Simulator with velocity tackle. RU patent 2511014.
 Method for myodynamic spinal traction / 2508921Invention refers to medicine, neurology, exercise therapy, rehabilitation, traumatology and orthopaedics, and represents a group of methods (versions) for the integrated myodynamic traction (IMT) ensured by the exposure on adjacent regions of spine. The method (versions thereof) is characterised by the fact that the extension is combined with the dynamic contraction and relaxation of thoracic and lumbar or cervical and thoracic spinal muscles simultaneously with the use of restraints for individual parts of body, to be attached to a weight through a brace thrown over an upper vertical block of a training simulator. The muscles are contracted and relaxed by a repetitive performance of special narrow local motions with a repetition maximum within 15-30 motions with a certain weight. The weight gain for the following sets is accompanied by the repetition maximum reduction up to an initial value. Dynamic muscle contraction phases are accompanied by an active diaphragm exhalation, while relaxation phases - by a passive inhalation. |
 Simulator for training muscles / 2500446Claimed solution - the simulator for training muscles relates to the field of physical culture, namely, to devices for creation of a wide range of loads both for recovery of atrophied muscles, and for training of professional athletes. The simulator for training muscles is made in the form of a rigid frame fixed to the body and consisting of telescopic levers. The levers are connected to the load units located in the places of bending of the main body biological links and in places of axial rotation of body biological links. At that each load unit is made in the form of a housing with two cavities filled with the viscous fluid inside which the shaft is mounted, connected to the telescopic levers and connected to the load plate which interacts with an adjustable loading flap, transmitting the viscous fluid from one cavity to another. The load units in the places of axial rotation of body biological links are mounted on the units of the axial rotation pivot, rigidly secured to the frame, each of which is made in the form of a swivel bracket, fixed by rollers and having a toothed fragment for transmitting rotation through the gears to the shaft on the load unit. |
 Universal exercise machine of komlev / 2494783Invention relates to health and fitness equipment and sports equipment, and is intended for the harmonious development of the human major muscle groups. The proposed elliptical cycling machine comprises two vertical supports mounted on the base, a platform mounted on the supports with the ability to move along the supports, and loaders. The machine additionally comprises two supporting arms with the variable angle of inclination to the horizontal plane, fixed with the ability to be moved and fixed around and along the central axis of the supports. The loaders are made in the form of cable-block mechanisms consisting of units mounted on the platform and the supporting arms, and two cables. Every cable with its one end is attached to the platform through the mechanism that enables them to change their length, and on the other ends of the cables the handles are placed interconnected by a removable grip. |
 Device for associated interdependent physical and intellectual child development / 2479254Device refers to medical equipment, namely exercise and game machines. The device comprises a personal computer a system unit of which is connected to an optical mouse, a pulse detector with a photo sensor and a motion sensor; it also comprises a load assembly in the form of a stationary bike pedals, two discrete height adjustable telescopic footrest, and a handle bar with a position regulator; the handle bar comprises an attached first button connected via a branch piece to a left button of the optical mouse. The load assembly for the lower extremity muscles is made separately for the left and right legs and consists of two rope-block systems each of which includes an adjusted element, a support slug, a rope, three main slugs one of which spatially rotates, a rubber spring and a 'screw-nut' force pair of a pedal chain gear - common to both legs. The system rotates one of the main slugs, and its pedals are equipped with locks. A cone-shaped spring of a clamp assembly encloses a rod; it is set between a first movable plate and a summing plate. Two handles are attached to the seat of the stationary bike for the left and right hands, and a second button is located on one of them; a third button is provided on a grip in the middle horizontal portion of the handle bar. The buttons are connected in parallel to the first button, to the left button of the optical mouse. |
| Method of evaluating swimming technique / 2464062 Invention relates to sports games and can be used to evaluate the effectiveness of training of a swimmer during the swimmer's training. A method of evaluating the effectiveness of the swimmer's training by measuring speed parameters through the sensor placed on the swimmer. And an ultrasonic sonar transducer is used as a sensor for evaluating the speed of the swimmer. The speed of the swimmer is measured by means of a hydrophone converting sonar signals of aqueous medium pressure into electric tension. |
 Inelastic simulator with limited range of motion / 2458720Invention relates to simulators. The simulator is adapted to mount to the construction and contains an inelastic elongated element extending to some length between two grips. It also contains an anchor which is adapted to mount to the said construction and contains a support for the said inelastic element, located at a distance from each of the grips, which when attached to the structure the support passes in the direction from the structure, and the said elongated element has an ability to move through the said anchor ensuring adjustment of the distance between each of the grips and the support by applying a pulling force to one or more of these grips in the direction from the anchor. It also comprises a limiter, comprising at least one loop attached to the said elongated element, and restricting the movement of the position by the distance less than the specified length between the grips. |
 Personal training device using multidimensional spatial audio signal / 2454259Personal training device is designed for a participant (10) of a physical training session based on speed and comprises the following: an inlet to receive an inlet signal, specifying the participant's speed; a comparison device connected to an inlet, to compare the participant's speed with predefined criteria; a device to position a training partner (14) to generate a position of a virtual training partner relative to the participant on the basis of an outlet signal of the comparison device; a source (12) of an audio signal of the training partner to provide an audio signal representing sounds from the virtual training partner on the basis of a type of the physical training session based on speed; a processor of a spatial audio signal to reproduce a multidimensional audio signal containing an audio signal from a source of an audio signal, at the same time the multidimensional audio signal provides an audio signal in the space location represented by the position generated by the device to position the training partner. |
 Therapeutic system, therapeutic device and method of control / 2451498Group of inventions refers to medicine. A method is implemented by a therapeutic device configuring a therapeutic system as integrated with a cuff (100). The system comprises the cuff with a belt for winding a site of muscles of one of extremities around; a fixation device for fastening the belt; and a gas bag provided inside the belt or on the belt. The bag is adjustable for pressure application to the site of muscles by compressing the site of muscles when filling the gas bag if the belt is fastened. The device comprises a means of gas pressure setting inside the bag equal to certain pressure; a controller for the means of gas pressure setting; and a pulse wave measurement unit for measuring gas pressure inside the bag. The method consists in the fact that the means of pressure setting performs two treatment processes - a pre-treatment process and a standard treatment process. The means of pressure setting is controlled during the pre-treatment process consisting in measuring gas pressure inside the bag and maximum pulse wave pressure. Gas pressure inside the bag is changed by the means of pressure setting. Pulse wave pressure is measured by single or multiple data reception by the pulse wave measurement unit when measuring gas pressure inside the bag. The means of pressure setting is controlled during the standard treatment process consisting in setting gas pressure inside the bag and equal to maximum pulse wave pressure. |
 The tympanic membrane muscles training device (m. tensor tympani) / 2442629FIELD: muscles training devices. SUBSTANCE: invention relates to muscles training devices, in particular to the tympanic membrane muscles (m. tensor tympani) and can be used for training of the tympanic membrane muscles (m. tensor tympani); the tympanic membrane muscles training device (m. tensor tympani) consists of the nose ad-on device which is a partially rotary body having a boss on one side and a welt on the other perpendicular to the axis of revolution with a through aperture lengthwise the axis of revolution and the elastic balloon with the aperture diameter therein equal or slightly smaller than the add-on device diameter at the welt; the add-on device is made of hypoallergic material, the boss shape is similar to the nasal cavity; in between the boss and welt there is a bed similar to the shape of the pulps of the forefinger and thumb, the side walls of the elastic balloon have different thickness in different parts. EFFECT: comfortable handing, securing of air-tightness of junction of the add-on device and the nostril cavity, reduction of the sense of discomfort of the trainee from deformation of the nostril sidewall, enhancement of the effect of training of the tympanic membrane muscles. 11 cl, 3 dwg |
 Device for practicing of pushing ball into hole and short swing in golfing / 2438743Invention relates to a device for playing golf. A device for practicing to push a ball into hole and a short swing in golfing includes a support rack, an extension bar. The bar is adapted for adjustment in the vertical direction on the upper side of the support rack, the guide located on the upper side of the extension bar with an option of lateral tilt and having a curved guide gully, a sliding element attached to the guide and designed with an option to move along the curved guide gully, and an additional rod attached to the sliding element to hold the player with a stick for golfing. |
 Mountain climber exercising apparatus / 2245732Apparatus has variable resistance unit, sportsman's motion registration unit and motion parameter indication unit. Motion registration unit has base, platform built into bridge, and two U-shaped columns mounted and fixed on platform. Each of said columns is equipped with bar holder, which may be discretely repositioned and fixed on column by means of brackets. Bar holder has two chains attached with their one ends to top surface of bar middle part and with their other ends to lower surface of bar and thrown over two pairs of sprockets rotating on two pins and shaft. First pair of sprockets is fixed on shaft mounted on base by means of bushings with bearings. One of chains runs around fifth sprocket similar to said four sprockets and fixed in vertical plane on U-shaped column in its mid portion so as to be locked and around large-diameter sprocket, with pin of said sprocket being fixed on support. Lever with load fixed on its free end is put onto said pin. Lever may be fixed on large-diameter sprocket at different angles by means of spring-loaded finger and respective openings. Motion parameter indication unit has motion parameter measuring device including strain-measuring sensors incorporated in dynamometric platform built into platform, and linear motion and angular variation sensors (goniometers), connected through analog-to digital converter to personal computer. Bar rod has reduced weight, and ends of bar rod have reduced diameter. Receptacles are provided in chain unit for receiving of apparatus. Apparatus is further equipped with device for enabling mechanical connection of sportsman with light-weight bar rod and with step positioned on dynamometric platform. |
 Shaping-type exercising method targeted at amending of individual's posture / 2256478Method involves doing physical exercises based on anabolic and catabolic programs, with heart rate corresponding to aerobic and anaerobic metabolism threshold being taken into account; also taking into account ovarian-menstrual cycle phases and associated feeding ration; additionally exposing user's organism to exercising for 45 min with the use of acoustic program in the form of musical 2-3 s intervals having component frequencies related as whole numbers on the basis of analytical dependencies in the form of M=440 N1/3/p, Hz, where M is musical interval, N is whole number, ordinal number, p is transposition coefficient; forming widening sensory space by constructing resonance volumetric extraction system included as sound perception of functional component structure in the form of spheroid in emission mode, with parameters of spheroid being set by user's individual tuning fork. Formation of sound perception is provided in complex with color effect within perceptible color signals of triple-band division equal to octave interval, in the form of 3-7 bands of red-green-blue color component. |
 Method for strengthening human health / 2264799Method involves doing physical training and breathing exercises. Muscle stretching exercises are done in squatting position to the moment when patient is able to assume position with one leg bent and the whole foot resting on supporting surface. The other leg is stretched and pressed with the heel against supporting surface and foot toe of this foot directed upwards whereas the head is turned towards straight leg toe. Then, the straight leg heel is arranged along the line drawn in perpendicular to the bent leg foot line with fingertips pressed against supporting surface. Straight arm is on the side of the bent leg and touches the straight leg foot toe with straight arm fingers, or straight leg is stretched forwards in parallel to human body symmetry plane in placing straight arms behind the back and pressing the fingers against the supporting surface, or straight leg is stretched aside in perpendicular to straight back line and the straight back is positioned in parallel to the supporting surface when resting on the supporting surface with hands turned to meet each other under human chest and arms bent in elbows. Another position is formed with one leg being bent and foot instep and knee pressed against supporting surface, the other straight leg being stretched aside with internal lateral foot side pressed against supporting surface, arms being bent in elbows, hand palms having fists clenched and turned to face each other, elbows being put on the supporting surface, head being turned towards straight leg toe. Static voluntary muscle contraction is done when expiring with stable equilibrium being retained in the assumed gymnastic posture. Muscle relaxation is done in inspiring. |
 Method for strengthening human health / 2264800Method involves doing physical training exercises in sitting position in keeping the back straight. Back of the head is positioned on the back line extension. Muscle-stretching exercises are done as multiple repeating movements done with arms and legs relative to the straight back to the moment when patient is able to assume gymnastic posture with both straight legs stretched laterally on supporting surface, straight arms with hand palms pressed against supporting surface, placed behind the back wider than shoulder width or parted aside in front of the chest with hand palms pressed against supporting surface near the foot heels; or with one leg stretched aside having foot heel pressed against supporting surface and foot toe of this foot directed upwards, the other leg being bent and moved behind the back with foot instep and knee pressed against supporting surface. Straight arm is pressed with finger tips pressed against supporting surface near the bent leg knee and straight arm touches foot toe with fingers on the same side with the straight leg. The head is turned towards straight leg toe. Otherwise, both legs are bent and moved behind the back with foot instep and knee pressed against supporting surface. Straight arms with palms turned towards each other are pressed with fingertips against supporting surface near the bent leg knees. Stable equilibrium being retained in the assumed gymnastic position. Periodic static muscle loading is done with following relaxation. Voluntary muscle contraction is done when expiring with muscle relaxation done in inspiring. Another version of the method involves doing exercises in sitting position holding the back straight. Back of the head is positioned on the back line extension. Muscle stretching exercises are done as multiple repeating movements done with arms and legs relative to the straight back to the moment when patient is able to assume gymnastic posture one straight leg stretched aside pressed with the external lateral foot surface against supporting surface, the other leg being overthrown over the first one with the foot pressed against supporting surface. The arms are bent in elbows with hands turned to meet each other and pressed against supporting surface under chest. Stable equilibrium is retained in the assumed gymnastic posture with periodic static muscle loading done with following relaxation. Voluntary muscle contraction is done when expiring and muscle relaxation is done in inspiring. |
 Method for strengthening human health / 2264801Method involves doing physical training and breathing exercises. Muscle stretching exercises are done in lying position to the moment when patient is able to assume position with one straight leg stretched and the lateral foot surface resting on supporting surface and one straight arm stretched forward along the back. Then, gymnastic posture is assumed so that both straight legs are stretched and pressed against each other in lying side position. The other arm is pressed against femur or the other straight leg is arranged in perpendicular to back line and the other arm is bent in elbow and pressed with hand palm against the supporting surface with fingers directed towards the chest, or the other straight leg is bent with crus arranged in parallel to the stretched leg in lying position on the chest and the other arm is bent in elbow and pressed with hand palm turned forward against the supporting surface. Static voluntary muscle loading is done when expiring with stable equilibrium being retained in the assumed gymnastic posture. Muscle relaxation is done in inspiring. |
 Method for strengthening human health / 2264802Method involves doing physical training and breathing exercises. Muscle-stretching exercises are done to the moment when patient is able to assume position with shoulders pressed against supporting surface and straight arms thrusting against supporting surface with clenched fists. The back and back of the head are lifted above the supporting surface. Then, the assumed position is transformed into gymnastic stand with straight legs stretched and lifted together with the back to form an arch above the supporting surface and heels are pressed against the supporting surface, or the legs are bent and pulled towards the back to enable one to press the whole foot surface against the supporting surface. Static voluntary muscle loading is done when expiring with stable equilibrium being retained in the assumed gymnastic posture. Muscle relaxation is done in inspiring. |
 Method for strengthening human health / 2264803Method involves doing physical training exercises with periodical static voluntary muscle loading being applied and breathing exercises. First, muscle-stretching exercises are done. Multiple movements are repeated with arms, back and legs to the moment when patient is able to make forward inclination of body with back kept straight. The back of the head is retained on the back continuation line. The line of the back is kept parallel to the supporting surface. One straight leg is pressed with the whole foot surface pressed against the supporting surface. Arms with clenched fists are pressed against the trunk. The other straight leg is stretched backward with foot toe drawn straight and leg line being in parallel to the supporting surface. Stable equilibrium is retained in the assumed gymnastic posture. Periodic static voluntary muscle contraction with following relaxation is done. Muscles are contracted when expiring and relaxation is done in inspiring. |
 Method for strengthening human health / 2264804Method involves doing physical training and breathing exercises. First, muscle-stretching exercises are done to the moment when patient is able to assume position with straight back arranged in parallel to supporting surface. Arms and one leg are pressed against the supporting surface. Then, a posture is assumed with chest turned towards the supporting surface. Arms are bent in elbows and pressed against the supporting surface with hand palms turned towards each other. One leg is bent in knee and pressed with its crus against the supporting surface. The other leg is straight and stretched backward and lifted with its foot above the back level. Another posture involves assuming posture with the back turned towards the supporting surface. One leg is bent in knee and pressed with full foot surface against the supporting surface. The other leg is stretched upwards placing drawn toe above the chest level. Fingers of hands pressed against the supporting surface are directed along the vertebral column. One more posture involves inclining the straight back towards the supporting surface. One arm and one straight leg are pressed against the supporting surface. Then, a posture is assumed with the back inclined forward, straight arms are separated aside to a distance exceeding the shoulder width and stretched forward with arm lines kept in parallel to line of the back. Palms are pressed against the supporting surface. The straight legs are separated to a distance equal to the distance between the palms; or one straight arm is pressed against the supporting surface with the whole hand palm being continuation of shoulder line. The other straight arm is pressed against the trunk and the straight legs are separated to a distance exceeding shoulder width and pressed against the supporting surface with the lateral foot surfaces. Then, stable equilibrium is retained in the assumed gymnastic posture. Static voluntary muscle contraction is done when expiring and relaxation is done in inspiring. |
| Medical method for rehabilitating divers / 2275212 Method involves daily administering individually dosed exercise stress. Additional respiration sessions are carried out with artificial gas mixture in isolating respirators 20-30 min long before and after physical activity under normal atmospheric conditions beginning from the second day after decompression end. The gas mixture has 50% of oxygen and 50% of helium. Exercise stress duration is gradually increased from 10-15 min to 45-60 min without increasing power. |
 Method for effectuating motion in single combat / 2282396Method involves effectuating motions in accordance with proposed procedure allowing fighter to avoid strikes directed at any zone of his body by offsetting this zone from strike line, said offsetting being enabled by rotational motions of fighter's body to make said motions optimized, and providing velocity needed for reliable avoiding of strikes. Maneuverability of motion procedure may be increased by using production-controlled dynamic stability of fighter's body. |
FIELD: sports.
SUBSTANCE: simulator with velocity tackle, which is worn on the back, has loose ends of the reepschnur, which are attached to the following: fixing elements, removable handles or harnesses used as elements that remove or add load to human limbs, which facilitates the training process. At the same time the loose ends of the reepschnur can be used as safeguarding, eliminating sharp jerk.
EFFECT: ability to adjust the force applied during training.
3 cl, 6 dwg
Known velocity the polyspast, where labor force is applied to the mobile holder, and the cargo suspended to the free end of the rope, see: textbook: the author Mpolesha "Lifting and transport machines", ed. sixth, TRANS - M: Higher school, 1985, page 121. The scheme of high-speed polyspast is accepted by us as a prototype. To increase the functionality of a simulator with high speed polyspast contains: frame, lugs, cable suspension elastic elements, support units, rotary units, blocks, clip, free ends of the rope, rope, fixing elements, bearing pads, straps, belt, arm, tying. The device is illustrated schematically, which figure 1: frame 1, the suspension cable 2, elastic elements 3, supporting blocks with 4 swivel blocks 5, 6 blocks, clip 7, the free ends of the rope 8, rope 9, fixing elements 10, booster cushion 11, straps 12 zone 13, eyelets, 14; where figure 2: crank handle 15, strapping 16.
Trainer with high speed polyspast is as follows: webbing 12 put on the shoulders of the athlete, fastens the belt 13. Booster cushion 4, mounted on frame 1, located on the back and loins, prevent severe impact of the elements of frame 1.
The free end of the rope 8 with locking item 10 fixed by the hand through the arm of 15, or foot through tying 16, or on the bottom 14 eyelet frame. The rope runs around swivel block 5, 6 blocks, in magazines, 7 and opposite the turning unit 5. The other free end of the rope 8 with locking item 10 is drawn by the hand through the arm of 15 or foot through tying 16 with a force that is directly proportional to the force of elastic elements 3 and inversely proportional to the number of blocks 6 carried 7, which runs around the rope 9. While pulling the free end of the rope 8 the distance between clamps 7 decreases as the rope runs around 6 blocks in magazines, 7 and one free end of the rope 8 fixed, and the other free end of the rope 8 pulled. At the same time the suspension cable 2 attached to the clamps 7, ubegayut support units 4 and stretch elastic elements 3. The force with which pulled the loose ends of the rope, causes the application simulator with high speed polyspast as a simulator, which facilitates the ascent of the stairs, up the hill, but just when walking, which is especially important for the elderly and children with cerebral palsy. Figure 3 shows the work of the simulator by lifting up the hips. Figure 4 shows the item that is usually taught in ballet, in combat sports in the running. Figure 5 shows the work of his hands. Figure 6 shows the element, stretching on a straight twine. In addition, we can mount swivel units 5 on the lower lugs 14 of the missing through them the free ends of the rope 9, fixing the latter allows the simulator to be used as insurance, excluding a jump start when learning complicated gymnastics and acrobatics. Under fixing loose ends of the rope meant keeping them insuring two partners, standing on the sides of the athlete, or the withholding of loose ends of rope one of the insurer, when the free ends of the rope go through additional blocks, fixed under the ceiling of the sports hall or the arena of the circus, and an assisting partner holds two free end of the rope. As fixing elements 10 can be used rifles or bracket to shoulder. As elastic elements 3 may apply tension springs, rubber bands, vacuum cylinder. The number of blocks in the clips, elastic elements, bands, ropes of suspension, supporting blocks, guideline devices, the free ends of the rope is not specified.
1. Trainer with high speed polyspast, containing: a frame, suspension cable, elastic elements, support units, rotary units, blocks, clip free the ends of the rope, rope, fixing elements, bearing pads, straps, belt, eyes, arms, strapping, wherein support units attached to the chassis, and clips are flexible connection to the frame, suspension cable attached to the clamps, ubegayut support units and fixed to flexible the elements, the rope consistently runs around the blocks and turning blocks, to the free ends of the rope fastened fixing elements.
2. Trainer according to claim 1, wherein the fixing elements are attached to the handles.
3. Trainer according to claim 1, wherein the fixing elements are mounted binding.