Abstract: A method and apparatus for displaying data at an incident scene is provided herein. During operation an officer will be assigned to a particular incident having an identified “incident type”. Individuals at the incident scene are identified via facial recognition and criminal histories for all recognized individuals are obtained. The incident type will be used to determine criminal histories relevant to the incident type. Only the criminal histories of those individuals at the incident scene that are relevant to the incident type will be displayed (ideally displayed proximate to the identified individuals).

Abstract: A sound-enabled detection system responds to a wakeup sound, and notifies a central server. Based on which wakeup sound is detected; the system's configuration is modified accordingly. More particularly, at least one sensor in the system has its wakeup sound reconfigured to “wake up” upon detection of a second wakeup sound when the first wakeup sound is detected.

Abstract: A sound-enabled detection system responds to a wakeup sound, and notifies a central server. Based on which wakeup sound is detected; the system's configuration is modified accordingly. More particularly, at least one sensor in the system has its wakeup sound reconfigured to “wake up” upon detection of a second wakeup sound when the first wakeup sound is detected.

Abstract: A method and apparatus for displaying data at an incident scene is provided herein. During operation an officer will be assigned to a particular incident having an identified “incident type”. Individuals at the incident scene are identified via facial recognition and criminal histories for all recognized individuals are obtained. The incident type will be used to determine criminal histories relevant to the incident type. Only the criminal histories of those individuals at the incident scene that are relevant to the incident type will be displayed (ideally displayed proximate to the identified individuals).

Abstract: A pipe elevator handle clamp for securing to pipe elevator handles to hold them in place comprises a top clamp section hingedly connected at one end to a bottom clamp section and releasably secured to each the bottom clamp section at the other end. The top clamp section and bottom clamp section define elongated structures that, when positioned together in the closed position, include two receiving holes for receiving and securing elevator handles. The hinge connection is defined by a hinge aperture that passes through both the top clamp section and bottom clamp section and has a hinge pin for providing the fixed axis of rotation therein. The device is secured around bull horns by hinging the top clamp section and bottom clamp section into the closed position and inserting a clamp fastener into a fastener channel that extends through the top clamp section into the bottom clamp section.

Abstract: A method and apparatus for changing an appearance of a user during a video call is provided herein. Prior to making a call, a user identifies several images that can be used as morphing templates and also identifies a context where each template will be used. During a video call, a morphing template is then chosen based on a context of the call (e.g., time, place, caller identification, etc.). During the video call, the user's image will be morphed based on the chosen template. Because templates used for morphing will be easily changed based on a context of the call, the user will be provided with a simple technique to for morphing their image.

Abstract: The test fixture of the present invention comprises a pair of clamping bars/jaws, matched to accommodate an inflation port, or a pressure supply/sensing nozzle. The clamping jaws further comprise a layer of leak proof crushable material, for helping retain the item being tested. When the jaws are activated, the jaws and leak proof crushable material serve to effectively seal the package on the remaining side, and about the pressure supply/sensing nozzle.

Abstract: The test fixture of the present invention comprises a pair of clamping bars/jaws, matched to accommodate an inflation port, or a pressure supply/sensing nozzle. The clamping jaws further comprise a layer of leak proof crushable material, for helping retain the item being tested. When the jaws are activated, the jaws and leak proof crushable material serve to effectively seal the package on the remaining side, and about the pressure supply/sensing nozzle.

Abstract: When a remote unit (113) accesses a cellular communication system (100) via an uplink communication signal (119), a Mobile Switching Center (104) notifies a voice-mail system (114) that the remote unit (113) is available for communication. The voice-mail system (114) then establishes a connection via a base station (102) and the downlink communication signal (116), to the remote unit (113). Once connection has been established between the voice-mail system (114) and the remote unit (113), the remote unit (113) downloads the voice-mail message from voice-mail system (114) for storage internal to the remote unit (113).

Abstract: A Single Event Upset (SEU) resistant latch circuit that uses the Single Event Resistant Topology (SERT) comprises a first circuit module electrically coupled to a second circuit module. In the SERT-1 embodiment, the first circuit module has two output terminals, including four cross-coupled p-channel (PMOS) transistors coupled with two n-channel (NMOS) transistors. The second circuit module has two output terminals, including four cross-coupled p-channel (PMOS) transistors coupled with two n-channel (NMOS) transistors. These four output terminals satisfy a set of state equations that can be used to obtain the SERT-1 State Table. In the SERT-2 embodiment, the first circuit module has two output terminals, including four cross-coupled n-channel (NMOS) transistors coupled with two p-channel (PMOS) transistors. The second circuit module has two output terminals, including four cross-coupled n-channel (NMOS) transistors coupled with two p-channel (PMOS) transistors.

Abstract: A method is disclosed for the oxidation of a substrate and the formation of oxide regions in the substrate by implantation of fluorine into the silicon lattice and subsequently forming an oxide region by a typical oxide growth process. The oxide growth process may be those such as thermal oxidation or the local oxidation of silicon. The process according to the present invention allows for the simultaneous growth of oxides having different thicknesses at the same time by tailoring the fluorine implantation.

Abstract: A method is disclosed for the oxidation of a substrate and the formation of oxide regions in the substrate by implantation of fluorine into the silicon lattice and subsequently forming an oxide region by a typical oxide growth process. The oxide growth process may be those such as thermal oxidation or the local oxidation of silicon. The process according to the present invention allows for the simultaneous growth of oxides having different thicknesses at the same time by tailoring the fluorine implantation.