Locking assembly for firearm simulators
A bolt locking assembly for a weapon simulator, the weapon simulator having a bolt affixed to a firearm housing providing recoil to the user. The bolt is connected to a piston housed in a piston chamber inside the housing. A gas supply provides a compressed gas or fluid into the piston chamber to generate movement and recoil of the piston. After the weapon simulator has been fired a predetermined number of times, the bolt locking assembly will obstruct operation of the bolt and piston. The bolt locking assembly includes a lock actuator port engaging the piston chamber, a locking apparatus positioned within the housing proximate the bolt, and a lock channel between said lock actuator port and said locking arm, wherein the lock channel directs gas to said locking apparatus to actuate said locking apparatus and fix the bolt in place.
1. A bolt locking assembly for use in a weapon simulator, the weapon simulator having a bolt affixed to a housing, the housing defining a piston chamber surrounding a piston, and a gas supply forcing gas into the piston chamber to generate movement of the piston to simulate recoil of a firearm, wherein said bolt locking assembly comprises:
a lock actuator port in the piston chamber;
a locking apparatus positioned within the housing proximate the bolt; and
a channel connecting said lock actuator port with said locking apparatus and directing gas from the piston chamber to said locking apparatus.
2. The bolt locking assembly as described in claim 1 , wherein said locking apparatus includes:
a locking arm; and
actuating means for moving said locking arm, said actuating means connected to said locking arm.
3. The bolt locking assembly as described in claim 2 , wherein said actuating means comprises:
an actuating arm connected to said locking arm;
an actuating plate attached to said actuating arm; and
a plate chamber housing said actuating plate, said plate chamber joined with said channel to receive said compressed gas to shift said actuating plate.
4. A bolt locking assembly for use in a firearm simulator having a firearm frame and a slidable bolt affixed thereto, the firearm frame defining a piston chamber surrounding a piston, the piston being connected with the bolt, wherein the bolt locking assembly comprises:
a gas source in communication with the piston chamber, said gas source providing gas to the piston chamber to generate movement of the piston in the piston chamber;
a recoil valve positioned between said gas source and the piston chamber to control the distribution of gas into the piston chamber;
a lock actuator port in the piston chamber positioned proximate the piston to receive gas from said gas source according to the position of the piston; and
a locking apparatus positioned within the housing proximate the bolt; and
a lock channel between said lock actuator port and said locking apparatus to supply gas to said locking apparatus from said gas source.
5. The bolt locking assembly as described in claim 4 , wherein said locking apparatus includes:
a locking arm; and
actuating means for moving said locking arm, said actuating means connected to said locking arm.
6. The bolt locking assembly as described in claim 5 , wherein said actuating means comprises:
an actuating arm connected to said locking arm;
an actuating plate attached to said actuating arm; and
a plate chamber housing said actuating plate, said plate chamber joined with said lock channel to receive said compressed gas to shift said actuating plate.
7. A bolt locking assembly for use in a weapon simulator, the weapon simulator having a bolt affixed to a housing, the housing defining a piston chamber surrounding a piston, and a gas supply forcing gas into the piston chamber to generate movement of the piston to simulate recoil of a firearm, wherein said bolt locking assembly comprises:
a lock actuator port in the piston chamber;
a locking apparatus positioned within the housing proximate the bolt;
a lock channel connecting said lock actuator port with said locking apparatus and directing gas from the piston chamber to said locking apparatus;
a locking arm;
an actuating arm connected to said locking arm;
an actuating plate attached to said actuating arm; and
a plate chamber housing said actuating plate, said plate chamber joined with said lock channel to receive said compressed gas to shift said actuating plate.