Leegate
Gary Leegate, Clearwater, FL US
Patent application number | Description | Published |
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20130176714 | Mountable Multi-Function Multi-Mode Marker/Signaling Device - A multi-mode, multi-function marker/signaling device, capable of detachably mounting to helmets, has operating switches with positive visual and tactile cues located at opposing ends. A cover is attached to a base to provide a waterproof internal space. An electronic circuit board mounted within the waterproof space includes one or more visible and/or infrared emitters. Built-in programming provides user-defined and selectable modes of operation and multiple functions within those modes by means of serial manipulation of each switching means with a single digit. The emitters are multi-colored and/or infrared devices operating either steady ON, flashing, or coded flash, and are programmed to operate either independently or together. A replaceable battery provides power. A battery compartment is integral to and accessed from the underside (mounting surface) of the base. | 07-11-2013 |
20150062886 | Combination Marker Light and Infrared Interrogation Device - The device is a helmet-mounted or helmet-integrated combination personnel marker/identification light and active “Identification Friend or Foe” (IFF) infrared interrogation and response device. The IFF function provides acquisition and processing of an incoming IR laser IFF interrogation and then sends one or more user-defined responses to the interrogator and/or the user/wearer. A photo sensor array is designed to detect and identify incoming infrared signals. The array is arranged to provide omni-directional, line-of-sight sensing over more than a full hemisphere. A detachable user feedback module comprised of a vibratory pad and cable provides a user/wearer alert when infrared interrogation has been detected. An operating status switch allows the user/wearer to confirm that the device is in an active mode. | 03-05-2015 |
Gary Conrad Leegate, St. Petersburg, FL US
Patent application number | Description | Published |
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20110031009 | Electromagnetic isolation chamber for accurately manipulating devices therein - An EMI shielded isolation chamber is provided, having an integral manipulator for manipulating electronic devices such as cell phones within the chamber, whereby a probe can be precisely positioned to selectively and directly actuate controls, switches, and keypads upon the devices anywhere in the chamber upon rotation of a probe tip. Extensible collapsible shielding boots are coupled between wall portions of the shielded chamber, adjacent a wall mounted manipulator support gimbal, and forward or rearward portions of the mechanical manipulator for preventing EMI signals from entering or leaving the shielded chamber. Alternatively, the gimbal constitutes the shielding device whereby a metallic hollow ball, slidably and rotatably supporting and containing the elongated manipulator, is mechanically biased snugly against a concave metallic member to block radiation from entering or leaving the shielded chamber. The probe tip is self-illuminated by an LED, thus providing illumination for the portion of the device being actuated. | 02-10-2011 |
Rolland Stephen Leegate, Vero Beach, FL US
Patent application number | Description | Published |
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20110031009 | Electromagnetic isolation chamber for accurately manipulating devices therein - An EMI shielded isolation chamber is provided, having an integral manipulator for manipulating electronic devices such as cell phones within the chamber, whereby a probe can be precisely positioned to selectively and directly actuate controls, switches, and keypads upon the devices anywhere in the chamber upon rotation of a probe tip. Extensible collapsible shielding boots are coupled between wall portions of the shielded chamber, adjacent a wall mounted manipulator support gimbal, and forward or rearward portions of the mechanical manipulator for preventing EMI signals from entering or leaving the shielded chamber. Alternatively, the gimbal constitutes the shielding device whereby a metallic hollow ball, slidably and rotatably supporting and containing the elongated manipulator, is mechanically biased snugly against a concave metallic member to block radiation from entering or leaving the shielded chamber. The probe tip is self-illuminated by an LED, thus providing illumination for the portion of the device being actuated. | 02-10-2011 |