Remotely controlled firearm mount

A firearm mount, comprising:

• a base for positioning on a supporting surface, said base including:
• a base plate having a hole therein;
• a plurality of legs being affixed to, and extending downwardly from, said base plate;
• and,
• a journal bearing being affixed to said base plate and surrounding said hole;
• a mast being rotatably fastened by said journal bearing to said base plate, said mast including:
• an upright tube having a top rising above said base plate and a bottom extending through said journal bearing;
• a first worm gear being affixed to said tube adjacent said journal bearing;
• a hinge being affixed to the top of said tube, said hinge including:
• a pair of apertured tabs extending upwardly from said tube;
• a hinge pin extending between, and through, said tabs, said hinge pin being free to pivot within said tabs;
• a connecting rod being affixed to, and extending upwardly from, said hinge pin between said tabs;
• and,
• a second worm gear being affixed to said hinge pin remote from said connecting rod;
• a cradle for supporting a firearm, said cradle including:
• a walking beam being affixed at the middle thereof to said connecting rod;
• a pair of firearm support arms being affixed to, and extending upwardly from, said walking beam at spaced-apart locations;
• a remotely controlled solenoid adapted for mounting on a firearm carried by said cradle, said solenoid having an extensible plunger for moving the trigger of said firearm for discharging said firearm;
• a first video camera adapted for mounting on a firearm carried by said cradle, said first video camera producing a first electronic video signal;
• a first transmitter being connected to said first video camera for broadcasting said first electronic video signal to a remote, first receiver;
• a first, remotely controlled motor being affixed to said base plate, said first motor having a first rotatable drive shaft extending therefrom;
• a first worm being affixed to said first rotatable drive shaft so as to smoothly mesh with said first worm gear whereby the rotation of said first rotatable drive shaft pivots said first worm gear and said mast;
• a second, remotely controlled motor being carried by said mast, said second motor having a second rotatable drive shaft extending therefrom;
• and,
• a second worm being affixed to said second rotatable drive shaft so as to smoothly mesh with said second worm gear whereby the rotation of said second rotatable drive shaft pivots said walking beam on said hinge.