Carnegie Mellon University 2004 - 2005
Master of Science, Masters, Mechanical Engineering
The George Washington University 2000 - 2004
Masters, Mechanical Engineering
Skills:
Creo Intralink Microsoft Project Microsoft Office Pdm Mrp Geometric Dimensioning and Tolerancing Asme Y14.5 Visio Machining Ptc Creo Budget Management Scheduling Team Leadership Product Development Design Mechanical Engineering Mechanical Drawings Mechanical Testing Mechanical Inspection Mechanical Systems
Derek Blitz - Portland OR, US Nathan Denver - Sewickley PA, US Lawrence Hsieh - San Diego CA, US Charles Goldenberg - Yorktown Heights NY, US Jenny Cargiuolo - Bedford MA, US
International Classification:
B60S 1/54
US Classification:
015313000
Abstract:
An onboard vacuum system for a mobile vehicle. The onboard vacuum system includes a vacuum cleaner unit stored in a non-visible location in a motor vehicle sleeper compartment. The vacuum cleaner unit includes a motor and filter as well as a refuse container. The hose from the vacuum cleaner is wound onto a hose reel that may have a retractor. The hose and nozzle from the hose reel or coil protrude within the sleeper compartment. In one version, the hose and nozzle protrude and may be withdrawn from a storage cabinet for clothing allowing access to the entire sleeper floor and bunks for vacuuming operations.
Radio Frequency And Fluid Coupler For A Subterranean Assembly And Related Methods
- Melbourne FL, US Raymond C. Hewit - Palm Bay FL, US Nathan S. Denver - Indialantic FL, US Stephen J. Kolvek - Ridgewood NJ, US Arthur H. White - Township of Washington NJ, US Brian P. Smith - West Melbourne FL, US
International Classification:
E21B 33/03
Abstract:
A radio frequency (RF) and fluid coupler is for a subterranean assembly. The assembly may have a fluid passageway therein, and may include an RF antenna and a coaxial transmission line connected thereto. The coupler may include an electrically conductive hollow body that includes electrically conductive segments connected together in end-to-end relation at respective joints to provide an outer electrical pathway to connect to the outer conductor of the coaxial transmission line. An elongate conductive member may extend within the electrically conductive hollow body to provide an inner electrical pathway to connect to the inner conductor of the coaxial transmission line. A respective dielectric pressure barrier may be between the elongate conductive member and adjacent portions of the electrically conductive hollow body adjacent each of a pair of joints to define a fluid chamber to connect to the fluid passageway. A fluid port may be connected to the fluid chamber.