Abstract: A vehicle control system including a plurality of systems configured to control a plurality of different functions, respectively, of a vehicle, and the plurality of systems each include: a plurality of input sections; an input adjustment section configured to adjust one or more requests, inputted through the plurality of input sections, for controlling a predetermined vehicle function; a plurality of output sections associated with the vehicle function; and a management section configured to manage operations of the plurality of output sections, based on a request adjusted by the input adjustment section. The management sections each have a communication function that allows information that is associated with management based on at least the adjusted request to be transmitted to and received from each other.

Abstract: An operational rod coupling arrangement includes a motion member constituting part of a motion mechanism, an operational rod having a coupling hole at one end to be pivotally coupled with the motion member for transmitting an operational force and a connecting member configured to clamp the end of the operational rod in cooperation with a portion of the motion member. One of the motion member and the connecting member includes a shaft portion and the other of the motion member and the connecting member includes a bearing portion in which the shaft portion is insertable. The shaft portion, extending through the coupling hole, is insertable into the bearing portion. An engaging portion and an engaged portion for preventing withdrawal of the shaft portion from the bearing portion are at different positions than the shaft portion and the bearing portion in the connecting member and the motion member, respectively.

Abstract: An operational rod coupling arrangement includes a motion member constituting part of a motion mechanism, an operational rod having a coupling hole at one end to be pivotally coupled with the motion member for transmitting an operational force and a connecting member configured to clamp the end of the operational rod in cooperation with a portion of the motion member. One of the motion member and the connecting member includes a shaft portion and the other of the motion member and the connecting member includes a bearing portion in which the shaft portion is insertable. The shaft portion, extending through the coupling hole, is insertable into the bearing portion. An engaging portion and an engaged portion for preventing withdrawal of the shaft portion from the bearing portion are at different positions than the shaft portion and the bearing portion in the connecting member and the motion member, respectively.

Abstract: A control section varies an amplitude of a modulation signal every time the control section conducts control to vary a combination of the frequency of a clock signal and the frequency of the modulation signal by controlling a clock signal generator and a modulation signal generator, and derives a value indicating jitter tolerance of a measurement subject based on a decision result on an error of a data signal having a predetermined pattern output from the measurement subject and information of the amplitude of the modulation signal. A display section receives information concerning the frequency of the clock signal, the frequency of the modulation signal, and the amplitude of the modulation signal, and the value indicating jitter tolerance, and displays jitter tolerance characteristics of the measurement subject simultaneously on a screen by using the frequency of the clock signal and the frequency of the modulation signal as two parameters.

Abstract: A control section conducts control to vary an amplitude of a modulation signal every time conducting control to vary a combination of the frequency of a clock signal and the frequency of the modulation signal by controlling a clock signal generator and a modulation signal generator, and derives a value indicating jitter tolerance of a measurement subject based on a decision result on an error of a data signal having a predetermined pattern output from the measurement subject and information of the amplitude of the modulation signal. A display section receives information concerning the frequency of the clock signal, the frequency of the modulation signal, and the amplitude of the modulation signal that are controlled by the control section, and the value indicating jitter tolerance, and displays jitter tolerance characteristics of the measurement subject simultaneously on a screen by using the frequency of the clock signal and the frequency of the modulation signal as two parameters.

Abstract: A process for producing a magnetic head of the floating type having a head portion and a slider portion comprises preparing a core block 7 having arranged on a plane a head forming portion and a slider forming portion for providing the head portion and the slider portion, respectively, and forming at least one pair of track width defining grooves 14, 14 across a gap spacer 4 by dry-etching a surface 8 of the core block 7 which is to be opposed to media to form a magnetic gap portion G by a portion of the gap spacer of a predetermined track width between the pair of grooves.

Abstract: A method of regulating the flow of molten metal through the pour opening of a vessel is disclosed which is characterized by a combination of a pair of load detecting elements and a contactor which is disposed between the load detecting elements such that there is effected control of a hydraulic cylinder for actuating a sliding control nozzle which is capable of moving bit-by-bit resulting in the fine regulation of the sliding control nozzle.