Abstract: A terminal device controls a scroll display process for scrolling and moving a display region part of content displayed on a touch panel based on a slide operation input, and detects, during the slide operation input, any one input state of the number of slide operation inputs being simultaneously executed and the touch area involved in the touching on the touch panel for execution of the slide operation input, and controls a scrolling speed, which represents a moving speed exhibited when the display region part of the content is scrolled in the scroll display process, or a scroll movement amount, which represents a movement amount by which the content is scrolled, during the slide operation input based on the detected input state.

Abstract: A terminal device controls a scroll display process for scrolling and moving a display region part of content displayed on a touch panel based on a slide operation input, and detects, during the slide operation input, any one input state of the number of slide operation inputs being simultaneously executed and the touch area involved in the touching on the touch panel for execution of the slide operation input, and controls a scrolling speed, which represents a moving speed exhibited when the display region part of the content is scrolled in the scroll display process, or a scroll movement amount, which represents a movement amount by which the content is scrolled, during the slide operation input based on the detected input state.

Abstract: A computer terminal changes the non-evaluation property of one of the reference timings to the evaluation property based on a result of the evaluation conducted by comparing one of the reference timings having the evaluation property with the timing of the input performed by the operator.

Abstract: A power supply device includes a battery 1, an output switch 2 connecting the battery 1 to a load 20, and a control circuit 3 controlling the output switch 2. The output switch 2 is a semiconductor switching element 11 having controllable ON resistance. In the power supply device, the ON resistance of the semiconductor switching element 11 is controlled by the control circuit 3 so that the ON resistance in a precharge state is set larger than the ON resistance in an electrically-conducted state. The parallel capacitor 23 of the load 20 is precharged in the precharge state. After the parallel capacitor 23 of the load 20 is precharged, the load 20 is supplied with power from the battery 1 with the semiconductor switching element 11 being brought into the electrically-conducted state in which the ON resistance of the semiconductor switching element 11 is smaller than the precharge state.

Abstract: A computer terminal changes the non-evaluation property of one of the reference timings to the evaluation property based on a result of the evaluation conducted by comparing one of the reference timings having the evaluation property with the timing of the input performed by the operator.