ES2387976A1 - Suspended vibratory bar system for the application of mechanical vibration in the upper limbs for physical conditioning. (Machine-translation by Google Translate, not legally binding) - Google Patents
Suspended vibratory bar system for the application of mechanical vibration in the upper limbs for physical conditioning. (Machine-translation by Google Translate, not legally binding) Download PDFInfo
- Publication number
- ES2387976A1 ES2387976A1 ES201030371A ES201030371A ES2387976A1 ES 2387976 A1 ES2387976 A1 ES 2387976A1 ES 201030371 A ES201030371 A ES 201030371A ES 201030371 A ES201030371 A ES 201030371A ES 2387976 A1 ES2387976 A1 ES 2387976A1
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- Prior art keywords
- bar
- suspended
- vibrating bar
- vibrating
- vibratory
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Classifications
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B21/00—Exercising apparatus for developing or strengthening the muscles or joints of the body by working against a counterforce, with or without measuring devices
- A63B21/008—Exercising apparatus for developing or strengthening the muscles or joints of the body by working against a counterforce, with or without measuring devices using hydraulic or pneumatic force-resisters
- A63B21/0085—Exercising apparatus for developing or strengthening the muscles or joints of the body by working against a counterforce, with or without measuring devices using hydraulic or pneumatic force-resisters using pneumatic force-resisters
Abstract
Description
La invención se encuadra en el sector de la actividad física y el entrenamiento deportivo, tanto en el ámbito de la salud como en el del alto rendimiento. The invention falls within the sector of physical activity and sports training, both in the field of health and high performance.
Actualmente, dentro del área de la actividad física y el entrenamiento deportivo, la aplicación de vibración mecánica al cuerpo humano mediante plataformas vibratorias de movimiento vertical sinusoidal y basculantes se ha convertido en un método alternativo de gran interés debido a los efectos positivos que puede provocar en el organismo. El creciente uso de estas plataformas en dichas áreas ha provocado la aparición de una gran variedad de modelos disponibles en el mercado. El sistema consiste en una plataforma rígida a la cual se adaptan en su parte inferior motores vibradores. Este sistema gravita encima de unos dampers unidos a la plataforma y a un contrapeso en su parte inferior. Un panel de control, conectado a un inverter, permite ajustar la frecuencia y la amplitud de la vibración así como el tiempo de exposición. Currently, within the area of physical activity and sports training, the application of mechanical vibration to the human body through vibrating platforms of sinusoidal and tilting vertical movement has become an alternative method of great interest due to the positive effects that can cause the organism. The increasing use of these platforms in these areas has led to the emergence of a wide variety of models available in the market. The system consists of a rigid platform to which vibrating motors are adapted in its lower part. This system gravitates on top of dampers attached to the platform and a counterweight on its bottom. A control panel, connected to an inverter, allows you to adjust the frequency and amplitude of the vibration as well as the exposure time.
Aunque estas plataformas vibratorias son bastante versátiles en la aplicación de vibración a las extremidades inferiores a través de su transmisión por contacto de los pies, presentan bastantes limitaciones en cuanto a su aplicación en las extremidades superiores. La necesidad de contactar con las manos o brazos para que el estímulo vibratorio transmitido sea efectivo limita la realización de muchos de los movimientos fundamentales usados en el entrenamiento deportivo con las extremidades superiores. Además, las plataformas convencionales son sistemas fijos que sólo permiten pequeños desplazamientos del cuerpo humano sobre las mismas. Although these vibrating platforms are quite versatile in the application of vibration to the lower extremities through their transmission by contact of the feet, they have quite a few limitations as regards their application in the upper extremities. The need to contact the hands or arms for the transmitted vibratory stimulus to be effective limits the performance of many of the fundamental movements used in sports training with the upper extremities. In addition, conventional platforms are fixed systems that only allow small displacements of the human body on them.
Para evitar los inconvenientes de las plataformas, los titulares de la presente invención, Dr. Gerard Moras Feliu y Sr. Sergio Rodríguez Jiménez, diseñaron un sistema de barra vibratoria (modelo de utilidad; n° publicación: 1065531) cuyas características fundamentales son las siguientes: la utilización de una barra con dos diámetros diferenciados y la confección de unas abrazaderas para la sujeción de motores vibratorios a la misma. Aunque dicho sistema mejora considerablemente su funcionalidad en la aplicación de vibración simultánea a las extremidades superiores respecto a las plataformas, la necesidad de sostener y/o mover el peso libre de la barra, sometido a la acción de la gravedad, dificulta su uso con cualquier tipo de población como gente mayor, lesionados o discapacitados, y limita algunos de los movimientos fundamentales de las extremidades superiores reduciendo la seguridad durante su ejecución. To avoid the inconveniences of the platforms, the holders of the present invention, Dr. Gerard Moras Feliu and Mr. Sergio Rodríguez Jiménez, designed a vibrating bar system (utility model; publication number: 1065531) whose fundamental characteristics are the following : the use of a bar with two different diameters and the preparation of clamps for fastening vibrating motors to it. Although this system considerably improves its functionality in the application of simultaneous vibration to the upper extremities with respect to the platforms, the need to support and / or move the free weight of the bar, subject to the action of gravity, makes it difficult to use with any type of population as elderly, injured or disabled people, and limits some of the fundamental movements of the upper extremities reducing safety during execution.
5 Seria por lo tanto deseable obtener un sistema que permitiera suspender la barra vibratoria para realizar movimientos en cualquier plano sin necesidad de sostener el peso de la barra, pudiendo contactar cómodamente con cualquiera de sus partes para recibir el estímulo vibratorio, y con la posibilidad de modificar fácilmente y de forma segura tanto la posición de la barra como la resistencia de trabajo del sistema. 5 It would therefore be desirable to obtain a system that would allow the suspension of the vibrating bar to perform movements in any plane without the need to support the weight of the bar, being able to comfortably contact any of its parts to receive the vibratory stimulus, and with the possibility of Easily and safely modify both the position of the bar and the working resistance of the system.
10 Para ello, la presente invención se refiere a la mejora de una barra vibratoria y el diseño de una estructura circular tubular de fácil montaje que permita suspender la barra mediante la interacción de dos sistemas de resistencia neumática variable que transmiten tensión a los extremos de la barra a través de un circuito de cordón inelástico. Este sistema permite obtener una mayor funcionalidad y versatilidad en la 10 To this end, the present invention relates to the improvement of a vibrating bar and the design of an easy-to-assemble tubular circular structure that allows the bar to be suspended by the interaction of two variable pneumatic resistance systems that transmit tension to the ends of the bar through an inelastic cord circuit. This system allows to obtain greater functionality and versatility in the
15 aplicación de vibración mecánica en las extremidades superiores, facilitando así su uso a cualquier tipo de población con un alto grado de seguridad. Además, el hecho de movilizar en cualquier dirección la barra vibratoria sin necesidad de sostenerla, permite nuevas posibilidades de trabajo en las extremidades inferiores difíciles de conseguir mediante las plataformas vibratorias convencionales. 15 application of mechanical vibration in the upper extremities, thus facilitating its use to any type of population with a high degree of safety. In addition, the fact of mobilizing the vibrating bar in any direction without the need to hold it, allows new work possibilities in the lower extremities difficult to achieve by means of conventional vibrating platforms.
La presente invención se refiere a un nuevo sistema de barra vibratoria suspendida para la aplicación de vibración mecánica en las extremidades superiores para el acondicionamiento físico. The present invention relates to a new suspended vibrating bar system for the application of mechanical vibration in the upper extremities for physical conditioning.
El nuevo sistema de barra vibratoria suspendida (figura 1) está compuesto por una barra vibratoria (1) y una estructura circular tubular (2) de la cual se suspende dicha barra mediante dos sistemas de resistencia neumática variable (3) que transmiten tensión a los extremos de la barra a través de dos circuitos de cordón inelástico ( 4) direccionados por poleas (5). The new suspended vibrating bar system (figure 1) is composed of a vibrating bar (1) and a tubular circular structure (2) from which said bar is suspended by two systems of variable pneumatic resistance (3) that transmit voltage to the bar ends through two inelastic bead circuits (4) driven by pulleys (5).
La barra vibratoria (figura 2) está formada por un cajón de base rectangular (9), con dos caras laterales semicirculares (10), sobre el que se fija el motor vibratorio (11) con tomillos de seguridad (12). Las caras laterales internas del cajón, en su parte superior, están unidas mediante una varilla (13) soldada. En el lado externo de ambas caras laterales del cajón, se acoplan dos placas circulares (14) de radio ligeramente superior a las caras del cajón. Las zonas centrales de ambas caras y placas circulares presentan un orificio circular en el cual se acoplan mediante soldadura interna y externa (15) dos barras rígidas tubulares (16) perpendiculares a las caras laterales del cajón y alineadas entre ellas. Ambas barras presentan en sus extremos un punto de anclaje formado un reborde circular (17) con orificios circulares (18) distribuidos en su perímetro, destinados a la unión de los circuitos de cordón inelástico con la barra vibratoria. El cajón presenta un recubrimiento rígido cilíndrico (19) fijado a ambas placas circulares con tomillos de seguridad (20). El cable del motor (21) vibratorio, cable espiral elástico, recorre el interior de una de las dos barras rígidas tubulares saliendo por su extremo. Dicho cable se conecta a un inverter que permite ajustar la velocidad del motor en función de la frecuencia deseada así como la amplitud de la vibración. The vibrating bar (figure 2) is formed by a rectangular base drawer (9), with two semi-circular side faces (10), on which the vibrating motor (11) with safety screws (12) is fixed. The inner side faces of the drawer, in its upper part, are joined by a welded rod (13). On the outer side of both sides of the drawer, two circular plates (14) of radius slightly larger than the sides of the drawer are coupled. The central areas of both sides and circular plates have a circular hole in which two rigid tubular bars (16) perpendicular to the side faces of the drawer and aligned with each other are coupled by internal and external welding (15). Both bars have at their ends an anchor point formed a circular flange (17) with circular holes (18) distributed in its perimeter, intended to join the inelastic cord circuits with the vibrating bar. The drawer has a rigid cylindrical cover (19) fixed to both circular plates with safety screws (20). The vibrating motor cable (21), elastic spiral cable, runs inside one of the two rigid tubular bars coming out from its end. Said cable is connected to an inverter that allows adjusting the motor speed according to the desired frequency as well as the amplitude of the vibration.
La estructura circular (figura 3) está formada por dos circunferencias tubulares (22) idénticas, de sección tubular, colocadas en paralelo y unidas entre ellas a lo largo de su perímetro por tubo transversal (23), que se elevan perpendiculares al plano del suelo apoyadas en cuatro placas (24) que actúan de columna y fijadas perpendicularmente a cuatro planchas rectangulares (25) que actúan de base. Ambas circunferencias tubulares presentan un corte en su parte central inferior dejando un espacio de paso destinado a la zona de trabajo (26). La estructura circular, de montaje modular, presenta 4 puntos de corte (27) que dividen la estructura en cinco módulos. Cada módulo contiene una parte de cada una de las dos circunferencias tubulares con sus correspondientes tubos transversales. Cada uno de los dos módulos inferiores está formado por dos de las planchas que actúan de base (25), sus placas perpendiculares (24) y el tramo correspondiente a los extremos abiertos de las circunferencias tubulares (22). La unión entre módulos se realiza mediante ensamblaje y tomillos de seguridad (28). La estructura está diseñada para proporcionar la resistencia estructural requerida para resistir las fuerzas laterales y longitudinales que se desarrollan durante el desplazamiento de la barra vibratoria en cualquier dirección.
The circular structure (figure 3) is formed by two identical tubular circumferences (22), of tubular section, placed in parallel and joined together along its perimeter by transverse tube (23), which rise perpendicular to the ground plane supported by four plates (24) that act as a column and fixed perpendicularly to four rectangular plates (25) that act as a base. Both tubular circumferences have a cut in their lower central part leaving a passage space for the work area (26). The circular structure, modularly mounted, has 4 cutting points (27) that divide the structure into five modules. Each module contains a part of each of the two tubular circumferences with their corresponding transverse tubes. Each of the two lower modules is formed by two of the base plates (25), their perpendicular plates (24) and the section corresponding to the open ends of the tubular circumferences (22). The connection between modules is carried out by means of assembly and safety screws (28). The structure is designed to provide the structural strength required to resist the lateral and longitudinal forces that develop during the movement of the vibrating bar in any direction.
De cada uno de los dos sistemas de resistencia neumática variable (3) (figura 1), fijados uno a cada lado de la estructura circular sobre los módulos inferiores, se proyecta un circuito de dos cordones inelásticos ( 4) que recorren el perímetro de la estructura, direccionados mediante poleas fijadas (5) en el centro de los tubos transversales de la estructura circular, para unirse a los puntos de anclaje derecho e izquierdo de la barra vibratoria mediante un sistema fácil de anclaje, preferentemente mosquetón (6). Los dos cordones correspondientes a uno de los circuitos llegan a la barra vibratoria direccionados en su último tramo por dos poleas locas (7) colocadas en la parte superior de la estructura y los cordones correspondientes al otro circuito llegan de la misma forma desde otras dos poleas locas (8) colocadas en la parte inferior de la estructura. De este modo, la barra vibratoria hace de unión entre los dos sistemas de resistencia neumática que actúan en la misma dirección pero en sentido opuesto, permitiendo elevar o bajar la barra vibratoria suspendida en función de la diferencia de tensión. Las líneas imaginarias proyectadas entre las dos poleas locas superiores y las proyectadas entre las dos poleas locas inferiores indican el límite superior e inferior de desplazamiento vertical de la barra dentro de la estructura circular. El sistema de anclaje a la barra permite al usuario suspender y descolgar con facilidad la barra vibratoria de la estructura circular, así como unir, en ambos lados, los dos circuitos de cordón inelástico, cordón superior con inferior, posibilitando la utilización del sistema de resistencia neumático sin la barra vibratoria y el acoplamiento de otros utensilios prácticos como asaderas, tobilleras u otro tipo de barras para el acondicionamiento físico. From each of the two systems of variable pneumatic resistance (3) (figure 1), fixed one on each side of the circular structure on the lower modules, a circuit of two inelastic cords (4) that travel the perimeter of the structure, directed by fixed pulleys (5) in the center of the transverse tubes of the circular structure, to join the right and left anchor points of the vibrating bar by means of an easy anchoring system, preferably carabiner (6). The two cords corresponding to one of the circuits arrive at the vibrating bar directed in its last section by two crazy pulleys (7) placed in the upper part of the structure and the cords corresponding to the other circuit arrive in the same way from two other pulleys crazy (8) placed at the bottom of the structure. In this way, the vibrating bar acts as a union between the two pneumatic resistance systems that act in the same direction but in the opposite direction, allowing the suspended vibrating bar to be raised or lowered depending on the voltage difference. The imaginary lines projected between the two upper idle pulleys and those projected between the two lower idle pulleys indicate the upper and lower vertical displacement limit of the bar within the circular structure. The anchoring system to the bar allows the user to easily suspend and lift the vibrating bar of the circular structure, as well as to join, on both sides, the two circuits of inelastic cord, upper and lower cord, enabling the use of the resistance system pneumatic without the vibrating bar and the coupling of other practical utensils such as roasters, anklets or other bars for physical conditioning.
La figura 1 es una vista en perspectiva del sistema de barra vibratoria suspendida. Figure 1 is a perspective view of the suspended vibrating bar system.
La figura 2 corresponde a una vista en perspectiva de la barra vibratoria.
La figura 3 corresponde a una vista en perspectiva de la estructura circular tubular.
Figure 2 corresponds to a perspective view of the vibrating bar.
Figure 3 corresponds to a perspective view of the tubular circular structure.
Claims (5)
- 2. 2.
- Sistema de barra vibratoria suspendida según reivindicación 1 caracterizado porque la barra vibratoria consiste en un motor vibratorio (11) acoplado a un cajón que contiene una base (9) con dos caras laterales (1 O) en las que se acoplan dos barras rígidas tubulares (16) perpendiculares a dichas caras y alineadas entre sí, destinadas a ser zona de agarre, y que presentan en sus extremos puntos de anclaje (17) para la unión de la barra con los sistemas de resistencia neumática variable mediante cordón inelástico. Suspended vibrating bar system according to claim 1 characterized in that the vibrating bar consists of a vibrating motor (11) coupled to a drawer containing a base (9) with two lateral faces (1 O) in which two tubular rigid bars ( 16) perpendicular to said faces and aligned with each other, intended to be a grip zone, and at their ends have anchor points (17) for joining the bar with the pneumatic resistance systems variable by means of an inelastic cord.
- 3. 3.
- Sistema de barra vibratoria suspendida según reivindicación 1 y 2 caracterizado porque todo el perímetro del cajón en el cual se acopla el motor vibratorio está recubierto con una carcasa rígida cilíndrica (19) que oculta y protege al motor sirviendo en toda su extensión, al igual que ambas barras rígidas tubulares, como zona de contacto para la transmisión del estímulo vibratorio al cuerpo humano. Suspended vibrating bar system according to claim 1 and 2 characterized in that the entire perimeter of the drawer in which the vibrating motor is coupled is covered with a rigid cylindrical housing (19) that conceals and protects the motor serving its full length, as well as both rigid tubular bars, as a contact area for the transmission of the vibratory stimulus to the human body.
- 4. Four.
- Sistema de barra vibratoria suspendida según reivindicación 1 caracterizado Suspended vibrating bar system according to claim 1 characterized
- porque la estructura circular está formada por dos circunferencias tubulares (22) because the circular structure is formed by two tubular circumferences (22)
- separadas y unidas entre ellas en diferentes puntos de su perímetro por tubo separated and joined together at different points of its perimeter per tube
- transversal (23), presentando un corte en su parte central inferior que crea un transverse (23), presenting a cut in its lower central part that creates a
- 5 5
- espacio destinado a la zona de trabajo (26), elevándose del suelo mediante space for the work area (26), rising from the ground by
- placas (24) que actúan de columna y fijadas a su vez a planchas (25) que actúan plates (24) acting as a column and in turn fixed to plates (25) acting
- de base de soporte y estabilización de la estructura. of support base and stabilization of the structure.
- 5. 5.
- Sistema de barra vibratoria suspendida según reivindicación 1 y 4 caracterizado Suspended vibrating bar system according to claim 1 and 4 characterized
- 1 O 1 o
- porque la estructura circular tubular presenta puntos de corte (27) a lo largo de because the tubular circular structure has cut points (27) along
- su perímetro que dividen la estructura en varios módulos de fácil montaje its perimeter that divide the structure into several easily assembled modules
- mediante el acoplamiento de los extremos de los tubos por ensamblaje y fijación by coupling the ends of the tubes by assembly and fixing
- con tomillos de seguridad (28). with safety screws (28).
- 15 fifteen
- 6. Sistema de barra vibratoria suspendida según reivindicación 1 y 2 caracterizado 6. Suspended vibrating bar system according to claim 1 and 2 characterized
- porque ambos sistemas independientes de resistencia neumática variable (3) because both independent systems of variable pneumatic resistance (3)
- están fijados uno a cada lado de la estructura circular al módulo inferior por su they are fixed one on each side of the circular structure to the lower module by its
- parte exterior transmitiendo cada sistema la misma tensión en los dos extremos outer part transmitting each system the same voltage at both ends
- de la barra mediante un circuito de cordón inelástico (4), direccionado con of the bar by means of an inelastic cord circuit (4), addressed with
- 20 twenty
- poleas (5) fijadas en el exterior de los tubos transversales de la estructura pulleys (5) fixed on the outside of the transverse tubes of the structure
- circular, que se une a los puntos de anclaje (17) de los extremos de la barra circular, which joins the anchor points (17) of the ends of the bar
- vibratoria consiguiendo así la interacción de dos resistencias que se regulan de vibratory thus achieving the interaction of two resistors that are regulated by
- forma independiente y que actúan en la misma dirección pero en sentido opuesto independently and acting in the same direction but in the opposite direction
- permitiendo elevar o bajar la barra vibratoria verticalmente dejándola allowing to raise or lower the vibrating bar vertically leaving it
- 25 25
- suspendida en cualquier punto comprendido entre el límite superior e inferior del suspended at any point between the upper and lower limit of the
- desplazamiento vertical de la barra en función de la diferencia de tensión entre el vertical displacement of the bar depending on the difference in tension between the
- sistema neumático que regula la resistencia superior y el que regula la resistencia pneumatic system that regulates the upper resistance and the one that regulates the resistance
- inferior. lower.
- 30 30
- 7. Sistema de barra vibratoria suspendida según reivindicación 1, 2 y 6 7. Suspended vibrating bar system according to claim 1, 2 and 6
- caracterizado porque el sistema de unión entre los puntos de anclaje (17) de los characterized in that the joint system between the anchor points (17) of the
- extremos de la barra vibratoria con ambos circuitos de cordón inelástico ( 4) vibrating bar ends with both inelastic cord circuits (4)
- permite al usuario suspender y descolgar con facilidad la barra vibratoria de la it allows the user to easily suspend and lift the vibrating bar of the
- estructura circular así como unir en ambos lados el cordón inelástico superior circular structure as well as joining the upper inelastic cord on both sides
con el inferior manteniendo así la interacción entre los dos sistemas de resistencia neumática y ofreciendo dicha unión un punto de anclaje para acoplar otros utensilios como asaderas, tobilleras, barras diversas... que permitan la utilización del sistema de resistencia neumática sin la barra vibratoria.
with the lower one thus maintaining the interaction between the two pneumatic resistance systems and offering said union an anchor point to attach other utensils such as roasters, anklets, various bars ... that allow the use of the pneumatic resistance system without the vibrating bar.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
ES201030371A ES2387976B1 (en) | 2010-03-15 | 2010-03-15 | VIBRATORY BAR SYSTEM SUSPENDED FOR THE APPLICATION OF MECHANICAL VIBRATION IN THE SUPERIOR EXTREMITIES FOR PHYSICAL CONDITIONING. |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
ES201030371A ES2387976B1 (en) | 2010-03-15 | 2010-03-15 | VIBRATORY BAR SYSTEM SUSPENDED FOR THE APPLICATION OF MECHANICAL VIBRATION IN THE SUPERIOR EXTREMITIES FOR PHYSICAL CONDITIONING. |
Publications (2)
Publication Number | Publication Date |
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ES2387976A1 true ES2387976A1 (en) | 2012-10-04 |
ES2387976B1 ES2387976B1 (en) | 2013-08-28 |
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ES201030371A Expired - Fee Related ES2387976B1 (en) | 2010-03-15 | 2010-03-15 | VIBRATORY BAR SYSTEM SUSPENDED FOR THE APPLICATION OF MECHANICAL VIBRATION IN THE SUPERIOR EXTREMITIES FOR PHYSICAL CONDITIONING. |
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Citations (7)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US4449716A (en) * | 1982-09-29 | 1984-05-22 | Goldy Robert I | Training device for athletes |
ES1065531U (en) * | 2007-03-19 | 2007-09-16 | Gerard Moras Feliu | Vibratory bar system for the application of mechanical vibration in the upper limbs for the physical conditioning. (Machine-translation by Google Translate, not legally binding) |
JP2009153613A (en) * | 2007-12-25 | 2009-07-16 | Panasonic Electric Works Co Ltd | Exercise assisting device |
DE102008016344A1 (en) * | 2008-03-30 | 2009-10-01 | Peter Kotlarov | Muscle i.e. biceps, stimulating device for arm in upper body area of user, has drive device for driving handles to perform vibration movement relative to frame, where vibration movement is repeated with frequency in preset range |
DE102009013203A1 (en) * | 2009-03-17 | 2010-09-23 | Bellicon Ag | Fall protection device |
US20110003669A1 (en) * | 2004-11-26 | 2011-01-06 | Redcord | Training apparatus |
CN101966382A (en) * | 2010-10-22 | 2011-02-09 | 东北大学 | Pneumatic control weight reduction supporting system |
-
2010
- 2010-03-15 ES ES201030371A patent/ES2387976B1/en not_active Expired - Fee Related
Patent Citations (7)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US4449716A (en) * | 1982-09-29 | 1984-05-22 | Goldy Robert I | Training device for athletes |
US20110003669A1 (en) * | 2004-11-26 | 2011-01-06 | Redcord | Training apparatus |
ES1065531U (en) * | 2007-03-19 | 2007-09-16 | Gerard Moras Feliu | Vibratory bar system for the application of mechanical vibration in the upper limbs for the physical conditioning. (Machine-translation by Google Translate, not legally binding) |
JP2009153613A (en) * | 2007-12-25 | 2009-07-16 | Panasonic Electric Works Co Ltd | Exercise assisting device |
DE102008016344A1 (en) * | 2008-03-30 | 2009-10-01 | Peter Kotlarov | Muscle i.e. biceps, stimulating device for arm in upper body area of user, has drive device for driving handles to perform vibration movement relative to frame, where vibration movement is repeated with frequency in preset range |
DE102009013203A1 (en) * | 2009-03-17 | 2010-09-23 | Bellicon Ag | Fall protection device |
CN101966382A (en) * | 2010-10-22 | 2011-02-09 | 东北大学 | Pneumatic control weight reduction supporting system |
Also Published As
Publication number | Publication date |
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ES2387976B1 (en) | 2013-08-28 |
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