Abstract:
An image information display apparatus is provided, which is inexpensive and is capable of easily performing scrolling of image data from a current position to a destination. The image information display apparatus includes a map data storage unit 1, a display unit 2, an input unit 3, a control unit 4, and a communication satellite 5. The input unit includes a manipulation unit 22 manipulated by an operator, position sensors 25, 26 for detecting a manipulation states of the manipulation unit 22, actuators 23, 24 for supplying a force-feedback to the manipulation unit 22, and destination setting switches 27, 28. The control unit 4 calculates an amount and direction of manipulation of the manipulation unit 22 on the basis of positional signals a, b, and performs scrolling of image data 51 on the basis of the calculated amount and direction of manipulation of the manipulation unit 22 obtained. In addition, the control unit calculates the deviation between the direction of a destination B as seen from a reference point A in the road map data 51 and the direction of manipulation of the manipulation unit 22, and controls drive of the actuator 23, 24 to decrease the force-feedback to be supplied to the manipulation unit 22 with a decrease in the calculated deviation.
Abstract:
A force sense imparting type input apparatus includes an operation portion, an actuator for imparting a force sense to the operation portion, a position sensor for detecting an operating direction and an operating quantity of the operation portion, a temperature sensor for detecting a temperature of the actuator, and a controller for acquiring a position signal and a temperature signal and outputting driving signal of the actuator. A correction control portion provided to the controller determines a calorific value of the actuator from the temperature signal, then a correction value of driving power supplied to the actuator from the calorific value so calculated, adds a correction value of driving power of the actuator at the time of a normal operation and decides driving power of the actuator at the time of over-heat.
Abstract:
The multifunctional input device is configured of an operating unit; a first detector and a second detector for detecting an operating state of the operating unit; an actuator for providing an external force to the operating unit; a controller for exchanging signals with a host computer, which controls a plurality of electrical apparatuses, and controlling driving of the actuator in accordance with instructions from the host computer; and a function/feel library in which are stored actuator driving data matching first detection signals and second detection signals supplied from the first detector and the second detector, and data for manipulating the electrical apparatuses by way of the host computer. In the function/feel library are stored a plurality of actuator drive characteristics, feel number information including numbers identifying combinations of actuator drive characteristics and detection signals, and function number information including numbers identifying the first detection signals supplied from the first detector and the second detection signals supplied from the second detector.