One frame supports mechanical and electronic battery locks through aligned actuators and fasteners, simplifying production and retrofitting.
A two-tab battery holder uses pivoting installation and elastic locking to secure an e-bike battery against shocks without added complexity.
This case nests a folding lock inside a tapered seat post, protecting it from weather and damage without removing the seat.
Nylon sleeves, adjusting bolts, and a sealed cover secure a GPS locator inside a bicycle crossbar against impacts and water.
A rearward intake port and tank-side passage reduce side-cover width and vehicle weight while limiting water ingress.
A single-sided wheel lock uses a spoke pin, cable, and holster to simplify PMV locking and reduce trip delays.
An electric motor and tolerance gap separate latch forces from the actuator for reliable, tamper-resistant vehicle locking.
A spring-assisted adjustable claw adapts the lock opening to different brake discs for snug fit and one-handed operation.
A pickproof device integrates pressure, sound, and friction sensors to detect abnormal vehicle states.
A battery assembly uses a two-stage engaging mechanism with rotatable portions to secure the unit within a holding member.
A solenoid-based locking system prevents the fuel cap from unlocking while the engine runs, eliminating rumbling noise caused by vibration.
Segmented components enable the movable rod to swing freely, resolving narrow operating space constraints during bicycle loading.
A door handle assembly uses identical actuating devices for indoor and outdoor sides to enable quick manufacturing and replacement.