Abstract: A gaming machine candle system includes a display device, a number of candle light-emitting elements, and a candle control system. The display device has a display device front surface and defines a display area aligned with at least a portion of the display device front surface. The candle light-emitting elements are located in an upper peripheral area of the display device and are configured to emit light through the display device front surface. The candle control system is operatively connected to control the candle light-emitting elements.

Abstract: A rotatable element sensor arrangement includes a home position sensor, magnetic field-type rotation sensor arrangement, and sensor arrangement controller. The home position sensor produces a home position signal in response to a sensor position alignment with a home position feature as the rotatable element rotates about an axis of rotation. The home position feature is at a known angular orientation on the rotatable element relative to game symbol positions of the rotatable element, while the sensor position is located at a known angular orientation relative to a stationary evaluation position. The magnetic field-type rotation sensor arrangement produces a rotation signal to provide an indication of rotational angle of the rotating element along each rotation. The sensor arrangement controller receives the home position signal and rotation signal and produces a sensor arrangement output indicative of a position of the series of game symbol positions relative to the evaluation position.

Abstract: A computer cloud implemented method and system for manually or electronically inputting real time geophysical location data, physical properties of the substance, associated release parameters of the physical substance into the open earth atmosphere, and weather data (historical, current or future forecasted data) on the assumption the release of the substance occurred at the same instantaneous time the weather data was entered and repeatedly calculating the results with new updated data for any of the above data parameters using algorithmic modeling of toxic substance releases to compute a model of the predicted toxic threat zone (Gaussian model) or a model of the predicted toxic plume pathway and associated exposure levels (CFD) and rendering the results electronically for visual display in, on or over any multi-coordinate display system in any medium and distributed or distributable to users electronically or manually when input parameters are updated, and displaying other related information associated wi

Abstract: Respiration therapy is accomplished by generating pulses of inhalation gas for delivery to a patient. The inhalation gas pulses may be generated by entraining humidified low pressure gas with pulses of high pressure entrainment gas. The pulses of entrainment gas may be of variable frequency, duration and duty cycle and are produced by modulating the flow of a highly pressured gas with a solenoid operated valve.

Abstract: Respiration therapy is accomplished by generating pulses of inhalation gas for delivery to a patient. The inhalation gas pulses may be generated by entraining humidified low pressure gas with pulses of high pressure entrainment gas. The pulses of entrainment gas may be of variable frequency, duration and duty cycle and are produced by modulating the flow of a highly pressured gas with a solenoid operated valve.