A bowling centre system (100) comprises: a bowling lane (1); a plurality of pins (2) positionable at predetermined points on the bowling lane (1); a plurality of strings (3), associated at one end, with a corresponding pin (2); for each string (3), a constrain system (4) positioned above the bowling lane (1) and having the other end of each string (3) connected to it; a pulley system (5) for managing the strings (3), positioned between the connecting system (4) and the pins (2) and comprising a motor-driven drawbar (6) operatively configured to manage a predetermined length of each string (3) present along the pulley system (5); the drawbar (6) is movable between a first position, allowing the pins (2) to be lifted from the bowling lane (1), and a second position, allowing not only the pins (2) to be lowered onto the bowling lane (1) into the predetermined position but also each string (3) to be slackened by the release of a further first working length so that the pins (2) can fall freely when struck by a ball (7) thrown along the lane (1) or by other pins struck by the ball (7) during play; a control device (8) for controlling the position of the movable drawbar (6); and a drive and selection system (9) connected to the movable drawbar (6) and to the control device (8) and configured to allow the movable drawbar (6) to move, when required, to at least a further, third operating position allowing the string (3) to be slackened by the release of a second working length different from the first working length of string (3) released when the second operating position is reached.

A bowling centre system (100) comprises: a bowling lane (1); a plurality of pins (2) positionable at predetermined points on the bowling lane (1); a plurality of strings (3), associated at one end, with a corresponding pin (2); for each string (3), a constrain system (4) positioned above the bowling lane (1) and having the other end of each string (3) connected to it; a pulley system (5) for managing the strings (3), positioned between the connecting system (4) and the pins (2) and comprising a motor-driven drawbar (6) operatively configured to manage a predetermined length of each string (3) present along the pulley system (5); the drawbar (6) is movable between a first position, allowing the pins (2) to be lifted from the bowling lane (1), and a second position, allowing not only the pins (2) to be lowered onto the bowling lane (1) into the predetermined position but also each string (3) to be slackened by the release of a further first working length so that the pins (2) can fall freely when struck by a ball (7) thrown along the lane (1) or by other pins struck by the ball (7) during play; a control device (8) for controlling the position of the movable drawbar (6); and a drive and selection system (9) connected to the movable drawbar (6) and to the control device (8) and configured to allow the movable drawbar (6) to move, when required, to at least a further, third operating position allowing the string (3) to be slackened by the release of a second working length different from the first working length of string (3) released when the second operating position is reached.

A game platform and process of setting up and scoring individual game pins on the game platform is provided. The platform and process has utility to mitigate the negative impact of recurring manual setup of individual game pins on a game surface prior to beginning or continuing play such as the misalignment of individual game pins potentially creating an unfair advantage or disadvantage to those playing the game. The platform and process also has utility to increase the efficiency and uniformity of game setup and game play. The platform affords automatic identification of a misaligned game pin and notifies a player of the need to realign the game pin. The platform has further utility to automatically score the game and generate additional game information in real-time.

A machine for setting up bowling pins in predetermined positions. The machine includes: a movable distributing arm, suitable for releasing the pins one by one each at one of the predetermined positions, and a primary system for positioning the distributing arm with respect to the predetermined positions. The primary system is devised for an operating cycle moving the distributing arm according to a fixed sequence. A lifting wheel sweeps away the pins and delivers the pins to the distributing arm. A motor moves the distributing arm, the primary positioning system and the lifting wheel (3). A secondary system interferes with the primary positioning system enabling the user to define a position chosen from the predetermined positions with a view to the set-up, by the machine, of a pin in the chosen position.

A machine for setting up bowling pins in predetermined positions. The machine includes: a movable distributing arm, suitable for releasing the pins one by one each at one of the predetermined positions, and a primary system for positioning the distributing arm with respect to the predetermined positions. The primary system is devised for an operating cycle moving the distributing arm according to a fixed sequence. A lifting wheel sweeps away the pins and delivers the pins to the distributing arm. A motor moves the distributing arm, the primary positioning system and the lifting wheel (3). A secondary system interferes with the primary positioning system enabling the user to define a position chosen from the predetermined positions with a view to the set-up, by the machine, of a pin in the chosen position.

A positioning system for bowling pins includes: a support frame; levers, each independently rotatably associated to the frame, according to an oscillating axis oscillating between rest and perturbed positions; cables, each having first and second ends, fixed to a respective lever; a carriage slidably associated to the support frame; first guides connected to the carriage, each configured to contact a respective cable between the respective lever and pin; a positioning template, provided with accommodating openings of the pins, in which a portion of a corresponding cable is inserted; brakes, each connected to the support frame, associated to a respective cable and actuatable between a blocking position and an unblocking position; an electric motor to actuate the carriage between first and second positions; sensors, each of which is associated to a corresponding lever and is configured the lever position; a control, which detects lever positions and manages the motor and brakes.

A positioning system for bowling pins includes: a support frame; levers, each independently rotatably associated to the frame, according to an oscillating axis oscillating between rest and perturbed positions; cables, each having first and second ends, fixed to a respective lever; a carriage slidably associated to the support frame; first guides connected to the carriage, each configured to contact a respective cable between the respective lever and pin; a positioning template, provided with accommodating openings of the pins, in which a portion of a corresponding cable is inserted; brakes, each connected to the support frame, associated to a respective cable and actuatable between a blocking position and an unblocking position; an electric motor to actuate the carriage between first and second positions; sensors, each of which is associated to a corresponding lever and is configured the lever position; a control, which detects lever positions and manages the motor and brakes.

A positioning system for bowling pins includes: a support frame; levers, each independently rotatably associated to the frame, according to an oscillating axis oscillating between rest and perturbed positions; cables, each having first and second ends, fixed to a respective lever; a carriage slidably associated to the support frame; first guides connected to the carriage, each configured to contact a respective cable between the respective lever and pin; a positioning template, provided with accommodating openings of the pins, in which a portion of a corresponding cable is inserted; brakes, each connected to the support frame, associated to a respective cable and actuatable between a blocking position and an unblocking position; an electric motor to actuate the carriage between first and second positions; sensors, each of which is associated to a corresponding lever and is configured the lever position; a control, which detects lever positions and manages the motor and brakes.

A positioning system for bowling pins includes: a support frame; levers, each independently rotatably associated to the frame, according to an oscillating axis oscillating between rest and perturbed positions; cables, each having first and second ends, fixed to a respective lever; a carriage slidably associated to the support frame; first guides connected to the carriage, each configured to contact a respective cable between the respective lever and pin; a positioning template, provided with accommodating openings of the pins, in which a portion of a corresponding cable is inserted; brakes, each connected to the support frame, associated to a respective cable and actuatable between a blocking position and an unblocking position; an electric motor to actuate the carriage between first and second positions; sensors, each of which is associated to a corresponding lever and is configured the lever position; a control, which detects lever positions and manages the motor and brakes.

A bowling centre system (100) comprises: a bowling lane (1); a plurality of pins (2) positionable at predetermined points on the bowling lane (1); a plurality of strings (3), associated at one end, with a corresponding pin (2); for each string (3), a constrain system (4) positioned above the bowling lane (1) and having the other end of each string (3) connected to it; a pulley system (5) for managing the strings (3), positioned between the connecting system (4) and the pins (2) and comprising a motor-driven drawbar (6) operatively configured to manage a predetermined length of each string (3) present along the pulley system (5); the drawbar (6) is movable between a first position, allowing the pins (2) to be lifted from the bowling lane (1), and a second position, allowing not only the pins (2) to be lowered onto the bowling lane (1) into the predetermined position but also each string (3) to be slackened by the release of a further first working length so that the pins (2) can fall freely when struck by a ball (7) thrown along the lane (1) or by other pins struck by the ball (7) during play; a control device (8) for controlling the position of the movable drawbar (6); and a drive and selection system (9) connected to the movable drawbar (6) and to the control device (8) and configured to allow the movable drawbar (6) to move, when required, to at least a further, third operating position allowing the string (3) to be slackened by the release of a second working length different from the first working length of string (3) released when the second operating position is reached.