Abstract: The spiral passing system includes a shoulder harness, a wrist harness, and a control strap connecting the shoulder and wrist harnesses. The control strap, adjustable in length, falls from atop the shoulder harness, down the passer's back, around the passer's forearm, and to the harness on the passer's wrist. The control strap's length is adjusted so that, when the passer throws a football, the strap pulls on the wrist harness, causing the throwing hand to pronate inward, releasing the football with longitudinal spin, as a perfect spiral pass. The spiral passing method has the passer wear and properly adjust the system, particularly the length of the control strap, so that the passer's wrist is pronated inward, and the passer can regularly throw perfect spiral passes. Using the spiral passing system and method will soon train the passer to produce the same perfect spiral passes without needing to use the system.

Abstract: Service Providers (SPs) enter on a Broker Website a profile of their services, workdays, and Daily Labor Rates (DLRs). Users access the Website, and enter services they require, and when. The Website displays the identities, profiles, and DLRs of SPs who can do the required work during the User's time window. SPs set DLRs, directly or via criteria by which the Website calculates them, including by applying a Discount for Days Out from the present day. The User selects a SP and requests a booking for a date, locking in the DLR, if accepted. Once the work is completed, the SP bills the User, and is paid, through the Broker Website. The invention also allows an individual to use an enabled mobile communication device to show his presence at a particular time and place, including to establish his presence at the agreed time and place for performance of Brokered services.

Abstract: Service Providers (SPs) enter on a Broker Website a profile of their services, workdays, and Daily Labor Rates (DLRs). Users access the Website, and enter services they require, and when. The Website displays the identities, profiles, and DLRs of SPs who can do the required work during the User's time window. SPs set DLRs, directly or via criteria by which the Website calculates them, including by applying a Discount for Days Out from the present day. The User selects a SP and requests a booking for a date, locking in the DLR, if accepted. Once the work is completed, the SP bills the User, and is paid, through the Broker Website. The invention also allows an individual to use an enabled mobile communication device to show his presence at a particular time and place, including to establish his presence at the agreed time and place for performance of Brokered services.

Abstract: The present invention comprises a method and system for dispatching a plurality of mobile service providers among a plurality of users (stationary) based on proximity of a user to a particular mobile service provider. One or more representations of proximity will be presented to a user on a map by the system and the system computes offers based on proximity.

Abstract: The present invention comprises a method and system for dispatching a plurality of mobile service providers among a plurality of users (stationary) based on proximity of a user to a particular mobile service provider. One or more representations of proximity will be presented to a user on a map (radar screen) by the system and the system computes offers based on proximity.

Abstract: The present invention comprises a method and system for dispatching a plurality of mobile service providers among a plurality of users (stationary) based on proximity of a user to a particular mobile service provider. One or more representations of proximity will be presented to a user on a map by the system and the system computes offers based on proximity.

Abstract: The present invention comprises a method and system for dispatching a plurality of mobile service providers among a plurality of users (stationary) based on proximity of a user to a particular mobile service provider. One or more representations of proximity will be presented to a user on a map (radar screen) by the system and the system computes offers based on proximity.