Submersible remote controlled vehicle
View Patent ↗A method for underwater exploration and/or recovery of objects and/or things using a submersible vehicle assembly and underwater powered observation system using a camera and source of light of a green laser to be directed to the underside of the surface of the water so as to locate the vehicle assembly by the green laser. In this manner the vehicle assembly may be utilized for the underwater tasks of locating objects and/or things on a surface of the underwater environment.
1. A method for underwater exploration and/or recovery of an object in water, comprising:
inserting a vehicle assembly system in said water;
driving said vehicle assembly system vertically in the water by using a controller for operatively generating counter-rotating forces of a forward vertical propulsion unit and an aft vertical propulsion unit, said vertical driving comprises energizing each of a first drive motor operatively coupled to a first counter-clockwise oriented propeller of said forward vertical propulsion unit in a first rotational direction to generate a thrust in a vertical direction, and a second drive motor operatively coupled to a second clockwise oriented propeller of said aft vertical propulsion unit in a second rotational direction to generate a thrust in a shared vertical direction with said first drive motor;
driving said vehicle assembly system horizontally using said controller by operatively generating counter-rotating forces of each of a starboard horizontal propulsion unit and a port horizontal propulsion unit, said driving horizontally comprises energizing each of a third drive motor operatively coupled to a first clockwise oriented propeller of said starboard horizontal propulsion unit in a first rotational direction to generate thrust in a horizontal direction, and a fourth drive motor operatively coupled to a second counter-clockwise oriented propeller of said port horizontal propulsion unit in a second rotational direction to generate a thrust in said horizontal direction shared with said starboard propulsion unit;
locating said object in said water with said controller using a camera in a forward opening of a waterproof enclosure of said vehicle assembly system;
actuating a source of light in a top opening of said waterproof enclosure for locating said vehicle assembly system under said water, wherein said source of light comprises a green laser of a frequency of about 532 nm;
locating light emitted from said source of light on a top surface of said water; and
accessing said object based upon said emitted light in said water.
2. The method of claim 1 , further comprising the step of:
searching for said object with the camera by travelling said vehicle assembly system to various locations in said water; and
transmitting images of said object from said vehicle assembly system.