WO2013054992A1 - Pelvic and upper-body orthotic device - Google Patents

Abstract

The present invention relates to a pelvic and upper-body orthotic device capable of correcting deformed temporomandibular joints and spinal and upper-limb joints while restoring the normal curvature of the spine and simultaneously correcting the pelvis in the human body. The present invention comprises: a sheet (10) for supporting the user's back and pelvis; a plurality of pelvic correction means (30) disposed on both sides of the sheet (10) so as to effect correction of the pelvis by variously pressing on the user's pelvis on the sheet (10) so as to secure the pelvis to the sheet (10), and by pressing on both sides of the pelvis either with identical pressures or with different pressures; a traction means (50) disposed on one side of the sheet (10) such that traction is applied to the head of the user whose pelvis is fixed to the pelvis-correcting means (30) so as to apply tension to the user's spine; a shoulder-supporting member (70) for arresting shoulder movement by supporting both scapulae of the user so as to correct the scoliotic spine of the user held in traction by the traction means (50); and a spine-pressuring means for applying pressure to the user's spine from back to front so as to correct the spine of the user held in traction by the traction means (50).

Description

Pelvis and Upper Body Correction Device

The present invention relates to a pelvis and upper body correction device capable of correcting a crooked jaw joint and a spine and upper limb joint while simultaneously correcting the pelvis in the human body.

In general, the pelvis and hip joints frequently occur due to repeated wrong lifestyles. In particular, because the hip joint is directly connected to the pelvis and supports the most weight, the pain is caused by the wrong posture and excessive weight.

Physical therapy (Physiotherapy) is a physical method using materials such as electricity, light, water, air, sound, and various instruments, rather than surgery and therapies (drug therapy) to alleviate pain or to correct abnormal anatomical conditions. As a conservative therapeutic method to hold, especially in the treatment of most spinal diseases involving pain in the vertebral joints and muscles that cause pain in the musculoskeletal system of the spine or limbs, flexion of the body to relax or Physiotherapy of the spine by extending one side of the human body to the other (Traction), extending the intervertebral spacing by stretching between the vertebrae and the vertebrae, between the joints and joints, or the skin. Therapy is primarily preferred.

Such chiropractic physiotherapy can improve or cure most diseases related to the spine, including scoliosis, sciatica, vertebral discs, degenerative arthritis, spinal sprains, spinal stenosis, spondylitis, but especially the nucleus between the vertebrae and the vertebrae. In the case of intervertebral disc herniation, usually called disc, which is caused by the escape and compression of the nerve root, any other treatment can be performed by conserving therapy that can fundamentally heal the nerve root compression by correcting the nucleus of the protruding spine to its normal position. It is also treated more importantly than therapy.

In practice, there have been many reports of successful cure of intervertebral disc prolapse through chiropractic physiotherapy. Chiropractic physiotherapy is divided into manual traction by physical therapist and specially designed chiropractic physiotherapy device called auto-traction using towing bed. Although it has the advantage that the traction can be adjusted freely according to the patient's reaction and situation, it can only be performed by an experienced physiotherapist because the traction, the traction cycle or the traction time is dependent on the empirical sense of the physical therapist. There was this.

For this reason, in spite of the rigidity of the traction force, the traction cycle, and the traction time adjustment, the automatic towing treatment method using the physiotherapy machine (Auto Flexion-Traction Machine) is mainly used.

On the other hand, in connection with the present invention has been proposed a registration number 20-0275193 spine orthodontic physiotherapy device filed with the Republic of Korea Patent Office.

The conventional chiropractic physiotherapy device performs spinal relaxation (flexional motion) and flexional motion by forcing the spine curve movement, that is, the joint relaxation movement, while selectively relaxing the disease-prone areas such as the neck, shoulder, or waist. Physical therapy.

However, physiotherapy for chiropractic can only treat the tension to relax the spine, there is a problem that can not be treated by directly pressing the spine in the tension state of the spine.

In addition, if you want to pressurize the pelvis, so the doctor or therapist must be massaged directly, there is a problem that the treatment effect is not constant depending on the skill of the doctor or therapist.

The present invention can correct the pelvis in the process of pressing and fixing the pelvis, normalizes the crooked jaw joint in the process of pulling the head and at the same time supports the crooked shoulder to correct the height of the scapula and press the spine at the same time to bend the spine Properly correct the to treat scoliosis and spinal disease and to provide a pelvis and upper body correction device that can correct the upper joint.

The present invention is a seat 10 for supporting the user's back and pelvis; Fixing the pelvis to the sheet 10 by pressing the pelvis of the user to the sheet 10 respectively, and is provided on both sides of the sheet 10 to press the two sides of the pelvis to the same or different pressure to correct the pelvis A plurality of pelvic correction means (30); Traction means (50) provided on one side of the seat (10) to pull the head of the user to which the pelvis is fixed to the pelvic correction means (30) to tension the vertebra of the user; A shoulder support member (70) for supporting a shoulder raised to the head of both shoulders of the user so as to correct the sided vertebrae of the user towed by the towing means (50) to correct the crooked scapula height; And spinal pressing means (90) for urging the spine of the user from the rear to the front to correct the spine of the user towed by the towing means (50).

The pelvic correction means (30) is located on the upper portion of the pressing member 31 for pressing the pelvis; An elevating member 33 for elevating the pressing member 31; A guide member 35 for guiding the pressing member 31 which is lifted and lowered by the lifting member 33 up and down; A horizontal rotating member 37 for rotating the pressing member 31 in a horizontal direction with an axis in the vertical direction of the pressing member 31; And a vertical rotation member 39 which rotates the pressing member 31 in a vertical direction with an axis in a horizontal direction crossing the sheet 10.

The towing means 50 is a band member 51 consisting of bands connected to each other in a state surrounding the head of the user while respectively hanging the back of the head and chin of the user; A drive configured to expand and contract a piston having an end connected to a shaft 512 to which the band member 51 is connected such that the band member 51 is moved away from the seat 10. Member 53; And a jaw joint pressure pad 55 positioned between the band member 51 and the user's jaw to press the user's jaw together with the band member 51 by the traction of the driving member 53.

The shoulder support member (70) is fixed to the bracket (72) fixed to one side of the seat (10) fixed horizontally with both ends facing in a direction crossing the seat (10); A plurality of support shafts 73 having one end fixed to both ends of the fixed shaft 71; And a pressing member 75 provided at the other end of the support shaft 73 to support the shoulder of the user and press the shoulder joint.

The shoulder support member 70 further includes a gap adjusting member for adjusting the gap of the support shafts 73 on the fixed shaft 71, wherein the gap adjusting member has an outer end of the support shaft 73. A guide tube 771 fitted to the fixed shaft 71 to be movable along the fixed shaft 71 while being fixed to the side surface; A guide through hole 773 formed through the guide pipe 771; A plurality of guide fixing holes 775 spaced apart at equal intervals from the fixed shaft 71 so as to correspond to the guide through holes 773; And a guide fixing pin 777 inserted into the guide fixing hole 775 while penetrating the guide through hole 773 to fix the guide tube 771 to the fixing shaft 71. And a length adjusting member for adjusting the length of the shaft 73, wherein the length adjusting member is inserted into the hollow to be slidably formed in the support shaft 73 and is stretched and contracted at the support shaft 73. 791); A support through hole 793 formed through the support shaft 73; A plurality of support fixing holes 795 formed at equal intervals on the expansion shaft 791 so as to correspond to the support through holes 793; And a support fixing pin 797 inserted into the support fixing hole 795 while penetrating the support through hole 793 to fix the expansion shaft 791 to the support shaft 73.

The spinal pressing means 90 is a pressing member 91 for lifting the back of the user's spine while lifting the seat 10; An elevating member 93 for elevating the pressing member 91; A guide member 95 provided on the seat 10 to guide the movement of the elevating member 93; A moving member (97) for moving the elevating member (93) from the guide member (95) such that the pressing member (91) is moved along the spine length direction of the user; And a locking member 99 for fixing the elevating member 93 moved by the movable member 97 to the seat 10.

In addition, the present invention further comprises upper limb joint correction means (60) for correcting the upper limb joint by pressing the upper limb of the user lying on the sheet (10).

The upper limb correction means 60 is provided on one side of the sheet 10, the upper arm sheet 61 is supported the upper arm of the user; A lower arm sheet 63 provided spaced apart from the upper arm sheet 61 to support the lower arm of the user; A plurality of upper arm pressing members (65) provided on both sides of the upper arm sheet (61) to press one side or the other side of the upper arms, respectively; And a plurality of lower arm pressing members 67 provided on both sides of the lower arm sheet 63 to press one side or the other side of the lower arms, respectively.

The upper arm pressing member 65 includes a receiving groove 651 formed in the upper arm sheet 61 in a direction crossing the upper arm sheet 61; A driving member 653 fixed to the accommodation groove 651 to reciprocate the shaft 652 horizontally positioned along the longitudinal direction of the accommodation groove 651; And a plurality of pressing plates 655 fixed to the shaft 652 reciprocated by the driving member 653 and positioned at both sides of the upper arm of the user.

The upper arm pressing member 65 further includes a variable member for varying the position of the pressing plate 655 in the shaft 652, wherein the variable member is movable along the shaft 652 and the shaft 652. A plurality of ring members 657, which are inserted in the support plate and support the front and rear surfaces of the pressure plate 655; And fixing means 659 for fixing the plurality of ring members 657 to the shaft 652.

According to the present invention, the pelvis correction means is fixed by pressing the pelvis in a state of rotating up, down, left and right, so that the pelvis can be corrected in the process of pressing the pelvis, and the jaw twisted through the jaw joint pressure pad in the process of pulling the head. Correct the joint, and at the same time tension the spine, the shoulder support member supports the shoulder to correct the height of the scapula, the spinal compression means presses the spine to correct the bent spine and at the same time correct the scoliosis, upper limb correction By means, the upper extremity joint can be orthodontic treated.

1 is a plan view showing a pelvis and upper body straightening device of the present invention.

2 is a side view of FIG. 1;

Figure 3 is a perspective view showing a pelvic correction means applied to the present invention.

Figure 4 is a side view showing the operating state of the pelvic correction means applied to the present invention.

Figure 5 is a plan view showing the operating state of the pelvis correction means applied to the present invention.

Figure 6 is a plan view showing the operation of the shoulder support member applied to the present invention.

7 is an exploded perspective view of FIG. 5;

8 is an exploded perspective view of the spinal pressing means applied to the present invention.

Figure 9 is a perspective view of the pressing members applied to the present invention.

Figure 10 is a cross-sectional view showing a state in which the spinal pressing means of the present invention mounted on the seat.

Figure 11 is a side view showing a state in which the spinal pressing means of the present invention mounted on the seat.

Figure 12 is a plan view showing an arm correction means for straightening both arms applied to the present invention.

FIG. 13 is a perspective view illustrating main parts of FIG. 12; FIG.

14 is a view showing a sheet equipped with auxiliary correction means applied to the present invention.

15 is a perspective view showing an operation state of the auxiliary calibration means.

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

The present invention is a sheet 10 as shown in Figure 1; A plurality of pelvic correction means (30); Towing means (50); Shoulder support member 70; And spinal pressing means (90).

The seat 10 is supported by the user's back and pelvis as shown in FIGS. 1 and 2. Such a seat 10 is preferably formed in a rectangular plate shape having a cushion made of a sponge or rubber not shown. In addition, the seat 10 may be fixed in a horizontal state on the ground by a leg provided in the lower portion as shown in FIG.

A plurality of pelvic correction means 30 is to press the user's pelvis to the sheet 10 as shown in Figures 1 to 3 respectively to fix the pelvis to the sheet 10, both sides of the pelvis the same or each It is provided on both sides of the sheet 10 to correct the pelvis by pressing at different pressures.

The pelvic correction means 30 may include, for example, a pressing member 31 as shown in FIGS. Elevating member 33; And a guide member 35.

The pressing member 31 is positioned above the sheet 10 to press the pelvis of the user, and has a predetermined width to press the iliac bone located above the pelvis and the pubic bone located below. While being bent in a 'b' shape, a cushion member (not shown) composed of a sponge or rubber may be provided at a lower portion of the bent portion to gently press the skin of the pelvis, and the sliding of the user's skin in the process of pressing the pelvis may occur. A protrusion or embossing may be formed at the bottom of the bent portion to easily pressurize as shown in FIG. 3.

The elevating member 33 is for elevating the pressing member 31, for example, a cylinder 331; And a cylinder shaft 332.

The cylinder 331 provides a driving force in the vertical direction. Such, the cylinder 331 may be operated by hydraulic or pneumatic.

The cylinder shaft 332 is elevated in the vertical direction by the driving force of the cylinder 331, and the end is fixed to the guide plate 351 to be described later fixed to the pressing member 31. Therefore, the cylinder 331 can raise and lower the cylinder shaft 332 quickly.

The guide member 35 is for guiding the pressing member 31 which is elevated by the elevating member 33 up and down, for example, a guide plate 351 as shown in FIGS. 1 to 4; A plurality of guide rails 353; And a fixing member 355.

One end of the guide plate 351 is fixed to the pressing member 31.

The plurality of guide rails 353 support both sides of the guide plate 351 so that the guide plate 351 can be lifted and lowered.

The fixing member 355 has a plurality of guide rails 353 is fixed.

In addition, the pelvis correction means 30 is a horizontal rotating member (37); And a vertical rotating member 39.

The horizontal rotating member 37 is for rotating the pressing member 31 in the horizontal direction in the vertical direction of the pressing member 31, the motor shaft is keyed in the vertical direction to the lower portion of the pressing member 31 It can be configured as a horizontal motor. Such a horizontal motor is preferably composed of a stepping motor.

Vertical rotating member (39) is for rotating the pressing member (31) in the vertical direction about the horizontal direction across the sheet (10), for example, the container (391); And a vertical motor 397.

Receptor 391 is accommodated in the horizontal motor of the above-described horizontal rotating member 37.

The vertical motor 397 rotates a motor shaft having one end key coupled in a horizontal state to the side of the receiver 391. Such a vertical motor 397 is preferably composed of a stepping motor.

The present invention further includes a gap adjusting means 40 for moving the pelvic correction means 30 away or close to one side of the seat 10 as shown in FIGS. 1 and 3. Spacing means 40 is cylinder 41; Cylinder shaft 43; And a guide member 45.

The cylinder 41 is fixed to the lower part of the seat 10. Such a cylinder 41 may be operated by hydraulic pressure or pneumatic pressure.

The cylinder shaft 43 is expanded and contracted by the cylinder 41, and one end is fixed to the fixing member 355 described above.

Guide member 45 is provided to be spaced apart from the cylinder shaft 43 to guide the movement of the pelvic correction means 30, various embodiments may be proposed, for example, a guide shaft (451); And a guide rail 453.

The guide shaft 451 is fixed at one end to the fixing member 355 described above, and the other end is provided.

The guide rail 453 is fixed to the lower portion of the seat 10 so that the guide shaft 451 is inserted and guides the movement of the guide shaft 451 in the longitudinal direction of the guide shaft 451.

As such, the gap adjusting means 40 moves the pelvic correction means 30 away from the seat 10 before the user lies down on the seat 10 and back to the seat 10 while the user is lying on the seat 10. Place pelvic correction means 30 closer to the side of the user's pelvis. Therefore, the pelvic correction means 30 can easily press the iliac bone and pubic bone of the pelvis in a state close to the side of the pelvis.

A traction means 50 is provided on one side of the seat 10 as shown in FIGS. 1 and 2 to pull the head of the user to which the pelvis is fixed to the pelvic correction means 30 to tension the spine of the user. For the purpose, for example, the band member 51; Drive member 53; And jaw joint pressure pad (55).

Band member 51 is composed of bands connected to each other in a state surrounding the user's head while walking the user's back and chin respectively. Such a band member 51 may be a general member made of leather so as to be applied to a general chiropractic device to pull the user's head. And, the band member 51 is connected to the shaft 512 is provided on one side of the sheet 10 in the horizontal phase by both sides by the ring member 511.

The driving member 53 is for moving the band member 51 so that the band member 51 is separated from the seat 10. The driving member 53 has a piston having an end connected to the shaft 512 to which the band member 51 is connected. It may be composed of a cylinder provided on the seat 10 to stretch.

The jaw joint pressure pad 55 is positioned between the band member 51 and the user jaw to press the user's jaw together with the band member 51 by the traction of the driving member 53. The jaw joint pressure pad 55 may be a rubber pad or a leather pad. That is, the jaw joint pressure pad 55 is positioned at either side of the inside of the band member 51 to press one side of the jaw when the jaw joint pressure pad 55 is moved by the driving member 53. do.

In general, the jaw is higher than the other side, causing a jaw joint disorder when crooked. Therefore, the jaw joint pressure pad 55 presses one side of the jaw so that the jaw can be corrected.

Here, the jaw joint pressure pad 55 may be fixed to the other end of the strap or rubber band, one end is fixed to the outside of the band member 51. Therefore, since the jaw joint pressure pad 55 is fixed to the band member 51 by a string, it can be selectively used according to the degree of scoliosis and the degree of jaw joint disorder.

6 and 7, the shoulder support member 70 supports the shoulders which are raised toward the head of the shoulders of both sides of the user so as to correct the scoliosis of the user being towed by the towing means 50, as shown in FIGS. 6 and 7. For correcting the height of, for example, the fixed shaft 71; A plurality of support shafts 73; And a pressing member 75.

The fixed shaft 71 is fixed horizontally with both ends facing a direction across the sheet 10 to the bracket 72 fixed to one side of the sheet 10. The fixed shaft 71 may be circular or polygonal in cross section.

One end of each of the plurality of support shafts 73 is fixed to both ends of the fixed shaft 71. Such a plurality of support shafts 73 are positioned on the top of the seat 10 with the other end facing the shoulder of the user lying on the seat 10.

The pressing member 75 is provided on the other end of the support shaft 73 to press the shoulder joint while being supported on the shoulder of the user. The pressing member 75 is made of sponge or rubber and has a cylindrical shape so as to press the cross in the shoulder of the user. It can be formed to gently press the user's shoulder.

In addition, the shoulder support member 70 further includes a gap adjusting member. The gap adjusting member is for adjusting the gap of the support shafts 73 in the fixed shaft 71, for example, a guide tube 771; A guide through hole 773; A plurality of guide fixing holes 775; And a guide fixing pin 777.

The guide tube 771 is fitted to the fixed shaft 71 so as to be movable along the fixed shaft 71 with the end of the support shaft 73 fixed to the outer surface. That is, the guide pipes 771 may be moved along the fixed shaft 71 to move away from or close to each other in a state of being fitted to the fixed shaft 71 to adjust the distance between the support shafts 73.

The guide through hole 773 is formed through the guide tube 771.

The plurality of guide fixing holes 775 are spaced apart at equal intervals on the fixed shaft 71 so as to correspond to the guide through holes 773.

The guide fixing pin 777 is inserted into the guide fixing hole 775 while penetrating the guide through hole 773 to fix the guide tube 771 to the fixing shaft 71. That is, as the guide fixing pin 777 penetrates the guide through hole 773 and is inserted into the guide fixing hole 775, the support shaft 73 may be fixed to the fixing shaft 71.

In addition, the shoulder support member 70 further includes a length adjusting member. Such, the length adjusting member is for adjusting the length of the support shaft 73, for example, expansion shaft 791; Support through-hole 793; A plurality of support fixing holes 795; And a support fixing pin 797.

The expansion shaft 791 is slidably inserted into the hollow formed in the support shaft 73 to be expanded and contracted at the support shaft 73. This, the expansion shaft 791 is stretched in the support shaft 73 can be adjusted in length to suit the user's physique lying on the seat (10).

The support through hole 793 is formed through the support shaft 73.

The plurality of support fixing holes 795 are spaced apart at equal intervals on the expansion shaft 791 so as to correspond to the support through holes 793.

The support fixing pin 797 is inserted into the support fixing hole 795 while penetrating the support through hole 793 to fix the expansion shaft 791 to the support shaft 73. That is, the support fixing pin (797) is fixed to the support shaft 73, the expansion and contraction shaft 771, the length of the user, when the user's head is tensioned by the traction means 50 is the pressing member 75 of the user Your shoulders will be pressed.

The spine pressing means 90 is to press the user's spine from the rear to the front to correct the spine of the user towed by the traction means 50, as shown in Figure 8 to 11, for example (91); Elevating member 93; Guide member 95; Moving member 97; And a locking member 99.

The pressing member 91 is for pressing the back of the user's spine while lifting from the seat 10, as shown in FIG. 9 (a). The pressing member 91 may be formed of a cushion member made of sponge or rubber, and the spine at the top thereof. The spinous process may be formed in a hemispherical shape having a groove 92 that can accommodate. Therefore, the pressing member 91 can easily pressurize the peripheral muscles of the spine without the strain on the spine because the spinous process is accommodated in the groove 92.

In addition, the pressing member 91, as shown in Figure 9 (b), as shown in Figure 9 (b) while supporting the both sides of the spine along the longitudinal direction of the spine while the groove 92 is formed in a rectangular shape so that the spinous process of the spine side by side The back of the user may be formed to be curved in a rectangular shape while being arched. That is, when the pressing member 91 is formed in an arch shape, the user may correctly correct the curved spine by supporting the user's lumbar spine or thoracic or cervical spine in an arch form.

Meanwhile, as shown in FIG. 9, the spinal pressing means 90 further includes a mounting structure for mounting the pressing member 91 to the piston 94 of the elevating member 93 described later in one-touch fashion.

Such a mounting structure may include, for example, an insertion hole 96a; Insertion member 96b; Elastic protrusions 96c; And a fastening hole 96d.

The insertion hole 96a is formed in the longitudinal direction of the piston 94 at the end of the piston 94. Such, the insertion hole 96a may be hollow when the piston 94 is composed of a hollow tube.

The insertion member 96b is fixed to the lower portion of the pressing member 91 to be inserted into the insertion hole 96a.

The elastic protrusion 96c is formed in the insertion member 96b. The elastic protrusion 96c is formed to protrude to the outside of the elastic pin 96e, which is formed by forming a plurality of cutout grooves vertically spaced apart at a predetermined interval from one side of the insertion member 96b. Therefore, the insertion member 96b is preferably composed of a synthetic resin or a thin metal tube having elasticity. On the contrary, the elastic protrusion 96c is formed in a hole not shown through which the elastic member 96c penetrates the insertion member 96b while being elastically supported by an unillustrated elastic body mounted inside the insertion member 96b. It may be installed to protrude while sliding.

The fastening hole 96d is formed through the piston 94 so that the elastic protrusion 96c is inserted therein.

That is, the pressing member 91 may be mounted to the piston 94 as the elastic member 96c is fastened to the fastening hole 96d while the insertion member 96b is inserted into the insertion hole 96a.

In addition, the mounting structure may further include a guide means for preventing rotation of the insertion member 96b inserted into the insertion hole 96a while indicating the insertion direction of the insertion member 96b in the insertion hole 96a.

Such, the guide means is a guide projection (98a); And a guide rail 98b.

The guide protrusion 98a is formed perpendicular to the inner circumferential surface of the insertion hole 96a.

The guide rail 98b is formed perpendicular to the outer circumferential surface of the insertion member 96b to correspond to the guide protrusion 98a.

That is, when the doctor or therapist inserts the insertion member 96b into the insertion hole 96a while the guide protrusion 98a is aligned with the guide rail 98b, the insertion member 96b does not rotate in the insertion hole 96a. Can be lowered vertically. Therefore, the elastic protrusion 96c may be fastened while being naturally inserted into the fastening hole 96d by the insertion member 96b which is vertically lowered without being rotated.

In addition, when the doctor or therapist intends to remove the insertion member 96b from the insertion hole 96a, the doctor or therapist presses the insertion member 96b while pressing the elastic protrusion 96c protruding into the fastening hole 96d into the piston 94. When raised, the insertion member 96b can be easily separated from the insertion hole 96a.

Therefore, the surgeon may selectively mount the piston 94 with the hemispherical or rectangular pressing member 91 as described above according to the symptoms of the user.

The elevating member 93 is for elevating the pressing member 91, and may be configured as a cylinder for elevating the piston 94 having an end fixed to the lower portion of the pressing member 91. The lifting member 93 is accommodated in the receiving groove 11 formed in the sheet 10 in a rectangular shape along the longitudinal direction of the sheet 10 and the pressing member 91 in a state that does not protrude from the receiving groove 11. You can only elevate.

The guide member 95 is provided in the seat 10 to guide the movement of the elevating member 93, as shown in Figures 8 to 11, for example, a plurality of guide rails (951); And a guide block 953.

A plurality of guide rails 951 are installed side by side in the lower portion of the sheet 10 along the longitudinal direction of the sheet 10.

The guide block 953 is seated in a state where both ends of the plurality of guide rails 951 are moved along the plurality of guide rails 951, and the elevating member 93 is fixed. That is, the guide block 953 is moved along the guide rail 951 to move the lifting member 93.

The moving member 97 is for moving the elevating member 93 from the guide member 95 such that the pressing member 91 is moved along the spine length direction of the user, for example, a rectangular guide member 971. ; And a rod-shaped handle 973.

The guide member 971 is installed in the lower portion of the sheet 10 along the longitudinal direction of the sheet 10 to form a long hole 972.

The rod-shaped handle 973 is fixed to one side of the pressing member 91 in an end portion thereof penetrating through the long hole 972. Alternatively, the handle 973 may be fixed to one side of the guide block 953 to which the elevating member 93 for elevating the pressing member 91 is fixed.

The locking member 99 is for fixing the elevating member 93 moved by the movable member 97 to the seat 10, for example, a plurality of ring members 991; Elastic body 993; Washer 995; And a rectangular fixing bracket 997.

The plurality of ring members 991 are fixed to one side and the other side of the lower portion of the guide block 953 to which the elevating member 93 is fixed, and the handle 973, which is the movable member 97, is inserted therein.

The elastic body 993 is inserted into the handle 973 which is the moving member 97 in a state positioned between the ring members 991.

The washer 995 is fitted to the handle 973 which is the movable member 97 to support one end of the elastic body 993 and is fixed to the handle 973.

The rectangular fixing bracket 997 is spaced apart from the ring member 991 fixed to the other side of the guide block 953 to which the elevating member 93 is fixed and fixed to the seat 10, and the movable member 97. A plurality of fixing holes 996 to which the in handle 973 is inserted and fixed are formed while being spaced at equal intervals.

That is, when the doctor or the manager pulls the handle 973 as shown in FIG. 10B, the washer 995 compresses the elastic body 993 and the end of the handle 973 is fixed at the fixing hole 996. Departure. Subsequently, the doctor or therapist releases the pull of the handle 973 in a state where the handle 973 is moved horizontally with the handle 973 being pulled as shown in FIG. 11 and positioned in another fixing hole 996. In this case, as shown in FIG. 10A, the handle 973 is inserted into and fixed to another fixing hole 996 by the restoring force of the elastic body 993. Subsequently, when the doctor or therapist operates the lifting member 93 as shown in FIGS. 10 and 11, the pressing member 91 is raised to press the user's spine to correct the spine.

Here, as described above, the present invention can be used by a doctor or therapist with expertise in the spine to correct the pelvis and spine of the user. In addition, the cylinders or motors may be controlled by a controller not shown. As such, the controller may activate the cylinders or motors by sending an activation signal to the cylinders or motors. Such a controller is preferably operated by a doctor or a manager who can diagnose the condition of the user's (patient) pelvis or leg.

Hereinafter, the operation and operation of the present invention.

First, as shown in FIGS. 1 and 3, the plurality of pelvic straightening means 30 moves away from both sides of the seat 10 by the operation of the gap adjusting means 40, and then the user lays down on the seat 10 again. Close to both sides of the seat 10 is located close to both sides of the pelvis.

At this time, the doctor or therapist diagnoses the pelvic state of the user and operates the horizontal rotating member 37 in the state of confirming the twisted state of the pelvis, thereby pressing the pressure members 31 shown in FIG. As shown in the (c) and (c) it can be rotated to face in the same direction in the horizontal state so that the pressing members 31 can selectively press the iliac bone or pelvis of the pelvis. At this time, the doctor or therapist may press the pelvis in a state in which the pressing members 31 are rotated to face different directions as shown in FIG.

In addition, the doctor or therapist operates the vertical rotating member 39 so that the pressing members 31 shown in FIG. 5A face each other as shown in FIGS. 5E and 5F. By rotating in a direction perpendicular to the axis, the pressing members 31 may be positioned inclined to the iliac bone or the pubic bone of the pelvis. In addition, the doctor or therapist may selectively press the iliac bone or the pubis by rotating the pressing members 31 in opposite directions as shown in FIG. 5 (g).

In this state, the surgeon can operate the elevating member 33 to allow the pressing member 31 rotated in the vertical direction or the horizontal direction to press the pelvis. Therefore, the pressing member 31 is rotated to one side in the horizontal state by the horizontal rotating member 37 as shown in Figure 4 (b) in the stopped state as shown in Figure 4 (a), As shown in (d) of FIG. 4, the user is lowered by the elevating member (33) as shown in (d) of FIG. 4 while being rotated downward from the vertical state by the vertical rotating member (39). Will press the pelvis. That is, the twisted pelvis is corrected by the pressing member 31 is lowered.

At this time, the user's pelvis is not only corrected while being pressed by the pressing member 31, but also fixed to the sheet 10.

Then, the traction means 50 is to pull the user's head as shown in Figures 2 and 6 to tension the user's spine to relax the spine. At this time, the pressing members 75 of the shoulder support member 70 support both shoulders of the towed user at the same time so that the height of the twisted shoulder of the user is the same, scoliosis can be corrected. In addition, the traction means 50 can easily relax the spine by repeatedly pulling the user's head.

At this time, the traction means 50 is a shoulder of the twisted side when towing the user's head in the state in which the jaw joint pressure pad 55 is inserted between the band member 51 and the user's chin as shown in enlarged in FIG. As it is pulled out and stretched out, scoliosis can be more easily corrected.

Subsequently, as shown in FIGS. 2 and 9, the spinal pressing means 90 raises the pressing members 91 in a locked state by placing the pressing members 91 at the lower part of the user's lumbar spine, thereby causing the lumbar spine of the user. By pressing the curved user's spine can be straightened to straighten the curve. That is, the hemispherical pressing members 91 may be corrected so that the spine is extended by supporting the user's spine in a curved (arch) form when the arch form is formed by rising to different heights in a state where they are positioned next to each other side by side. . In addition, the arc-shaped and rectangular pressing member 91 is selectively positioned on the lumbar or thoracic or cervical vertebrae and the lumbar, thoracic or cervical vertebrae as a whole by the operation of the elevating member 93 while supporting the lumbar, thoracic or cervical spine as a whole. It can be corrected by pressing.

As described above, the present invention corrects scoliosis while correcting the height of the crooked scapula by supporting the shoulder by the shoulder supporting member 70 while the traction means 50 tensions the spine. The back of the spine can be pressed to correct the spine so that the curved spine is straightened.

Furthermore, the present invention can correct a user's pelvis using a single device and at the same time correct the user's spine.

On the other hand, the present invention upper limb correction means 60 is to press the upper limb of the user lying on the sheet 10 as shown in Figure 12 and 13 to correct the upper joint, for example, upper arm sheet 61 ); Lower arm sheet 63; A plurality of upper arm pressing members 65; And a plurality of lower arm pressing members 67.

The upper arm sheet 61 is provided on one side of the sheet 10 to support the upper arm of the user. When the upper arm sheet 61 is provided at both sides of the sheet 10, the upper arm sheet 61 may simultaneously support both arms of the user and may be made of the same material as the sheet 10 described above.

In addition, the upper arm seat 61 may be fixed to the variable cylinder 601 for stretching the shaft is connected to the end of the seat 10 to adjust the spaced apart from the seat 10. Accordingly, the variable cylinder 601 may fix the upper arm seat 61 away from or close to the seat 10 to fit the arm length of the user when the shaft is stretched.

In addition, the variable cylinder 601 may reciprocate the upper arm sheet 61 by stretching the shaft in a state where the user's upper arm is fixed to the upper arm sheet 61 by the fixing bands 602 to be described later. Thus, the user's upper arm may be repeatedly tensioned and corrected while the shoulder joint is relaxed.

In addition, the upper arm seat 61 may be fixed to the additional variable cylinder 603 for stretching the additional shaft is connected to the end of the lower arm seat 63 to adjust the spaced apart from the lower arm seat (63). Therefore, the additional variable cylinder 603 when the user's upper arm and the lower arm is fixed to the upper arm sheet 61 and the lower arm sheet 63 by the fixing band 602 to be described later when the additional shaft is stretched The lower arm sheet 63 may move away from or close to the upper arm sheet 61 so that the elbow of the user may be tensioned. At this time, the elbow joint of the user can be easily corrected by the operation of the upper arm pressing member 65 or the lower arm pressing member 67 in the tensioned state by the additional variable cylinder (603).

The lower arm sheet 63 is spaced apart from the upper arm sheet 61 to support the lower arms of the user. The lower arm sheet 63 may be configured in the same manner as the structure of the sheet 10 described above.

The upper arm sheet 61 and the lower arm sheet 63 may be provided with fixing bands 602 having elasticity to bind and fix the upper and lower arms of the user, respectively.

A plurality of upper arm pressing members (65) are provided on both sides of the upper arm sheet (61) as shown in FIG. 13 to press one side or the other side of the upper arms, respectively, for example, receiving grooves (651); Drive member 653; And a plurality of pressing plates 655.

The receiving groove 651 is formed in the upper arm sheet 61 in a direction crossing the upper arm sheet 61.

The driving member 653 is fixed in a state accommodated in the receiving groove 651 to reciprocate the shaft 652 which is horizontally located along the longitudinal direction of the receiving groove 651.

The plurality of pressure plates 655 are respectively fixed to the shaft 652 reciprocated by the driving member 653 and are positioned on both sides of the upper arm of the user. That is, the pressure plates 655 are pressed simultaneously on either side of the upper arm while being simultaneously moved to either side by the driving of the driving member 653.

In addition, the upper arm pressing member 65 further includes a variable member. The variable member is for varying the position of the pressure plate 655 in the shaft 652, for example, a plurality of ring members (657); And fixing means 659.

The plurality of ring members 657 are fitted to the shaft 652 so as to be movable along the shaft 652 to support the front and rear surfaces of the pressure plate 655.

The fixing means 659 is for fixing the plurality of ring members 657 to the shaft 652, for example, the male thread formed on the outer surface of the shaft 652 and the inner surface of the ring member 657. It can be composed of a female thread.

A plurality of lower arm pressing members 67 are provided on both sides of the lower arm sheet 63 to press one side or the other side of the lower arms, respectively, in the same configuration as the upper arm pressing member 65. It may be configured, so the description of the configuration is omitted.

Here, the upper arm sheet 61 and the lower arm sheet 63 may be guided horizontally from the seat 10 by the guide means as shown in FIGS. 12 and 13. This, the guide means is a guide member 21; And a guide rail 23.

Guide member 21 is composed of a plurality is provided in the lower side of the upper arm sheet 61 and the lower arm sheet 63, respectively.

The guide rail 23 is inserted so that the guide member 21 is slidable.

Such a guide means is provided with a lower leg so that the upper arm sheet 61 and the lower arm sheet 63 are horizontally maintained while being spaced apart from the ground by a predetermined height.

As such, the upper limb correction means (60) can be tensioned by the user's shoulders to relax the shoulder joint to relax the shoulder joint, the upper arm pressing member 65 and the lower arm in the state of tensioning the upper and lower arms The pressing member 67 is operated in different directions to press the different outer surface of the upper arm or lower arm to correct the curved arm.

On the other hand, the present invention, when the pelvic correction means 30 presses the front of the pelvis, a plurality of auxiliary orthodontic means provided on the seat 10 to support the rear of the pelvis to assist the correction of the pelvis; Include. The auxiliary calibration means 80 includes, for example, a supporting member 81 as shown in FIGS. 14 and 15; Left and right moving members (83); And a front and rear movement member 85.

The support member 81 is preferably in the form of a plate and provided with a cushion member made of a sponge or a rubber material on the upper surface. The support member 81 may be formed in the form of a semi-cylindrical or semi-cylindrical curve so as to easily support the waist or the buttocks of the user.

The left and right moving members 83 are, for example, left and right guide members 831; Left and right guide rails 833; And a locking member.

The left and right guide members 831 are rectangular and are fixed in a horizontal state toward the left and right in a lower portion of the support member 81. The left and right guide members 831 are formed with guide rails having a rail shape while the lower portions thereof are opened.

The left and right guide rails 833 are rectangular and are inserted into the guide grooves of the left and right guide members 831 to guide the movement of the left and right guide members 831.

The locking member has a through hole 835; A plurality of locking holes 836; And a locking pin 837.

The through hole 835 is formed through the left and right guide member 831 up and down.

The plurality of locking holes 836 are spaced apart from each other and are formed on the left and right guide rails 833 along the longitudinal direction of the left and right guide rails 833.

The locking pin 837 is inserted into the locking hole 836 while penetrating through the through hole 835 to fix the left and right guide members 831 to the left and right guide rails 833.

Thus, the user can manually move the support member 81 by using the support member 81 to move the support member 81 to the left and right of the seat 10, the locking pin 837 through the hole 835 By inserting into the locking hole 836 while passing through) can be fixed to the support member 81 moved to the left and right. At this time, the locking hole 836 is a female thread formed on the inner peripheral surface, the locking pin 837 may be a male thread formed on the outer peripheral surface. That is, the locking pin 837 may be screwed into the locking hole 836.

The front and rear movement member 85 includes, for example, a front and rear guide member 851; Front and rear guide rails 853; And a driving member 855.

The front and rear guide members 851 are fixed in a horizontal state toward the front and rear directions at the bottom of the base member 852 which is rectangular and fixed to the lower portions of the left and right guide rails 833. The front and rear guide member 851 is formed with a guide groove of a rail shape while the lower portion is opened.

The front and rear guide rails 853 are rectangular and inserted into the guide grooves of the left and right guide members 831 to guide the movement of the front and rear guide members 851.

The driving member 855 is configured as a cylinder fixed to the seat 10 so as to stretch the shaft fixed at one end of the base member 852. At this time, the seat 10 is preferably formed with a receiving groove 12 is accommodated in the left and right moving member 83 and the front and rear movement member 85 while projecting only the support member 81 described above. Therefore, the support member 81 may support the waist and the buttocks of the user while protruding to the upper portion of the seat 10, and may be moved in the front and rear direction of the seat 10 by the front and rear movement member 85. .

Thus, the support member 81 is moved to the front and rear and right and left by the left and right moving member 83 and the front and rear movement member 85 to support one side of the user's pelvis.

Since the above-described embodiments are merely illustrative of the preferred embodiments of the present invention, the scope of application of the present invention is not limited to the above, and appropriate modifications are possible within the scope of the same idea. Therefore, since the shape and structure of each component shown in the embodiment of the present invention can be carried out by deformation, it is natural that the modification of the shape and structure belong to the appended claims of the present invention.

(Explanation of the sign)

10 sheet 30 pelvic correction means

50: towing means 60: upper limb correction means

70: shoulder support member 90: spinal pressing means

Claims (6)

A seat 10 on which a user's back and pelvis are supported; Fixing the pelvis to the sheet 10 by pressing the pelvis of the user to the sheet 10 respectively, and is provided on both sides of the sheet 10 to press the two sides of the pelvis to the same or different pressure to correct the pelvis A plurality of pelvic correction means (30); Traction means (50) provided on one side of the seat (10) to pull the head of the user to which the pelvis is fixed to the pelvic correction means (30) to tension the vertebra of the user; A shoulder support member (70) for supporting a shoulder raised to the head of both shoulders of the user so as to correct the sided vertebrae of the user towed by the towing means (50) to correct the crooked scapula height; And And vertebral pressurizing means (90) for urging the spine of the user from the rear to the front to correct the spine of the user towed by the towing means (50). The method of claim 1, wherein the pelvic correction means 30 A pressing member 31 positioned above the sheet 10 to pressurize the pelvis; An elevating member 33 for elevating the pressing member 31; A guide member 35 for guiding the pressing member 31 which is lifted and lowered by the lifting member 33 up and down; A horizontal rotating member 37 for rotating the pressing member 31 in a horizontal direction with an axis in the vertical direction of the pressing member 31; And And a vertical rotation member (39) for rotating the pressing member (31) in a vertical direction with an axis in a horizontal direction across the sheet (10). The method of claim 1, wherein the towing means 50 Band member 51 consisting of bands connected to each other in a state surrounding the user's head while walking the user's back and chin; A drive configured to expand and contract a piston having an end connected to a shaft 512 to which the band member 51 is connected such that the band member 51 is moved away from the seat 10. Member 53; And A pelvis including; a jaw joint pressing pad 55 positioned between the band member 51 and the user's chin to press the user's chin together with the band member 51 by the traction of the driving member 53. Upper body straightening device. The method of claim 1, wherein the shoulder support member 70 A fixed shaft 71 fixed horizontally with both ends facing the sheet 10 in a bracket 72 fixed to one side of the sheet 10; A plurality of support shafts 73 having one end fixed to both ends of the fixed shaft 71; And Pelvis and upper body correction device comprising; a pressing member (75) provided on the other end of the support shaft (73) to support the shoulder of the user while pressing the shoulder joint. The method of claim 4, wherein Further comprising; a gap adjusting member for adjusting the interval of the support shafts 73 in the fixed shaft (71), The gap adjusting member A guide tube 771 fitted to the fixed shaft 71 to be movable along the fixed shaft 71 in a state where an end of the support shaft 73 is fixed to an outer surface thereof; A guide through hole 773 formed through the guide pipe 771; A plurality of guide fixing holes 775 spaced apart at equal intervals from the fixed shaft 71 so as to correspond to the guide through holes 773; And A guide fixing pin 777 inserted into the guide fixing hole 775 while penetrating the guide through hole 773 to fix the guide tube 771 to the fixing shaft 71; Further comprising; Length adjusting member for adjusting the length of the support shaft 73, The length adjusting member An expansion shaft 791 which is slidably inserted into the hollow formed in the support shaft 73 and is expanded and contracted by the support shaft 73; A support through hole 793 formed through the support shaft 73; A plurality of support fixing holes 795 formed at equal intervals on the expansion shaft 791 so as to correspond to the support through holes 793; And And a support fixing pin 797 inserted into the support fixing hole 795 while penetrating the support through hole 793 to fix the expansion shaft 791 to the support shaft 73. Pelvis and upper body straightening device. The method of claim 1, wherein the spinal pressing means (90) A pressing member 91 for lifting the back of the user's spine while lifting from the seat 10; An elevating member 93 for elevating the pressing member 91; A guide member 95 provided on the seat 10 to guide the movement of the elevating member 93; A moving member (97) for moving the elevating member (93) from the guide member (95) such that the pressing member (91) is moved along the spine length direction of the user; And And a locking member (99) for fixing the elevating member (93) moved by the movable member (97) to the seat (10).

Images