Abstract: A method for predictive product quality assessment comprises receiving initialization product assessment data for a plurality of products. The initialization product assessment data comprises, for each product, one or more events, and for each of the one or more events, an amount of remediation time, a reassessment status, and a recurring event status. The initialization product assessment data is used to initialize a product readiness model to determine a product readiness score based upon run-time product assessment data. The run-time product assessment data comprises, for a selected product, one or more run-time events. For each of the one or more run-time events, a run-time reassessment status and a run-time recurring event status are obtained. A total run-time remediation time, the run-time reassessment status and the run-time recurring event status are input into the product readiness model. The product readiness model is utilized to determine and output the product readiness score.

Abstract: A method for predictive product quality assessment comprises receiving initialization product assessment data for a plurality of products. The initialization product assessment data comprises, for each product, one or more events, and for each of the one or more events, an amount of remediation time, a reassessment status, and a recurring event status. The initialization product assessment data is used to initialize a product readiness model to determine a product readiness score based upon run-time product assessment data. The run-time product assessment data comprises, for a selected product, one or more run-time events. For each of the one or more run-time events, a run-time reassessment status and a run-time recurring event status are obtained. A total run-time remediation time, the run-time reassessment status and the run-time recurring event status are input into the product readiness model. The product readiness model is utilized to determine and output the product readiness score.

Abstract: A wheel assembly is provided. The wheel assembly includes a wheel of the kind that may be mounted to a frame of a bicycle. The wheel assembly also has a spinning component mounted with a bearing on to a hub of the wheel. The spinning component has a plurality of radially extending, angularly-spaced components. The spinning component is set in motion when the wheel turns, and continues spinning for a period of time when the wheel is brought to a stop.

Abstract: A modular carrier ring for a motorcycle wheel hub assembly comprising a flat plate including a central flange forming a center bore therein for placement over the wheel hub, the central flange having a plurality of spaced-apart first through-holes formed therein for matching assembly with a like plurality of spaced-apart second through-holes formed in the wheel hub, the first through-holes and the second through-holes arranged for receipt therein of threaded fastening means to hold the flange tightly against the wheel hub, the central flange having a plurality of spaced-apart shallow apertures formed therein, in sequentially spaced arrangement with the first through-holes, for matching assembly with a like plurality of shallow apertures formed in the wheel hub for receipt therebetween of non-threaded anchor pins, a plurality of spaced-apart cross-arms extending outward from the central flange terminating in an anchor ring, and a plurality of tabs extending outward from the anchor ring each of the tab having f