Abstract: A base layer of a bent portion of a FPC is formed on the front side thereof with second ground bent lines arranged in a mesh pattern and third ground bent lines intersecting with the second ground bent lines in a lateral direction, and on the back side thereof with first ground bent lines along the bending direction. The first ground bent lines are electrically connected to the second ground bent lines and the third ground bent lines via through holes.

Abstract: A base layer of a bent portion of a FPC is formed on the front side thereof with second ground bent lines arranged in a mesh pattern and third ground bent lines intersecting with the second ground bent lines in a lateral direction, and on the back side thereof with first ground bent lines along the bending direction. The first ground bent lines are electrically connected to the second ground bent lines and the third ground bent lines via through holes.

Abstract: A display including: signal lines and scanning lines which are arrayed; display pixels formed in vicinity of the signal lines and scanning lines; a gradation voltage generating circuit which generates gradation voltages for supplying to the signal lines by performing resistance division by a plurality of resistor elements with regard to two types of reference voltages; a &ggr; correction voltage generating circuit which generates a voltage for &ggr; correction applied to at least one of connection paths between the plurality of resistor elements; and a signal line voltage generating circuit which selects the gradation voltage in accordance with digital pixel data among the gradation voltages generated by the gradation voltage generating circuit and supplies the selected gradation voltage to the corresponding signal line.

Abstract: A display apparatus according to the present invention, comprising: signal lines and scanning lines which are arrayed; display pixels formed in vicinity of the signal lines and scanning lines; a gradation voltage generating circuit which generates gradation voltages for supplying to the signal lines by performing resistance division by a plurality of resistor elements with regard to two types of reference voltages; a &ggr; correction voltage generating circuit which generates a voltage for &ggr; correction applied to at least one of connection paths between the plurality of resistor elements; and a signal line voltage generating circuit which selects the gradation voltage in accordance with digital pixel data among the gradation voltages generated by the gradation voltage generating circuit and supplies the selected gradation voltage to the corresponding signal line.

Abstract: An electric brake device includes a disc rotor which is rotatable together with a wheel of an automotive vehicle. An output rod is provided to press a friction pad onto the disc rotor so as to exert a braking force on the wheel. A brake motor is provided to generate a rotating force in response to an electric signal. A gear mechanism is provided to axially move the output rod relative to the disc rotor in accordance with the rotating force, such that the output rod is moved toward the disc rotor when the brake motor rotates in a forward direction, and the output rod is separated from the disc rotor when the brake motor rotates in a reverse direction. A load detection unit detects a load acting on an end of the output rod opposite to a position where the output rod presses the friction pad onto the disc rotor. A motor deceleration unit decreases the rate of rotation of the brake motor when the load detected by the load detection unit is above a reference level.