Abstract: A method and system for modeling of physical phenomena associated with natural disasters, including prediction of damage caused by wildfire conflagration. Such modeling involves dividing a target land area into a set of regions and a set of structures that are located within the target land area, each of the regions and structures are characterized by various vulnerabilities to fire conflagration, and are scored and subject to execution of simulation and regression, and other types of mathematical representation and statistical inference to support human intelligence and decision making.

Abstract: A flow cytometer has a flow cell through which a sample flows and at least one laser emitting an excitation beam for illuminating a corresponding interrogation region in the flow cell. Scattered and fluorescence light from each interrogation region is collected by one or more input fibers for that region, and the input fiber(s) are fed to a dispersion module for that interrogation region that disperses the incoming light into different spectral regions. The dispersed light is conveyed, such as by a plurality of output fibers, to one or more photosensitive detectors. Thus, time multiplexed light signals may be delivered to a detector whereby several unique light signals can be measured by a single detector.

Abstract: A flow cytometer has a flow cell through which a sample flows and at least one laser emitting an excitation beam for illuminating a corresponding interrogation region in the flow cell. Scattered and fluorescence light from each interrogation region is collected by one or more input fibers for that region, and the input fiber(s) are fed to a dispersion module for that interrogation region that disperses the incoming light into different spectral regions. The dispersed light is conveyed, such as by a plurality of output fibers, to one or more photosensitive detectors. Thus, time multiplexed light signals may be delivered to a detector whereby several unique light signals can be measured by a single detector.

Abstract: An automatic ice maker control circuit having an improved tolerance to sense the presence of stuck ice pieces in a predetermined pocket of an ice tray. A solid state temperature sensor and time delay circuit includes an operational amplifier controlled by a temperature sensor in one portion of a bridge network for sensing above or below freezing temperatures in the pocket, depending upon the presence of liquid or a stuck cube respectively, in said sensing pocket. The ice maker is conditioned for immediate harvest after the below freezing temperature is effected in the tray pocket when the sensor senses an above-freezing temperature. The time delay circuit conditions the ice maker for a delayed harvest until the predetermined temperature is effected in the tray sensing pocket if the sensor senses a below-freezing temperature.

Abstract: A room air conditioner unit having an electric timer located at the control area with the timer including a timer motor which runs continuously and a timer switch electrically connected in the unit's control circuit with a manually operable multiple selector switch. Upon the timer switch being preset to open and close the control circuit allows the user to select either a timed electricity saver mode wherein the fan motor cycles on and off with the compressor or a timed cooling mode wherein the fan motor runs continuously while the compressor is cycled by the unit thermostat.

Abstract: A room air conditioner having oscillatable vertical vanes pivotally mounted to be driven by a horizontally movable notch tie bar which is oscillated in the direction of its length to provide horizontal air sweep. The vanes have a pressure relief arrangement in the form of a vertical living hinge integrally provided as a part of each vane to reduce breakage. The vanes are provided with drive arms terminating in pivot pins which are snapped into driving engagement with resilient arms formed on the tie bar.