Abstract:
La presente invencion se refiere a un zapato mejorado para futbol Futbol Rápido y deportes similares, el cual comprende en combinacion una seccion delantera y una seccion posterior que en conjunto con la suela, forman el cuerpo del zapato, lengüetas formadas por los extremos de la seccion delantera, extremos delanteros que forman parte de la seccion posterior, los cuales se convierten en contras cuando sobre los mismos se traslapan las lengüetas, una cubierta que formando parte de la seccion delantera queda localizada sobre el empeine del pie, cuandoéste se introduce en el zapato, un alojamiento situado en el interior de la cubierta y en el cual se acomoda opcionalmente una empeinera, ojillos situados en la orilla inferior de cada una de las lengüetas, a través de los cuales penetran las agujetas para amarrar el zapato; una trabilla posterior posicionada en la parte superior de la talonera, a través de la cual se introducen las agujetas para asegurar las mismas en la parte lateral o posterior del zapato y así facilitar el atado de las mismas, como ya se dijo, ya sea en la parte posterior o a un lado del zapato.
Abstract:
La présente invention concerne une chaussure de foot bal pourvue d'un laçage latéral extérieur, dont l'empeigne incorpore supérieurement et antérieurement une insertion, de matériel compact, résistant et suffisamment souple, qui permet de niveler l'empeigne extérieure posée sur le dessus du pied, au but d'obtenir une plus grande puissance de tir et une précision et une sensibilité meilleures dans le coup de ballon.
Abstract:
The invention relates to a sports shoe especially to improve the accuracy of passing on balls, which includes a sole and an upper part fastened to the sole to form an inner space serving for accommodating the foot; the upper part is provided with a loophole and a slit starting from the loophole to facilitate the sports shoe to be put on; one or more contraction elements as well as connecting elements serving for linking on the contraction elements to the upper part are arranged in the surroundings of the slit, and at least part of the outer surface of slit is provided with some coating. The characteristic feature of the solution is that the coating (10) consists of at least two guiding zones (11 and 12) and the outer side (11a, 12a) of at least one of the guiding zones (11, 12) is provided with impact elements (21, 22), while the impact elements (21, 22) are composed of an arranged assembly of extensions (21a, 22a) protruding from the outer side (11a, 12a) and forming an angle ( alpha ) 1 to 80 DEG with the normal vector (11b, 12b) of outer side (11a, 12a), as well as of holes (21c, 22c) bordered by the extensions (21a, 22a).
Abstract:
The invention relates to a sports' shoe, in particular a football boot, with an upper (1) comprising an instep region (8), with a sole (2) connected to the upper and with tension strips (3, 4, 5) for stiffening. The sole is stiffened by a front tension strip (3) connecting the front end (6) of the sole to the upper (1) and by two rear tension strips (4, 5) connecting the heel area (7) of the sole (2) to the upper (1) in such a manner that although it is still possible to bend the sole up completely, it is impossible to bend it down.
Abstract:
Soccer training shoes are provided having ball contact elements (36, 38, 40, 42, 44, 46) that cause a soccer ball to more readily bounce away from the foot of the user.
Abstract:
An improved athletic shoe sole (10) of the type having annular cleating is disclosed. The sole (10) includes an annular cleat set (21) projecting from the main sole surface (19) and disposed along a substantially circular path (25) which encompasses a major area of the toe and ball-of-the-foot portions (17, 15), the set (21) having a plurality of cleat nodes (23), each of which is arranged in a substantially abutting relationship to at least one adjacent cleat node (23). Each cleat node (23) has a distal end or tip (39) spaced from the main sole surface (19) and first and second edges (45a, 45b) on opposite sides of the distal end (39) with proximal ends (47) terminating on the circular path (25). Improved pivotability and traction characteristics are provided.
Abstract:
The athletic shoe comprises an outer layer and an inner layer, forming the instep, upper, eyelet, shoelace, shoe and studs. There is a tree-type gasbag between the outer layer and inner layer of the shoe's instep. The gasbag is positioned within the instep, extending to the toes. A port can be inflated which is fluidly interconnected with the gasbag. There are long and thin strips which are vertical to instep and on the outside surface of the shoe. The strips are positioned with the instep, extending to the toes. The strips can be disconnected, for forming disconnected projecting, and surface being formed vertical to the instep about. Thus, the athletic shoe's frictional force and resilience are better than the conventional shoe.
Abstract:
A flexible sole for athletic shoes for field sports of the type having an annular cleat (27) providing improved pivotability and excellent traction. The annular cleat has opposed breaks (68, 70) along its distal edge in inside and outside opposed main lateral portions (60, 62) which are centered on the juncture of the ball-of-the foot (22) and toe portions (24) of the sole. In some versions, the annular cleat has a passageway (42) across a portion of the width of the sole just forward of the arch portion (20). In soles especially adapted for soccer, the inside main lateral portion (60) is spaced from the inside sole edge (64) by a distance greater than the outside main lateral portion (62) is from the outside edge.
Abstract:
A sport shoe having ball-contacting pads mounted thereon for increasing kicking performance without appreciably decreasing ball feel is disclosed. The pads include a top layer separated from a bottom layer by interconnecting elastic elements or webs. The top and bottom layers are substantially planar and elongate. The pad is arranged on the shoe so that when, for example, a soccer player kicks a ball, reaction forces from the impact will displace the top layer longitudinally, substantially parallel to the bottom layer, thus stretching the elastic interconnecting elements, storing potential energy. As the ball leaves the player's shoe, the reaction forces are diminished, and the potential energy in the interconnecting elements moves the top layer to again move longitudinally, but in an opposite direction. This return movement imparts a tangential force on a ball, thus enabling a player to kick the ball with substantial spin, a key tactic during many parts of a soccer game.
Abstract:
An article of footwear characterised by having at least one region/zone (5, 6, 7) at which frictional interaction during contact between a ball and a said region/zone is enhanced. Each said region/zone is such that the reaction between a said zone and a ball on impact between the ball and the zone is such as to facilitate the production of a relative movement between the article of footwear and ball which is such as to cause the ball to follow a desired linear/curved trajectory.