Seat 3D against travel Phobia

  • Short Desription

    Abstract/Short Description of Invention

  • Problem Addressed

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  • Solution to Solution

    The Invention Namely the Solution to the Problem

  • Prior Art Addressed

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  • Unique Features

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  • Commercial & Market View

    Commercial and Market Potential

The 3D Seat Anti-Phobia transforms the aircraft seat into an immersive escape bubble. By actively synchronizing seat motion with a VR and audio experience, it aims to replace the anxiety-provoking perception of the aircraft's real movements with an engaging and controlled simulation, thereby offering an advanced technological solution to help individuals suffering from Phobia travel more serenely.

Imagine a world where 20% of the population – or 1.6 billion people – could finally travel without stress, fear, or the constraints of travel phobias. A world where airlines, car manufacturers, and rail and maritime operators adopt patented, scientifically validated technology capable of generating billions in annual revenue.

This revolution is the subject of the four patents I am currently developing. My invention combines dynamic 3D seats, an immersive virtual reality headset, and smart noise-canceling headphones to eliminate anxiety related to travel by plane, train, car, and boat. Preliminary tests show an 80% reduction in stress symptoms among users.

This is how the 3D Dynamic Anti-Phobia Seat was born—a unique invention designed by Zakaria to combat the fear of flying. The system consists of a motorized seat capable of replicating an aircraft’s movements along three axes (roll, pitch, and yaw), synchronized with a virtual reality (VR) headset and noise-canceling headphones.

The installation of a dynamic three-axis 3D motion seat (up/down, left/right, forward/backward) with a 3D headset and headphones in an airplane presents a particularly interesting set of utilities, taking into account the specifics of flight and the challenges associated with Phobia of travel.

3D movements synchronized with flight sensations (takeoff/landing) for progressive desensitization. Integrated biometric sensors (heart rate, breathing) to adjust movements in real time. "Safe Zone" mode: In case of turbulence or anxiety, the seat locks in a soothing position (recline + gentle vibrations). The seat will simulate aircraft movements:

  • Taxiing (seat movements: Up/Down)
  • Takeoff and Landing (seat movements: Forward/Backward)
  • Turbulence (seat movements: Right/Left)

Industries where the invention can be useful?

Aviation, Car, Train, Boat

Potential Customers/End Users. Who might benefit?

Airlines, Health, Video games, Cinema 3D, special effect films, virtual reality therapeutics
Estimated Valuation $5,000,000.00
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Estimated Valuation $5,000,000.00
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Application Number
FR1701012
Patent Number
FR3071819
Applicant
Zakaria FERHAT
Country
France
Industry
Automotive and Transportation
Patent Type
Patent Portfolio
Available For
Sale&License

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Country Current Status Patent Application Number Patent Number Applicant / Current Assignee Name Title Google Patent Link
France Granted FR1701012 FR3071819 Zakaria FERHAT Dispositif technologique pour faciliter le voyage en avion Google patent link
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