Charles C Berman, Age 886193 Pointe Regal Cir UNIT 209, Delray Beach, FL 33484

5765964, Jun 16, 1998

Jul 22, 1996

8/681006

Hartwell F. Calcote - Princeton NJ
Charles H. Berman - East Windsor NJ

Aerochem Research Laboratories, Inc. - Princeton NJ

B09C 106

405128

Combustion is used as a source of heat to remove polluting volatiles from contaminated groundwater and subsurface soil. The combustor is placed in a well, either in or out of an aquifer, to produce steam and combustion product gases and/or hot water which drives off the volatile contaminants which are collected through separate wells or vents depending upon the site. Key elements are the addition of heat in-situ by causing the combustion to occur below the ground or water level, transfer of heat through the aquifer and/or ground through the flow of steam and combustion product gases and/or hot air and/or hot water to regions affected by the contaminants, and by drawing the flow to other well sites by which the contaminants are removed by pumping and subsequent treatment. Some of the contaminants are thermally destroyed. The design of the well casing can be tailored to proportion the quantities of water and steam and gas delivered, with steam and gas pressure driving the vapors at various levels below ground.

5405514, Apr 11, 1995

Jul 28, 1993

8/098736

Charles H. Berman - East Windsor NJ
Hartwell F. Calcote - Princeton NJ

Gas Research Institute - Chicago IL

H05F 300

204164

A method and apparatus for glow discharge at pressures of atmospheric and above stabilized between two electrodes spaced apart greater than 3 mm by a swirling gas path. The passage of a reactant gas in the swirling gas stream may be utilized for highly efficient chemical reactions and heating of the gas stream. The simple and compact apparatus for atmospheric pressure glow discharge is suitable for chemical conversion of hydrocarbon gases into higher molecular weight products of greater value, for pretreating combustible hydrocarbon gases for enhanced combustion and for production of intense white light.

5560890, Oct 1, 1996

Apr 10, 1995

8/420985

Charles H. Berman - East Windsor NJ
Hartwell F. Calcote - Princeton NJ

Gas Research Institute - Chicago IL

B01J 1908

42218604

An apparatus for glow discharge at pressures of atmospheric and above stabilized between two electrodes spaced apart greater than 3 mm by a swirling gas path. The passage of a reactant gas in the swirling gas stream may be utilized for highly efficient chemical reactions and heating of the gas stream. The simple and compact apparatus for atmospheric pressure glow discharge is suitable for chemical conversion of hydrocarbon gases into higher molecular weight products of greater value, for pretreating combustible hydrocarbon gases for enhanced combustion and for production of intense white light.

6224635, May 1, 2001

Nov 6, 1998

9/187584

John Ricci - Middletown NJ
Harold Alexander - Short Hills NJ
Charles L. Berman - New York NY
Sally Frenkel - New York NY
Bruce Hollander - Deerfield Beach FL
Gabriele Pecora - Rome, IT

Hospital For Joint Diseases - New York NY

A61K 608
A61F 228

623 2362

The present invention relates to techniques for the preparation and implantation of implants with surgical cements composed primarily of calcium sulfate ("CS"). The first of these novel techniques involves the steps of: (1. ) precoating an implant with CS; (2. ) permitting the implant to dry, and, (3. ) thereafter grouting the implant in place with wet CS. The second embodiment involves: (1. ) grouting an uncoated implant in place with wet CS. Finally, the third embodiment involves: (1. ) precoating an implant with CS; (2. ) permitting it to dry; and, (2. ) subsequently press-fitting the implant in place without grouting.

5813799, Sep 29, 1998

Jul 22, 1996

8/681007

Hartwell F. Calcote - Princeton NJ
Charles H. Berman - East Windsor NJ

Aerochem Research Laboratories, Inc. - Princeton NJ

B09C 106
C02F 102
E21B 3602

405128

Combustion is used as a source of heat to remove polluting volatiles from contaminated groundwater and subsurface soil. A burner assembly is placed in a well, either in or out of an aquifer, to produce steam and/or hot air and/or hot water which drives off the volatile contaminants which are collected through separate wells or vents depending upon the site. The combustion product gases are vented to atmosphere. Key elements are the addition of heat as close to the depth of the contaminated region as possible, transfer of heat through the aquifer and/or ground through the flow of steam and/or hot air and/or hot water to regions affected by the contaminants, and by drawing the flow to other well sites by which the contaminants are removed by pumping and subsequent treatment. Some of the contaminants are thermally destroyed. The design of the well casing can be tailored to proportion the quantities of water and steam and hot air delivered, with steam and air pressure driving the vapors at various levels below ground.

5947412, Sep 7, 1999

Jan 10, 1997

8/782487

Charles H. Berman - East Windsor NJ

Titan Corporation - San Diego CA

B64D 3304

244 1N

The present invention relates to a noise supressor assembly for a jet engine comprised of a plurality of conduit assemblies proximate the trailing edges of the wall members which capture a portion of an ambient gaseous stream flowing in an ambient flow for introduction into the hot core gaseous flow to thereby deform the interface between the hot core flow and the fan flow or ambient flow when there is no fan between the fan flow and the ambient flow or between fully or partially mixed core and fan flows and the ambient flow thereby mixing such gaseous streams to thereby reduce velocity of the hot core and fan flows and thus jet noise level.