Ultrasonic transducer with shock pulsing masses
What is presented is an ultrasonic waveguide for the transmission of ultrasonic vibrations that establishes a plurality of node and anti-node positions that are each along the ultrasonic waveguide's central axis. The ultrasonic waveguide comprises a waveguide tube, which has both a proximal end and a distal end; a waveguide fitting, which has both a threaded end and a impact surface; and a spring, shock-pulsing mass, and stop. Both the spring and shock-pulsing mass are each positioned on the waveguide tube. Whereas, the stop is positioned on the waveguide tube and it is adapted to non-fixedly engage the spring and shock-pulsing mass. The impact surface of the waveguide fitting is located at an anti-node position, which is along the central axis of the ultra-sonic waveguide when its installed within ultrasonic transducer while in operation.
1. A device for the transmission of ultrasonic vibrations that establishes a plurality of node and anti-node positions along a central axis of an ultrasonic waveguide, said device comprising: said ultrasonic waveguide comprising: a waveguide tube, a waveguide fitting, and an impact surface; said waveguide tube having a proximal end and a distal end; said waveguide fitting having an attachment end and a waveguide tube coupler; said waveguide tube coupler adapted to receive and fixedly secure to said proximal end of said waveguide tube; a spring and a shock-pulsing mass, each positioned on said ultrasonic waveguide; a stop positioned on said ultrasonic waveguide; said spring and said shock-pulsing mass are both interposed between said stop and said impact surface; a second shock-pulsing mass; said second shock-pulsing mass abuts against said stop; said shock-pulsing mass abuts against said impact surface; and said spring positioned between said shock-pulsing mass and said second shock-pulsing mass; and said impact surface positioned within at least one λ/6 of an anti-node position along the central axis of said ultrasonic waveguide when said attachment end of said waveguide fitting is attached to an operating device.
2. The device of claim 1 wherein said stop is positioned within at least one λ/6 of an anti-node position along the central axis of said ultrasonic waveguide.
3. The device of claim 1 wherein said stop is positioned within at least one λ/3 of an anti-node position along the central axis of said ultrasonic waveguide.
4. The device of claim 1 wherein said stop is positioned on an anti-node position along the central axis of said ultrasonic waveguide.
5. The device of claim 1 wherein each of said spring, said shock-pulsing mass, and said stop are positioned on said waveguide fitting.
6. The device of claim 1 wherein each of said spring, said shock-pulsing mass, and said stop are positioned on said waveguide tube.
7. The device of claim 1 wherein said shock-pulsing mass has a circular cross-section and a double dog bone shape around the central axis.
8. The device of claim 1 wherein said shock-pulsing mass has a circular cross-section and a donut shape around the central axis.
9. The device of claim 1 wherein said shock-pulsing mass having a circular cross-section and a tubular length, said tubular length having a trench.
10. The device of claim 1 further comprising:
a sealing implement positioned on said ultrasonic waveguide; and
said stop and said sealing implement working in conjunction to create a seal when said ultrasonic waveguide is installed within an operating device.
11. A device for the transmission of ultrasonic vibrations that establishes a plurality of node and anti-node positions along a central axis of an ultrasonic waveguide, said device comprising: said ultrasonic waveguide comprising: a waveguide tube, a waveguide fitting, and an impact surface; said waveguide tube having a proximal end and a distal end; said waveguide fitting having an attachment end and a waveguide tube coupler; said waveguide tube coupler adapted to receive and fixedly secure to said proximal end of said waveguide tube; a spring and a shock-pulsing mass, each positioned on said ultrasonic waveguide; a stop positioned on said ultrasonic waveguide; said spring and said shock-pulsing mass are both interposed between said stop and said impact surface; a second shock-pulsing mass; said second shock-pulsing mass abuts against said stop; said shock-pulsing mass abuts against said impact surface; and said spring positioned between said shock-pulsing mass and said second shock-pulsing mass; an adjustment means for adjusting the position of said stop along the central axis of said ultrasonic waveguide; and said impact surface positioned within at least one λ/6 of an anti-node position along the central axis of said ultrasonic waveguide when said attachment end of said waveguide fitting is attached to an operating device.
12. The device of claim 11 wherein each of said spring, said shock-pulsing mass, and said stop are positioned on said waveguide fitting.
13. The device of claim 11 wherein each of said spring, said shock-pulsing mass, and said stop are positioned on said waveguide tube.
14. The device of claim 11 wherein said shock-pulsing mass has a circular cross-section and a double dog bone shape around the central axis.
15. The device of claim 11 wherein said shock-pulsing mass has a circular cross-section and a donut shape around the central axis.
16. The device of claim 11 wherein said shock-pulsing mass having a circular cross-section and a tubular length, said tubular length having a trench.