KORRY ELECTRONICS CO.
|KORRY ELECTRONICS CO. Patent applications|
|Patent application number||Title||Published|
|20140183897||RECONFIGURABLE DASHBOARD ASSEMBLY FOR MILITARY VEHICLES - A modular dashboard assembly for a vehicle, such as a tactical vehicle, is described. In some cases, the dashboard assembly includes a smart back plane and removably attachable front modules. The back plane may facilitate communications between components within the front modules and systems with the vehicle, or between components.||07-03-2014|
|20130044075||RECONFIGURABLE FIXED FUNCTION, NBC COMPATIBLE INTEGRATED DISPLAY AND SWITCH SYSTEM - A reconfigurable display system is provided that has an electronic display operatively coupled to a computer and having a display active area and peripheral portions. A touch screen is sealably coupled with the display and extends over the electronic display. The touch screen has touch portions adjacent to the peripheral portions of the electronic display. The touch screen provides touch-receiving portions to receive touch inputs and deliver the touch inputs to the computer or the electronic display. The sealed touch screen display assembly is washable and decontaminatable. A boarder assembly is removeably connected to the touch screen display assembly. The boarder assembly has a boarder portion adjacent to the touch portions of the touch screen. A plurality of actuatable keys is carried by the boarder portion and in alignment with the touch-receiving portions of the touch screen. The keys are removeable from the sealed touch screen display assembly, and the keys are configured to provide a touch inputs to the touch-receiving portions of the touch screen when the keys are actuated by a user.||02-21-2013|
|20130044058||RECONFIGURABLE FIXED FUNCTION, NBC COMPATIBLE INTEGRATED DISPLAY SYSTEM - A reconfigurable display system is provided that has an electronic display operatively coupled to a computer and having a display active area and peripheral portions. A touch screen extends over the electronic display and has touch portions adjacent to the peripheral portions. The touch screen provides touch-receiving portions to receive touch inputs and deliver the touch inputs to the computer or the electronic display. An overlay is removably disposed on the touch screen covering at least the touch portions. A plurality of actuatable keys are adjacent to the touch screen and in alignment with the touch-receiving portions of the touch screen. The keys provide touch inputs to the touch-receiving portions when the keys are actuated by a user. A frame secured to the touch screen or the electronic display is positioned over the overlay with the overlay intermediate the frame and the touch screen. The overlay, keys, and the frame are removable from the touch screen.||02-21-2013|
|20130003383||APPARATUS FOR CONTROLLING THE RE-DISTRIBUTION OF LIGHT EMITTED FROM A LIGHT-EMITTING DIODE - A system for re-distributing light emitted from a light source using an optical element is described. The optical element is manufactured using a bulk matrix material, and diffusing particles and/or scattering particles are embedded within the bulk material. The optical element is coupled to the light source to capture emitted light and redistribute the light in a desired angular distribution pattern depending on the ratio of total weight of diffusing particles to total weight of scattering particles.||01-03-2013|
|20080284549||FAULT TOLERANT SOLID STATE PUSH BUTTON CONTROL SYSTEM WITH BUILT IN DIAGNOSTIC - A contactless switch module, which is actuatable between a closed circuit position and an open circuit position, a plurality of magnetic field sensing sensors, and a plurality of magnets. The switch also includes a multi-channel switch controller. Each one of the plurality of magnetic field sensing sensors is communicatively coupled to an input channel of the multi-channel switch controller. The multi-channel switch controller is configured to determine a switch state based at least upon the respective states of its input channels.||11-20-2008|
|20080265865||SYSTEM AND METHOD FOR ADAPTIVELY DETERMINING THE TRANSITION RATE OF A QUANTIZED SIGNAL - An adaptive measurement system measures a transition rate associated with an output of a device. An input signal that is characteristic of the output of the device is received by an input signal-to-frequency converter, which changes state based upon a characteristic of the input signal. The input signal-to-frequency converter provides a second signal, which reflects the state changes of the input signal-to-frequency converter. The second signal is sampled over a sample period and an instance of average transition rate is determined. A control subsystem may use the instance of average transition rate for regulating the device.||10-30-2008|
|20080265793||APPARATUS AND METHOD TO PROVIDE A HYBRID LINEAR/SWITCHING CURRENT SOURCE, SUCH AS FOR HIGH-EFFICIENCY, WIDE DIMMING RANGE LIGHT EMITTING DIODE (LED) BACKLIGHTING - A hybrid power supply provides powers to a load, such as a light emitting diode (LED) backlight display, using pulse wave modulation (PWM) enable signal to control activation of a linear power supply and a switching power supply. During an initial part of an active portion of a duty cycle of the PWM enable signal, the linear power supply is activated to supply the load with constant current. During the remainder of the active portion of the duty cycle of the PWM enable signal, the linear power supply is deactivated and the switching power supply is activated to provide current to the load. A bias current and voltage may be provided to the LED during an inactive portion of the duty cycle of the PWM enable signal. The hybrid power supply combines the high efficiency of the switching power supply with smooth dimming control at low luminance of the linear power supply.||10-30-2008|
Patent applications by KORRY ELECTRONICS CO.