Abstract: A non-invasive, in vivo method for measuring glucose-mediated changes in tissue is disclosed. The method comprises the act of providing a system for directly or indirectly measuring impedance values. The method further comprises the act of providing at least three electrodes and corresponding electrode pads. The electrodes are connected to the system. The method further comprises the act of contacting the electrode pads to a user's skin. The method further comprises the act of contacting each of the at least four electrodes to a corresponding electrode pad. The method further comprises the act of applying an alternating current. The method further comprises the act of determining the correlation between the glucose concentration in the tissue and the measured changes in impedance.

Abstract: A sensor for determining the presence of an analyte in a test sample, said sensor comprising a nanoparticulate membrane comprising nanoparticles of at least one inorganic oxide of an element selected from Group IA, IIA, IIIA, IVA, IB, IIB, IIIB, IVAB, VB, VIB, VIII3 or V11113 of the Periodic Table, and wherein an oxidoreductase and an electrochemical activator are diffusibly dispersed in said nanoparticulate membrane.

Abstract: A method for testing the continuity of a coil that is subjected to a high frequency pulse modulated current that includes sensing a coil voltage, determining a ratio of the sensed coil voltage to the supply voltage and comparing the ratio to a threshold to determine whether the solenoid coil is functional.

Abstract: An in vitro method of determining an analyte concentration of a sample includes placing the sample into a low-field, bench-top time-domain nuclear magnetic resonance (TD-NMR) spectrometer. The NMR spectrometer is tuned to measure a selected type of atom. A magnetic field is applied to the sample using a fixed, permanent magnet. At least one 90 degree radio-frequency pulse is applied to the sample. The radio-frequency pulse is generally perpendicular to the magnetic field. The 90 degree radio-frequency pulse is removed from the sample so as to produce a decaying NMR signal. The decaying NMR signal is measured at a plurality of times while applying a plurality of 180 degree refocusing radio-frequency pulses to the sample. The analyte concentration is calculated from the plurality of measurements associated with the decaying NMR signal and a selected model.

Abstract: An in vitro method of determining an analyte concentration of a sample includes placing the sample into a low-field, bench-top time-domain nuclear magnetic resonance (TD-NMR) spectrometer. The NMR spectrometer is tuned to measure a selected type of atom. A magnetic field is applied to the sample using a fixed, permanent magnet. At least one 90 degree radio-frequency pulse is applied to the sample. The radio-frequency pulse is generally perpendicular to the magnetic field. The 90 degree radio-frequency pulse is removed from the sample so as to produce a decaying NMR signal. The decaying NMR signal is measured at a plurality of times while applying a plurality of 180 degree refocusing radio-frequency pulses to the sample. The analyte concentration is calculated from the plurality of measurements associated with the decaying NMR signal and a selected model.

Abstract: A method for testing the continuity of a coil that is subjected to a high frequency pulse modulated current that includes sensing a coil voltage and comparing a ratio of the sensed coil voltage to the supply voltage to a threshold to determine whether the solenoid coil is functional.

Abstract: The output of a wheel speed sensor is sampled at dithered time intervals and the samples used to construct a pair of histograms representing high and low sample values. A minimum voltage threshold is determined as a function of the output voltage associated with the dominate histogram value for the low sample values. The output voltage associated with the dominant histogram value for the high sample values is compared to the minimum voltage threshold to determine whether a potential sensor wiring problem is developing.

Abstract: A workstation includes at least one vertical wall that is pivotable between an open and a closed position. In the closed position, wires that are behind the pivotable wall are concealed from view. In the open position, easy access is provided to the wires for re-arranging or changing the wires. The pivotable vertical wall includes at least one horizontal work surface that extends forwardly. A stationary vertical wall may be positioned adjacent the pivotable wall and may provide partial support for another horizontal work surface that extends forwardly from the stationary wall. The stationary wall may include a pivotable panel that allows easy access to wires positioned behind the stationary wall. A top shelf may extend across both the pivotable and stationary walls and include apertures positioned behind the plane defined by the two walls so that wires can be inserted through the apertures to the space behind the walls.

Abstract: A media wall for supporting various types of media, such as plasma screen or flat screen television sets, as well as other types of thin media, includes an upright vertical wall to which the media is mounted. The wall may include a pair of sidewalls mounted to a back face of the vertical wall, as well as a shelf extending forwardly from the vertical wall. At least one aperture may be included for enabling power or data cables to be inserted through the wall from the front to the back. A video camera support may be mounted on the vertical wall. The wall may be pivotable about a vertical axis to allow easy access to the rear of the wall for setting up and adjusting the electrical cabling used to support the media.

Abstract: A workstation includes at least one vertical wall that is pivotable between an open and a closed position. In the closed position, wires that are behind the pivotable wall are concealed from view. In the open position, easy access is provided to the wires for re-arranging or changing the wires. The pivotable vertical wall includes at least one horizontal work surface that extends forwardly. A stationary vertical wall may be positioned adjacent the pivotable wall and may provide partial support for another horizontal work surface that extends forwardly from the stationary wall. The stationary wall may include a pivotable panel that allows easy access to wires positioned behind the stationary wall. A top shelf may extend across both the pivotable and stationary walls and include apertures positioned behind the plane defined by the two walls so that wires can be inserted through the apertures to the space behind the walls.

Abstract: A media wall for supporting various types of media, such as plasma screen or flat screen television sets, as well as other types of thin media, includes an upright vertical wall to which the media is mounted. The wall may include a pair of sidewalls mounted to a back face of the vertical wall, as well as a shelf extending forwardly from the vertical wall. At least one aperture may be included for enabling power or data cables to be inserted through the wall from the front to the back. A video camera support may be mounted on the vertical wall. The wall may be pivotable about a vertical axis to allow easy access to the rear of the wall for setting up and adjusting the electrical cabling used to support the media.

Abstract: A media wall for supporting various types of media, such as plasma screen or flat screen television sets, as well as other types of thin media, includes an upright vertical wall to which the media is mounted. The wall may include a pair of sidewalls mounted to a back face of the vertical wall, as well as a shelf extending forwardly from the vertical wall. At least one aperture may be included for enabling power or data cables to be inserted through the wall from the front to the back. A video camera support may be mounted on the vertical wall. The wall may be pivotable about a vertical axis to allow easy access to the rear of the wall for setting up and adjusting the electrical cabling used to support the media.

Abstract: An algorithm for an anti-lock brake system controller monitors the voltage appearing at a status port to determine whether the controller has been installed the correct vehicle. The algorithm is responsive to detection that the controller has been installed in an incorrect vehicle to disable the anti-lock brake system.

Abstract: A controller for a hydraulic control system includes a microprocessor having a diagnostic routine. The diagnostic routine is operable to exercise an arithmetic logic unit within the microprocessor to verify that the arithmetic logic unit is functioning properly. Upon detection of a malfunction of the arithmetic logic unit, the diagnostic routine disables the hydraulic control system and generates a warning signal.