Micro adjust arrow rest

Abstract

A micro adjust arrow rest including a mounting bracket and a body having a face plate and a U-shaped carriage. Each end of a shaft is supported by the U-shaped carriage. One end of the shaft extends beyond the carriage and receives a collar. A torsion spring is secured inside the carriage adjacent the collar. A launcher body is supported by the shaft within the U-shaped carriage. A pair of launcher fingers are fixed into the launcher body. The torsion spring secured to the carriage and the collar allows the shaft, launcher body, and launcher fingers to bias. Coarse lateral adjustment is provided by a mounting block, mounting bracket, and threaded pin. The threaded pin clamps a female dovetail of the mounting bracket onto a male dovetail of the mounting block. The mounting bracket secures the archery rest to an archery bow and includes a semi-elliptical portion which receives a bolt secured to the bow. The bolt can be tightened anyplace in the semi-elliptical portion for horizontal adjustability. The micro adjustment feature includes the shaft which contains a cavity and has a window cut in its side. A screw is inserted into the cavity of the shaft so that the threads of the screw are exposed through the window. A screw follower is secured into the launcher body and threadedly engages the screw through the window. Rotation of the screw within the shaft moves the launcher body laterally along the shaft.

Dependencies are inferred from the claim text.