Abstract:
A basketball shooting practice return apparatus includes a framework for mounting on a backboard, support members pivotally mounted to the framework below guide elements on the framework and above a hoop on the backboard, a retrieval net assembly supported by the support members and spaced outwardly and hanging downwardly from above the hoop, a net positioning mechanism operable for selectively applying and releasing a pulling force upon the retrieval net assembly and support members from the direction of the guide elements above the backboard so as to be able to pivotally move the net assembly and support members between a raised inclined position extending forwardly and upwardly from the backboard and a lowered vertical position extending downwardly from the backboard and to hold the retrieval net assembly and support members at any stationary position therebetween, and a basketball return structure associated with the retrieval net assembly.
Abstract:
An all weather golf driving range which is designed to drape and or cover a conventional range with a netting having a number of ball receiving bores formed therein to permit balls to be conveniently and automatically collected through motion induced by gravity from the configuration of the netting. When in position, the netting is configured in its elevation by the plurality of conical members, preferably in reticulated form, with ground support posts holding the netting up to form apices, and with the ball receiving bores being formed at the lower juncture points along or at the mutually adjacent conical zones.
Abstract:
A golf ball conveyor including an endless chain having link pins arranged vertically which moves along a travelling line in a golf-ball conveying direction to convey golf balls. A driving device rotates the chain in an endless manner. A plurality of ball moving protrusions are provided at predetermined distances on the chain to move the golf balls one-by-one, and a plurality of guide rollers are provided at predetermined distances on the chain for guiding movement of the chain. Sprockets may be used for bending the travelling line of the endless chain.
Abstract:
A golf driving range system for golfers to practice their driving skills is provided. The driving range system includes a plurality of tee boxes. Each tee box has a renewable ball stock and an automatic golf ball tee-up machine. The balls in the ball stock of each tee box have identifying characteristics for relating the balls to the particular tee box. The system has a yard and ball return gutters. The yard has sloped surfaces to cause any golf balls landing on the yard to roll toward the ball return gutters. At least one target is positioned in the yard. The target has a winning ball identification apparatus for sensing the identifying characteristics of a ball hitting the target and relaying this information to a scoring device. The ball return gutters deliver balls landing in the yard to a ball distribution apparatus, which has a return ball identification apparatus for sensing the identifying characteristics of a ball and distributing the ball back to the renewable ball stocks of the tee boxes. The identifying characteristics for the golf balls can include, for example, color, symbols, bar codes, magnetism, or any combination thereof. The ball identification apparatus include suitable devices for detecting color, graphic images, bar codes, or magnetism, depending on which type of identifying characteristics are employed.
Abstract:
A substantially vertical elevator (5) for the transport of round and/or spherical objects, for example golf balls, between different levels, the elevator including a conveyor belt (11) which extends between an upper roller at an upper level and a lower roller at a lower level and which passes a number of emptying points between the rollers. A number of spaced carrier planes (12) extending transversely of the conveyor belt, on which planes the objects are capable of resting during the movement of the conveyor belt (11) from a replenishment point (6) to the emptying point or emptying points. An ejector (13) is disposed, between the carrier planes (12) and is actuable at the emptying points for removal of the objects on the adjacent carrier plane (12) to a receptacle container provided at the emptying point in question.
Abstract:
An apparatus for use in collecting and distributing the balls of pitching machines includes a collection box having a plurality of outlet openings, and an agitator supported for rotation within the box. The agitator includes a radially extending, generally horizontally disposed flap positioned above the floor by a distance less than about the diameter of the balls, and the agitator is rotated to move the flap along a circular path extending directly over the openings. The flap is flexible vertically relative to the balls so that the balls roll beneath the flap as it moves over them.
Abstract:
A ping-pong ball shooter including a reciprocating arm mechanism composed of an abruptly returning device capable of shooting out a ball, a rotating mechanism, a ball feeding/regaining device, an eye ball reciprocating mechanism and speed changing device, whereby by means of slider-crank mechanism in four linkages, the eye ball reciprocating mechanism can rotate left and right and up and down like an eye, making the shot out ping-pong balls scattered within a sector area of a ping-pong table, and the rotation direction, bounding speed and bounding strength of the ball can be controlled, and the shot out balls can be recollected into a ball collector through a hopper slide way and a sleeve ball bag, one end of the sleeve ball bag being open and inserted into the slide way and the other end thereof being closed, serving as a driving end, three sets of blades and openings being disposed therein whereby when rotating, due to centrifugal force, the balls slide through the opening into ball pipe to be pushed by the blades upward along the ball pipe into a T-shaped pipe having a spring, ready ball tunnel and ball spilling pipe, permitting the balls to freely drop into the ready ball tunnel, and if the same is filled with other balls, a pressing spring forces the balls to the ball spilling pipe to slide back to the sleeve ball bag.
Abstract:
A pair of spaced, wall-mounted frames support an abbreviated volleyball net and a no-rebound ball barrier which catches and returns a ball struck over the net. The frames are pivotably mounted and may be folded toward one another whereby the net and ball barrier collapse downwardly. A protective screen may then be drawn upwardly over the net, the ball barrier and a greater portion of the folded frames. The frames include vertically movable members to which the net is attached; and, these members may be adjusted to vary the net height as desired.
Abstract:
A ball return assembly for use with a pitching machine in a batting cage includes a conveyor having an endless loop belt with a transport surface provided with a plurality of spaced depressions each adapted to receive a ball. The belt is supported and guided along a generally horizontal ball return path to permit balls in the batting cage to be returned to the pitching machine.
Abstract:
The invention relates to a ball game practice apparatus, particularly for tennis practice, comprising a ball catching assembly (2) and a ball collecting assembly (3), which in its turn comprises at least a first chute (30) beneath the ball catching assembly, said ball catching assembly being connected with a ball propulsion assembly (5) via a ball feeding assembly (4). A characteristic feature of the invention is that in the ball collecting assembly (3) between the chute (30) and the ball catching assembly (2) there is a damping device (32), through which the balls must pass and which damps the falling speed of the balls to prevent them from leaving the ball collecting assembly (3) by rebounding from the bottom (33) of the chute. Another characteristic feature of the invention is further that the bottom of said at least first chute (30) consists of a plane, preferably sloping only in the longitudinal direction of the chute.