Richard C Marlor

6373193, Apr 16, 2002

Mar 8, 2000

09/508166

Richard C. Marlor - Beverly MA
Karin Naumann - Ober-Olm, DE
Franz Ott - Mitterteich, DE
Ottmar Becker - Langen, DE

Osram Sylvania Inc. - Danvers MA
Schott Glas - Mainz

H01J 6135

313636, 313580, 313579

A long life, halogen cycle, incandescent lamp ( ) for operation in excess of 85 volts. The lamp comprises a transparent glass envelope ( ) having sealed therewithin a tungsten filament ( ); a pair of electrical lead-ins ( ) connecting the filament and extending exteriorly of the envelope for connection to a supply voltage greater than 100 V; and a fill gas within the envelope, including a halogen, at a pressure of at least three atmospheres. The envelope is constructed of a five component alkaline earth aluminosilicate glass having a composition consisting essentially of, in weight percent from 58 to about 64% SiO , from about 14 to about 17% Al O ; from 0 to about 1% B O , from 1 to about 6% MgO, from about 6 to about 12% CaO, from about 7 to about 17% BaO and from 0 to about 1. 5% ZrO.

6589896, Jul 8, 2003

Jun 6, 2002

10/163653

Richard C. Marlor - Beverly MA

Osram Sylvania Inc. - Danvers MA

C03C 3091

501 66, 501 67

A lead- and arsenic-free borosilicate glass having an improved melting characteristic is described. The melting rate of the glass was improved dramatically by making the composition substantially free of MgO and CaO and adding 1. 0 to 4. 0 weight percent BaO. The improved melting characteristic yielded up to a ninety-nine percent reduction in the number of unmelted batch stones.

6674001, Jan 6, 2004

Feb 23, 1995

08/393617

Richard C. Marlor - Beverly MA
Paul W. Salvi - Danville NH

Osram Sylvania Inc. - Danvers MA

H01K 506

174 5064, 174 5061, 174152 GM

A solder glass which has, by weight: about 60 to 67% Sb O ; about 27 to 32% B O ; and from greater than 0 to 10% ZnO. The glass has a softening point between 388 and 466Â C. , depending on the ZnO content. The glass can be employed as a molten seal in electrical devices such as tungsten halogen or metal halide lamps.

7659220, Feb 9, 2010

Dec 3, 2008

12/327207

Yi Zheng - Lynnfield MA, US
Richard C. Marlor - Beverly MA, US
George C. Wei - Weston MA, US

Osram Sylvania Inc. - Danvers MA

C03C 8/14
C03C 8/18

501 17, 501 15, 501 19

There is described a sealing composition for sealing aluminum nitride and aluminum oxynitride ceramics comprising: a mixture of SiO, at least one other metal oxide, and a silicon additive comprising at least one of silicon metal or a silicide. The silicon additive acts to suppress the formation of nitrogen bubbles during the sealing of articles comprised of aluminum nitride or aluminum oxynitride ceramics, e. g. , as in the case of a ceramic discharge vessel for a high intensity discharge lamp.

7741237, Jun 22, 2010

Jan 20, 2010

12/690587

Yi Zheng - Lynnfield MA, US
Richard C. Marlor - Beverly MA, US
George C. Wei - Weston MA, US

Osram Sylvania Inc. - Danvers MA

C04B 35/581
C03C 8/14
C03C 8/18
H01J 17/16
H01J 17/18

501 984, 501 15, 501 17, 501 19, 501 32, 501 961, 501 963, 313636, 220 21 R

There is described a sealing composition for sealing aluminum nitride and aluminum oxynitride ceramics comprising: a mixture of SiO, at least one other metal oxide, and a silicon additive comprising at least one of silicon metal or a silicide. The silicon additive acts to suppress the formation of nitrogen bubbles during the sealing of articles comprised of aluminum nitride or aluminum oxynitride ceramics, e. g. , as in the case of a ceramic discharge vessel for a high intensity discharge lamp.

55281079, Jun 18, 1996

Mar 31, 1995

8/414550

Richard C. Marlor - Danvers MA
R. Bruce Biddulph - Exeter NH

H01J 504
H01J 6130
C03L 304

313636

An electric arc discharge lamp having an arc discharge light source which emits both visible light radiation and UV radiation enclosed within an anti-solarization borosilicate glass envelope which is lead and arsenic free and having a transmission of greater than 90% at a wave length of 425 nm and a transmission of not more than 40% of said UV radiation at 320 nm; 8% of said UV radiation at 300 nm; and 0. 5% of said UV radiation at 290 nm; said borosilicate glass comprising, in weight percent: from about 3. 89% Na. sub. 2 O; about 1. 5% K. sub. 2 O; about 0. 15% Li. sub. 2 O; about 17% B. sub. 2 O. sub. 3 ; about 1. 4% Al. sub. 2 O. sub. 3 ; about 0. 6% CaO; about 0. 35% MgO; about 0. 15% CeO. sub. 2 ; from about 0. 075% to about 0. 30% SnO. sub.

55571719, Sep 17, 1996

Jun 15, 1995

8/490877

Richard C. Marlor - Beverly MA
R. Bruce Biddulph - Exeter NH

Osram Sylvania Inc. - Danvers MA

H01J 1716
H01J 6130

313636

An electric arc discharge lamp has an arc discharge light source which emits both visible light radiation and UV radiation enclosed within a borosilicate, outer glass envelope. The envelope has a transmission of greater than 90% at a wavelength of 425 nm and a transmission of not more than 40% of UV radiation at 320 nm; 8% of UV radiation at 300 nm; and 0. 5% of UV radiation at 290 nm. The borosilicate glass comprises, in weight percent: from about 3. 89% Na. sub. 2 O; about 1. 5% K. sub. 2 O; from 0. 0% to about 0. 15% Li. sub. 2 O; about 17% B. sub. 2 O. sub. 3 ; about 1. 4% Al. sub. 2 O. sub. 3 ; about 0. 6% CaO; about 0. 35% MgO; about 0. 13% Fe. sub. 2 O. sub. 3 ; and the balance SiO. sub. 2.

62846868, Sep 4, 2001

Dec 22, 1999

9/470535

Richard C. Marlor - Beverly MA

Osram Sylvania Inc. - Danvers MA

C03C 3095
H01J 6130

501 64

A lead and arsenic free borosilicate glass is provided which is suitable for use in electric arc discharge lamps. The glass is tungsten-sealing and provides desirable protection from ultraviolet radiation. In addition, the glass is suitable for use in glass melters not equipped with bubblers.