| 摘要 |
A weapon mount in accordance with the present invention, comprises: a pair of weapon racks which are integrally installed on an upper circumferential surface of a weapon that can ascend and descend, wherein through holes are formed on upper parts; a weapon housing, wherein a pair of weapon insertion holes, which enable upper parts of the weapon racks to be inserted and ejected through a lower part, are formed at a regular interval; a turnbuckle assembly which consists of a rotary shaft that can reversibly be rotated by being supported by the inside of the weapon housing, and a movable shaft that receives both ends of the rotary shaft, and can perform reciprocating movement to be symmetrical to each other in accordance with rotation of the rotary shaft; a pair of first link units which are interlocked with the turnbuckle assembly to prevent interference with the upper parts of the weapon racks inserted into the weapon insertion holes of the weapon housing when the weapon is mounted; a second link unit which is symmetrically installed between the first link units to be able to perform reciprocating motion, and moves the first link units to restrict or release each of the weapon racks; an actuator for restricting or releasing the second link unit; and a thruster which elastically pushes the weapon racks by interlocking with the first link units to secure reliability of dropping the weapon. According to the present invention, if a gravity drop is not sufficient depending on a flying speed, air resistance may be overcome by elastically pushing the weapon racks, thereby securing the reliability of dropping the weapon. |
