HU229977B1 - Apparatus for regenerating spine - Google Patents

Abstract

Apparatus for spine recovery comprising a transversally divided lying surface (2). Under the lying surface (2) a moving element (8) coupled to an actuating means (7) is arranged. A first end (10) of a flexible coupling means (9) is connected to the moving element (8), a second end of it is connected through turning-pulleys (3) to ankle clamps (12). In another embodiment turning-pulleys (3) and vertical bearing rods (4) are arranged at one end of lying surface (2). At the upper ends of bearing rods (4) second turning-pulleys (6) are provided through which arm bands (17) are connected to coupling means (9) by means of connecting means (30). In both cases eccenters (18) are arranged at the ends of moving element (8). The coupling means (9) are guided from the eccenters (18) to the ankle clamps (12) or arm bands (17) through tightening means (20) provided with guiding means (19)..

Description

BACKGROUND OF THE INVENTION The present invention relates to a spinal regeneration device which allows the subject to be placed in a prone position ...... preferably transversely divided.

....... consists of a lying surface, ankle fasteners which can be attached to the foot of the person being treated, and flexible couplings connected at one end to the movable main and guided to the ankle anchors by means of pivoting pulleys, and to the actuating member. The present invention also relates to a spinal regeneration device comprising a lying surface, preferably transversely divided, for positioning the treated person in a prone position, pivoting pivots and vertical support rods at one end of the lying surface, and a rider in a seated position. a seating arrangement is provided, at the upper ends of the support rods there are second pivoting driveways, an actuator coupled to the bending member is arranged underneath the lying area, optionally by means of interconnecting means, are connected to the hinges which can be placed under the armpit of the subject through the second pivots.

The disease of our time is the "bulking of our spinal column, the flattening of the cartilage, which means that our spine is loaded vertically by a force of gravity and exerts very heavy pressure on it. Of course, this affects both the knee and the rotator. as well as pain in all the vertebrae from the sacrum to the shoulder and neck. Currently, there are many treatments available for treating spinal disorders, with the common feature that in almost all cases patients are physically moved, their condition is the same before and after treatment. For example, if someone has an ankle pain (twitching and moving a little out of position, X-ray does not show anything at all), they are invested for 15 minutes, for example, in magnesium therapy. Just as the effectiveness of any treatment lies in increasing blood congestion (increasing oxygen supply), the patient feels better during treatment. If he stands on his leg, all of his pain will come back again, as nothing physically has changed and his ankle is still in place. At present, electric, physical, magnesium and other methods are used to cure spinal diseases. which are hardly measurable. There are solutions in which patients hang upside down, thereby providing a spinal column. There are contraindications to this mode of treatment, e.g. Elderly or high blood pressure or eye disease (glaucoma). Manual therapy is also inapplicable in many cases, such as in the case of a person who is Elderly, has osteoporosis, or is unable to move the vertebrae, or in the treatment of knee, rotary or hip joints, or other joint disorders.

The subject of the Hungarian patent 161859 is the subject of an electric puller for the exercise of pulling inferriter of the spine and the limbs. The present invention can be dosed in the spine and limbs. it performs a constant and periodic, linearly increasing and decreasing intensity tensile treatment. Known Fröhich's weight pulling bed patient has wings and chains movable to and fro by means of an electric control device with rolling levers underneath the waist or legs of the patient, which are fastened with feathers. The device has four manual control modes. The novelty of the apparatus is that, under constant tensile force, it uses a regular, given and selectable period, linearly increasing and decreasing, monotonically variable, torsionally exerting tensile force, which has the effect of promoting, nourishing, relaxing and stretching tissues.

When using the spinal regeneration device we have developed, the subject is in the abdomen, so that the cartilage discs that press the outgoing nerves move downward due to gravity, thereby relieving or relieving pressure, while the prior art device reverses, which in many cases is harmful. In the device according to the invention, the hydraulically tilted downward person from the waist upwards. The advantage of this is that it automatically holds the drawbar tight, without having to moor. A further advantage of the foregoing is that the sacrum is not horizontally exposed to tensile action, but in a ten to twenty degree inclined position. The device according to the invention does not require an automatic overload protector, and no protection is required when moving 5-8 mm. The device according to the invention is also suitable as a treatment bed. It is much more effective if the patient is subsequently given chiropractic treatment or relocation in that position.

The Fröhllch bed is extremely sophisticated and sometimes dangerous compared to the technical state of the art, and the fact that the patina is laid back and pulled horizontally is extremely disadvantageous from a professional point of view. Not by chance did not spread !.

Chinese utility model CN 2054676 discloses an electric multifunctional treatment bed with a massaging unit and a rotatable lifting bed assembly. Basically suitable for treating bone injuries. Due to its design, it is typically not used for the treatment of lumbar spine.

Chinese utility model CN 87208175 discloses a portable neck management device that utilizes a basically slip-pull technique with neck straps. This treatment is actually a very static intervention. It is unsuitable for the treatment of spinal and intervertebral disc injuries.

Chinese utility model CN 201188006 discloses a multi-part treatment bed for treatment of vertebrae or spine. This solution is also suitable for static stretching, which may require intensive intervention by the operator.

There are several types of structures that can be used to stretch the muscles of different areas of the body, but they are unsuitable for treating spinal cord. In general, static treatments (such as pulling weight or applying gravity) are not suitable for treating different types of lumbar spine. They do not ensure proper blood flow, blood volume in the body, which is essential for good treatment efficiency.

Our aim was to overcome the above deficiencies and at the same time to provide a treatment structure that increases the efficiency of the treatment of spinal cord.

We have discovered that by rotating the spine at the feet and shoulders alternately with the left, right foot, or left shoulder and right shoulder adjustable at intervals, we use our structure from ankle to cervical joint every few minutes causes congestion and thus increases oxygen deficiency. The treatment intensively relaxes the vertebrae, joints, enhances the oxygen supply to the dye, and permanently relieves pain from joint disorders.

Accordingly, the present invention relates to a genner regeneration device which comprises, preferably, transverse-divergent reclining arms for positioning the subject in a prone position, ankle fasteners coupled to a pivoting member and a pivotable pivoting pivot. is connected to a drive element. The actuator ends have eccentrics. are arranged. The couplings are guided from the eccentrics to the ankle anchors by means of a tensioning element with guide elements.

A further object of the present invention is to provide a spinal cord regeneration device for positioning the subject in a prone position, preferably in a transverse split position, with pivoting pulleys and vertical support bars at one end. A seating surface is provided between the support rods to allow the subject to sit in a sitting position. Second pivoting pulleys are provided at the upper ends of the support rods. Underneath the reclining surface are actuators coupled to a drive element. One end of the flexible coupling means is connected to the actuator, the other end of the coupling means being connected to the ankle brackets arranged on the lying surface through the pivoting pulleys or, if necessary by means of connecting elements ......., the second pivots being connected to the treated person's armpits. . Eccentrics are provided at the ends of the actuator. The couplings are guided from the eccentrics through the tensioner with guide elements to the ankle anchors or the wrist straps.

Preferred embodiments of the invention are set forth in the following claims or in the specification.

Detailed Description of the Invention

Figure 1 is a side view of a variant of the spin regenerator device for lying treatment.

Figure 2 is a side view of a version of the spinal regeneration device for lying treatment with the recumbent surface slightly lowered.

Figure 3 is a side view of a spindle regenerator for lying and sitting treatment,

Figure 4 is a front view of the genner regeneration device of Figure 1.

Figure 6 is a front view, partly in section, of the ankle bracket.

Figure 6 is a plan view of the drive chain with the tension member and two. the vertical support is intersected at the intersection line VI-VI in Fig. 1.

Figure 7 is a front view of the genner regeneration device for the lying and sitting position shown in Figure 3.

The construction of the frame of the genner regeneration device 1 according to the present invention is not described in detail since it is required by one skilled in the locksmith industry.

In a preferred embodiment of the spinal regeneration device 1 of the present invention, the device 1 is configured for lying treatment only (Figures 1 and 2). In this case, the subject is in a prone position on the reclining surfaces 2, and in a known manner, a recessed opening for the face is provided on the reclining surface. The 2 reclining surfaces. preferably, it is divided transversely into two portions, the first portion 21 and the rear portion 23 being interconnected by an axis 22. Underneath the rear ridge 23, a drive means 24 for raising and lowering the rear portion 23 is disposed. For example, the main engine 24 is a hydraulic cylinder connected to an auxiliary bar 35. The lower limit of the rear portion 23 is provided by the stop 36. The carriages 14 of the ankle anchors 12 are guided by the bearings 13 through the slit 37 formed parallel to the longitudinal axis of the lying surface 2 in their seats. In the upper part of the carriages 14 there are preferably cushioned nests 16 for accommodating the treated person's ankles. Velcro fasteners 38 secure the ankles (Fig. 5). The ankle anchors 12 are provided with flexible coupling members 9 at their other ends 11. The coupling members 9 are preferably formed of steel or perion stone or strap. The coupling members 9 are connected at one end to the movable member 8 through the guide members 19 of the tension member 20 and the pivoting screws. The tension member 20 is guided on the three guide posts 40, preferably secured to the movable shaft 41 by the sleeve 42 consisting of .29 springs and guide members 19 at the ends of the movable shaft 41 (Fig. 4). .The 19 guides and the 3 turning pulleys are simple bearings. The tensioning force of the tension member 20 is adjusted, on the one hand, by the gravity resulting from its own weight and, on the other hand, by the spring force produced by the spring 29. The tensioning force is indicated by a pointer 31 disposed at the end of the movable shaft 41 and out of the opening 34 on the housing 32 and, for example, a scale 33 on the housing 32. Enclosure of the device 1 is not necessary if, in the case of the device 1, the scale 33 can be attached to any non-moving element of the device 1 in the vicinity of the pointer 31.

The actuator 3 is rotated by a propulsion element 7, preferably made by an electric motor, by means of a V-belt 39 guided on the pulleys 25 on the axis 27 of the actuator 3 and on the axis of the actuator 7 (Fig. 6). The propulsion element 7 may be, for example, an approx. 500 W three-phase motor, with 28 speed control circuit equipped with frequency inverter, external switch and speed controller. The drive element rotates the shaft 27 of the actuator member 8 on the bearing 44 by means of a belt drive 39 having on its two sides eccentric 18 and pins 28 for engaging one end 10 of the coupling members 9. The rotational speed of the movable element can be set by the 28 speed control circuit to the value required for operation, from zero to a maximum of rpm (about 1400 / min). At the ends of the shaft 27 of the movable element 8, the pins 28 are eccentrically disposed on the outer parts of the eccentric discs 18. The axis 28 of the pins 28 arranged at the ends of the axis 27 of the actuator 8 are arranged parallel to each other and to the axis 27 of the actuator 8, symmetrically about the axis 27 'of the actuator element 8. This embodiment ensures that the subject is alternately moved during treatment.

A further embodiment of the device 1 according to the invention is the solution described above, in which vertical support bars 4 are fastened behind the first part 21. The support rods 4 can also be removably inserted, in which case the support rods 4 can be inserted into a tube, for example, the support rods 4 made of 35 x 35 gauge sections can be well fitted into a 4 4 4 zár gauge tube which is not shown in the drawings. ). Between the support bars 4, a seating surface 5 is provided to allow the subject to sit in a sitting position. At the upper ends of the support rods 4, the second pivoting pulleys 8 are arranged (Figures 3 and 7).

attached to ankle braces 11

In this case, the connecting elements 30 are connected to the coupling 9 either near the other ends (indicated by the dashed line in Figure 3) or directly to the other ends (indicated by the solid line in Figure 3). The connecting members 30 can be placed under the treated person's armpit 1 through the second pivot screws 6? They are attached to bracelets. The straps 17 are placed under the armpit of the treated person while the treated person sits on the tS seat of the chair 43. The height of the seating 5 of the chair 43 is adjustable, for example, known air ··:. Or with a gas spring solution.

In the embodiment of the device 1 shown in Fig. 1, the treated person is lying on his / her abdomen 2 and his / her ankles are surrounded by the ankle brackets 12. After actuation of the propulsion element 7, the coupling element 9 is positioned on the actuator 8 alternately with the eccentric 18, pulling the treated person's foot as the coupling elements 9 connected to the pins 26 move in the opposite direction. so the joints become more and more relaxed after continuous movement. Bone-cartilage parts that cause displacement (dislocated herniated discs), which move out of place, begin to regress (slide down) due to gravity, due to the position of the abdomen, which significantly reduces the patient's pain sensation, especially after several treatments. constant tension force, which gives only the base value of the tension force, and the tension force can also be varied by increasing or decreasing the spring force of the spring 29. This can be controlled by placing the subject forward, or backward, on the recumbent 2. It is also adjustable by the position of the rear 23, which is lowered as desired by the actuator 24. The posture thus obtained may be more advantageous than certain treatments.

A. In another embodiment of the present invention (Figure 3), at the end of the first portion 21, the apparatus 1 is supplemented with so-called sedentary treatment portions. The treated person then sits on the seat surface 5 of the chair 43 and sponge straps 17 are arranged at the hanging ends of the connecting elements 30 connected to the actuator 8 under the armpit. With this treatment, the upper part of the spinal column and shoulders can be treated more intensively. The smallest injury to the shoulders develops disability very quickly, which is very difficult to reactivate once the muscles of the joints quickly adhere. The movement of the straps 17 is similar to the movement of the ankle anchors 12. As the coupling members 30 are connected to the coupling members 9 as shown in dashed lines in FIG. 3, the carriage 14 of the ankle bracket 12 may, for example, be restrained by a rubber stopper on the seat surface 5 of the rails 16. We accomplished it. In apparatus 1, girthite stops are provided at the δ-seating ends of the rails 16, which can be secured to the 5-seating ends of the carriages 14. (In basic or resting position, the carriages 14 are located at the seating surface ends of the rails 16, not shown.) The vibrating, yet stretching structure provides much faster and painless healing. After actuation of the drive element 7, the wrist strap 17 is lifted on the left and right shoulders, respectively. The treatment can also be applied to a stationary subject, and the strength of the treatment may then be increased by weight application. In the sitting position, adjusting the height of the tines 43 can be used to change the strength of the treatment. In many cases, the stiffness of the cervical vertebrae can also be released if the bracelets 17 used for alternation are pressed loosely and sensitively to both sides of the neck.

During treatment on the lying surface, the Velcro fastener 12 is fastened to the ankles of the treated person lying on the abdomen 2, Optionally, a pad may be placed under the abdomen for ergonomic reasons and then pulled as far forward as possible to adjust the tension force. and / or the rear part 23 of the lying surface 2 is lowered obliquely by the actuator 24. The hair element 7 is actuated by the speed control circuit 23, thereby alternately moving the legs and relaxing the patient's joints A. On the recumbent surface 2, the treated member keeps the joints 9 under constant tension. If the permeability of the backside 23 is disturbing to the subject (although the probability is very low), the backside 23 is kept in a horizontal position.

In the case where, for example, vertebral blocks have formed between the upper shoulder blade, the connecting elements 30 are connected to the coupling elements S via the second pivoting screws 6 located on the upper part of the torso bars 4 and the hinges 17 are placed under the treated person. Thereafter, treatment is started as described above. The devices of the device 1 may be used standing (with knees bent) or with the air or gas spring seated in a chair 43 adjusted to the appropriate height.

For both modes of operation, the tension force can be read from the scale 33 on the housing 32 by reference to the position of the pointer 31 at the end of the movable shaft 41 and the arrow 34 formed on the housing 32.

An advantage of the invention is that it has been used for a few minutes from the ankle joints to the cervical spine. causes congestion in all places and thus increases oxygen supply. Oxygen supply causes pain relief, and so the structure acts. The device according to the invention physically moves the joints, muscles, loosens them and dissolves any sacral blocks.

The use of previously known treatment devices has been associated with a high risk in the elderly due to insufficient blood supply in the elderly and weaker bone. The device is also well suited for the elderly. In their case many times (eg due to osteoporosis), chiropractic treatment (manual therapy) is no longer possible. The device of the present invention can be successfully applied to both knee and rotational abrasions.

Claims (8)

1. Apparatus for gehnregeneration enabling the subject to be positioned in a prone position, preferably divided transversely ...... consisting of a flank (2), ankle clamps (12) which can be connected to the feet of the person being treated, and flexible couplings (9) connected at one end (10) to the actuator (8) and at the other end (11) to the ankle clamps (12) and the actuator (8) is connected to the actuator (7), characterized in that the actuators (8) are provided with ends (18) at their ends, and the coupling elements (9) are provided via a tension element (20) with guides (19). they are led from the eccentric (18) to the ankle brackets (12). 2. Spinal regeneration device for positioning the subject in a prone position - preferably transversely divided ....... consisting of a lying surface (2), at one end of the lying surface (2) are pivoting pulleys (3) and vertical supporting rods (4) between the supporting rods (4). a seating surface (5) for positioning the treated person in a sitting position, second pivoting pulleys (6) at the upper ends of the support rods (4), and a movable member (8) connected to a drive member (7) under the lying surface (2), at one end (10) of the flexible coupling means (9) connected to the actuator (8), the other end (11) of the coupling elements (9) being connected to the ankle brackets (12) through the pivoting screws (3), or ....... optionally connected by means of connecting elements (30) ...... to the hinges (17) which can be placed under the armpit of the person under treatment by means of the second turning screws (6), characterized in that 8) at their ends are provided with exceners (18), and the coupling elements (9) are exo-centered through a tensioning element (20) provided with conductive elements (19)! (18) leading to the ankle anchors (12) or the armbands (17). Device according to Claim 1 or 2, characterized in that, in the transverse division of the lying surface (2), the first part (21) of the lying surface (2) is connected by an axis (22) to the rear part (23) of the shoe surface (2). and a actuator (24) for raising and lowering the rear portion (23), which is preferably a hydraulic cylinder, is disposed below the rear portion (23). Apparatus according to any one of claims 1 to 3, characterized in that the cushion (12) of the ankle brace (12) is arranged on a carriage (14) movable on bearings (13), wherein the carriage (14) its bearings (13) are connected to the brake surface (2) in rails (16) fixed parallel to its longitudinal axis. A device according to any one of claims 1 ···· 4, characterized in that the flexible coupling (9) is a rope, preferably a steel or perion rope or a strap, Device according to one of Claims 1 to 5, characterized in that the fish (7) is an electric motor which is connected to the movable element (8) by a V-belt (39) arranged on the axis (27) of the movable element (3). coupled to a V-belt (25) arranged on the axis of the Haito element (7), Device according to any one of claims 1 to 6, characterized in that the exconators (18) are formed at the ends of the axis (27) of the actuator (8) by means of eccentrically arranged pins (26), Device according to any one of claims 1 to 7, characterized in that the axes of the pins (26) arranged at the ends of the axis (27) of the actuator (8) are parallel to each other and the axis (27) of the actuator (8). are arranged symmetrically on its axis (27). Device according to one of Claims 1 to 8, characterized in that the die element (7) is connected to a speed control circuit (28), a needle. Apparatus according to any one of claims 1 to 9, characterized in that it is at least partially provided with a cover (32), the tension force of the tension member.m (20) being adjusted by the force exerted by weight and / or spring (29). (41) is indicated by a pointer (31) disposed at one end and formed by an arrow (34) on the housing (32) and optionally a scale (33) disposed on the housing (32).