A bicycle storage accessory mountable on a bicycle frame or seat post that includes a cylindrical container providing an enclosed interior space, a rear facing lid that incorporates an LED light, and a mounting bracket. Correspondingly mating attachment structures on the container and mounting bracket include a first portion having protrusions extending radially outward from an axis of rotation of the container, and a second portion having pockets extending radially outward from the axis of rotation. The container connects to the mounting bracket via axially bringing the two together, then rotating one or the other so that each radial protrusion is received into a respective pocket. A locking mechanism prevents undesired back rotation. The LED lid incorporates a two-stage magnetic locking system with haptic feedback and structures for attaching the LED lid to the mounting bracket. A wheel guard may be attached between the mounting bracket and container.

A bicycle storage accessory mountable on a bicycle frame or seat post that includes a cylindrical container providing an enclosed interior space, a rear facing lid that incorporates an LED light, and a mounting bracket. Correspondingly mating attachment structures on the container and mounting bracket include a first portion having protrusions extending radially outward from an axis of rotation of the container, and a second portion having pockets extending radially outward from the axis of rotation. The container connects to the mounting bracket via axially bringing the two together, then rotating one or the other so that each radial protrusion is received into a respective pocket. A locking mechanism prevents undesired back rotation. The LED lid incorporates a two-stage magnetic locking system with haptic feedback and structures for attaching the LED lid to the mounting bracket. A wheel guard may be attached between the mounting bracket and container.

A bicycle storage accessory mountable on a bicycle frame or seat post that includes a cylindrical container providing an enclosed interior space, a rear facing lid that incorporates an LED light, and a mounting bracket. Correspondingly mating attachment structures on the container and mounting bracket include a first portion having protrusions extending radially outward from an axis of rotation of the container, and a second portion having pockets extending radially outward from the axis of rotation. The container connects to the mounting bracket via axially bringing the two together, then rotating one or the other so that each radial protrusion is received into a respective pocket. A locking mechanism prevents undesired back rotation. The LED lid incorporates a two-stage magnetic locking system with haptic feedback and structures for attaching the LED lid to the mounting bracket. A wheel guard may be attached between the mounting bracket and container.

A luggage pack in the form of a bar bag for attachment to a bicycle comprises an external stretch pocket made of a mesh with elastane or similar stretchy material, and a T-shaped Thermoplastic Polyurethane (TPU) component sewn into the leading edge of the pocket. The TPU component forms a strap, equipped with holes like a belt, for closure. A buckle is attached to the bag and supported by an internal structure of the bag. The strap is looped through the buckle and a prong on the buckle engages one of the strap's holes for secure closure. The design maintains bag stability, reduces flapping of the strap end, and provides easy, one-handed access to the bag.

A luggage pack in the form of a bar bag for attachment to a bicycle comprises an external stretch pocket made of a mesh with elastane or similar stretchy material, and a T-shaped Thermoplastic Polyurethane (TPU) component sewn into the leading edge of the pocket. The TPU component forms a strap, equipped with holes like a belt, for closure. A buckle is attached to the bag and supported by an internal structure of the bag. The strap is looped through the buckle and a prong on the buckle engages one of the strap's holes for secure closure. The design maintains bag stability, reduces flapping of the strap end, and provides easy, one-handed access to the bag.

A motorcycle case includes an inner case part which is fastenable to a motorcycle and an outer case part connected to the inner case part that is displaceable laterally relative to the inner case part. A driven gearwheel mechanism couples the inner case part and the outer case part where a width of the motorcycle case is adjustable by displacing the outer case part relative to the inner case part. The gearwheel mechanism includes at least a first gearwheel group and a second gearwheel group which each have a plurality of gears coupled to one another, rotating together and assigned to an axis of rotation, where respective teeth of adjacent gearwheel groups mesh. The first gearwheel group and the second gearwheel group each have at least one spur gear and at least one bevel gear and either the spur gears or the bevel gears of adjacent gearwheel groups mesh.

A motorcycle case includes an inner case part which is fastenable to a motorcycle and an outer case part connected to the inner case part that is displaceable laterally relative to the inner case part. A driven gearwheel mechanism couples the inner case part and the outer case part where a width of the motorcycle case is adjustable by displacing the outer case part relative to the inner case part. The gearwheel mechanism includes at least a first gearwheel group and a second gearwheel group which each have a plurality of gears coupled to one another, rotating together and assigned to an axis of rotation, where respective teeth of adjacent gearwheel groups mesh. The first gearwheel group and the second gearwheel group each have at least one spur gear and at least one bevel gear and either the spur gears or the bevel gears of adjacent gearwheel groups mesh.