Other

Douglas A Taylor

James F Nolan

Chris L Johnson

A first tube lamp (110) comprises a tube light (12) which comprises a transparent or translucent tube light housing (12A) having a tube light bulb male end (12M) securely attached at one distal end and a tube light bulb female end (12F) securely attached at an opposite distal end. The tube light housing (12A) is hollow or is filled. The tube light (12) further comprises at least one tube light bulb (12B) each having a tube light bulb positive lead (12BA) and a tube light bulb negative lead (12BB) contained within the tube light housing (12A). The tube light (12) further comprises a tube light shroud (12C) longitudinally disposed thereon. The tube light shroud (12C) functions as an insulating means to protect the first holder (114) from heat produced by the tube light (12).

Tube lamp

Prosthetic joint connector assembly

A prosthetic system including a novel connector is provided comprising a first prosthetic member such as a pylon tube having a first male end, an extending member such as a prosthetic bolt having a proximal end and a distal end, the male end of the first prosthetic member having an opening therein for receiving the distal end of the bolt, and a second prosthetic base member have a female contact surface for receiving the male end of the first prosthetic member and for anchoring the proximal end of the bolt. The bolt is generally fixed in position relative to the second prosthetic member while the first prosthetic member is movable relative to the second prosthetic member. The bolt may be tightened to releasably lock the first prosthetic member in a fixed position relative to the second prosthetic member. The male end of the first prosthetic member is preferably convexly hemispherical, and the female contact surface of the second prosthetic member preferrably includes a concavely hemispherical seat for receiving the male end of the first prosthetic member.

Ultralight modular quick-adjusting connector

The cellular phone antenna reflector of this invention has a tubular configuration. It is made up of three major components, an inner core, a shield and an outer component. The shield is made from a conductive material and encircles only a section of the inner core. The entire reflector of this invention is flexible and all of the components can be flexed for ease of use over an antenna.

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Rochester, NY, United States of America

Douglas A Taylor