Abstract: A wear compensator for a pivoting detent joint comprising a carrier base having a bearing housing and a bearing ring disposed in an interior channel of the bearing housing. A pivot cylinder is carried in the interior channel bearing against the bearing ring. An inner cone slidably carried in a cylinder recess of the pivot cylinder. A biasing element forcing the inner cone into the cylinder recess to biases the cylinder wall against the bearing ring. A support arm pivotally mounted to the bearing housing including a lower pivot block receiving and supporting the pivot cylinder in the interior channel, and an upper pivot block having an arm detent ring engaging a base detent ring carried by the bearing housing. Accordingly, the pivot cylinder rotates on the bearing ring and the arm detent ring rotates on the base detent ring to adjust the position of the support arm.

Abstract: A carrier base with a lateral base extension having a base hollow interior channel. A tooth ring on the lateral base extension. A stop block channel within the base tooth ring. A support arm pivotally carried on the lateral base extension for carrying a mirror head. A tooth ring included on the support arm engaging the base tooth ring in interlocking cooperation. A stop block carried by the support arm within the support arm tooth ring so that the stop block travels between a first end wall and a second end wall to control movement of the support arm. A connecting bolt carried by the support arm extending through the tooth rings into the hollow base interior channel. A leaf spring biasing the connecting bolt into the hollow base interior channel to draw the support arm against the lateral base extension.

Abstract: A wear compensator for a pivoting detent joint comprising a carrier base having a bearing housing and a bearing ring disposed in an interior channel of the bearing housing. A pivot cylinder is carried in the interior channel bearing against the bearing ring. An inner cone slidably carried in a cylinder recess of the pivot cylinder. A biasing element forcing the inner cone into the cylinder recess to biases the cylinder wall against the bearing ring. A support arm pivotally mounted to the bearing housing including a lower pivot block receiving and supporting the pivot cylinder in the interior channel, and an upper pivot block having an arm detent ring engaging a base detent ring carried by the bearing housing. Accordingly, the pivot cylinder rotates on the bearing ring and the arm detent ring rotates on the base detent ring to adjust the position of the support arm.

Abstract: A carrier base with a lateral base extension having a base hollow interior channel. A tooth ring on the lateral base extension. A stop block channel within the base tooth ring. A support arm pivotally carried on the lateral base extension for carrying a mirror head. A tooth ring included on the support arm engaging the base tooth ring in interlocking cooperation. A stop block carried by the support arm within the support arm tooth ring so that the stop block travels between a first end wall and a second end wall to control movement of the support arm. A connecting bolt carried by the support arm extending through the tooth rings into the hollow base interior channel. A leaf spring biasing the connecting bolt into the hollow base interior channel to draw the support arm against the lateral base extension.