DR. EDWARD J MILLER, MD, PHD
Medical Practice at Cedar St, New Haven, CT

6783594, Aug 31, 2004

Sep 25, 2002

10/255510

James A. Fairweather - West Haven CT
George T. Barrett - Stratford CT
Edward C. Miller - Woodbridge CT

Pitney Bowes Inc. - Stamford CT

B05C 106

118264, 118268, 1564415, 156578, 427429

A self-adjusting moistening system for a mailing system is provided. The applicator is coupled to a float mechanism, placed in the reservoir of moistening fluid, by a spring. When the reservoir is full of moistening fluid, the spring is compressed, and therefore does not provide any force on the applicator. As the level of moistening fluid decreases, the height of the float mechanism in the reservoir will also decrease, thereby causing the spring to elongate. As the spring elongates, it will pull down on the applicator, thereby causing an increase in the force applied between the applicator and the wick. This increase in force provides a more uniform deposition of the moistening fluid to the envelope flap as the level of the moistening fluid in the reservoir varies from full to empty.

6684682, Feb 3, 2004

Dec 24, 2001

10/035979

Denis J. Stemmle - Stratford CT
Eric A. Belec - Southbury CT
Robert J. Allen - Shelton CT
Michael M. Farrell - Beacon Falls CT
Jeffrey A. Gateman - Gales Ferry CT
Thomas M. Lyga - Southbury CT
Edward C. Miller - Woodbridge CT
John F. Zajac - Garnerville NY

Pitney Bowes Inc. - Standford CT

B65B 4330

73 232, 73 37, 533816, 533861

A method for expelling air out of mailpieces includes the steps of creating a stack of the mailpieces; cutting an opening in at least some of the mailpieces; jogging the stack of mailpieces; and subjecting the stack of mailpieces to at least one compression/decompression cycle during the jogging step thereby expelling air out of the at least some of the mailpieces through their corresponding openings. A jogger system incorporates the structure for accomplishing the method.

4508602, Apr 2, 1985

Feb 23, 1984

6/582653

Jerry J. Kaczur - Cleveland TN
Steven A. Iacoviello - Naugatuck CT
Edward G. Miller - Hamden CT

Olin Corporation - Cheshire CT

C25B 126

204 95

A process for producing a concentrated aqueous solution of an alkali metal chlorate and an alkali metal chloride comprises feeding an aqueous alkali metal chloride solution to an electrolysis zone at a constant feed rate. Electric current is supplied to the electrolysis zone at an initial current load. The aqueous alkali metal chloride is electrolyzed to produce a concentrated chlorate solution comprised of an alkali metal chlorate and the alkali metal chloride. A portion of the concentrated solution is fed to an analysis zone and analyzed to measure the ratio of the concentration of the chlorate ion to the concentration of the chloride ion. The measured ratio is compared in a processing zone with a predetermined value range for the ratio and, where the measured ratio falls outside of the predetermined value range, altering the initial current load to the electrolysis zone. The concentrated alkali metal chlorate solution is recovered. The novel process of the present invention permits the continuous operation of the electrolytic cells by frequently and rapidly determining the chlorate and chloride concentrations by reverse phase liquid chromatography employing an ion pairing eluent solution.

4434033, Feb 28, 1984

May 27, 1982

6/382524

Jerry J. Kaczur - Cleveland TN
Steven A. Iacoviello - West Haven CT
Edward G. Miller - Hamden CT

Olin Corporation - New Haven CT

C25B 126

204 95

A process for producing a concentrated aqueous solution of an alkali metal chlorate and an alkali metal chloride comprises feeding an aqueous alkali metal chloride solution to a first electrolysis zone at an initial feed rate. The aqueous alkali metal chloride is electrolyzed to produce a concentrated chlorate solution comprised of an alkali metal chlorate and the alkali metal chloride. A portion of the concentrated solution is fed to an analysis zone and analyzed to measure the ratio of the concentration of the chlorate ion to the concentration of the chloride ion. The measured ratio is compared in a processing zone with a predetermined value range for the ratio and, where the measured ratio falls outside of the predetermined value range, altering the initial feed rate of alkali metal chloride to the first electrolysis zone. The concentrated alkali metal is removed from the first electrolysis zone to a product solution collection zone. The novel process of the present invention permits the continuous operation of the electrolytic cells by frequently and rapidly determining the chlorate and chloride concentrations by reverse phase liquid chromatography employing an ion pairing eluent solution.

7111536, Sep 26, 2006

Dec 24, 2001

10/036219

Eric A. Belec - Southbury CT, US
Michael M. Farrell - Beacon Falls CT, US
Jeffrey A. Gateman - Gales Ferry CT, US
Edward C. Miller - Woodbridge CT, US
Denis J. Stemmle - Stratford CT, US

Pitney Bowes Inc. - Stamford CT

B23D 5/00, B65G 1/00

83332, 83346, 83678

A method for expelling air out of mailpieces includes the steps of creating a stack of the mailpieces; cutting an opening in at least some of the mailpieces; jogging the stack of mailpieces; and subjecting the stack of mailpieces to at least one compression/decompression cycle during the jogging step thereby expelling air out of the at least some of the mailpieces through their corresponding openings.

4151255, Apr 24, 1979

Oct 11, 1977

5/841187

Italo A. Capuano - Orange CT
Edward G. Miller - East Haven CT

G01N 3116, G01N 2730

422 76

An apparatus for monitoring the pH of a sample source is disclosed. The apparatus has a sample chamber to which fluid is fed from the sample source for pH monitoring. An automatic rinse and buffer standardization system automatically, periodically standardizes the apparatus against a buffer solution of known pH.

4205953, Jun 3, 1980

Dec 22, 1977

5/863183

Edward G. Miller - East Haven CT

Olin Corporation - New Haven CT

G01N 2126, G01N 2128

23230R

A method and apparatus for automatically measuring calcium and magnesium concentrations of less than about 500 parts per million in a liquid solution is disclosed by repeatedly automatically trapping a single sample, colorimetrically analyzing the trapped sample and displaying a corresponding calcium and magnesium concentration reading.