Abstract: A computer implemented system and method, and a computer program product, for displaying an intentionally inaccurate count of time. For example, the method may include receiving display time information, which is comprised of information indicating an amount of time to be displayed, and receiving actual time information, which is comprised of information indicating an actual time to elapse, wherein the actual time is not equal to the display time. Actual time may be expressed as a percentage of the display time. The method also may include receiving start count information, wherein the start count information is information indicating that a count of time in an amount equal to the actual time should start. Responsive to receiving the start count information, the method may display a count of time equal to the display amount, wherein the count of time is displayed during an amount of time equal to the actual time.

Abstract: A detector device for radiation therapy comprising an array of detector cells is provided. Each detector cell comprises an electronic circuit connected to a sensor cell that generates a charge signal in response to an incident radiation hit. The electronic circuit comprises at least two discriminators and at least two analogue counters, and is adapted to substantially simultaneously perform two different measurements on the signal in order to simultaneously provide imaging and dosimetry.

Abstract: A detector device for radiation therapy comprising an array of detector cells is provided. Each detector cell comprises an electronic circuit connected to a sensor cell that generates a charge signal in response to an incident radiation hit. The electronic circuit comprises at least two discriminators and at least two analogue counters, and is adapted to substantially simultaneously perform two different measurements on the signal in order to simultaneously provide imaging and dosimetry.

Abstract: A folding garage door with specially shaped reinforcing struts fastened in a horizontal position to the rear of the door for strengthening the folding garage door against strong positive and negative wind pressures.

Abstract: A method and apparatus for the control of the dispatch of elevator cars from the main floor are implemented in a plurality of algorithms performed by a process computer. A first algorithm for an elevator group receives data representing the measured arriving and departing building filling passenger traffic from sensors. The first algorithm determines the traffic requirements and the actual departure load of the elevator group from this data and various constants, and determines the transport capacity of the elevator group. The transport capacity is assigned to second algorithms associated with the elevator cars and corresponding to the nominal load of each respective car. Based upon the assigned transport capacity and the round trip time of the respective elevator car, the second algorithm calculates the nominal departure load. Dependent on the nominal departure load and the actual departure load, the second algorithm calculates a corrected departure load with which the elevator car should be loaded.