Abstract: Provided is a sound output apparatus that includes an insertion portion inserted into an earhole for outputting sound to an earhole, and a fingerprint sensor that is exposed to the outside of the earhole for detecting fingerprint information. This configuration allows even a compact apparatus to perform a desired operation in response to operations, thereby achieving miniaturization of the apparatus and improving the user's convenience.

Abstract: [Object] To allow even a compact apparatus to perform a desired operation in response to operations. [Solution] A sound output apparatus according to the present disclosure includes an insertion portion that is inserted into an earhole for outputting sound to an earhole, and a fingerprint sensor that is exposed to the outside of the earhole for detecting fingerprint information. This configuration allows even a compact apparatus to perform a desired operation in response to operations, thereby achieving miniaturization of the apparatus and improving the user's convenience. Thus, it is possible to provide a compact sound output apparatus excellent in usability.

Abstract: Electronic circuit wiring wherein wiring breakdown due to electrostatic discharge is reduced, the yield is improved, and the reliability of a display panel is improved, and a display device provided with the same, having an effective display region 12 formed on a board and electronic circuit wiring 13 arranged so as to surround the effective display region 12 in order to protect the effective display region from static electricity and laid so as to include a crossover region 15 partially crossing other wiring via an insulation film, wherein the electronic circuit wiring 13 includes a start point terminal A11, an end point terminal B11 arranged on the start point terminal All side via the crossover region 15, and a resistor element R11, the resistor element R11 being connected to the start point terminal A11 side with respect to the crossover region 15.

Abstract: The present invention provides a level conversion circuit including first and second transistors, a clock terminal, first switch means, second switch means, and a capacitance element. The first and second transistors are of the opposite conduction types to each other connected in series between a first power supply potential and a second power supply potential. The clock terminal is inputted a clock signal. The first switch means is connected between the clock terminal and the gate of the first transistor and has an on state when a circuit operation control signal is in an active state. The second switch means is connected between the second power supply potential and the gate of the second transistor and has an off state when the circuit operation control signal is in an active state. The capacitance element is connected between the clock terminal and the gate of the second transistor.

Abstract: Electronic circuit wiring wherein wiring breakdown due to electrostatic discharge is reduced, the yield is improved, and the reliability of a display panel is improved, and a display device provided with the same, having an effective display region 12 formed on a board and electronic circuit wiring 13 arranged so as to surround the effective display region 12 in order to protect the effective display region from static electricity and laid so as to include a crossover region 15 partially crossing other wiring via an insulation film, wherein the electronic circuit wiring 13 includes a start point terminal A11, an end point terminal B11 arranged on the start point terminal All side via the crossover region 15, and a resistor element R11, the resistor element R11 being connected to the start point terminal A11 side with respect to the crossover region 15.

Abstract: The present invention provides a level conversion circuit including first and second transistors, a clock terminal, first switch means, second switch means, and a capacitance element. The first and second transistors are of the opposite conduction types to each other connected in series between a first power supply potential and a second power supply potential. The clock terminal is inputted a clock signal. The first switch means is connected between the clock terminal and the gate of the first transistor and has an on state when a circuit operation control signal is in an active state. The second switch means is connected between the second power supply potential and the gate of the second transistor and has an off state when the circuit operation control signal is in an active state. The capacitance element is connected between the clock terminal and the gate of the second transistor.