KR101294556B1 - Correction Belt for spine traction and support - Google Patents

Abstract

One aspect of the present invention is to provide a spinal traction support correction belt for effectively supporting and pulling the spine with lumbar pressure rise, the spinal traction support correction belt according to an embodiment of the present invention is selectively waist A waist pressing member having a velcro member at both ends in contact with each other so as to be wrapped around the holder, a holder member having a traction device insertion groove which is fixed to one side of the waist pressing member and penetrates up and down inside the upper and lower sides of the traction device insertion groove; A pressure traction device which is inserted to move but is pressed by an external force of an external support applied to the wearer to contract the waist compression member, and is provided to surround the waist compression member via an upper end of the pressure traction device. Towing and contracting the lumbar compression member according to the shanghai The pressure traction device includes a coupling member having a guide groove formed to receive a portion of the traction wire at an upper end thereof, and the coupling member accommodated in the coupling member to cushion an impact caused by a sudden external force of the external support. It characterized in that it comprises an external force buffer transmission unit for delivering to.

Description

Correction Belt for spine traction and support

The present invention relates to a spinal traction support orthodontic belt, and more particularly to a spinal traction support orthodontic belt for effectively supporting and pulling the spine with lumbar pressure rise.

In general, the spine is a pivotal skeleton of the human skeleton, an essential structure for supporting and supporting our bodies, which is connected to the ligaments, muscles, cartilage, etc., and performs a role as a pillar of our body.

Here, the spine consists of various joints and nerves, including the vertebral body, which acts as a column, and the intervertebral disc, which enables joint movement. In addition, the spine acts as a shaft that maintains balance even in a stationary or athletic state, and serves as a pillar to support the weight of the upper body by gathering various structures, and a joint that performs various tasks together with the upper and lower extremities by bending and extending the motion. Play a role.

In addition, the spine of the human body extends upwards to lead to the cervical spine supporting the head of the human body. The spine and cervical spine of the human body as described above are composed of a plurality of joints, and between these joints, discs, which are cushioning means that can alleviate the impact between the joints, are interposed therebetween. In addition, a plurality of nerve lines are distributed in the spine and cervical spine of the human body, which are means for receiving signals from the cranial nerve and transmitting the signals to each muscle and sensory unit.

Accordingly, in the human body, the spine plays a very important role in human activity.

Here, the spine, which is the most important pillar in our body, remains in the wrong posture for a long time, or is severely impacted from the outside like a car accident, and the cervical spine on the head and the lumbar spine on the pelvis are twisted. Compression of the nerves can lead to scoliosis, such as scoliosis, herniated discs or back pain or indigestion.

As such, various spinal braces are being developed to protect the spine, which plays a pivotal role in the human skeleton.

One aspect of the present invention is to provide a spinal traction support correction belt for effectively supporting the vertebrae and towing by lumbar pressure rise.

Another aspect of the present invention is that the shock absorbing shock absorbing and buffered by the shock absorbing unit, so that the wearer can be conveniently used without being aware of the excessive shock applied by the external support to improve the ease of use spinal traction support correction It is to provide a belt.

Another aspect of the present invention is a good fit, spinal traction support correction can be easily set the height of the pressure traction device to fit the wearer physical condition can be modified so that the body conditions to correspond to the other wearers It is to provide a belt.

Spinal traction support correction belt according to an embodiment of the present invention is a waist pressing member having a velcro member at both ends in contact with each other so as to be wrapped around the waist selectively fixed, the traction is fixed to one side of the waist pressing member to penetrate up and down inside A holder member having a device insertion groove formed therein, a pressure traction device inserted into the traction device insertion groove by an external force of an external support applied to the wearer to contract the waist compression member, and an upper end of the pressure traction device; It is provided to surround the waist pressing member via a traction wire for contracting and relaxing the waist pressing member in accordance with the movement of the pressure traction device, the pressure traction device is accommodated in a portion of the traction wire at the upper end A coupling member having a guide groove formed therein to be coupled thereto, By buffering the impact of sudden external force of the external support it is characterized in that it comprises an external force transmission buffer unit is transferred to the coupling member.

The external force buffer transmission unit may include a pneumatic cylinder including a cylinder body forming an exterior, a piston provided inside the cylinder body, and a piston rod vertically connected to the piston to receive external force. do.

In addition, the pressure traction device is characterized in that it further comprises a height adjusting member for adjusting the height between the coupling member and the cylinder body of the pneumatic cylinder.

In addition, the height adjustment member is provided with a hinge portion extending to the open side of the coupling member, a button portion protruded to protrude on one side of the hinge portion, and integrally with the button portion on the outer peripheral surface of the cylinder body of the pneumatic cylinder It characterized in that it comprises an operating portion having a support hole for selectively engaging the plurality of locking projections formed, and a spring portion elastically supporting the button portion and the operation portion toward the outside of the coupling member.

In addition, the external force buffer transmission unit is provided with one end of the piston rod is provided with a contact member for expanding the contact area with the external support.

In addition, it is characterized in that it further comprises a left and right balance retaining rod is installed on the left and right sides of the waist pressing member with the pressure traction device therebetween to maintain the balance of the wearer.

Therefore, the spinal traction support device according to an embodiment of the present invention has the following effects.

First, the waist compression member is worn on the lumbar spine by the Velcro member, and the belt member is elastically coupled and double fixed to support the outside of the waist compression member so that the waist compression member is not detached from the worn portion by external force or the wearer's activity. Can be adjusted.

Second, since a sudden shock is absorbed and buffered by the shock buffer transmission unit, the wearer can be conveniently used without being aware of the excessive shock applied by the external supporter, thereby improving convenience of use.

Third, the comfort of the family traction device can be modified so that the physical condition corresponds to other wearers, and the wearing comfort is good. Accurate traction action can be set.

Fourth, by pressing the lower part of the spinal traction support belt to pull the wearer's lumbar spine and relax the gap between the lumbar spine, it is possible to prevent excessive pressure on the wearer's waist, such as a patient with a lumbar disc, The lumbar spine can be firmly supported to maintain posture.

Fifth, the pressure traction device is provided to protrude, so that the wearer can press the waist pressing member by using an external support or sitting, it is possible to easily use the spinal traction support correction belt.

Sixth, because the push method by pressing the pressure traction device to the seating of the wearer, it is possible to control the traction strength by adjusting the pressure applied according to the weight of the lower body of the wearer.

1 is a perspective view showing a spinal traction support calibration belt according to an embodiment of the present invention.
2 is an exploded view showing the spinal traction support calibration belt shown in FIG.
Figure 3 is an enlarged view of a portion of the spinal traction support calibration belt according to an embodiment of the present invention.
Figure 4 is a view showing a state of wearing the spinal traction support calibration belt according to an embodiment of the present invention.
5 is a view showing a spinal traction support calibration belt according to another embodiment of the present invention.
Figure 6 is a cross-sectional view showing a spinal traction support calibration belt according to another embodiment of the present invention.
7 is a view showing a spinal traction support calibration belt according to another embodiment of the present invention.
8 is a view showing a spinal traction support calibration belt according to another embodiment of the present invention.

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

1 is a perspective view showing a spinal traction support calibration belt according to an embodiment of the present invention, Figure 2 is an exploded view showing the spinal traction support calibration belt shown in Figure 1, Figure 3 is an embodiment of the present invention Figure 4 is an enlarged view showing a part of the spinal traction support calibration belt, Figure 4 is a view showing a state of wearing the spinal traction support calibration belt according to an embodiment of the present invention.

As shown in Figure 1 to 4, the spinal traction support calibration belt 10 according to an embodiment of the present invention is provided with a waist pressing member 100, the holder member 200, the external force buffer transmission unit 310 Pressurized traction device 300, is configured to include a traction wire 400.

The waist pressing member 100 has a waist belly portion 110 provided to closely wrap and wrap the lumbar vertebrae of the body, and a velcro member 120 provided at both ends in contact with each other to selectively fix the waist belly portion 110; It includes a belt member 130 for firmly supporting the waist bag portion 110.

The waist abdomen 110 may be deformed to correspond to the shape surrounding the lumbar spine, and is preferably made of an elastic material in order not to cause inconvenience to the activity according to physical activity. In addition, since the wearing portion may generate heat when the lumbar spine lumbar region is wrapped around the lumbar abdomen 110, a ventilation means may be further provided through a hole formed at a predetermined interval to allow ventilation.

Velcro members 120 are respectively provided at both ends of the waist abdomen 110, it is possible to selectively adjust the length of the waist pressing member (100). Here, the velcro member 120 is preferably made of a first velcro 121 and the second velcro 122, the first velcro 121 and the second velcro 122 is the front of the waist bag portion 110 and It is preferable to form each selectively on the back surface.

The first velcro 121 is formed with a rough surface as if the threads of the fiber material is gathered, the second velcro 122 is formed with a protrusion of a synthetic resin material, the first velcro 121 and the second velcro ( When the 122 contacts each other, the protrusion part of the second Velcro 122 is firmly fixed to the waist abdomen 110 by a friction force generated by adhering the first Velcro 121 so as not to fall.

That is, the waist pressing member 100 is worn around the waist of the wearer's body, and the velcro member 120 is attached to the circumference corresponding to the waist to be worn on the lumbar spine. Because of this, when the lumbar lumbar region is wrapped, giving a lot of force to pull the lumbar compression member 100 and then wear it to the lumbar lumbar region occurs the compression action of the lumbar compression member 100 itself, raising the traction effect that may occur later You can.

On the other hand, the belt member 130 is provided is coupled to wrap around the outer side of the waist bag portion 110, the projection belt member 131 is formed with a plurality of projections that can be deformed elastically at one end and the other end thereof opposed through the inside And a receiving belt member 132 coupled to and released from the protruding belt member 131.

In detail, the protruding belt member 131 is elastically deformed into the receiving belt member 132 so as to be engaged with the engaging grooves provided at both sides of the receiving belt member 132, and the engaging groove of the receiving belt member 132. Pressing the projection belt member 131 protruding in conjunction with the pressure from both sides can be deformed elastically to terminate the coupling.

In addition, the belt member 130 is preferably provided with a belt length adjusting unit for adjusting the belt strap length on one side. In other words, when the belt strap is pulled to correspond to the circumference of the worn portion, the belt strap is reduced and the belt strap is pushed toward the length adjuster to increase the belt strap.

That is, the waist pressing member 100 is worn on the lumbar spine by the velcro member 120, while the belt member 130 is fixed to correspond to the wearer's body circumference by adjusting the length of the belt member 130 while engaging the outside thereof, Double pressing support is possible so that the pressing member 100 is not separated from the worn portion by the external force.

The holder member 200 has a holder frame 210 formed with a traction device insertion groove 211 for accommodating the pressure traction device 300 to move up and down, and the roller 220 so that the traction wire 400 can be moved smoothly. It is made, including.

Here, the holder member 200 is accommodated inside the waist pressing member 100, preferably made of a hard material to support the spine lumbar region, but serves as a spinal support to maintain the correct posture of the lumbar spine.

In addition, the holder member 200 may have a concave cross-sectional shape from the end toward the lower end to correspond to the spine shape of the worn portion worn by the waist pressing member 100, due to the hard material of the holder member 200 In order to reduce the heterogeneity, the inner surface of the fiber member and the memory foam member may be further included.

At the center of the holder frame 210 is a towing device guide member 212 which is spaced apart from each other and arranged in the vertical direction to form a towing device insertion groove 211 or more than the width of the pressure towing device 300 and the towing wire 400 It is preferable that the support 213 is formed at each upper edge of the holder frame 210 to distribute external force that may occur due to the wearing of the waist pressing member 100.

Here, the traction device guide member 212 forms the upper opening and the lower opening and the traction device insertion groove 211, the pressure traction device 300 is accommodated inside the formed traction device insertion groove 211.

Here, when the lower end of the pressurized traction device 300 accommodated in the traction device insertion groove 211 is pressed by the external support due to the seating of the wearer is moved upward along the traction device guide member 212 to the inside of the holder member 200 It is received as, the pressure tow device 300 is moved downward along the tow device guide member 212 when the predetermined movement to the outside of the holder member 200 is released to the outside of the holder member (200).

On the other hand, the support 213 is preferably corresponding to the thickness so that the pressure traction device 300 and the traction wire 400 accommodated inside the traction device insertion groove 211 is movable. In addition, it is preferable that the plurality of supports 213 are provided to be balanced with each other at the edges inside the holder frame.

Through this, the holder member 200 performs a supportive operation so as not to be damaged even when the holder member 200 receives external force or pressure by the wearer's activity and the waist pressing member 100.

In addition, the roller 220 is provided with a traction wire 400 is wound around the outer periphery, the traction wire 400 is smoothly moved in response to the shank dong distance change amount of the pressure traction device 300 is accommodated in the holder member 200 It is preferably provided on both sides of the holder frame 210.

That is, the traction wire 400 is vertically wrapped around the upper end of the pressure traction device 300 so that the traction wire 400 contracts and relaxes according to the vertical movement of the pressure traction device 300. It is disposed so as to be bent in the horizontal direction of the extension direction of the waist pressing member 100 by the roller 220.

On the other hand, the pressure traction device 300 includes an external force buffer transmission unit 310, the coupling member 320.

That is, the pressure traction device is accommodated in the coupling member 320 having a different diameter from the coupling member 320 and the coupling member 320, the guide groove 321 is formed so that a portion of the traction wire 400 is coupled to the upper end portion; It is made to include an external force buffer transmission unit 310 to buffer the external force to transfer to the coupling member 320, the coupling member 320 and the external force buffer transmission unit 310 is up and down along the traction device guide member 212 Inserted to move.

Here, the external force buffer transmission unit 310 according to an embodiment of the present invention may include a pneumatic cylinder 310, such a pneumatic cylinder 310 is a cylinder body 311 forming an exterior to be sufficiently sealed with the outside air ), A piston 312 provided inside the cylinder body 311, and a piston rod 313 connected vertically to the piston 312 to receive an external force.

On the other hand, the external force buffer transmission unit 310 is accommodated in the coupling member 320 is a configuration capable of buffering the external force to be transmitted to the coupling member 320, so it is not limited to the pneumatic cylinder 310, hydraulic cylinder, pneumatic cylinder Of course, it can include a variety of devices.

Here, any one of the coupling member 320 and the cylinder body 311 of the pneumatic cylinder 310 is formed with a plurality of height adjustment holes (311a) in the vertical direction, the other side fastening member 330 is a height adjustment hole Preferably, a fastening hole 320a is formed to penetrate through 311a.

On the other hand, the coupling member 320 has a guide groove 321 is formed so that a portion of the traction wire 400 is received at the upper end, the external force buffer transmission unit 310 is fastening member 330 in the lower portion of the coupling member 320 It is fastened so that attachment and detachment are possible.

In detail, the guide groove 321 has a thickness corresponding to the diameter of the traction wire 400, it is preferable that the traction wire 400 is fixed to the guide groove 321. In this case, the adhesive may be firmly fixed to the outside of the traction wire 400.

Here, the guide groove 321 may be provided as a through hole having a thickness greater than or equal to the diameter of the traction wire 400, and may be coupled by passing the traction wire 400 through the through hole.

On the other hand, the cylinder body 311 of the pneumatic cylinder 310 is formed with a plurality of height adjustment holes 311a at regular intervals, by selectively engaging the coupling member 320 by the fastening member 330 to the pressure traction device The height of the 300 can be adjusted.

That is, the height of the cylinder body of the pneumatic cylinder 310 is adjusted so that the cylinder body 311 of the pneumatic cylinder 310 is located at the lower end provided with the fastening hole (320a) of the coupling member 320 corresponding to the fastening hole (320a). The external force buffer transmission unit 310 is preferably fastened to a structure in which the coupling member 320 is extended by fastening the fastening member 330 such as a screw after positioning the hole 311a.

On the other hand, when the wearer who wants to use the spinal traction support belt 10 is an adult or a tall or sitting height is large, the height adjusting hole 311a and the coupling member provided on the upper side of the cylinder body 311 of the pneumatic cylinder 310 The height of the pressure traction device 300 may be increased by fastening the fastening hole 320a of the 320 with the fastening member 330.

Similarly, when the wearer is a child or a key or a sitting key is small, the height adjusting hole 311a provided at the lower side of the cylinder body 311 of the pneumatic cylinder 310 is fastened to the fastening hole 320a of the coupling member 320. The height of the pressure traction apparatus 300 may be lowered by fastening to the member 330.

Therefore, since the height of the pressure traction device 300 can be deformed so that the body condition corresponds to other wearers, the wearing feeling is good, and the area to be towed by setting the height of the pressure traction device 300 to fit the body condition of the wearer is pressed. It is possible to set the correct traction action area so that the lumbar spine of the spine.

In the same manner as above, when the lower end of the piston rod 313 of the pressure traction device 300 provided with an adjusted height is subjected to an external force by an external support, the pressure traction device 300 is moved upward. In addition, the traction wire 400 restrained by the guide groove 321 is also moved upward and pulls the worn portion while tightening the lower end of the waist pressing member 100 which is connected to the traction wire 400. .

An external force is applied to the lower end of the pressure traction device provided to protrude to one side of the lumbar compression member 100 worn on the lumbar spine, or seated on a chair to press the lumbar compression member 100 upward. Here, the pressurized pressure traction device 300 is received in the upper direction of the traction device insertion groove 211 along the traction device guide member 212 provided inside the holder member 200.

At this time, the wire member 410 coupled to the guide groove 321 of the pressure traction device 300 is provided is wound on a rotatable roller, the vertical movement of the pressure traction device 300 is moved in a horizontal direction by the roller The traction wire 400 switched and shifted in the horizontal direction contracts the waist pressing member 100.

As a result, the traction wire 400 provided to surround the wearer's body is pulled to correspond to the receiving length of the wire member 410 generated by the wearer's seat, and the traction wire 400 is tightened and pressed. By pulling the lumbar spine, selective traction strength can be set by the weight of the lower body of the wearer.

Thus, by pressing the lower part of the spinal traction support correction belt 10 to pull the wearer's spine lumbar region, it is possible to prevent excessive pressure is applied to the wearer's waist, such as a patient with a waist disc, so that the wearer maintains the correct posture The lumbar spine can be firmly supported.

Here, since the sudden shock is absorbed and buffered by the pneumatic cylinder 310, the wearer can be conveniently used without being aware of the excessive shock applied by the external support, thereby improving the convenience of use. In addition, since the excessive impact force is properly canceled in the pneumatic cylinder 310, the damage of the traction wire 400 is prevented and durability is improved.

 On the other hand, in the present invention, for example, the traction wire 400 pressurized the lumbar spine, the traction wire may be further formed according to the worn portion to support.

Referring to Figure 4 describes the preferred wearing of the spinal traction support calibration belt.

First, the coupling member 320 and the pneumatic cylinder so as to correspond to the height of the lumbar spine without discomfort when the pressure traction device 300 is provided to protrude to one side of the waist pressing member 100 of the spinal traction support orthodontic belt 10 Fasten 310.

In detail, after adjusting the height corresponding to the body of the coupling member 320 and the pneumatic cylinder 310, the coupling hole 320a formed in the coupling member 320 and the cylinder body 311 of the pneumatic cylinder 310 Position the height adjustment hole (311a) to correspond. Then, the coupling member 320 and the cylinder body 311 of the pneumatic cylinder 310 is fastened by using the fastening member 330 is provided.

As described below, the waist compression member 100 of the spinal traction support correction belt 10 including the height-adjusted pressure traction device 300 is wrapped around the lumbar spine to be supported, and both ends of the waist compression member 100 are supported. Velcro member 120 is provided in contact with each other to correspond to the waist circumference of the wearer.

Here, the worn waist pressing member 100 may be deformed to correspond to the lumbar spine due to the waist abdomen 110 including elasticity and flexibility.

In addition, the inside of the waist pressing member 100 includes a holder member 200 made of a hard material to support the lumbar lumbar part to induce the correct posture of the lumbar lumbar part. In this case, the holder member 200 may further include an elastic member made of a fiber material such as a memory foam inside the waist pressing member 100 according to the wearer's choice in order to reduce the heterogeneity of the hard material given to the wearer.

In the same process as above, it is coupled to the belt member 130 provided as wrapped around the outside of the waist pressing member 100 worn on the lumbar region of the spine. Then, using the length adjusting portion provided on one side of the belt member 130 coupled to the belt member to correspond to the circumference of the waist so that the waist pressing member 100 can be firmly fixed to the spine lumbar region without flowing down by activity Adjust the length of (130).

Here, the wire belt member 420 is also provided at both ends of the traction wire 400 is coupled to each other in the same manner as the belt member 130. At this time, the traction wire 400 is formed to surround the outside of the waist pressing member 100 and the spine lumbar part of the wearer is located therein.

After wearing the spinal traction support orthodontic belt 10 through this process to the lumbar spine, the wearer checks whether the waist compression member 100 flows down or rotates due to the activity, and the belt member is once again removed from the body. 130 and the wire belt member 420 is adjusted.

Here, the appearance of wearing the spinal traction support correction belt can be seen by looking at FIG. As shown in FIG. 3, when the spinal traction support correction belt 10 is worn on the spine lumbar region of the wearer, the holder member 200 and the pressure traction device 300 protrude toward one side of the waist pressing member 100. .

At this time, the traction wire 400 is coupled to the guide groove 321 provided at the uppermost end of the coupling member 320 of the pressure traction device 300, the traction wire 400 is coupled to the coupling member 320 is It is formed along the outer side of the traction device guide member 212 of the holder member 200 and is wound around the rotatable roller 220 and both ends are accommodated as if it surrounds the waist pressing member 100.

Here, when an external force is applied upward to the protruding piston rod 313 of the pneumatic cylinder 310 of the pressurized traction device 300 or is pressed by an external support when the wearer is seated, the traction device of the holder member 200 is applied. The pressurized traction device 300 accommodated inside the insertion groove 211 is moved upward along the traction device guide member 212 and received inside the holder member 200.

At this time, the traction wire 400 connected to the pressure traction device 300 is pulled upward in accordance with the moving direction of the pressure traction device 300, is wound on the roller 220 is switched to the horizontal movement to the wearer's body Tow wire 400 is provided as if wrapped around it, and shrink the waist pressing member (100).

Traction wire 400 is provided to wrap around the outside of the waist pressing member 100 is received into the holder member 200 by the pressure traction device 300 to press the worn portion to tighten the spine lumbar region, tightening the spine The lumbar region may be towed by the pressure provided by the traction wire 400.

Meanwhile, when the spinal traction support orthodontic belt 10 is released from the worn portion, the belt member 130 and the wire belt member 420 are terminated and the Velcro member 120 is disconnected. Can be terminated.

Here, the traction wire 400 wraps the spinal lumbar region and presses the wearing part by the upward movement of the pressure traction device 300, so that the traction and support of the body part must be accurately pressed.

In addition, since the pressure traction device 300 is provided to protrude, when the wearer himself provides pressure to the lumbar vertebra, the waist pressing member 100 can be tightened by using the wearer's seating or pressing by an external support. Therefore, it is possible to easily use the spinal traction support correction belt (10).

Another embodiment of the present invention will be described with reference to FIGS. 5 and 6. The same reference numerals are assigned to the same components as those of the above-described embodiment, and a description thereof will be omitted. 5 is a view showing a spinal traction support calibration belt according to another embodiment of the present invention, Figure 6 is a cross-sectional view showing a spinal traction support calibration belt according to another embodiment of the present invention.

As shown in Figure 5 and 6, the lumbar traction support correction belt 10a according to another embodiment of the present invention is selectively provided with a velcro member 120 at both ends in contact with each other so as to be wrapped around the waist fixedly 100 and a holder member 200 fixed to one side of the waist pressing member 100 and having a traction device insertion groove 211 penetrating up and down therein so as to move up and down in the traction device insertion groove 211. Inserted but pressed by the external force of the external support applied to the wearer to wrap the back pressing member 100 via the pressure traction device 300 and the upper end of the pressure traction device 300 to shrink the back pressing member 100, And a traction wire 400 that contracts and relaxes the waist pressing member 100 according to the movement of the pressure traction device 300. The pressure traction device 300 includes a part of the traction wire 400 at the upper end thereof. Guide grooves Coupling member 320 and the coupling member 320 is formed, the pneumatic cylinder 310 is received in the coupling member 320 to shock the shock caused by the external force of the external support to the coupling member 320 and the coupling member, It comprises a height adjusting member 340 for adjusting the height between the 320 and the cylinder body 311 of the pneumatic cylinder (310).

The height adjustment member 340 includes a hinge part 341 extending on an open side of the coupling member 320, a button part 342 protruded to protrude on one side of the hinge part 341, and a button part 342. And a coupling member (343) having a support hole (343a), which is integrally provided with a support hole (343a) to be selectively engaged with a plurality of locking projections (311b) formed on the outer peripheral surface of the cylinder body (311) of the pneumatic cylinder (310). It is configured to include a spring portion 344 to elastically support the button portion 342 and the operating portion 343 toward the outside of the 320.

Hinge 341 is formed to extend from both ends of the open side of the coupling member 320.

The button part 342 is protruded outwardly on one side of the hinge part 341, and both sides thereof are connected to the hinge shaft 341a in correspondence with the hinge part 341, and hinged to the inside of the coupling member 320. It is operated by pressing about the axis 341a.

The operating part 343 is integrally provided with the button part 342 and positioned inside the coupling member 320, and the pneumatic cylinder 310 is inserted into the central support hole 343a and the cylinder of the pneumatic cylinder 310 inserted therein. A plurality of locking projections 311b formed on the outer circumferential surface of the body 311 are selectively locked to the support holes 343a.

A spring portion 344 is provided on the hinge shaft 341a, one end of which is supported by the button portion 342, and the other end of which is supported by the actuating portion 343 to couple the button portion 342 and the actuating portion 343 to the coupling member. It elastically supports toward the outside of 320.

The spinal traction support calibration belt 10 according to another embodiment of the present invention, the cylinder body 311 of the pneumatic cylinder 310 inserted into the coupling member 320 when adjusting the height of the pressure traction device 300. The inner side of the coupling member 320 is reduced or extended to the outside of the coupling member 320 to adjust the height according to the physical condition of the wearer.

That is, when pulling the cylinder body 311 of the pneumatic cylinder 310 to the outside of the coupling member 320 to increase the height of the pressure traction device 300, the cylinder body 311 of the pneumatic cylinder 310 is coupled to the coupling member ( The locking protrusions 311b formed around the outer circumferential surface of the cylinder body 311 of the pneumatic cylinder 310 while being drawn out of the 320 may freely pass through the support hole 343a of the operating portion 343 of the pneumatic cylinder 310. The cylinder body 311 is inserted and its height is lowered.

The locking protrusions 311b corresponding to the supporting holes 343a of the operating unit 343 are in a state of being caught by the supporting holes 343a because the operating unit 343 is inclined toward the outside of the coupling member 320. The cylinder body 311 of the pneumatic cylinder 310 is no longer inserted into the coupling member 320 in a state supported on the ground.

On the other hand, the cylinder body of the pneumatic cylinder 310 is inserted into the coupling member 320 in order to lower the height of the pressure traction device 300 again in a state where the height of the cylinder body 311 of the pneumatic cylinder 310 is increased as described above. When pushing the button portion 342 on the coupling member 320 is to push up the cylinder body 311 of the pneumatic cylinder (310).

At this time, when the button part 342 is pressed, the operating part 343 is pressed toward the inner side of the coupling member 320 so as to be close to the horizontal state, whereby the inner diameter of the support hole 343a of the operating part 343 is increased. It is in a state spaced apart from the outer diameter of the cylinder body 311 of the pneumatic cylinder 310 so that the engaging projections (311b) of the cylinder body 311 of the pneumatic cylinder 310 is freely separated from the support hole (343a) pneumatic cylinder The height of the cylinder body 311 of 310 becomes low.

Therefore, when the height of the pressure traction device 300 is adjusted, the cylinder body 311 of the pneumatic cylinder 310 can be easily increased by the operation of pulling the outer side of the coupling member 320, the coupling when lowering the height Since the height is easily adjusted by pushing the cylinder body 311 of the pneumatic cylinder 310 upward while pressing the button part 342 of one side of the member 320, the height adjustment of the pressure traction device 300 is very It will be simple.

Another embodiment of the present invention will be described with reference to FIG. The same reference numerals are assigned to the same components as those of the above-described embodiment, and a description thereof will be omitted. 7 is a view showing a spinal traction support calibration belt according to another embodiment of the present invention.

As shown in Figure 2 and 7, another embodiment of the present invention is a lumbar compression member is provided with a velcro member 120 at both ends in contact with each other to selectively secure the lumbar traction support correction belt (10b) wrapped around the waist 100, the holder member 200 is fixed to one side of the waist pressing member 100 and formed with a traction device insertion groove 211 penetrates up and down therein, and is inserted to be moved up and down in the traction device insertion groove 211. But it is pressed by the external force of the external support applied to the wearer to wrap the back pressing member 100 via the pressure traction device 300 and the upper end of the pressure traction device 300 to shrink the back pressing member 100, It is provided with a traction wire 400 to shrink and relax the waist pressing member 100 in accordance with the shangdong of the pressure traction device 300, the pressure traction device 300 is a portion of the traction wire 400 in the upper end Guide groove 321 to be received and coupled The coupling member 320 is formed, and the pneumatic cylinder 310 is received in the coupling member 320 to buffer the shock caused by the external force of the external support to deliver to the coupling member 320, the pneumatic cylinder 310 It may further include a contact member 500 provided at one end of the piston rod 313 to enlarge the contact area with the external support.

Therefore, in another embodiment of the present invention, the spinal traction support calibration belt 10c is sufficiently secured by the contact member 500 of the piston rod 313 of the pneumatic cylinder 310 to stabilize the external force of the external support. Can be delivered to.

Another embodiment of the present invention will be described with reference to Fig. The same reference numerals are assigned to the same components as those of the above-described embodiment, and a description thereof will be omitted. 8 is a view showing a spinal traction support calibration belt according to another embodiment of the present invention.

As shown in Figure 2 and 8, another embodiment of the present invention is a lumbar compression member is provided with a velcro member 120 at both ends in contact with each other so that the lumbar traction support correction belt (10c) is selectively wrapped around the waist 100 and a holder member 200 fixed to one side of the waist pressing member 100 and having a traction device insertion groove 211 penetrating up and down therein so as to move up and down in the traction device insertion groove 211. Inserted but pressed by the external force of the external support applied to the wearer to wrap the back pressing member 100 via the pressure traction device 300 and the upper end of the pressure traction device 300 to shrink the back pressing member 100, And a traction wire 400 that contracts and relaxes the waist pressing member 100 according to the movement of the pressure traction device 300. The pressure traction device 300 includes a part of the traction wire 400 at the upper end thereof. Guide groove And a pneumatic cylinder (310) formed with a coupling member (320), and a pneumatic cylinder (310) accommodated in the coupling member (320) to shock the shock caused by the external force of the external support to the coupling member (320). The left and right balance retaining rods 600 may be further installed to maintain balance between the wearer and the left and right sides of the waist pressing member 100.

Therefore, another embodiment of the present invention is the spinal traction support correction belt (10c) by the left and right balance retaining rods 600, the weak elderly, children, etc., the body is maintained in the left and right balance of the spinal traction support correction belt ( 10d) can be worn.

As described above, the spinal traction support calibration belt according to an embodiment of the present invention includes an external force buffer transmission unit for buffering the shock caused by the external force of the external support to the coupling member and the traction wire absorbs and absorbs a sudden shock Therefore, it can be seen that it is a basic technical idea to allow the wearer to use conveniently without being aware of the excessive shock applied by the external support. Therefore, many modifications may be made by those skilled in the art without departing from the scope and spirit of the present invention.

10,10a, 10b, 10c ... Spine traction support straightening belt
100 ... waist pressing member 200 ... holder member
300 ... Pressure Traction Unit 310 ... External Force Shock Absorber
400 ... towing wire

Claims (6)

A waist pressing member having a velcro member at both ends contacting each other to be fixedly wrapped around the waist;
A holder member fixed to one side of the waist pressing member and having a traction device insertion groove penetrating up and down therein;
A pressure traction device inserted into the traction device insertion groove so as to be pressed by an external force of an external support applied to the wearer to contract the waist compression member;
It is provided to surround the waist pressing member via the upper end of the pressure traction device includes a traction wire for contracting and relaxing the waist pressing member in accordance with the shangdong of the pressure traction device,
The pressure traction device has a coupling member formed with a guide groove so that a part of the traction wire is coupled to the upper end, and the external force buffer is received by the coupling member to buffer the shock caused by the external force of the external support to the coupling member Spinal traction support orthodontic belt comprising a delivery unit. The method of claim 1,
The external force buffer transmission unit includes a pneumatic cylinder having a cylinder body forming an appearance, a piston provided inside the cylinder body, and a piston rod vertically connected to the piston to receive an external force. Spinal Traction Support Correction Belt. The method of claim 2,
The pressure traction device further includes a height adjustment member for adjusting the height between the coupling member and the cylinder body of the pneumatic cylinder. The method of claim 3,
The height adjustment member is provided on the outer peripheral surface of the cylinder body of the pneumatic cylinder is provided with a hinge portion extending to the open side of the coupling member, a button portion projected to protrude on one side of the hinge portion, integrally with the button portion Spinal traction support orthodontic belt characterized in that it comprises an operating portion having a support hole for engaging the plurality of engaging projections, and a spring portion for elastically supporting the button portion and the operating portion toward the outside of the coupling member. The method of claim 2,
The external force buffer transmission unit is provided on one end of the piston rod spinal traction support orthodontic belt characterized in that it comprises a contact member for expanding the contact area with the external support. The method of claim 1,
Spinal traction support orthodontic belt is characterized in that it further comprises a left and right balance maintaining rod for maintaining the balance of the wearer is installed on the left and right sides of the waist pressing member with the pressure traction device therebetween.

Images