​Official Announcement: FAWA System – A Passive Cooling Innovation for Sustainable Urban Architecture

 ​I, Taisuke Michikaze, hereby officially disclose the conceptual and technical framework of the FAWA (Fluid-Accelerated Window Aperture) System. This disclosure serves to establish the technology as Prior Art in the public domain, ensuring its fundamental principles remain accessible for global environmental progress.  

​1. Technology Overview

​The FAWA System is a zero-electricity thermal management device integrated into window sashes. It utilizes fluid dynamics to exhaust indoor heat, specifically targeting the high-energy cooling demands of cities like Dubai.  

​2. Core Technical Specifications

​NACA-Inspired Airfoil Geometry: The internal structure features an asymmetric airfoil profile with a contraction ratio of 1:4 to 1:6 from inlet to throat.  

​Venturi-Ejector Mechanism: By accelerating ambient airflow (V_{out} \ge 1.0\,\text{m/s}), the system creates a negative pressure zone that induces the evacuation of hot indoor air.  

​Vortex Generator Integration: Precise fin structures at the trailing edge induce longitudinal vortices to enhance heat exchange efficiency.  

​3. Intellectual Property and Provenance

​The technical definitions and diagrams associated with this post have been immutable recorded via OpenTimestamps (OTS) on the Bitcoin blockchain as of February 19, 2026.  

​Owner: Taisuke Michikaze (Project TRANSIA).  

​Status: Open Disclosure / Patent Pending for specific structural optimizations.  

​4. Social Commitment

​In alignment with the values of Project TRANSIA, 60% of all personal revenue generated from the commercialization of this IP will be donated to UNICEF to support children's climate resilience.  

As of today, February 19, 2026, I have officially established the foundational IP for the FAWA System. My immediate focus for the coming year is to secure a primary development partner for the initial implementation phase.

​Transition to License Business: Starting from February 2027 (one year from now), I plan to transition the management of this intellectual property into a broad-scale License Business model.  

​Partnership with UNICEF: At that stage, I intend to link my intellectual property rights with UNICEF's initiatives.  

​Global Impact: By integrating the licensing revenue with social support programs, the FAWA System will not only reduce urban energy consumption but also directly contribute to global humanitarian efforts.  

​Detailed licensing terms and the transition roadmap are provided on a separate dedicated page.


​© 2026 Taisuke Michikaze. All Rights Reserved.



​[Strategic Roadmap: Transition to Global Licensing & UNICEF Partnership]
​As the architect of the FAWA System, I am committed to ensuring this technology serves both urban energy efficiency and global humanitarian needs. Below is the official roadmap for the commercialization and licensing of this Intellectual Property (IP).
​1. One-Year Implementation Phase (Feb 2026 – Feb 2027)
​For the next 12 months, Project TRANSIA will focus on:
​Exclusive Prototyping: Partnering with a select manufacturer to finalize CAD optimizations and physical stress tests.
​Performance Validation: Establishing certified data points for the "10% Energy Reduction" claim in high-heat environments like Dubai.
​2. Transition to License Business (Commencing Feb 2027)
​Starting February 19, 2027, the FAWA System will transition to a Broad-Scale Licensing Model.
​Global Accessibility: The core IP (including the 1:4 to 1:6 throat ratio and NACA-inspired profiles) will be available for licensing to architectural firms, window manufacturers, and urban developers worldwide.
​Royalty Structure: Licensing fees will be structured based on energy-saving performance and production volume, ensuring a win-win for partners and the environment.
​3. UNICEF Intellectual Property Integration
​A defining pillar of the FAWA System is its social mission.
​Revenue Commitment: 60% of all licensing revenue accrued by Taisuke Michikaze will be donated directly to UNICEF.
​Purpose: This fund will support UNICEF’s programs aimed at protecting children from the impacts of climate change, specifically in regions facing extreme heat and water scarcity.
​4. Official Inquiry for Potential Partners
​Companies interested in the "First-Mover" development phase (prior to the Feb 2027 open licensing) are encouraged to contact Project TRANSIA via Direct Message for exclusive partnership terms.
​© 2026 Taisuke Michikaze. Registered via OpenTimestamps.


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