Abstract: Electrically conductive movable elements 15 which are moved from a waiting position to a conduction position by an insertion operation of corresponding male terminals 7 are disposed in all female terminals 9 into which the male terminals are to be respectively inserted in a correct connection condition. Only when the male terminals 7 are correctly inserted into the female terminals 9, the movable elements 15 are moved to the conduction positions to be in contact with conductive portions 17 of a conduction test device 16, respectively, thereby establishing a conductive condition.

Abstract: A vehicle lamp controlling device (1) is provided with a first driving circuit (11) for driving a lamp (L), a first control system (5) for turning the lamp (L) on by driving the first driving circuit (11) in accordance with the input of an ON-signal from the switch (SW), and a second control system (3, 9) for blinking the lamp (L) by intermittently controlling the driven state of the first driving circuit (11) in accordance with the ON-signal.

Abstract: A detection part (B), of a disconnection detection apparatus (1A), detects an open destruction of a detection resistor. An emitter of a transistor (Q5) is connected to an upstream end of a detection resistor (R1) through a diode (connected forward) (D2). A base of the transistor (Q5) is connected to a downstream end of the detection resistor (R1) through a resistor (R8). A collector of the transistor (Q5) is connected to an upstream side of a resistor (R4) of a determination part (3). In the detection part (B), the transistor (Q5) is turned on and off according to the difference in the potential between both ends of the detection resistor (R1). In an open destruction detection state, generated when the transistor (Q5) is ON, electric current supplied by the power supply 4 is fed to the determination part (3) through the transistor (Q5) as a detection result indicating that an open destruction has occurred.

Abstract: Electrically conductive movable elements 15 which are moved from a waiting position to a conduction position by an insertion operation of corresponding male terminals 7 are disposed in all female terminals 9 into which the male terminals are to be respectively inserted in a correct connection condition. Only when the male terminals 7 are correctly inserted into the female terminals 9, the movable elements 15 are moved to the conduction positions to be in contact with conductive portions 17 of a conduction test device 16, respectively, thereby establishing a conductive condition.

Abstract: A vehicle lamp controlling device (1) is provided with a first driving circuit (11) for driving a lamp (L), a first control system (5) for turning the lamp (L) on by driving the first driving circuit (11) in accordance with the input of an ON-signal from the switch (SW), and a second control system (3, 9) for blinking the lamp (L) by intermittently controlling the driven state of the first driving circuit (11) in accordance with the ON-signal.

Abstract: In a vehicle-mounted electrical component, potentially redundant resistances 4d, 4h, 4i and the corresponding voltage detecting circuit 5d, or the terminals 21, 22, 23, 24 and the switch for turning the switch interposed between the terminals 21 and 22, and the terminals 23 and 24 ON and OFF are exposed on the external surface of the main body so that setting according to the specifications can be performed outside the main body.

Abstract: A detection part (B), of a disconnection detection apparatus (1A), detects an open destruction of a detection resistor. An emitter of a transistor (Q5) is connected to an upstream end of a detection resistor (R1) through a diode (connected forward) (D2). A base of the transistor (Q5) is connected to a downstream end of the detection resistor (R1) through a resistor (R8). A collector of the transistor (Q5) is connected to an upstream side of a resistor (R4) of a determination part (3). In the detection part (B), the transistor (Q5) is turned on and off according to the difference in the potential between both ends of the detection resistor (R1). In an open destruction detection state, generated when the transistor (Q5) is ON, electric current supplied by the power supply 4 is fed to the determination part (3) through the transistor (Q5) as a detection result indicating that an open destruction has occurred.

Abstract: An image sensor chip for use in configuring a contact-type image sensor, wherein the fabrication of a substrate on which this chip is mounted can be markedly simplified, and the pickup of noise by the analog output can be reduced. The chip is fabricated by integrating a prescribed number of photoelectric conversion elements (28) as photoreceptors, analog switches (29) connected in series to the corresponding photoelectric conversion elements (28), a switch circuit (30) for sequentially switching on the analog switches (29) in accordance with clock signals, output loads (31, 40) jointly connected in series to sets composed of the photoelectric conversion elements (28) and their respective analog switches (29), an amplification circuit (32) for amplifying the potential of the output load components on the side of the photoelectric conversion elements, and, preferably, a gain-adjusting resistor R for this operational amplifier (32).

Abstract: Electrically conductive movable elements 15 which are moved from a waiting position to a conduction position by an insertion operation of corresponding male terminals 7 are disposed in all female terminals 9 into which the male terminals are to be respectively inserted in a correct connection condition. Only when the male terminals 7 are correctly inserted into the female terminals 9, the movable elements 15 are moved to the conduction positions to be in contact with conductive portions 17 of a conduction test device 16, respectively, thereby establishing a conductive condition.

Abstract: In a vehicle-mounted electrical component, potentially redundant resistances 4d, 4h, 4i and the corresponding voltage detecting circuit 5d, or the terminals 21, 22, 23, 24 and the switch for turning the switch interposed between the terminals 21 and 22, and the terminals 23 and 24 ON and OFF are exposed on the external surface of the main body so that setting according to the specifications can be performed outside the main body.

Abstract: An image sensor chip for use in configuring a contact-type image sensor, wherein the fabrication of a substrate on which this chip is mounted can be markedly simplified, and the pickup of noise by the analog output can be reduced. The chip is fabricated by integrating a prescribed number of photoelectric conversion elements (28) as photoreceptors, analog switches (29) connected in series to the corresponding photoelectric conversion elements (28), a switch circuit (30) for sequentially switching on the analog switches (29) in accordance with clock signals, output loads (31, 40) jointly connected in series to sets composed of the photoelectric conversion elements (28) and their respective analog switches (29), an amplification circuit (32) for amplifying the potential of the output load components on the side of the photoelectric conversion elements, and, preferably, a gain-adjusting resistor R for this operational amplifier (32).

Abstract: An image sensor has a photoelectric conversion unit composed of an array of a plurality of sets of a photoelectric conversion element having one electrode connected to a power source line and a switching element connected to another electrode of the photoelectric conversion element to receive an output thereof. A shift register, operating in synchronism with a clock supplied thereto, generates a pulse to turn on the switching element. The current that the switching element outputs when turned on is stored in and converted into a voltage by a capacitor. When the switching element is turned on, a transistor that forms a discharging path for the capacitor is connected in parallel with the capacitor. This transistor is turned on with a pulse obtained by delaying the clock. Thus, the capacitor is cleared over a period including periods before and after the switching element is turned on.