Semi-automatic firing and disconnecting device for a non-hammer fired machine gun
OwnerTimothy S. Beroinventor
Life of this patent
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Abstract
A semi-automatic firing and disconnecting device for a non-hammer fired machine. A first trigger member coupled to the weapon's firing pin and a second trigger member adapted for engagement by a user of the weapon move relative to one another from a first position, in which the trigger members are operably connected to one another, to a second position, in which the trigger members are not operably connected to one another, and back to the first position as a result of firing the weapon. The configuration of the second trigger member, upon the trigger members' returning to the first position from the second position, is altered so that the trigger members are not enabled to fire unless and until the user releases and reengages the second trigger member.
Claims17
A semi-automatic firing and disconnecting device for a weapon for use with ammunition, the weapon having a first trigger member and a second trigger member, the second trigger member being adapted to receive a firing force from a user for firing the weapon and thereby detonating the ammunition, the first and second trigger members being adapted for cyclic movement relative to one another from a first position, in which the trigger members are operably connected to one another to a second position, in which the trigger members are not operably connected to one another, the semi-automatic firing and disconnecting device comprising a third trigger member adapted to replace said second trigger member, said third trigger member including a trigger gate mechanism, said trigger gate mechanism including an extendable member, said extendable member being adapted to:
- (a) transmit the firing force to the first trigger member in an extended configuration so long as the first and third trigger members are in the first position,
- (b) be incapable of transmitting the firing force to the first trigger member in a retracted configuration,
- (c) move from said extended configuration to said retracted configuration in response to the recoil of the first trigger member obtained as a result of firing the weapon, and
- (d) remain in said retracted configuration until the firing force is substantially reduced.
A semi-automatic firing and disconnecting device for a weapon for use with ammunition, the weapon having a first trigger member, a second trigger member and a bolt adapted for backward travel in the weapon in response to the force exerted by detonating the ammunition, the second trigger member being adapted to receive a firing force from a user for firing the weapon and thereby detonating the ammunition and the first trigger member being carried by the bolt, the first and second trigger members being adapted for cyclic movement relative to one another from a first position, in which the trigger members are operably connected to one another, to a second position, in which the trigger members are not operably connected to one another, the semi-automatic firing and disconnecting device comprising a third trigger member adapted to replace said second trigger member, said third trigger member including a trigger gate mechanism, said trigger gate mechanism being further adapted to transmit the firing force to the first trigger member in a first configuration so long as the first and third trigger members are in the first position and to be incapable of transmitting the firing force to the first trigger member in a second configuration, wherein said trigger gate mechanism is adapted to be placed in said second configuration from said first configuration by movement of the bolt.
A weapon for use with ammunition, the weapon comprising a first trigger member and a second trigger member, said second trigger member being adapted to receive a firing force from a user for firing the weapon and thereby detonating the ammunition, said first and second trigger members being adapted for cyclic movement relative to one another from a first position, in which said trigger members are operably connected to one another, to a second position, in which said trigger members are not operably connected to one another, said second trigger member including a trigger gate mechanism, said trigger gate mechanism including an extendable member, said extendable member being adapted to:
- (a) transmit the firing force to the first trigger member in an extended configuration so long as the first and second trigger members are in the first position,
- (b) be incapable of transmitting the firing force to the first trigger member in a retracted configuration,
- (c) move from said extended configuration to said retracted configuration in response to the recoil of the first trigger member obtained as a result of firing the weapon, and
- (d) remain in said retracted configuration until the firing force is substantially reduced.
A weapon for use with ammunition, the weapon comprising a first trigger member, a second trigger member and a bolt adapted for backward travel in the weapon in response to the force exerted by detonating the ammunition, said second trigger member being adapted to receive a firing force from a user for firing the weapon and thereby detonating the ammunition and said first trigger member being carried by said bolt, said first and second trigger members being adapted for cyclic movement relative to one another from a first position, in which said trigger members are operably connected to one another, to a second position, in which said trigger members are not operably connected to one another, said second trigger member including a trigger gate mechanism, said trigger gate mechanism being further adapted to transmit the firing force to said first trigger member in a first configuration so long as said first and second trigger members are in the first position and to be incapable of transmitting the firing force to said first trigger member in a second configuration, wherein said trigger gate mechanism is adapted to be placed in said second configuration from said first configuration by movement of said bolt.
Dependencies are inferred from the claim text.