WIRE OSCILLATION FOR DIRECTED ENERGY DEPOSITION
A wire feed head for directed energy deposition, a system including a wire feed head, and methods of directed energy deposition. The wire feed head includes a collet connected to a housing, an energy emitter connected to the housing, and an energy pathway defined in the housing connected to the energy emitter. The wire feed head also includes a wire feed pathway defined in the collet and an oscillator coupled to at least one of the collet, the energy emitter, and the energy pathway. The method includes feeding a feed wire through a feed pathway in a wire feed head, emitting energy from an energy source, directing the emitting energy towards the feed wire exiting the feed pathway, and oscillating at least one of the feed wire and the emitted energy relative to the other.
1 . A wire feed head for directed energy deposition, comprising:
a collet connected to a housing;
an energy emitter connected to the housing; and
an energy pathway defined in the housing, wherein the energy pathway is connected to the energy emitter;
a wire feed pathway defined in the collet; and
an oscillator coupled to at least one of the collet, the energy emitter, and the energy pathway, wherein the oscillator includes one or more oscillators from the group consisting of: a haptic actuator and a piezo actuator.
2 . The wire feed head of claim 1 , wherein the energy emitter comprises a laser and the energy pathway is defined by laser optics.
3 . The wire feed head of claim 2 , wherein the laser optics include a mirror and a focusing lens.
4 . The wire feed head of claim 1 , wherein the energy emitter comprises a microwave emitter and the energy pathway is defined by a wave guide.
5 . The wire feed head of claim 1 , wherein the energy emitter comprises a plasma emitter and the energy pathway is defined by a plasma flow channel.
6 . (canceled)
7 . The wire feed head of claim 1 , wherein the oscillator includes a magnet connected to the collet and a coil connected to the housing.
8 . A system for directed energy deposition, comprising:
a wire feed head including a collet connected to a housing,
an energy emitter connected to the housing,
an energy pathway defined in the housing, wherein the energy pathway is connected to the energy emitter,
a wire feed pathway defined in the collet,
a gantry, wherein the wire feed head is mounted to the gantry movable in a first and second axis,
a support bed, wherein the support bed is movable in a third axis, and
an oscillator coupled to at least one of the collet, the energy emitter, and the energy pathway, wherein the oscillator includes one or more oscillators from the group consisting of: a haptic actuator and a piezo actuator.
9 . (canceled)
10 . (canceled)
11 . The system of claim 8 , wherein the energy emitter comprises a laser and the energy pathway is defined by laser optics.
12 . The wire feed head of claim 11 , wherein the laser optics include a mirror and a focusing lens.
13 . The wire feed head of claim 8 , wherein the energy emitter comprises a microwave emitter and the energy pathway is defined by a wave guide.
14 . The wire feed head of claim 8 , wherein the energy emitter comprises a plasma emitter and the energy pathway is defined by a plasma flow channel.
15 . (canceled)
16 . The wire feed head of claim 8 , wherein the oscillator includes a magnet connected to the collet and a coil connected to the housing.
17 . A method for directed energy deposition, comprising:
feeding a feed wire through a feed pathway in a wire feed head;
emitting energy from an energy source, wherein the energy is a coherent light beam emitted from a laser source;
directing the emitting energy towards the feed wire exiting the feed pathway; oscillating at least one of the feed wire and the emitted energy relative to the other;
measuring a deviation of the feed wire from a predefined location downstream of the feed pathway; and
oscillating at least one of the feed wire and the coherent light beam relative to the other based on the deviation of the feed wire.
18 . The method of claim 17 , further comprising oscillating the at least one of the feed wire and the emitted energy at a frequency in the range of 10 hertz to 100 hertz.
19 . The method of claim 17 , further comprising oscillating the at least one of the feed wire and the emitted energy at an amplitude of 10 percent to 80 percent of the diameter of the feed wire.
20 . (canceled)