LtWv Wrist Vmote:
   Virtual PC Remote with light buttons

                             
       
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Technical Description:                                                                                          Lightglove White Paper  click here
 
 

Lightglove is a new human interface device that falls into the category of virtual controller. It is worn as a cuff on the underside of the wrist.  The light scans the palm area of the hand and when a finger is sensed in the light beams, it pushes a "light button". The device also senses hand motion for on-screen navigation. This allows the user to "air type", web surf or play a game while using the visual feedback from their monitor or PDA.

In addition, the Lightglove can be used as an X10 controller to allow individuals with restricted mobility to turn their electronics off and on with a minimum amount of effort. This device is a "no impact" input mechanism. As an assistive technology, the Lightglove can also be used as an Infrared remote control to activate special access doors without having to push a mechanical button. This new disruptive core technology can also be used in the medical field as a sterile interface device or as an intrinsically safe "no-spark" gesturing device in the petroleum industry.

The initial product will consist of a single cuff, USB base station and extra applications Lightglove software. The device will work without the additional software by using a standard Human Interface Device (HID) driver available with most operating systems. When the base station is plugged in to the USB port,  the computer acknowledges that a HID device has been detected. Lightglove was designed to be cross platform compliant and has been tested on Microsoft and Apple operating systems. The basic functionality, when using the standardized HID driver, performs like a multi–button wireless mouse with the ability to interact with an on-screen keyboard. In addition, the device can be used to advance presentation graphics.

Technical specifications:

Cuff dimensions:  70mm (l) x 31mm (w) x 15mm (d)  
Cuff to host radio:  Bluetooth 2.0
Cuff weight:  2.4 oz (68 grams)
Cuff battery requirement:  rechargeable Lithium-ion

Computer Device Driver: Standard Human Interface Device (HID)


Additional information:

  -  Digital Signal Processing (DSP)
  -  Infrared model available for PowerPoint /presentation graphics controller
  -  Connects in-line with existing keyboard/mouse (HID USB2.0)
  -  Designed to meet FCC/UL/VDE/CE Regulations (Compliance pending)
  -  Powered by lithium-ion cell phone battery for 24 hour normal usage

 


Prototype
Alpha Specs:

  •   Infrared

  • PS2 connector

  • Accelerometers

  • Uses Lightglove on-screen keyboard s/w

  • 2 “AA” batteries       



Beta Specs:

  • 2.4 MHz radio

  • USB connector

  • New pointing mechanism (patent awarded)

  • Plug and play HID Driver

  • 2 “AAA” battery


Product
Specs:

  • Bluetooth 2.0

  • Fully integrated s/w

  • Integrated optics

  • Miniaturization

  • Lithium Battery with Charger

Future application features:

  -  Satellite link configuration 
  -  Two way audio communications
  -  Mobile computing with head mounted display and mini CPU

Lightglove technology has been engineered to co-exist with current forms of controllers.  An applications program for pointing has been written in code that can easily be assimilated into various platforms.  
Lightglove has been designed to plug and play with all operating systems.  A USB HID version has been tested on Microsoft and Apple systems.  

CURRENT APPLICATIONS:

Medical 
(Sterile input device)
Government/Section 508
 (accessibility issues)
Computing (mouse) 
  

 FUTURE APPLICATIONS:


Gaming
Peripheral (controller, joystick)
Space (no-recoil space typing)
Smart House (control house functions)  Entertainment (remote control)  
Automotive
(radio and console controller)  
 


Flammable Environs 
(“intrinsically safe” no-spark)  
Industrial
(robotics controller)
Musical (wireless transmitter, air piano)  
Military
(discreet gesture recognition) 
Marine
(underwater communications-laser req'd)

See patent abstract for more information