Abstract: A display apparatus according to the present invention is equipped with a data writing section that includes a data line which supplies electric potential and a first switching section that controls writing of electric potential supplied, and a threshold voltage detecting section that includes a second switching section which controls conduction between a gate electrode and a drain electrode of the driver element and a current light emitting element which is a capacitor that supplies electric charge to the driver element.

Abstract: A common line is eliminated, and one terminal of the capacitor, which has been heretofore connected to the common line, is connected to the scan line of another display cell adjacent to the display cell having the capacitor. A scan line driving circuit supplies to respective scan lines a stepped pulse formed of a voltage V1 and a voltage V2 sufficiently larger than the voltage V1. A data line driving circuit supplies to the respective data lines a voltage not smaller than the voltage V1 and not larger than a voltage V3 (but smaller than the voltage V2) as a data voltage.

Abstract: A pressure sensitive sensor is provided that includes a net braid member formed by knitting a plurality of insulating yarn strands, such as an aramid fiber, interposed between an elastic electroconductive tube and a central electrode member. The elastic electroconductive tube and the central electrode member are brought into electrical contact with each other through the gap portion of the mesh of the net braid member at a pressure point, and pressure is detected. The central electrode member is formed by winding an electroconductive metal wire in a coil on the outer peripheral surface of a central member formed by coating an elastic insulating material on a central reinforcing member formed of an aramid fiber. Thus, a pressure sensitive sensor which has a simple construction, can be produced easily and at low cost, is suitable for making a small sensor, and can appropriately function even if the sensor is warped or kinked at a sharp curvature.

Abstract: A carry skip adder has a plurality of ripple adders, in which at least one part of the plurality of ripple adders is divided into a plurality of groups, and a carry signal is transferred from one group to one upper group. In addition, a circuit for calculating C=C2+F*C1 is included, in which the C1 denotes a carry signal from the one group to the one upper group, and the F denotes a signal indicating whether or not outputs of all adders in the one upper group are 1s, and the C2 denotes a carry signal associated with the most upper ripple adder in the one upper group.

Abstract: A cable guide (1) has a plurality of tubular links (11) consecutively connected to one another for pivoting about substantially parallel axes. At least some of the cables to be inserted into a cable guide (1) are flat cables (5) placed one over another so that the width of the flat cables (5) is parallel to the pivotal axes of the links (11) of the cable guide (1).

Abstract: A slider (25) is mounted on a rail (23) laid on a slide door (21) to support a door-side end of a stretching part (31) of a cable transferred from a vehicle body (28) toward the slide door (21). The cable transferred toward the slide door (21) is introduced into a cable guide (27) and guided between the slider (25) and a fixing member (35). The cable guide (27) is formed by coupling a plurality of pieces (39) to undergo a bending deformation substantially in a plane, and takes up a slack of the cable while stabilizing the shape of the slackened cable.

Abstract: A display unit has an organic light emitting diode (OLED) 21 provided in correspondence with each of pixels and capable of emitting light by itself, a drive transistor 22 for driving the OLED 21, a twig transistor 23 which is formed so as to have a portion of an electrode of the drive transistor 22 independently formed, and which is used to detect a threshold voltage (Vth) of the drive transistor 22, a compensating capacitor 28 in which the threshold voltage (Vth) detected by the twig transistor 23 is written, a signal capacitor 27 in which a signal voltage to be supplied to the drive transistor 22 is written, a first transistor 24 provided between a data line and the signal capacitor 27, a second transistor 25 provided between the signal capacitor 27 and the compensating capacitor 28, and a third transistor 26 provided between a gate electrode and another electrode of the twig transistor 23.

Abstract: A power supply apparatus for a vehicle slide door, including a cable installed between a vehicle body and a slide door and a cable guide for guiding the cable. The cable guide includes a plurality of link members interconnected into a linear configuration. The cable guide includes a first section and a second section. The first section is capable of being bent in a predetermined direction from a generally linear condition. The second section is capable of being bent in an opposite direction opposite to the predetermined direction from a generally linear condition.

Abstract: Glass fiber which substantially has the following composition as represented by mol percentage and has a glass transition temperature higher than 300° C. and lower than 400° C.

Abstract: A squaring multiplier for a floating-point number comprises: a pseudo carry generator for generating pseudo information concerning a carry equivalent to predetermined bits for the calculation of a target variable; an MSB look ahead circuit for employing the variable to perform a look ahead operation and establish the location of the MSB (Most Significant Bit) in the calculation results; and combinational circuits for performing the rounding off process and the calculation of the variables by using information concerning a carry, which is generated by the pseudo carry generator and based on the location of the MSB determined by the MSB look ahead circuit.

Abstract: A wire harness-wiring sliding part has a sliding part (12) and a rail member (11) on which the sliding part (12) is mounted. The rail member (11) has a pair of opposing guide rail portions (11b) longitudinally disposed opposing each other at a predetermined distance. The sliding part (12) has a holding portion (12a), on both its sides, which hold edges of the opposing guide rail portions (11b). The sliding part (12) is longitudinally slidable on the guide rail portions (11b). A wire harness (14), extending from a vehicle body, is wired from a vehicle body provided with the rail member (11) to a sliding door provided with the sliding part (12). A felt material (13) is installed on an inner surface (12b) of each of the holding portions (12a) of the sliding part (12) in a direction orthogonal to a longitudinal direction of the rail member (11). The felt material fills a gap between the inner surface (12b) and a peripheral surface of an end portion of the guide rail portion (11b).

Abstract: A harness-wiring system is provided that includes a wire harness extending from the body of an automobile to a sliding door thereof. The sliding door include a harness housing with a guiding slot. A portion of electrical cables forming the wire harness is passed through a net-like sheath knitted from resin threads, and this portion is folded into the harness housing, so as to form a U-shaped configuration in the harness housing. The system includes a first clamping device having a mount. This first clamping device fixes the net-like sheath onto the electrical cables, while fixing itself to the harness housing. The system further includes a second clamping device having a guide. The second clamping device fixes the net-like sheath onto the electrical cables, while fitting the guide with the guiding slot. The construction of the wire harness connection between the car body and the sliding door is thus simplified.

Abstract: A pressure sensitive sensor is provided that includes a net braid member formed by knitting a plurality of insulating yarn strands, such as an aramid fiber, interposed between an elastic electroconductive tube and a central electrode member. The elastic electroconductive tube and the central electrode member are brought into electrical contact with each other through the gap portion of the mesh of the net braid member at a pressure point, and pressure is detected. The central electrode member is formed by winding an electroconductive metal wire in a coil on the outer peripheral surface of a central member formed by coating an elastic insulating material on a central reinforcing member formed of an aramid fiber. Thus, a pressure sensitive sensor which has a simple construction, can be produced easily and at low cost, is suitable for making a small sensor, and can appropriately function even if the sensor is warped or kinked at a sharp curvature.

Abstract: To improve noise suppression, there is provided a metallic connecting device for connecting a high-voltage electrical cable to a transformer. To further enhance the above effect, a coiled-type high-voltage noise-suppressing cable is used as the high-voltage electrical cable. The connecting device includes a crimping connector portion where the coiled-type high-voltage noise-suppressing cable is press-fitted, and a solder connector portion where a connector portion of transformer is fixed by soldering. The crimping connector portion may include a first barrel portion, a second barrel portion and a detent which is formed by notching and raising part of the base wall of the crimping connector portion. The solder connector portion is in the form of a cup, and the base center of the solder connector portion includes a through hole having a diameter slightly greater than that of the connector of transformer.

Abstract: An apparatus to calculate a remainder of Bc modulo n at high speed with minimum hardware resources, while securing safety of a key comprises: a first circuit to execute a process of calculating B (mod n) and holding the calculation result B1 and to repeat a process of shifting a holding value and calculating a value congruent to the shifted holding value modulo n and holding the calculation result; a first register for storing the B1 as an initial value; a second circuit to cumulate the calculation result of the first circuit when a value of a bit at a predetermined position of the first register is equal to 1; a second register to store 1 as an initial value; a C output circuit to output C; a third circuit to cumulate the calculation result of the first circuit when an output value from said C output circuit is equal to 1 and a value of a bit at a predetermined position of the second register is equal to 1.

Abstract: An output bit sequences is derived from an initial bit sequence and this output bit sequence is used to encrypt an input bit sequence in a first mode of operation or not to so encrypt the input bit sequence in a second mode of operation. The mode of operation is switched automatically whenever the output bit sequence contains a predetermined trap bit sequence. As a result of this automatic switching between such encryption and no such encryption, unauthorized determination of secret codes is thwarted.

Abstract: An electrical cable for high-voltage circuits is used in fixed type apparatuses such as office or home appliances. The electrical cable includes a tubular core portion formed of fluorine rubber and a magnetic material mixed therewith. The tubular core portion is wound with a conductive wire. The diameter of the conductive wire is set to be about 40 &mgr;m at the most, so that number of spirals can be more than about 10,000 spirals/m. Under these conditions, even when the electrical cable is flexed, spirals of the conductive wire are prevented from being superposed or stacked. The electrical cable can thus be provided with a high impedance and prevented from noise penetration.

Abstract: An electrical cable according to the present invention is suitable for high-voltage circuits used in fixed-type apparatuses such as office or home appliances. The cable includes a reinforcing thread, which is baked with a fluorocarbon rubber paint, to form a small-diameter cable core portion. The cable core portion is wound with a conductive wire having a wire core portion and a semi-electroconductive wire-coating. Because the conductive wire includes the semi-electroconductive coating, it can be wound densely. As a result, the electrical cable as a whole can be made thinner, while maintaining a high noise-suppressing effect.

Abstract: A harness-wiring system is provided that includes a wire harness extending from the body of an automobile to a sliding door thereof. The sliding door include a harness housing with a guiding slot. A portion of electrical cables forming the wire harness is passed through a net-like sheath knitted from resin threads, and this portion is folded into the harness housing, so as to form a U-shaped configuration in the harness housing. The system includes a first clamping device having a mount. This first clamping device fixes the net-like sheath onto the electrical cables, while fixing itself to the harness housing. The system further includes a second clamping device having a guide. The second clamping device fixes the net-like sheath onto the electrical cables, while fitting the guide with the guiding slot. The construction of the wire harness connection between the car body and the sliding door is thus simplified.

Abstract: A carry skip adder comprises a plurality of ripple adders, wherein at least one part of the plurality of ripple adders is divided into a plurality of groups, and a carry signal is transferred from one group to one upper group. In addition, a circuit for calculating C=C2+F*C1 is included, wherein the C1 denotes a carry signal from the one group to the one upper group, and the F denotes a signal indicating whether or not outputs of all adders in the one upper group are is, and the C2 denotes a carry signal associated with the most upper ripple adder in the one upper group.