Abstract: A shunt-resistance type current detector includes a flat-plate shaped shunt resistor joined between a flat-plate shaped first bus bar and a flat-plate shaped second bus bar. Each of the bus bars includes respective detection conductors connected to a current detector. The shunt resistor and each of the bus bars are joined via weld parts. A gap for mounting the shunt resistor is formed between the first bus bar and the second bus bar, and projected parts are formed each being projected toward the gap from opposing faces opposing to each other in the gap. The shunt resistor comes an contact with each of the projected parts in a top-and-bottom direction.

Abstract: A shunt-resistance type current detector includes a flat-plate shaped shunt resistor joined between a flat-plate shaped first bus bar and a flat-plate shaped second bus bar. Each of the bus bars includes respective detection conductors connected to a current detector. The shunt resistor and each of the bus bars are joined via weld parts. A gap for mounting the shunt resistor is formed between the first bus bar and the second bus bar, and projected parts are formed each being projected toward the gap from opposing faces opposing to each other in the gap. The shunt resistor comes an contact with each of the projected parts in a top-and-bottom direction.

Abstract: A vehicular display system includes a movable body displaceable between an erect position and a tilted position, a first moving body disposed on the vehicle upper side of the movable body in the erect position, a second moving body disposed on the vehicle lower side of the movable body in the erect position, a drive device that displaces the movable body between the erect position and the tilted position, a guide device that guides the second moving body along the displacement operation of the movable body between the erect position and the tilted position, a display device that allows a user to view vehicle interior display information as if the information were displayed in an information display area of the movable body, and an elastic member that applies an elastic force between the movable body and the drive device.

Abstract: A vehicular display system includes a movable body displaceable between an erect position and a tilted position, a first moving body disposed on the vehicle upper side of the movable body in the erect position, a second moving body disposed on the vehicle lower side of the movable body in the erect position, a drive device that displaces the movable body between the erect position and the tilted position, a guide device that guides the second moving body along the displacement operation of the movable body between the erect position and the tilted position, a display device that allows a user to view vehicle interior display information as if the information were displayed in an information display area of the movable body, and an elastic member that applies an elastic force between the movable body and the drive device.

Abstract: A vehicle display device includes: a housing unit having an opening facing an eye point side of a vehicle; a decorative member disposed inside the housing unit; a display device configured to display an image inside the housing unit, a drive device configured to move the decorative member in a width direction of the housing unit; and an illumination device operated depending on a movement of the decorative member to irradiate the decorative member with light. The illumination device may have a plurality of light sources arranged along the width direction.

Abstract: A vehicle display device includes: a housing unit having an opening facing an eye point side of a vehicle; a decorative member disposed inside the housing unit; a display device configured to display an image inside the housing unit, a drive device configured to move the decorative member in a width direction of the housing unit; and an illumination device operated depending on a movement of the decorative member to irradiate the decorative member with light. The illumination device may have a plurality of light sources arranged along the width direction.

Abstract: When a press-in part 81 is inserted into a press-in hole 93, a vertex of the press-in part 81 deformed to a form along the inner surface of the press-in hole 93 comes into contact with the inner surface of the press-in hole 93 and a press-in force when the press-in part 81 is inserted into the press-in hole 93 or a pull-out force when the press-in part 81 is pulled out from the press-in hole 93 is set in according with the length of an intersecting line that a surface on which the outer surface of the press-in part 81 comes into contact with the inner surface of the press-in hole 93 and a section intersecting orthogonally to the axial direction of the press-in part 81 intersect.

Abstract: When a press-in part 81 is pressed-in to a press-in hole 93, a vertex of the press-in part 81 deformed to a form along the inner surface of the press-in hole 93 comes into contact with the inner surface of the press-in hole 93 and a press-in force when the press-in part 81 is inserted into the press-in hole 93 or a pull-out force when the press-in part 81 is pulled out from the press-in hole 93 is set in according with the length of an intersecting line that a surface on which the outer surface of the press-in part 81 comes into contact with the inner surface of the press-in hole 93 and a section intersecting orthogonally to the axial direction of the press-in part 81 intersect.

Abstract: When a press-in part 81 is pressed-in to a press-in hole 93, a vertex of the press-in part 81 deformed to a form along the inner surface of the press-in hole 93 comes into contact with the inner surface of the press-in hole 93 and a press-in force when the press-in part 81 is inserted into the press-in hole 93 or a pull-out force when the press-in part 81 is pulled out from the press-in hole 93 is set in according with the length of an intersecting line that a surface on which the outer surface of the press-in part 81 comes into contact with the inner surface of the press-in hole 93 and a section intersecting orthogonally to the axial direction of the press-in part 81 intersect.

Abstract: An instrument system includes a speedometer as an indicating instrument. The speedometer includes a disk-like dial, a movement element, and an indicating needle. The dial includes an indication element indicative of vehicle's speed. The movement element has an output shaft connected to a measurement device measuring the vehicle's speed and configured to rotate based on measurements obtained by the measurement device. The needle is attached to the output shaft by a mounting structure. The needle includes a skirt attached to the output shaft of the movement element, and a pointer extending radially from the skirt, so as to be rotated by the output shaft and indicate a value of interest of the indication element of the dial. The skirt includes a hole into which the output shaft is press-fit. The hole has an elliptical cross section.

Abstract: When a press-in part 81 is pressed-in to a press-in hole 93, a vertex of the press-in part 81 deformed to a form along the inner surface of the press-in hole 93 comes into contact with the inner surface of the press-in hole 93 and a press-in force when the press-in part 81 is inserted into the press-in hole 93 or a pull-out force when the press-in part 81 is pulled out from the press-in hole 93 is set in according with the length of an intersecting line that a surface on which the outer surface of the press-in part 81 comes into contact with the inner surface of the press-in hole 93 and a section intersecting orthogonally to the axial direction of the press-in part 81 intersect.

Abstract: An instrument system includes a speedometer as an indicating instrument. The speedometer includes a disk-like dial, a movement element, and an indicating needle. The dial includes an indication element indicative of vehicle's speed. The movement element has an output shaft connected to a measurement device measuring the vehicle's speed and configured to rotate based on measurements obtained by the measurement device. The needle is attached to the output shaft by a mounting structure. The needle includes a skirt attached to the output shaft of the movement element, and a pointer extending radially from the skirt, so as to be rotated by the output shaft and indicate a value of interest of the indication element of the dial. The skirt includes a hole into which the output shaft is press-fit. The hole has an elliptical cross section.