Double-action bayonet platform

A double-action bayonet platform comprising:

• a carrier body;
• a blade member;
• a blade actuating mechanism;
• at least one weapon attachment mechanism;
• the carrier body extending longitudinally between a distal end and a proximal end;
• the at least one weapon attachment mechanism being externally connected to the carrier body;
• the blade member being slidably mounted into the carrier body;
• the blade member being operably engaged to the blade actuating mechanism;
• the blade actuating mechanism being configured to bistably traverse between an extended position and a retracted position, wherein the blade member protrudes from the carrier body in the extended position and wherein the blade member is positioned substantially inside the carrier body in the retracted position;
• the at least one weapon attachment mechanism comprising a base mount and a detachable mount;
• the base mount being externally fixed to the carrier body;
• the detachable mount being releasably fastened to the base mount, opposite the carrier body;
• a trigger plate;
• at least one spring element;
• the trigger plate being slidably mounted within the carrier body, wherein the trigger plate operably traverses between the forward end and the rearward end;
• the at least one spring element being connected between the trigger plate and the blade member;
• the blade member further comprising an index pin;
• the trigger plate further comprising a guide slot;
• the index pin protruding from the blade member between the forward end and the rearward end;
• the guide slot traversing the trigger plate between the forward end and the rearward end;
• and
• the index pin being slidably engaged into the guide slot, wherein motion of the blade member is limited by impingement of the index pin within the guide slot.

A double-action bayonet platform comprising:

• a carrier body;
• a blade member;
• a blade actuating mechanism;
• at least one weapon attachment mechanism;
• the carrier body extending longitudinally between a distal end and a proximal end;
• the at least one weapon attachment mechanism being externally connected to the carrier body;
• the blade member being slidably mounted into the carrier body;
• the blade member being operably engaged to the blade actuating mechanism;
• the blade actuating mechanism being configured to bistably traverse between an extended position and a retracted position, wherein the blade member protrudes from the carrier body in the extended position and wherein the blade member is positioned substantially inside the carrier body in the retracted position;
• the at least one weapon attachment mechanism comprising a base mount and a detachable mount;
• the base mount being externally fixed to the carrier body;
• the detachable mount being releasably fastened to the base mount, opposite the carrier body;
• the blade actuating mechanism comprising at least one hand control;
• an operating slot traversing into the carrier body;
• the at least one hand control being operably engaged to the blade actuating mechanism through the operating slot;
• the carrier body comprising an upper carrier and a lower carrier;
• the upper carrier and the lower carrier being removably attached between the forward end and the rearward end;
• a trigger plate;
• at least one spring element;
• the trigger plate being slidably mounted within the carrier body, wherein the trigger plate operably traverses between the forward end and the rearward end;
• the at least one spring element being connected between the trigger plate and the blade member;
• the blade member further comprising an index pin;
• the trigger plate further comprising a guide slot;
• the index pin protruding from the blade member between the forward end and the rearward end;
• the guide slot traversing the trigger plate between the forward end and the rearward end;
• and
• the index pin being slidably engaged into the guide slot, wherein motion of the blade member is limited by impingement of the index pin within the guide slot.