Enhanced security bicycle and scooter rack is an upright beam structure affixed to a solid surface. The rack has a rigid beam base structure, fully or partially fabricated of a specific cross-sectional profile and ancillary chains permanently attached to it, operable to be wrapped or loop around a bicycle or a scooter. Depending on the variant of the invention, additional correlating members of a specific design may be arranged and affixed to the base structure, which is purposed to facilitate the locking of bicycles and scooters to the invention with the use of a variety of conventional user-provided bicycle locks and padlocks.

A protective case for a bicycle, which is an enclosed hollow rectangular cuboid including a top half; a lower half; wherein the top and lower halves releasably connect together to form the enclosed cuboid; and wherein each of the halves has: rigid outer wall sections for each surface of the cuboid so that the cuboid is fully enclosed; wherein at least the lower half has a stand attached thereto and the stand being adapted to connect to a bicycle frame of the bicycle and the case being adapted to support the bicycle when the stand is in, either: a non-extended position; and an extended position; wherein the stand is releasably attached to a mounting system; and the mounting system can hold the bicycle either in alignment or orthogonally to the longitudinal axis of the lower half.

A protective case for a bicycle, which is an enclosed hollow rectangular cuboid including a top half; a lower half; wherein the top and lower halves releasably connect together to form the enclosed cuboid; and wherein each of the halves has: rigid outer wall sections for each surface of the cuboid so that the cuboid is fully enclosed; wherein at least the lower half has a stand attached thereto and the stand being adapted to connect to a bicycle frame of the bicycle and the case being adapted to support the bicycle when the stand is in, either: a non-extended position; and an extended position; wherein the stand is releasably attached to a mounting system; and the mounting system can hold the bicycle either in alignment or orthogonally to the longitudinal axis of the lower half.

A swinging locking mechanism configured to be mounted to a bicycle rack includes a movable rod configured to be movably mounted to a pivot seat of the bicycle rack, and an operating member. The movable rod defines an axial direction and includes at least one second engaging portion which is releasably engaged with at least one first engaging portion of the pivot seat. The operating member is connected with the at least one second engaging portion, and an operational direction of the operating member is parallel to the axial direction. The bicycle rack including the swinging locking mechanism is further provided, and further includes: a carrying frame, having at least one of the pivot seat and configured to carry at least one bicycle. The movable rod is transverse to the carrying frame and configured to restrict the at least one bicycle.

A swinging locking mechanism configured to be mounted to a bicycle rack includes a movable rod configured to be movably mounted to a pivot seat of the bicycle rack, and an operating member. The movable rod defines an axial direction and includes at least one second engaging portion which is releasably engaged with at least one first engaging portion of the pivot seat. The operating member is connected with the at least one second engaging portion, and an operational direction of the operating member is parallel to the axial direction. The bicycle rack including the swinging locking mechanism is further provided, and further includes: a carrying frame, having at least one of the pivot seat and configured to carry at least one bicycle. The movable rod is transverse to the carrying frame and configured to restrict the at least one bicycle.

The present invention discloses a turntable for the rotation of automobiles, other motor vehicles, and displays. The turntable includes base arc and centering segments, arm and deck segments. The deck segment receives a vehicle. The turntable includes a center hub connecting the deck segments. The center hub comprises a center plate. The turntable includes rotating arms extending from the center plate. The turntable comprises a gear segment connected to the arms. The gear segment connects to a drive shaft via a worm gear. The turntable includes a motor connecting the drive shaft. The motor engages the drive shaft causing the gear to rotate, which in turn rotates the gear segment. Rotation of the gear segment causes the arms to rotate with support from the roller assemblies. Rotation of the arms rotates the center hub, which in turn rotates the deck segments with the vehicle.

The present invention discloses a turntable for the rotation of automobiles, other motor vehicles, and displays. The turntable includes base arc and centering segments, arm and deck segments. The deck segment receives a vehicle. The turntable includes a center hub connecting the deck segments. The center hub comprises a center plate. The turntable includes rotating arms extending from the center plate. The turntable comprises a gear segment connected to the arms. The gear segment connects to a drive shaft via a worm gear. The turntable includes a motor connecting the drive shaft. The motor engages the drive shaft causing the gear to rotate, which in turn rotates the gear segment. Rotation of the gear segment causes the arms to rotate with support from the roller assemblies. Rotation of the arms rotates the center hub, which in turn rotates the deck segments with the vehicle.

A swinging locking mechanism configured to be mounted to a bicycle rack includes a movable rod configured to be movably mounted to a pivot seat of the bicycle rack, and an operating member. The movable rod defines an axial direction and includes at least one second engaging portion which is releasably engaged with at least one first engaging portion of the pivot seat. The operating member is connected with the at least one second engaging portion, and an operational direction of the operating member is parallel to the axial direction. The bicycle rack including the swinging locking mechanism is further provided, and further includes: a carrying frame, having at least one of the pivot seat and configured to carry at least one bicycle. The movable rod is transverse to the carrying frame and configured to restrict the at least one bicycle.

A swinging locking mechanism configured to be mounted to a bicycle rack includes a movable rod configured to be movably mounted to a pivot seat of the bicycle rack, and an operating member. The movable rod defines an axial direction and includes at least one second engaging portion which is releasably engaged with at least one first engaging portion of the pivot seat. The operating member is connected with the at least one second engaging portion, and an operational direction of the operating member is parallel to the axial direction. The bicycle rack including the swinging locking mechanism is further provided, and further includes: a carrying frame, having at least one of the pivot seat and configured to carry at least one bicycle. The movable rod is transverse to the carrying frame and configured to restrict the at least one bicycle.

A system for automatically correcting bicycle handlebar and warehousing the bicycle includes a bicycle and a warehouse box for storing the bicycle. The bicycle includes a bicycle frame, a handlebar, a stem, a front wheel and a rear wheel; an encoder is mounted on a bicycle frame for recording a rotation angle of a stem and sensing whether the handlebar is corrected. A rear-wheel correcting and fine-adjusting device is provided in the warehousing box or on the bicycle frame. The rear-wheel correcting and fine-adjusting device automatically twists a rear wheel according to a deviation angle record of the encoder on the bicycle frame so that the rear wheel and a front wheel form a plane. The system is capable of automatically correcting the handlebar and warehousing the bicycle, thereby facilitating the automatic storage and greatly reducing the storage space in the warehousing box.