Mirror head assembly for trucks

Claim 2

An improved side mounted rear view mirror head assembly for trucks in which a mirror and an enclosing back cover define an internal space therebetween and are mounted and retained between a pair of end caps, the improvement comprising: integral means in each of said end caps defining generally transversely extending mirror head adjusting slots, said slots being positioned adjacent said back cover and on the side of said caps remote from said mirror, a generally U-shaped tubular metal mirror head support arm, including generally horizontal top and bottom mirror head mounting sections joined at a common generally vertical connection section, means in each of said mounting sections defining a transversely flattened mounting region, said mounting regions being generally in vertical alignment to each other, bolt means joined to said arm at one of said regions and extending through an associated one of said slots in said end caps providing for pivotal and lateral adjustment of said head with respect to said arm, tie bar means in said space between said mirror and said cover, said tie bar means formed as a square, and socket means formed in each of said caps for receiving an end of said shaft for coupling said shaft to said caps and transmitting twisting torques to said shaft.

Claim 3

An improved side mounted rear view mirror head assembly for trucks in which a mirror and an inclosing back cover define an internal space therebetween and are mounted and retained between a pair of end caps, the improvement comprising: integral web means in each of said end caps defining generally transversely extending mirror head adjusting slots, said slots being positioned adjacent said back cover and on the side of said caps remote from said mirror, a generally U-shaped tubular metal mirror head support arm, including generally horizontal top and bottom mirror head mounting sections joined at a common generally vertical connecting section, means in each of said mounting sections defining a transversely flattened mounting region, said mounting regions being generally in vertical alignment with each other, a pair of stud bolts, one each joined to said arm at one of said regions and extending through an associated one of said slots in said end caps providing for pivotal and lateral adjustment of said head with respect to said arm, tie bar means in said space between said mirror and said cover, said tie bar means formed as a square shaft, and an integral boss formed in each of said end caps for receiving an end of said shaft for coupling said shaft to the associated end cap.

Claim 4

An improved side mounted rear view mirror head assembly for trucks in which a mirror and an inclosing back cover define an internal space therebetween and are mounted and retained between a pair of end caps, the improvement comprising: integral web means in each of said end caps defining generally transversely extending mirror head adjusting slots, said slots being positioned adjacent said back cover and on the side of said caps remote from said mirror, a generally U-shaped tubular metal mirror head support arm, including generally horizontal top and bottom mirror head mounting sections joined at a common generally vertical connecting section, means in each of said mounting sections defining a transversely flattened mounting region, said mounting regions being generally in vertical alignment with each other, a pair of stud bolts, one each joined to said arm at one of said regions and extending through an associated one of said slots in said end caps providing for pivotal and lateral adjustment of said head with respect to said arm, tie bar means in said space between said mirror and said cover, said tie bar means formed as a square shaft, and an integral boss formed in each of said end caps for receiving an end of said shaft for coupling said shaft to the associated end cap.