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Hsi-Hsun Tsai
Hsi Hsun Tsai, Ren Jet Yao, I Han Wu, Winyann Jang: Apparatus and method for compensation of central wavelength shifting of a fiber grating. Uconn Technology, Richard P Berg Esq, c o LADAS & PARRY, May 15, 2003: US20030091285-A1

An apparatus and method for compensation of central wavelength shifting of a fiber grating by material with Invar effect. In the present invention, a substrate having a negative thermal expansion coefficient and a fiber with fiber grating is provided, and two portions of the fiber at both sides of t ...


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Samuel I En Lin, L H Lin: Holder for single head fiber optic connectors. UCONN Technology, Michael D Bednarek, Shaw Pittman, April 3, 2001: US06212324 (48 worldwide citation)

A holder for single head fiber optic connectors comprises a body and a pair of arms. The body has a guarding portion. The arms extend from the body so as to form a pair of receiving spaces between the body and the arms. The single head fiber optic connectors are held in the receiving spaces by the a ...


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Samuel I En Lin, Jyh Cherng Yang: Pre-assembled optical fiber connector. Uconn Technology, Michael D Crowell & Moring Bednarek, February 1, 2000: US06019520 (7 worldwide citation)

A pre-assembled optical fiber connector is provided that comprises a boot, a sleeve, a spacing sleeve, a tubular housing, a spring, an alignment ferrule, a push-pull insulative housing and a push-pull element which are assembled in series. The alignment ferrule has at least one engaging portion to e ...


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Samuel I En Lin: Adjustable compensation device for fiber bragg gratings. UCONN Technology, Michael D Bednarek, Shaw Pittman, January 16, 2001: US06175674 (5 worldwide citation)

An adjustable compensation device for fiber Bragg gratings. The device includes a bimetal structure and a fixture. An optical fiber provided with fiber Bragg gratings is connected to the bimetal structure. The fixture firmly holds the bimetal structure so that the bimetal structure behaves like cant ...


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Samuel I En Lin, Win Yann Jang, Jeng Cherng Dung, Sien Chi: Dispersion slope compensator. Uconn Technology, Michael D Bednarek, Shaw Pittman, April 24, 2001: US06222957 (4 worldwide citation)

A dispersion slope compensator includes a dispersion compensation fiber, an optical circulator and a plurality of fiber gratings. The optical circulator is connected between an optical fiber and the dispersion compensation fiber for introducing mixed optical signals propagating in the optical fiber ...


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Samuel I En Lin, Jyh Cherng Yang: Process for manufacturing memory card and adapter thereof. Uconn Technology, Michael D Shawpittman Bednarek, August 22, 2000: US06105244 (3 worldwide citation)

A process for manufacturing a memory card and the adapter thereof, each of which has a first cover, a second cover, a frame and a PC board. The process includes the steps of forming the frame on the second cover by using the Insert Molding Method; disposing the PC board on the second cover with the ...


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Shih Chen Chou, Wei Jia Hsu, Samuel I En Lin, Win Yann Jang: Mass production polisher. Uconn Technology, Michael D Bednarek, Shaw Pittman, October 30, 2001: US06309284 (2 worldwide citation)

A mass production polisher includes a polisher base, a polishing element, a rotary arm, a fixture, a force-cushioning means and a force-applying means. The polishing element is provided in the polisher base. The rotary arm is rotatably provided on the polisher base. The fixture is connected to the r ...


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Samuel I En Lin, Win Yann Jang, Iying Wu: Device for producing apodized gratings. Uconn Technology, Michael D Bednarek, Shaw Pittman, November 6, 2001: US06313473

A device for producing apodized gratings on a stationary optical fiber. The device includes a slit-generating means, a stationary phase mask and a stationary writing-beam-generating means. A slit is generated by the slit-generating means. A writing beam is generated by the stationary writing-beam-ge ...


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