KR100464142B1 - Spinal Corrector - Google Patents

Abstract

The present invention is to provide a vertebrae corrector for correcting abnormal displacement occurring in bone elements such as joints constituting the body skeleton by torsion, extension, or repetitive dropping, respectively, cervical vertebral motion block (20) supported by a frame. ), And the bed is composed of a thoracic spinal block 10 and a dropper is installed pelvic motion block 30 is installed, the frame supporting each block is the main frame 11 as a main frame 11 the frame supporting the thoracic spine block A cervical vertebral motion block support frame 21 for oscillating and inclined motion with respect to the main frame 11 and a pelvic motion block support frame for extension and rocking motion for the main frame 11 are provided.

According to the present invention, the operation of each element is made mechanically so that the patient can select an operation mode by simple switch operation, and thus self-treatment is possible, and the components are simple and each operation is flexible and economically manufactured and used. As the angular motion block drops and rotates simultaneously, effective correction of abnormality is performed.

Description

Spinal Corrector

The present invention relates to a brace that corrects abnormal displacement occurring in bone elements such as joints constituting the body skeletal body by twisting and extension. It relates to a spinal brace configured to allow the patient to control itself.

Abnormal displacements caused by external shocks, imbalanced muscular movements or other disturbances on the body change the position of the bone elements, and drop correction (DROP) is used to correct them physically.

In general, the type of drop calibrator places droppers on the thrust, lumbar spine, and pelvis, and repeats the drop movement to relax ligaments and muscle tissues of abnormal areas and to restore muscle strength to return to normal position. In order to increase the correction effect, a drop calibrator with a structure that can simultaneously perform rotation, tilt or extension movement for each movement block is proposed.

A representative drop corrector is a drop corrector according to Korean Patent Publication No. 96-10744, which classifies a bed installed on the body into a cervical spine block, thoracic spine block, lumbar spine block, and pelvic block. It is installed to be possible, the cervical vertebral movement block is combined to make the inclination and rotational movement with respect to the body, the pelvic movement block is a combination of several components to enable the oscillation movement and inclination movement and extension movement with respect to the body as The cervical spine, thoracic spine, lumbar spine and pelvic parts are divided into each part by rotation and inclination by the extension is to be made so that the correction can be made very effectively.

However, the configuration is such that each movement element is configured to operate only by manual operation in the case of a switch operation or a lock operation of the lever and some movements so that the patient cannot select the corrective strength or the exercise mode by themselves and is necessarily made by the operator of the corrector. The exercise cycle or method has a problem that the selection is made possible only by highly skilled orthodontists, and the combination of mechanical elements to induce the motion of each motion block is complicated to manufacture and induces smooth motion. There was a problem with limitations.

The present invention improves the conventional drop calibrator as described above so that the operation mode of each block is mechanically performed by the selection operation of the switch, so that the patient can select the operation mode by himself, enabling self-treatment and the intervention of the corrector. It aims at minimizing, simplifying components and making each operation flexible and rhythmically to maximize calibration efficiency and economical manufacturing and use.

1 is a structural diagram of the present invention

Figures 2a and 2b is a relationship between the planar arrangement of the dropper and the body parts corresponding to

Figure 3 is an operation state showing the inclination of the cervical spine, and the extension of the pelvis

Figure 4 is an operation state diagram showing the rotational movement of the cervical spine

Figure 5 is a plan view showing the rotational movement of the pelvis

* Description of main code D. Dropper

10.Thoracic thoracic movement block 11.Main frame 11a.Grid frame

11b.L frame 20.Cervical movement block 21.Support frame

22. Connecting shaft 30. Pelvic motion block 31. Support frame

32 foot 40 cervical spine block

41.Reduction motor 42.Crank 43.Rotary shaft

44. Joint bracket 50. Cervical spine block inclination control device

51. Cylinder 52. Shaft Racket 60. Pelvic Motion Block Rotator

61.Hollow shaft 62.Rotary shaft 63.Bevel gear

64 Arm, 65 Deceleration Motor 66 Guide Bar Assembly

Guide rod 66b.Vertical member 67.Hinge

68. Projection part 69. Cylinder 70. Extension device 80. Heating cable

91.Lock block 92.Thoracic fixation band 93.Lumbar fixation band

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

Figure 1 is for illustrating the basic configuration of the present invention, the present invention is composed of a bed consisting of cervical vertebral movement block 20 and thoracic vertebral movement block 10 and pelvic movement block 30 respectively supported by the frame.

The frame supporting each block is composed of a cervical motion block support frame 21 and a pelvic motion block support frame 31 in which relative motion is made with respect to the main frame using the frame that is the thoracic motion block support as the main frame 11.

The cervical vertebral motion block support frame 21 is formed in the form of a lattice, and a connecting shaft 22 is formed on the main frame and the connecting portion, and includes a reduction motor 41 and a crank 42 and a rotating shaft 43 coupled to the main frame 11. It is connected by the rotary shaft 43 and the joint bracket 44 of the cervical motion block rocking device 40, the front end of the cervical motion block support frame is the cylinder 51 constituting the cervical motion block tilt motion device 50 is the shaft It is coupled to the bracket 52 and connected to the lower main frame.

The cervical motion block rocking device 40 generates a rocking motion of the cervical motion support frame while the rotating shaft rotates according to the operation of the deceleration motor, and the cylinder serves to induce the tilt motion of the cervical motion block support frame.

The rocking motion range of the cervical vertebral block rocking device is made up and down 15 ° with respect to the horizontal, and the inclination motion of the cylinder is made up and down with an angle of about 15 ° up and down, and the joint bracket and the shaft bracket each consist of two rotation points. Since the motion of the cervical vertebral motion block rocking device is repeated, the rotation of the cervical spine and the cervical spine can be effectively prevented by giving the cervical spine a constant rocking and tilting. Allow correction.

The main frame 11 is composed of the upper lattice frame 11a and the "L" frame 11b supporting it, and the thoracic spinal motion block 10 is mounted on the upper lattice frame, and on the "L" frame. Mechanical elements such as reduction motors are installed.

The pelvic motion block support frame 31 is composed of a long-length lattice frame, separated with respect to the main frame, coupled to the main frame by the pelvic motion block rocking device 60, and the extension device 70 is coupled Generate extension function for the main frame.

As a detailed structure of the pelvic motion block oscillation device 60, the present invention is coupled to the rotating shaft 62 inside the hollow shaft 61 is fixed on the main frame, the bevel gear 63 is formed on the lower end of the rotating shaft (arm) 64) by combining the bevel gear and the reduction motor (65) fixed on the support frame by combining the rotating shaft is configured to rotate around the hollow shaft, the guide rod assembly installed side by side in the longitudinal direction on the top of the rotating shaft A combination of (66) is presented.

The guide assembly 66 is arranged side by side with four rows of guide rods (66a) coupled to the front and rear ends by the vertical member (66b) to maintain the overall grill form, the center of the hollow shaft according to the rotation direction of the reduction motor The above-described pelvic motion block rocking device 60 enables the operation of a temple lamp, which will be described later, while maintaining a constant angle between the pelvis and the spine by mechanical operation of the reduction motor, and the thoracic spine. By providing repetitive left and right swing movements to the pelvis in a fixed state, it effectively functions to correct abnormalities of the spine, and this operation provides a possible advantage by the manipulation of the patient's intervention by the corrector himself.

In addition, the longitudinal fixing member of the guide rod assembly with respect to the rotation axis by the hinge (67), and by connecting the cylinder 69 and the projection (68) protruding outward of the bevel gear of the guide rod to the center of the hinge The upper and lower inclination adjustment of one guide rod is configured. The cylinder 69 is a pelvic motion block rocking device 60 by giving a pelvic and vertebrae at a predetermined angle to give up and down oblique movement by giving up one side of the spine. Etc. can be corrected effectively.

Pelvic motion block support frame 31 is formed by the foot 32 in the lower portion is coupled to the guide rod with a slider 71 to the sliding motion of the pelvic motion block support frame with respect to the guide rod, the sliding motion is It is configured to be made mechanically by the extension device (70).

As an embodiment of the extension device, the present invention combines the screw treatment 73 to the slider support 72 coupled to the guide rod, and coupled to the rear end of the guide rod screw screw shaft 75 is connected to the reduction motor 74 By engaging the screw screw shaft and the screw treatment coupled to the pelvic motion block support frame according to the rotational direction of the reduction motor by configuring to move forward and backward on the guide rod to propose a configuration to make the extension of the pelvic motion block.

The cervical vertebral movement block, thoracic vertebral movement block, pelvic movement block is made of a soft material having a cushion, the cervical vertebral movement block consists of two head restraints divided from side to side and fixed to the support frame, thoracic movement block and pelvic movement block Is coupled to each support frame by a dropper consisting of a flat cylinder and the heating cable 80 is installed therein is configured to maintain a proper temperature.

Dropper is installed at the place where skeletal displacement of the body frequently occurs to achieve the corrective effect by drop, and the plate cylinder is moved up and down by pneumatic pressure provided from the outside air unit to lift the specific position of each block. It is possible to correct skeletal displacement of a specific part of the body by repetitive raising or lowering. The dropper causes the piston of the flat cylinder to drop (drop) when the pressure is applied above a certain pressure, and when the pressure is removed, the piston pops up. The outgoing structure can be used, and when the pneumatic flows alternately, a structure in which the pistons alternately raise and lower can be used. The former is used in the way that the flat cylinder, which does not overcome the pressure that the corrector presses by pressing the body part, drops and rises by pneumatic pressure when the pressure is removed, so that the dropping is performed by repeated pressure by the corrector. It is a structure in which the up and down strokes are automatically repeated by means of a simple switch operation. The above-described dropper effectively prevents various types of displacement and abnormality of organs in the body according to the placement position of the dropper. It will have the effect of healing or advancing its function.

Figure 2a and Figure 2b shows the relationship between the dropper arrangement and body parts according to the present invention, the first dropper (D1) is located in the center of the cervical spine 7 and thoracic spine 1 front central portion of the thoracic movement block In addition to the physical treatment effect of the neck disk by the drop action, has the effect of alleviating or treating fever, bronchitis, pulmonary tuberculosis, shoulder pain.

The second dropper (D2) is for dropping the axillary (central armpit) and is installed on the left and right sides of the thoracic vertebral movement block, and has physical treatment and shoulder pain, lymphadenopathy and improvement of shoulder arthritis.

The third dropper (D3) is installed in the thoracic spine 7 and 8 of the thoracic vertebral movement block corresponding to the diaphragm spasm, and serves to alleviate acute or nervous vomiting and gastritis.

The fourth dropper (D4) is installed in the fourth lumbar region of the thoracic spinal motion block has the effect of correcting the spinal discs, relieve back pain, and treat constipation.

The fifth dropper (D5) is installed on the radial and capillary joints of the pelvic motion block and has the effect of relieving and improving low back pain disc stenosis, cystitis, genital disease, and sciatica.

The sixth dropper (D6) is respectively installed at the site of the highest point of the femoral trochanter of the pelvic motion block, has sciatica, lower limb paralysis, numbness, relieves and improves the osteoarthritis.

The seventh dropper (D7) is respectively installed in the position corresponding to the center of the posterior femoral movement of the pelvic movement block, and has the effect of relieving and improving the back pain, disc herniation, sciatica, laryngeal pain, lower extremity paralysis.

The eighth dropper (D8) is respectively installed at the position corresponding to the center of the knee lateral gate of the pelvic motion block, and has an effect of relieving and improving acute gastroenteritis, backache, sciatica, knee arthritis, and lower extremity motor paralysis.

The ninth dropper (D9) is respectively installed at the position corresponding to the center of the gastrocnemius lower end of the pelvic motion block, and has the effect of relieving and improving low back pain, sciatic nerve pain, lower extremity paralysis, numbness, and redness.

The tenth dropper (D10) is respectively installed at a position corresponding to the middle lateral part of the Achilles tendon of the pelvic motion block, and has an effect of relieving and improving headache, thyroid gland, low back pain, sciatic nerve pain, and arthritis.

According to the above configuration, the present invention makes a drop movement for each part of the body at the same time as the inclination motion and the oscillation motion (Fig. 3 and 4) of the cervical vertebral motion block, the rocking motion and the extension motion of the pelvic motion block (Fig. 3 and 5). Each movement element is mechanically performed, and by configuring the associated motion programmatically, the movement method can be selected by simple switch operation (including a remote control switch).

For example, if you want to relieve or adjust the pain caused by abnormal displacement of thoracic vertebrae, mitral muscles, and plate muscles, you can program the first drop movement at the same time as the left and right oscillation and inclination of the cervical spine. In order to correct the displacement of the radiator muscles, the triangular roots, and the vertebral vertebral muscles and to relieve pain, the pelvic movement block can be programmed to perform the dropping motion periodically and repeatedly at the same time as the pelvic motion block rotation. There are extension and drop functions that can be programmed periodically and repeatedly to increase the distance between the vertebrae and the vertebrae, so that the disk can be programmed to return to the normal position, and these functions can be configured by the remote control. Could be.

By this function, the patient can select the function by themselves without the help of the corrector to resolve and heal the abnormal part, and each component and the movement elements move smoothly and flexibly, thereby performing the excellent correction effect.

In the figure, reference numeral 91 denotes a fixed block fixedly installed at the rear end of the pelvic motion block support frame, 92 is a thoracic fixation band, 93 is a lumbar fixation band, and 94 is a leg.

According to the present invention, the operation of each element is made mechanically so that the patient can select an operation mode by simple switch operation, and thus self-treatment is possible, and the components are simple and each operation is flexible and economically manufactured and used. Each motion block rotates and extends at the same time as the drop, and effective correction of abnormalities is performed.

Claims (2)

The bed is composed of a cervical vertebral movement block 20, a thoracic vertebral movement block 10, and a pelvic movement block 30, respectively supported by a frame, and the frame supporting each block includes a frame, which is a thoracic vertebral movement block support, as the main frame 11 The cervical vertebral motion block support frame 21 and the pelvic motion block support frame 31 in which the relative motion is made relative to the main frame are made of the cervical vertebral motion block and the pelvic motion block relative to the thoracic motion block. In a chiropractor configured to calibrate, The cervical motion block support frame 21 has a rear end thereof connected by a rotation shaft 43 of the cervical motion block rocking device 40 and a joint bracket 44, and a tip of the cervical motion block tilting device 50 has a cylinder ( 51) and the shaft bracket 52 is connected to the lower part of the main frame 11, so that the inclination motion and the oscillation motion with respect to the main frame are made by the reduction motor and the cylinder drive, The pelvic motion block support frame 31 is coupled to the extension movement of the pelvic motion block back and forth on the guide rod assembly 66 by the operation of the reduction motor 74, The guide rod assembly 66 has a support shaft on the support shaft is coupled to the rotating shaft 62 in the hollow shaft 61 is fixed on the main frame and the bevel gear 63 formed on the lower end of the rotating shaft Reduction motor 65 and the bevel gear is fixed to the gear shaft is coupled to the hinge shaft on the rotation shaft 62 of the pelvic motion block rotating device 60 is configured to rotate around the hollow shaft. , The cylinder 69 is coupled to the body portion of the guide rod assembly and the protrusion 68 protruding outward from the bevel gear, so that the rotational movement, the inclination movement and the extension movement with respect to the main frame are performed by the reduction motor and the cylinder drive. Chiropractic, characterized in that configured to. According to claim 1, the thoracic vertebral movement block and the pelvic movement block inside the heating cable is built in the temperature control, a dropper is installed in each block, the dropper is installed in the center of the cervical spine 7 and thoracic spine 1 The first dropper (D1) installed in the front center of the thoracic spinal movement block, the second dropper (D2) for dropping axillary (central armpit) is installed on the left and right sides of the thoracic spine movement block, and the thoracic spine movement block 3rd dropper (D3) to be installed in the thoracic spine 7 and 8 of the thoracic spine, the fourth dropper (D4) is installed on the fourth lumbar region of the thoracic spine movement block, and the lumbar joint and captain of the pelvic motion block The fifth dropper (D5) is installed in the joint area, the sixth dropper (D6) respectively installed in the site where the femoral trochanters highest point of the pelvic movement block is located, and the position corresponding to the central portion of the posterior thigh of the pelvic movement block 7th installed in each Dropper (D7), the eighth dropper (D8) respectively installed in the position corresponding to the center of the swarovski gate of the pelvic movement block, and the ninth dropper installed in the position corresponding to the gastrocnemius lower end of the pelvic movement block ( D9), and the vertebral braces, characterized in that it comprises a tenth dropper (D10) respectively installed at a position corresponding to the middle outer portion of the Achilles tendon of the pelvic movement block.