Freeaim Technologies Limited (20240342588). Virtual reality footwear locomotion system simplified abstract
Contents
Virtual reality footwear locomotion system
Organization Name
Inventor(s)
Ashley Martin Foxcroft of Amersham (GB)
Virtual reality footwear locomotion system - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240342588 titled 'Virtual reality footwear locomotion system
The footwear assembly described in the patent application is designed for use in a virtual reality environment. It consists of a front platform portion and a rear platform portion joined by a transverse hinge, allowing the platform portions to pivot relative to each other to accommodate the flexing of the user's foot.
Key Features and Innovation:
- Front and rear platform portions with upper surfaces for supporting and retaining the user's foot
- Transverse hinge for pivoting the platform portions
- Drive motors and continuous belts mounted under each platform portion
- Two continuous belts on each platform portion arranged in parallel
- Front and rear drive modules for mounting the drive motors and continuous belts
Potential Applications: - Virtual reality gaming - Simulation training - Physical therapy exercises
Problems Solved: - Providing a comfortable and secure footwear solution for virtual reality environments - Allowing for natural foot movement and flexibility
Benefits: - Enhanced user experience in virtual reality - Improved comfort and support for the user's feet - Adjustable fit for different foot sizes
Commercial Applications: Title: Virtual Reality Footwear Assembly for Enhanced User Experience This technology can be used in virtual reality arcades, fitness centers, and rehabilitation facilities to provide users with a more immersive and comfortable experience.
Prior Art: Readers can explore prior art related to virtual reality footwear, haptic feedback systems, and motion tracking technologies for further research.
Frequently Updated Research: Stay updated on advancements in virtual reality technology, wearable devices, and human-computer interaction research for potential improvements to the footwear assembly.
Questions about Virtual Reality Footwear Assembly: 1. How does the transverse hinge in the footwear assembly contribute to user comfort and flexibility? The transverse hinge allows the platform portions to pivot, accommodating the natural flexing of the user's foot and providing a more comfortable fit.
2. What are the potential implications of integrating drive motors and continuous belts into virtual reality footwear? Integrating drive motors and continuous belts can enhance the user's experience by providing adjustable support and stability while allowing for natural foot movement.
Original Abstract Submitted
a footwear assembly for use in a virtual reality environment comprising a front platform portion having an upper surface adapted and configured for supporting and releasably retaining the forward part of a user's foot and a rear platform portion having an upper surface adapted and configured for supporting and releasably retaining a rear part of the user's foot, the front and rear platform portions being joined by a transverse hinge so that the platform portions can pivot relative to one another to accommodate flexing of the user's foot, each platform portion having mounted under a lower surface thereof at least one drive motor, each drive motor driving a continuous belt, and two continuous belts on each platform portion being arranged substantially in parallel, one located to each side of the platform portion, the drive motor or motors and continuous belts of the front platform portion being mounted to a front drive module and the drive motor or motors and continuous belts of the rear platform portion mounted to a rear drive module, the drive modules being mounted beneath their respective platform portions so each drive module may rotate in the horizontal plane relative to the platform portion it is mounted beneath.
