Abstract: An engine mount system having failsafe securement points. The engine mount system includes a forward mount carrying a coat hanger shackle having a spherical bearing and a cylindrical bearing. Securement of the engine mount to a support utilizes pins and bolts with a retaining double wrench washer incorporated into the final mounting structure. The engine mount system additionally includes an aft mount.

Abstract: An engine mount system having failsafe securement points. The engine mount system includes a forward mount carrying a coat hanger shackle having a spherical bearing and a cylindrical bearing. Securement of the engine mount to a support utilizes pins and bolts with a retaining double wrench washer incorporated into the final mounting structure. The engine mount system additionally includes an aft mount.

Abstract: An engine mount system having failsafe securement points. The engine mount system includes a forward mount carrying a coat hanger shackle having a spherical bearing and a cylindrical hearing. Securement of the engine mount to a support utilizes pins and bolts with a retaining double wrench washer incorporated into the final mounting structure. The engine mount system additionally includes an aft mount.

Abstract: An engine mount system having failsafe securement points. The engine mount system includes a forward mount carrying a coat hanger shackle having a spherical bearing and a cylindrical hearing. Securement of the engine mount to a support utilizes pins and bolts with a retaining double wrench washer incorporated into the final mounting structure. The engine mount system additionally includes an aft mount.

Abstract: The present subject matter relates to improved damping fluid mount devices, systems, and methods in which a damping fluid mount (100) includes an inner member (110), an elastomer section (130) that is affixed to an outer surface of the inner member (110), an annular damping plate (140) attached to a bottom portion of the inner member (110), a cup (200) containing viscous fluid positioned about the elastomer section and the damper plate, and a collar (310) positioned about a portion of the elastomer section (130), the collar (310) having an inner diameter that is less than an outer diameter of the damper plate (140).

Abstract: A pipeline corrosion control system may include a pipeline (102), a saddle (118) configured to provide support to the pipeline, and a support liner (200) having a tapered top side (206) and a substantially flat bottom side (208), wherein a plurality of grooves (214) are disposed in the top side of the support liner, and wherein the support liner is disposed between the pipeline and the saddle with the top side of the support liner associated with the pipeline and the bottom side of the support liner being associated with the saddle.

Abstract: A mount for supporting and isolating a first member from a second member. The mount includes a second member outer mount structure housing, the second member outer housing for attachment with the second member. The mount includes a first member inner mount assembly, the first member inner mount assembly including an at least first member inner mount molded first split, the first member inner mount molded first split including an at least first inclined outwardly facing surface and a first insert core with an expander receiving cavity, the first member inner mount assembly including a first member inner mount molded at least second split, the first member inner mount molded at least second split including a second split inclined outwardly facing surface and a second insert core with an expander receiving cavity.