Abstract: Embodiments of the invention are generally directed to securing a trim cover to a vehicle seat cushion. In at least one embodiment, a seat cushion assembly comprises a foam cushion having an “A” surface, a “B” surface, and at least one slot extending therebetween, a trim cover extending over the foam cushion, and a trim cover attachment assembly secured to the trim cover for securing the trim cover adjacent the foam cushion. In at least one embodiment, the trim cover attachment assembly comprises a flexible sheet having a first end attached to the trim cover and a second end having a paddle that sits adjacent the “B” surface of the foam cushion, the fabric extending through the slot of the foam cushion.

Abstract: Embodiments of the invention are generally directed to securing a trim cover to a vehicle seat cushion. In at least one embodiment, a seat cushion assembly comprises a foam cushion having an “A” surface, a “B” surface, and at least one slot extending therebetween, a trim cover extending over the foam cushion, and a trim cover attachment assembly secured to the trim cover for securing the trim cover adjacent the foam cushion. In at least one embodiment, the trim cover attachment assembly comprises a flexible sheet having a first end attached to the trim cover and a second end having a paddle that sits adjacent the “B” surface of the foam cushion, the fabric extending through the slot of the foam cushion.

Abstract: A vehicle seat component selection system includes a showroom having a vehicle seat component display and a touch screen terminal for input of customer data such as vehicle identification, vehicle assembly location and vehicle assembly volume. The terminal has access to a vehicle seat component database which defines characteristics of each component, such as sourcing location, cost, and compatibility with other components. A customer seat selection report is created by selecting components from the database, with a signal provided in the event incompatible components are selected. The terminal graphically displays the components as they are selected, and indicates a price range for the seat assembly as it is being proposed.

Abstract: A vehicle seat component selection system includes a showroom having a vehicle seat component display and a touch screen terminal for input of customer data such as vehicle identification, vehicle assembly location and vehicle assembly volume. The terminal has access to a vehicle seat component database which defines characteristics of each component, such as sourcing location, cost, and compatibility with other components. A customer seat selection report is created by selecting components from the database, with a signal provided in the event incompatible components are selected. The terminal graphically displays the components as they are selected, and indicates a price range for the seat assembly as it is being proposed.