Leroy A Bartolomei

20080075899, Mar 27, 2008

Jun 13, 2007

11/808935

Leroy Bartolomei - Santa Rosa CA, US

B32B 1/08
B05C 5/00
B05D 1/30
B32B 9/00
H01J 5/00
C23C 16/00
B05D 1/32
B05D 5/00

428034100, 118320000, 313317000, 427111000, 427255500, 427282000, 427420000, 428411100

A system and method of coating curved substrates and assembling devices having coated elements. The system and method are of particular utility in the manufacture of lamps having a coating formed on the hermetically sealed light emitting chamber of the lamp. The system and method includes, inter alia, an improved uniform coating process and apparatus, improved throughput in the coating process, a reduction in bad coating losses, improved baking processes, and an improved method and apparatus for aligning the filament of a halogen lamp achieved by performing the step of coating of the light emitting chamber prior to the step of sealing the chamber.

20120019134, Jan 26, 2012

Jul 20, 2011

13/187228

Miles Rains - Burbank CA, US
Howard R. Gray - Sebastopol CA, US
Leroy A. Bartolomei - Santa Rosa CA, US
Norman L. Boling - Santa Rosa CA, US

H01K 1/32
H01J 9/20

313578, 445 58

A halogen incandescent burner comprising a quartz body comprising a light emitting chamber, a filament positioned within the light emitting chamber, and a multilayer optical coating on at least a portion of the chamber. The coating may include a plurality of layers of a low refractive index material and a high refractive index material having a total thickness of at least nine microns, wherein the gain of the burner is at least 1.7. The high refractive index material may comprise tantala and the low refractive index material may comprise silica.

58491627, Dec 15, 1998

Apr 25, 1995

8/428612

Leroy Albert Bartolomei - Santa Rosa CA
Thomas Read - Santa Rosa CA
Craig Shevlin - San Francisco CA

Deposition Sciences, Inc. - Santa Rosa CA

C23C 1434

20419213

A method for reactive sputter coating in a chamber in which large substrates to be coated are transported past one or more coating stations. The stations are comprised of at least one sputtering target and at least one adjacent plasma generator. In the practice of this invention the sputtering and reaction zones within the chamber are indistinguishable.

51648580, Nov 17, 1992

Jul 11, 1991

7/728724

John A. Aguilera - Santa Rosa CA
William M. Robbins - Kenwood CA
Richard P. Shimshock - Santa Rosa CA
Leroy A. Bartolomei - Santa Rosa CA

Deposition Sciences, Inc. - Santa Rosa CA

G02B 528

359587

An optical thin film filter for the spatial and spectral separation of two or more transmitting bands of radiant energy. For a two band filter the filter has a substrate substantially transparent to radiant energy in the transmitted bands. On one surface of said substrate is a multilayer interference coating that transmits both wavelength bands of interest. On the other surface of said substrate (or on the same surface) are two sets of non-overlapping butted, parallel stripes with one set being alternately interspersed with the other. The widths of said stripes are varied to provide for precisely defined regions of spatial and spectral delineation. One set of stripes is capable of transmitting one of the bands of interest and reflecting all others, while the second set of stripes is capable of transmitting at least one band different from the one band transmitted by said first set of stripes and reflecting all others. Each of the stripes in itself is a multilayer interference coating formed of a plurality of high and low index of refraction materials.

50721097, Dec 10, 1991

Mar 7, 1990

7/490043

John A. Aguilera - Santa Rosa CA
William M. Robbins - Kenwood CA
Richard P. Shimshock - Santa Rosa CA
Leroy A. Bartolomei - Santa Rosa CA

G01J 350

250226

An optical thin film filter for the spatial and spectral separation of two or more transmitting bands of radiant energy. For a two band filter the filter has a substrate substantially transparent to radiant energy in the transmitted bands. On one surface of said substrate is a multilayer interference coating that transmits both wavelength bands of interest. On the other surface of said substrate (or on the same surface) are two sets of non-overlapping butted, parallel stripes with one set being alternately interspersed with the other. The widths of said stripes are varied to provide for precisely defined regions of spatial and spectral delineation. One set of stripes is capable of transmitting one of the bands of interest and reflecting all others, while the second set of stripes is capable of transmitting at least one band different from the one band transmitted by said first set of stripes and reflecting all others. Each of the stripes in itself is a multilayer interference coating formed of a plurality of high and low index of refraction materials.

39815684, Sep 21, 1976

Jul 1, 1974

5/484401

Leroy A. Bartolomei - Santa Rosa CA

Optical Coating Laboratory, Inc. - Santa Rosa CA

B05D 506
G02B 528
G02B 522

350317

A striped dichroic filter having a substrate with a surface. A first set of spaced parallel stripes capable of reflecting at least one color are carried by the surface. A second set of spaced parallel stripes capable of reflecting at least one different color different from said one color reflected by the first set of stripes is also carried by the surface. The first and second sets of stripes are disposed so that they are substantially parallel to each other and so that they are in abutting relationship with substantially no space or overlap between adjacent stripes. Third and additional sets of stripes for reflecting other colors may be provided. In the method for making the striped dichroic filter, a dual lift-off is used which utilizes both metal and resist lift-off techniques that are mutually exclusive.