KR200323761Y1 - The Cervical Vertebral Correct Chair. - Google Patents

Abstract

The present invention relates to a cervical vertebrae chair for cervical spine correction and posture correction by towing through the suspension device 100 while sitting in a chair.

According to the present invention, as parents show Seoul to the growing children, the head is fixed by the suspension device 100, as if towing the head with both hands, the first towing by the power of M1, the field of power by the power of M2 Towing and loosening with different lengths in the middle and to the end, and the second cervical spine is combined with a general chair, and it is effective for diseases such as scoliosis, stenosis, neck disc, shoulder pain, headache, etc. It is a chair.

Description

The Cervical Vertebral Correct Chair.

The cervical vertebrae of our human spine are located at the top of the spine, support and protect the head, which occupies a large proportion of the body weight, are the pathways of vital nerve wires in the body, the most moving vertebrae of the spine. One character should be achieved, but bad lifestyle, bad posture, accident, and shock, only the cervical spine narrows and stimulates the nerve line passing between the spinal node and the node, each part of the human body and each organ corresponding to that nerve line function Human being groaned.

Until now, the cervical vertebra is simply tow around the neck, or the user's body and head is towed on a straight line, the weight is towed to the chin, the user's cervical stiffness will have a problem in the traction effect.

To remove a nail from a wooden board, apply a slight shock to the nail's head, then grab the nail's head and apply the appropriate force to remove the nail.

As the cervical vertebra also slightly impacts the head of the nail, the M1 is primarily pulled by the up / down adjustment switch 8, and the M2 is a long, mid, short, control switch as if it were pulled out with proper force. (9) the second tow to different lengths by towing and loosening, as well as holding the head to the nail, the suspension device 100 to safely tow the head to the person is the back of the user's neck slightly tilted back The tow portion (1) is towed most of the weight, the rest of the weight to the tow 2 (tow) to allow for a smooth towing, the cervical spine is weak compared to the other vertebrae because the user is sitting on the chair user Cervical braces, characterized in that towing towing weight from 1% to 100% according to the constitution.

1 is a perspective view according to the present invention.

Figure 2 is a perspective view of the suspension device 100 according to the present invention.

Figure 3 is a perspective view when wearing the suspension device 100 according to the present invention.

Figure 4 is a perspective view of the upper and lower adjustment apparatus according to the present invention.

〈Description of the main parts in the drawing〉

Suspension bone 1;

1 '; Laryngeal tightening stage 2; Chinese shoulder

3; forehead 3 '; forehead tightening period

7; armrest 8; up and down switch

12; drive gear 13; driven gear

14; rotating shaft 20; lifting member

21 disc

The most preferred embodiment of the present invention will be described in more detail together with the accompanying drawings so that those skilled in the art can easily carry out.

1 shows the overall configuration of the present invention, in which reference numeral 100 denotes a suspension device 100, and the suspension device 100 is a laryngeal bone toe part 1 and a laryngeal bone fastener 1 ', Jaw tow (2) and jaw tightener (2 '), forehead dog (3) and forehead tightener (3') consists of, the suspension device 100 is a disc (21) embedded in the crossbar (5) and It is connected to M2 and is towed by the long, middle, short and adjustment switch 9 to adjust the length differently, and the crossbar 5 is the elevating member 20, 20 'and the female screw block 18, 18 (18). '), Screwed parts (17) (17') and bevel gears are connected to M1 and are first towed by the up / down movement switch (8) by M1's power. Characterized in that consisting of the contact portion 10 and the leg 11, the backrest (6).

The suspension device 100 is a laryngeal bone tow (1), laryngeal bone tightening (1 '), jaw towing (2), jaw tightening (2'), forehead towing (3), forehead tightening as shown in FIG. It is divided into 3 'and is towed by the towing belt (4).

The laryngeal bone tow 1 pulls most of the total traction weight with the user's neck slightly tilted back, and is positioned almost on a straight line with the traction belt 4.

The jaw tow portion 2 tow the remaining weight of the weight pulled by the laryngeal bone tow (1).

The forehead tow 3 focuses on pulling the laryngeal tow 1 and the jaw tow 2.

The tightening machine 1 ', 2', 3 'is a gear type tightening machine.

The M1 is a reverse / positive motor with a reduction gear and a brake device, and the towing weight is primarily towed from 1% to 100% by the up / down adjustment switch (8).

The M2 is a reverse / constant motor with a reduction gear and a brake device, and after the primary traction of the reverse / constant motor M1, the different lengths are selected by the long, middle, end, and control switches 9 to perform traction and loosening. Repeat the second calibration.

The crossbar 5 is connected to the elevating members 20 and 20 ', and M2 is embedded therein.

The elevating members 20 and 20 'are connected to the bevel gears and are fixed to the crossbar 5 by moving up and down by M1.

The arm rests 7 and 7 'are fixed to the support members 20 and 20', and the upper and lower adjustment switches 8 and the long, middle, and short adjustment switches 9 are located.

The upper and lower operating machine parts are fixed to the rear surface of the butt contact part 10 as shown in FIG. 4, and the power of the reverse / positive motor M1 is moved along the driven gear 13 from the drive gear 12 of the bevel gear, and the rotary shaft 14 is provided. Is transmitted to the screw parts (17) and (17 ') through the driving (15) (15') driven (16) (16 ') of each bevel gear on the left and right of the rotating shaft (14). As the 17 'rotates, the elevating members 20 and 20' move up and down along the female screw blocks 18 and 18 '.

The upper and lower control switch 8 is located in the armrest 7 'can adjust the primary traction according to the user according to the user's body by the power of M1.

The long, middle, end, control switch (9) is located in the armrest (7) is connected to the M2 and tow the second tow and pulled to different lengths.

As described above, the cervical vertebrae correction chair is a general chair and cervical vertebrae chair that can sit on the chair and perform the traction treatment of the cervical spine, and according to the user's physical condition, the primary and secondary traction can be performed. Cerebral cervical disorders that require traction treatment are natural and natural healing traction treatments, which relax the cervical spine, contraction, scoliosis, and deviating. It will work.

Claims (1)

For cervical vertebrae chairs in which a cervical brace is combined with a general chair. Suspension machine 100 is laryngeal bone tow (1), laryngeal bone tightening (1 '), jaw towing (2), jaw tightening (2'), forehead towing (3), forehead tightening (3 '), It is composed of a traction belt (4), the suspender 100 is connected to the disc 21 and the disc 21 is connected to the M2, the power of the M2 to the choice of long, middle, end, control switch (9) Towing and loosening is repeated to the secondary tow, M2 is embedded in the crossbar (5) so the crossbar (5) through the bevel gears of the elevating member 20, 20 'screw portion (17) (17'), M1 M1 is primarily connected to the upper and lower control switch (8) by the traction, arm support (7) (7 ') and the hip contact portion 10 back support (6), such as a general chair Cervical orthodontic chair, characterized in that composed of legs (11).