KR20110121409A - Multi-function type spinal reform and cure device - Google Patents

Abstract

PURPOSE: A multifunctional spine correction therapeutic machine is provided to perform more efficient treatment by using an RFID chip. CONSTITUTION: A multifunctional spine correction therapeutic machine comprises: a head support part in which the head fixing unit is equipped; an upper body support part in which an acupressure unit is installed; a bed part(100) which is equipped with a fixing unit and consists of a lower body support part; a traction unit(200) which can move the head support part and lower body support part in the longitudinal direction; an RFID chip(300) which is attached to the human body; an electromyo measuring unit(400); an electromyo receiver(500); and a controller(600) controlling the acupressure unit and traction unit.

Description

Multi-function type spinal reform and cure device

The present invention relates to a multifunctional chiropractic treatment device, and more specifically, acupressure, traction and torsion functions, and to track the position of the spinal lesions with a radio-frequency identification (RFID) chip, using the EMG sensor to the muscle of the patient The present invention relates to a multifunctional chiropractic device that can effectively control the strength and weakness of acupressure, traction, and torsional devices based on feedback.

Conventional spine treatment device is to treat the spine, acupressure along the spine, stimulation, traction and treatment of the waist and neck, massage with heat, twisting the spine left and right, etc. Methods of treatment have been developed.

Various spine treatment apparatuses to which the spine treatment method is applied are illustrated in FIGS. 1 and 2 as follows.

Figure 1 is a disc traction treatment device in the Republic of Korea Patent Publication No. 2003-0093616 that allows acupressure and traction along the spine and the lower body support portion 4 is installed on one side of the bed frame (1), the upper middle of the bed frame A lead screw 5 rotatably supported at both ends of the bearing housing 13, a DC motor 51 for rotating the lead screw in the forward and reverse directions, and a left side of the DC motor on the upper surface of the bed frame. On the left and right intermediate stand (3a, 3b) and the left and right upper stand (2a, 2b) and the plurality of heat lamps (62) mounted on the lead screw are installed on the right side and each of these heat lamps It is installed on the rolling body 6 and the upper surface of the rolling body in which alternating magnets are mounted, and a heat lamp is built in the inside, and a heat lamp having a heat ray emitting hole in the center of the top, and the left and right intermediate feet, respectively. Outside of Fixing is provided.

And, Figure 2 is a Republic of Korea Patent No. 10-0658147 'Spine braces' with a sheet torsion function upper and lower body torsion shaft (420,430) and crank member 600 alternately upper and lower body support sheet 120 and lower body The support sheet 130 can be twisted left and right, and furthermore, the lower support sheet is provided with an extension adjustment rail 210 and an ankle fixing device 200 on the market adjustment rail to adjust the height.

However, such a spine treatment device has a problem that can not treat the spine step by step because the treatment means is limited.

In addition, the conventional chiropractic device has a problem that the excessive tension occurs when applying the traction in accordance with the setting of the control program, the pain and damage occurs. Accordingly, there has been a problem in that treatment cannot be performed in real time according to the muscle state of the patient.

In addition, conventional methods for locating lesions of the spine have used methods of inserting metallic materials into the patient's body. However, the metal targets used to detect the location of these lesions include dental implant patients, cardiac pacemaker patients, patients with metal hip arthroplasty, prosthetic implants for orthodontics, and metal implants in fractured bones. There has been a problem with navigating the location.

The present invention has been made to solve the above problems, to include acupressure, traction and twisting function in a single treatment, and to use the RFID chip to accurately detect the location of the spinal lesion to perform more efficient treatment It is an object of the present invention to provide a multifunctional chiropractic treatment.

In addition, multifunctional vertebrae that can improve the efficiency of vertebral treatment by performing spinal treatment for various spine treatments, ie, relaxation and movement of tensioned muscles, correction of crooked vertebrae, and conquest of escaped thoracic plates. The purpose is to provide an orthodontic treatment device.

In order to achieve the above object, the present invention is a chiropractic treatment device provided with a bed portion and a lower frame supporting the bed portion sequentially divided, the chiropractic treatment device, the upper portion is pivotable around the lower side and both sides The head restraint portion provided with a head fixing means, the upper body support portion is provided on the lower side of the head restraint portion and the acupressure means is installed in the longitudinal direction at the center portion, provided on the lower portion of the upper body support portion and the fixing means 161 is provided on both sides. And a bed part consisting of a lower body support part provided with a pelvic support part which is rotatable at an upper part around the lower part, a traction means provided at a lower portion of the head restraint part and a lower body support part to move the head restraint part and the lower part rest in the longitudinal direction, and a person. RFID chip attached to the body to transmit the position, EMG attached to the body of the EMG is measured in real time And a control unit for controlling the acupressure means and the traction means by receiving signals from the EMG receiver and the RFID chip and the EMG receiver from which the EMG is input in real time from the EMG measuring unit.

The acupressure means is characterized in that it is composed of a rail and a shiatsu traveling along the rail at the bottom.

The bed portion, characterized in that the heating wire or vibrator is selectively installed in each of the supporting portion.

The headrest and the pelvic rest are provided below the shrinkable expandable air tube, so that the headrest and the pelvic rest are pivotable up and down.

The towing means is characterized in that the airbag or hydraulic cylinder.

The RFID chip is characterized by being passive.

The upper and lower support portions, the torsion means is further provided on the lower side, characterized in that the left and right sides of the upper and lower body support portion to cross each other.

Here, the torsion means is characterized in that consisting of a motor and a rotating shaft eccentrically connected to the motor.

The lower leg support portion is provided on the lower portion of the pelvic support portion and is provided with an extension adjustment rail installed in the longitudinal direction in the center portion and the ankle fixture is coupled to the extension adjustment rail.

The bed unit may further include a display for displaying information of the EMG measurement unit.

According to the present invention of the configuration described above, the following effects can be expected.

First, as the RFID chip is attached to the spine to transmit and receive a location, the location of the lesion can be accurately detected. And, through the input of patient information, the treatment plan can be established and the treatment state of the patient can be stored and managed.

In addition, by attaching an EMG sensor that can receive electrical activity according to the state of the spinal muscles, the treatment means can be appropriately stepped according to the condition of the muscles in the treatment device including acupressure, heat, traction, and twisting means. In accordance with the checked EMG signal, the intensity control of the treatment means is also advantageously applied in real time.

1 is an illustration of a spinal treatment apparatus according to the prior art.
Figure 2 is another illustration of a spinal therapy device according to the prior art.
3 is a perspective view of a multi-functional chiropractic according to a preferred embodiment of the present invention.
4 is an exploded perspective view of the multifunctional chiropractic device according to the preferred embodiment of the present invention of FIG.
Figure 5 is a multifunctional chiropractic treatment device provided with ankle fixture and height adjustment rail in FIG.
Figure 6 is a multifunctional chiropractic device with a display in Figure 3;

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

3 is a perspective view of a multi-functional chiropractic device according to a preferred embodiment of the present invention, Figure 4 is an exploded perspective view of FIG.

As shown in Figure 3, the present invention is a chiropractic treatment device provided with a bed portion and a lower frame for supporting the bed portion sequentially divided, the chiropractic treatment device, the bed 100, traction means ( 200, the RFID chip 300, the EMG measuring unit 400, the EMG receiving unit 500, and the control unit 600.

The bed 100 is to be divided into a head support 120, upper body support 140, lower body support 160 that can be treated by a person lying down.

The headrest portion 120 is rotatable around the lower portion and the head fixing means 124 is provided on both lower sides.

Here, the head fixing means 124 is to fix the head of the person when towing the headrest 120, the projections are formed on both sides of the headrest 120 to be supported between the neck of the person.

The upper support 140 is provided below the headrest 120 and the acupressure means 800 is installed in the central portion in the longitudinal direction.

Here, the acupressure means 800, the lower end of the rail 820 and the rail 820 along the reciprocating chiropractor 840, characterized in that the acupressure 840 reciprocating along the back and spine Acupressure is possible while exercising.

Here, the shiatsu 840 is preferably rolled along the spine and vibrating up and down repeatedly.

The lower body support part 160 is provided below the upper body support part 140 and is provided with a pelvic support part 162 which is rotatable with an upper part centered on a lower part.

In addition, a belt type fixing means 161 is provided at both sides of the lower body support part 160 to fix the lower body of the person.

In addition, the headrest part 120 and the pelvic rest part 162 are provided at a lower portion of the air tube 122 that is expandable and contracted so that the head restraint part 120 and the pelvic rest part 162 rotate up and down at a predetermined angle. It is characterized by possible.

That is, by being provided with the air tube 122, the headrest 120 is capable of treating the neck spine by lifting the human head at a predetermined inclination angle, the pelvic support 162 is a certain angle of the human pelvis Raise the lumbar spine to make it treatable.

And, referring to Figure 4, the upper support portion 140 and the lower support portion 160, the torsion means 700 is further provided on the lower side, the left and right sides of the upper and lower support portions 140, 160 to cross each other Characterized in that.

Here, the torsion means 700 is composed of a motor 720 and a rotation shaft 740 eccentrically connected to the motor 720, the rotation shaft 740 is the plate 101 of the upper support portion 140 It is coupled to, and coupled to the square frame 103 is coupled to the lower plate 102 of the lower body support 160.

The towing means 200 is to be able to tow the spine of the waist and neck of the person, the head restraint 120 and the lower body rest 160, respectively provided below the head restraint 120 and the lower body in the longitudinal direction It is towed by moving the support 160.

In this case, the traction means 200 is operated by an air bag that enables the headrest 120 and the lower body support 160 to be movable by contraction expansion according to an embodiment of the present invention. In addition, of course, the towing means 200 may be implemented to be pulled by a hydraulic cylinder.

In addition, the traction means 200 of the headrest 120 may be laminated and coupled in plural numbers to adjust the length of the headrest 120 to the traction means 200 corresponding to different upper body lengths for each person, and to sufficiently pull the headrest 120. It is desirable to be able to.

In addition, the towing means 200 of the lower body support part 160 is coupled to the square frame 103 which is installed and fixed under the plate 102. At this time, the towing means 200 is able to tow the lower body support 160 by moving the plate 102 in the longitudinal direction in the square frame 103.

As a result, the bed part 100 according to the above configuration is to include acupressure means 800, torsion means 700 and traction means 200 that can treat the spine to be included in one treatment unit for a comprehensive multifunctional spinal correction A therapeutic period can be achieved.

On the other hand, the bed 100, it is also preferable that the heating wire and the vibrator is selectively installed in each of the supporting portion (120, 140, 160) to enable heat and acupressure treatment as needed.

Hereinafter, the RFID chip 300 of Figure 3, the EMG measuring unit of the rest of the present invention to effectively control and use the multi-functional chiropractic treatment equipped with the above treatment means (towing, heat, acupressure, twist) The components of the EMG receiver 500 and the controller 600 will be described.

Referring to FIG. 3 again, the RFID chip 300 is attached to the body of a person and transmits a location so that information can be transmitted in real time.

In addition, the RFID chip 300 may be classified into an active type having its own power source and a passive type that operates by induction current according to a power generation method, and an active passive type may be used, but in the present invention, frequency distance and price are considered. It is preferable to use the passive type.

The EMG measuring unit 400 is attached to the body of the person is provided with a patch (EMG) sensor in the form of a patch (patch) so that EMG is measured in real time.

The EMG receiving unit 500 communicates with the EMG measuring unit 400 and inputs EMG from the EMG measuring unit 400 in real time and transmits the same to the control unit 600.

 Of course, the EMG receiving unit 500 and the EMG measuring unit 400 may be selectively implemented in a wired or wireless manner according to the working environment and needs.

The controller 600 receives signals from the RFID chip 300 and the EMG receiver 500 to operate and adjust the acupressure means 800 and the towing means 200.

In this case, the controller 600 may further include an RFID reader 620, and may receive and process a signal from the RFID chip 300.

That is, the RFID reader 620 is attached to the acupressure means 800 so that the acupressure means 800 communicates a signal with the RFID chip 300 during the reciprocating movement of the rail 820. By moving to the position of the acupressure 840 concentrates on the affected area is enabled.

In addition, the controller 600 analyzes the tension state of the muscles according to the signal of the EMG receiver 500, so that the strength and weakness of the traction means 200 can be properly adjusted.

FIG. 5 is a view of the chiropractic device further provided with an extension rail and ankle fastener in FIG. 3.

Referring to the drawings, the extension adjustment rail 164 installed in the longitudinal direction in the central portion of the lower body support portion 160 and the ankle stopper 166 coupled to the extension adjustment rail 164 may be further provided. .

Here, the elongation adjustment rail 164 and the ankle fastener 166 is provided, thereby fixing the person's ankle to the ankle fastener 166 and moving the elongation adjustment rail 164 to tow the lower leg portion. Will be.

FIG. 6 illustrates a multifunctional chiropractic device equipped with a display in FIG. 3.

Referring to FIG. 6, the bed unit 100 further includes a display 640 for displaying information of the EMG measuring unit 400, so that the state of the EMG can be checked in real time. .

In addition, the pulse measuring device and the blood pressure measuring device may be displayed on the display 640 and implemented.

Hereinafter, the operation sequence of the multifunctional spinal treatment apparatus according to the preferred embodiment of the present invention will be described.

First, prior to using the multifunctional spine treatment device, the user lies on the bed part 100 after the sensors of the RFID chip 300 and the EMG measuring unit 400 are attached to the spine.

In addition, the position signal transmitted from the RFID chip 300 is transmitted to the control unit 600 through the RFID reader 620, and the EMG measuring unit 400 receives the state of the spinal muscles to receive the EMG receiving unit ( 500 is transmitted to the control unit 600.

Here, the acupressure means 800 installed with the RFID reader 620 recognizes the position of the RFID chip 300 while reciprocating on the rail 820.

In addition, the EMG measuring unit 400 is transmitted to the control unit 600 in real time via the EMG receiver 500, the traction means 200 according to the program of the control unit 600 is tension and relaxation of the spinal muscles The feedback can be adjusted by adjusting the strength and weakness.

As described above, in the present invention, the treatment means (chiropractor, traction, torsion) is operated by searching for a location of a lesion through an RFID communication method and electromyography in a spinal therapy device including acupressure, traction, and torsion, and the muscle tension and It can be seen that it is a basic technical idea to provide a multifunctional chiropractic device that can feed back in real time according to the relaxation, and within the scope of the basic idea of the present invention, one of ordinary skill in the art Of course, many other variations are possible.

100: bed 120: headrest
122: air tube 124: head fixing means
140: upper body support 160: lower body support
161: fixing means 162: pelvic support
164: height adjustment rail 166: ankle fastener
200: towing means 300: RFID chip
400: EMG measuring unit 500: EMG receiving unit
600: control unit 620: RFID reader
640: display 700: torsion means
720: motor 740: rotation axis
800: shiatsu means 820: rail
840: shiatsu

Claims (10)

In the chiropractic treatment device having a bed portion sequentially divided and a lower frame supporting the bed portion,
The chiropractic treatment device,
The upper part is rotatable around the lower part, the head restraint unit 120 having head fixing means 124 at both sides, and the upper body rest provided with the acupressure means 800 in the longitudinal direction at the center of the head restraint unit provided at the lower side. Part 140, the lower part of the upper support portion is provided with a fixing means 161 on both sides, the bed portion consisting of a lower support portion 160 provided with a pelvic support 162, the upper portion is pivotable around the lower portion 100;
Traction means 200 provided below the headrest 120 and the lower body support 160 to move the headrest and the lower body support in the longitudinal direction;
An RFID chip 300 attached to the body of a person and transmitting a position;
EMG measuring unit 400 is attached to the body of the person to measure the EMG in real time;
An EMG receiver 500 for receiving EMG from the EMG measuring unit 400 in real time; And
Multi-function chiropractic treatment device comprising: a control unit (600) for controlling the acupressure means (800) and the traction means (200) by receiving signals from the RFID chip (300) and the EMG receiver (500). The method of claim 1,
The acupressure means 800,
Multifunctional chiropractic device characterized in that consisting of a rail 820 and a chiropractor 840 running along the rail. The method of claim 1,
The bed part 100,
Multifunctional chiropractic device characterized in that the heating wire or vibrator is selectively installed in each of the supporting portion. The method of claim 1,
Under the headrest 120 and pelvic rest 162,
Multifunctional chiropractic treatment device is provided with a contraction expandable air tube 122, the headrest and the pelvic support can be rotated up and down. The method of claim 1,
The towing means 200,
Multifunctional chiropractic device characterized in that the air bag or hydraulic cylinder. The method of claim 1,
The RFID chip 300,
Multifunctional chiropractic device characterized in that the passive. The method of claim 1,
The upper support 140 and the lower support 160,
Multifunctional chiropractic treatment device characterized in that the torsion means 700 is further provided on the bottom to stagger the left and right sides of the upper and lower body support. The method of claim 7, wherein
The torsion means 700,
Multifunctional chiropractic treatment device, characterized in that consisting of a motor (720) and a rotating shaft (740) eccentrically connected to the motor (720). The method of claim 1,
The lower leg support 160,
Multifunctional chiropractic treatment device characterized in that the pelvic support portion 162 is provided below the extension adjustment rail 164 is installed in the longitudinal direction in the center and the ankle fixture 166 is coupled to the extension adjustment rail. The method of claim 1,
In the bed part 100,
Multifunction chiropractic treatment device characterized in that the display 640 for displaying the information of the EMG measuring unit 400 is further provided.

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