KR102242469B1 - Portable device for correcting cervical vertebral - Google Patents

Abstract

The present invention relates to a portable cervical spine correction device that is improved to be easily carried, have improved usability, and be used conveniently and comfortably. The present invention provides a portable cervical spine correction device comprising: a curved support unit (100) for supporting the user's cervical spine to be curved; a cervical spine acupressure unit (300) rotatably installed on the curved support unit (100) and applying acupressure on the user's cervical spine; and a rotation variable device (200) installed in the curved support unit (100) to rotate the cervical spine acupressure unit (300) and varying the rotational force strength of the cervical spine acupressure unit (300) according to the user's circumstances. The rotation variable device (200) comprises: a support shaft (250) installed across an upper portion of a device installation member (150) of the curved support unit (100); first and second springs (241, 242) installed at front and rear ends of the support shaft (250) to restore a rotation coupling member (314) rotated of the cervical vertebra acupressure unit (300); an adjustment handle (210) coupled to the support shaft (250) on one side of the support shaft (250), moving the support shaft (250) forward and backward, and pressing the first and second springs (241, 242) to adjust the elastic force of the first and second springs (241, 242); and a fixing member (270) fixed and installed on the device installation member (150) and receiving, fixing, and installing the support shaft (250) and the first and second springs (241, 242).

Description

Portable cervical vertebra correction device {PORTABLE DEVICE FOR CORRECTING CERVICAL VERTEBRAL}

The present invention relates to a portable cervical vertebra correction apparatus, and more particularly, to a portable cervical vertebra correction apparatus that is improved so that it is easy to carry and thus usability is improved, and that it can be used conveniently and comfortably.

The cervical spine is one of the important skeletons that extend from the brain to the spine. As the load to support the head, which is relatively heavy in the human body, is heavily applied, it is a part that is likely to be easily damaged by external shocks. to be.

In particular, these days, computers and smartphones are used in an improper posture for a long time, exercise excessively, or cause cervical displacement in which the cervical spine deviates from its position due to an incorrect sleeping habit.

In modern medicine, such cervical vertebral displacement is classified as a neck disc and treated in various ways. However, in general, cervical vertebral injury has a high possibility of recurrence of the injured part, and constant treatment is usually required.

Accordingly, patients with damage to the cervical spine are inconvenient to receive corrective treatment for a long period of time in a hospital.

Due to the discomfort, only short-term treatment is performed on the damaged area, and eventually develops into chronic diseases that cannot be easily treated in hospitals in many cases.

In order to solve this problem, the patient's chin is hung as a chin rest, and the back neck is supported by the patient's back as a back neck protector, and the seven nodes of the cervical vertebrae are securely wrapped in their normal position. With both hands holding the cervical spine toward the normal position curved upward, place it on both shoulders of the patient with the soles of the operator's feet, and gently pull the patient's face with both hands holding the patient's back neck and the chin rest straps connected to the waist belt. Since the gap between the seven nodes of the cervical vertebrae is widened in the direction of the normal position, the cervical vertebrae braces have been devised for accurate correction without side effects.

Such cervical braces are disclosed in Registration Utility Model No. 20-0363852 (September 23, 2004, registration).

By the way, the cervical brace of the registered utility model as described above is worn by the operator and the patient with cervical spine disease, and the operator treats the patient with cervical spine disease.

Accordingly, it is difficult to use the user alone, and thus there is a problem in that the usability is poor.

In order to solve the problem of the above registered utility model, a cervical vertebral corrector of Patent Publication No. 10-2017-0135000 (published on December 08, 2017) has been devised.

The cervical vertebra corrector of the above disclosed patent can be used by the user alone.

However, it is difficult to use the cervical brace of the above disclosed patent in a comfortable posture because the user must sit or stand for use.

In addition, since the cervical vertebrae corrector of the above-described registered patent is operated by a strong spring force, the occipital support for cervical vertebrae correction is not easy to use.

In addition, because the structure of the occipital support must be accurately matched to the position of the cervical vertebrae, a period of skillful use is required.

In addition, since the occipital support is made of a flat rod, there is a problem in that the cervical vertebrae correction effect is deteriorated because the user's occipital region is not properly acupressure.

And the cervical vertebra corrector of the above-described registered patent has a problem in that it is not easy to carry due to its complicated appearance and bulkiness.

The present invention was created to solve the above problems, and the size is small and the appearance is simple, so it is easy to carry so that the usability is improved, it can be used in a comfortable posture, it does not require a skilled period to use, and sufficient acupressure It is an object of the present invention to provide a portable cervical vertebra correction device to improve the correction effect by making this happen.

The portable cervical spine correction apparatus of the present invention for achieving the above object,

A curved support portion for supporting the user's cervical spine in a curved shape;

A cervical acupressure unit rotatably installed on the curved support unit to acupressure a user's cervical vertebrae;

Including; a rotation variable device that is installed on the curved support to rotate the cervical acupressure unit, and to vary the strength of the rotational force of the cervical acupressure unit according to the convenience of the user,

The rotation variable device,

A support shaft installed across the upper portion of the device installation member of the curved support portion;

First and second springs respectively installed at the front end and the rear end of the support shaft to restore the rotational coupling member of the cervical acupressure unit rotated;

An adjustment handle coupled to the support shaft at one side of the support shaft to move the support shaft forward and backward to pressurize the first and second springs to adjust the elastic force of the first and second springs;

And a fixing member fixedly installed on the device installation member to receive the support shaft and the first and second springs to be fixedly installed.

In the present invention, the support shaft and the first and second springs are installed inside the rotational coupling member, the fixing member is rotatably fixed to the rotational coupling member, and the rotational coupling member is inside the fixing member. A round protrusion is formed in the outer center of the rotational coupling member so that the rotational coupling member can be rotated without change in position, and a round groove is formed in the inner center of the rotation limiting bracket for accommodating the rotational coupling member and limiting the rotation.

In the present invention, the adjustment handle includes a handle portion formed to be rotated by the user's hand; The support shaft is formed integrally with the handle so that when the handle is turned forward or backward, the support shaft moves forward and backward to compress or expand the first and second springs so that the pitch dimensions of the first and second springs are adjusted. It includes; a coupling shaft coupled to, and a screw is formed on the coupling shaft.

In the present invention, the first and second springs are provided to be selectively compressed or expanded.

In the present invention, a step portion defining an installation space of the first and second springs is formed on the support shaft, and a pressing wall for pressing the side portions of the first and second springs is formed at one side of the step portion.

In the present invention, the first and second restraining members are installed at each of the front end and the rear end of the support shaft, the first and second restraining members are formed in the form of a band separated from the center, and the fixing member, the support An end receiving portion accommodating both ends of the shaft; And a bracket part integrally formed with the end receiving part so that the fixing member can be fixed to one side of the fixing groove of the device installation member, wherein the first and second restraining members and the rotational coupling member are inside the end receiving part. Is accommodated, and the end receiving portion is accommodated in the first and second constraining members, and a receiving coupling protrusion is formed so as to be coupled and received, and a receiving coupling groove in the first and second constraining members so as to be coupled with the receiving coupling protrusion. Is formed, and a protruding opening is formed in the center of the end receiving part to allow the vertical bar of the cervical acupressure part to be coupled to the support shaft and protrude upward.

In the present invention, a handle support member is provided at a lower portion of the adjustment handle, and an upper portion of the handle support member is formed in a round shape.

According to an embodiment of the present invention, it is possible to adjust the rotational elasticity of the vertical bar by rotating the adjustment handle by rotating the first and second springs installed at a predetermined distance from the outer circumferential surface of the support shaft installed across the top of the device installation member of the curved support part.

In addition, since the rotational elasticity of the vertical bar can be adjusted only by rotating the adjustment handle forward or backward, it is very easy to adjust the rotational elasticity of the vertical bar.

Therefore, the portable cervical vertebra correction device can be used by anyone of all ages.

In addition, the size is small and the appearance is simple, so it is easy to carry and improves usability, and it can be used in a comfortable posture, and it does not require a skilled period to use.

Figure 1 is a perspective view of the appearance from one side of a portable cervical vertebra correction device according to the present invention.
Figure 2 is a perspective view of the appearance seen from the other side of Figure 1;
Figure 3 is an exterior perspective view of the rear side of Figure 1 seen from the rear.
Figure 4 is a side view of Figure 1;
Figure 5 is another side view of Figure 1;
6 is a partially exploded perspective view of FIG. 1.
Figure 7 is an exploded perspective view of Figure 6;
Figure 8a is a detailed perspective view of the configuration of the main part of Figure 7;
Figure 8b is a cross-sectional view showing the internal configuration of the rotational variable device in the portable cervical vertebra correction device according to the present invention.

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

Figure 1 is a perspective view of the appearance from one side of the portable cervical vertebra correction device according to the present invention is shown.

In addition, FIG. 2 shows an exterior perspective view as seen from the other side of FIG. 1, FIG. 3 shows an exterior perspective view as seen from the rear side of FIG. 1, and FIG. 4 is a side view of FIG. 1. FIG. 5 shows another side view of FIG. 1.

In addition, FIG. 6 is a partial exploded perspective view of FIG. 1, and FIG. 7 is an exploded perspective view of FIG. 6.

And Figure 8a is a detailed perspective view of the configuration of the main part of Figure 7 is shown, and Figure 8b is a cross-sectional view showing the internal configuration of the rotational variable device in the portable cervical spine correction apparatus according to the present invention.

1 to 8B, the portable cervical spine correction apparatus 1 according to the present invention includes a curved support part 100 for supporting a user's cervical spine in a curved (or C-curve) shape, and the curved support part 100 ) Is rotatably installed to acupressure the user's cervical vertebrae, and is installed on the curved support unit 100 to rotate the cervical acupressure unit 300, but depending on the user's circumstances, for example, physical strength, the cervical vertebrae It is configured to include a rotation variable device 200 for varying the intensity of the rotational force of the acupressure unit 300.

And the curved support portion 100, as shown in Figs. 6 to 8B, a curved portion 111 formed to be inclined at a certain angle (α) so that the user's cervical spine bends, and the curved portion 111 protrudes to the left and right. A curved member 110 consisting of a device receiving portion 141 provided to accommodate the adjustable rotation device 200, and the adjustable rotation device 200 installed under the curved member 110, It is configured to include a device installation member 150 coupled to the lower portion of the curved member 110.

In addition, a receiving through hole (141a) is formed in the center of the device receiving part 141 so as to protrude the cervical acupressure part 300 while providing a predetermined space for the cervical acupressure part 300 to rotate.

In addition, a non-contact groove 112 is formed in the curved portion 111 in the longitudinal direction from the top to the bottom so that the central portion of the cervical vertebrae of the user does not directly contact the curved portion 111.

In addition, around the non-contact groove 112, when using the portable cervical vertebra correction device 1 according to the present invention, each cervical vertebra position is displayed vertically so that it can be curved according to the user's respective cervical vertebra position. Is formed.

In addition, a round portion R is formed inside the device installation member 150 in a round shape of the rotation variable device 200 so that the rotation variable device 200 can be properly installed.

And, as described later, a fixing groove 151 accommodating a fixing member 270 that allows the rotational variable device 200 to be fixed in the device installation member 150 protrudes in front of the device installation member 150 Is formed.

In addition, the cervical acupressure unit 300 includes a rotation coupling member 314 coupled to the outer peripheral surface of the support shaft 250 of the rotation variable device 200 so as to be rotatable at a predetermined angle, and the rotation coupling member 314 It is configured to include a vertical bar 312 connected to the top in the center, and at least one first acupressure rollers 320 and 330 installed to be rollable on the first connecting bar 310 connected to the left and right of the upper end of the vertical bar 312. .

In addition, the rotational coupling member 314 is formed in a hollow shaft shape so as to be rotatably coupled to the outer peripheral surface of the support shaft 250 at a predetermined angle.

In addition, a second connection bar 350 is installed on the left and right sides of the vertical bar 312 under the first connection bar 310, and a second acupressure roller 340 is rollable on the second connection bar 350. ) Is installed.

The first and second rotary bars 311 and 351 are installed rotatably on the first and second connection bars 310 and 350 so that the first and second acupressure rollers 320, 330, and 340 are installed to be rollable, and the first and second rotations Since the bars 311 and 351 are rotated in the first and second connection bars 310 and 350, the first and second acupressure rollers 320, 330 and 340 are rolled.

Therefore, it is preferable that the first and second rotating bars 311 and 351 be formed in a pipe shape.

In addition, a plurality of circular or elliptical acupressure grooves 325, 335, 345 are formed on the outer circumferential surfaces of the first and second acupressure rollers 320, 330, and 340 to double the acupressure effect.

The number or shape of the acupressure grooves 325, 335, and 345 is not particularly limited.

In particular, the first acupressure rollers (320, 330) are installed on the left and right as a pair of two, the outer acupressure roller 330 is suitable for the shape of the cervical spine by forming, for example, a larger diameter than the inner acupressure roller (320). By doing so, the acupressure effect was doubled.

That is, since the neck of the cervical spine is made in a round shape, by increasing the size of the outer acupressure roller 330 among the first acupressure rollers 320 and 330 consisting of two pairs, the first acupressure rollers 320 and 330 are in a round shape as a whole. Was made to be.

Therefore, by making all the first acupressure rollers 320 and 330 in contact with the user's cervical spine, the acupressure effect can be doubled.

In addition, a rotation limit bracket 315 is installed on one side of the rotation coupling member 314 to limit the rotation range so that the rotation coupling member 314 rotates only within a range of, for example, 180 degrees rather than 360 degrees.

Reference numeral 316, which is not described in the drawings, denotes a front cover member 316 that covers the screw fastening portion 315b provided on the front surface of the rotation limit bracket 315.

In addition, reference numeral 312a denotes a rear cover member covering a weight loss groove (not shown) formed on the rear surface of the vertical bar 312.

Therefore, the rear surface of the vertical bar 312 is formed with a weight loss groove.

In addition, the rotational variable device 200, as shown in Figs. 6 to 8B, the support shaft 250 installed across the top of the device installation member 150 of the curved support portion 100, and the support shaft The first and second springs 241 and 242 respectively installed at the front end and the rear end of the 250 to restore the rotated cervical acupressure unit 300, and the support shaft 250 at one side of the support shaft 250 An adjustment handle 210 for adjusting the elastic force of the first and second springs 241 and 242 by being combined to move the support shaft 250 forward and backward to pressurize the first and second springs 241 and 242, and the device installation member 150 ) Is fixedly installed to receive the support shaft 250 and the first and second springs 241 and 242 to be fixedly installed.

At this time, the support shaft 250 and the first and second springs 241 and 242 are installed inside the rotational coupling member 314, and the fixing member 270 is fixed to the rotational coupling member 314, but so as to be rotatable. Fix it.

In addition, a round protrusion 314a is formed at the outer center of the rotational engagement member 314 so that the rotational engagement member 314 can rotate without any change in position inside the fixing member 270, and accommodates the rotational engagement member 314. A round groove (315a) is formed in the inner center of the rotation limit bracket 315 to limit the rotation.

Therefore, since the round protrusion 314a and the round groove 315a are coupled, the rotation coupling member 314 can be rotated without any change in position inside the fixing member 270 as well as the rotation limit bracket 315.

And the adjustment handle 210, as shown in Figs. 8A and 8B, a handle part 211 formed so as to be held and rotated by a user by hand, and the handle part 211 is integrally formed with the handle part ( When 211) is turned forward or backward, the support shaft 250 moves forward and backward to compress or expand the first and second springs 241 and 242 so that the pitch dimensions of the first and second springs 241 and 242 are adjusted. It is configured to include a coupling shaft 212 coupled to the shaft 250.

Further, the coupling shaft 212 is formed with a screw 212a formed so that the rotation of the coupling shaft 212 is kept constant without shaking.

Therefore, it is possible to precisely adjust the pitch dimensions of the first and second springs 241 and 242.

At this time, only the first spring 241 installed close to the adjustment handle 210 among the first and second springs 241 and 242 may be compressed or expanded, or both the first and second springs 241 and 242 may be compressed or expanded. .

The reason why one or both of the first and second springs 241 and 242 may be selectively compressed or expanded is that the user of the portable cervical spine correction apparatus 1 according to the present invention corresponds to both men and women of all ages. This is because the user's physical strength is all different.

That is, when the first and second acupressure rollers (320, 330, 340) need a large acupressure strength, both the first and second springs (241, 242) may be compressed or expanded, and the first and second acupressure rollers (320, 330, 340) can be compressed or expanded. When trying to lower the value, only the first spring 241 installed close to the adjustment handle 210 among the first and second springs 241 and 242 can be compressed or expanded.

In this way, selective compression or expansion control of the first and second springs 241 and 242 may be performed by rotating the adjustment handle 210 so that both the first and second springs 241 and 242 or only the first spring 241 are compressed or expanded.

When the first and second springs 241 and 242 are compressed, the first and second springs 241 and 242 are all pressed by rotating the adjustment handle 210 forward, so that the pitch dimensions of both the first and second springs 241 and 242 are reduced. Done.

In addition, expansion of the first and second springs 241 and 242 is performed while the pitches of the first and second springs 241 and 242 are restored to their original dimensions when the adjustment handle 210 is rotated backward.

The compression and expansion of the first and second springs 241 and 242 are performed by a stepped portion 251 defining an installation space of the first and second springs 241 and 242 on the support shaft 250 in which the first and second springs 241 and 242 are installed. This is possible because a pressing wall for pressing the side portions of the first and second springs 241 and 242 is formed on one side of the stepped portion 251.

The pressure wall may be a side wall 253 formed on the support shaft 250 itself, or may be provided with, for example, a snap ring (not shown) on the support shaft 250.

And the support shaft 250 is stably installed, and each of the front end and the rear end of the support shaft 250 so that it can be constrained to the fixing member 270 within the device installation member 150 of the curved support part 100 The first and second restraining members 230 and 260 are installed.

In particular, among the first and second restraining members 230 and 260, the first restraining member 230 installed at the front end of the support shaft 250 facilitates assembly, It consists of upper and lower restraining members (231, 232) in the form of a band separated from.

The first constraining member 230 is installed while constraining the distal end of the coupling shaft 212 and the distal end of the fixing member 270, and the coupling shaft 212 is rotatably constrained and installed.

To this end, a coupling portion 235 coupled to the coupling portion 213 of the coupling shaft 212 is formed inside the first constraining member 230.

In addition, it goes without saying that the second constraining member 260 may also be formed in a band type divided up and down like the first constraining member 230.

In addition, the second constraining member 260 has first and second coupling portions 261 and 262 that are inserted and coupled to an end portion of the support shaft 250 and an end portion of the fixing member 270.

In addition, the fixing member 270, as shown in Figs. 6 to 8B, the end receiving portion 271 for accommodating both ends of the support shaft 250, and the fixing member 270 is a curved support ( It is configured to include a bracket portion 272 integrally formed with the end receiving portion 271 so as to be fixed to one side of the fixing groove 151 of the device installation member 150 of 100).

Accordingly, the first and second restraining members 230 and 260 accommodating both ends of the support shaft 250 and a rotational coupling member coupled to the first and second restraining members 230 and 260 ( 314) is accepted.

At this time, the end receiving portion 271 is accommodated in the first and second constraining members 230 and 260, and a receiving coupling protrusion 271a is formed to be coupled to the end receiving part 271. Receiving coupling grooves 230a and 260a are formed in the 1,2 constraining members 230 and 260.

A protruding opening 273 is formed in the center of the end receiving part 271 to allow the vertical bar 312 of the cervical acupressure part 300 to be coupled to the support shaft 250 and protrude upward.

In addition, a handle support member 160 is provided below the adjustment handle 210 so that the adjustment handle 210 can be stably accommodated and installed, and to facilitate assembly and disassembly of the rotational variable device 200. .

The handle support member 160 is installed on one side of the device installation member 150 and is formed to fit the appearance of the device installation member 150, and thus does not spoil the appearance of the portable cervical spine correction device 1 according to the present invention.

In addition, the upper portion of the handle support member 160 is formed in a round (R) portion in which the circular handle is directly received.

On the other hand, the first and second springs 241 and 242, as shown in Figs. 8A and 8B, are provided with two at regular intervals, but the number of installations of the first and second springs 241 and 242 is the support shaft 250 It may vary according to the specifications (eg, diameter and/or material) of the first and second springs 241 and 242 in consideration of the length of the vertical bar 312 or the size of the rotational force of the vertical bar 312.

When explaining the operation of the portable cervical spine correction apparatus according to the present invention having the configuration as described above is as follows.

Referring again to the drawings, first, in the portable cervical spine correction apparatus 1 according to the present invention,

By installing the first and second springs 241 and 242 at a certain distance (or interval) on the outer circumferential surface of the support shaft 250 installed across the top of the device installation member 150 of the curved support part 100, the vertical bar ( 312) returns to the original state when rotating.

In this way, the reaction force of the first and second acupressure rollers 320, 330, and 340 is generated by the spring force of the first and second springs 241 and 242, so that correction (or acupressure) of the cervical vertebrae is possible when correcting the cervical vertebrae.

Further, the strength of the elastic force of the vertical bar 312 may be adjusted by rotating the adjustment handle 210 of the first and second springs 241 and 242.

That is, when the adjustment handle 120 is rotated forward, the first and second springs 241 and 242 are compressed, and the pitch of the first and second springs 241 and 242 is reduced.

Accordingly, the rotational elastic force of the vertical bar 312 elastically supported by the first and second springs 241 and 242 is increased.

Conversely, when the adjustment handle 120 is rotated backward, the original pitch dimensions of the first and second springs 241 and 242 are restored.

Accordingly, the rotational elastic force of the vertical bar 312 is gradually weakened.

In this way, it is possible to adjust the rotational elasticity of the vertical bar 312 so that the rotational elasticity suitable for the user can be adjusted to use the portable cervical vertebral correction device 1 according to the present invention.

In addition, since the rotational elasticity of the vertical bar 312 can be adjusted only by rotating the adjustment handle 120 forward or backward, it is very easy to adjust the rotational elasticity of the vertical bar 312.

Therefore, the portable cervical vertebra correction device 1 according to the present invention can be used by anyone of all ages.

As described above, the present invention has been described with reference to an embodiment shown in the drawings, but this is only exemplary, and various modifications and equivalent embodiments are possible from those of ordinary skill in the art. Will understand.

Therefore, the true scope of protection of the present invention should be determined only by the appended claims.

100. Curved support
150. Device installation member
160. Handle support member
200. Rotation variable device
210. Adjustment handle
211. Handle
212. Coupling shaft
230. First restraint member
241. The first spring
242. The second spring
250. Support shaft
251. Step
260. Second restraint member
270. Fixing member
271. End receiving part
272. Bracket part
273. Protruding opening
300. Cervical Chiropractor
312. Vertical bar
314. Rotating coupling member

Claims (11)

A curved support 100 for supporting the user's cervical spine to be curved;
A cervical acupressure unit 300 installed rotatably on the curved support unit 100 to pressurize the user's cervical vertebrae;
Including; a rotational variable device 200 installed on the curved support part 100 to rotate the cervical acupressure part 300, and to change the intensity of the rotational force of the cervical acupressure part 300 according to the user's convenience; ,
The rotation variable device 200,
A support shaft 250 installed across the top of the device installation member 150 of the curved support part 100;
First and second springs 241 and 242 respectively installed at the front end and rear end of the support shaft 250 to restore the rotational coupling member 314 of the cervical acupressure unit 300 rotated;
At one side of the support shaft 250, the first and second springs 241 and 242 are coupled to the support shaft 250 to move the support shaft 250 forward and backward to pressurize the first and second springs 241 and 242. ) An adjustment handle 210 for adjusting the elastic force of the;
A portable cervical spine comprising: a fixing member 270 that is fixedly installed on the device installation member 150 to receive the support shaft 250 and the first and second springs 241 and 242 to be fixedly installed. Calibration device. The method of claim 1,
The support shaft 250 and the first and second springs 241 and 242 are installed inside the rotational coupling member 314,
Portable cervical vertebra correction device, characterized in that the rotation coupling member 314 is fixed so that the fixing member 270 is rotatable. The method of claim 2,
A round protrusion 314a is formed at the outer center of the rotational engagement member 314 so that the rotational engagement member 314 can rotate without any change in position inside the fixing member 270, and the rotational engagement member 314 A portable cervical vertebra correction device, characterized in that a round groove (315a) is formed in the inner center of the rotation limit bracket 315 for receiving and limiting the rotation. The method of claim 1,
The adjustment handle 210,
A handle part 211 formed so that the user can hold and rotate by hand;
The first and second springs 241 and 242 are compressed or expanded as the first and second springs 241 and 242 are compressed or expanded as the support shaft 250 moves forward or backward when the handle part 211 is rotated. A portable cervical spine correction apparatus comprising: a coupling shaft 212 coupled to the support shaft 250 so that the pitch dimensions of the 1,2 springs 241 and 242 are adjusted. The method of claim 4,
Portable cervical spine correction apparatus, characterized in that the screw (212a) is formed on the coupling shaft 212. The method of claim 1,
The first and second springs (241, 242) is a portable cervical spine correction apparatus, characterized in that provided to be selectively compressed or expanded. The method of claim 1,
The support shaft 250 is formed with a stepped portion 251 defining an installation space of the first and second springs 241 and 242,
Portable cervical vertebra correction apparatus, characterized in that a pressing wall for pressing the side portions of the first and second springs (241,242) is formed on one side of the stepped portion (251). The method of claim 1,
First and second restraining members 230 and 260 are installed at each of the front end and the rear end of the support shaft 250,
The first and second restraining members 230 and 260 are portable cervical spine correction apparatus, characterized in that made in the form of a band separated from the center. The method of claim 8,
The fixing member 270,
An end receiving portion 271 accommodating both ends of the support shaft 250;
Including; a bracket portion 272 integrally formed with the end receiving portion 271 so that the fixing member 270 can be fixed to one side of the fixing groove 151 of the device installation member 150,
A portable cervical vertebra correction apparatus, characterized in that the first and second restraining members 230 and 260 and the rotational coupling member 314 are accommodated in the end receiving part 271. The method of claim 9,
The end receiving portion 271 is formed with a receiving coupling protrusion 271a so as to be coupled to the first and second constraining members 230 and 260,
Receiving coupling grooves 230a and 260a are formed in the first and second constraining members 230 and 260 to be coupled with the receiving coupling protrusion 271a,
A protruding opening 273 is formed in the center of the end receiving part 271 to allow the vertical bar 312 of the cervical acupressure part 300 to be coupled to the support shaft 250 and protrude upward. Portable cervical spine correction device. The method of claim 1,
A handle support member 160 is provided under the control handle 210,
Portable cervical spine correction apparatus, characterized in that the upper portion of the handle support member 160 is formed in a round (R).

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