Abstract: A boot-binding for board sports such as snowboarding is provided that is both automatically closing and compatible with any style of boot or shoe. A molded plastic shell which is fixedly attached to the board's upper surface provides a substantially boot-shaped receiving space and an automatic closing gate clamps down tightly across the boot's upper surface to bind the foot tightly. In operation, the rider simply steps into the binding thereby actuating a release mechanism which allows the gate to swing closed. Gate receptors mounted to the exterior of the plastic shell opposite the hinge accept and latch the gate firmly across boot's upper surface. Several cushioning elements, some of which may be inflatable, may be included and manual adjustments may be made without special tools to adjust the fit and feel of the binding.

Abstract: A boot-binding for board sports such as snowboarding is provided that is both automatically closing and compatible with any style of boot or shoe. A molded plastic shell which is fixedly attached to the board's upper surface provides a substantially boot-shaped receiving space and an automatic closing gate clamps down tightly across the boot's upper surface to bind the foot tightly. In operation, the rider simply steps into the binding thereby actuating a release mechanism which allows the gate to swing closed. Gate receptors mounted to the exterior of the plastic shell opposite the hinge accept and latch the gate firmly across boot's upper surface. Several cushioning elements, some of which may be inflatable, may be included and manual adjustments may be made without special tools to adjust the fit and feel of the binding.

Abstract: A boot-binding for board sports such as snowboarding is provided that is both automatically closing and compatible with any style of boot or shoe. A molded plastic shell which is fixedly attached to the board's upper surface provides a substantially boot-shaped receiving space and an automatic closing gate clamps down tightly across the boot's upper surface to bind the foot tightly. In operation, the rider simply steps into the binding thereby actuating a release mechanism which allows the gate to swing closed. Gate receptors mounted to the exterior of the plastic shell opposite the hinge accept and latch the gate firmly across boot's upper surface. Several cushioning elements, some of which may be inflatable, may be included and manual adjustments may be made without special tools to adjust the fit and feel of the binding.

Abstract: A boot-binding for board sports such as snowboarding is provided that is both automatically closing and compatible with any style of boot or shoe. A molded plastic shell which is fixedly attached to the board's upper surface provides a substantially boot-shaped receiving space and an automatic closing gate clamps down tightly across the boot's upper surface to bind the foot tightly. In operation, the rider simply steps into the binding thereby actuating a release mechanism which allows the gate to swing closed. Gate receptors mounted to the exterior of the plastic shell opposite the hinge accept and latch the gate firmly across boot's upper surface. Several cushioning elements, some of which may be inflatable, may be included and manual adjustments may be made without special tools to adjust the fit and feel of the binding.

Abstract: A system for generating graphics montage images comprises an image database, a display generator having an image selector and an image arranger. The system also includes a user interface and a display for displaying the generated montage images. The image database stores image data records correlated to images. The image selector selects a plurality of images from the database and the image arranger determines the display characteristics for each selected image. The selected images are then displayed together, as modified by their display characteristics, forming the graphics montage image. Typically, a plurality of graphics montage images are generated and displayed to the user.