Abstract: A method for operating a drive device for a motor vehicle, said method includes: permanently supplying an entire exhaust gas of a drive aggregate of the drive device to a turbine of an exhaust gas turbocharger of the drive device via a variable turbine geometry and providing compressed air by means of a compressor coupled with the turbine for the drive aggregate; operating in at least one operating mode of the drive device in each operating point of the drive aggregate an electric machine, which is mechanically operatively connected with the turbine and the compressor, as a generator for braking the turbine; and braking the turbine by means of the electric machine the stronger the further a throttle flap arranged fluidly between the compressor and the drive aggregate is opened, while maintaining the operating point of the drive aggregate constant.

Abstract: A method for operating a drive device for a motor vehicle, said method includes: permanently supplying an entire exhaust gas of a drive aggregate of the drive device to a turbine of an exhaust gas turbocharger of the drive device via a variable turbine geometry and providing compressed air by means of a compressor coupled with the turbine for the drive aggregate; operating in at least one operating mode of the drive device in each operating point of the drive aggregate an electric machine, which is mechanically operatively connected with the turbine and the compressor, as a generator for braking the turbine; and braking the turbine by means of the electric machine the stronger the further a throttle flap arranged fluidly between the compressor and the drive aggregate is opened, while maintaining the operating point of the drive aggregate constant.

Abstract: A system, apparatus and method are disclosed for interfacing with water by creating an environment that has the effect of vitalizing the water. The effects are derived from one or more geometric patterns and augmented with the use of double terminated crystals and where one or more of these geometric patterns are rotated relative to one or more of the other stationary geometric patterns. Water, in either static or flowing form, is contained in water vessels that are placed between the one or more rotating geometric patterns and the one or more stationary patterns for the purposes of creating a vitalizing effect in water that results in healthier plant growth as measured by the root-shoot ratio and also making the water available for human and animal consumption.

Abstract: An array surface plasmon resonance (SPR) analysis instrument comprising a reflective SPR sensor array, a light source assembly arranged to project a collimated beam of light onto the reflective SPR sensor array to provide a reflected array image of the sensor array, and to scan the incident angle of the collimated beam of light over an angular range, and a detector assembly oriented to receive the reflected array image of the sensor array over the angular range, the detector assembly comprises a two-dimensional detector sensing element that is tilted with respect to the optical axis of the lens assembly in accordance with the Scheimpflug condition, and a lens assembly for focusing the reflected array image of said SPR sensor array onto said tilted detector sensing element.

Abstract: A system and method that centrally manages desktop packages is provided allowing the administrator to recover component files previously sent to servers located throughout the organization. Applications are assigned to users and workstations. Self-contained desktop packages are transmitted to servers. The servers, in turn, provide the desktop packages to clients. The packages and the components included in the packages include unique identifiers used to identify the packages and components. A manifest is maintained detailing the individual components included in each of the self-contained desktop files. When a disaster event occurs at the administrator's computer system, the administrator retrieves the self-contained desktop files from the servers to which the packages were previously transmitted. The administrator repopulates the component libraries by unpacking the components from the self-contained desktop files.

Abstract: A device, system, apparatus, and method are disclosed for reducing stress in an individual by creating an enhanced informational spin field environment substantially surrounding the individual. Such informational spin field environment is at least partially derived from one or more dynamically produced informational spin fields wherein electromagnetic components associated with producing one or more of such dynamically produced informational spin fields are blocked from propagating therewith, such one or more dynamically produced informational spin fields being then conducted without accompanying electromagnetic signals to the environment substantially surrounding the individual.

Abstract: An optical analysis unit especially suitable for performing grating coupled surface plasmon resonance (SPR) imaging features a pivoting light source capable of scanning through a range of angles of incident light projected onto a stationary target sensor, such as an SPR sensor. The reflected image from the illuminated sensor is detected, e.g., by a CCD camera and the image and angular scan data are processed, for example by a fitting algorithm, to provide real time analysis of reactions taking place on the surface of the sensor.

Abstract: A system and method that provides a platform-neutral shell application for a user interface is provided. The platform neutral shell application is performed in a way that prevents the user from accessing the underlying operating system. The desktop shell application executes in a middleware application. The operating system residing on the client computer system is booted. The middleware application is loaded on the operating system platform. The middleware application is programmed for the particular operating system being used by the client. The shell application is loaded on the middleware application. The shell application prevents the user from accessing the underlying operating system by maximizing the window in which the shell application is running, pinning the shell application window to the foreground, and removing controls from the desktop window would otherwise allow the user to bypass the desktop shell.

Abstract: A system and method that selects applications that are allowed to be performed by a particular user using a particular workstation is provided. The system identifies one or more roles that have been assigned to the user and matches the identified roles with one or more roles that have been assigned to the workstation. Roles that are allowed for both the workstation and the user are enabled to be used by the user using the workstation. In one embodiment, a user may be allowed to perform multiple roles from the user's workstation. The available roles are selected using an interface, such as a pop-up menu. In one embodiment, the desktop packages and components are received by, displayed on, and launched from a operating system platform-neutral shell application, such as a Java software application running on a Java virtual machine. In this manner, the packages and components are platform-independent.

Abstract: A system and method that provides a platform-neutral shell application for a user interface is provided. The platform neutral shell application is performed in a way that prevents the user from accessing the underlying operating system. The desktop shell application executes in a middleware application. The operating system residing on the client computer system is booted. The middleware application is loaded on the operating system platform. The middleware application is programmed for the particular operating system being used by the client. The shell application is loaded on the middleware application. The shell application prevents the user from accessing the underlying operating system by maximizing the window in which the shell application is running, pinning the shell application window to the foreground, and removing controls from the desktop window would otherwise allow the user to bypass the desktop shell.

Abstract: A system and method that centrally manages desktop packages is provided allowing the administrator to recover component files previously sent to servers located throughout the organization. Applications are assigned to users and workstations. Self-contained desktop packages are transmitted to servers. The servers, in turn, provide the desktop packages to clients. The packages and the components included in the packages include unique identifiers used to identify the packages and components. A manifest is maintained detailing the individual components included in each of the self-contained desktop files. When a disaster event occurs at the administrator's computer system, the administrator retrieves the self-contained desktop files from the servers to which the packages were previously transmitted. The administrator repopulates the component libraries by unpacking the components from the self-contained desktop files.

Abstract: A system and method that selects applications that are allowed to be performed by a particular user using a particular workstation is provided. The system identifies one or more roles that have been assigned to the user and matches the identified roles with one or more roles that have been assigned to the workstation. Roles that are allowed for both the workstation and the user are enabled to be used by the user using the workstation. In one embodiment, a user may be allowed to perform multiple roles from the user's workstation. The available roles are selected using an interface, such as a pop-up menu. In one embodiment, the desktop packages and components are received by, displayed on, and launched from a operating system platform-neutral shell application, such as a Java software application running on a Java virtual machine. In this manner, the packages and components are platform-independent.