Abstract: A new and useful additive improvement process to telephone voicemail products, of which empowers one or more users the ability to remotely retrieve the contact information of others with one or more telephone-service-enabled devices and one or more associated voicemail service products.

Abstract: A new and useful additive improvement process to telephone voicemail products, of which empowers one or more users the ability to remotely retrieve the contact information of others with one or more telephone-service-enabled devices and one or more associated voicemail service products.

Abstract: Embodiments of a novel approach to a business process that utilizes and implements any type of clear netting or fencing as a safety barrier backstop for spectators at baseball events are disclosed.

Abstract: A method and a system are provided for machining, especially for joining work pieces (2) in the shell of a body structure. The work pieces are transported in a continuous manner along a transfer line (3) by a conveyor (5) and are machined by several robots (7, 8) which are preferably arranged in a stationary manner on the transfer line. The robots (7, 8) are synchronized with the conveying movement of the workpieces (2). The movement and the position of the workpieces (2) are detected by a sensor system (13) which informs a control system (12) which controls the conveyors (5) and the robots (7,8). The machining system (1) can comprise a monitoring system (11) provided with an optical image detection system, which enables synchronization to be monitored and possibly retroactively adjusted.

Abstract: The invention relates to a method and a system for machining, especially for joining work pieces (2) in the shell of a body structure. The work pieces are transported in a continuous manner along a transfer line (3) by a conveyor (5) and are machined by several robots (7, 8) which are preferably arranged in a stationary manner on the transfer line. The robots (7, 8) are synchronised with the conveying movement of the work pieces (2). The movement and the position of the workpieces (2) are detected by a sensor system (13) which informs a control system (12) which controls the conveyors (5) and the robots (7, 8). The machining system (1) can comprise a monitoring system (11) provided with an optical image detection system, which enables synchronisation to be monitored and possibly retroactively adjusted.