US20260042484
2026-02-12
Performing operations; transporting
B62D21/14
The separable and couplable smart mobility system is designed to expand and contract, enhancing user convenience by providing a wider entrance when expanded. This design eliminates the need for separate door partitioning, maintaining rigidity even in a compact form. The system simplifies manufacturing by removing complex door structures, thus facilitating easier production and assembly. This innovation is particularly relevant in the context of urban air mobilities (UAMs) and purpose-built vehicles (PBVs), which are gaining traction as future transportation solutions.
With the rise of autonomous transportation technologies, PBVs have emerged as versatile electric vehicles capable of 360-degree movement. These vehicles are not limited to transportation; they can be customized to serve as leisure spaces or essential facilities. However, the manufacturing of PBVs is complex due to the need for numerous components, including doors that often compromise vehicle rigidity. The current invention addresses these challenges by offering a design that maintains structural integrity while providing ease of access for passengers.
The smart mobility system features a vehicle body with an opening part and a driving unit that includes a closure part and a driving module. The vehicle's structure comprises multiple fixed and extension frames, which are designed to slide and secure into place, providing flexibility and stability. These frames allow the vehicle to expand and contract efficiently, ensuring that the entrance size remains adequate for passenger convenience even in compact forms.
The system incorporates sophisticated magnetic fixing units that use electromagnets and permanent magnets to secure the extension frames. These units ensure that the frames remain stable during operation and allow for controlled expansion and contraction. The electromagnets adjust the magnetic field to release or secure the frames as needed, enhancing the vehicle's adaptability to different operational modes.
A controller manages the driving and fixing units, ensuring safe operation by adjusting the vehicle's configuration based on user actions and environmental conditions. It receives data from sensors regarding user boarding, vehicle tilt, speed, and surrounding obstacles to make informed decisions. The controller prevents the opening of the vehicle body when conditions are unsafe and coordinates the separation of the vehicle body and driving unit at stations, ensuring seamless operation and passenger safety.