James Michael Henderson
Engineering at The Plz, Charlotte, NC

3973585, Aug 10, 1976

Jun 16, 1975

5/587122

James R. Henderson - Charlotte NC

Controls Southeast, Inc. - Charlotte NC

F16K 4900

137340

To aid in maintaining at a desired temperature a fluid flowing through a fitting in a fluid conveying system, a jacket means is provided which has a hollow housing of heat-conductive material which substantially surrounds the body of the fitting and through which a temperature-controlling fluid is circulated in heat-transferring relation to the body of the fitting.

4017102, Apr 12, 1977

Jun 16, 1975

5/587123

James R. Henderson - Charlotte NC

Controls Southeast, Inc. - Charlotte NC

F16L 5300

285 41

To aid in maintaining a fluid flowing through a pipeline at a desired temperature at locations where two pipes are interconnected by a coupling, a jacket is provided which substantially surrounds and encloses the coupling and through which jacket a temperature controlling fluid is circulated in heat-transferring relation to the coupling.

3936220, Feb 3, 1976

Aug 26, 1974

5/500745

James R. Henderson - Charlotte NC

Controls Southeast, Inc. - Charlotte NC

F01D 508

415178

To aid in maintaining at a desired temperature a fluid being propelled through a fluid-circulating pump, a jacket means is provided which has a hollow housing of heat-conductive material substantially surrounding the body of the pump and through which a temperature controlling fluid is circulated in heat-transferring relation to the body of the pump.

3934617, Jan 27, 1976

Aug 26, 1974

5/500698

James R. Henderson - Charlotte NC

Controls Southeast, Inc. - Charlotte NC

F16L 918

138114

A jacketed pipe assembly of inner and outer tubular members having respective inner and outer corrugated metal tubes arranged in spaced relationship to define therebetween a fluid-circulating chamber adapted for the circulation therethrough of a temperature controlling fluid for aiding in the flow of a processing fluid through the inner tubular member. Coupling sleeves are connected by continuous welds to opposite ends of the inner corrugated tube, and means are connected to the outer ends of the outer corrugated tube and to the respective coupling sleeves to define therebetween respective opposite ends of the fluid-circulating chamber. The continuous connecting welds are surrounded by the fluid-circulating chamber, but are isolated therefrom by being enclosed within respective enclosures which are vented exteriorly of the pipe assembly so that cross-contamination between the inner corrugated tube and the surrounding fluid-circulating chamber will be prevented in the event of rupture of the continuous welds.