Julian Gregory Angus

US Patent:

7814856, Oct 19, 2010

Filed:

Nov 25, 2009

Appl. No.:

12/626357

Inventors:

Dave Smith - Jacksonville FL, US
Guy Heyl - Lakeland FL, US
Ronald E. Smith - Friendswood TX, US
Julian G. Angus - Sarasota FL, US
Charles M. Staehle - Palm Beach Gardens FL, US

Assignee:

Down Deep & Up, LLC - Sarasota FL

International Classification:

B63G 8/00

US Classification:

114328, 114313

Abstract:

A deep water operations system includes a submersible vessel including a propulsion system for operating the vessel on and beneath the surface of a body of water. The vessel will operate on the water surface to travel to a designated site and then submerge beneath the surface to a depth sufficient to avoid surface wave and weather conditions. A surface power buoy is deployable from the vessel at the water surface and connected to the vessel by an umbilical cord and includes a propulsion system, RF vessel communication and a GPS receiver. An ROV launch cage is supported by the vessel by a second umbilical cord and stores and deploys an ROV remotely controlled from the vessel for deep water work and repair activities via the second umbilical cord.

US Patent:

48798495, Nov 14, 1989

Filed:

Nov 4, 1987

Appl. No.:

7/116924

Inventors:

Fred Hollingsworth - Sarasota FL
Julian G. Angus - Sarasota FL

Assignee:

Omni Films International, Inc. - Sarasota FL

International Classification:

A63G 3116

US Classification:

52 10

Abstract:

The motion simulation system of the present invention is basically comprised of three coordinated components or sub-systems. The first sub-system consists of mechanical structure in the form of seats, rods, bearings and hydraulic cylinders employed to mechanically convey eight directions of motion to a participant occupying one of the seats. The second sub-system is found in a hydraulic circuit used to convert electrical signals from a digital controller into hydraulic motion signals for the mechanical system. Finally, the last component of the motion simulator is the electrical circuitry which incorporates a projector for projecting a moving image on the screen coupled with appropriate analog and digital circuitry in order to produce a series of motion signals used to individually move the seats in directions which would correspond to the motion taking plate in the point-of-view film being displayed on the screen.