KR20180018981A - Abdominal exercise chair - Google Patents

Abstract

The present invention relates to an abdominal exercise chair. More specifically, the abdominal exercise chair can prevent athletic ability from being degraded when a user sits on a chair and does office work, prevent a disease, such as a cervical disk problem, a lumbar disc problem, or a stenosis, caused by pressure on the spine′s cartilage due to a load caused while a user carries heavy things or sits on a chair for long hours, have an acupressure function of practicing an acupressure on a palm or the sole of a foot to provide treatment, allow blood to easily flow through vessels, and activate the body′s circulation system, allow a user to normally sit on a chair and do abdominal exercises by bending the waist, arms, or legs or lifting like lifting a dumbbell or barbell, prevent and solve cervical disk problems and lumbar disc problems using the load generated when the chin is placed on a chin holder. A foot acupressure unit rotates, and a foot acupressure rotation grip is inserted into a left hole formed on the left plate and is fixed by a fixture. A backrest is horizontally leaned rearward. The top of a foot is fastened with the foot acupressure fastener. Thus, an abdominal exercise in which the waist is bent backward and forward can be performed. Further, when the backrest is upright, and the chair gripped and pulled, physical strength is gained from the exercise of bending the arms like lifting a dumbbell. When the arms are moved upward or downward like lifting a barbell, and knees of legs are secured by a wire rope extended from the grip and are bent or unbent to strengthen muscles of the popliteal fossa and bladder, complex and various exercises similar to pushups or lifting a barbell can be performed.

Description

Abdominal exercise chair {omitted}

The present invention relates to an abdominal exercise chair, and more particularly, to a chair for abdominal exercise, and more particularly to a chair for abdominal exercises, which prevents a decrease in athletic ability when sitting for a long time in a chair, It is intended to prevent and treat diseases such as neck disc, stomach disk and stenosis caused by this pressure, and also to have acupressure function of applying acupressure to palm or foot acupressure so that circulation system of body can be activated smoothly and smoothly. As well as being used as an ordinary chair, it is used to strengthen the abdomen as well as to strengthen the abdomen by lifting the back, the push-up, the shin push-up, the lifting of the dumbbell or the weft, It is used as a chair that can be used for treatment, The backrest is placed horizontally to the back, the foot is hooked to the foot pressure joint, and the waist is lifted backward, and then the forward abdominal strengthening exercise can be performed In addition, the backrest is set up, pulling the handle of the means of the force, pulling the arm up like a dumbbell, stretching and lifting the arm upwards as if lifting the weft, or tie the handle and extended wire rope to the knee of both legs, Such as strengthening the muscles of the bladder and the bladder by opening and loosening the knee, and so on.

Generally, a chair is a main purpose of sitting on a seat, but the function of the chair is equipped with an electric device equipped with a motor so that the waist or shoulder calf is pushed back, or a belt is installed to cause a trembling phenomenon, Has developed into a functional chair.

However, in our bodies, the palms and soles of the body, including the brain and organs, are linked to the nervous system, including the brain and internal organs, so that a very important meridian responding only by stimulation is distributed. And the body balance of the healthy body was broken, but it caused the result that it was difficult to turn around. However, it was difficult to return without simultaneous stimulation of the palms and soles and whole body movement There is a problem.

In other words, when walking or jumping, the palm of the menstrual blood is resting, and therefore the load of the head and the load of the upper body are the same as that of the cartilage of the spine.

Acupuncture points on the palms and soles of the feet are closely related to the circulatory system of our body. If we stimulate the acupoints of the fingers and palms and the acupoints of the toes and soles simultaneously, It is a common problem of acupressure to apply pressure to the waist, back, and calf without applying pressure to the ends of the hands and soles using a motor, although the capillaries can be expanded and blood can be supplied smoothly.

In addition to the difficulty of applying pressure to the tip of the tip of the fingertip as well as the bottom of the hands and feet, there was a drawback that the user could not freely press the desired area. In addition, the effect of whole body exercise and neck and waist disk And it was difficult to expect treatment.

Therefore, the hand, which is separately purchased at a high price, is used to apply pressure to the back, the back, and the sole of the foot with the hand pressure bar. As a massage chair using the motor, it is merely tapping and trembling from the neck to the foot, There was a problem that it was difficult to perform a whole body exercise.

In addition, there are various methods of walking the sand and cobbled road with various exercise apparatus and bare feet. However, it is difficult for modern people who are busy in the office to take such a time to exercise and to prevent or treat the neck disk, waist disk and stenosis as well as the whole body exercise There was a problem.

1. Domestic Utility Model No. 20-0328956 2. Domestic Utility Model No. 20-0344423 3. Domestic Utility Model No. 20-0431885 4. Domestic Utility Model No. 20-0377417 5. Domestic Patent Application No. 10-2006-0026002 6. Patent Registration No. 10-1623738 7. Patent Registration No. 10-1487978 8. Patent registration No. 10-1008489 9. Patent registration No. 10-1506066 10. Patent Registration No. 10-1639526

In order to solve the above-described conventional inconvenience, the arm chair of the present invention is constructed by raising the armrests on both left and right sides along a certain height, After fixing with a moving pin, put the elbow or armpit on the raised armrest and put the weight on it. With the hip raised above the seat, adjust the lower body weight below the shoulder appropriately to move the hip back and forth so that the back vertebrae are relaxed. The purpose is to prevent or treat diseases such as back disk or stenosis by inducing relaxation of the cartilage between the vertebrae, which was pressed by the upright, by lowering the lower body weight by applying force to the shoulder.

In addition, when the supporting bar with the jaws is elevated according to the height of a certain height and fixed with the fixing bolts, the jaws of the neck are put on the jaws and the load is loaded and released. When the operation is performed, the vertebrae of the neck relaxes and the cartilage is released The effect is to prevent the neck disk in advance to prevent or treatment is aimed.

The above and other objects, features and advantages of the present invention will be more clearly understood from the following detailed description taken in conjunction with the accompanying drawings, in which: FIG.

The present invention comprises a resting means (100), a force means (200), an arm rest means (300), a foot rest means (400), and a backrest means (500).

An armrest means 300 is coupled to the support column 110 formed on the counter means 100 and a back support means 500 is coupled to the rear support platform 133 formed on the counter means 100, The balancer means 400 is coupled to the lower side of the front support platform 132 formed on the base 100 and the force means 200 is coupled to both sides of the base means 100.

The chair for strengthening the abdominal muscles of the present invention having the above-described structure is provided with a hand and foot pressure part for forming a plurality of protrusions on the arm rest means and the foot rest means, and when the palm, the fingers and the sole or the toes are pressed or rubbed against the palm rest, The blood vessels are stimulated to relax the circulatory system so that the flow of the blood flow is smooth and the massage function is provided.

In addition, according to the present invention, it is possible to hold the handle of the force means and to perform arm bending such as dumbbell and counterclockwise motion, lifting the arm, pulling and pulling the dumbbell, It is possible to relax the neck cartilage of the supporting spine and to strengthen the neck and to cure it.

In addition, according to the present invention, the armrest is lifted and the weight is put on the elbow, and when the hip is held, the hip is swung to the left and right or the shoulder is lifted and lowered to increase the cartilage of the spine to prevent or treat the disk or stenosis have.

In addition, according to the present invention, it is possible to perform an abdominal strengthening exercise in which the backrest is pushed backward, the foot is put on the footrest, the waist is lowered and the back is tilted backward or the footrest is put on the footrest, And so on. It is also possible to maintain a healthy body by making it possible to perform a variety of complex whole body exercises, such as wrapping a wire rope around a knee and pulling and pulling a knife.

In addition, the shiitake which shines hands and feet can be detached and attached so that it can be used after being separated from the slide groove of the coupling frame if it is unsanitary or dirty when used for a long period of time.

Fig. 1 is a perspective view showing the front of a chair for abdominal exercising according to the present invention.
Fig. 2 is a perspective view showing the back of the abdominal exercising chair according to the present invention.
FIG. 3 is a perspective view showing the abdominal exercising and exercising chair according to the present invention.
Fig. 4 is a perspective view showing the seating means of the abdominal exercise chair according to the present invention separated. Fig.
FIG. 5 is a perspective view showing the armrest means of the abdominal exercising chair according to the present invention separated. FIG.
FIG. 6 is a perspective view showing the leg-rest means of the abdominal exercising chair according to the present invention.
Fig. 7 is a perspective view showing the backrest means of the abdominal exercising chair according to the present invention.
Fig. 8 is a perspective view showing a separation of the force-applying means of the abdominal exercising chair according to the present invention.
Fig. 9 is a perspective view showing a bottom surface of the abdominal exercise chair according to the present invention.
FIG. 10 is a perspective view showing an operating state of a brace means and a brace means of a chair combined with an abdominal exercise according to the present invention.
Fig. 11 is a perspective view showing an operation state of the constitution of the seat, the structure of the jaw-raising means and the structure of the backrest of the seat means of the double-seat exercising chair according to the present invention.
Fig. 12 is a perspective view showing the operating states of the armrest means, the force means, the backrest means and the footrest means of the abdominal exercise chair according to the present invention.
Fig. 13 is a view showing an example of a complex operation state of the abdominal exercising chair according to the present invention.
FIG. 14 is an exemplary view showing an operating state of the backrest means of the combined abdominal exercising chair according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will now be described in detail with reference to the accompanying drawings. It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory and are not to be construed as limiting the invention as defined in the appended claims. It will be apparent to those skilled in the art that modifications and variations are possible.

The main constitution of the abdominal exercise chair according to the present invention is composed of a countering means 100, a force means 200, an armrest means 300, a footing means 400 and a backrest means 500.

An arm rest means 300 is coupled to the upper side of the supporter means 100. A backrest means 500 is coupled to the back of the supporter means 100. A foot rest means 400 is provided on the lower side of the supporter means 100, And the counterbalance means (100) is constituted by coupling the force means (200) on both sides.

The detailed configuration of the above-described main configuration is configured as follows

1) Composition of restraining means

The seat cushion according to the present invention is a chair in which a person normally sits, the seat cushion 100 is provided with support pillars 110 vertically on both front and rear sides of the seat cushion 100, A space is formed. A height adjusting cylinder 310 is inserted into the insertion space.

The second support posts 121 are coupled to the upper side of the support posts 110 and the first support posts 120 are coupled to the lower support posts 120, respectively.

A front support base 130 is coupled to the front of the support column body 110 and a rear support base 131 is coupled to the rear side.

On the upper side of the front support frame 130 and the upper side of the rear support frame 131, the front and rear support frames 132 and 133 are combined to form a rectangular frame.

Therefore, the seat 140 is seated on the upper side of the front support platform 132 and the rear support platform 133 so that a person can sit. A rotary shaft 142 is mounted on one side of the seat plate hole 141 and a fixing hole 143 is vertically rotated on the rotary shaft 142 so that a seat plate hole (Not shown).

A third reinforcing bar 134 is coupled to the upper side of the front support 130 and the rear support 131, respectively.

A cap 135 is coupled to the lower side of the front support 130 to prevent movement and a wheel 133 is coupled to the lower side of the rear support 136 to facilitate movement.

An elbow-type fixing jaw 150 is joined to an upper side of the supporting column 110, and a through-hole 151 is provided at a lower side of the elbow-type fixing jaw 150. The horizontal moving pin 160 is inserted into the through hole 110a formed in the through hole 151 formed in the elbow type fixing jaw 150 and the through hole 110a formed in the supporting column 110, And is structured to be mounted between the pillars (110). At this time, a locking protrusion 161 is formed at the center of the horizontal movement pin 160 so that it can not pass through the entrance of the through holes 151 and 110a.

An elastic spring 162 is mounted in front of the latching protrusion 161 of the horizontal movement pin 160 inserted into the through hole 151 of the elbow-type fixing protrusion 150, So that it can be emitted.

The elevating fixed rope 10 is connected to the rear end of each of the horizontal moving pins 160 inserted into the through hole 151 of the elbow fixing pin 150. And the knob 164 is coupled to the center of the height adjustment rope 163 so as to be connected.

Therefore, when pulling the knob 164, the height adjusting rope 163 is retracted from the inside of the supporting column 110, so that the horizontal moving pin 160 coupled with the height adjusting rope 163 is pulled out of the elbow fixing fastener 150 The elastic spring 162 is resiliently biased and the stopping protrusion 161 of the horizontal movement pin 160 is stopped at the entrance side of the through hole 151. [

Therefore, in order to adjust the height of the armrest means 300, the horizontal movement pins 160 are formed in the selected holes 311 of the plurality of through holes 311 formed in the height adjustable column body 310 formed in the arm- So that the height can be adjusted.

4, when the knob 164 is pulled, the height adjusting rope 163 is separated from the through hole 311 of the height adjusting cylinder 310, and at the same time, the height adjusting rope 163 mounted on the inner side of the horizontal moving pin 160 The elastic spring 162 is pressed. Therefore, when the height adjustment member 310 inserted in the support column body 110 is moved up and down to adjust the height thereof, the through hole 311 is selected, and when the handle 164 is released, the elastic spring 162 The horizontal movement pin 160 is adjusted to be inserted into the hole 311 of the height adjustable column 310 so as to be inserted and adjusted.

2) Arrangement of armrest means

5, the armrest means 300 is formed with a height adjustable column body 310 on both front sides thereof and an armrest 320 is coupled to the upper side of the height adjustable column body 310, do. At this time, the height adjusting cylinder 310 has a plurality of through holes 311 which can be adjusted by selecting the height of the armrest 320.

A bolt insertion hole 322 is formed at the center and an elastic spring 324 is mounted on the fixing bolt 323 . The fixing bolt 323 on which the elastic spring 324 is mounted is inserted into the bolt insertion hole 322. Therefore, the fixing bolt 323 is elastically urged by the elastic spring 324 and is elastically discharged.

A hand gripping part 330 is coupled to the front of the armrest 320. The hand pressure applying part 330 is formed with a pressure applying member mounting hole 331 for engaging with the armrest 320. The pressure-applying member mounting hole 331 is formed with projections 332 on both sides of the rear side, and a screw groove 333 is formed in the center thereof. The projection 332 of the shi-pressure member mounting hole 331 is inserted into the insertion groove 321 formed in the armrest 320 and the fixing bolt 323 is inserted into the screw groove 333 formed at the center of the shi- As shown in Fig.

Further, a slide groove 334 is formed in the rear lower side of the pressure applying member mounting hole 331, and a slide groove 335 is formed in the front side. Therefore, the slide grooves 334 and 335 formed at the front and rear sides are configured to insert and fix the hand hold member 336 having a plurality of projections formed therein by a slide. That is, the hand pressure applying member 336 is configured to be coupled to the lower surface of the pressure applying member mounting hole 331.

Therefore, when the hand gripping part 330 coupled to the armrest 320 is pulled forward, the gripping pressure receiving member 331 is separated from the armrest 320. [ At this time, the elastic spring 324 is resilient. When the hand pressure applying member 331 is rotated and released, the elastic spring 324 is elastically stretched to pull the hand gripping part 330 backward. Therefore, the hand gripping member 336 Is formed on the lower side and is positioned and fixed on the upper side by the rotation of the hand pressure applying member mounting hole 331.

This is a blast furnace in which the fixing bolt 323 to which the elastic spring 324 is coupled is fixed to the bolt insertion hole 322 of the end portion of the armrest 320 with the screw groove 333 of the hand pressure applying member mounting hole 331, This is because the projection 332 formed on the mounting hole 331 can be fixed to the insertion groove 321 of the armrest 320 by rotation.

Therefore, the user can apply pressure to the hand using the tongue depressed portion 330. When not in use, as described above, when the hand gripping part 330 is pulled and rotated and then released, the hand gripping part 330 is moved and fixed backward by the action of the elastic spring 324.

The height adjustable column body 310 inserted into the support column body 110 is pulled by the handle 164 mounted on the height adjustment rope 163 to select the height of the armrest 320 from among the plurality of through holes 311, Then, when the weight of the elbow is applied to the armrest 320, the hip is lifted from the seat plate 140. Accordingly, when the hip of the left side plate 140 is shaken or turned to the left and right and the shoulder is moved up and down, the spine is loosened, so that the cartilage is strengthened and the waist disk can be prevented and treated.

3) Configuration of backrest means

7, the backrest unit 500 includes a backrest 510 on which a person can lean and a fixed support 520 for supporting the backrest 510 on both sides of the lower portion of the backrest 510 And a semicircular latching groove 521 is formed on the inner side of the fixed support 520.

One side of the spiral spring 530 is in contact with the inner side of the backrest 510 and the other side is in contact with the outer surface of the back support 131 to have elasticity. Accordingly, the spiral splining 530 is capable of rotating the backrest 510 forward and backward while tangentially and elastically.

The hooking groove 521 is formed to be inserted into the hooking portion 410 of the hanging means 400 to be described later.

A through hole 522 is formed in the upper side of the latching groove 521, and a rotation shaft 540 is coupled to the through hole 522. The rotary shaft 540 is fixedly inserted into the angle conversion device 180 formed on the hinge 170 formed on the rear of the rear support platform 131. Accordingly, when the backrest 510 rotates, it rotates integrally with the rotation shaft 540. [

The angle conversion device 180 has a generally known configuration and its detailed configuration is omitted. In other words, when the backrest 510 is rotated backward to be angularly adjusted, it is fixed, and when the angle is changed again, the backrest 510 is turned back one more time to unlock and rotate.

A vertical coupling groove 550 is formed on the upper side of the backrest 510 and a rectangular pipe 560 is inserted into the coupling groove 550 to be fixedly joined. A screw insertion hole 561 is formed in the upper side of the square pipe 560 and a height fixing bolt 562 is screwed into the screw insertion hole 561.

A plurality of bolt coupling holes 572 are formed in the support rod 571 to support the jaws 570 in the rectangular tube 560.

Therefore, after the support rod 571 inserted in the square tube 560 is moved up and down to adjust the height, the height fixing bolt 562 is rotated to be coupled to the screw hole 561, which is formed in the support rod 571, The height of the support rod 571 can be easily adjusted.

The pair of jaws 570 supported on the upper side of the support rod 571 are formed as a pair, and the center portion is formed so as to be able to be separated and combined with each other. A protrusion 572 is formed at a central portion of the separated jaw ring 570a and a protrusion insertion hole 573 is formed at a central portion of the separated jaw ring 570b by inserting a protrusion 572 therein . The circular rod 571a formed on the upper side of the support rod 571 is inserted into the through hole 572 and the through hole 573 formed in the protrusion hole 572 and the protrusion insertion hole 573, respectively, after the protrusion 572 is inserted into the protrusion insertion hole 573, The pair of jaws 570 coupled to the upper side of the support rod 571 is fixed to the upper side of the support rod 571 by a fixing bolt 580. [ And at the same time, it rotates left and right on the upper side of the support rod 571.

Therefore, when the jaws 570 are put on the chin and the body weight is loaded, the neck disk is relaxed, so that the neck disk can be prevented and treated.

4) Construction of the means of force

As shown in FIG. 8, the force means 200 is formed of a housing 210 and a cap 220. The housing 210 is screwed to the sides of the first and second reinforcing rods 120 and 134, And fixed. A circular protrusion 211 is formed in the housing 210 and a fixing bolt coupling hole 212 is formed in the circular protrusion 211 so that the spring compression rotor 250 inserted into the outer circumferential surface of the circular protrusion 211 And the rotating body 230 are connected to the plate spring 240 to be rotatable.

This is because one end of the plate spring 240 is coupled to the fixing hook 231 formed on the outer side of the circular protrusion 251 protruding from the spring compression cylinder 250 and the other end is fixed And is configured to be rotatable by a knob 260, which will be described later, because it is coupled to the hook hole 252.

The central portion of the spring compression rotating body 250 is formed with a circular protrusion 251 formed with a through hole 253 so as to be inserted into the outer circumferential surface of the circular protrusion 211 to be rotatable.

A circular protrusion 251 of a spring compression cylinder 250 having a through hole 255 formed at the center thereof is formed to have a fixing bolt coupling hole 212 formed in the circular protrusion 211, One side of the leaf spring 240 is attached to the circular protrusion 251 of the spring compression rotating body 250 having the protruding hooks 251 and 231 formed thereon and the other side is coupled to the fixing hook 252 formed inside the rotating body 230.

The spring compression cylinder 250 is inserted into the outer circumferential surface of the circular protrusion 211 to mount the cap 220 and then the fixing bolt 260a is fixed to the fixing bolt coupling hole 212, One end of the wire rope 270 is fixed to the rotating body 230 on which the leaf spring 240 is mounted and the other end of the wire rope 270 is fixed, And is configured to be coupled to the force knob 280.

A spring 260 is fixedly coupled to the outer circumferential surface of the spring compression rotating body 250 by a fastener 265 and a pin 265a so as to be rotatable. A knob insertion port 253 for rotating and fixing the knob 260 is formed on the surface of the handle 260.

The housing 210 is formed with a plurality of knob latching grooves 254 so that the knob 260 can be engaged and fixed and the knob insertion opening 253 is formed in the spring compression cylinder 250.

At this time, when the handle 260 is rotated while being rotated in the handle insertion slot 253 of the spring compression rotation body 250 and the handle engagement groove 254 formed in the housing 210, the leaf spring 240 coupled to the circular projection 251 The handle 250 inserted in the hand insertion port 253 formed on the surface of the spring compression rotation body 250 is rotated by reversely rotating the handle 260 rotated by the spring compression rotation body 250 to fix the compressed leaf spring 240, And at the same time, it is formed so as to be hooked on the handle engagement grooves 254 formed on the outer side of the housing 210,

In order to fix the spring compression rotation body 250 in a rotatable manner, the fixing bolt 260 is inserted into the center of the spring compression rotation body 250 so as to be formed in the circular projection 211 of the housing 210 And is fixedly coupled to the fixing bolt coupling hole 212.

The leaf spring 240 connected to the leaf spring 240 mounted on the rotating body 230 and pulling the leaf spring 280 connected to the wire rope 270 is lifted and lowered. Arm movement or a knee joint, the knot of the knot 280 is tied to the wire rope 270, and the knee is pinched and stretched.

5) Constitution of footrest means

6, the hanger means 400 is configured to be coupled to the hinge 132a formed on the front support platform 132 and rotate.

An insertion port 421 formed at the front of the hanger coupling rotation hole 420 coupled to rotate the finger pressure portion 410 is inserted into the outer side of the hinge 132a formed at the lower portion of the front support platform 132, 422, respectively.

The hanger coupling engaging and disengaging opening 420 is formed by mounting a square nut 440 between the insertion openings 421 so as to be able to be screwed and fixed to the upper side of the foot pressing rotary knob 430.

The finger grip rotation rotary knob 430 is inserted into a seat plate hole 141 formed in the front of the seat plate 140 to rotate a fixture 143 formed in front of the seat plate hole 141, And is fixed so as not to be detached from the seat plate hole 141.

The foot pressure receiving portion 410 may be configured to be coupled to the inside of the hinge 132a formed at the lower portion of the front and rear support platform 132 by forming a foot pressure receiving hole 451 on the upper side, The through holes 454 of the arcuate rotary body 450 are inserted side by side into the through holes 454 on both sides of the insertion port 421 formed in the hole 451 and fixed to the hinge 132a of the front and rear support platform 132 by the pin 132b So as to be rotatable. A plurality of elevation adjustment holes 452 are formed in the lower portion of the arc-shaped rotary body 350.

The shovel 480 is connected to the end of the foot pressure rotary knob 430 and the arc-shaped rotary body 450 so that the foot pressure rotary knob 430 is connected to the rotation shaft 142 formed in the seat plate hole 141 of the seat plate 140. [ The rotary knob 430 is fixed to the fixing bracket 143 coupled to the rotary bracket 410 so that the rotary knob 430 can be inserted and fixed

A pair of foot pressure applying member mounts 460 and 461 are fixedly coupled to both sides of the height adjusting hole 452, which is formed in the circular arc rotating body 450. That is, the foot pressure applying member mounting holes 460 and 461 are separated by a pair, the foot pressure applying member mounting hole 460 is formed with a projecting thread groove 460a and the foot pressure applying member 460a A projection screw 461a is formed to insert a pair of foot pressure applying member mounting holes 460 and 461 from both sides into the height adjusting hole 452 and thereafter the projections of the foot reinforcing foot pressure mounting member 461 When the screws 461a are inserted into and fixed to the thread grooves 460a of the foot pressure applying member mounting hole 460, a pair of foot pressure applying member mounting holes 460 are formed on the selected height adjusting holes 452 of the circular- (461) are coupled.

The foot pressure applying members 470 and 471 formed with a plurality of projections for slidingly forming the slide grooves 460b and 461b at intervals are inserted into the pair of foot restraint member members 460 and 461 And fixed.

In order to use the foot pressure unit 410 configured as described above, the fixture 143 attached to the left plate hole 141 of the seat plate 140 is first opened and the foot pressure plate rotary knob 430 is pushed backward The finger pressure portion 140 fixed to the front left plate hole 141 rotates and is caught and fixed to the engaging groove 521 of the fixing support 520 so that the finger pressure can be stopped.

When the finger pressure part 410 is to be used, when the finger pressure part rotary knob 430 is pulled, the circular type rotary body 450 rotates and rotates forward, and at the same time, the finger pressure member 470 ( 471 also rotate forward. Then, the foot pressure applying rotary knob 430 is inserted into the left plate hole 141 of the seat plate 140 to fix the fixture 143 by tilting and fixing the foot. Then, the feet are placed on the foot pressure member 470 (471) When the user presses and releases the foot pressure applying member 460 or 461 and releases the foot pressure applying member 460 or 461, the lower end of the foot pressure part rotating handle 430 and the vertical movement of the swivel 480 mounted at the center of the circular- The backrest 510 is rotated horizontally to the rear so that both legs are hooked on the foot pressure applying member mounting portions 460 and 461, the waist is bent, and the backrest 510 is pivoted backward You can strengthen your abdominal muscles through exercise.

The chair having the acupressure function of the present invention is intended to prevent or treat various diseases caused by the lack of exercise of the modern occupants in office work. The chair has the most acupoints among the body parts, and the palm and the sole A foot push-up that allows the user to tighten the meridians, a foot push-up that allows the footrest to be strengthened with the footrest attached to the footrest, the footrest being lifted and lowered, and the calf and thigh muscles and abdominal muscles; As you lay your back on your back, bend your waist forward and backward, lift your dumbbells and weight lifting legs up and down your chin, lift your spine down your chin and relieve the cartilage. The exercise to strengthen the treatment and cartilage, and the use of the jaws to hold the chin It is also possible to prevent or treat the neck disk by strengthening the cartilage of the neck. In addition, by operating the horizontal moving pin formed on the supporting column body, the armrest is lifted and fixed, the weight is put on the elbow or armpit, The exercises to lower the back of the cartilage by lowering the muscles of the back to strengthen the muscles of the spine or disk disorders such as stenosis, such as preventing or treating the disease can be used without cost to the public can be useful without much.

100. Assuming means 110. Support column body
120. First bend bar 130. Front bar
140. Seat 150. Elbow-type fixing jaw
160. Horizontal movement pin 200. Force means
210. Housing 220. Cap
230. Rotor 240. Plate spring
250. Spring compression rotor 260. Handle
270. Wire rope 280. Braced handle
300. Armrest means 310. Height adjustable column body
320. Armrest 330. Hand grip
400. Hanger means 410. Foot pressure unit
430. Foot pressure rotary knob 440. Square nut
500. Backrest means 510. Backrest
520. Fixed support 530. Spiral spring
540. Rotation shaft 550. Coupling groove
560. Rectangular tube 570. Table hanger

Claims (6)

The armrest means 100, the force means 200, the armrest means 300, the hanger means 400, and the backrest means 500,
The arm support means 300 is coupled to the supporting column 110 of the counter means 100. The back support means 500 is coupled to the rear support platform 133 of the counter means 100, Wherein the brace means (400) is coupled to the front and back support posts (132) of the abdominal support (132), and the force means (200) is coupled to both sides of the seat means (100). The method according to claim 1,
The counter means (100)
A supporting column 110 is formed vertically on both front and rear sides of the supporting column 110. An insertion space is formed in the supporting column 110 and a second reinforcing table 121 is disposed on the upper side of the supporting columns 110, And the first reinforcing bars 120 are connected to the lower side, respectively,
A front support base 130 is coupled to the front of the support column 110, a rear support base 131 is coupled to the rear side,
On the upper side of the front support frame 130 and the upper side of the rear support frame 131, a front frame support 132 and a rear frame support 133 are combined to form a frame,
A seat plate 140 is seated on the upper side of the front support platform 132 and the rear support platform 133,
A rotary shaft 142 is mounted on one side of the left plate hole 141 and a fixing hole 143 is vertically rotated on the rotary shaft 142 to form a left plate hole 141. The left plate hole 141 is formed at a front side of the left plate 140, (141) is opened and closed,
A third reinforcing bar 134 is coupled to the upper side of the front support 130 and the rear support 131,
A cap 135 and a wheel 133 are coupled to the lower side of the front support 130 and the rear support 136,
An elbow-type fixing jaw 150 is coupled to an upper side of the support body 110. A through hole 151 is formed in a lower side of the elbow-type fixing jaw 150. The elbow- A horizontal moving pin 160 is mounted between the elbow-shaped fixing jaw 150 and the supporting column 110 so as to be inserted into the through hole 151 formed in the through hole 151 and the through hole 110a formed in the supporting column 110 ,
The horizontal moving pin 160 is formed at the center thereof with a latching protrusion 161 so as not to pass through the opening of the through holes 151 and 110a,
An elastic spring 162 is mounted in front of the latching protrusion 161 of the horizontal movement pin 160 inserted in the through hole 151 of the elbow-like fixing protrusion 150 to elastically and elastically project the horizontal movement pin 160 And,
The horizontal moving pin 160 inserted into the through hole 151 of the elbow fixing pin 150 is connected to a height fixing rope 10 and a knob 164 is provided at the center of the height adjusting rope 163 Wherein the abdominal exercising chair comprises: The method according to claim 1,
The configuration of the armrest means (300)
The upper and lower sides of the height adjustable column body 310 are coupled with an armrest 320, and the upper and lower sides of the height adjustable column body 310 are coupled to each other.
A bolt insertion hole 322 is formed at the center of the armrest 320 and an elastic spring 324 is attached to the fixing bolt 323. The elastic spring 324 is inserted into the insertion hole 321, 324 are inserted into the bolt insertion holes 322,
The hand pressure applying portion 330 is coupled to the front of the armrest 320 and the pressure applying member mounting hole 331 is formed to allow the manual hand pressure applying portion 330 to be coupled to the armrest 320, The sphere 331 has projections 332 on both sides of the rear side, a screw groove 333 is formed in the center,
Slide grooves 334 and 335 are formed on the front and rear lower sides of the pressure applying member mounting hole 331 and a hand pressure applying member 336 having a plurality of protrusions is formed on the slide grooves 334 and 335, Wherein the chair is inserted and fixed. The method according to claim 1,
The backrest unit 500 forms a backrest 510. A vertical support 520 for supporting the backrest 510 is vertically formed on both sides of the lower portion of the backrest 510. A semi- Respectively,
One side of the spiral spring 530 is in contact with the inner side of the backrest 510 and the other side of the spiral spring 530 is in contact with the outer surface of the back support 131,
The hooking groove (521) is configured to be inserted and engaged with the foot pressure receiving portion (410) of the foot fastening means (400)
A through hole 522 is formed in the upper side of the engaging groove 521. A rotation shaft 540 is coupled to the through hole 522. The rotation shaft 540 is coupled to a rear portion of the hinge 170, which is fixedly inserted into the angle conversion device 180,
A vertical coupling groove 550 is formed on the upper side of the backrest 510 and a rectangular pipe 560 is inserted into the coupling groove 550 to be fixedly joined to the coupling groove 550. In the upper side of the rectangular pipe 560, (561) is pierced, a height fixing bolt (562) is screwed into the screw insertion hole (561)
A plurality of bolt coupling holes 572 are formed in the support rod 571 and a plurality of bolt holes 572 are formed in the support rod 571,
A pair of jaws 570 supported on the upper side of the support rod 571 are formed to be able to separate and couple to each other and a protrusion 572 is formed at the center of the separated jaw ring 570a And a protrusion insertion port (573) is formed at the center of the separated jaw rest (570b) so that the protrusion (572) can be inserted and inserted into the protrusion insertion hole (573). The method according to claim 1,
The force means 200 is formed of a housing 210 and a cap 220. The housing 210 is screwed to the side surfaces of the first and second reinforcing rods 120 and 134, The circular protrusions 211 are formed in the inner side surface
A circular protrusion 251 of a spring compression rotating body 250 having a through hole 255 formed at the center thereof is formed to have a fixing bolt coupling hole 212 formed in the circular protrusion 211,
One side of the plate spring 240 is mounted on the circular protrusion 251 of the spring compression rotating body 250 having the fixing hook 231 and the other side is fixed to the fixing hook hole 252 formed inside the rotating body 230, Lt; / RTI >
The cap 220 is inserted into the outer circumferential surface of the circular projection 211 of the spring compression rotation body 250 and the fixing bolt 260a is fixed to the fixing bolt coupling hole 212, So that the rotating body 230 is rotated,
One end of the wire rope 270 is fixed to the rotating body 230 on which the leaf spring 240 is mounted and the other end of the wire rope 270 is coupled with the force knob 280,
A spring 260 is fixedly coupled to the outer circumferential surface of the spring compression rotating body 250 by a fastener 265 and a pin 265a so as to be rotatable. A handle insertion port 253 for rotating and fixing the handle 260 is formed on the surface of the handle 260,
The housing 210 is formed with a plurality of knob-catching grooves 254 so that the knob 260 can be engaged and fixed,
A handle 253 is formed in the spring compression rotation body 250,
The leaf spring 240 coupled to the circular protrusion 251 is rotated when the handle 260 is rotated by the handle insertion port 253 of the spring compression rotation body 250 and the handle engagement groove 254 formed in the housing 210, In order to fix the compressed leaf spring 240, the handle 260 which is rotated by the spring compression rotating body 250 is turned upside down so that the handle 260 inserted in the handle insertion opening 253 formed on the surface of the spring compression rotating body 250 And is formed so as to be hooked to a plurality of handle engagement grooves (254) formed on the outer side of the housing (210)
In order to fix the spring compression rotation body 250 in a rotatable manner, the fixing bolt 260 is inserted into the center of the spring compression rotation body 250 so as to be formed in the circular projection 211 of the housing 210 And a fixing bolt coupling hole (212) formed on the lower end of the fixed bolt coupling hole (212). The method according to claim 1,
The hanger means (400)
Is coupled to the hinge (132a) formed on the front support table (132)
An insertion hole (not shown) formed in the front of the hanger engagement rotator 420 coupled to the hanger engagement rotator 420 for rotating the finger pressure portion 410 is formed outside the hinge 132a formed at the lower portion of the front support platform 132 421 and fixed by a fixing pin 422,
The foot hanging rotary member 420 has a rectangular nut 440 mounted between the insertion holes 421 so that the foot support rotary knob 430 can be screwed and fixed to the upper side,
The finger grip rotation rotary knob 430 is inserted into a seat plate hole 141 formed in the front of the seat plate 140 to rotate the fixture 143 formed in front of the seat plate hole 141, And is fixed so as not to be detached from the hole 141,
The shovel 480 is mounted on the lower end of the foot pressure rotary knob 430 and the center of the arcuate rotary body 420 with a pin 422,
The finger pressure portion 410 is formed by inserting an arc-shaped rotary body 450 formed on the upper side into the insertion port 421 of the finger pressure-receiving portion 451 and fixing the inner side of the hinge 132a formed in the lower portion of the front- And,
The arcuate rotary body 450 mounted on the inside of the foot pressure applying member 420 is provided with a plurality of elevation adjusting holes 452 on the lower side thereof,
A pair of foot pressure applying member mounts 460 and 461 are fixedly coupled to both sides of the height adjusting hole 452, which is formed in the circular arc rotating body 450. That is, the pressure foot member mounting holes 460 and 461 are separated into a pair so that one pressure foot member mounting hole 460 is formed with a projecting thread groove 460a and the other foot pressure member foot hole 461, A pair of foot pressure applying member mounting holes 460 and 461 are inserted into the height adjusting hole 452 from both sides and then the projecting screw 461a of the foot pressure applying member mounting hole 461 is inserted into the height adjusting hole 452, A pair of foot pressure applying member mounting apertures 460 (a pair of foot pressure applying member mounting holes) are formed in the elevation adjusting holes 452 of the circular arc type rotary body 450 by inserting and fixing the pedestal 461a into the thread groove 460a of the foot pressure applying member mounting hole 460 461 are coupled,
The foot pressure members 470 and 471 having the slide grooves 460b and 461b spaced apart therefrom and having a plurality of protrusions for applying pressure are inserted into the pair of foot pressure member future grooves 460 and 461, Wherein the first and second abdominal regions are fixed so as to be fixed.

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