Ronald F. Mathis - Murrieta CA, US Stephen R. Mathis - Menifee CA, US Paul N. Huntley - Poway CA, US
Assignee:
Photonics Products, Inc. - Murrieta CA
International Classification:
H03M 1/12
US Classification:
341155, 375245
Abstract:
A waveform acquisition system that captures and digitizes a wideband electrical signal through a bank of front end filters, frequency down converters, and conventional digitizers (A/D converters). A software algorithm reconstructs the composite input signal and applies the necessary corrections to remove the effects of hardware impairments. This approach is possible because it uses a class of filters that exhibit the quality of perfect waveform reconstruction, allowing signals whose spectral components overlap multiple filter bands, to be faithfully reconstructed. A calibration generator switched into the input port serves as a reference for quantifying and removing hardware errors. The channelized analog-to-digital converter (ADC) effectively multiplies the bandwidth and sampling rate of the conventional digitizer performance in a single channel by the number of channels in the system. The use of digital local oscillators enable a compact, low power, monolithic architecture.
Spherical Multiport Illuminator Optic Design For Light Guides
Andrew P. Riser - Capistrano Beach CA Ronald F. Mathis - Ramona CA John F. Forkner - Laguna Beach CA
Assignee:
Remote Source Lighting International, Inc.
International Classification:
G02B 632 F21V 704
US Classification:
385 33
Abstract:
The inventive system, which is used in transmitting illumination from a central source to a variety of remote locations, efficiently couples the light originating from a lamp, or similar source, into a multiplicity of flexible macroscopic fibers. The combination of the several elements of the inventive system results in a very efficient transfer of the energy of the light source to the fibers. Light from the lamp is fed to a spherical configuration of ports, with each port having one or more flexible macroscopic fibers connected thereto.
Multiport Illuminator Optic Design For Light Guides
Andrew P. Riser - Capistrano Beach CA Ronald F. Mathis - Ramona CA
Assignee:
Remote Source Lighting International, Inc. - San Juan Capistrano CA
International Classification:
G02B 632 F21V 704
US Classification:
385 33
Abstract:
The inventive system, which is used in transmitting illumination from a central source to a variety of remote locations, efficiently couples the light originating from a lamp, or similar source, into a multiplicity of flexible macroscopic light guides. The combination of the several elements of the inventive system results in a very efficient transfer of the energy of the light source to the light guides. Light from the lamp is fed to four or more ports, with each port having one or more flexible macroscopic light guides connected thereto.
Andrew P. Riser - Capistrano Beach CA Ronald F. Mathis - Ramona CA David H. Liu - Rowland Heights CA
Assignee:
Remote Source Lighting International, Inc. - San Juan Capistrano CA
International Classification:
F21V 704
US Classification:
362 32
Abstract:
A light guide illumination system having a metal-halide double-ended illumination source is disclosed. The light guide illumination system includes at least one light guide and two curved reflectors disposed in proximity to the double-ended illumination source. The two curved reflectors are adapted to reflect the emitted light from the double-ended illumination source into the light guide. The light guide illumination system further includes at least one multi-sectored lens adapted to receive light from the light guide, and at least one output light guide. The multi-sectored lens is adapted to receive the reflected light from the light guide and to focus the light into the output light guide.
Bi-Planar Multiport Illuminator Optic Design For Light Guides
Andrew P. Riser - Capistrano Beach CA Ronald F. Mathis - Ramona CA
Assignee:
Remote Source Lighting International Inc. - San Juan Capistrano CA
International Classification:
G02B 632
US Classification:
385 33
Abstract:
The inventive system, which is used in transmitting illumination from a central source to a variety of remote locations, efficiently couples the light originating from a lamp, or similar source, into a multiplicity of flexible macroscopic fibers. The combination of the several elements of the inventive system results in a very efficient transfer of the energy of the light source to the fibers. Light from the lamp is fed to a ring-shaped configuration of ports, with each port having one or more flexible macroscopic fibers connected thereto.
Name / Title
Company / Classification
Phones & Addresses
Ronald F. Mathis President
PHOTONICS PRODUCTS INC Engineering Services
23364 Caliente Spg Ave, Murrieta, CA 92562 9518944348
Kreitner Elementary School Collinsville IL 1985-1994, Webster Elementary School Collinsville IL 1992-1993, North Junior High School Collinsville IL 1994-1995
Martinson Elementary School Wichita KS 1939-1942, Franklin Elementary School Wichita KS 1942-1945, Longfellow Elementary School Wichita KS 1945-1946, Horace Mann Intermediate School Wichita KS 1946-1949
Community:
John Pryor, Marilyn Frieze, Dorothy Mader, William Archer, Jim Mortensen, Larry Smith, Marilyn Riley, Jean Bain, Naomi Adams, Wanda Adams
Hey wazzzup everyone!! I have the most amazing job that allows me travel and see different parts of my state that I never knew existed!! Also, I have a wonderful lovely girlfriend and could spend ever...
Bragging Rights:
Survived College
Ronald Mathis
Ronald Mathis
Ronald Mathis
Ronald Mathis
Ronald Mathis
Ronald Mathis
Education:
ITT Technical Institute - Electrical Engineering, Gosnell High School - Diploma