Abstract: Solving a problem in strength that occurs as a result of forming a shaft outside-fitting gear for an electric retractable view device for a vehicle, using a material including a resin as a base material. A shaft outside-fitting gear is formed of a material including a resin as a base material. The gear includes a clutch surface in one end face in an axis direction thereof. The clutch surface is disposed on an inner circumferential side and an outer circumferential side of a radial position of a tooth bottom of each gear tooth of the gear relative to the radial position of the tooth bottom, in a radial direction of the gear. One end face in the axis direction of the gear has a structure in which a valley of each gear tooth of the gear is occluded at a radial region at which the clutch surface is disposed.

Abstract: The number of components can be reduced and the fittability can be improved so that reduction in the cost can be realized. A power feed connector for feeding power to a motor provided in an actuator includes: two motor current application terminals for applying a current to the motor; two capacitor contact portions; a capacitor for applying a current to the capacitor contact portions respectively; and a housing to which the two motor current application terminals, the two capacitor contact portions, and the capacitor are fitted, wherein each of the motor current application terminals includes an extension portion and a connection portion for applying a current to the motor, and wherein each of the capacitor contact portions protrudes from the extension portion.

Abstract: Moving a mover for mirror surface angle detection following a nut member along a male thread member in such a manner that the mover is rotatable relative to the nut member and is non-rotatable relative to the male thread member, without biasing the mover by means of a spring. A communication hole is provided in a male thread member along a shaft axis of the male thread member. A mover is inserted through the communication hole so as to be movable in an axial direction. A front end of the mover is connected to a position in a back of a front end of a nut member so as to be rotatable relative to the nut member around the axis of the nut member. A position detection device detects a position of the mover relative to a base member in a direction along the male thread member.

Abstract: In the connector disclosed herein, a shunting member is arranged between the case and the cover member. The shunting member has a first contact piece elastically deformed by contact with a terminal inserted into a first terminal hole in the case, and a second contact piece elastically deformed by contact with a terminal inserted into a second terminal hole.

Abstract: Moving a mover for mirror surface angle detection following a nut member along a male thread member in such a manner that the mover is rotatable relative to the nut member and is non-rotatable relative to the male thread member, without biasing the mover by means of a spring. A communication hole is provided in a male thread member along a shaft axis of the male thread member. A mover is inserted through the communication hole so as to be movable in an axial direction. A front end of the mover is connected to a position in a back of a front end of a nut member so as to be rotatable relative to the nut member around the axis of the nut member. A position detection device detects a position of the mover relative to a base member in a direction along the male thread member.

Abstract: Provided is a remote-controlled mirror drive unit, the drive unit eliminating the need to provide a splice portion that short-circuits terminals of two motors at a halfway position in a mirror harness and enabling the short-circuit part to be arranged outside a mirror unit. A mirror harness includes four wires connected respectively to four terminals of two mirror angle adjustment motors. The mirror harness is led to a vehicle body inner portion through a mirror housing and a mirror base. In the vehicle body inner portion, a mirror switch circuit is disposed. Three wires that supply drive power to the motors are drawn out from the mirror switch circuit. The four wires and the three wires are interconnected in an in-vehicle body connector. Here, two wires are connected to one wire, and two wires are individually connected to two wires.

Abstract: Provided is a relay connector 100 for establishing connection between motors each having a pair of motor terminals provided to a back plate, and for supplying power supplied from external terminals to the respective motor terminals. The relay connector 100 includes: a motor connecting surface 120 having a first relay terminal 140 that connects to the motor terminals of each motor; an external connector connecting surface 130 that is continuous to the motor connecting surface 120 and has in its bonding surface a second relay terminal 150 that connects to L-shaped terminals 220; and a housing 110 having the motor connecting surface 120 and the external connector connecting surface 130 in its end surfaces. The first relay terminal 140 and the second relay terminal 150 are electrically connected with each other within the housing 110.

Abstract: Provided is a relay connector 100 for establishing connection between motors each having a pair of motor terminals provided to a back plate, and for supplying power supplied from external terminals to the respective motor terminals. The relay connector 100 includes: a motor connecting surface 120 having a first relay terminal 140 that connects to the motor terminals of each motor; an external connector connecting surface 130 that is continuous to the motor connecting surface 120 and has in its bonding surface a second relay terminal 150 that connects to L-shaped terminals 220; and a housing 110 having the motor connecting surface 120 and the external connector connecting surface 130 in its end surfaces. The first relay terminal 140 and the second relay terminal 150 are electrically connected with each other within the housing 110.

Abstract: For a turn lamp unit, a reflecting member is disposed in an inner space formed by a housing and lens section, wherein the reflecting member is fixed to the housing by a screw. The head portion of the screw is disposed inside a screw housing space arranged at the housing, and an opening of the screw housing space is closed by a waterproof moisture-transmission section. Further, since the inner space and screw housing space are communicated with each other through a breathing hole, one end of the breathing hole is continuous with the inside of the screw housing space closed by the waterproof moisture-transmission section, and the other end of the breathing section is continuous with the inside of the inner space.

Abstract: For a turn lamp unit, a reflecting member is disposed in an inner space formed by a housing and lens section, wherein the reflecting member is fixed to the housing by a screw. The head portion of the screw is disposed inside a screw housing space arranged at the housing, and an opening of the screw housing space is closed by a waterproof moisture-transmission section. Further, since the inner space and screw housing space are communicated with each other through a breathing hole, one end of the breathing hole is continuous with the inside of the screw housing space closed by the waterproof moisture-transmission section, and the other end of the breathing section is continuous with the inside of the inner space.

Abstract: To provide a connector that incorporates a built-in electronic part, which allows for easy assembly for obtaining a required connection structure, ensures connection reliability, and prevents dislodging of the electronic part even when used in locations involving frequent vibrations.

Abstract: Visibility of indications in a rear-view mirror incorporating a light-emitting display device is improved. A mirror element is formed by forming a semi-transmissive reflective film on one surface of a transparent substrate. On a back surface of the mirror element, a dark color mask member is arranged. An opening is formed in the mask member. Behind the mirror element, a light-emitting display device is arranged facing the opening. Where the mirror element is formed of a plane mirror, the light-emitting display device is arranged in such a manner that it is inclined toward a driver relative to the mirror surface. A wedge-shaped gap occurring between the mirror element and the light-emitting display device due to the inclination is occluded by a wall member.

Abstract: A liquid crystal glare-proof mirror is capable of displaying a picture in which a non-glare-proof mode and a glare-proof mode is switched, including a first polarizing plate for selecting a polarization component to be transmitted; a liquid crystal cell disposed at a back of the first polarizing plate, the liquid crystal cell having two control areas, each of which is controlled independently; a second polarizing plate disposed at a back of the liquid crystal cell, the second polarizing plate transmitting either one of two orthogonal polarization components of light and reflecting the other one of the polarization components; and an image generating apparatus disposed at a part of a back of the second polarizing plate, the part corresponding to either one of the two control areas, the image generating apparatus ejecting picture light having a polarization component which is transmitted through the second polarizing plate.

Abstract: To provide a connector that incorporates a built-in electronic part, which allows for easy assembly for obtaining a required connection structure, ensures connection reliability, and prevents dislodging of the electronic part even when used in locations involving frequent vibrations.

Abstract: Visibility of indications in a rear-view mirror incorporating a light-emitting display device is improved. A mirror element 14 is formed by forming a semi-transmissive reflective film 18 on one surface of a transparent substrate 16. On a back surface of the mirror element 14, a dark color mask member 20 is arranged. An opening 20a is formed in the mask member 20. Behind the mirror element 14, a light-emitting display device 22 is arranged facing the opening 20a. Where the mirror element is formed of a plane mirror 14, the light-emitting display device 22 is arranged in such a manner that it is inclined toward a driver relative to the mirror surface. A wedge-shaped gap 25 occurring between the mirror element 14 and the light-emitting display device 22 due to the inclination is occluded by a wall member 24.

Abstract: Disclosed is a liquid crystal glare-proof mirror capable of displaying a picture in which a non-glare-proof mode and a glare-proof mode is switched, including a first polarizing plate for selecting a polarization component to be transmitted; a liquid crystal cell disposed at a back of the first polarizing plate, the liquid crystal cell having two control areas, each of which is controlled independently; a second polarizing plate disposed at a back of the liquid crystal cell, the second polarizing plate transmitting either one of two orthogonal polarization components of light and reflecting the other one of the polarization components; and an image generating apparatus disposed at a part of a back of the second polarizing plate, the part corresponding to either one of the two control areas, the image generating apparatus ejecting picture light having a polarization component which is transmitted through the second polarizing plate.

Abstract: An inner mirror 1 which includes: a mirror body 10 tiltably mounted on a front end of a stay S that extends from a member forming a vehicle room; a mirror 20 for rear viewing, disposed at a front side of the mirror body 10; and covers 30, 40 disposed at a back side of the mirror body 10, wherein a space enabling housing of in-vehicle articles E1, E2 is formed by the mirror body 10 and the covers 30, 40.

Abstract: An outer mirror includes a mirror base having a protrusion extending laterally from a side face of a vehicle body; a shaft fixed onto the protrusion; a mirror housing rotatably mounted on the shaft; a mirror for reflecting a rear view mounted on the mirror housing; and an auxiliary mirror mounted on the mirror housing. This auxiliary mirror is for reflecting an area diagonally forward the side face of the vehicle body and located below an upper face of the protrusion.

Abstract: Disclosed is an outer mirror in which individual components are easy to assemble and which is superior in durability. An outer mirror includes a mirror base having a protrusion which sticks out outward from a side face of a vehicle body, a shaft being placed on the protrusion, and a mirror housing being coupled to the shaft in a rotatable fashion. Furthermore, the mirror housing includes a mirror for showing an area behind the vehicle body, and an opening on its side that faces the vehicle body.

Abstract: Disclosed is an outer mirror in which individual components are easy to assemble and which is superior in durability. An outer mirror includes a mirror base having a protrusion which sticks out outward from a side face of a vehicle body, a shaft being placed on the protrusion, and a mirror housing being coupled to the shaft in a rotatable fashion. Furthermore, the mirror housing includes a mirror for showing an area behind the vehicle body, and an opening on its side that faces the vehicle body.