later. The display unit 12 displays such a setting state and a control state.

The heat transfer mat 20 including the conductor heating layer 22 is installed at the bottom of the lower capsule 50. Referring to Figure 2, the heat transfer mat 20 is provided with a cushion portion 21 is installed on the upper layer, the conductor heating wire layer 22 is coated with an insulating film on the lower layer, the heat insulating material 24 is provided on the lower layer. Excreted.

However, the conventional weight loss device configured as described above is not only inconvenient to use because it is a capsule type, but also a method of losing weight by applying only heat and low frequency to the human body, and thus cannot decompose the fat layer formed in the subcutaneous layer of the human body. In addition, there were various problems such as the inability to circulate blood collected in the arms or legs to the heart side.

Accordingly, the present invention has been made to solve the various problems described above, and an object of the present invention is to massage the shoulders, the back and the waist, and to swing the hips in a clockwise or counterclockwise direction while simultaneously swinging up and down. Sliding left and right on the calves, up and down, and applying low frequencies to the arms, abdomen, thighs and calves, respectively, to break down body fat accumulated in the subcutaneous layer and to warm the back, abdomen and thighs. To reduce and provide a weight loss device that can tilt the upper body (to stand up).

In order to achieve the above object, the weight loss device of the present invention includes a direct current power supply unit for receiving full AC power from an AC power supply unit and rectifying the current, a control unit for receiving an operating power supply from the direct current unit, and controlling the entire operation, and a user's control command. Inputs a massage to the shoulders, back and waist of the human body by means of a massage control signal output from the massage driving means of the control unit according to a control panel panel for displaying an operation and a user's control command inputted from the control panel; At the same time, the heat / massage unit is applied to the abdomen, hips and thighs of the user and is tilted to raise the upper body, and is disposed adjacent to the heat / massage unit to control the hip shaking of the user, which is input from the control panel. Hip swing that swings the user's hips clockwise or counterclockwise according to the command A sliding unit which is disposed adjacent to the hip swinging unit and circumferentially moves up and down while sliding the calf to the left and right according to the calf sliding control command input from the control panel, and the body fat accumulated in the subcutaneous layer At the same time, a low-frequency output unit for applying low-frequency to the arms, abdomen, thighs and calf, respectively, according to the user's low-frequency application control command input from the control panel to alleviate the pain, and an abdominal heating belt for warming the abdomen; It is characterized by having a thigh heating belt for heating the thigh.

Hereinafter, a weight loss apparatus according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

3 is an external perspective view schematically showing a weight loss apparatus according to an embodiment of the present invention, Figures 4a and 4b is an enlarged perspective view showing an enlarged portion A in Figure 3, Figure 5 is an embodiment of the present invention Figure 6 is a longitudinal cross-sectional view of the weight loss device according to the embodiment, Figure 6 is a longitudinal cross-sectional view schematically showing a state of tilting the heat / massage portion (upper body) in Figure 5, Figure 7 is a weight according to an embodiment of the present invention Partial exploded perspective view showing a partial decomposition of the heat / massage part in the weight loss device, FIG. 8 is a longitudinal sectional view of the heat / massage part in the weight loss device according to the embodiment of the present invention, and FIG. In the weight loss device according to the embodiment is an exploded perspective view schematically showing the sliding portion of the calf sliding unit, Figure 10 is a first to third massage part in the weight loss device according to an embodiment of the present invention Figure 11 is a partially exploded perspective view schematically, Figure 11 is a perspective view schematically showing a swinging body swinging hips in the weight loss device according to an embodiment of the present invention, Figure 12 is a longitudinal sectional view of Figure 11, FIG. 13 is an enlarged cross-sectional view taken along the line AA in FIG. 12, FIG. 14 is a perspective view schematically showing a sliding unit sliding a calf in the weight loss device according to the embodiment of the present invention, and FIG. 14 is a front view schematically illustrating a weight loss device according to an embodiment of the present invention, and FIG. 16 schematically illustrates first and second heating belts of the weight loss device according to an embodiment of the present invention. A block diagram schematically showing a control unit for controlling.

3 to 17, the weight loss apparatus according to the embodiment of the present invention receives the AC power from the AC power supply unit 70 from the DC power supply unit 80 and full-wave rectified by direct current from the DC power supply unit 80 The control unit 100 for receiving the operating power to control the entire operation, the control panel panel 200 for inputting the user's control command to display the operation, and according to the user's control command input from the control panel panel 200 Massage is applied to the shoulders, back, and waist of the human body by the massage control signal output from the massage driving means 103 of the control unit 100, and at the same time, heat is applied to the abdomen, hips, and thighs of the user. The heat / massage unit 300 tilted to stand and the heat / massage unit 300 are disposed adjacent to the heat / massage unit 300 to clockwise rotate the user's hips according to the user's hip swing control command input from the control panel 200. or The hip rocking unit 400 which swings up and down while turning clockwise and the hip rocking unit 400 are disposed adjacent to the hip rocking unit 400 and left the calf according to the calf sliding control command of the user inputted from the control panel 200. ㆍ According to the user's low frequency application control command input from the control panel 200 to dissipate body fat accumulated in the subcutaneous layer and to relieve pain, while sliding the right and the circumferential movement while sliding to the right. A low frequency output unit 600 for applying low frequencies to the arms, abdomen, thighs and calf, respectively, an abdominal warming belt 700 for warming the abdomen, and a thigh warming belt 800 for warming the thigh.

The control unit 100 is output from the microprocessor 101 when the microprocessor 101 for controlling the overall operation, and switching on the main switch 201 and the heat button 211 of the control panel 200. The relay 102 is applied to the heating wire 341 installed in the heat / massage unit 300 by the control signal to be applied from the AC power supply unit 70 to the AC power supply for a predetermined time, and to be turned off to be turned off. The first driving button 203 of the control panel 200 is switched on and the control signal output from the microprocessor 101 when the massage member steel drive button 204 or the massage member weak drive button 205 is switched on. EEPROM (104) storing massage driving means (103) for driving the first to third massage members (360, 370, 380) so as to massage the shoulders, back, and waist, respectively, and an execution program for executing the microprocessor (101). And rocking hips The rocking driving means 105 which is driven by the rocking control signal output from the microprocessor 101 when the rocking on / off button 203 is switched on and drives the rocking body 430, and the calf are left. ㆍ A horizontal movement to the right and at the same time by the sliding control signal output from the microprocessor 101 at the switching-on of the sliding on / off button 126 of the control panel 200 to apply the upward and downward circumferential motion Driven by the first sliding driving means 106 for driving the sliding body 530 and a control signal output from the microprocessor 101 when the low frequency output button 228 of the control panel 200 is switched on. When the low frequency oscillation means 107 is driven to control low frequency output from the first to tenth low frequency output pads 601 to 610 and the upper body tilting up button 222 of the control panel 200 is switched on. Driven by the tilting up control signal output from the microprocessor 101 to tilt (up) the upper body of the user, and at the time of switching on the upper body tilting down button 223 of the control panel 200. Tilting drive means 108 for forward and reverse rotation driving control of the first electric cylinder 350 so as to down (down) the tilted upper body of the user in the horizontal direction, and the bottom lift-up button of the control panel 200 ( At the same time, the controller 430 pushes the swinging body 430 of the hip swinging unit 400 upward while being driven forward by a hip-up control signal output from the microprocessor 101 at the time of switching on. When the bottom lift down button 226 of the 200 is switched on, the pivoting body 430 of the hip swing unit 400 is pulled downward while being driven in reverse rotation by a downward control signal output from the microprocessor 101. Degree Lift driving means 109 for forward and reverse rotation control of the second electric cylinder 439 and sliding output from the microprocessor 101 when switching on the sliding forward button 226 of the control panel 200. While driving forward by the forward control signal, the sliding plate 523 of the sliding unit 500 approaches the hip swing unit 400 and at the same time the switching of the sliding backward button 227 of the control panel 200. The third electric cylinder 524 so that the sliding plate 523 of the sliding unit 500 is separated from the hip swing unit 400 while being driven in reverse by the sliding backward control signal output from the microprocessor 101 at the time of turning on. ), A second sliding drive means 110 for controlling forward and reverse rotation, a temperature detection sensor 345 of the heat / massage unit 300, a temperature detection sensor 708 of the abdominal warm belt 700, And RAM 111 that receives a signal input from the temperature detection sensor 808 of the thigh warm belt 800 from the microprocessor 101 and stores data processed according to an execution program stored in the EEPROM 104. ; Random Access Memory).

The control panel 200 is the main switch 201 to control the AC power output from the AC power supply 70 and the first drive button for inputting a user's control command to slide the massage, hip swing and calf ( 203 and the massage driving signal 103 are driven by the massage control signal output from the microprocessor 101 of the control unit 100 when the first driving button 203 is switched on, so that the user's shoulder, etc. And a massage member strong driving button 204 for strongly controlling the operation of the first to third massage members 360, 370, and 380 to massage the waist strongly, and the control unit 100 when the first driving button 203 is switched on. Weakly the operation of the first to third massage members (360,370,380) to massage the shoulder, back and waist of the user weakly by driving the massage driving means (103) by the massage control signal output from the microprocessor (101) Inside to control The swing drive means 105 is driven by a hip swing control signal output from the microprocessor 101 of the control unit 100 at the time of switching on the first driving button 203 and the first driving button 205. Oscillating body driving button 206 for controlling the oscillation of the swinging body 430 of the hip swinging unit 400 so as to strongly swing the user's hips, and switching of the first driving button 203. The rocking body of the hip rocking unit 400 to weakly rock the user's hips by driving the rocking driving means 105 by the hip rocking control signal output from the microprocessor 101 of the control unit 100 when turned on. The oscillator weak driving button 207 for weakly controlling the operation of the 430 and the calf sliding control output from the microprocessor 101 of the control unit 100 when the first driving button 203 is switched on. Reminded by signal A sliding body strong driving button 208 for strongly slidingly controlling the operation of the sliding body 530 to drive the first sliding driving means 106 of the gear unit 100 so as to strongly slide the calf of the user; The first sliding drive means 106 of the control unit 100 is driven by a sliding control signal output from the microprocessor 101 of the control unit 100 when the driving button 203 is switched on. Sliding body weak drive button 202 for weakly sliding the operation of the sliding body 530 to slide the calf weakly, the first to third massage members (360,370,380), the oscillator (430) and the sliding An operation time increasing button 209 for increasing the operation time of the sieve 530 and reducing the operation time of the first to third massage members 360, 370 and 380, the oscillating body 430, and the sliding body 530. The operation time reduction button 210, a heat button 211 for inputting a user's heat control command to heat the abdomen, thighs and the like, and the thigh heating belt 800 at the time of switching on the heat button 211 Thigh heat temperature increase button 212 to increase the temperature, thigh heat temperature decrease button 213 to decrease the temperature of the thigh heat belt 800 at the time of switching on the heat button 211 and the heat button 211 Abdominal heating temperature increase button 214 for increasing the temperature of the abdominal heating belt 700 at the time of switching on, and abdominal heating temperature for decreasing the temperature of the abdominal heating belt 700 at the time of switching on the heating button 211. A decrease button 215, an isotherm temperature increase button 216 for increasing a warm temperature such as when switching on the heat button 211, and a decrease in heat temperature such as when switching on the heat button 211 Isothermal temperature decrease button 217 and hip fluctuation And first to third mode selection buttons 218 and 219.220 for selecting the sliding mode of the calf and second driving buttons for inputting a user's control command to drive the first and third electric cylinders 350, 439 and 524. 221 and a user's control command for forward rotation drive control of the first electric cylinder 350 to tilt the upper body of the user at the time of switching on the second drive button 221 of the control panel 200. When the upper body tilting up button 222 and the second driving button 221 of the control panel 200 are switched on, the first electric cylinder 350 is reversely rotated to horizontally down the upper body of the user. When the upper body tilting down button 223 for inputting a user's control command for driving control and the second driving button 221 of the control panel 200 are switched on, the second transmission is pushed upward to push the user's hips upward. Control name of the user who controls the forward rotation of the cylinder 439 When switching on the lift lift-up button 224 for inputting the command and the second drive button 221 of the control panel 200, the second electric cylinder 439 is reversed to lower the user's hips downward. At the time of switching on the bottom-down button 225 for inputting a control command of a user to control the rotation drive and the second drive button 221 of the control panel 200, the sliding unit may be used by a person having a small height ( In order to approach the sliding plate 523 of the 500 toward the hip drive unit 400 side, the sliding forward button 226 for inputting a user's control command for forward driving control of the third electric cylinder 524, and the height is Inputting a user's control command to control the reverse rotation drive of the third electric cylinder 524 to separate the sliding plate 523 of the sliding unit 500 from the hip drive unit 400 so that a large person can use itInput a user's control command to output low frequency from the first to tenth low frequency output pads 601 to 610 electrically connected through the riding reverse button 227 and the first to tenth plugs 621 to 630. A low frequency output button 228 and a low frequency output from the first to tenth low frequency output pads 601 to 610 at the time of switching on the low frequency output button 228 are specified frequencies (for example, the EEEPROM 104). First to sixth low frequency setting mode buttons (229, 230, 231, 232, 233, 234) for setting the low frequency waveform width, the low frequency waveform height, the change in the low frequency waveform application time, and the like, which are differently programmed data; and the low frequency output button 228. Outputs the intensity from the first to tenth low frequency output pads 601 to 610 at selected frequencies of the first to sixth low frequency setting mode buttons 229, 230, 231, 232, 233, and 234 when switching on. The first to tenth intensity setting buttons 241 to 250 to adjust and the low frequency output button 228 are switched on and the first to sixth low frequency setting mode buttons 229, 230, 231, 232, 233, and 234 are selected in one of the modes. The first and second jacks 281 to 290 output low frequencies at the intensity set by the first to tenth intensity setting buttons 241 to 250.

The control panel 200 includes a first light emitting diode LED1 that emits light when the first driving button 203 is switched on, a second light emitting diode LED2 that emits light when the heating button 211 is switched on, and The third light emitting diode LED3 that emits light when the driving button 221 is switched on, the fourth light emitting diode LED4 that emits light when the low frequency output button 228 is switched on, and the front surface of the user lying down Set by the first liquid crystal display member 251 to display, the second liquid crystal display member 252 to display the side of the user lying down, the operation time increase button 209 and the operation time decrease button 210 The first temperature display segment 254 which displays the temperature applied to the thigh set by the thigh heat temperature increase button 212 and the thigh heat temperature decrease button 213, and the heat time display segment 253 which displays the heat application time. ), Abdominal heat temperature increase button (214) and abdominal heat temperature on The third temperature display segment 255 for displaying the temperature applied to the abdomen set by the decrease button 215, and the temperature applied to the back temperature set by the isothermal heat temperature increasing button 216 and the isothermal heat temperature reducing button 217. The massage strength of the first to third massage members 360, 370 and 380 set by the third temperature display segment 256 and the massage member steel drive button 204 and the massage member weak drive button 205. 3th display indicating that low frequencies are output from the first to tenth low frequency output pads 601 to 610 at the intensity set by the liquid crystal display member 257 and the first to tenth intensity setting buttons 241 to 250. 4 indicates that the upper body of the user is being tilted upward when the liquid crystal display member 258 and the second driving button 221 of the control panel 200 are switched on and the upper body tilting up button 222 is switched on. At the same time, the switching-on of the second drive button 221 of the control panel 200 The first light emitting diode array 259 indicating that the upper body of the user is tilted horizontally when the upper body tilting down button 223 is switched on, and the second driving button 221 of the control panel 200. Is switched on, and the user's hips are pushed upward when the hip lifting up button 224 is switched on, and the second driving button 221 of the control panel 200 is switched on, and When the down button 225 is switched on, the second LED array 260 which indicates that the user's hips are being lowered and the second driving button 221 of the control panel 200 are switched on, When the sliding forward button 226 is switched on, the sliding plate 523 of the sliding unit 520 is approaching the hip drive unit 400 and at the same time, the second drive of the control panel 200 is performed. Button 221 is switched on and after sliding A third light emitting diode array 261 is further provided to indicate that the sliding plate 523 of the sliding unit 520 is separated from the hip driving unit 400 when the button 226 is switched on.

The low frequency output unit 600 includes first and second plugs 621 and 622 connected to the first and second jacks 281 and 282 of the control panel 200, respectively, to apply low frequencies to both arms, respectively. Third and fourth plugs 623 and 624 are connected to the low frequency output pads 601 and 602 and the third and fourth jacks 283 and 284 of the control panel 200 to apply low frequencies to the abdomen, respectively. The fifth to eighth plugs 625, 626, 627 and 628 are connected to the low frequency output pads 603 and 604 and the fifth to eighth jacks 285, 286, 287 and 288 of the control panel 200 to apply low frequencies to the thighs, respectively. The ninth and tenth plugs 629 and 630 are connected to the low frequency output pads 605 to 608 and the ninth and tenth jacks 289 and 290 of the control panel 200 to apply low frequency to the calf, respectively. And the tenth low frequency output pads 609 and 610.

The heat / massage unit 300 may include a first panel 310 and an upper panel 320 mounted on the upper frame 311 of the first table 310 via a hinge 312 to be tiltable. The first to third cushions 330 disposed on the upper panel 320 and the receiving grooves 330a formed in the first cushioning body 330 to massage the shoulders, the back and the waist 3 is disposed on the massage member (360,370,380) and the upper portion of the first cushioning body (330) isothermal heat temperature increase button 216 and isothermal heat temperature decrease when switching on the heat button 211 of the control panel 200 The heat sink 340 which heats the back for a time set in the operation time increase button 209 to the temperature set at the button 217, and the first cushion body 330 and the upper and lower covers (348a, 348b) An outer cover 348, a slide fastener 349 for opening and closing the upper and lower covers 348a and 348b of the outer cover 348, and It is composed of a first electric cylinder 350 for tilting the upper panel 320 upward while tilting the upper panel 320 upward to raise the upper body.

The heat sink 340 has a heating wire 341, a lower nonwoven fabric 342 disposed under the heating wire 341 so as to prevent leakage of the applied power, and an upper portion of the heating wire 341 so as to prevent leakage of the applied power. The upper nonwoven fabric 343 covering the upper surface, the bimetal 344 which cuts off the power when the heating wire 341 exceeds a predetermined temperature, and the heat dissipation temperature of the heating wire 341 is detected to detect the microprocessor of the control unit 100. A connector for supplying power to the temperature detection sensor 345 and the heating wire 341 and outputting the temperature detected by the temperature detection sensor 345 to the microprocessor of the control unit 100. 346 is comprised.

As shown in detail in FIG. 10, the first to third massage members 360, 370, and 380 are mutually in accordance with a program stored in the EEPROM 104 of the controller 100 upon application of AC power to massage the shoulder, back, and waist. The first to third vibration motors (361,371,381) and the rotary shafts (362,372,382) of the first to third vibration motors (361,371,381) disposed at regular intervals, respectively, are installed eccentrically. The circular weights 363,373,383 and the first to third vibration motors 361,371,381 having a through hole 363a, 373a, 383a formed at the center to generate vibrations during the rotation of the 361,371,381 to massage the shoulders, back and waist, and the first to third vibration motors 361,371,381 The case 390 is accommodated and the lid 391 covers 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 vibration bodies 360, 370 and 380, the rotation shafts 362, 372 and 382 of the first to third vibration motors 361, 371 and 381 are applied. Eccentrically installed circular weights (363,373,383) is driven to massage the shoulder, back and waist, for example, but the present invention is not limited to this, for example, instead of the first to third vibration motor (361,371,381) Multiple solenoids may be used that are excreted at regular intervals from each other.

As shown in FIGS. 3, 5, and 6, the hip swing unit 400 is mounted on a second table 410 and a second upper frame 411 of the second table 410. Oscillating body disposed so as to be movable up and down on the cushion body 412, the second outer cover 413 covering the second cushion body 412, and the intermediate support 414 of the second table 410 ( 430 and a second electric cylinder 439 disposed on the intermediate support 414 and capable of forward and reverse rotation so as to move the swinging body 430 up and down.

As shown in FIGS. 11 to 13, the oscillator 430 includes a drive motor 432 that is fixed to the inner bottom surface of the housing 431 and a shaft 432a of the drive motor 432. ) Is installed via the link member 433 and the link member 433 via the ball joint 434a and is rotated by receiving the rotational force of the driving motor 432 through the link member 433. An actuating member 434 oscillating with a ring, a ring-shaped joint member 435 for rotatably supporting the actuating member 434 while being rotatably supported through a pin 435a, and an upper portion of the housing 431. And a support frame 436 fixed to the support frame 436a to support the ring-shaped joint member 435 via the connecting member 436a, and an upper surface concave so as to swing up and down while rotating the hips. At the same time, the rotation is installed via the iron plate 437 on top of the operating member 434 438 and the user's hips mounted on the rotating plate 438, and at the same time, are installed on the intermediate support 414 of the second table 410 to raise the housing 431. A second electric cylinder 439 capable of forward and reverse rotation and a vertical support on the intermediate support 414 of the second table 410 are vertically mounted so that the upper and lower surfaces are formed on the inner bottom surface of the housing 431. It is composed of a plurality of support rods 440 fitted into the through-holes (not shown) and coil springs 441 disposed on the outer circumferential surface of the support rods 440 so as to elastically support the housing 431. .

11 and 12, reference numeral 442 denotes a fastening bolt for fixing the flange 443 integrally fixed to the lower circumference of the driving motor 432 to the housing 431.

In FIGS. 11 and 12, the driving motor 432 has been described as an example in which the flange 443 is fixed to the housing 431 using the fastening bolt 442, but the present invention is not limited thereto. Alternatively, for example, the drive motor 432 may be fixed to the housing 431 by welding.

As shown in FIGS. 3, 5, and 9, the sliding unit 500 is slidably mounted on the third table 510 and the upper frame 511 of the third table 510. 520, the cushion body 518 mounted on the sliding plate 523 of the sliding member 520, the outer cover 519 covering the cushion body 518, and the cushion body 518. The sliding body 530 is accommodated in the formed through hole 518a and disposed on the sliding plate 523 of the sliding member 520 and circumferentially moves up and down while sliding the calf to the left and right.

As shown in FIG. 9, the sliding member 520 includes a third upper support plate 521 having a long hole 521 a formed in a longitudinal direction at the center of the upper frame 511 of the third table 510, and The operating rod 522 is vertically installed at the center of the lower surface so as to penetrate the long hole 521a of the third upper support plate 521, and the third upper support plate 521 can be easily used even if the extension is large or small. The tip of the piston 524a is disposed on the sliding plate 523 slidably mounted on the upper surface of the sliding plate 523 and the operating rod 522 disposed in the center of the lower surface of the sliding plate 523. And a third electric cylinder 524 capable of forward and reverse rotation so as to move the sliding plate 523 toward the hip swinging unit 400 and away from the hip swinging unit 400.

As shown in FIGS. 14 and 15, the sliding body 530 rotates on the forward / reversely rotatable geared motor 532 and the shaft 532a of the geared motor 532. An operation rotatably installed in the direction of arrow A (counterclockwise) or in the opposite direction of arrow A (clockwise) via a first link 533 and a hinge pin 534a on the substrate 531. The lever 534 is coupled to the front end of the first link 533 via a hinge pin 533a, and the other side is rotatably coupled to the operation lever 534 via the hinge pin 535a. Left and right sides of the second link 535 rotatably provided, a pair of guide rails 536 and 536 provided at both ends of the pair of first posts 536a and 536a in parallel with each other, and the guide rails 536 and 536. In the direction of movement and at the same time sliding to the left or right end After the coil spring 573 disposed between the head of the fastening member 572a and the support plate 571 is expanded, the coil spring 573 is expanded to the upper portion, and the calf placed on the sliding panel 574 is raised in the horizontal direction and the upper portion. One side is rotatably installed on the movable body 570 through a hinge pin 537a to move the movable body 570 and the movable body 570 to the left or the right side again, and the other side is repeated. The sliding lever provided in the operating lever 534 via a hinge pin (537b) through a third link (537) rotatably, and the first and second bearings (572, 575) in the upper portion of the movable body (570). A pair of rollers 538a and 538a for slidably supporting the panel 574 and two pairs of second pillars 539a and 539b for rotatably supporting the rollers 538a and 538a, respectively.

A plurality of legs 531a are provided below the substrate 531.

The movable body 570 is provided between a pair of first bearings 572 provided by a plurality of fastening members 572a on a support plate 571 provided thereon, and a head of the support plate 571 and the fastening member 572a. The sliding panel 574 is disposed inside the coil spring 573, the sliding panel 574, the first bearing 572, and a plurality of fastening members 574a. And a pair of second bearings 575 fixed to the lower part of the shaft, and a shaft 576 for rotatably supporting the first and second bearings 572 and 575.

The low frequency output unit 600 includes first and second plugs 621 and 622 connected to the first and second jacks 281 and 282 of the control panel 200, respectively, to apply low frequencies to both arms, respectively. Third and fourth plugs 623 and 624 are connected to the low frequency output pads 601 and 602 and the third and fourth jacks 283 and 284 of the control panel 200 to apply low frequencies to the abdomen, respectively. The fifth to eighth plugs 625, 626, 627 and 628 are connected to the low frequency output pads 603 and 604 and the fifth to eighth jacks 285, 286, 287 and 288 of the control panel 200 to apply low frequencies to the thighs, respectively. The ninth and tenth plugs 629 and 630 are connected to the low frequency output pads 605 to 608 and the ninth and tenth jacks 289 and 290 of the control panel 200 to apply low frequency to the calf, respectively. And the tenth low frequency output pads 609 and 610.

The abdominal warming belt 700 and the thigh warming belt 800 are of the same structure, and the abdominal warming belt 700 and the thigh warming belt 800 are shown as shown in FIG. And the upper nonwoven fabric layers 702a and 802a and the lower nonwoven fabric layers 702b and 802b on the lower sheaths 701 and 801 so that no leakage current flows, and under the control of the control unit 100, 70 is supplied with AC power and radiates heat for a predetermined time (the time can be changed by changing the program stored in EEPROM 104), and then the heating wires 703 and 803 are turned off, and the upper nonwoven fabric layer 702a. Heat-resistant woven fabric layers 704 and 804 disposed on 802a to block the flow of currents deposited with non-ferrous metals and heat-resistant woven fabric layers 704 and 804 to heat the abdomen or thighs of the human body. Heat from heat dissipation Far-infrared radiation fiber layers 705 and 805 received through heat-resistant woven fabric layers 704 and 804 to radiate far infrared rays, and artificial fiber layers 706 and 806 laminated on the far-infrared radiation fiber layers 705 and 805 to protect the far-infrared radiation fiber layers 705 and 805, and When the temperature radiated from the heating wires 703 and 803 is above a predetermined temperature (for example, 60 ° C.), the bimetals 707 and 807 which cut off the AC power applied to the heating wires 703 and 803, and the upper nonwoven fabric layers 702a and 802a, Temperature detection sensors 708 and 808 disposed between the heat resistant woven fabric layers 704 and 804 to detect the temperature and output to the microprocessor 101 of the controller 100, and velcro disposed below one side of the lower sheath 701 and 801. Tape A (709, 809), and Velcro Tape A (709, 809) is combined with Velcro Tape B (710, 810) disposed on the other side (right side) of the artificial fiber layer (706, 806) to be fixed to the human body There.

In FIG. 16, reference numerals 711 and 811 are edges fixed by sewing to the edges of the abdomen and thigh warm belts 700 and 800.

Next, the operation and effects of the weight loss apparatus according to the embodiment of the present invention configured as described above will be described.

First, when the user abuts the back on the heat / massage unit 300 and lays out the foot, the user's hips are placed on the swinging body 430 of the hip swinging unit 400 and at the same time, The calf is placed on the sliding body 530 of the sliding unit 500, wherein the front surface of the user lying on the first liquid crystal display member 251 is displayed, and the second liquid crystal display member 252 is displayed. The side of the user's lying state is displayed.

In this state, when a person with a small height is used, when the second driving button 221 of the control panel 200 is switched on and the sliding forward button 226 is switched on, the signal is transmitted to the control unit ( Received by the microprocessor 101 of the 100 and arithmetic processing according to the execution program stored in the EEEPROM 104 and outputs a sliding control signal to the second sliding drive means 110, the second sliding receiving the sliding control signal The piston 524a of the third electric cylinder 524 is driven by outputting a control signal for forward driving the third electric cylinder 524 from the driving means 110 and forward driving the third electric cylinder 524. As the moving rod 522 moves to the left in the drawing, the sliding plate 523 on which the operating rod 522 is fixed moves to the left to move forward, and thus the slide installed on the sliding plate 523 is moved. The idling member 520 is moved to the left to be usable by a person having a short height. At this time, the third LED LED 3 emits light indicating that the second driving button 221 is switched on. The third LED array 261 emits light to indicate that the sliding plate 523 is advanced.

In addition, when a person having a large height is used, when the sliding backward button 227 is switched on while the second driving button 221 of the control panel 200 is switched on, the signal of the control unit 100 is changed. Received by the microprocessor 101 and calculated according to the execution program stored in the EEEPROM 104 to output the sliding backward control signal to the second sliding drive means 110, the second sliding drive received this sliding backward control signal The means 110 outputs a control signal for rotating the third electric cylinder 524 in reverse rotation to drive the third electric cylinder 524 in reverse rotation so that the piston 524a of the third electric cylinder 524 As it moves backward, the operating rod 522 moves to the right in the drawing. As a result, the sliding plate 523 on which the operating rod 522 is fixed moves to the right, and the slab installed on the sliding plate 523 is moved. The ding member 520 is moved to the right to be in a state where a person with a large elongation can be used. At this time, the third light emitting diode LED3 displays that the second driving button 221 is switched on and emits light. The third LED array 261 emits light to indicate that the sliding plate 523 is backward.

Next, when the bottom lift-up button 224 is switched on while the second driving button 221 of the control panel 200 is switched on, the signal is transmitted from the microprocessor 101 of the control unit 100. And arithmetic processing in accordance with the execution program stored in the EEEPROM 104 to output a lift up control signal to the lift drive means 109, and the second drive from the lift drive means 109 receiving the lift up control signal. The oscillating body 430 is output as a control signal for forward driving the cylinder 439 and forward driving the second electric cylinder 439 as the piston 439a of the second electric cylinder 439 moves forward. Is raised to an upper portion, and at this time, the third light emitting diode LED3 emits light to indicate that the second driving button 221 is switched on, and the second light emitting diode array 260 emits light to the oscillator 430. ) Is rising All.

On the other hand, when the oscillator 430 is raised and the hip-down button 225 is switched on while the second driving button 221 of the control panel 200 is switched on, the signal is transmitted to the control unit 100. The microprocessor 101 receives the bottom-down control signal to the lift driving means 109 by arithmetic processing according to an execution program stored in the EEEPROM 104, and receives the bottom-down control signal. The piston 439a of the second electric cylinder 439 causes the second electric cylinder 439 to reversely drive by outputting a control signal for driving the second electric cylinder 439 in reverse rotation from the driving means 109. As the oscillator 430 moves downward, the third light emitting diode LED3 emits light to indicate that the second driving button 221 is switched on, and the second light emitting diode array 260 ) Is emitted to the oscillator 43 Indicates that 0) is falling.

When the user wants to tilt the upper body, when the upper body tilting up button 222 is switched on while the second driving button 221 of the control panel 200 is switched on, the signal is transmitted to the control unit 100. The tilting control means is outputted to the tilting driving means 108 by arithmetic processing according to an execution program stored in the EEEPROM 104 and received by the microprocessor 101, and the tilting driving means receiving the tilting up control signal ( 108, the piston 350a of the first electric cylinder 350 is raised upward by outputting a control signal for forward driving the first electric cylinder 350 and forward driving the first electric cylinder 350. The upper panel 320 of the heat / massage unit 300 is raised to the upper side of the user's upper body tilted upwards, and the third light emitting diode (LED3) that the second driving button 221 is switched on Flashes and displays The first LED array 259 emits light so that the upper panel 320 of the heat / massage unit 300 moves to the upper panel 320 of the heat / massage unit 300, that is, the upper body of the user. Indicates that it is being tilted.

On the other hand, the upper panel 320 of the heat / massage unit 300 is tilted upwards so that the user's upper body is raised to the upper and the second drive button 221 of the control panel 200 is switched on in the state When the upper body tilting down button 223 is switched on, the signal is received by the microprocessor 101 of the control unit 100 and arithmetic processing is performed according to an execution program stored in the EEEPROM 104. Outputs a tilting down control signal, and outputs a control signal for driving the first electric cylinder 350 in reverse rotation from the tilting driving means 108 which has received the tilting down control signal. As the reverse rotation drive the piston 350a of the first electric cylinder 350 is lowered to the upper panel 320 of the heat / massage unit 300 is lowered to the upper to lower the upper body of the user In this case, the second sphere While the third light emitting diode LED3 emits light to indicate that the copper button 221 is switched on, the first light emitting diode array 259 emits light to display the upper panel 320 of the heat / massage unit 300. That is, it indicates that the upper body of the user is tilting down.

As described above, the user's shoulders, back and waist are in contact with the upper surface of the heat / massage unit 300, and the user's hips are positioned on the oscillator 430 while being comfortable to swing, and the user's height. In accordance with the user's calf is raised on the sliding panel 574 installed on the sliding body 530 of the sliding unit 500, if you want to massage the user's shoulders, back and waist strongly control panel 200 When the massage member steel driving button 204 is switched on in the state where the first driving button 203 is switched on and any one of the first to third mode selection buttons 218, 219, and 220 is switched on, The strong driving signal and the selected mode signal are received by the microprocessor 101 of the control unit 100 and processed according to the execution program stored in the EEEPROM 104 to perform a massage control scene on the massage driving means 103. The first and third massage members 360, 370, and 380 in the massage driving means 103 having received the massage control signal are strongly pressed to any one mode selected from the first to third mode selection buttons 218, 219, and 220. At the same time, the first light emitting diode LED1 emits light to indicate that the first driving button 203 is switched on, and at the left side of the third liquid crystal display member 257, the first to the third liquid crystal display member 257 start to massage. Indicates that the massage members 360, 370 and 380 are strongly driven.

Next, when the user wants to massage the shoulder, back and waist of the user weakly, the massage member weak driving button 205 is switched on while the first driving button 203 of the control panel 200 is switched on. When one of the first to third mode selection buttons 218, 219, and 220 is selected and switched on, the weak driving signal and the selected mode signal are received by the microprocessor 101 of the control unit 100 and stored in the EEEPROM 104. The massage driving means 103 outputs a massage weak driving control signal to the massage driving means 103 according to an execution program, and the first to third massage members are received by the massage driving means 103 receiving the massage weak driving control signal. The light emitting device starts to massage the light slowly to one of the first to third mode selection buttons 218, 219, and 220, and at this time, the first light emitting diode LED1 indicates that the first driving button 203 is switched on.At the same time also light is displayed and, the third on the left side of the liquid crystal display element 257 it indicates that the first to third massage member (360 370 380) is weakly driven.

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 of the user strongly or weakly, the massage member strong drive button 204 or the massage member is weakly turned on with the first driving button 203 of the control panel 200 switched on. When the driving button 205 is switched on and any one of the first to third mode selection buttons 218, 219, and 220 is selected and switched on, the strong driving signal, the weak driving signal, and the selected mode signal are transmitted to the control unit 100. The microprocessor 101 receives the massage driving control signal or the massage driving control signal to the massage driving means 103 by performing arithmetic processing according to the execution program stored in the EEEPROM 104. The massage driving means 103 which receives the control signal or the massage weak driving control signal selects the first to third massage members 360, 370, and 380 from among the first to third mode selection buttons 218, 219, and 220. Strongly to the mode or start to weaken massage.

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 first to third massage members 360, 370 and 380 are strongly or weakly driven, the oscillator 430 of the hip swing unit 400 is driven to strongly swing upward and downward while rotating the hips. When the oscillator strong drive button 206 is switched on while the first drive button 203 of the control panel 200 is switched on, the oscillator strong drive signal is transmitted to the microprocessor 101 of the control unit 100. In accordance with the execution program stored in the EEEPROM (104) received in the operation processing outputs the hip swing motion control signal to the swing driving means 105, the swing driving means 105 received this hip swing control signal When the oscillator 430 is vibrated strongly, the first light emitting diode LED1 emits light to indicate that the first driving button 203 is switched on, and the third liquid crystal display member 257Wherein the Ang indicates that the moving body 430 is strongly driven.

On the other hand, when the first to third massage members (360,370,380) to drive the rocking body 430 of the hip rocking unit 400 while driving strongly or weakly, if you want to rock gently to the top and bottom while rotating When the oscillator weak drive button 207 is switched on while the first driving button 203 of the control panel 200 is switched on, the oscillator weak drive signal is transmitted to the microprocessor 101 of the control unit 100. In accordance with the execution program stored in the EEEPROM (104) received by the operation and outputs the weak weak rocking control signal to the swing driving means 105, the rocking driving means 105 received this hip weak rocking control signal The oscillator 430 starts to oscillate weakly. At this time, the first light emitting diode LED1 emits light to indicate that the first driving button 203 is switched on, and the third liquid crystal display member 257 center The urine indicates that the body 430 is slightly driven.

Referring to the operation of the oscillator 430 of the hip swing unit 400 in detail, the oscillator strong driving button 206 or yaw in the state that the first drive button 203 of the control panel 200 is switched on When the body weak driving button 207 is switched on, the oscillating body strong driving control signal or the oscillating body weak driving signal is received by the microprocessor 101 of the control unit 100 and the execution program stored in the EEEPROM 104. According to the calculation process and outputs a strong strong driving control signal or a weak weak rocking control signal to the swing driving means 105, and the hip rocking control signal or the weak weak rocking control signal to the rocking body of the hip rocking unit 400 By outputting to 430, the drive motor 432 of the oscillator 430 is strongly or weakly rotated forward and backward, so that the link member 433 provided on the shaft 432a of the drive motor 432 is the shaft ( The link member 433 is rotated about the (432a) It is installed via the ball joint 434a in the rotational force of the drive motor 432 by the operating member 434 through the link member 433 is rotated in the up and down direction while rotating on the rotating plate 438 The housing 431 is elastically supported by the coil spring 441 while rotating the mounted hips and swinging them in the up and down directions. ㆍ Does not give big impact to the hips when rocking in the downward direction.

Next, while the oscillating body 430 is driven strongly or weakly, the user's calf is placed on the sliding panel 574 installed on the sliding body 530 of the sliding unit 500. In order to strengthen the up and down circumferential movement while sliding to the right, when the sliding body strong drive button 208 is switched on while the first drive button 203 of the control panel 200 is switched on, the strong drive signal is recalled. It receives the microprocessor 101 of the control unit 100 and arithmetic processing according to the execution program stored in the EEEPROM 104 to output the calf steel sliding control signal to the first sliding drive unit 106, The first sliding drive unit 106 that receives the sliding control signal starts to slide the sliding body 530 of the sliding unit 500 strongly, wherein the first sphere The first light emitting diode LED1 emits light to indicate that the button 203 is switched on, and the sliding body 530 of the sliding unit 500 strongly slides on the right side of the third liquid crystal display member 257. It is present.

On the other hand, while the oscillating body 430 is driven strongly or weakly, the calf of the user is placed on the sliding panel 574 installed on the sliding body 530 of the sliding unit 500, the user's calf to the left and right To weaken the up / down circumferential movement while sliding, when the sliding body weak drive button 202 is switched on while the first drive button 203 of the control panel 200 is switched on, the weak drive signal is controlled. The microprocessor 101 of the unit 100 receives the calf weak sliding control signal to the first sliding drive unit 106 by arithmetic processing according to an execution program stored in the EEEPROM 104, and the calf weak sliding. The first sliding drive unit 106 receives a control signal and starts to slide the sliding body 530 of the sliding unit 500 weakly, wherein the first sphere The first light emitting diode LED1 emits light to indicate that the button 203 is switched on, and the sliding body 530 of the sliding unit 500 is weakly slid to the right of the third liquid crystal display member 257. It is present.

When describing the operation of the sliding unit 500 in more detail, the user's calf in the state of placing the user's calf on the sliding panel 574 installed on the sliding body 530 of the sliding unit 500 In the case where the upper and lower circumferential motions are strongly or weakened while sliding left and right, the sliding body strong driving button 208 or the sliding body weakly is turned on with the first driving button 203 of the control panel 200 switched on. When the driving button 202 is switched on, the strong driving signal or the weak driving signal is received by the microprocessor 101 of the control unit 100 and processed according to an execution program stored in the EEEPROM 104. By outputting the calf strong sliding control signal or weak sliding control signal to the sliding drive unit 106, the geared motor 532 of the sliding body 530 rotates forward and reverse, The shaft 532a of the geared motor 532 is rotated so that the first link 533 and the second link 535 in the direction of the arrow A (counterclockwise) or in the opposite direction (clockwise) of the arrow A While rotating, the operating lever 534 is rotated clockwise or counterclockwise about the hinge pin 534a.

As the operation lever 534 is rotated clockwise or counterclockwise, the third link 537 is rotated clockwise or counterclockwise about the hinge pins 537a and 537b to guide the movable body 570. The sliding panel 574, which is moved to the left and the right along the 536 and 536 and is installed on the movable body 570 via the first and second bearings 572 and 575, is slid by a pair of rollers 538a and 538a. It is supported so that the sliding panel 574 is slid to the left end or the right end while sliding left or right on the pair of rollers (538a, 538a) after the head of the fastening member (572a) and the support plate (571) The coil spring 573, which is disposed between the two, expands upward as it expands, and repeats the movement of raising and lowering the calf placed on the sliding panel 574 in the horizontal direction and the upper side again. You can lose weight as

Next, while the user's calf is placed on the sliding panel 574 installed on the sliding body 530 of the sliding unit 500, the user's calf is slid left and right to make the up and down circumferential movement strong or weak. If the user wants to warm the lamp while switching on, the isothermal temperature increase button 216 or the isothermal temperature decrease button 216 for heating the lamp while the heat button 211 of the control panel 200 is switched on is switched on. If the heating time is set by the time increasing button 209 or the time decreasing button 210, an isothermal heat temperature increasing or decreasing control signal is received from the microprocessor 101 of the control unit 100. The operating temperature stored in the RAM 111 in the microprocessor 101 of the control unit 100 by arithmetic processing in accordance with the execution program stored in the 104 or the ON A temperature decrease control signal is output to the relay 102, and a current flows through the heating wire 341 of the heat / massage unit 300, thereby being set by the time increasing button 209 or the time decreasing button 210. During the warm-up time, the isothermal heat temperature increasing button 216 or the isothermal heat temperature decreasing button 217 starts to heat to the isothermal heat temperature, wherein the warm-up button 211 is switched on the second light emitting diode ( At the same time as the LED2) is emitted and displayed, the temperature of the heat set by the isothermal heat temperature increasing button 216 or the isothermal heat temperature decreasing button 217 is displayed on the first temperature display segment 254, and the heat timetable is displayed. The heat segment set by the time increase button 209 or the time decrease button 210 is displayed on the time segment 253.

On the other hand, if you want to warm the abdomen while warming the back in this way, the abdominal heat temperature increase button 214 or abdominal heat temperature decrease button for heating the abdomen in the state of switching on the heat button 211 of the control panel 200 215 is switched on, and when the heating time is set by the time increasing button 209 or the time decreasing button 210, the abdominal heat temperature increase control signal or the abdominal heat temperature decrease control signal is transmitted to the control unit. The thermal temperature stored in the RAM 111 in the microprocessor 101 of the control unit 100 by arithmetic processing in accordance with the execution program stored in the EEEPROM 104 received by the microprocessor 101 of 100. An increase control signal or a temperature decrease control signal is output to the relay 102. Accordingly, a current flows through the heating wire 703 of the abdominal heating belt 700, thereby increasing the time increase button 20. 9) or the abdominal heat temperature increase button 214 or the abdominal heat temperature increase button set by the abdominal heat temperature decrease button 215 for the warming time set by the time, the warm button The second light emitting diode LED2 emits light to indicate that 211 is switched on, and the abdominal heat temperature increase button 214 or the abdominal heat temperature decrease button 215 on the first temperature display segment 254. The abdominal heating temperature set by the display is displayed, and the heating time set by the time increasing button 209 or the time decreasing button 210 is displayed on the heating time display segment 253.

On the other hand, if you want to warm the thighs while warming the abdomen as described above, the thigh heat temperature increase button (212) or thigh heat temperature decrease button for heating the thighs in the state of switching on the heat button 211 of the control panel 200 213 is switched on, and when the heat time is set by the time increase button 209 or the time decrease button 210, the thigh temperature heat temperature increase control signal or the thigh temperature heat temperature decrease control signal is transmitted to the control unit. The thigh heat stored in the RAM 111 by the microprocessor 101 of the control unit 100 by performing arithmetic processing according to the execution program stored in the EEEPROM 104 received by the microprocessor 101 of the control unit 100. A temperature increase control signal or a thigh warm temperature decrease control signal is output to the relay 102, and thus the electric heating wire 803 of the thigh warm belt 800 is transferred. Is heated to heat the thigh heat temperature set by the thigh heat temperature increase button 212 or the thigh heat temperature decrease button 213 during the heat time set by the time increase button 209 or the time decrease button 210. At this time, the second light emitting diode LED2 emits light indicating that the heat button 211 is switched on, and at the same time, the thigh heat temperature increase button 212 or the thigh on the first temperature display segment 254. The thigh heat temperature set by the heat temperature decrease button 213 is displayed, and the heat time set by the time increase button 209 or the time decrease button 210 is displayed on the heat time display segment 253.

If you want to lose weight by applying low-frequency to your arms, abdomen, thighs and calf while warming your abdomen or thighs (you can also heat your abdomen and thighs at the same time) to lose weight. The first to tenth low frequency output pads 601 to 610 of the low frequency output unit 600 are attached to the abdomen, thighs and calves as shown in FIG. 3, and the low frequency output pads 603 and 604 attached to the abdomen are attached. Position fixing to the abdominal heating belt 700, and positioning the low frequency output pads (605 to 608) attached to the thigh with the thigh heating belt (800), and at the same time output pads (601, 602) and calf attached to the arm Fix the low frequency output pads 609 and 610 attached to the belts 832 and 834, and then switch on the low frequency output buttons 228 of the control panel 200, and then set the first to sixth low frequency settings. The first plugs 621 to 630 of the first to tenth low frequency output pads 601 to 610 of the low frequency output unit 600 are selected at the same time as selecting one or more of the rods 229 to 234. Insert the first to tenth jacks 281 to 290 formed in the control panel 200, and set the intensity of the low frequency using the first intensity setting button (241 to 250) of the control panel 200, respectively The low frequency output control signal is received by the microprocessor 101 of the control unit 100 and processed according to an execution program stored in the EEEPROM 104, and the microprocessor 101 of the control unit 100 A low frequency output control signal is output to the low frequency oscillating means 107, and thus the low frequency oscillated by the low frequency oscillating means 107 is passed through the first to tenth jacks 281 to 290. Curse on output pads 601 to 610 The output of the wave is applied to the user's arms, abdomen, thighs and calves with low frequency to break down body fat accumulated in the subcutaneous layer to lose weight.

At this time, the fourth light emitting diode LED4 emits light to indicate that the low frequency output button 228 is switched on, and the intensity of the low frequency set by the first intensity setting buttons 241 to 250 is set to the fourth liquid crystal. It is displayed on the display member 258.

In the above description, for convenience of description, the operation was described in the order of a heat / massage unit, a hip swing unit, a sliding unit, isothermal heat, abdominal heat, thigh heat, and low frequency eye, but the present invention is not limited thereto. It is a matter of course that the weight can be reduced by selecting any one or more of the heat / massage unit, the hip swing unit, the sliding unit, the isothermal heat, the abdominal heat, the thigh heat, and the low frequency.

In addition, in the above description, although the main switch 201 and the heat button 211 are installed in the input means 200 in FIG. 17, it is illustrated that the main switch 201 and the heat button 211 are installed in the input means 200 in FIG. , Explained.

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 loss device of the present invention, the massage is applied to the shoulders, the back, and the waist, and the hips are swung up and down while turning the hips in the clockwise or counterclockwise direction, and the left and right slides on the calf. The upper and lower vibrations are applied, and low frequencies are applied to the arms, abdomen, thighs and calves, respectively, to decompose the body fat accumulated in the subcutaneous layer, and to reduce the body weight while heating the back, abdomen and thighs. There is a very good effect that it can be tilted up.

Claims (15)

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 Massage is applied to the shoulders, back and waist and at the same time, it is disposed adjacent to the heat / massage unit 300 and the heat / massage unit 300 which are tilted to apply heat to the user's back and raise the upper body. A hip rocking unit 400 for swinging the user's hips in a clockwise or counterclockwise direction according to a user's hip rocking control command input from the control panel 200 and the hip rocking unit 400. On And the sliding unit 500 for circumferentially moving up and down while sliding the calf to the left and right according to the user's calf sliding control command inputted from the control panel 200, and decomposing body fat accumulated in the subcutaneous layer. At the same time, the low-frequency output unit 600 for applying low-frequency to the arms, abdomen, thighs and calves according to the low-frequency application control command input from the control panel 200 to alleviate the pain, and the control panel 200 Abdominal warm belt 700 for warming the abdomen according to the user's abdominal heat application command input from the thigh, and a thigh warm belt (800) for warming the thigh according to the user's thigh heating application command input from the control panel 200 Weight loss device characterized in that it comprises a). According to claim 1, wherein the control unit 100 is a microprocessor 101 for controlling the overall operation, and the micro switch at the switching-on of the main switch 201 and the heat button 211 of the control panel 200 The relay is applied to the heating wire (341) installed in the heat / massage unit 300 by the control signal output from the processor 101 from the AC power supply unit 70 to the AC power (AC power) for a predetermined time, and to control the off to be off And the first driving button 203 of the control panel 200 is switched on, and the microprocessor 101 is switched on when the massage member steel drive button 204 or the massage member weak drive button 205 is switched on. Massage driving means (103) for driving the first to third massage members (360,370,380) to massage the shoulder, back, waist respectively by the control signal output from the execution program for executing the microprocessor 101 The stored EEPROM 104, Rocking driving means 105 which is driven by a rocking control signal output from the microprocessor 101 when the rocking on / off button 203 is switched on to rock the hips and drives the rocking body 430; Sliding control output from the microprocessor 101 at the time of switching on and off the sliding on / off button 126 of the control panel 200 to move the calf horizontally to the left and right and to apply the upward and downward circumferential motions. A first sliding drive means 106 driven by a signal to drive the sliding body 530 and a control signal output from the microprocessor 101 when switching on the low frequency button 228 of the control panel 200. A low frequency oscillating means 107 driven by the low frequency oscillation means 107 for controlling low frequency output from the first to tenth low frequency output pads 601 to 610, and the upper tilting up button 222 of the control panel 200. At the same time, it is driven by a tilting up control signal output from the microprocessor 101 to tilt (raise) the upper body of the user, and at the same time, switching the upper tilting down button 223 of the control panel 200. Tilting drive means 108 for forward and reverse rotation control of the first electric cylinder 350 so as to down (down) the user's upper body tilted at the time of turning on, and the bottom lift up of the control panel 200. When the button 224 is switched on, the controller rotates forward by the hip upward control signal output from the microprocessor 101 and simultaneously pushes the rocking body 430 of the hip swinging unit 400 upward, and controls the same. When the bottom lift down button 226 of the panel 200 is switched on, the oscillator 430 of the hip swing unit 400 is moved downward while being driven in reverse rotation by a down control signal output from the microprocessor 101. Drag A lift drive means 109 for controlling forward and reverse rotation of the second electric cylinder 439 so as to be rotated, and the microprocessor 101 is output when the sliding forward button 226 of the control panel 200 is switched on. While driving forward by the sliding forward control signal, the sliding plate 523 of the sliding unit 500 approaches the hip swing unit 400 and at the same time, the sliding backward button 227 of the control panel 200 A third electric cylinder (10) to be driven back by the sliding backward control signal output from the microprocessor 101 at the time of switching on, so that the sliding plate 523 of the sliding unit 500 is separated from the hip swing unit 400. Second sliding drive means 110 for forward and reverse rotation control of the 524, and the temperature detection sensor (345, 7) of the thermal / massage unit (300), the abdominal warm belt (700) and the thigh warm belt (800). Weight loss, characterized in that the RAM 111 for receiving the signals input from the 08,808, respectively, and stores the data processed in accordance with the execution program stored in the EEPROM (104) Device. According to claim 1, The control panel 200 is a main switch 201 to control the AC power output from the AC power supply unit 70, and inputs a user's control command to slide the massage, hip swing and calf The massage driving means 103 is driven by the first driving button 203 and the massage control signal output from the microprocessor 101 of the control unit 100 when the first driving button 203 is switched on. Massage member strong driving button 204 for strongly controlling the operation of the first to third massage members 360, 370 and 380 to massage the shoulder, back and waist of the user so as to strongly massage the first driving button 203. The first to third massage members to gently massage the user's shoulders, back and waist by driving the massage driving means 103 by a massage control signal output from the microprocessor 101 of the control unit 100. (360,370,380) movements Massage member weak driving button 205 for weak control, and the swing driving means by the hip swing control signal output from the microprocessor 101 of the control unit 100 at the time of switching on the first driving button 203 ( A rocking body strong drive button 206 for strongly rocking the motion of the rocking body 430 of the hip rocking unit 400 so as to strongly rock the user's hips by driving 105; and the first drive button 203 The oscillation drive unit 400 to weakly oscillate the user's hips by driving the oscillation driving means 105 by the hip oscillation control signal output from the microprocessor 101 of the control unit 100 at the time of switching on. The oscillator weakly driven button 207 for weakly controlling the operation of the oscillator 430 of the control unit and the microprocessor 101 of the control unit 100 when the first driving button 203 is switched on. Calf sliding Sliding body steel drive button 208 for strongly sliding control of the operation of the sliding body 530 to drive the first sliding drive means 106 of the control unit 100 by the fish signal to strongly slide the calf of the user. ) And the first sliding driving means 106 of the control unit 100 by the sliding control signal output from the microprocessor 101 of the control unit 100 when the first driving button 203 is switched on. A sliding body weak driving button 202 for weakly sliding control of the operation of the sliding body 530 so as to weakly slide the calf of the user by driving the first to third massage members 360, 370 and 380 and the oscillating body ( 430 and an operation time increasing button 209 for increasing an operation time of the sliding body 530, and the first to third massage members 360, 370 and 380, the swinging body 430, and the sliding body 530. copper Operation time reduction button 210 to reduce the operation time, a heat button 211 for inputting a user's heat control command to heat the abdomen, thighs and the like, and thigh heating at the time of switching on the heat button 211 Thigh heat temperature increase button 212 for increasing the temperature of the belt 800, Thigh heat temperature decrease button 213 for reducing the temperature of the thigh heat belt 800 at the time of switching on the heat button 211, An abdominal temperature increase button 214 for increasing the temperature of the abdominal heating belt 700 when the heating button 211 is switched on, and decreasing the temperature of the abdominal heating belt 700 when the heating button 211 is switched on. Abdominal heat temperature decrease button 215, isothermal temperature increase button 216 for increasing the temperature of the heat, such as at the time of switching on of the heat button 211, such as at the time of switching on the heat button 211 Isothermal temperature reducer reduces the temperature 217, the first to third mode selection buttons 218, 219.220 for selecting the type of the hip swing and the calf sliding mode, and the first to third electric cylinders 350, 439, 524 to control the user; At the time of switching on the second driving button 221 and the second driving button 221 of the control panel 200, the first electric cylinder 350 is rotated forward to tilt the upper body of the user. When the upper body tilting up button 222 for inputting a control command of a driving control user and the second driving button 221 of the control panel 200 is switched on, the first transmission is performed to lower the upper body of the user horizontally. When the upper body tilting down button 223 for inputting a user's control command for controlling the reverse rotation driving of the cylinder 350 and the second driving button 221 of the control panel 200 is switched on, To control the forward rotation of the second electric cylinder 439 The second electric cylinder 439 to lower the user's hips downward when the hip lift-up button 224 for inputting a user's control command and the second driving button 221 of the control panel 200 are switched on. ), The lower down button 225 for inputting a user's control command for reverse rotation driving control and the second driving button 221 of the control panel 200 to be used by a person with a small height. In order to approach the sliding plate 523 of the sliding unit 500 toward the hip drive unit 400, the sliding forward button 226 for inputting a user's control command for forward driving control of the third electric cylinder 524; The user's control of the reverse rotation drive control of the third electric cylinder 524 to separate the sliding plate 523 of the sliding unit 500 from the hip drive unit 400 so that a person with a large elongation can use it. The first to tenth low frequency output pads 601 to 610 electrically connected to each other through the sliding backward button 227 for inputting a command and the first to tenth plugs 621 to 630 to output low frequency. A low frequency output button 228 for inputting a control command and a first frequency for setting a low frequency output from the first to tenth low frequency output pads 601 to 610 at a specific frequency when the low frequency output button 228 is switched on; To sixth low frequency setting mode buttons 229, 230, 231, 232, 233, 234 and the first to sixth low frequency setting mode buttons 229, 230, 231, 232, 233, 234 at the selected frequency of switching on the low frequency output button 228. The first to tenth intensity setting buttons 241 to 250 and the low frequency output button 228 are switched on, and the first to sixth low frequency wavelengths are output from 601 to 610. And a first and tenth jacks 281 to 290 for outputting a low frequency at an intensity set by the first to tenth intensity setting buttons 241 to 250 in any one mode selected from the mode buttons 229, 230, 231, 232, 233 and 234. Weight loss device, characterized in that. delete According to claim 1, The low-frequency output unit 600 is connected to the first and second plugs (621, 622) of the first and second jacks (281, 282) of the control panel 200, respectively, and apply low frequency to both arms, respectively. The third and fourth plugs 623 and 624 are connected to the first and second low frequency output pads 601 and 602 and the third and fourth jacks 283 and 284 of the control panel 200 to apply low frequencies to the abdomen, respectively. The fifth and eighth plugs 625,626,627,628 are respectively connected to the third and fourth low frequency output pads 603 and 604 and the fifth to eighth jacks 285, 286, 287 and 288 of the control panel 200 to apply low frequencies to the thighs, respectively. The fifth to eighth low frequency output pads 605 and 606 and the ninth and tenth plugs 629 and 630 are connected to the ninth and tenth jacks 289 and 290 of the control panel 200 to apply low frequency to the calf, respectively. Weight loss device, characterized in that consisting of the ninth and tenth low-frequency output pad (609, 610). The method of claim 1, wherein the heat / massage unit 300 is mounted on the first table 310, the upper frame 311 of the first table 310 via a hinge 312 to be tiltable. It is disposed in the upper panel 320, the first cushioning body 330 mounted on the upper panel 320, and the receiving groove 330a formed in the first cushioning body 330 to protect the shoulders, the back, and the waist. Massage is disposed on the first to third massage members (360,370,380) and the first cushion body 330, the isothermal temperature increase button 216 at the time of switching on the heat button 211 of the control panel 200 And a heat sink 340 for heating the lamp for the time set in the operation time increasing button 209 at the temperature set in the isothermal heat temperature reducing button 217, the first cushioning body 330 and the upper and lower covers 348a. And a slide fastener for opening and closing the outer cover 348 and the upper and lower covers 348a and 348b of the outer cover 348. 349) and a first electric cylinder 350 for tilting the upper panel 320 upward while tilting the upper panel 320 upward to raise the user's upper body, and horizontally tilting the upper panel 320 upward. Weight loss device, characterized in that. The heat dissipation plate 340 of claim 6, wherein the heat dissipation plate 340 includes a heating wire 341, a lower nonwoven fabric 342 disposed under the heating wire 341 so as to prevent leakage of the applied power. An upper nonwoven fabric 343 covering the upper portion of the heating wire 341, a bimetal 344 which cuts off the power when the heating wire 341 exceeds a predetermined temperature, and detects the heat radiation temperature of the heating wire 341 to detect the heat dissipation temperature. The temperature detection sensor 345 outputs to the microprocessor of 100 and the heating wire 341 are supplied with power, and the temperature detected by the temperature detection sensor 345 is applied to the control unit 100. Weight loss device, characterized in that consisting of a connector 346 output to the microprocessor. 7. The method of claim 6, wherein the first to third massage members (360,370,380) are spaced apart from each other according to a program stored in the EEPROM (104) of the controller (100) when the AC power is applied to massage the shoulders, back and waist The first to third vibration motors 361, 371, 381 and the rotary shafts 362, 372, 382 of the first to third vibration motors 361, 371 and 381, respectively, are disposed to be eccentric to each other so that the first to third vibration motors 361, 371 and 381 are disposed. To accommodate the circular weights 363,373,383 formed with through holes 363a, 373a, 383a in the center to generate vibrations during the rotation of the arm, and to receive the first to third vibration motors 361,371,381. Weight loss device comprising a case (390) and a cover (391) covering the upper opening of the case (390). According to claim 1, wherein the hip swing unit 400 is a second cushion body 412 mounted on the second table 410, the second upper frame 411 of the second table 410, A second outer cover 413 covering the second cushion body 412, a rocking body 430 disposed on the intermediate support 414 of the second table 410 so as to be movable up and down, and the intermediate support And a second electric cylinder (439) which is disposed at (414) and is capable of forward and reverse rotation so as to move the swinging body (430) up and down. The driving body 430 of claim 9, wherein the oscillator 430 is fixed to the inner bottom surface of the housing 431, and the linker is installed on the shaft 432a of the drive motor 432. The member 433 and the link member 433 are installed via a ball joint 434a to swing the upper and lower directions while receiving the rotational force of the driving motor 432 through the link member 433. Rolling member 434, the ring-shaped joint member 435 for supporting the rotatable support via the pin 435a at the same time rolling the operating member 434, and is fixed to the upper portion of the housing 431 And a support frame 436 for supporting the ring-shaped joint member 435 via a connecting member 436a, and an upper surface concave to concave upward and downward while rotating the hips. Rotating plate 438 installed on the upper portion of the operating member 434 via the iron plate 437, and the rotation The user's hips placed on the plate 438 are raised and lowered, and installed on the intermediate support 414 of the second table 410 so that the housing 431 can be moved up and down. It is installed vertically on the rotatable second electric cylinder 439 and the intermediate support 414 of the second table 410, and has a through hole formed at an inner bottom surface of the housing 431 (not shown). Weight loss, characterized in that it is composed of a plurality of support rods 440 fitted to the coil springs 441 disposed on the outer circumferential surface of the support rods 440 to elastically support the housing 431. Device. The sliding unit 500 includes a third table 510, a sliding member 520 slidably mounted on an upper frame 511 of the third table 510, and the sliding unit. In the cushioning body 518 mounted on the sliding plate 523 of the member 520, the outer cover 519 covering the cushioning body 518, and the through hole 518a formed in the cushioning body 518. And a sliding body 530 which is disposed on the sliding plate 523 of the sliding member 520 and circumferentially moves up and down while sliding the calf to the left and right. The method of claim 11, wherein the sliding member 520 is the third upper support plate 521 is formed with a long hole (521a) in the longitudinal direction in the center of the upper frame 511 of the third table (510), 3, the operating rod 522 is vertically installed at the center of the lower surface to penetrate the long hole 521a of the upper support plate 521, and the third upper support plate 521 can be easily used even if the extension is large or small. A front end portion of the piston 524a is coupled to a sliding plate 523 slidably mounted thereon and an actuating rod 522 disposed in the center of the lower surface of the sliding plate 523 disposed at the third table 510. And the third electric cylinder 524 capable of forward and reverse rotation so as to move the sliding plate 523 toward the hip swinging unit 400 and away from the hip swinging unit 400. By Loss of the device. 12. The sliding body 530 of claim 11, wherein the sliding body 530 is rotatably mounted on a forward / reversely rotatable geared motor 532 mounted on a substrate 531 and a shaft 532a of the geared motor 532. An operating lever 534 rotatably installed on the one link 533 and the substrate 531 via a hinge pin 534a or in an opposite direction of the arrow A (clockwise). And one side is rotatably coupled to the front end of the first link 533 via a hinge pin 533a, and the other side is rotatably installed on the operation lever 534 via the hinge pin 535a. The second link 535 and the pair of guide rails 536 and 536 having both ends installed in parallel with each other in the pair of first pillars 536a and 536a and the guide rails 536 and 536 are movable in the left and right directions. And at the same time, the fastening member 57 after sliding to the left end or the right end The coil spring 573 disposed between the head of 2a and the support plate 571 is expanded to the upper portion, and the calf placed on the sliding panel 574 is raised to the horizontal direction and the upper side and then lowered again. One side is rotatably installed on the movable body 570 via a hinge pin 537a to move the movable body 570 and the movable body 570 to the left or right, and the other side is operated. A third link 537 rotatably installed on the lever 534 via a hinge pin 537b and a sliding panel 574 provided through the first and second bearings 572 and 575 on the movable body 570. ) Is composed of a pair of rollers 538a and 538a for slidably supporting and two pairs of second pillars 539a and 539b for rotatably supporting the rollers 538a and 538a, respectively. Weight loss device. The movable body 570 of claim 13, wherein the movable body 570 includes a first bearing 572 provided by a plurality of fastening members 572a on a support plate 571 provided thereon, the support plate 571, and a fastening member 572a. And a coil spring 573 which is disposed between the heads of the head), and is installed inside the first bearing 572, the sliding spring 574, the sliding panel 574, and the sliding member 574a. A pair of second bearings 575 fixed to the lower part of the panel 574, and a shaft 576 for rotatably supporting the first and second bearings 572, 575, characterized in that the weight loss Device. delete

Images