Albert Cohen DeceasedAtlantic City, NJ

2013006, Mar 21, 2013

Sep 15, 2011

13/234019

William Robert Hannemann - Ocean Gate NJ, US
Albert Mayer Cohen - West Long Branch NJ, US

Storm Drain Technologies, LLC - Ocean NJ

E03F 5/14
B23P 17/00
C02F 1/00

21017003, 210436, 294011

A stormwater treatment unit comprising a containment vault having an inlet and an outlet separates debris from a flow of stormwater through the unit. The water flow is controlled by a wall which directs flow from the inlet to the outlet through a reservoir of fluid in the unit. Debris separation by density occurs whereby lighter elements such as oil float on top of the fluid and heavier elements such as sediment collect at the bottom of the unit or in collectors in the reservoir. A wire mesh, deflector, and/or ripple boards placed beneath the inlet further increase efficiency of the separation, and a vent pipe is placed above the outlet to release pressure built up in the outlet during operation. A stormwater treatment system and method of retrofitting an existing stormwater trunk line locates the stormwater treatment unit in an off-line position from an existing drainage trunk line.

2013006, Mar 21, 2013

Sep 6, 2012

13/605824

William Robert Hannemann - Ocean Gate NJ, US
Albert Mayer Cohen - West Long Branch NJ, US
James Creech - Freehold NJ, US
Michael Hannemann - Toms River NJ, US

Storm Drain Technologies, LLC - Ocean NJ

E03F 5/14
C02F 1/00

2107472, 210513, 210241, 210322, 210767

A portable fluid treatment apparatus includes a container with an interior wall between the inlet pipe and the outlet pipe which defines a bottom space between the bottom of the wall and the bottom interior surface of the container. A series of collectors in the container direct the flow of the inlet fluid and promote sedimentation from the fluid. The inlet fluid flows under the wall and up to a discharge pipe equipped with a vent. Multiple sedimentation units are connected together in series and mounted on a trailer for transport to a construction site.

4355515, Oct 26, 1982

Sep 3, 1980

6/183688

Albert Cohen - Nether Providence PA
Ralph D. Brown - Springfield PA
William D. Scott - Upper Chichester PA

Westinghouse Electric Corp. - Pittsburgh PA

F01K 2106

60657

A crossover conduit structure for transmitting steam from a first to a second turbine section having a conduit disposed between an exhaust portion of the first turbine section and an inlet portion of the second turbine section and a moisture removal structure situated downstream from the inlet portion axially along the conduit. The conduit's longitudinal axis is arranged generally perpendicular to the inlet portion's longitudinal axis with the moisture removal structure being disposed axially downstream from the inlet portion in the direction of the steam flow through the crossover conduit. The moisture removal structure includes a tapered transition section having first and second ends which are respectively disposed relatively adjacent and remote from the inlet portion, a pipe attached to the second end of the tapered portion, and an orifice or other means for regulating water and steam flow through the condensate pipe. The first end of the tapered transition section has an inside diameter at least as large as the crossover conduit while the second end has an inside diameter less than the first end. The orifice or other flow regulating means controls water and steam flow through the water transmitting means or pipe so as to effectively limit the steam flow quantity passing through the pipe in bypassing relationship with the second turbine section.