Abstract: Various implementations include a steering wheel assembly. The assembly includes a hub, a steering grip, and a hinging mechanism. The hub is configured to be rotatably coupled to a steering column such that the hub is rotatable about a central axis of the steering column. The steering grip has one or more spokes. The hinging mechanism couples the one or more spokes to the hub such that the steering grip is rotatable relative to the hub about a rotational axis from a first position to a second position. The rotational axis is perpendicular to the central axis of the steering column.

Abstract: Various implementations include a steering wheel assembly. The assembly includes a hub, a steering grip, and a hinging mechanism. The hub is configured to be rotatably coupled to a steering column such that the hub is rotatable about a central axis of the steering column. The steering grip has one or more spokes. The hinging mechanism couples the one or more spokes to the hub such that the steering grip is rotatable relative to the hub about a rotational axis from a first position to a second position. The rotational axis is perpendicular to the central axis of the steering column.

Abstract: An electromagnetic personnel interdiction control (EPIC) non-destructive stun type weapon system and method utilizes beamed RF energy (Lorentz Force) to disrupt the normal mechanical transduction process and/or the chemical engine by which sound, position and other sensory input are converted to messages by nerve cells and processed by the brain to produce complete disorientation, confusion, and temporary incapacitation sufficient to temporarily and remotely render a human powerless to resist arrest or subjugation. Removal of the RF electromagnetic energy will leave the nerve cells and surrounding tissues with no damage and the second order effects of severe motion sickness and the psychological effects of “helplessness” remains until the body chemistry returns to normal.

Abstract: A submergible pump is suspended from a suspension head and lowered into an underwater well. The pump is lowered through the bore of a spool at the wellhead, and the suspension head is supported on a shoulder in the spool. A contact region of the bore has a first set of contacts engageable with corresponding contacts of a second set on the suspension head. Well fluid and other contaminants are flushed from the contact region by a cleaning fluid dispensed from passages in the suspension head. A dielectric fluid is then similarly dispensed to the contact region. Locking lugs lock the suspension head in the spool, and seals exclude well fluid from the contact region. The cleaning fluid and the dielectric fluid may be supplied from a remote source, such as a vehicle employed in lowering the pump and suspension head.

Abstract: Methods and apparatus are disclosed for transporting submergible pumping equipment between an underwater well and the water surface and for installing the equipment in and withdrawing the equipment from the well. The apparatus includes a container in the form of an elongate casing in which the equipment is suspended and which is raised and lowered between the wellhead and the surface to transport the equipment therebetween, the casing being connected to wellhead apparatus for installation and withdrawal of the equipment in the well. The casing is divided by a series of blowout preventers into an upper and a lower chamber. In use, the equipment is transported in the lower chamber and a diffractant solution is circulated through the lower chamber while the upper chamber is maintained at a high liquid pressure to provide a barrier inhibiting leakage of contaminants from within the lower chamber to the outer environment.

Abstract: A submergible pump is suspended from a suspension head and lowered into an underwater well. The pump is lowered through the bore of a spool at the wellhead, and the suspension head is supported on a shoulder in the spool. A contact region of the bore has a first set of contacts engageable with corresponding contacts of a second set on the suspension head. Well fluid and other contaminants are flushed from the contact region by a cleaning fluid dispensed from passages in the suspension head. A dielectric fluid is then similarly dispensed to the contact region. Locking lugs lock the suspension head in the spool, and seals exclude well fluid from the contact region. The cleaning fluid and the dielectric fluid may be supplied from a remote source, such as a vehicle employed in lowering the pump and suspension head.