SkyMobil Concept and Flexible Electrical Coupling Architecture

Read full text
Authors: Bujor, Valentin
Cited by: 0

Abstract

This upload contains the complete public disclosure package related to the SkyMobil technological concept and its enabling flexible electrical coupling architecture. The concept was initially filed as Romanian patent application A00440 on 03 October 2025 at OSIM (State Office for Inventions and Trademarks, Romania). A subsequent patent application describing the flexible electrical coupling architecture enabling this concept was filed as A00097 on 24 February 2026 at OSIM. Together, these two patent applications describe both the conceptual system architecture (SkyMobil) and a concrete technical implementation enabling its practical realization. The package includes: SkyMobil_OSIM_Deposit.pdf – A00440 on 03 October 2025 at OSIM, the original patent filing text; Flexible_Electrical_Coupling_System_A00097_2026.pdf – A00097 on 24 February 2026 at OSIM, the original patent filing text; SkyMobil_Technical_Description.pdf – a detailed document explaining the technical architecture and implementation aspects; SkyMobil_Letter_of_Intent_Public.pdf – a statement of intent and public disclosure by the inventor; SkyMobil_Abstract_WIPO.pdf – an international-format abstract summarizing the invention. b_Addendum.pdf a technical addendum addressing permanent online battery integration The SkyMobil system proposes a new model of electric vertical mobility (eVTOL) based on guided aerial routes with flexible power coupling, enabling both controlled networked flight and short-range free flight modes. The invention addresses energy autonomy, safety, and scalability in urban and regional air transport. This publication is made for the purpose of establishing public record, proof of authorship, and dissemination of the invention by the author Bujor Valentin, independent inventor, Bacău, Romania.

Fields of Study & Subjects

Advanced Aircraft Design and Technologies Air Traffic Management and Optimization UAV Applications and Optimization

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
6 March 2026
Language
EN