Abstract: A system includes a first module, a second module, and a third module. The first module determines a first temperature and a first power dissipation value of a thermistor based on a resistance of a first resistor connected in series with the thermistor. The second module, after disconnecting the first resistor and connecting a second resistor in series with the thermistor, determines a second temperature and a second power dissipation value of the thermistor based on a resistance of the second resistor. The third module determines a thermal dissipation factor based on the first and second temperatures and the first and second power dissipation values, and corrects temperature sensed by the thermistor based on the thermal dissipation factor.

Abstract: A system for detecting a change in medium sensed by a thermistor comprises a first module that receives a temperature signal from a thermistor and that calculates a first dissipation factor of the thermistor. A second module receives the first dissipation factor of the thermistor and detects at least one of an unexpected medium and a change in medium based on the first dissipation factor.

Abstract: A multispeed transmission includes a sun gear, at least one high-speed planetary gear in constant mesh with the sun gear and a high-speed ring gear, where the high-speed planetary gear orbits around the sun gear. The multispeed transmission also includes at least one low-speed planetary gear coupled with the high-speed planetary gear and in constant mesh with a low-speed ring gear and a carrier rotationally engaged with the high-speed planetary gear and the low-speed planetary gear such that either the high-speed planetary gear or the low-speed planetary gear controls rotation of the carrier. The multispeed transmission further includes a transmission case that surrounds the high-speed ring gear and the low-speed ring gear and a clutch located proximate to the high-speed ring gear and the low-speed ring gear, where the clutch selectively couples the high-speed ring gear or the low-speed ring gear with the transmission case.

Abstract: A system includes a first module, a second module, and a third module. The first module determines a first temperature and a first power dissipation value of a thermistor based on a resistance of a first resistor connected in series with the thermistor. The second module, after disconnecting the first resistor and connecting a second resistor in series with the thermistor, determines a second temperature and a second power dissipation value of the thermistor based on a resistance of the second resistor. The third module determines a thermal dissipation factor based on the first and second temperatures and the first and second power dissipation values, and corrects temperature sensed by the thermistor based on the thermal dissipation factor.

Abstract: A preferred embodiment comprises a dynamic display based on a program image element which will only generate a preprogrammed image. As an example, the image element may comprise electrically-driven MEMS mirrors. This example may be embedded in an ID card. At the time of issue of the ID card, pixels in the mirror array will be permanently programmed as either ‘alive’ or ‘dead’ in a pattern matching the photo of the person in question. When stimulated, only ‘alive’ pixels will actuate, creating an image for comparison to the adjacent printed photo. Due to its dynamic behavior, delicate mechanical structures, and single-time hard-wiring, duplication of, or tampering with, this secondary dynamic image will be nearly impossible. The ID car is but one exemplary application and other embodiments, applications, and methods are described in the specification and claims.

Abstract: A display for displaying casket portions comprises a back wall, at least one wing wall, a shelf, a casket corner section having two cut sides at substantially a right angle to one another and having a bottom, a side panel attached to one of the cut sides of the casket corner section, a bottom panel attached to the bottom of the casket corner section, and at least one dowel pin on the back wall. The casket corner section is supported on the shelf, the side panel is positioned between the wing wall and the dowel pin, and the other cut side faces the back wall. The dowel pin is spaced from the wing wall by an amount such that an outwardly facing surface of the side panel is snugged against an inwardly facing surface of the wing wall.

Abstract: A display system for casket selection comprises a back wall, actual utilitarian and ornamental casket features mounted to the back wall, and a display adjacent the back wall. The display is operable to display facsimiles of the actual utilitarian and ornamental casket features.

Abstract: A display for displaying casket portions comprises a back wall, at least one wing wall, a shelf, a casket corner section having two cut sides at substantially a right angle to one another and having a bottom, a side panel attached to one of the cut sides of the casket corner section, a bottom panel attached to the bottom of the casket corner section, and at least one dowel pin on the back wall. The casket corner section is supported on the shelf, the side panel is positioned between the wing wall and the dowel pin, and the other cut side faces the back wall. The dowel pin is spaced from the wing wall by an amount such that an outwardly facing surface of the side panel is snugged against an inwardly facing surface of the wing wall.

Abstract: A display for displaying casket portions comprises a back wall, at least one wing wall, a shelf, a casket corner section having two cut sides at substantially a right angle to one another and having a bottom, a side panel attached to one of the cut sides of the casket corner section, a bottom panel attached to the bottom of the casket corner section, and at least one dowel pin on the back wall. The casket corner section is supported on the shelf, the side panel is positioned between the wing wall and the dowel pin, and the other cut side faces the back wall. The dowel pin is spaced from the wing wall by an amount such that an outwardly facing surface of the side panel is snugged against an inwardly facing surface of the wing wall.

Abstract: A preferred embodiment comprises a dynamic display based on a program image element which will only generate a preprogrammed image. As an example, the image element may comprise electrically-driven MEMS mirrors. This example may be embedded in an ID card. At the time of issue of the ID card, pixels in the mirror array will be permanently programmed as either ‘alive’ or ‘dead’ in a pattern matching the photo of the person in question. When stimulated, only ‘alive’ pixels will actuate, creating an image for comparison to the adjacent printed photo. Due to its dynamic behavior, delicate mechanical structures, and single-time hard-wiring, duplication of, or tampering with, this secondary dynamic image will be nearly impossible. The ID car is but one exemplary application and other embodiments, applications, and methods are described in the specification and claims.

Abstract: Systems and methods for managing data assets in an enterprise computing environment are provided. Data assets associated with a plurality of source systems operating within the enterprise computing environment may be registered with an asset repository hub. The asset repository hub receives a registration request from a source system for a particular data asset and determines whether the data asset is unique within the enterprise computing environment. If the data asset is unique, then the data asset is stored at the asset repository hub and a unique enterprise identifier is associated with the data asset. In determining whether the asset is unique, the asset repository hub may cleanse the data asset against a set of business rules; generate a plurality of match codes that describe the content of the data asset; and cluster the generated match codes against clusters of previously generated match codes.

Abstract: A turbocharger having a cleaning port communicating between an external surface of the turbocharger housing and an internal cavity which communicates with a component of a gas flow control mechanism.

Abstract: A knock sensor diagnostic system may include a knock sensor. A bias circuit applies a bias voltage to the knock sensor. An input circuit receives an input signal based on the bias voltage. A control module indicates a short circuit associated with the knock sensor based on the input signal. A knock sensor diagnostic system may also or alternatively include a signal generator that generates and applies a test signal with a predetermined frequency to the knock sensor. Another input circuit receives another input signal that is based on the test signal. A control module indicates an open circuit associated with the knock sensor based on the other input signal.

Abstract: A method and an apparatus for facilitating the translation of computer programs from a source natural language into one or more target natural languages are provided. According to the present invention, development of a source computer program may proceed in parallel with translation of the source computer program into one or more target languages. According to the present invention, status records are updated from time to time, so that a complete and accurate translation of the source program into the target language or languages is obtained.

Abstract: A knock sensor diagnostic system may include a knock sensor. A bias circuit applies a bias voltage to the knock sensor. An input circuit receives an input signal based on the bias voltage. A control module indicates a short circuit associated with the knock sensor based on the input signal. A knock sensor diagnostic system may also or alternatively include a signal generator that generates and applies a test signal with a predetermined frequency to the knock sensor. Another input circuit receives another input signal that is based on the test signal. A control module indicates an open circuit associated with the knock sensor based on the other input signal.

Abstract: A display for displaying casket portions comprises a back wall, at least one wing wall, a shelf, a casket corner section having two cut sides at substantially a right angle to one another and having a bottom, a side panel attached to one of the cut sides of the casket corner section, a bottom panel attached to the bottom of the casket corner section, and at least one dowel pin on the back wall. The casket corner section is supported on the shelf, the side panel is positioned between the wing wall and the dowel pin, and the other cut side faces the back wall. The dowel pin is spaced from the wing wall by an amount such that an outwardly facing surface of the side panel is snugged against an inwardly facing surface of the wing wall.

Abstract: A display system for casket selection comprises a back wall, actual utilitarian and ornamental casket features mounted to the back wall, and a display adjacent the back wall. The display is operable to display facsimiles of the actual utilitarian and ornamental casket features.

Abstract: The substrates of the present invention comprise a polyimide base polymer derived at least in part from collinear monomers together with crankshaft monomers. The resulting polyimide material has been found to provide advantageous properties, particularly for electronics type applications.

Abstract: A system, method, and computer program product is provided for remote vehicle diagnostics, telematics, monitoring, configuring, and reprogramming. The system includes an on-board unit disposed on at least one vehicle, an application-service-provider infrastructure, and an interface. The on-board unit is operable to send and receive data corresponding to at least one vehicle operating characteristic. Located on the application-service-provider infrastructure is an application suite. The application suite includes at least one modular application each of which has an associated function that processes said data obtained via the on-board unit. The interface is operable to select from the application suite at least one of the modular applications that will use the associated function to diagnose, monitor, configure, reprogram, and/or obtain telematic information from the at least one vehicle.