A bicycle wheel positioning device includes a case and two positioning units. The two positioning units are respectively installed to the case and each include a roller unit and at least one spring. When the two roller units are applied by a force, the two roller units are pushed away from each other. When the force is removed, the roller units move back and toward each other by the at least one spring in each roller unit.

Surface attachable storage systems having a base rail (7) for attachment to a wall (1) or ceiling (2) surface, an outer rail (11) for attachment to the base rail to form a rail assembly (3), the outer rail having means for attaching accessories for holding storage items and at least one accessory (4, 5) for holding storage items. The means on the outer rail for attaching accessories for holding storage items may be at least one pin-receiving socket (17) in the outer rail of the rail assembly for inserting a mating bayonet-type pin (23) on an accessory or a T-slot (15) in the outer rail of the rail assembly for inserting T-pins (26, 30) of an accessory.

Surface attachable storage systems having a base rail (7) for attachment to a wall (1) or ceiling (2) surface, an outer rail (11) for attachment to the base rail to form a rail assembly (3), the outer rail having means for attaching accessories for holding storage items and at least one accessory (4, 5) for holding storage items. The means on the outer rail for attaching accessories for holding storage items may be at least one pin-receiving socket (17) in the outer rail of the rail assembly for inserting a mating bayonet-type pin (23) on an accessory or a T-slot (15) in the outer rail of the rail assembly for inserting T-pins (26, 30) of an accessory.

A hitch mounted bicycle carrier that vertically mounts a plurality of bicycles. The bicycles are secured by the front tire in a C-hoop structure at the top of the bicycle carrier. The bicycle carrier secures a rear tire to a lower mounting structure. The bicycle carrier is configured to be mounted to the vehicle with an anti-rattle hitch mounting method. A hinge structures integrates dampers/gas springs to slow the hinging of the bicycle carrier when loaded with bicycles. The bicycle carrier when not in use for transportation doubles as a bicycle storage and access rack. The bicycle carrier also acts as a bicycle tuning, repair, and workstation when on the back of a vehicle or when in use as a storage access rack. The bicycle carrier also features integrated locking cables as an anti-theft deterrent when riders aren't with the bicycles and bicycle carrier.

A hitch mounted bicycle carrier that vertically mounts a plurality of bicycles. The bicycles are secured by the front tire in a C-hoop structure at the top of the bicycle carrier. The bicycle carrier secures a rear tire to a lower mounting structure. The bicycle carrier is configured to be mounted to the vehicle with an anti-rattle hitch mounting method. A hinge structures integrates dampers/gas springs to slow the hinging of the bicycle carrier when loaded with bicycles. The bicycle carrier when not in use for transportation doubles as a bicycle storage and access rack. The bicycle carrier also acts as a bicycle tuning, repair, and workstation when on the back of a vehicle or when in use as a storage access rack. The bicycle carrier also features integrated locking cables as an anti-theft deterrent when riders aren't with the bicycles and bicycle carrier.

A portable, foldable, transformable bicycle support rack having stability, ease of use, transferability, portability, space saving, versatility of use.

A portable, foldable, transformable bicycle support rack having stability, ease of use, transferability, portability, space saving, versatility of use.

A modular cycle storage apparatus including at least one at least partially arcuate fixed trunk assembly extending upwardly from the mounting surface, at least one arcuate movable arm assembly mounted relative to the at least one fixed trunk assembly and movable relative thereto between an extended, lower position and a retracted, elevated position, and at least one lower arm assembly mounted relative to a lower portion of the at least one fixed trunk assembly and beneath the at least one arcuate movable arm assembly, each of the at least one arcuate movable arm assembly and the at least one lower arm assembly adapted to mount a cycle for at least temporary storage.

A modular cycle storage apparatus including at least one at least partially arcuate fixed trunk assembly extending upwardly from the mounting surface, at least one arcuate movable arm assembly mounted relative to the at least one fixed trunk assembly and movable relative thereto between an extended, lower position and a retracted, elevated position, and at least one lower arm assembly mounted relative to a lower portion of the at least one fixed trunk assembly and beneath the at least one arcuate movable arm assembly, each of the at least one arcuate movable arm assembly and the at least one lower arm assembly adapted to mount a cycle for at least temporary storage.

An adaptor bar includes a retractable tube unit. Two end parts are respectively connected to two respective ends of the tube unit. Two C-shaped hooks are respectively fixed to the two ends of the tube unit. Each hook includes a first connection portion. Two plates are respectively connected to the two end parts. Each plate includes a first section, a second section and a third section. The second section is formed inclinedly between the first and third sections. The third section of each plate is fixed to the end part corresponding thereto. The first section of each plate is removably engaged with the first connection portion of the hook by sliding the end part. The first section includes a first recess and a second recess. The second recess is located close to the second section and includes a recessed reinforcement which reinforces a portion between the first and second sections.