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Firearms use triggers to initiate the firing of a cartridge seated within the gun barrel chamber.This is accomplished by actuating a striking device through a combination of mainspring (which stores elastic energy), a trap mechanism that can hold the spring under tension, an intermediate mechanism to transmit the kinetic energy from the spring releasing, and a firing pin to eventually strike ...
Charging handle being pulled on an M2 machine gun. The cocking handle, also known as charging handle or bolt handle, is a device on a firearm which, when manipulated, results in the bolt being pulled to the rear, putting the hammer/striker into a spring-loaded ("cocked") "ready and set" position, allowing the operator to open the breech and eject any spent/unwanted cartridge/shell from the ...
The bolt houses the firing pin mechanism that gets cocked when the bolt is opened and the cocking piece protrudes visually and tactilely from the rear of the bolt to indicate the action is cocked. This bolt sleeve lock was not present on previous Mauser bolt action designs and reduced firing pin travel and lock time.
The mechanism for cocking, rotating and firing revolvers is contained between side-plates that form the frame of the revolver. This is a significant departure from earlier lock mechanisms that were constructed about a single plate fixed to one side of a firearm.
From the top: striker-fired, linear hammer with free-floating firing pin, hammer-fired with free-floating firing pin, and hammer-fired with integral firing pin. The hammer is a part of a firearm that is used to strike the percussion cap/primer, or a separate firing pin, [1] to ignite the propellant and fire the projectile.
Typically, the bolt consists of a tube of metal inside of which the firing mechanism is housed, and which has at the front or rear of the tube several metal knobs, or "lugs", which serve to lock the bolt in place. The operation can be done via a rotating bolt, a lever, cam action, a locking piece, or a number of systems. Straight pull designs ...
The bolt houses the firing pin mechanism that cocks when the bolt is opened, and the cocking piece protrudes visually and tactilely from the rear of the bolt to indicate the action is cocked. A cocking shroud lock that was not present on previous Mauser bolt-action designs was added.
The LEM mechanism operates via a combination of a cocking piece inside the hammer and an elbow spring to create a condition 0 or 1, while the hammer is placed in a hammer-down position. After racking the slide to chamber a round, the LEM versions produce a long Double Action trigger pull with the pull weight comparable to a Single Action.