Abstract: A vehicle mirror device includes a housing; an imaging device including an image light acquisition unit disposed in a lower surface of the housing in a vehicle-mounted state; a light projection device including an infrared irradiation unit disposed in the lower surface of the housing and disposed side by side with the image light acquisition unit in the left-and-right direction; and a plate-like attachment member including a surface on which the imaging device and the light projection device are mounted, and attached to the housing to hold the imaging device and the light projection device between the attachment member and the housing, the imaging device and the light projection device being fastened to the attachment member with screw members in a first direction. The attachment member is configured such that the imaging device and the light projection device are mountable thereon in a second direction different from the first direction.

Abstract: A base assembly, capable of restricting an edge part of a cover from moving, includes: a base, a gasket and a cover, in which the base includes a fixing part and an attaching part, the gasket is attached to the fixing part, the cover is attached at the fixing part and the attaching part, and a lower edge part of the cover facing lower edge parts of the fixing part and the gasket has a vertical edge part, the lower edge part of the gasket has a horizontal edge part, stopper parts to restrict the vertical edge part from moving with respect to the lower edge part of the base are provided at the base and the cover, respectively, and the stopper part on the base's side is provided vertically, and the stopper part on the cover's side is provided horizontally.

Abstract: A base assembly and a periphery monitoring device for a vehicle include a base, a gasket, and a cover. The base includes a fixed part and a mounting part. The gasket is mounted to the fixed part between the fixed part and a door. The cover is mounted to and covers lower portions of the fixed part and the mounting part. A rib that has a lower rib is provided on the edge of the fixed part. The fixed part is provided with upper and lower drainage ports arranged vertically to each other. The gasket is provided with a final drainage port. As a result, the door is sealed.

Abstract: Fastening work takes reduced time and effort. A vehicular mirror apparatus includes a housing mounted on a lateral portion of a vehicle and holding a mirror, and an attachment member, on which an internal unit including one or more out of an image pickup device that acquires image light, a floodlight device that emits infrared light, and an illumination device that emits visible light is fitted, and which is attached to a lower portion of the housing so as to put the internal unit between the attachment member and the housing, fastened to a first portion of the internal unit with a unit fastening member, and fastened to the housing and a second portion of the internal unit with a housing fastening member.

Abstract: A vehicle mirror device includes a housing, an imaging device, a light projection device, and a light shield unit. The housing is attached to a side portion of a vehicle and holds a mirror. The imaging device is attached to the housing and includes an image light acquisition unit disposed in a lower surface of the housing in a vehicle-mounted state. The light projection device is attached to the housing and includes an infrared irradiation unit disposed in the lower surface of the housing and disposed side by side with the image light acquisition unit in a left-and-right direction in the vehicle-mounted state. The light shield unit is provided on the lower surface of the housing and blocks infrared light going from the infrared irradiation unit toward the image light acquisition unit.

Abstract: A vehicle mirror device includes a housing; an imaging device including an image light acquisition unit disposed in a lower surface of the housing in a vehicle-mounted state; a light projection device including an infrared irradiation unit disposed in the lower surface of the housing and disposed side by side with the image light acquisition unit in the left-and-right direction; and a plate-like attachment member including a surface on which the imaging device and the light projection device are mounted, and attached to the housing to hold the imaging device and the light projection device between the attachment member and the housing, the imaging device and the light projection device being fastened to the attachment member with screw members in a first direction. The attachment member is configured such that the imaging device and the light projection device are mountable thereon in a second direction different from the first direction.

Abstract: A vehicle mirror device includes a housing, an imaging device, a light projection device, and a light shield unit. The housing is attached to a side portion of a vehicle and holds a mirror. The imaging device is attached to the housing and includes an image light acquisition unit disposed in a lower surface of the housing in a vehicle-mounted state. The light projection device is attached to the housing and includes an infrared irradiation unit disposed in the lower surface of the housing and disposed side by side with the image light acquisition unit in a left-and-right direction in the vehicle-mounted state. The light shield unit is provided on the lower surface of the housing and blocks infrared light going from the infrared irradiation unit toward the image light acquisition unit.

Abstract: The need for an O ring cover is eliminated when a gap between a shaft portion of a mover for mirror surface angle detection and a hole in a sensor case is sealed using an O ring. An O ring that allows a shaft portion of a slide block to be inserted therethrough is interposed between a sensor case and an actuator housing. The sensor case and the actuator housing are interconnected by means of screw-fastening via screws, and the O ring is brought into pressure contact with and held between the sensor case and the actuator housing by means of the screw fastening forces.

Abstract: The need for an O ring cover is eliminated when a gap between a shaft portion of a mover for mirror surface angle detection and a hole in a sensor case is sealed using an O ring. An O ring that allows a shaft portion of a slide block to be inserted therethrough is interposed between a sensor case and an actuator housing. The sensor case and the actuator housing are interconnected by means of screw-fastening via screws, and the O ring is brought into pressure contact with and held between the sensor case and the actuator housing by means of the screw fastening forces.

Abstract: A partition wall for partitioning a mirror accommodating space for accommodating a mirror holder and a mirror surface angle adjusting unit, and a harness accommodating space for accommodating a harness are provided in a mirror housing of an electric door mirror. An opening for exposing the terminal part of the mirror surface angle adjusting unit to the harness accommodating space, and insertion through-holes located to surround the opening and through which screws passes from the harness accommodating space toward the mirror surface angle adjusting unit respectively are formed in the partition wall. Further, reinforcing tube portions surrounding the insertion through-holes and protruding to the harness accommodating space are installed in the partition wall.

Abstract: A partition wall for partitioning a mirror accommodating space for accommodating a mirror holder and a mirror surface angle adjusting unit, and a harness accommodating space for accommodating a harness are provided in a mirror housing of an electric door mirror. An opening for exposing the terminal part of the mirror surface angle adjusting unit to the harness accommodating space, and insertion through-holes located to surround the opening and through which screws passes from the harness accommodating space toward the mirror surface angle adjusting unit respectively are formed in the partition wall. Further, reinforcing tube portions surrounding the insertion through-holes and protruding to the harness accommodating space are installed in the partition wall.