US12631426 - Adjustable rear sight used for adjusting height and direction during firearm aiming

The patent describes an adjustable rear sight assembly designed to enhance shooting accuracy by allowing users to modify the height and direction of the sight, thereby addressing low hit rates caused by user errors. This assembly consists of interconnected components, including a rear sight lever and sliding rear sight, which can be mounted to a firearm in a detachable manner.

Claim 1

1 . An adjustable rear sight assembly connected to the firearm in a detachable manner; which is formed by mounting the rear sight lever, sliding rear sight and closure part to each other; is developed for improving the low hit rate that is caused by user or external errors in the daily use of firearms and/or professional marksmanship contests; provides a more stable shooting for the user by producing the fixed rear sight piece used in aiming the firearm with adjustable height and direction, the adjustable rear sight assembly comprising: at least one spring socket formed on the surface mounted to the weapon for positioning at least one height adjustment spring therein; connection member socket formed on the surface not mounted to the weapon for receiving the connection and adjustment element which can move the rear sight lever up and down with respect to the firearm surface with its movement; pin sockets aiming to receive at least one pin within, together with the pin sockets formed on the closure part and the rear sight lever equipped with at least sliding rear sight socket formed at the opposite end of the end in which the said pin sockets are formed; sliding rear sight equipped with a mounting protrusion aiming to exit from its body and connect to the sliding rear sight socket, at least one mounting spring aiming to be placed within the sliding rear sight socket by connecting to the said mounting protrusion and the adjustment member which can change the direction of the sliding rear sight vertically to the shooting direction of the weapon relative to the rear sight lever by stretching and releasing the said mounting spring/springs within the sliding rear sight socket; and the closure part, on the upper surface of which the rear sight lever surface is formed for the placement of the rear sight lever and pin sockets are formed for the placement of the said pins, and on the lower surface of which the adaptation gap aiming to connect to the mounting surface configured on the weapon is formed. at least one spring socket formed on the surface mounted to the weapon for positioning at least one height adjustment spring therein; connection member socket formed on the surface not mounted to the weapon for receiving the connection and adjustment element which can move the rear sight lever up and down with respect to the firearm surface with its movement; pin sockets aiming to receive at least one pin within, together with the pin sockets formed on the closure part and the rear sight lever equipped with at least sliding rear sight socket formed at the opposite end of the end in which the said pin sockets are formed; sliding rear sight equipped with a mounting protrusion aiming to exit from its body and connect to the sliding rear sight socket, at least one mounting spring aiming to be placed within the sliding rear sight socket by connecting to the said mounting protrusion and the adjustment member which can change the direction of the sliding rear sight vertically to the shooting direction of the weapon relative to the rear sight lever by stretching and releasing the said mounting spring/springs within the sliding rear sight socket; and the closure part, on the upper surface of which the rear sight lever surface is formed for the placement of the rear sight lever and pin sockets are formed for the placement of the said pins, and on the lower surface of which the adaptation gap aiming to connect to the mounting surface configured on the weapon is formed.

Google Patents

https://patents.google.com/patent/US12631426

USPTO PDF

https://image-ppubs.uspto.gov/dirsearch-public/print/downloadPdf/12631426