Abstract: The input device has a fixed board and a movable board, which face with each other at established intervals. The fixed board has lower fixed-electrodes and upper fixed-electrodes, each of which has a band shape, in an orthogonal arrangement on the upper surface. The movable board has a movable electrode on all over the lower surface. Power is supplied to the lower-fixed electrodes and the upper fixed-electrodes only; the movable electrode is in no need of power supply, and therefore movable electrode 24 has no need for being connected to the fixed board and the controller. This eliminates a connector, providing a cost-reduced remote-control transmitter with a simple structure.

Abstract: The invention relates to a switching device and a remote control unit using the switching device to be used for operating a variety of electronic products. The invention aims to provide a device and unit which can be miniaturized and which can utilize a high-density components mounting technology. A switch (12) is disposed inside an inner periphery of the rotary operating part (17), and a lever (14) of the switch (12) is engaged with a cam (18) formed at an inner boundary of the operating part (17), constituting a switching device (19). With this constitution, the switching device and the remote control unit using the device can be provided miniaturized using a high-density components mounting.

Abstract: The invention relates to a switching device and a remote control unit using the switching device to be used for operating a variety of electronic products. The invention aims to provide a device and unit which can be miniaturized and which can utilize a high-density components mounting technology. A switch (12) is disposed inside an inner periphery of the rotary operating part (17), and a lever (14) of the switch (12) is engaged with a cam (18) formed at an inner boundary of the operating part (17), constituting a switching device (19). With this constitution, the switching device and the remote control unit using the device can be provided miniaturized using a high-density components mounting.

Abstract: A push-button switch includes an insulating board, an actuator, an urging body and a push button. The insulating board has plural switch-contacts. The actuator is made of resilient material and includes a base section placed on the board, a primary and secondary actuating sections. Both the sections are disposed above the switch-contacts and linked to the base section via respective linking sections. The urging body has a first end rotatably supported by a supporting section formed on the actuator or another supporting section formed on the insulating board, and has a second end for urging the primary actuating section. The push button depresses a mid-section of the urging body. The structure discussed above allows the push-button switch to have various combinations of operating forces and strokes. The push-button switch and a multiple switch employing this push-button switch can be used in various electronic apparatuses.

Abstract: A push-button switch includes an insulating board, an actuator, an urging body and a push button. The insulating board has plural switch-contacts. The actuator is made of resilient material and includes a base section placed on the board, a first and second actuating sections. Both the sections are disposed above the switch-contacts and linked to the base section via respective linking sections. The urging body has a first end rotatably supported by a supporting section formed on the actuator or another supporting section formed on the insulating board, and a second end for urging the first actuating section. The push button depresses a mid-section of the urging body. The structure discussed above allows the push-button switch to have various combinations of operating forces and strokes. The push-button switch and a multiple switch employing this push-button switch can be used in various electronic apparatuses.