Diffuser assembly with vibration feature
View Patent ↗A diffuser assembly is provided, comprising a diffuser adapted to reside within a conduit, having an upper member mountable within the conduit and having a fluid inlet port, and a lower section having a diffuser screen. A resilient member is connected between the upper member and the lower section, wherein the resilient member enables the diffuser screen to vibrate relative to the upper member. A plurality of diffusing members is positioned below the resilient member, wherein the diffusing members are oriented relative to a central axis of the diffuser screen. A centralizing member is positioned above the diffuser screen having a diameter greater than the diffuser screen. The diffuser screen is a cylinder having a plurality of diffuser apertures formed therein, the cylinder including a bottom cap having a fluid exit port; and wherein the plurality of diffusing members extends substantially parallel to the central axis. A filter assembly is also provided having a resilient member connected between an upper member and a lower section, wherein the resilient member enables the filter screen to vibrate relative to the upper member.
1. A diffuser assembly, comprising:
(a) a diffuser adapted to reside within a conduit, having an upper member mountable within the conduit and having a fluid inlet port, and a lower section having a diffuser screen;
(b) a resilient member connected between the upper member and the lower section, wherein the resilient member enables the diffuser screen to vibrate relative to the upper member;
(c) a plurality of diffusing members below the resilient member, wherein the diffusing members are oriented relative to a central axis of the diffuser screen; and
(d) a centralizing member above the diffuser screen having a diameter greater than the diffuser screen;
wherein the diffuser screen is a cylinder having a plurality of diffuser apertures formed therein, the cylinder including a bottom cap having a fluid exit port; and
wherein the plurality of diffusing members extends substantially parallel to the central axis.
2. The diffuser assembly of claim 1 , wherein a first set of diffusing members is mounted at a first selected height along the central axis of the diffuser screen, and wherein a second set of diffusing members is mounted at a second selected height along the central axis of the diffuser screen.
3. The diffuser assembly of claim 1 , wherein the diffusing members are mounted to the diffuser screen such that the diffusing members protrude internal to the diffuser screen.
4. The diffuser assembly of claim 3 , further including at least one centralizing member adapted to centralize the diffuser assembly within the conduit.
5. The diffuser assembly of claim 1 , wherein the diffusing members are mounted to the diffuser screen such that the diffusing members protrude external to the diffuser screen.
6. The diffuser assembly of claim 1 , further including a lower filter element below the diffuser screen.
7. The diffuser assembly of claim 6 , wherein the lower filter element is constructed from vertical rods.
8. The diffuser assembly of claim 1 , wherein the diffuser assembly is positioned within a downhole carrier sub inside a well bore.
9. The diffuser assembly of claim 1 , wherein the diffuser assembly is positioned within a stabilizer.
10. The diffuser assembly of claim 1 , wherein the diffuser assembly is positioned within a drill pipe at a rig floor.
11. The diffuser assembly of claim 1 , wherein the diffuser assembly is positioned within a pipe in fluid communication between a mixing tank and a rig floor.
12. The diffuser assembly of claim 1 , wherein the resilient member is adapted to permit the lower section to move relative to the upper member in response to mud flow changes, pressure changes, and other solids mass movement.