Outrigger Assembly
An outrigger mount assembly includes an arm tube configured to receive and hold an outrigger pole. The arm tube is rotationally displaceable in a lifting direction and in a lateral direction. A hydraulic lifting cylinder with a lifting piston is operationally connected to the arm tube for rotating the arm tube in the lifting direction. A rotation tube is operationally connected to the arm tube. A pinion is affixed to the rotation tube opposite the arm tube. A pair of opposing hydraulically driven rack gears drive the pinion and rotate the arm tube via the rotation tube. An electronic controller with a user interface controls the rack gears and the hydraulic lifting piston.
1 . An outrigger mount assembly comprising:
an arm tube configured for receiving and holding an outrigger pole, said arm tube being rotationally displaceable in a lifting direction and in a lateral direction;
a hydraulic lifting cylinder with a lifting piston operationally connected to said arm tube for rotating said arm tube in the lifting direction;
a rotation tube operationally connected to said arm tube;
a pinion affixed to said rotation tube opposite said arm tube;
a pair of opposing hydraulically driven rack gears for driving said pinion and rotating said arm tube via said rotation tube;
an electronic controller with a user interface for controlling said rack gears and said hydraulic lifting piston.
2 . The mount assembly according to claim 1 , further comprising a rotation tube bearing, said rotation tube being disposed in said rotation tube bearing and said lifting cylinder being disposed inside of said rotation tube.
3 . The mount assembly according to claim 1 , wherein said arm tube has a mount tube to affix said arm tube to said rotation tube, said mount tube having a radially extending flange with a cylindrical portion defining a lifting axis about which said arm tube is rotated when displaced in the lifting direction.
4 . The mount assembly according to claim 3 , further comprising a position indicator wheel disposed in said cylindrical portion, said position indicator wheel being affixed to said arm tube for rotation with said arm tube when said arm tube is rotated in the lifting direction.
5 . The mount assembly according to claim 4 , further comprising a Hall-effect sensor, said position indicator wheel having an insert with respective magnet patterns of magnets for each selectable angular position of said arm tube, said sensor being disposed for detecting a magnet pattern of a user selected angular position of said arm tube and controlling the lifting piston.
6 . The mount assembly according to claim 1 , wherein said rack gears each have a respective rack cylinder formed therein that extend in a longitudinal direction thereof.
7 . The mount assembly according to claim 6 , wherein each said rack cylinder has a corresponding tubular rack piston disposed therein, said rack piston has a conduit formed therein, said conduit opening into said rack cylinder to supply hydraulic fluid to said rack cylinder to actuate said rack cylinder and rotate said pinion.
8 . The mount assembly according to claim 7 , further comprising a pump fluidically connected to each said rack piston for supplying hydraulic fluid to each said rack piston.
9 . A method of operating an outrigger mount with an arm tube for deploying an outrigger pole disposed in said arm tube, comprising:
providing a mount with an arm tube being rotationally displaceable in a lifting direction and in a lateral direction of a vessel;
providing a user interface for user control of the mount;
hydraulically raising a lifting piston connected to the arm tube for rotating the arm tube in the lifting direction according to a user selected angular position of the arm tube on the user interface;
hydraulically rotating a rotation tube operationally connected to the arm tube according to user actuation of a rotation switch by controlling a pair of opposing hydraulically driven rack gears rotating a pinion operatively connected to the rotation tube.