Berry B Yeldell

8264330, Sep 11, 2012

Jan 7, 2009

12/349996

Berry B. Yeldell - Lake Lotawana MO, US
Samuel R. Mollet - Grain Valley MO, US

General Electric Company - Schenectady NY

H04Q 5/22
G08G 1/00
G08G 1/01
B60Q 1/00
G05D 1/00
B61L 23/04
B61L 3/22
B61L 25/02
H04B 17/00

340 101, 340901, 340933, 3404255, 701 19, 701 20, 246167 R, 246122 R, 246120, 246121, 455 6711

A communications system for use in transmitting data in a railroad system is provided. The communications system includes a track circuit having a plurality of rails configured to transmit an electrical signal thereon, a first processor communicatively coupled to the track circuit via a first locomotive on said track circuit, and a trackside communications station operable to output cab signaling data, wherein the trackside communications station includes a second processor communicatively coupled to the track circuit. The first processor is programmed to compare a received data signal to a pre-stored database, and generate a response based on the comparison. The second processor is programmed to generate a corrected signal using the generated response.

58258450, Oct 20, 1998

Oct 28, 1996

8/739512

Mark S. Blair - Madison WI
David A. Lesyna - Redlands CA
Pengyue James Lin - Riverside CA
Jagadish P. Samantarai - Moreno Valley CA
Berry B. Yeldell - Yorba Linda CA

Loma Linda University Medical Center - Loma Linda CA

A61N 510

378 62

A proton beam digital imaging system comprising an X-ray source which is movable into the treatment beam line that can produce an X-ray beam through a region of the patient. An X-ray receiver receives the X-ray beam after it has passed through the patient and the X-ray receiver generates photons that correspond to the X-ray image. The photons are directed to a TEC CCD camera to produce a patient orientation image which displays the orientation of the center of the beam relative to selected monuments in the patient's skeletal structure. The system also receives a master prescription image which displays the target isocenter with respect to the same selected monuments of the patient's skeletal structure. By comparison of the relative positions of the center of the beam in the patient orientation image and the isocenter in the master prescription image with respect to the selected monuments, the amount and direction of movement of the patient to make the beam center correspond to the target isocenter is determined.