Abstract: An exterior rearview mirror assembly, especially suited for towing vehicles, includes a casing which houses a reflective element and a support supporting the casing and adapted to mount a vehicle. The mirror casing is adapted to pivot about the support between an inboard position and an extended outboard position thereby extending the field of view of the mirror assembly.

Abstract: An exterior rearview mirror assembly, especially suited for towing vehicles, includes a casing which houses a reflective element and a support supporting the casing and adapted to mount a vehicle. The mirror casing is adapted to pivot about the support between an inboard position and an extended outboard position thereby extending the field of view of the mirror assembly.

Abstract: A breakaway accessory mounting assembly for supporting rearview mirrors or other accessories on vehicles includes a coupler for installation on a base of the type secured to the inside windshield surface or another vehicle panel. The coupler has a support for mounting the rearview mirror or other accessory and a spring clamp retaining band extending around the coupler, preferably within a corresponding shaped recess, at a position spaced from and independent of the accessory support for releasably holding the coupler on the base until an impact force causes the assembly to release from the base. The spring clamp retaining band includes a pair of converging, inwardly angled, spaced spring flanges which project from the coupler to resiliently engage the base sides and allow both sliding installation and release of the assembly.

Abstract: A breakaway accessory mounting assembly for vehicles for supporting rearview mirrors and other accessories includes a base mounted on a vehicle panel surface such as a window, and a coupler engaging the base and having a support mounting the rearview mirror or other accessory. Retaining means such as a wire or stamped metal spring, or a resilient plate extend between the base and coupler and allow installation by slidably receiving the coupler on the base in a lateral direction followed by rotation of the coupler with respect to the base to an installed position about a predetermined first axis without further lateral sliding movement. The retaining means also resiliently hold the base and coupler together in the installed position, and allow release of the coupler from the base in three different separation modes when a predetermined force is imposed on the coupler or supported mirror or other accessory. Positioning means are provided to position the coupler in the installed position on the base.

Abstract: A windshield mounted, vehicular accessory mounting assembly is adapted to be small and compact and to reduce occupant injuries upon impact. The assembly includes a base and a coupling member releasably mounted on the base. The coupling member includes a support for mounting a vehicle accessory such as a rearview mirror. A breakaway fastening assembly extends through an aperture in the base to allow separation of the coupling member and vehicle accessory from the base should an impact occur. A series of projections extend between the periphery of the base aperture and the coupling member and are received in corresponding recesses to position the coupling member, provide a stable, three point connection, and prevent its rotation unless it separates from the base. The assembly may also include a swivel support arm to allow adjustment of the accessory position and to further reduce injuries.

Abstract: A vehicle accessory mounting assembly is disclosed for securely and stably supporting a rearview mirror or another vehicular accessory on the vehicle windshield or another vehicular surface without the need for an adjustable set screw. The assembly includes a support member slidably received on a base member by spaced sets of mating surfaces. A spring retainer on one of the base and support includes one retainer arm engaging and gripping an opposing, raised rib on the other member. A second retainer arm spaced from the first retainer arm urges the first arm against the rib. Spaced, raised contact areas are provided on the mating surfaces, while spaced sliding contact areas with a relieved area therebetween are provided on another contact surface to prevent movement and/or vibration between the base and support.

Abstract: A day/night rearview mirror assembly for vehicles useful in varying climatic conditions provides improved control and shifting between day and night positions, reduced undesired movement between day and night positions during adjustment of the major mirror position, and improved impact and bending resistance. The assembly preferably includes a molded mirror case, a prismatic mirror element and a two piece actuator assembly which provides consistent day/night shifting pressure in all temperatures. At least one stop member on the case back is included to limit actuator movement and precisely control day/night shifting. Cam surfaces on the actuator and stop member aid assembly. Downwardly opening support members pivotally mount the actuator assembly and prevent actuator movement toward the mirror element even upon impact. Ramp shoulders adjacent the support members also restrict actuator withdrawal.

Abstract: This specification discloses a vehicular mirror assembly adapted for exterior use on vehicles and is corrosion resistant, has low vibration, resists unintentional adjustment and may be adjusted when desired to a full range of positions. A mirror head housing is attached to a vehicular body housing by a support shaft pivotally secured to each housing by a pivot assembly. Each pivot assembly includes two coacting journal bearing members with a frictional member therebetween to provide a constant biasing force continuously over the life of the assembly which resists rotation of the shaft with respect to the housings. In the preferred embodiment, one of the journal bearing members is a serpentine spring.

Abstract: This specification discloses a pivot support bracket for mounting a pivotable member supporting a mirror or the like. The bracket includes a base having an integral flange for strengthening and rigidifying the base and partially covering a coupling including a pivot axle between the base and the pivotable member. Further, the pivot axle serves both as the axis of rotation of the pivotable member and, together with a spring, as a structure for applying a constant, preset, externally nonadjustable biasing force against detent means which rotationally stabilize and resist rotation of the pivotable member with respect to the base. Applying a pivoting force above a certain magnitude to the pivotable member overcomes the biasing force and permits rotation of the pivotable member with respect to the base.