Heckler and Koch Gmbh

Rolf Knöpfle

Helmut Weldle

Stefan Doll

Gerd Spinner

Hans-Peter Bantle

Frank Henninger

Daniel Braun

This disclosure relates to weapon receivers, profile rails, and weapons. According to one example, a receiver for a self-loading firearm, includes a first guide track within which a loading lever can be moved to move a loading tube that can be brought into contact with, or is in contact with a breechblock; a second guide track connected to the first guide track, wherein the loading lever can be shifted to the second guide track via a first opening in the receiver to move the loading tube, such that the loading lever can be operated ambidextrously. Other examples are contemplated.

Receivers for self-loading firearms and self-loading firearms equipped with receivers

Disassembly devices for use with firearms and firearms including such disassembly devices are disclosed. An example firearm includes a frame; a breech slide to be coupled to the frame; a barrel; a trigger bar disposed within the frame; and an arm to be pivotable about an axis between a locked position and a unlocked position, the arm being movable to the unlocked position from the locked position based on a magazine engaging an end of the arm, the arm being movable to the locked position from the unlocked position based on the magazine being spaced from the end of the arm or the magazine not being fully received within the firearm, in the locked position, the arm to interact with the trigger bar to secure the trigger bar, in the unlocked position, the lug to be spaced from the trigger bar to enable the trigger bar to move.

Disassembly devices for use with firearms and firearms including such disassembly devices

A cocking trigger mechanism is disclosed. The cocking trigger mechanism includes a hammer element that is moveable between a front position and a rear position, and a drive part that is moveable between an uncocked position and a cocked position. The drive part is arranged to entrain the hammer element during its movement into the uncocked position. A striker spring biases the drive part into the uncocked position. A trigger causes movement of the drive part against the force of the striker spring from the uncocked position to the cocked position and actuates its release. When the drive part is moved independently of the trigger into the cocked position, it is held in this position until subsequent operation of the trigger. The hammer element is connected to a return spring that forces it into a rest position that is situated near its front position as long as the trigger is not operated so that it always assumes a defined position.

Growing community of inventors

Alpirsbach, Germany

Rolf Knöpfle