NOVIK MEHANURGICHESKY TABLE or PORTABLE TRACTION APPARATUS for MANUAL THERAPY and MASSAGE. BACKGROUND FIELD OF THE INVENTION.

The invention relates to medical technology, to the table or to devices to Manual therapy, namely to devices for the smooth dosed telescoping seeks partners spine with the use of low-level link through own patient's weight, as well as under natural weight ankle which is a counterweight to traction stretching. This invention relates to a method or device to correct spine rights, the number of pulling force is defined and governed by user with the assistance of your body weight, and ankle, with the help of new (methods or types of locking devices) for directions to the desired form prevent abuse spine, and allows you to effectively and safely stretch vertebral segments, causing a low level of thrust load on the spine users.

The invention is directed to the protection of new methods or devices, tools for complex phasing telescopic stretch the spine and checking the tension relaxed muscles between the right and left side of the torso.

The first object of the present invention to provide a new device - 1. ALEXANDER - check the tension relaxed muscles between the right-hand side and the left-hand side torso. Fig. 19.

The second object of the present invention to provide a new device apparatus - 2. ALAN - POPLIEAL - STICK (catch), clip under the knees. The relaxation spinal traction is produced by the action of the natural human ankle weights that is it is always the individual patient. Fig. 16.

The third object of the present invention is to provide a new device apparatus - 3. MARK - BED FOR SPINAL, pillows for vertebrate zones, employees on for giving proper shape and stretching inside (closer to the chest) spine under natural bend, used to localize the point of stretching by logging in anywhere spine or back. Fig. 11.

The fourth object of the present invention to provide a new device apparatus - 4. LUKA - catch, the clip the patient's shoulder under blades. Fig. 17.

The fifth the object of this invention is the creation of a new device apparatus - 5. AYNA - footboard (retainer for the lower limbs) - (catch), the bandwagon for the tension feet to the tension leg, ankle strain while stretching spinal traction. And rotation stops to the left and right with respect to the knee. Fig. 7.

The above (ways fixed) or mechanisms that are installed together, or separately from each other with the opportunity to adjust the distance between them, depending on the individual user settings, I propose to apply when traction spine stretch, for the integrated step-by-step, telescoping seeks partners spine at the expense of their own patient's weight and the weight ankle which serves as a counterweight to traction stretching. The device allows the user to apply low levels to tie any of part of the body and is designed for the proper distribution of own patient weight when extension, and selective, local application load to the various parts of spine and lower extremities patient, depending on individual parameters User. The device allows the user to get a full self using the technique of relaxation, deep breathing in and out, to keep the user in a relaxed condition. The invention can be manufactured in the form of portable device which can be used on a bed, couch or table. And also can be made in the form of a table - chair, chair, computer chair, a chair in the car, as well as in any other form. Development of spinal diseases is to reduce the distance between the vertebrae. Therefore stretching the spine and hence increasing the distance between the vertebrae is pathogenic treatment of osteochondrosis. Traction of the spine allows you to remove mechanical compression of the nerve fibers and the truth is the first aid in the treatment of the spine. As an auxiliary method of treatment we use the sauna and thermal treatments, hydrotherapy, physiotherapy, cry therapy, massage, massage therapy and many other treatments, and increase growth.

Table can be used in traumatology, orthopedics, internal medicine, health resorts, physical therapy and sports medicine for the formation of human health, as well as for prevention, rehabilitation and treatment of somatic diseases, musculoskeletal, cardiovascular and nervous systems.

The method allows you to work on different elements of the pathogenesis of diseases of the spine, thereby increasing the effectiveness of treatment. The method of non-surgical treatment of complex spinal disorders according to the invention is used in the treatment of protrusion, herniation of intervertebral discs of the cervical, thoracic and lumbosacral spine, scoliosis, kyphosis, kyphoscoliosis, spondylolisthesis, degenerative disc disease, myofascial syndrome, myositis, torticollis vertebrogennogo (discogenic) genesis, intercostal neuralgia , lumbago, lumbar ischialgia and carry out non-surgical, comprehensive, consistent, physiologically dosed after individual examination of each patient. There are various ways to treat diseases of the spine, correction methods aimed at pain relief. Prevention of spinal diseases and health purposes, the increase in growth. Back pain is one of the most common diseases. While back pain can be caused by trauma, hyperactivity, abnormal heavy lifting, arthritis, sedentary work such as for computer, the many other reasons lead to the relief of the spine do not form properly. In many cases, people experience back pain get relief from the tension of the spine, thereby relaxing the muscles of the body and reduce tension on the discs and nerves connected to the spine and the spinal department. Various methods have been tried to stretch the spine, including the hanging of the body or neck or leg and allowing gravity to stretch the spine. These funds are not completely effective, because the force of gravity may not be sufficient to achieve the required strength, the position can be uncomfortable or even painful, and does not allow the user to fully feel relaxed during traction stretching, I think it is necessary for the proper tension and achieve results.

Additionally, suspensions of the body of the head can lead to excessive tensile forces on the neck or the body when hanging legs leads to the inflow of blood to the head, which can be harmful to some people. In addition, the forces placed on the spine simple suspension of the body are not subject to careful quality control.

The use of traction tables that allow you to stretch the spine through the actual broken up and a man's head has been known for many years. Most of traction tables arts have a number of common features, chest (under the shoulders stops) or head (headrest), the upper part of the body is maintained in a fixed position at one end of the table, while the patient's legs are trapped on the other end of the table. Legs then pulled away from the rest of the body by mechanical means, such as ropes and pulleys, threaded adjustment or the like. Most of these devices are relatively complex structures of adapting for use in offices of physicians or chiropractors. For example, such devices is known mehanurgicheskim bed Valerius, arranged in three separate parts: the head, having the form of a shallow cup, medium, having the form of troughs, pelvic and also similar to the gutter. These parts can be moved apart by means of key and screw. However, it has the disadvantage that it is impossible to carry out a table full range of manual therapy.

Known Russian patent 2314082 for the invention, cl. A61H 1/02, publ. 10.01.2008 device for stretching the patient's body, comprising a table with a lodgment, the mechanism for changing the angular position of the cradle relative to the horizontal plane, mounting elements for lodgment of the patient, wherein the platform comprises a cradle disposed at the location of the patient's legs, with possibility of linear displacement along the cradle a length equal to the distance from the location of the patient's pelvis on the cradle to its location the feet in their extended position by a guide rigidly connected to the lodgment and disposed in the cavity sleeve rigidly connected to the platform, wherein the platform is capable of angular displacement around Axis line guide. Known Russian patent 2189213 for the invention, cl. A61H 1/00, 02, publ. 20.09.2002. chiropractic table containing frame, lounger with a working surface, mounted on a frame rotatable about a horizontal axis by drive means for adjusting the angle of a sun bed, a carriage mounted on rails on the opposite side of the working sun bed removable bracket with the unit, disposed at the end of a sun bed, remote from its axis of rotation, Glisson's loop associated with the flexible traction unit, and a device for fixing the patient's body. In sun bed along its lateral sides are through holes thoracic and lumbar straps fixing the patient's body, and at its end remote from its axis of rotation, with an opening for the patient's face. The carriage is placed on the rails with locking her in her position and the slits for fixing straps. At the end of the lounger in its axis of rotation is situated a second removable rail bracket on which the flexible traction unit associated with a lumbar belt or fixing halter, wherein the guide blocks are mounted on a movable width sun bed. The disadvantage of the prior art is the inability to carry it all the complex massage and manual therapy. But no one paid attention not link the formation of the spine in the optimal position, i.e. through the natural, the natural curve of the spine. These devices, as well as proposed, based on the use of the known traction treatment of osteochondrosis, which allows to significantly reduce the time of treatment of patients. Step devices based on both possibilities traction entire spine in general, and local effects on his department concerned, as well as traction supporting structures and joints of the lower limbs. This device has several drawbacks, because of which this device has not found practical use in medicine. These disadvantages include: the complexity of the design and operation of an inconvenience, which is inevitable because of the need for multiple mechanisms of stress, inability to ensure a smooth, with an exact calculation of cargo to the patient, in which you add or remove weights, the use of a loading mechanism and power cables does not allow the correlation of traction due to friction occurring in the mechanism, which can lead to exacerbation of the disease, and virtually impossible to use the known device the patient alone, unattended, since it is necessary for a patient lying on the support surface, the adjustment to produce goods, while producing This manipulation of the lock, opening and closing them, repeating several times when changing loads, which negates the process of stretching, and can also lead to an exacerbation of the disease, in addition to foot stress mechanisms do not reach the patient, the absence of a known device damping devices leads to a sharp impact load attached, which may also lead to a worsening of the disease or significantly reduce the efficacy of treatment, making the known device does not allow its use for traction when vibrodeystviya spinal axis, which reduces its operational capabilities. Attention is given to the spine in the optimal position, i.e. through the natural, the natural curve of the spine.

See example U.S. Pat No. 2640480 (1953) and U.S. Pat. No. 4356816 (1982) 2nd Quarter listed below. This approach, however, is stretched and aligned simply bending the spine, as seen on the side of the X-ray of a patient, i.e. leveled and / or distorts the desired curvature of the spine that nature intended. See examples of the United States Patent [19] (II] Patent Number: 4,951,654 Gambale et al. [45] Date of Patent: May 28.1990 [54] TRACTION TABLE. This patent is similar because I think that the traction stretching should be done in the state of hang naturally. And serves as a counterweight to the ankle. Thus, there are now, as a method of propulsion or apparatus to restore the spine in an optimal form.

Buffet is known for manipulation by Russian patent 2063190, IPC 6 A 61 G 13/00, 10.07.96, the table contains the adjustable feet, a frame, a base and a working surface made of mobile and flexible. Although this table allows you to remove functional "hard block" of the patient by providing a profile of the table equidistant profile of the patient, but it has the disadvantage of table extension rod for guiding the human spine to the optimal form and alignment can not be on the table of the full range of manual therapy.

As a prototype of the meaning and the greatest number of matching the essential features of the claimed invention is selected. Patent Application Publication (10) Pub. Phone: US 2002/0128576 Al Mayes (43) Pub. Date: September 12.2002. But this table is a useful exercise and training in the treatment of lower back pain only. The table allows the user to use low levels of traction to the lower back, pressing lightly on the adjustable support arm posts.

Therapeutic traction table is expanded, giving the user full control over the amount of traction and provided specific procedures for the use of very low levels of traction to relieve back pain. Back pain relief can be best achieved when the back and the whole body are relaxed. The muscles that surround and protect the spinal column should be relaxed to allow the spine is stretched and unpack. Tractive effort without relaxation will not help reduce the pressure successfully. But the table is useful in the therapeutic treatment of pain only in the lower back. The main task for my invention, the muscles that surround and protect the spinal column should be relaxed to allow the spine is stretched and unpack. Compared with the preceding analogues, this setting allows vibromanualnuyu

to change and retain the necessary posture during manual treatment that is not justified. Accordingly, I have found a method and apparatus for improving or correcting the internal difficulties of Rights, which curvature of the spine human form that nature intended to support the human spine. Broadly, my invention provides a method and apparatus for directing a human spine optimum shape and helps to relax. Traction without relaxing efforts will not help reduce the pressure successfully. But the table is useful in the therapeutic treatment of low back pain. The main task for my invention, the muscles that surround and protect the spinal column should be relaxed to allow the spine is stretched and unpack. If the user's body is tense, traction tension is only %.

OBJECT OF THE INVENTION.

Object of this invention is to provide a portable table thrust which is not expensive to produce, and is easily portable.

Another object of the invention is a traction table that is comfortable and easy to use for a person to use without assistance, and provides ease of entry and exit into the unit when the traction stretching the spine, and are easy and safe to operate to the user, for emergency exit traction stretching: Users need to stretch the muscles and elevate the ankle joint.

Another object of the invention is a portable table rod which is easy to assemble and disassemble, and may be stored in a relatively small space under the bed or in the cabinet, which can be folded for storage and deployed in the working position.

Create a device with the use of new methods or new mechanisms for employees' traction stretching the spine, with the use of low-thrust through the ankle, namely to devices for the smooth dosed telescoping seeks partners spine with the use of low-level link through own patient's weight, as well as under natural weight ankle which is a counterweight to traction stretching. This invention relates to a method or device to correct spine rights, the number of pulling force is defined and governed by user with the assistance of your body weight, and ankle, with the help of new (methods or types of locking devices) for directions to the desired form prevent abuse spine, and allows you to effectively and safely stretch vertebral segments, causing a low level of thrust load on the spine users. The task - the creation of an efficient, mobile, simple and easy-to-use device for stretching the spine, with the use of low-thrust through the ankle.

These and other objects are achieved by a device according to the invention, a preferred embodiment of which is herein Input a word.

TRACTION TABLE NOVIK allows all kinds of traction stretching, including the cervical, thoracic and lumbar spine, as well as the traction of the limbs, and checks the tension relaxed muscles between the right-hand side and the left- hand side.

The first object of the present invention is to provide a new device 1. ALEXANDER - check the tension relaxed muscles between the right-hand side and the left-hand side torso, this is a test tension hang naturally relaxed muscles, hold checks between right and left side of the trunk ability body patient muscles relax . Surface mounted devices on the right and left sides of the body sensors for measuring pressure (e.g. load cell or strain gauge), and sensors measure the length (number of millimeters), and the angle sensors inspection (number of degrees). When traction stretching users relax, and we get the test results, sensors will show which side muscles can not feel relaxed (tense) or stronger relaxed (that hang naturally at sensorsSwill show which side of the muscles on create more or less pressure new mechanisms installed on the surface of the table). Hang naturally at a tension of muscles between the right and the left side on are always different sensor readings. Since in many cases the problem areas are on the one on the right or on the left side of the body. Deformed muscles are not able to fully feel relaxed during the test (1) ALEXANDER - sensors show how grams and millimeters, and which side of the stretched muscles stronger. Used to test the capabilities of the organism muscle feel relaxed, as well as for the correct distribution of the pressure and sample, the local load is applied to different parts of the spine and legs the patient (depending on individual parameters of the user). Fig.19

In the first stage telescopic create tension with the localization of the point in the lower spine (lumbar), due to the second aspect of the present invention, the new device apparatus, ALAN, POPLIEAL - STICK 2 catch, cli under the knees Fig.16. Feature of the first phase of a comprehensive non-surgical treatment of spinal disorders is that, the relaxation spinal traction is produced by the action of the natural human ankle weights that is it is always the individual patient. Stretching carried out by a uniform stretching of the spine in the horizontal position of the patient on the device due to individual selection of the angle in the knee joint 2. ALAN, POPLIEAL - STICK catch clip under the knees, serves to hold the user under the knees, no matter between the right and the left side so that the ankle was hanging over the surface (the floor) and was the counterweight in tension. Since in many cases the problem are as are with one side of the body. ALAN, POPLIEAL - STICK 2 catch, clip under the knees, necessary for proper pressure distribution between the right and left side of the torso, and selective, local application of the load to different parts of the spine depending on the individual user settings.

In a second stage we create on telescopic tension and reveal the inner part of the spine to the localization of the point of tension in any part of the spine due to the new device. Fig. 11. MARK-BED FOR SPINAL (3) - pillows for vertebrate zones, employees on for giving proper shape and stretching inside (closer to the chest) spine under natural bend, used to localize the point of stretching by logging in anywhere spine or back. On the surface of the table is created the correct elevation pillow-lock position to support the spine in position, providing the maximum effect of manual treatment to the affected part of the body. Spine extends through elevation in the desired point on the surface of the table.

In the third stage telescopic create tension tensile strain localization in the middle point of the spine under the shoulder blades through the object of the present invention a new device 4. LUKA- catch, the clip the patient's under the shoulder blades, the serving for fixing and stretching upward and outward blades patient Fig. 17. The lower ends of the blades move away from the edges so that on to get the space between ribs and shoulder blades (the angle created by the blades). In this space we place 4. LUKA clip under the shoulder blades, which pulls up and out. Expanding the area of edges and pulling muscles with blades creates an angle for which we produce fixation of the upper body with traction stretching. For proper distribution of pressure, and sampling, the local application of the load to different parts of the patient's spine and extremities, promotes the full hang naturally back muscles, depending on the individual user settings.

At the fourth stage create a telescopic tension with the localization of the point of tension in the upper part of the spine (cervical department) due to recording devices Fig. 1 Headrest (6) - (head lock); this has an added stretch the spine. By pulling wt head can not get rid of lock to be freed from the need to commit to strain muscles neck and lifted her head up against the force of gravity on a small horizontal-vertical rise (for example 45 degrees).

At the fifth stage create a telescopic tension with the localization of the point of tension ankle due to recording a new device Fig. 5, AYNA 5 - footboard (retainer for the lower limbs), the bandwagon for the tension feet to the tension leg, ankle strain while stretching spinal traction. And rotation stops to the left and right with respect to the knee, (tripping) which is used to tension ankle lower extremities (tension leg to the foot), this creates additional stretching of the spine. Steps pull the foot to the lower leg and create additional tension when stretching attractions, are not dependent on either the right or left side of the body member.

The above-mentioned mechanisms installed, mounted together on the carcass, or separately with the possibility to adjust the distance between them by the tension adjusting mechanism and create an ideal surface for the application of tensile forces uniformly on both sides or no matter the right or left side of the body, as in many cases the problem areas are the one side of the body at the same time providing any kind of useful or vibratory massage, depending on the specific disease patients, we conduct safe and effective stretching of vertebral segments, causing the load low traction on the spine patient. The device according to the invention, the user can take the form of a light portable, table, chair, computer chair, a chair in the car, or any type of other. A portable device can be used on any horizontal surface (table, bed, couch), or any type of other horizontal surface. A portable device is also mounted on the frame rotatable around a horizontal axis and to move vertically, successively raising the body member (via actuator). Since in many cases the patient after stretching to take a horizontal position, straining back muscles, which results in the patient's spine to the procedural status of the portable device, or low traction table that is easy to store, inexpensive to manufacture, and can be easily operated by one person without assistance. Easy operation allows the patient to self-control of all or some individually selected combinations of stretching. It also allows the user to use a telescopic tension, using low-level traction to any part of the body to keep the user in a relaxed state and using the technique of deep breaths.

The invention is best understood with reference to the drawings, in which:

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 Top view of the location of new types of fasteners.

FIG. 2 View from the top of the handheld device, the location on the frame of new commits.

FIG. 3 Side view of a portable device, the location on the frame of new commits.

FIG.4 Side views ALAN (2), a handheld device.

FIG.5 Invention as a: MASSAGE CHAIR.

FIG.6 Invention as a: CHAIR -TABLE.

FIG.7 Invention as a: Mechanism for lifting the vertical position (19) fixing means for the patient blades retainer (4). FIG.8 Invention as a: DRIVER'S SEAT CHAIR in the car.

FIG.9 Invention in a: COMPYUTER CHAIR. (ARMCHAIR) FIG. 10 invention in the form in which the portable device is used only ALAN (2), AYNA (5), HEADREST (6), and (8).

FIG. 11 Invention in the form a portable device that uses only devices ALAN (2), MARK (3) HEADREST (6), and (8).

FIG. 12 Invention as follows: a portable device that uses only devices ALAN (2), LUKA (4) HEADREST (6), and (8).

FIG. 13 Invention in the form a portable device retainer LUKA (4) (top view).

FIG. 14 Invention a side view (FIG. 12) as a portable clip LUKA (4) (side view).

FIG. 15 Invention in the form a portable device ALAN (2) (top view).

FIG. 16 Invention a side view (FIG. 14) as a portable device ALAN (2) (side view).

FIG. 17 A shows a blade holder LUKA (4).

FIG. 18 Shows a method of fixing a blade retainer LUKA (4).

FIG. 19 Shows the location of the mechanisms with possible placing sensors ALEXANDER (1).

FIG. 20 Shows the location and types of locking mechanisms direction tension (side view).

FIG. 21 Shows the location and types of locking mechanisms direction tension (top view).

DETAILS DESCRIPTION OF THE INVENTIONS MASSAGE CHAIR FIG.5. or TABLE-CHAIR FIG.6.

Detailed description of a preferred embodiment of the invention will be described with reference: FIG.l. and FIG.5. Object is achieved due to the fact that the correction of the spine system, comprising.

1. ALEXANDER sensors check the tension relaxed muscles between the right-hand side and the left-hand side torso.

2. ALAN - POPLIEAL STICK catch, (clip under the knees). 2.1. Mechanisms stretching (2 ALAN).

2.2. Mechanisms lifting (2 ALAN).

3. MARK - BED FOR SPINAL, pillows for vertebrate zones. 3.1. Mechanisms of adjustment and tension and lifting (3).

4. LUKA - catch, the clip the patient's under shoulder blades. 4.1 Mechanisms of adjustment and tension (LUKA 4).

5. AYNA - FOOTBOARD (retainer for the lower limbs). 5.1. Mechanisms of adjustment and tension (AYNA 5).

6. HEADREST - (head lock). 6.1 Mechanism of adjustment and tension (6 HEADREST).

7. UNDER THE SOULDER STOPS. 7.1. Mechanism of adjustment and tension (7under the shoulder stops).

8. HANDLE for proper hand position. 8.1. Mechanism of adjustment and tension (8 handle).

9. CARCASS. 10. POPLITEAL FOSSA. 10.1. Adjustment mechanism (popliteal fossa 10).

11. THE LIFTING MECHANISM OF THE SPIN - HEAD SECTION. 12. CONTROL PANEL

13. LIMITER LIFTING THE ANKLES JOINT. 14. HEATING. 15. VIBRATORS.

16. MASSAGER. 17. THE SECTION SPIN -HEAD. 18. HIP JOINT SECTION.

19. THE MECHANISM OF RECOVERY IN THE UPRIGHT POSITION.

The above-mentioned mechanisms installed separately or together on the surface of the device with the ability to adjust the distance between itself and creates an ideal surface for the application of low-level traction, tensile stress is not dependent on the right or on the left side of the body member, as in many cases the problem areas are on one side of the body.

DETAILED DESCRIPTION OF THE PRIOR ART MASSAGE CHAIR FIG.5. or TABLE-CHAIR FIG.6.

Description of the preferred embodiment of the device on which you can use all the features MASSAGE CHAIR FIG.5. or TABLE-CHAIR FIG.6. is in the seat, the force of traction control is carried out with a CONTROL PANEL (12) and is controlled by the traction force sensors. The process of stretching is controlled by built-in computer with a special program. Key elements of the program (the power load, the time duration of stay, massage, vibration therapeutics), you can easily change even in the course of treatment. As amended, the program continues on an established cycle. In the course of treatment in order to avoid over-voltage is applied intermittently ligaments and pulse stretching traction. Cycle program involves applying brief pulses of force at the time of application base load. Effect occurs consolidate the results traction. At traction direction can be easily adjusted by moving rods, adjustable in height and angle of the mobile unit. The UNDER THE SOULDER STOPS (7) and retainer LUKA (4), the clip the patient's shoulder under blades comfortably fixed patient. To relieve tension and increase the impact of traction electric heating is the couch in the lumbar region. Application of heat to a large extent eliminates pain and relaxes muscles. The degree of warming the couch MARK - BED FOR SPINAL (3) cushion for vertebrates independently controlled zones. Large and comfortable LCD graphic display provides a constant visual control of parameters and controls of the treatment process. The patient sits in seat in a HIP JOINT SECTtON (18), so that his feet were behind the surface of the thigh HIP JOINT SECTION (18) and dangled above the floor and the knees are bent at an angle of 90 degrees. The back of the knees (popliteal fossa) are pressed to (10) POPLITEAL FOSSA on the (2) ALAN POPLIEAL - STICK catch, clip under the knees. And the ankle joint to on the 5 AYNA - FOOTBOARD (retainer for the lower limbs). The upper back (shoulders and shoulder blades) were pressed to the 17 SECTION SPIN-HEAD. The lower part of the back (below the shoulder blades) rests on the 4 LUKA, which is mounted under the shoulder blades user. 3 MARK - BED FOR SPINAL, pillows for vertebrate zones, serves to the correct position spine. Head is fixed in HEADREST (6). FIG. 5. HEATING (14) the heating element is disposed inside the table. Soothing heat is directed upwards and creates a sense of comfort and relaxation. Managing traction force is with the remote control and sensor controlled traction force, or

1 ALEXANDER sensors check the tension relaxed muscles between the right-hand side and the left-hand side torso. SECTION HEAD SPIN (17) with a hoist 11 THE LIFTING MECHANISM OF THE SPIN - HEAD SECTION is lowered by taking a horizontal position with the patient. FIG. 6. THE LIFTING MECHANISM OF THE SPIN 11 is necessary in many cases, as limited to users in tension straining muscle back to lift in a horizontal position, causing the spine to procedural state. Accordingly, the patient accepted horizontal position. The head is fixed in the HEADREST (6). Blades are above the LUKA (4). The spine is in MARK - BED FOR SPINAL (3) (cushion vertebral zones). ALAN - POPLIEAL - STICK (2) is under the knee locks the ankle at a 90 degree angle at the knee joint. Ankle is in 5 AYNA - FOOTBOARD (retainer for the lower limbs). In this position begin stretching the spine traction, or assume the starting point for traction stretching. With this provision, we will begin a phased, gradual, metered, telescoping spine extension, using the low level of thrust due to the weight of the patient, due to the ankle which is a counterbalance. FIG. 6.

In the first phase we create even pressure on the entire spine and predominantly locally at the bottom of the patient's spine (lumbar). The upper part of the body is on the back 17 THE SECTION SPIN - HEAD. The head is fixed in the (6) HEADREST. Blades are not fixed, and only the bottom edge of the blade is touched to the top edge of the catch LUKA (4) in this position serves for the correct direction of the blades. The spine is on MARK - BED FOR SPINAL (3) cushion for vertebrate zones serving to correct the direction of the spine.

In the opposite side of the horizontal plane of the patient's legs krtaes bent 90 degrees so as ankle located in the desk surface and hanging over the floor. Popliteal fossa the patient (back of the knee) held tightly in 10 POPLITEAL FOSSA on the ALAN (2). Through the mechanism of tension in the middle (2.1) Mechanisms stretching (ALAN 2) shifts the ALAN - POPLIEAL - STICK (2) lengthen the table surface. ALAN (2) pulls back is not the same on the right and left side, depending on the individual user settings, because the muscles are relaxed uniform. When we feel the tension of traction that the ankle joint is raised in relation to the horizontal plane by changing the angle of the knee joint, (13) LIFT STOP TOUCHING THE ANKLE JOINT, thus creating the necessary pressure at the ankle which is the opposite of traction when stretching. We fix the ankle joint at the required angle (e.g. 45 degrees at the knee joint) in this position spend even tension by relaxing the muscles by applying low levels of traction and applying the technique of deep breaths relaxes and ankle joint is omitted. Thus the pressure of stretching in each case individually applied by the weight of the ankle joint. Thus creating pressure evenly on the entire spine and predominantly locally on the lower back. Fixed a head in the HEADREST (6), and pushing ALAN (2) create the necessary pressure on the ankle joint (e.g. 45 degrees at the knee joint) and relax a little time ankle falls creating tension. Hang naturally able spine all the time under tension. FIG. 5. If necessary, take readings 1 ALEXA DER sensors (check the tension of muscles hang naturally) conduct checks between the right and left side of the body's ability to relaxes muscle. Set on the ALAN - POPLIEAL STICK (2) in the middle or the right and left pressure sensors (e.g. strain gauges or load cell) and sensors measuring the length (number of millimeters). Through the mechanism of tension in the middle 2.1 Mechanisms stretching (ALAN 2) shifts the ALAN - POPLIEAL - STICK (2). If ALAN (2) is not the same pushed to the right or (eft side when using the mechanism of a tension on the sides of the (2.1) Mechanisms stretching (ALAN 2), if necessary stretch the ALAN - POPLIEAL- STICK (2) to the right or to the left, so that ALAN (2) aligned to the right or left side with respect to of the table and ankle touched STOPPER LIFT THE ANKLES JOINT (13). By pulling the ALAN - POPLIEAL - STICK (2) on the right or left side (depending on the individual user settings) ankle rises changing the angle of the ankle joint (e.g. up to 45-degree angle at the knee joint) and two legs at the same time touched the LIMITER LIFTING THE ANKLES JOINT (13). Right and left ankle joint together at the same time touched the LIMITER LIFTING THE ANKLES JOINT (13), in such a situation we conduct checks ALEXANDER sensors (1). With the help ALAN - POPLIEAL - STICK (2) create the necessary pressure fix the ankle right and left legs at the desired angle equal in both knee joints. If necessary, increase the pressure on the right or on the left side to two feet, to two ankle joint at the same time touched the LIMITER LIFTING THE ANKLES JOINT (13). In this position, we get the test results ALEXANDER 1. Sensors will show which side of the stretched muscles stronger, by pulling muscles hang naturally between the right and the left side will always different sensor readings. Since in many cases the problem areas are the one (right or left) side of the body. Deformed muscles are not able to fully relax. During the test ALEXANDER (1) sensors show how grams and millimeters and which side muscles twisted, stretched stronger.

In the second stage telescopic create tension and uniformly reveal the inside of the spine (closer to the chest) with the localization of the point of tension anywhere in the spine due to device 3 MARK - BED FOR SPINAL, pillows for vertebrate zones. Bed for the spine (back) is used to create correct position on the surface tension and the inner (closer to the chest) of the spine under the natural curve of the spine. FIG.6. To localize the point of stretching is necessary to increase the elevation of the surface at a desired point the spine (back). In the table surface is created right elevation (air lock) to support the position of the spine in the position that provides the maximum effect of manual treatment to the affected part of the body. The spine is pulled through elevation (air lock). Access the internal part of the spine at any desired point on the spine of the table. Device MARK - BED FOR SPINAL (3) pillows for vertebrate zones can be pressurized with the left and right body reversal, depending on individual parameters of the user. If necessary, take readings ALEXANDER sensors (check the tension of muscles hang naturally) conduct checks between the right and left side of the body's ability to relax the muscles. Set to the device MARK - BED FOR SPINAL (3) (bed for the spine) cushion for vertebrate zones on the right and left sides of sensors 1. ALEXANDER for measuring pressure (e.g. load cell or strain gauge), and sensors measure the length (number of millimeters), and the angle sensors inspection (number of degrees). When traction stretching users relax, and we get the test results. Sensors will show which side muscles can not feel relaxed (tense) or stronger relaxed (that hang naturally at sensors will show which side of the muscles on create more or less pressure new mechanisms installed on the surface of the (3) MARK - BED FOR SPINAL. Hang naturally at a tension of muscles between the right and the left side on are always different sensor readings. With a 3.1 Mechanisms of adjustment and tension and lifting (3 MARK) shifts the device MARK (3) from the surface of the table to the desired height while creating the necessary provision for pressure testing ALEXANDER (1). In this position, we get the test results ALEXANDER (1) sensors will show which side of the stretched muscles stronger. By pulling the muscles hang naturally there will always be different tension between the right and left side. Improperly formed muscles are not able to fully relax and therefore will have different readings of the sensors. Since in many cases the problem areas are the one on the right or on the left side of the body, while checking ALEXANDER (1) sensors show how gram and which side of the stretched muscles stronger.

In the third stage telescopic create tension tensile strain localization in the middle point of the spine under the shoulder blades through the object of the present invention a new device 4. LUKA catch, Fig. 18, and Fig. 6, the clip under the patient's shoulder blades under the serving for fixing and stretching upward and outward blades patient. The lower ends of the blades move away from the edges so that on to get the space between ribs and shoulder blades (the angle created by the blades). In this space we place 4. LUKA - catch, the clip under the shoulder blades, which pulls up and out (expanding the area of edges) under the shoulder blades, and pulling muscles with blades creates an angle for which we produce fixation of the upper body with traction stretching. The patient pressed tightly against his back to THE SECTION SPIN-HEAD (17), Retainer LUKA (4) is in the middle of the back so that lower tips of the blades came a little from the top surface of the lock LUKA (4). And as the patient is in the horizontal position and the muscles are relaxed blades that hang over the surface LUKA (4) and pressed against the back section of the SECTION SPIN-HEAD (17). FIG. 6. and Fig. 18. Thus the lower tips of the blades we move aside and turned the space between the ribs and shoulder blades, creating an angle or hook under the shoulder blade of which will produce fixation under the shoulder blades of the upper body patient. Retainer LUKA (4) is connected by a guide device providing longitudinal movement of the fixed clamp LUKA (4). With tension mechanism to create the necessary pressure at slow gradual stretching tension feels locked to as the blades go deeper beyond the surface of the lock LUKA (4), and point stretching the spine moves up the spine namely central part of the back under the shoulder blade patient. With the hoist in a vertical position holding the middle of the back stretch with a gradual change in the pitch of a horizontal plane through the slow recovery in the upright position of the patient recorded under the shoulder blades catch LUKA (4). At slow gradual move to a vertical position the patient feels as the blade slowly gradually go deeper beyond the surface of the Lock LUKA (4). The patient is recorded under the shoulder blades latch LUKA (4) on the surface of the table, with the traction tension we feel as a point of stretching moves up the spine namely in the central part spin under the shoulder blades . So spend an average traction telescopic extension of the spine (thoracic). With the latch Retainer LUKA (4) can be carried out in a horizontal position fixing or vertically intermediate the horizontal (e.g. 45 degrees above the horizontal plane) and in a vertical position, depending on the individual user settings. Retainer LUKA (4) with a tightening mechanism may increase the pressure on the right or left side independently of one another, and may consist of one part or of two parts left and right halves. If the holder retainer LUKA (4) stretched unevenly on the right or on the left side it means that the muscles are not able to deform relax completely. Using tensioning 4.1 Mechanisms of adjustment and tension (LUKA 4) as required stretching the left or right side so that the holder LUKA (4) aligned with the right and left sides relative to the table surface. Pressure may be unilateral or bilateral, depending on individual parameters of the user. If necessary, take readings ALEXANDER (1) check the tension of the muscles hang naturally conduct checks between the right and left side of the body's ability to relax muscle. Set on the retainer LUKA (4) on the right and left sides of the pressure measurement sensors (such as load cell or strain gauge), and sensors for measuring the length (number of millimeters). With tension (4.1) Mechanisms of adjustment and tension (LUKA 4), if necessary, can be more to the right or left side so that the retainer LUKA (4) leveled off at an angle of 90 degrees relative to the spine, or depending on the individual user settings, in such a situation the result from the test ALEXANDER (1). Sensors will show which side of the stretched muscles stronger, pulling muscles hang naturally between the right and the left side will always different sensor readings. Since in many cases the problem areas are the one on the right or on the left side of the body. Deformed muscles are not fully able to feel relaxed. During the test

ALEXANDER (1) sensors show how grams and millimeters, and which side of the stretched muscles stronger. This ankle is stretching (e.g. 45 degrees at the knee joint) in relation to the horizontal plane and touches to LIMITER LIFTING THE ANKLES JOINT (13). Right and left ankle touched together to LIMITER LIFTING THE ANKLES JOINT (13). Thus creating the desired angle the clip the patient's under the shoulder blades for the check ALEXANDER (1). And with by the ALAN - POPLIEAL STICK (2) fix the ankle joint on the right and the left leg in the same distance in relation to the body at the required angle equal in both knees. In this position we test results ALEXANDER (1). Sensors will show which side of the stretched muscles stronger. Hang naturally at a tension of muscles between the right and the left side will always different sensor readings because in many cases the problem areas are the one on the right or on the left side of the body. Deformed muscles are not able to fully relax during the test ALEXANDER (1) sensors show how grams and millimeters, and which side of the stretched muscles stronger.

In the fourth stage telescopic create tension with the localization of the point of tension at any point of the cervical spine and at the expense of fixing the head in the HEADREST - (6) lock for the head. When traction is created additional tension stretching the spine. If necessary to locate a point in the extension of the cervical vertebrae by the 6.1 Mechanism of adjustment and tension (headrest 6) creating the necessary pressure pushing the movable tension adjustable headrest coupled to the mechanism (manual) dosing stretching, which is mounted for reciprocating movement HEADREST (6). The stretching can be performed horizontally or vertically, horizontally. In this position we test results ALEXANDER (1). Sensors will show which side of the stretched muscles stronger. Hang naturally at a tension of muscles between the right and the left side will always different sensor readings because in many cases the problem areas are the one on the right or on the left side of the body. Deformed muscles are not able to fully relax during the test ALEXANDER (1) sensors show how grams and millimeters, and which side of the stretched muscles stronger. In the fifth step, create a telescopic stretching to the localization of the point of tension ankle (foot to the tension leg) this has an added stretch the spine by fixing new device (5) AYNA - footboard (retainer for the lower limbs), the bandwagon for the tension feet to the tension leg, ankle strain while stretching spinal traction. And rotation stops to the left and right with respect to the knee ΦΙΊΓ.δ, serves to tension feet to lower leg or tension of the ankle joint (lower extremities), user stretch the foot to the lower leg and create additional tension with each independently from the right or left side of the torso. Mobile (5) AYNA - footboard installed with the ability to be adjusted in length depending on the length of the ankle patient. Mechanism of manual dosing tensioning feet to the tension . leg mounted for reciprocating movement. As tripping (5) AYNA, and ankle can serve as a counterweight for traction stretching the spine, creating additional tension pulling the tension feet to the tension leg. Creates additional tension to any matter on the right or on the left side of the body. If necessary, take readings sensors ALEXANDER (1) check the tension relaxed muscles perform checks between the right and left side of the body's ability to relax the muscles. Set on AYNA 5 on the surface of the device on the right and left sides of the body weight of the pressure sensors (e.g. strain gauges or load cell) and sensors measuring the length (number of millimeters) and sensors verify angle (number of degrees). When we get traction tension test results ALEXANDER (1) sensors will show which side relax muscles stronger (or can not feel relaxed), while pulling muscles hang naturally between the right and the left side will always different sensor readings. With the tensioned stretch the right foot or left foot, approximate toe of the foot to the leg so that the ankle joint and taut to limit the possibility of, or up to the first pain in the front of the wearer. Depending on individually user parameters between the right and left side of the body will be different tension toe of the foot relative to the tibia. In this position, we get the test results

ALEXANDER (1) sensors will show which side is stronger muscles taut with tension relaxed muscles between the right and the left side will always are different readings sensors. Since in many cases the problem areas are the one on the right or on the left side of the body. Deformed muscles are not able to fully relax during the test ALEXANDER (1) sensors show how degrees by pulling toe of the foot closer to the tibia on the right or on the left side of the body, and sensors will show how many grams of tension and pressure in millimeters, i.e. which side of the stretched muscle stronger.

In the sixth stage telescopic create tension with the localization of the point of tension at any point of the spine of fixing in the PENS (8) lever is mounted on the 8.1 Adjustment mechanism (8 pens) could raise his hands to the top of the body, raise the side and behind the user's head; (I have the opportunity to fix the arm in any position). And relaxing vibrating longitudinal hood ligament-muscular apparatus of the spine by vibratory dosed with traction lumbar and lumbosacral spine or total. This is additional factors that improve the effectiveness of treatment: Massage (16) by means of rollers, adjustable in height. Vibration exposure (15). Heating (14) affects to 50 ⁰ C. Rollers to massage the back and lower extremities.

Under cover of the table is (16), two rows of height adjustable rollers for back massage. The rollers are spring- loaded and fully by rolling contour back, massaging the muscles. The depth of the impact of massage can be adjusted by changing the height of the independent pairs of rollers. Special handles allow secure rollers in a comfortable position for the patient. Roller Massage improves blood circulation, increases lymphatic drainage and relaxes the muscles. The rollers for the legs relax the muscles and improve blood circulation from the ankle to the thigh area. Can be set in different positions.

Heat and vibration: These options are used in combination with traction stretching and massage.

Heat (14) the heating element is disposed inside the table. Soothing heat is directed upwards and creates a sense of comfort and relaxation.

Vibration (15) Soft vibration is transmitted through the rollers by relaxing the patient and activating blood circulation. This technical result is achieved by the present invention provides the use of stretching vibration by using industrially produced vibrating devices (not shown).

The invention has been described with reference to exemplary arrangements, it should be understood that various changes, substitutions and modifications may be made without departing from the spirit and scope of the invention as defined in the claims. DETAILED DESCRIPTION OF THE PRIOR ART OF INVENTION PORTABLE DEVICE. FIG. 1.

Description cheaper version of the Portable device. Figure 1. Patient yourself fit into a horizontal position.

Detailed description of a preferred embodiment of the invention will be described with reference: FIG.l.

Object is achieved due to the fact that the correction of the spine system, comprising.

1. ALEXANDER sensors check the tension relaxed muscles between the right-hand side and the left-hand side torso.

2. ALAN - POPLIEAL STICK catch, (clip under the knees). 2.1. Mechanisms stretching (2 ALAN).

2.2. Mechanisms lifting (2 ALAN).

3. MARK - BED FOR SPINAL, pillows for vertebrate zones. 3.1. Mechanisms of adjustment and tension and lifting (3).

4. LUKA - catch, the clip the patient's under shoulder blades. 4.1 Mechanisms of adjustment and tension (LUKA 4).

5. AYNA - FOOTBOARD (retainer for the lower limbs). 5.1. Mechanisms of adjustment and tension (AYNA 5).

6. HEADREST - (head lock). 6.1 Mechanism of adjustment and tension (6 HEADREST).

7. UNDER THE SOULDER STOPS. 7.1. Mechanism of adjustment and tension (7under the shoulder stops).

8. HANDLE for proper hand position. 8.1. Mechanism of adjustment and tension (8 handle).

9. CARCASS. 10. POPLITEAL FOSSA. 10.1. Adjustment mechanism (popliteal fossa 10).

11. THE LIFTING MECHANISM OF THE SPIN - HEAD SECTION. 12. CONTROL PANEL.

13. LIMITER LIFTING THE ANKLES JOINT. 14. HEATING. 15. VIBRATORS.

16. MASSAGER. 17. THE SECTION SPIN -HEAD. 18. HIP JOINT SECTION.

19. THE MECHANISM OF RECOVERY IN THE UPRIGHT POSITION.

Mounted on any kind CARCASS (9) with the ability to adjust the distance between them, connected with the mechanism of manual dosing stretching ligament-muscular apparatus of the patient's spine. Dosed manually stretching mechanism is mounted for reciprocating movement of any kind of fixing device. Thus pushing the 2 ALAN - POPLIEAL STICK clips under the knees, lengthen the surface of a table and creates a smooth telescopic extension for an ankle that is a counterbalance. If necessary, act more on the inside of the spine we need to adjust the height (3) MARK - BED FOR SPINAL pillows for vertebrates' zones, clips the vertebrate zones.

Traction device provides a comfortable and safe traction. Traction can be constant or variable with respect to the impact of changing the angle of the table. Mostly traction is achieved by pulling (2) ALAN - POPLIEAL STICK. Load (2.1) Mechanisms stretching (2 ALAN) is controlled by the handles (8). In this case, the variable and constant traction is carried out in relation to the lumbar regions. In carrying out lumbar traction (3) MARK - BED FOR SPINAL may provide additional tensile vertebrae, excluding the curvature of the spine. Special (2.2) Mechanisms lifting (2 ALAN) lifting (2) ALAN - POPLIEAL STICK the feet helps to smooth the lumbar curve and achieve the correct position of the patient during the procedure.

Traction of the cervical. Accessories for cervical traction eliminate any pressure during the procedure. Soft pads cover the occipital region and are regulated individually and concentrated Traction force on the occipital region. This fix allows you to adjust the angle of the application of traction load. In this case, (14) HEATING and

VIBROMASSAGER (15) of the table provide relaxation upper chest and neck, which helps to improve blood circulation in the neck.

Lumbar traction. Often used in the treatment of sciatica. Traction load may be applied to the lumbar region and one or both legs (2) ALAN - POPLIEAL STICK. In some cases, the traction load can be applied to the knee joint or hip. Traction of the thoracic. To eliminate the distortion in breast scoliosis. Traction load affects the thoracic spine, through the use of a special device (3) MARK - BED FOR SPINAL.

Traction of the upper back. Traction is carried out with the help of (4) LUKA. Also, this technique is effective for traction stretching the upper back and shoulder blades.

Development of passive shoulder joint. During the traction tension HANDLE for proper hand position (8) raises his hands to the top of strontium in helping to localize the point of tension in the desired position by hand, stretched and relaxed, thereby given the range of motion of the joint and it is mobilizing.

Development of passive knee and hip joints. Due to (5) AYNA - FOOTBOARD the fixation and the tension on the right or left side of the user's feet in different positions. Completeness of tension and hang naturally provide massage or vibromassage foot and ankle. If necessary, locate the stretch in the middle of the spine (thoracic) in under the shoulder blades we adjust the tension latch (4) LUKA clips under the shoulder blades patient's. If necessary, locate the point of tension in the cervical vertebrae we adjust the tension of (6) HEADREST the clips the head. Pulling ankle AYNA - FOOTBOARD (5) we are working on the lower limbs. The mechanisms mentioned above, with the traction stretching pressured lower thrust level, regardless to the left or right Staunton user's torso. If necessary, locate the stretch in the middle of the spine (thoracic) in under the shoulder blades we adjust the tension latch (4) LUKA clips under the shoulder blades patient's. If necessary, locate the point of tension in the cervical vertebrae we adjust the tension of (6) HEADREST the clips the head. Pulling ankle AYNA - FOOTBOARD (5) we are working on the lower limbs.

The mechanisms mentioned above, with the traction stretching pressured lower thrust level, regardless to the left or right Staunton user's torso.

The invention portable device has been described with reference (FIG. 1) for the exemplary arrangement, it should be understood that various changes, substitutions and modifications may be made without departing from the spirit and scope of the invention as defined in the claims.

Thus apparent that has been provided in accordance with the invention, a portable removable traction mechanism lock that fully meets the objectives and advantages set forth above. Two embodiments massage chair, the second embodiment Portable been specifically described, in one embodiment.

Many of the changes to the traction table shows will be immediately obvious to a person skilled in the art, and therefore the invention should not be limited to the description of specific embodiments set forth herein. Thus, the invention should be limited only by the scope of the following claims.

To resolve this problem, the present invention traction table where the table.

DETAILED DESCRIPTION OF NEW METODS OR NEW MECHANISMS OF THE INVENTION.

THE FIRST OBJECT of the present invention is to provide a new device - 1. ALEXANDER - (check the tension relaxed muscles) conduct checks between the right and left side of the torso relax ability of the body muscles. Surface mounted devices on the right and left sides of the body sensors for measuring pressure (egg load cell or strain gauge), and sensors measure the length (the number of millimeters) and check the angle sensors (number of degrees). With attractions stretching relaxes the patient as we get test results (1) ALEXANDER - (check the tension relaxed muscles) sensors will show which side strained muscles stronger by pulling muscles hang naturally between he right and left side are always different sensor readings. Since in many cases the problem areas are the one on the right or on the left side of the body. Deformed muscles are not able to fully feel relaxed during the test will show how 1. ALEXANDER - (check the tension relaxed muscles) sensors grams and millimeters and which side of the stretched muscles stronger. For proper distribution of the pressure and sample, the local load is applied to different parts of the spine and legs the patient (depending on individual parameters member). FIG.19.

THE SECOND OBJECT of the present invention is to provide a new device (2) ALAN - POPLIEAL - STICK catch, clip under the knees (political fosse). The relaxation spinal traction is produced by the action of the natural human ankle weights that is it is always the individual patient, serves to hold the user under the knees (political fosse), so that the ankle is hanging over the table surface (the floor) and served as a counterweight for traction stretching. That is (2) ALAN - POPLIEAL - STICK catch, clip under the knees, produces spinal traction under the natural weight of the ankle joint of patient; it is always the individual patient. Lock with 2 ALAN - POPLIEAL - STICK conduct on in a horizontal position, (at the expense of individual choice in the corner knee), independently right and left side of the body. 2 ALAN - POPLIEAL - STICK independently creates pressure regardless the right and left body reversal, also allows the user to move one side of the lock and pull one side spine (pulling one foot) while maintaining the other foot in a stretched state. Amount of traction applied to the back is very low and is easily controlled by the user. This control procedures described in the present invention allows the user to relax and let the low traction to gently stretch your back. The relaxation of the back muscles is important and greatly affects the success of this form of treatment, and serves for proper pressure distribution between the right and left side of the body, as in many cases the problematic zones are on one side, and serves for the selective, local application of the load depending on the individual user settings. 2 ALAN - POPLIEAL - STICK can be any shape and any size of its mission extending the horizontal surface of the table independent right and left hand, on thus creating low levels of thrust due to the ankle. 2 ALAN - POPLIEAL - STICK with attractions stretching fixes ankle desired angle (e.g. 45 degrees at the knee) to hold such a position even tension by relaxing the muscles by applying low levels of traction and applying the technique of deep breaths, the patient relaxes and the ankle joint is omitted creating pressure stretching the spine. Spine stretches the ankle down (e.g. 80 degrees at the knee) afterwards if necessary; we repeat the tension 2 ALAN - POPLIEAL - STICK (e.g. 45 degrees at the knee). Thus creating a uniform pressure on the entire spine, and preferably on the lower part spiny. 2 ALAN - POPLIEAL - STICK mounted on a guide device providing longitudinal movement fixity in length or, if necessary lengthwise u and upwardly above the horizontal plane and may consist of one or two parts (the left and right halves). With tension mechanisms allow the user to get a full self-control in order to distribute the pressure between the right and left side and the sample local application of the load, depending on the individual user settings. On the 2 ALAN - POPLIEAL - STICK can be used any number of tensioning mechanisms (the more the better traction). The best option 1 tension mechanism in the middle, and 2 tensioning mechanism on the sides. FIG. 16. The mechanism of stretch midway creates a smooth uniform pressure between. By pulling between the middle of 2 ALAN - POPLIEAL - STICK pulls not identical with the left and right sides on depending on individual parameters of the user. The tension mechanism located to the right side or left side of 2 ALAN - POPLIEAL - STICK, pressurized accordingly of the left or right side of the body, and serve to align 2 ALAN - POPLIEAL - STICK, since in many cases the problem areas are on one side of the body. Recently it was discovered that while applying traction to both the neck (cervical) and lower back (lumbar) are more specific help can be obtained for the pain is localized compression. Furthermore, it is desirable that the user be able to con-patient 35 controls the amount and duration of the thrust and to be able to select the vertebral region to be placed in tension. In addition, it is desirable that the user / patient to be able to use intermittent, static or con -· continuous traction. Since traction is applied in this desirable way, when the patient feels that the amount of effort has been adequate to relieve pain, such a traction force can be applied intermittently or continuously to achieve the desired relief from pain without comfort features or injury.

(2) ALAN - POPLIEAL - STICK used for verification (1) ALEXANDER - check the tension relaxed muscles between the right-hand side and the left-hand side patient's torso. To check (1) ALEXANDER - surface mounted devices on the (2) ALAN - POPLIEAL - STICK middle or right and left sides of the body pressure sensors (e.g. strain gauges or load cell) and sensors measure the length (number of millimeters), and the angle sensors verify (the number of degrees in the knee joint). When traction stretching (e.g. 45 degrees at the knee) we get the test results 1 ALEXANDER sensors will show which side of the stretched muscles stronger by pulling muscles hang naturally between the right and left side are always different sensor readings. Since in many cases the problem are as are the one on the right or on the left side of the body. Deformed muscle are not able to fully feel relaxed during the test results

1 ALEXANDER gauges show how much grams and millimeters, and which side of the stretched muscles stronger. For proper distribution of the pressure and sample, the local load is applied to different parts of the spine and legs the patient.

Options 1: ALAN - POPLIEAL - STICK (2) obtains ALEXANDER (1) the left and right sides (the edges) POPLITEAL FOSSA, namely the left and right thighs (knee) of a user. Under the right and under the left leg below the knee with the internal and external hand (closer to the spine, and closer to the hand), the edges of the knee or hip. Set to 2 ALEXANDER (1) under the right and left foot under the user (4 turns).

Option 2: ALAN - POPLIEAL - STICK (2) on the left and on the right side under POPLITEAL FOSSA (10) (in the middle of the knee), install sensors (1), namely a right and a left leg (below the knee in the center) on the left and on the right side of the body member, (2 turns ).

Option 3: In the middle. ALAN - POPLIEAL - STICK (2) establishes ALEXANDER (1), (1 turns).

Below the ALAN - POPLIEAL - STICK (2) it is desirable to make useful depression - 10 POPLITEAL FOSSA.

10.1 Adjustment mechanism (popliteal fossa 10) serves for the correct positioning of the legs even with respect to the body. POPLITEAL FOSSA (10) that has been previously exposed to the width of the hip member. So that your knees and thighs are equally proportional to continue the spine. And you can also set up the lifting mechanism

ALAN - POPLIEAL - STICK (2.2) from the surface on to create a right angle to the coccyx, and the hip. FIG.16.

2. ALAN - POPLIEAL - STICK rises over the horizontal surface and the user's feet while create the desired angle in the coccyx and the hip joint, this creates additional tension and opens the outer (external) part of the spine. With lifting mechanism ALAN - POPLIEAL - STICK (2.2) hoist up above the horizontal plane of the lift legs bent at the knees under tension and fix so that the ankle was hanging over the table surface from the floor and served as a counterweight in tension. 2. ALAN - POPLIEAL - STICK may be made as a standalone device or portable and applied separately (independently) from the other mechanisms. FIG.16.

ALAN - POPLIEAL - STICK (2) can not be used in patients with knee or hip problems, such as knee or hip

replacement, pelvic harness is provided which is attached to the connectors located on the frame of the table. In such health problems we hold fixation for hip part of the user (so it is important to prevent abuse as comfortable as possible, to hang naturally).

THE THIRD OBJECT of the present invention is to provide a new device apparatus FIG.ll. MARK - BED FOR SPINAL 3 pillows for vertebrate zones, employees on for stretching inside (closer to the chest) spine under natural bend, used to localize the point of stretching by logging in anywhere spine or back, is used to set the angle of the individual that is creating of a natural bend of the cervical, thoracic, and lumbar spine for stretching traction with its own weight of the patient. 3 MARK - BED FOR SPINAL, needed to give the correct form of the table under the natural curve of the spine in order to stretch uniformly and to work on the inside of the spine close to the chest, restoring to normal changes in the physiological curves of the spine. And as for the point, the local application of pressure on any part of the spine. Of the table creates the correct elevation of the bed of the spine, MARK - BED FOR SPINAL support the position of the spine. Increase in a pose providing maximum effect of manual treatment to the affected part of the body. Me been found that while applying traction to both neck (cervicai), and lower back (waist) by fixing (3) localizing stretching in any desired point (or region) of the spine. The user must, depending on personal experiences with traction stretching can adjust the desired amount and the length rods and is able to choose any point, or points on the spine (between vertebrae), the right or the left side region with or separately from the other (vertebrae which will be placed in traction). The user should be able to apply intermittent, static or con -. continuous traction. Since traction is applied in this desirable way, when the patient feels that the amount of effort has been adequate to relieve pain, such a traction force can be applied intermittently or continuously to. achieve the desired relief from pain without comfort features or injury. After 5 minutes of traction stretching procedure can be repeated at the request of the user. To localize the point of stretching that promotes patient comfort during the session stretching. Surface cushions 3. MARK - BED FOR SPINAL, at any desired point of the spinal column. When traction stretching the spine is pulled through the elevation of the surface of the table, 3. MARK - BED FOR SPINAL, cushion for vertebrate zone may have any shape depending on the individual user settings. The main task of to create the right natural curves of the case for individual bending neck cervical, thoracic and lumbar spine, resulting in patient comfort during a session stretching traction with the weight of and ankle. MARK - BED FOR SPINAL (3) the present invention relates to a method and apparatus for correction of the human spine, in particular for guiding the human spine to the desired shape. This approach, however, is stretched and aligned simply bending the spine, as seen on the side of the patient, i.e. leveled and, or distorts the desired curvature of the spine that nature intended. Aimed at restoring the spine to this improvement. Or optimal shape and position, and, or the curve of the side and there is a need. This causes the vertebrae faces being parallel to each other, so that the double treatment, usually reinstall discs properly in the gaps between the edges. Degree of stretching can be properly dosed. Control vibrators also to dose strength and weight while -· sage. This procedure of repose - gently slipped discs and facilitates a variety of physical dislocation causes pain in the back. Between the back and the horizontal surface THE SECTION SPIN -HEAD (17) apply MARK - BED FOR SPINAL (3) can take different forms and can be of any degree of hardness (hard, firm, soft or between), depending upon the amount of force desired to be applied to a point on the person's back. Similarly, the location of the pillows will be governed by the same considerations. Thus different forms of MARK - BED FOR SPINAL (3) in different positions on the horizontal surface used to impart a desired correction to any desired location or area of the spine in the present invention, and may be made from any skin-friendly material member composed of several parts, and Consist of several parts, (e.g. lumbar spine and cervical spine). These two parts can be divided into any number of sections, for locking each vertebra separately. MARK - BED FOR SPINAL, pillows for vertebrate zones, installed on guides' device provides fixed and moving long up above the horizontal flat, and are used to allow the possibility of adjusting the length of the entire table rod to fit users of different heights. With tension mechanism allows the user to complete self- control in order to distribute the pressure between the right and left side of the sample, local application of the load, depending on the individual user settings. The device 3 MARK - BED FOR SPINAL, pillows for vertebrate zones, can be pressurized independently the right or left side of the torso (Depending on the individual user settings). If necessary to take readings 1 ALEXANDER - check the tension relaxed muscles between the right-hand side and the left-hand side torso. Check hang naturally muscle tension between the right to carry out checks side of the body's ability to and left to relax the muscles. Install on the 3 MARK - BED FOR SPINAL, on the right and left sides of sensors for measuring pressure (e.g. load cell or strain gauge). With tension mechanism shifts the device 3. MARK - BED FOR SPINAL, from the table to the desired height while creating a pressure sensor will show which side strained muscles stronger. By pulling hang naturally there will always be different muscle tension between the right and left side. The deformed muscle are not able to fully relax and therefore will be different sensor readings. Since in many cases the problem areas are one on the right or left side of the torso. During the inspection on

1 ALEXANDER sensors grams will show how and which side is stronger muscles taut and can not feel relaxed. To avoid the stress and strain relief is used heated air, pillows for vertebrate zones 3 MARK - BED FOR SPINAL.

To the device 3. MARK - BED FOR SPINAL, pillows for vertebrate zones, can also adjust the 6 HEADREST - (head lock) (head restraint). FIG.l, compound by a guide device that provides a fixed longitudinal movement 6. HEADREST by enabling a possible mechanism for adjusting the tension heads with attractions stretching.

To the device 3 MARK - BED FOR SPINAL, pillows for vertebrate zones, can also adjust the LUKA 4 - catch, the clip the patient's shoulder under blades serves for fixing and stretching up or down and to the side under the shoulders. Also the device 3 MARK - BED FOR SPINAL, pillows for vertebrate zones, can be constructed as a standalone or portable device.

THE FOURTH OBJECT of the present invention to provide a new device apparatus FIG. 17. LUKA 4 - catch, the clip the patient's shoulder under blades, serves for fixing and stretching up or down and to the side under the patient's shoulders. 4. LUKA - catch, serves the clip the patient's to hold under the shoulder blades, the top torso with traction and stretching helps to completely hang naturally back muscles. The lower ends of the blades move away from the edges so that the ribs and shoulder blades create an angle FIG.18 (sub scapular is pit). In sub scapular is pit clip 4 LUKA, the clip the patient's and pulls up and to the side under the shoulder blades tightens the skin and muscles creating an angle that is made for fixing the upper body with traction stretching. Lock 4 LUKA this is a catch which describes smoothly rounded shape back and under tension comes under the shoulder blade, records stretching upwards, sideways, or upwards and outwards from the center of the spine. Lock- 4 LUKA may consist of a single part or two parts (the left and right halves) are fixed respectively to the right and left blades for application of tensile forces on both sides uniformly, or no matter the right or left side, since in many cases the problem areas are located on one side must be fixed under the shoulder blades independently with the right and left sides. The main task Lock 4 LUKA make the correct elevation (angle) or step on the table below the shoulder blades so that the lower ends of the blades were able to separate from the ribs and fix for the Lock 4 LUKA in the desired position for proper positioning and fixation in the upper body stretching traction. Lock 4 LUKA should be semi-circular, that encircle the semicircular shape back. FIG.4. its main task of fixing the body under the shoulder blades stretching up and away from the spine to secure the top part of the body member FIG. 18. Lock 4 LUKA is in the middle of the back so that when you stretch the lower attractions ends of the blades went beyond the surface of the lock (on the back reversal) and fixed upper torso. Lock 4. LUKA set by a guide device providing a fixed longitudinal displacement, can optionally adjust the distance between the right and the left side member by parameters. ΦΙ Γ.18. the tension mechanism is used to create additional pressure for traction stretching. To test 1 ALEXANDER - check the tension relaxed muscles between the right-hand side and the left-hand side torso, on the Lock- 4. LUKA on the right and left side of the set pressure sensors (e.g. load cell or strain gauge) and sensors measure the length (the number of millimeters). With the tension mechanism 4.1 retainer Lock 4 LUKA create tension under the shoulder blades (such as 45 degrees at the knee joint). Deformed muscles are not able to relax sensors will show how many grams, how many millimeters and which side of the stretched muscles stronger. For proper pressure distribution between the right and left side of the torso and selective, local application of the load to different parts of a patient's spine (depending on individual parameters of the user). On the Lock 4 LUKA catch can also be set UNDER THE SOULDER STOPS (7) connected in FIG.3 by a guide device providing a fixed longitudinal movement. UNDER THE SOULDER STOPS (7) can install with tensioning mechanism for adjusting the position under the arm body member.

Retainer 4. LUKA can be equipped with a vertical lifting lounger with Lock- 4 LUKA with respect to the horizontal plane of FIG. 7. Retainer Lock- 4. LUKA may be made as stand-alone or separate devices and mounted on a frame rotatable about a horizontal axis and move gradually rising upright body drive member by lifting FIG.7, to lift the sun bed to the desired angle, up to a vertical position, with the body patient fixed 4. LUKA under the blades spinal traction at the expense of their own body weight. Lock- 4. LUKA comprises a vibratory mechanism, and a turning mechanism (11) THE LIFTING MECHANISM OF THE SPI N -HEAD SECTION, movable section couch top

85 ⁰ to enhance the effectiveness of the procedure. Sun bed vertical lifting mechanism is designed as a connection "screw-nut", wherein the transmission element is "screw" is fixed on the base with the possibility of rotation of the electromechanical drive transmission member "nut" is rigidly fixed to karetke.FIG.7. To the middle of the spinal traction Lock 4 LU A traction apply vertical traction, which is considered more accurate in terms of anatomy. To avoid the stress and strain relief is used heated air, pillows for vertebrate zones 3 MARK - BED FOR SPINAL. Also the device 4 LUKA - catch, the clip the patient's shoulder under blades, serves for fixing and stretching up or down and to the side under the patient's shoulders, can be constructed as a standalone or portable device.

THE FIFTH FIRST OBJECT of this invention is the creation of a new device apparatus ΦΙΛΓ.7, AYNA (5) - footboard (retainer for the lower limbs), the bandwagon for the tension feet to the tension leg, ankle strain while stretching spinal traction. And rotation stops to the left and right with respect to the knee serves to tension feet to lower leg or tension of the ankle joint (lower extremities), user stretch the foot to the lower leg and create additional tension with each independently from the right or left side of the leg, to ankle (torso). With tension mechanism allows the user to complete self-control in order to distribute the pressure between the right and left side, and the sample, the local application of the load, depending on the individual user settings. The main task for 5. AYNA - (tension of the foot to the leg) ankle tension of the lower extremities. I have found that while the use of traction to both at the same time, or separately from each other right or left leg, lower limbs can be obtained concrete help and locates any stretch of the torso. AYNA (5) captures the user's feet and toes of the foot creates a tension on the right or left side independently of the tribe top or the bottom of the floor, and also has the ability to rotate the toe of the foot to the right or to the left side (from the center of the knee), or a circle, so that the heel of the foot on remained site (below the knee), and toe of the foot to the right or left side independently stretch the knee to the top or the bottom of the floor so as to be able to select and lock in any position and in any influence 1 spot on the spine vertebra (point) or at several locations on the record any one vertebra (multi-point), or any area of the spine (area), which will be placed in traction. The patient has the ability to control the amount and the duration of traction and to be able to choose the vertebrae in the region, which will be placed in traction. The operator must be able to apply intermittent, static or continuous traction. Since traction is applied in this desirable way, when the patient feels that the amount of effort has been adequate to relieve pain, such a traction force can be applied

intermittently or continuously to achieve pain relief and comfort during traction locked to stretching. 5. AYNA footboard compounds with a sun bed by the guide device providing adjustment of the length steps along the length of the ankle users. If necessary, remove reading 1. ALEXANDER, check the tension relaxed muscles between the right-hand side and the left-hand side torso. Set the right and left 5. AYNA - Steps surface mounted devices on the right and left sides of the body sensors for measuring pressure (egg load cell or strain gauge), and sensors measure the length (the number of millimeters). FIG. 20. With attractions stretching relaxes the patient as we get test results 1 ALEXANDER check the tension relaxed muscles sensors will show which side strained muscles stronger by pulling muscles hang naturally between the right and left side are always different sensor readings. Since in many cases the problem areas are the one on the right or on the left side of the body. Deformed muscles are not able to fully feel relaxed during the test will show how 1. ALEXANDER sensors grams and millimeters and which side of the stretched muscles stronger. For proper distribution of the pressure and sample, the local load is applied to different parts of the spine and legs the patient (depending on individual parameters member). Verify sensors a tension angle of the foot to the leg (ankle) pressure' sensors show many grams pressure is applied under tension to the leg of the foot (for example with a maximum tension at an angle of 45 degrees in the ankle joint). With tension mechanism if necessary right or left foot to stretch the stocking leg ankle so as taut to the first painful sensations in front of the wearer, or to limit the possibility of tension foot to the leg ankle, individual depending on user settings between the right and left side of the torso tension will be different foot sock against to the leg ankle. In these situation results sensors 1 ALEXANDER, sensors will show which side of the stretched muscles stronger by pulling muscles hang naturally between the right and the left side will always different sensor readings. Since in many cases the problem areas are the one on the right or on the left side of the body. Deformed muscles are not able to fully relax during the test 1. ALEXANDER sensors show how degrees by pulling the toe of the foot close to the lower leg to the right or left side of the torso. Also the device 5 AYNA - footboard (retainer for the lower limbs), the bandwagon for the tension feet to the tension leg, ankle strain while stretching spinal traction. And rotation stops to the left and right with respect to the knee, can be constructed as a standalone or portable device.

Although the invention has been described new devices with reference to the exemplary arrangement, it is to be understood that various changes, substitutions and modifications may be made without departing from the spirit and scope of the invention as defined in the claims for new devices.