KR200300613Y1 - Chain Type Device for Traction of Backbone - Google Patents

Abstract

The present invention relates to a traction device according to the angle of inclination by a chain driven by a motor driving force, and a chain traction device for returning an abnormal vertebra to its original position by pulling and releasing a user's spine through spinal motion. The apparatus includes a bed having a treatment space in which the user's spine is directly in contact with the user's spine; A bed frame for supporting the bed; At least one gear case is located on both sides of the bed frame, and the fixing station to fix the user's body when receiving the treatment method; A hinge bolt that functions as a pivot point when inclined to one side; A pedestal for dispersing and supporting a predetermined pressure from the top; An electric motor for providing rotational force to a lower portion of the pedestal; A first gear engaged with the electric motor to rotate; A chain which forms an endless track in conjunction with the rotational force of the first gear; A second gear engaged with the chain to rotate and provided inside the gear case; Inside the bed is characterized in that it comprises a extraction method for performing the extraction method in contact with the spine portion of the user.

Description

Chain Type Device for Traction of Backbone}

The present invention relates to a spinal towing device, in particular, a chain type to return the abnormal spine to its original position by pulling and releasing the user's spine through the traction and tilting method by the chain driven by the motor driving force. It relates to a spinal tow device.

In general, a spinal tow device is a medical device that performs a function of correcting a misalignment state by a disease such as a disc by pulling a spine of a human body by gravity by tilting at a predetermined angle.

Looking at the existing spine tow device based on the contents disclosed in the known application number 10-1999-0040939 as follows.

As disclosed, the spinal tow device is in a flat plate-like state, the support is formed integrally extending on both the left and right sides, the handle rails extending in the form of bridges on both sides before and after the center of the support, and the support object It is installed to be slidable along the left and right directions, the driving plate for supporting the user's back, the support is installed on the left and right handrails of the support, respectively, the support for wrapping and supporting the user's neck and legs, and on the lower surface of the support It is provided with a plurality, it is configured to include a leg for supporting the support against the installation bottom surface, and an auxiliary leg positioned on the lower surface of the support, to support the support in the seesaw movement in the left and right directions.

However, the conventional spinal tow device described above has a disadvantage in that it is inconvenient to use because it requires somebody's help because the spinal tow is made manually, and there is no function to physically massage the spine of the user and thus requires additional procedures. Therefore, there is a problem that can be used only as an auxiliary tool. In particular, the manufacturing cost of the spinal tow device is very expensive, but its function is simple, which hinders the increase in sales.

The present invention is to solve the above-mentioned problems, and to meet the above needs, not only to perform a spinal towing automatically, but also implement a conventional lumbar gyration method with a chain spinal traction device having a function to properly massage the spinal region The purpose is to provide.

1 is a block diagram conceptually showing the configuration of the chain type spine tow device according to the present invention.

Figure 2 is an exploded perspective view showing the detailed configuration of the chain type traction device according to the present invention.

Figure 3 is a perspective view for explaining the push method impregnated in the chain type traction device according to the present invention.

Figure 4 is a perspective view showing in detail the trajectory shown in Figure 3;

Figure 5 is a perspective view for explaining the auxiliary bed for the chain type traction device according to the present invention.

<Description of the symbols for the main parts of the drawings>

10: control unit 12: remote controller

14 power generation unit 16 power transmission unit

18: Chugi technique

Features of the present invention for achieving the above object is a bed lying on the user's back, the back of the user's back contact directly has a treatment space; A bed frame for supporting the bed; At least one gear case is located on both sides of the bed frame, and the fixing station to fix the user's body when receiving the treatment method; A hinge bolt that functions as a pivot point when inclined to one side; A pedestal for dispersing and supporting a predetermined pressure from the top; An electric motor for providing rotational force to a lower portion of the pedestal; A first gear engaged with the electric motor to rotate; A chain which forms an endless track in conjunction with the rotational force of the first gear; A second gear engaged with the chain to rotate and provided inside the gear case; The bed includes an extraction method for performing the extraction method in contact with the spine portion of the user.

In a preferred embodiment, the extraction method installed inside the bed and the chunado to move along the ceramic rail provided with the long axis direction of the bed to implement the massage method by massage along the user's spine, and positioned in a triangle with each other First to third gears for rotation, and a chain engaged to transmit rotational force of the gears.

In a preferred embodiment, the motor further includes a braking device for preventing unnecessary malfunction when the electric motor is not operating, the braking device comprising a third gear and a third gear provided for rotation when the braking motor is operated. It is located on the same axis as the braking groove for braking is formed on the outer circumferential surface along the circumference, and the braking frame to prevent the malfunction of the spinal tow device by holding and wrapping the braking rod when the electric motor is not driven.

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

1 is a block diagram conceptually showing a chain traction device according to the present invention, the chain traction device is a control unit 10 for generating a control signal according to a program stored therein, and pressing one of the plurality of buttons A remote controller 12 for converting a user's command to be transmitted to the control unit 12 into an electrical signal, a power generation unit 14 for generating an electrical rotational force in accordance with the signal of the control unit 10, and the power generation unit 14 Power transmission unit 16 for converting the rotational force of the linear motion into a linear motion, and the extraction method 18 for implementing the extraction method by massaging along the spine of the user according to the signal of the control unit 10. .

Here, the remote controller 12 is made in a streamlined manner, the power generating unit 14 is composed of an electric motor driving circuit and an electric motor, the power transmission unit 16 is engaged with the rotating portion of the electric motor. It consists of gears, including gears, and metallic chains engaged with gears.

We will implement this conceptual configuration more specifically.

Figure 2 is an exploded perspective view showing the detailed configuration of the chain traction device according to the present invention, the chain traction device 20 is laid down by the user is directly in contact with the spine of the user's spine treatment space (22a) The branch is provided with a bed 22 and a bed frame 24 for supporting the bed 22.

At least one gear case 26 is located on both sides of the bed frame 24, and a fixing bolt 28 to fix the user's body when receiving the treatment method, and a hinge bolt that functions as a pivot point when tilted to one side. 30 and a pedestal 32 for dispersing and supporting a predetermined pressure from the upper portion are provided. At this time, the pedestal 32 has a semi-circular upper portion serves to distribute the pressure from the upper side down.

An electric motor 34 for providing a rotational force is located below the pedestal 32, and a first gear G1 rotating in engagement with the electric motor 34 is located, and a rotational force of the first gear G1 is located. A chain (C) is formed in conjunction with the to form a caterpillar, the second gear (G2) is engaged with the chain (C) is provided in the gear case 26.

Thus, power is transmitted in the order of the electric motor 34-the first gear G1-the chain C-the second gear G2, and the gear case 26 of the second gear G2 is fixed. The bed frame 24 is inclined in one direction.

Therefore, the user's body fixed to the holder 28 serves to straighten the body while tilting in one direction under the influence of gravity.

However, when only the electric motor 34 is provided, when the electric motor does not operate, that is, does not rotate, unnecessary tilt may occur due to the user's elongation, and a braking device 33 is provided for this purpose. .

The braking device 33 adopts a disc braking method, which is located on the same axis as the third gear G3 and the third gear G3 provided for rotation when the braking motor is operated. Braking frame 334 is formed on the outer circumferential surface along the circumference and braking frame to prevent the malfunction of the spinal tow device by holding and wrapping the braking rod 332 when the electric motor 34 is not driven And 336.

Here, although not shown in the drawings, the heating wire is provided to give the user a poultice effect and comfort, but this description will be omitted since it is a general category technology.

On the other hand, inside the bed 22, the following extraction method is built.

Figure 3 is a perspective view for explaining the push method installed in the chain-type traction device according to the present invention, the ceramic rail provided with a long axis direction of the bed to implement the push method by massaging along the spine of the user (R The first and third gears 222, 224 and 226 for rotating and being located in a triangular shape with each other, and the chain interlocked to transmit the rotational force of the gears. 228 is provided.

Here, the extraction method has a built-in motor separate from the electric motor, that is, a separate motor for rotating the third gear 226, but this description is omitted because it belongs to a general technical category.

FIG. 4 is a detailed perspective view illustrating the trajectory of FIG. 3, wherein the trajectory 220 includes a massage frame 2202 for directly touching the periphery of the user's spine, and a wheel (R) to move along the ceramic rail (R). A ceramic body 2204 provided with 2206 is provided.

Here, the chunadoja 220 is in close contact with the user's vertebral region is very preferably at least one bulb lamp to create a predetermined temperature to feel the warm warmth.

And, as described above, the user who has undergone the spine treatment is preferably lying down for a while so that the spine can be straightened. As shown in FIG. 5, it is preferable to have an auxiliary bed 22a.

According to a preferred embodiment of the present embodiment disclosed as described above has the following advantages.

First, there is an advantage of correcting the position of the wrong vertebrae by automatically towing, and massage by implementing the method of percussion around the user's spine.

Second, there is an advantage that the procedure can be performed at a lower cost since the patient can perform the treatment without a separate person.

Third, since the power transmission method is a chain, it is easy to repair during use later, and the cost of repair is low.

Fourth, by providing the auxiliary bed as well as the user's convenience, there is an advantage that can increase the treatment effect.

Claims (3)

The bed 22 having the user's spine lying down directly in contact with the user's spine treatment space 22a, Bed frame 24 for supporting the bed 22, At least one gear case 26 is located on both sides of the bed frame 24, and a support 28 to fix the user's body when receiving the treatment method, Hinge bolt 30, which functions as a pivot point when tilted to one side, A pedestal 32 for dispersing and supporting a predetermined pressure from the upper portion, An electric motor 34 for providing rotational force to a lower portion of the pedestal 32; A first gear G1 engaged with the electric motor 34 and rotating; A chain C which forms an endless track in conjunction with the rotational force of the first gear G1, A second gear G2 provided in the gear case 26 to rotate in engagement with the chain C; Chain bed chuck device, characterized in that the bed (22) inside the extraction method for performing the extraction method in contact with the spine part of the user. The method of claim 1, The exercise device 18 installed in the bed 22 moves along the ceramic rail R provided with the long axis of the bed to implement the method of massage by massaging along the spine of the user 220. ), First to third gears 222, 224 and 226 for rotating in a triangular position with each other, and a chain 228 meshed to transmit the rotational force of the gear, the electric motor The bed frame 24 in which power is transmitted in the order of the first gear G1-the chain C-the second gear G2, and the gear case 26 of the second gear G2 is fixed. The body of the user fixed to the holder 28 so as to be inclined in one direction is inclined in one direction under the influence of gravity to extend the body, characterized in that the chain traction device. The method of claim 1, It further comprises a braking device 33 for preventing unnecessary malfunction when the electric motor is not operating, the braking device 33 and the third gear (G3) provided for rotation when the braking motor is operating; And a braking rod 332 formed on an outer circumferential surface of the braking groove 334 for braking located on the same axis as the third gear G3 and the braking rod when the electric motor 34 is not driven. 332) by holding and wrapping the chain lumbar traction device, characterized in that consisting of a braking frame (336) to prevent malfunction of the spinal traction device.