KR200227095Y1 - Spine-disc pain medical treatment apparatus - Google Patents

Abstract

Disc treatment device of the present invention, it is possible to treat the root cause of the disk disease, without having to remove the disc, using a force that can be distinguished in the specific area with the disease, and through the pressing device that can be easily moved, different symptoms And corrected disc disease at specific sites.

In addition, it is possible to reduce the manufacturing cost by a simple configuration, there is an advantage that can be easily operated by the unskilled person.

Description

Disk treatment device {SPINE-DISC PAIN MEDICAL TREATMENT APPARATUS}

The present invention relates to a disc treatment apparatus used to treat a disc disease by applying physical force, and more particularly, a disc treatment device for treating a disc disease by extending the skeleton of the wrong spine while the patient is lying down. It is about.

In general, the spine of the human body is composed of a plurality of bones arranged in series and a disk between each bone, the disk is responsible for lubricating and buffering the bones.

Disc disease is a disease that causes pain by stimulating peripheral nerve bundles due to disc deviations from normal positions due to misalignment of heavy weights or long postures.

In the treatment of patients with disc disease, therapies such as surgery, physiotherapy, and chemotherapy have been mainly used.

The surgical therapy is a method of surgically cutting the diseased area, and accordingly, there was a burden on time and cost. In addition, chemotherapy is a simple therapy with drugs, but side effects have to be considered, and a satisfactory therapeutic effect cannot be expected.

However, since the physiotherapy can be expected to have a therapeutic effect without any side effects with a simple procedure, it is currently in a general use state.

As a device for performing the physiotherapy, it is disclosed in Japanese Patent Laid-Open No. 99-45897 (99.6.25).

Disc treatment table disclosed in the Patent Publication No. 99-45897, a bed that can take the patient, a bed frame for smoothly moving the place while supporting the bed, and to bind the body of the patient to extend It consists of components such as belts and moving parts, racks and pinions for operating the motion parts, and controllers for moving the racks and pinion mechanisms with a rotational force of a steering wheel or a drive motor for moving the racks and pinion mechanisms in a desired direction by manpower.

The disk treatment table fixes the patient to the bed, operates the towing lever or ankle strap plate installed on the bed to extend the body, and then fits the surface of the bed to match the surface of the bed. , Lifting the cervical spine up, etc. has the effect of turning the bone out of place to its original position.

However, the disk treatment table, the increase in the manufacturing cost due to the complex structure, and the complexity of the operation according to the operator requires a high level of skill, the pelvic levitation plate and thoracic vertebral plate, which is directly performed on the disease area of the patient, The cervical spine was not able to be transported according to the diseased part of the patient, and the patient had to move.

Disc treatment apparatus of the present invention is to solve the problems of the conventional disk treatment apparatus for treating a disc disease by using physical force, relatively simple configuration, low production cost, even the general person who is not skilled in operation Easy operation is possible, and the movement of the treatment device for directly treating the disease is to provide a disk treatment device that can obtain an accurate treatment effect.

1 is an exploded perspective view showing each part of the disk treatment apparatus according to the present invention,

Figure 2 is a perspective view for explaining each movement of the disk treatment apparatus according to the present invention,

3a to 3c is an operation diagram for explaining the vertical operation of the pressing device,

4a to 4c is a view showing a skeletal change state of the person being treated in the disk treatment apparatus according to the present invention.

Explanation of symbols on the main parts of the drawings

1: vertebrae, 2: discs,

10: pressing device, 11: conveying member,

12: guide rod, 13: support member

14: feed fixing member, 15: shaft,

20: handle, 16: link,

17: push rod lock, 18: push rod,

19: display unit, 30: couch,

31: needle frame, 31a: side guards

31b: rear support, 32: hinge support,

33: drive motor, 34: gearbox,

34a: pinion, 35: footswitch,

36: rotating sheet, 14a: through hole,

37: holder, 38: rack.

39: hinge axis. 21: shaft guide member

In the disk treatment apparatus of the present invention,

It is supported by a support member on the upper part of the needle, and four links are hinged in a rhombic shape, the shaft is connected to the upper hinge fixing member and the handle passing through the middle, and the lower push rod fixing device based on the shape of the link. And a pressing device that operates vertically due to the rotation of the shaft.

Hereinafter, the configuration of the disk treatment apparatus of the present invention will be described in detail with reference to the accompanying drawings.

In the disk treatment apparatus of the present invention, as shown in Figure 1, the pressing device 10 is configured on the bed 30 that the patient can lie down and the upper bed (30) to move according to the diseased part of the patient To

The couch 30 is composed of a rotatable seat 36 capable of rotating and a couch frame 31 supporting the same, and the gear box 34, the driving motor 33, the foot switch 35, and the like that control the rotation are provided. It is located below the needle frame 31.

The rotating sheet 36 is formed with a fixed support 37 for fixing the ankle of the patient, the rack 38 receives the power to be rotated, and the hinge shaft 39 to be the axis of rotation is formed It is coupled to the hinge shaft support member 32 formed in the needle frame 31 to rotate. In addition, the needle-like frame 31 is bent in a 'c' shape of a conventional steel rod to support the circumference of the rotary sheet 36. The configuration includes two side preventive paper portions (31a) which are bent side by side forward from both ends of the rear support portion (31b) and two front legs that are bent to extend inclined downward from the tip thereof, and both sides of the rear support portion (31b). It consists of two rear legs joined at.

This configuration is to facilitate the rotation of the rotary sheet 36 by opening the front of the needle-like frame 31. In addition, a hinge shaft support member 32 is formed at the front side of the two side preventive paper portions 31a so as to correspond to the hinge shaft 39 penetrating in the opposite lengthwise direction to the front side of the rotary sheet 36.

On the other hand, the lower portion of the needle frame 31 is a drive motor 33 for rotating the rotary seat 36 is attached to the side of the gear box 34, the foot switch 35 controls this drive.

The gear box 34 has a rack 38 which is located on the lower surface of the rotary sheet 36 and extends downward, and a pinion 34a which is coupled by being bitten and coupled to the drive motor 33 to rotate the power. It serves to transfer to the sheet 36. In addition, by stepping on the foot switch 35, which is electrically connected to the drive motor 33, the electrical signal is transmitted to the drive motor 33 to control it.

The pressing device 10 may be divided into a pressing portion and a support portion for supporting the pressing portion to be positioned above the needle.

The support part is configured for smooth conveyance and support of the pressing device 10. In the configuration, the lower part of the conveying member 11, the upper guide rod 12, and the support member 13 located therebetween It consists of).

The conveying member 11 is formed in a semi-cylindrical shape so as to slide along the side preventive portion 31a of the needle frame 31, and is located on both side preventive portion 31a. In addition, the guide rod 12 is supported by the support members 13 on both sides through the through holes 14a of the transfer fixing member 14 so that the pressing portions can move in the direction opposite to the length of the needle. In addition, the support member 13 formed of a pair of rods having a trapezoidal shape is positioned between the transfer member 11 and the guide rod 12 to support the pressing portion.

In other words, the support part using the conveying member 11, the guide rod 12, and the supporting member 13, the conveying means for freely conveying the pressing device 10 according to the diseased part of the patient, and the bed 10 It is used as a support means for supporting to be located above.

Meanwhile, as shown in FIGS. 3A to 3C, the pressing part capable of performing the procedure directly on the diseased part of the patient has four links 16 configured by hinge-shaft coupling in a rhombus, and the transfer fixing member 14 located on the upper side thereof. And between the push rod fixing device 17 located on the lower side. A through hole 14a is formed at the center of the transfer fixing member 14 located at the uppermost side of the pressing part, and the guide rod 12 penetrates through the through hole 14a. Accordingly, the transfer fixing member 14 slides in the longitudinal direction of the guide rod 12 to transfer the pressing portion. Between the rhombus links 16, the shaft 15 penetrates the two hinge axes of the horizontal direction based on the rhombus.

The shaft 15 has threads (15a, 15b) in the reverse direction with respect to the middle, the handle 20 is coupled to the side of the shaft 15 so that the operator can easily transmit the rotational force. In addition, a shaft guide member 21 provided on both sides of the link 16 through which the shaft 15 is coupled to the shaft 15 is provided so that the hinge shaft for axially coupling the link 16 is coupled to the outside to pivot. ) Is combined. Accordingly, when the shaft 15 rotates, the shaft guide member 21 also moves in response to the rotation, thereby moving the hinge axis of the link, so that the link 16 is hinged. Will pivot about the axis. That is, the lozenge shape is retracted or stretched due to the rotation of the shaft 15, so that the push rod fixing device 17 moves up and down.

On the other hand, the push rod fixing device 17 is fixed to a pair of push rods 18 for pressing the diseased part of the patient, therein pressure sensing to detect the pressure of the push rod 18 and convert it into an electrical signal A sensor and a control unit for converting the converted electric signal are built in, and a liquid crystal display unit 19 for displaying the pressure converted into the electric signal is located on the side of the push bar fixing device 17. The internal configuration of the push bar fixing window 17 is to display the strength of the procedure on the display unit 19 so that the operator can perform a more accurate procedure.

The following describes the operation of each part of the disk treatment apparatus configured as described above.

As shown in FIG. 2, when the patient is lying on the bed 10, the ankle of the patient is fixed by the fixing table 37. And by stepping on the foot switch 35 located on the bottom of the bed 10 by sending an electric signal to rotate the drive motor 33, the pinion (34a) in the gear box 34 hinged to this and the appropriate rotational force to the rotation It is delivered to the rack 38 of the seat 36. Accordingly, the operator can rotate the rotary sheet 36 at a desired angle. Rotating sheet rotated by this operation is to extend the body of the patient is usually contracted, so that more accurate procedure can be performed.

Then, the length of the needle bed 10 through the guide member of the conveying member 11 and the guide rod 12 to slide in the longitudinal direction of the needle bed 10 along the side preventive paper portion (31a) of the needle frame (31) The pressing device 10 is transferred to fit the diseased part of the patient by using the transfer fixing member 14 sliding in the opposite direction.

After confirming that the pressing device 10 is in the correct position, the shaft 15 penetrating through the rhombus link 16 is rotated using the handle 20. As a result, the four links 16 are separated by the rotational force. The hinge axes are rotated by a predetermined angle corresponding to each other with respect to the axes.

Due to the rotation of the link 16, the lower push rod fixing device 17 is moved up and down, and thus, as shown in FIGS. 4A to 4C, a pair of push rods fixed at predetermined intervals ( 18) When the patient presses between the vertebrae 1 of the patient and extends, the disc 2 between them returns to its normal position with the original elasticity.

At this time, the pressure sensing sensor configured inside the push bar fixing device 17 converts the pressure of the push bar 18 into an electrical signal, and the control unit converts the converted signal into the push bar fixing device 17. It is displayed through the liquid crystal display 19 located on the side.

That is, the operator can control the intensity of the procedure through the display unit 19.

Disc treatment device of the present invention, it is possible to treat the root cause of the disk disease, without having to remove the disc, using a force that can be distinguished in the specific area with the disease, and through the pressing device that can be easily moved, different symptoms And corrected disc disease at specific sites.

In addition, it is possible to reduce the manufacturing cost by a simple configuration, there is an advantage that can be easily operated by the unskilled person.

Claims (4)

In the disk treatment apparatus for treating a patient with a disk disease, It is supported by a support member on the upper part of the needle, and four links are hinged in a rhombic shape, the shaft is connected to the upper hinge fixing member and the handle passing through the middle, and the lower push rod fixing device based on the shape of the link. And a pressing device operating up and down due to the rotation of the shaft. The method of claim 1, A needle frame having a needle frame coupled to the support member for supporting the pressing device, the hinge axis is located on the side for the rotation of the rotating sheet and the hinge axis support located on the front side of the side prevention paper portion of the needle frame. And, the disk treatment apparatus constituting a gear box consisting of a rack and a plurality of pinions for transmitting the power required for rotation of the rotating sheet. The method of claim 1, According to the diseased part, the conveying member installed to slide the pressing device in the longitudinal direction of the bed, the side prevention zone of the couch frame for guiding the conveying member, and the plate-shaped hinge fixing member configured to slide the pressing device in the opposite direction of the bed length. . And a guide rod installed through the through hole located in the center of the hinge fixing member and configured to guide the hinge fixing member. The method of claim 1, It is provided with a pair of push rods, and located on the side of the push rod, the pressure sensor for converting the detected pressure into an electrical signal, the control unit for converting the converted signal, and the display unit for displaying the converted signal therein Disk treatment device characterized in that the push rod fixing device is displayed the correct procedure intensity.