Multi-axial mast positioning system
A tiltable telescoping support structure positioning system includes a frame having first and second opposed vertical sections. A telescoping support structure is disposed between the first and second opposed vertical sections, the telescoping support structure having a plurality of telescoping sections extendable from a base section along a longitudinal axis thereof. The base section of the telescoping support structure is tiltably coupled to the first and second opposed vertical sections to permit the base section to tilt along a first tilt path towards either of the first and second opposed vertical sections of the frame. A tilting mechanism is coupled between the base section of the telescoping support structure so as to tilt the telescoping support structure about a second tilt path aligned perpendicular to the tilt path between the first and second opposed vertical sections of the frame.
1. A tiltable telescoping support structure positioning system comprising:
a frame having first and second opposed support sections;
a telescoping support structure disposed between the first and second opposed support sections, the telescoping support structure having a plurality of telescoping sections extendable from a base section along a longitudinal axis thereof, the base section of the telescoping support structure coupled to the first and second opposed support sections and tiltable along a first tilt path towards either of the first and second opposed support sections of the frame by application of force at an intermediate position along its length by a first electric or hydraulic actuator having a high backward holding torque capability;
the base section of the telescoping support structure tiltable along a second tilt path aligned perpendicular to the first tilt path between the first and second opposed support sections of the frame by application of force at the intermediate position along its length by a second electric or hydraulic actuator having a high backward holding torque capability.
2. The tiltable telescoping support structure positioning system of claim 1 further comprising:
a first orientation sensor coupled to the telescoping support structure to sense an orientation of the telescoping support structure along the first tilt path; and
a second orientation sensor coupled to the telescoping support structure to sense an orientation about the second tilt path.
3. The tiltable telescoping support structure positioning system of claim 2 , further comprising:
a control system coupled to the first and second orientation sensors and configured to tilt the telescoping support structure along the first and second tilt paths to a substantially vertical orientation in response to signals from the first and second orientation sensors.
4. The tiltable telescoping support structure positioning system of claim 3 wherein the control system is capable of continuous operation.
5. The tiltable telescoping support structure positioning system of claim 1 , further comprising:
a telescoping motor drive coupled to the plurality of telescoping sections of the telescoping support structure to extend and retract the telescoping sections of the telescoping support structure.
6. The tiltable telescoping support structure positioning system of claim 1 wherein the frame is mounted on a mobile platform.
7. A tiltable telescoping support structure positioning system comprising:
a frame mounted on a mobile platform, the frame having first and second opposed support sections;
a telescoping support structure disposed between the first and second opposed support sections, the telescoping support structure having a plurality of telescoping sections extendable from a base section along a longitudinal axis thereof, the base section of the telescoping support structure coupled to the first and second opposed support sections and tiltable along a first tilt path towards either of the first and second opposed support sections of the frame by application of force at an intermediate position along its length by;
the base section of the telescoping support structure tiltable along a second tilt path aligned perpendicular to the first tilt path between the first and second opposed support sections of the frame by application of force at the intermediate position along its length by a second electric or hydraulic actuator having a high backward holding torque capability.