KR20160141418A

KR20160141418A - Medical device with rf heater band for spinal rehabilitation

Info

Publication number: KR20160141418A
Application number: KR1020150077047A
Authority: KR
Inventors: 최경남
Original assignee: 주식회사 베델바이오테크
Priority date: 2015-06-01
Filing date: 2015-06-01
Publication date: 2016-12-09
Also published as: KR101687312B1

Abstract

The present invention relates to a spinal rehabilitation treatment apparatus having a high-frequency irradiation band, and more particularly, to a heat generation body for generating a high-frequency high-frequency wave and delivering it to a cable. Irradiating means for irradiating the high-frequency high-frequency wave transmitted from the cable in the form of a band; And a cable for connecting the heat generating body and the irradiating unit to transmit the high-temperature high-frequency wave transmitted from the heat generating body to the irradiating unit. According to the present invention, the front and rear angles are adjusted by the calibration rails provided in the right and left directions of the seat portion, and the pelvis of the pelvis correcting subject is pressed by gravity The pelvis of the pelvic correction subject can be corrected by the domino dynamics and the irradiation means for irradiating the high-frequency wave is irradiated with the high-frequency wave in the state of being worn by the pelvic correction target, so that the high- And the pain caused by the pelvic correction can be alleviated.

Description

TECHNICAL FIELD [0001] The present invention relates to a spinal cord rehabilitation treatment device having a high-frequency irradiation band,

The present invention relates to a spinal rehabilitation treatment apparatus having a heating and high-frequency irradiation band, and more particularly, to a spinal rehabilitation treatment apparatus capable of calibrating a pelvis of a pelvic correction subject by a correction unit and irradiating a high- .

The vertebrae are the bones that support the main skeleton from the person's neck, back, waist and hip to the tail. Within the spinal cord, there is a spinal cord from the brain, which serves as a bridge between the central nervous system, the brain and the peripheral nervous system. The spinal cord is a very important neural tube, which can come in many kinds of paralysis when damaged and is protected by the vertebrae.

In addition, the spine serves as a reservoir of calcium, an inorganic substance essential for our body to survive, and the normal vertebra is curved in an S-shape when viewed from the side.

These spines are the most important part of maintaining the human body, the body parts that act as the girder of the human body and maintain proper posture and always care about management. The habit of maintaining a good posture is very important for modern people who have plenty of time to sit and live, especially for those with back pain.

However, modern people often bend their backs, such as bowing their heads to look at a book or a computer. Especially, in the case of examinees, they often keep their heads forward for long periods of time in order to study. When the unskilled posture is maintained for a long time, the head is positioned in front of the shoulder, and the back is relatively positioned, so that the back is bent like an bow starting from the head. This causes the neck bone to be straight or curved forward, causing the neck bone to move forward from the shoulder line due to the weight of the head. Also, to support the weight of the head, the muscles behind the neck and the muscles of both shoulders are always kept in a rigid state and tightly packed.

As a result, the back of the neck becomes stiff, the pain of the shoulder muscle is generated along with the tension headache, and the problem of fatigue easily occurs. In addition, when the weight is increased around the neck bone, the neck disk is dislocated from the neck bone and the neck disk disease occurs, and the backwardly bent vertebrae have a problem in which the joints are displaced backward. In addition, the lumbar vertebrae are projected forward to increase the weight of the entire lumbar vertebrae. As a result, the body weight of the upper body is concentrated on the lower lumbar vertebra, thereby narrowing the waist disc and the intervertebral disc. Resulting in back disk disease.

These diseases can be cured through repetitive chiropractic treatments, but in severe cases, they must be treated through surgery, the cure is not performed well, and there is a problem that the autonomic nerves and all the organs are continuously adversely affected.

In recent years, a variety of correct posture correction devices have been introduced to correct incorrect postures and reduce back pain. In most cases, however, postures are corrected by momentarily pulling or pushing in to correct postures There is a problem in that the posture is corrected at the time of calibration but the posture is again turned on within a short time.

In order to solve such a conventional problem, a registration support model 20-0474245 (registration date: Aug. 26, 2014) discloses a pedestal for the correction of backbone and back pain.

The support for chiropractic and back pain relief comprises a rectangular first support surface and a rectangular front surface extending vertically at a predetermined length at one end of the first support surface, A second supporting surface of a rectangular shape extending vertically from the other leading end of the second supporting surface, and a top surface of a rectangular shape extending horizontally by a predetermined length at another leading end of the second supporting surface, The first support surface, the second support surface, the front surface, the upper surface, and both side surfaces of the curved surface are provided with both side surfaces connecting the end surfaces of the upper surface and the concave round surface, And a cavity is formed.

However, since the above-mentioned prior art is used in a state that it is not fixed to a seat or a floor, there is a problem that it is not suitable for correcting a vertebrae which plays a very important role in the human body. In the case where the degree of bending of the vertebrae is not accurately diagnosed, There is a problem that can lead to the second and third diseases.

KR 20-0474245 Y1 (2014. 08. 26.)

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above problems of the prior art, and it is an object of the present invention to provide an apparatus and a method for adjusting the angle of the front and rear sides, Wherein the pelvis of the pelvis is calibrated so that the interval of the pelvis is adjusted so that the pelvis of the pelvis is calibrated.

In addition, a problem to be solved by the present invention is to provide a high-frequency, high-frequency irradiation band for allowing a heating high-frequency wave to be more effectively penetrated to an irradiated region, because the irradiation means for irradiating a high- A spinal cord rehabilitation treatment apparatus having a spinal cord rehabilitation treatment apparatus.

In addition, a problem to be solved by the present invention is to provide a spinal cord rehabilitation apparatus having a heating high-frequency irradiation band equipped with an emergency stop switch for instantly interrupting a power supply for irradiation of a high- .

In order to solve the above-mentioned problems, a spinal rehabilitation treatment apparatus having a heating and high frequency irradiating band according to the present invention includes a heat generating body for generating a high-frequency high-frequency wave and transmitting the generated high- Irradiating means for irradiating the high-frequency high-frequency wave transmitted from the cable in the form of a band; And a cable for connecting the heat generating body and the irradiating unit to transmit the high-temperature high-frequency wave transmitted from the heat generating body to the irradiating unit.

Further, at both ends of the irradiating means, hook-shaped projections and lasso-shaped hooks are formed and detachable in a Velcro type.

The heat generating body includes an LCD on which a wearing state of the irradiating means, which is made of a touch panel and worn by a person to be pelvic corrected, is displayed; A timer for setting an irradiation time of the high-frequency heat irradiated through the irradiation means; An emergency stop switch for momentarily interrupting a power source for irradiating a high-frequency wave irradiated through the irradiation means; Temperature setting means for setting a temperature of the high-frequency heating wave irradiated through the irradiation means; And a power switch for turning on and off the power of the heat generator main body.

A detecting sensor for detecting pelvis height information and pelvic width information of the pelvis correction subject placed on the seat portion; Processing means for generating pelvic torsion information based on pelvis height information and pelvis width information detected through the detection sensor; Calculation means for setting pelvis correction information according to pelvic torsion information generated through the processing means; And display means for displaying pelvic torsion information generated through the processing means and pelvic correction information set through calculation means, wherein, based on the pelvis correction information generated by the calculation means, And a control unit for adjusting the interval between the calibration unit and the calibration unit.

According to the present invention, the front and rear angles are adjusted by the calibration rails provided in the right and left directions of the seat portion, and the pelvis of the pelvis correcting subject is pressed by gravity The pelvis is corrected by domino dynamics.

In addition, since the irradiation means for irradiating the warm high frequency is irradiated with the heating high frequency in a state that the irradiation means is worn by the person to be pelvis corrected, the thermal high frequency penetrates the irradiated region more effectively, thereby relieving the pain caused by the correction of the pelvis.

Further, there is provided a spinal rehabilitation treatment apparatus having a thermal high-frequency irradiation band which is provided with an emergency stop switch for instantly interrupting a power source for irradiating a high-frequency high-frequency wave in a heat generating body for controlling irradiation of a high- I have to.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing a spinal rehabilitation treatment apparatus having a heating and high frequency irradiation band according to the present invention. FIG.
Fig. 2 is a view showing irradiation means of a spinal rehabilitation treatment apparatus having a heating and high-frequency irradiation band according to the present invention. Fig.
FIGS. 3A to 3D are views showing a calibration part and an calibration part of a spinal rehabilitation treatment device having a heating and high frequency irradiation band according to the present invention. FIG.
FIG. 4 is a block diagram showing a control unit of a spinal cord rehabilitation apparatus having a heating and high frequency irradiation band according to the present invention; FIG.
5 is a perspective view showing a detection sensor and display means of a spinal rehabilitation treatment apparatus having a heating and high frequency irradiation band according to the present invention.
6A and 6B are views showing another embodiment of an orthodontic unit of a spinal rehabilitation treatment apparatus having a heating and high frequency irradiation band according to the present invention.
7 is a view showing a use state of a spinal rehabilitation treatment apparatus having a heating and high frequency irradiation band according to the present invention.

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

The present invention relates to a spinal rehabilitation treatment apparatus capable of calibrating a pelvis of a pelvic correction subject by an orthodontic unit and irradiating a high frequency wave according to a symptom.

FIG. 1 is a perspective view showing a spinal rehabilitation treatment apparatus having a heating and high frequency irradiation band according to the present invention, FIG. 2 is a view showing irradiation means of a spinal rehabilitation treatment apparatus having a heating and high frequency irradiation band according to the present invention, FIG. 3D is a view showing an orthopedic part and an orthodontic part of a spinal rehabilitation treatment device having a high-frequency radio frequency band according to the present invention.

1 and 2, a spinal rehabilitation treatment apparatus 100 having a heating and high-frequency irradiation band according to the present invention includes a heat generation main body 51 for generating a high-frequency heat and transmitting it to a cable 53, An irradiating means 52 for radiating a high frequency radio wave transmitted from the cable 53 by being worn by a person to be pelvic calibrator and a radiating means 52 for radiating radio waves from the heat generating body 51 by connecting the radiating means 51 and the radiating means 52 And a cable (53) for transmitting the transmitted high-frequency high-frequency wave to the irradiating means (52). According to the present invention, the irradiation means (52) and the cable (53) are composed of a plurality of irradiation means (52) and a cable (53) from a single heat generating body (51) .

The heat generator main body 51 includes an LCD 511 which is made of a touch panel and displays the state of wearing the irradiation means 52 of the pelvic correction target person and the like, a timer 512 for setting the irradiation time of the high- An emergency stop switch 513 for preventing a safety accident according to the temperature of the heating body 51, a temperature setting means 514 for setting the temperature of the heating high frequency, and a power switch 515 of the heating generating body 51. At this time, the temperature of the irradiating means 52 controlled through the temperature setting means 514 may be adjusted to 0 to 60 ° C.

Shaped protrusions 521 and a lasso-shaped latching ring 522 are formed at both ends of the irradiating means 52 so as to be detachably attached in the form of a Velcro. The arm portion, abdomen portion and leg portion So that a high-frequency high-frequency wave can be irradiated.

Further, since the irradiation means 52 is irradiated with a high-frequency high-frequency wave in the state of being worn by the pelvic correction target subject, the high-frequency heat radiated from the irradiation means 52 is directly irradiated with the pelvic correction subject. When the high-frequency heat is irradiated in contact with the pelvic correction subject, it can infiltrate the irradiated area more effectively, thereby alleviating the pain caused by the pelvic correction.

According to the present invention, since a current is flowed by applying a high-frequency high frequency of 13.56 MHz in a state where a subject to be pelvic corrected is positioned between the charged two electrodes, the pain caused by the pelvic correction can be alleviated.

In addition, when a high-frequency heat is applied, current flows intensely into the extracellular fluid of cancer cells having a high ion concentration. This is because a portion having a high ion concentration has a lower electric resistance than that of a normal cell, and thus a current flows intensively. When the current flows intensely into the extracellular fluid of cancer cells, the temperature of 39.5 ~ 42 ° C is applied to the extracellular fluid surrounding the cell membrane of each cancer cell regardless of the form or position of the cancer tissue, and the cancer cells naturally necrotize, It is also advantageous to bring the effect of.

According to the present invention, the spinal rehabilitation apparatus 100 includes a seat portion 10 on which a pelvic correction subject is placed, a head groove portion 20 provided on the seat portion 10, A pair of right and left pelvis adjusting members 30 which are installed in the right and left directions of the seat 10 and whose angles are adjusted to the front and rear sides, And the like.

The seat 10 is made of a load cell, and it is possible to measure whether the pelvic correction subject placed on the seat 10 is seated in a balanced posture. More specifically, when the subject to be pelviscorrected is seated on the seat portion 10 in a state where the load cells are respectively provided on the right and left sides of the seat portion 10, Measures the weight of the pelvic correction subject and calculates the error of the measured left and right weights. When the difference between the left and right weights measured at the right and left sides of the seat 10 is less than 3 kg or 7 kg or more, the display unit 64 displays the seating condition information of the pelvis correction subject.

The head groove portion 20 is formed on the seat portion 10 so that the head of the pelvis correcting subject is positioned. According to the present invention, since the head groove portion 20 is formed in the seat portion 10, the pelvis correction subject does not feel inconvenience even when the pelvis correction subject does not turn his or her neck to the left or right side. 1, the shape of the head groove 20 is illustrated as passing through the seat portion 10. However, the shape of the head groove 20 may be modified as necessary.

The calibration rails (30) are installed in the right and left directions of the seat part (10) and their angles are adjusted to the front and rear sides. According to the present invention, the angle of the calibration lever 30 can be adjusted based on the height of the pelvis along the left and right leg lengths of the pelvic correction subject.

The calibration unit 40 is slidably provided on the calibration rail 30 and is provided on the left and right sides so that the pelvis of the pelvis correcting subject is positioned. The first cushion 41 and the second cushion 42 are symmetrical to each other and the first cushion 41 is formed to be inclined downward inward from the outside. The second cushion 42, which is symmetrical with the first cushion 41, is formed to be inclined downward inward from the outside so as to be symmetrical with the first cushion.

The first cushion 41 and the second cushion 42 may be configured to easily support the abdomen and pelvis of the pelvis correction subject, as shown in FIGS. 3A through 3D. The shapes of the first cushion 41 and the second cushion 42 can be changed in any form such that the first cushion 41 and the second cushion 42 are inclined toward the center in the outer periphery.

According to the present invention, when the subject to be pelvised is placed on the head groove 20 of the seat portion 10 and the pelvis is placed on the correction portion 40, the weight of the pelvic correction subject The pelvis of the person to be pelviscorrected is positioned as the first cushion 41 and the second cushion 42 of the orthodontic unit 40 and the vertebra of the subject to be corrected is relaxed by the domino dynamics do.

FIG. 4 is a configuration diagram showing a control unit of a spinal rehabilitation treatment apparatus having a heating and high-frequency irradiation band according to the present invention, and FIG. 5 is a view showing a detection sensor and a display means of a spinal rehabilitation treatment apparatus having a heating high- It is a perspective view.

4 and 5, the spinal cord rehabilitation apparatus 100 having the heating and high frequency irradiation band of the present invention is provided with a detection sensor 61, processing means 62, computing means 63 and display means 64, And a control unit 60 for controlling the operation of the apparatus.

The detection sensor 61 detects pelvis height information and pelvic width information of the pelvis correction target to be rested on the seat portion 10 and the processing means 62 detects the pelvis height detected through the detection sensor 61 And the calculation means 63 sets the pelvis correction information according to the pelvic torsion information generated through the processing means 62 and outputs the pelvis correction information to the display means 64. [ And displays the pelvis distortion information generated through the processing means 62 and the pelvis correction information set through the calculation means 63. [ At this time, the display means 64 displays the seat posture information of the seat portion 10 of the pelvis correction subject as described above, so that the pelvis correction subject can be guided to be seated in the seat portion 10 in a balanced posture.

The control unit 60 adjusts the angle between the front and rear sides of the calibration lever 30 and the interval between the calibration unit 40 based on the pelvis calibration information generated through the calculation unit 63. At this time, the pelvis height information detected by the detection sensor 61 can be detected based on the left and right leg length information of the pelvis correction subject.

According to the present invention, the front and rear angles of the calibration lever 30 and the interval between the calibration portions 40 are automatically adjusted by the controller 60 so as to correspond to the pelvis height information and the pelvic width information of the pelvis calibration subject The pelvis of the subject to be corrected is corrected.

According to the present invention, since the plurality of detection sensors 61 are provided on both sides of the seat 10, at least one of them is composed of an optical lens, so that the pelvis correction So that the seat posture of the subject is measured so as to be seated in the seat portion 10 in a balanced posture. More specifically, in a state in which at least one of the plurality of detection sensors 61 provided on both sides of the seat portion 10 is an optical lens, Allow the pelvic correction subject's posture to be taken. When the seat posture of the pelvis correcting subject placed on the seat part 10 is unbalanced, the control unit 60 controls the display unit 60 to display the posture of the pelvis correction subject, The seat imbalance information is displayed through the means 64 so that the pelvis correcting subject is restored to the seat portion 10 in a balanced posture.

6A and 6B are views showing another embodiment of the calibration unit of a spinal rehabilitation treatment apparatus having a high-frequency heating band according to the present invention.

6A and 6B, when the subject to be calibrated for pelvic floor is positioned on the seat 10 in a state of being embedded in the seat 10, the controller 40 The pelvis height information and the pelvic width information of the pelvis correction subject are detected by the detection sensor 61 and the interval is adjusted by the control signal of the controller 60 to rise upward.

7 is a view showing the use state of a spinal rehabilitation treatment apparatus having a heating and high frequency irradiation band according to the present invention.

7, when the pelvic correction subject is placed on the seat 10 in a state wearing the irradiation means 52, the pelvis correction is performed on the head groove 20 formed in the seat portion 10, The subject's head is positioned. Then, the pelvic height information and the pelvic width information of the pelvic correction subject are detected by the detection sensor 61 of the control unit 60, and the processing means 62 generates pelvic torsion information. The calculation means 63 sets the pelvis correction information according to the pelvis distortion information generated by the processing means 62, and the display means 64 displays the pelvis correction information. The control unit 60 controls the angle of the calibration lever 30 and the angle of the first cushion 41 and the second cushion 40 of the calibration unit 40 according to the pelvis calibration information set by the calculation unit 63, (42). When the angle of the calibration rail 30 and the interval of the calibration unit 40 are adjusted, the control unit 60 transmits a control signal to the calibration unit 40 so that the calibration unit 40 . When the upper part of the pelvis is raised, the pelvis of the pelvis correction subject is calibrated. The controller 60 controls the pelvis correction unit 50 to reduce the pain generated by the pelvis correction of the pelvis correction subject, Respectively. The heating high frequency generated from the heat generating body 51 is transmitted to the cable 53 and the heating high frequency transmitted to the cable 53 is irradiated to the pelvis correction subject through the irradiation means 52.

According to the present invention, measurement of pelvis height information and pelvic width information is performed only by placing the subject to be pelvic correction on the seat portion 10, and generation of pelvic torsion information accompanied therewith, setting and calibration of pelvic agitation information The angle of the rail and the interval of the calibration unit 40 are automatically adjusted and the detection of the pelvis correcting object located on the seat 10 is performed by a separate sensor, Quot ;.

As described above, according to the present invention, the front and rear angles are adjusted by the calibration rails provided in the left and right directions of the seat portion, and the pelvis of the pelvis correction subject is controlled by the gravity The pelvis of the pelvic correction subject can be corrected by the domino dynamics and the irradiation means for irradiating the heating pelvic wave is irradiated with the heating high frequency wave so that the heating high frequency is irradiated more effectively And the pelvic rectus can relieve the pain caused by penetration.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims.

100: Spinal rehabilitation treatment device with a high-frequency irradiation band
10: seat portion
20: head groove
30: Correction reamer
40: Correction unit 41: First cushion
42: second cushion
51: heat generating body 511: LCD
512: Timer 513: Emergency stop switch
514: Temperature setting means 515: Power switch
52: irradiation means 521: projection
522: Retaining ring
53: Cable
60: control unit 61: detection sensor
62: processing means 63: computing means
64: Display means

Claims

A correction part (30) which is installed in the right and left directions of the seat part (10) and whose angle is adjusted to the front and rear sides, and slidably installed on the calibration part (30) And an orthogonal portion (40) which is provided in a pair of right and left and in which the pelvis of the pelvis correcting subject is located,
A heat generating body 51 for generating a high-frequency heating wave and transmitting the generated high-frequency wave to the cable 53;
An irradiating means 52 in the form of a band for irradiating high-frequency high-frequency waves transmitted from the cable 53; And
A cable 53 connecting the heat generating body 51 and the irradiating means 52 to transmit a high-temperature high-frequency wave transmitted from the heat generating body 51 to the irradiating means 52;
And a spinal cord rehabilitation treatment device having a heating and high frequency irradiation band.

The method according to claim 1,
At both ends of the irradiating means (52)
Characterized in that a hook-shaped projection (521) and a lasso-shaped hooking ring (522) are formed, respectively, so that they can be attached and detached in a Velcro type.

The method according to claim 1,
In the heat generating body 51,
An LCD (511) composed of a touch panel and displaying the wearing state of the irradiation means (52) worn by the pelvic correction subject;
A timer 512 for setting an irradiation time of the high-frequency high-frequency wave irradiated through the irradiation means 52;
An emergency stop switch 515 for momentarily interrupting a power source for irradiating the high-frequency heat radiated through the irradiation means 52;
Temperature setting means (514) for setting the temperature of the high-frequency heat radiated through the irradiation means (52); And
A power switch 515 for turning on and off the power of the heat generating body 51;
Wherein the spinal cord rehabilitation treatment apparatus has a heating and high frequency irradiation band.