Resumes
Resumes
Ching Yao Phones & Addresses
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1205 Coyote Creek Ct, San Jose, CA 95116 (619) 403-6734
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Henderson, NV
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San Mateo, CA
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20 Woodfield Ave, Northport, NY 11768
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Fort Salonga, NY
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623 Avalon Court Dr, Melville, NY 11747 (631) 755-2066
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San Carlos, CA
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Belmont, CA
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1205 Coyote Creek Ct, San Jose, CA 95116 (408) 993-1735
Business Records
Name / Title
Company / Classification
Phones & Addresses
Director, President, Secretary, Treasurer
Skyfront Capital
777 N Rainbow Blvd, Las Vegas, NV 89107
M
G V Henderson LLC
18106 Pecan Grv Pl, Lutz, FL 33548
306 Lander Dr, Henderson, NV 89074
2789 N Grn Vly Pkwy, Henderson, NV 89014
306 Lander Dr, Henderson, NV 89074
2789 N Grn Vly Pkwy, Henderson, NV 89014
Publications
Us Patents
Positioning System For Thermal Therapy
View pageUS Patent:
20090171185, Jul 2, 2009
Filed:
Dec 23, 2008
Appl. No.:
12/342450
Inventors:
Shih Chin Chou - Miaoli County, TW
Ming Rou Lee - Yilan City, TW
Hsu Chang - Miaoli County, TW
Ching Yao - San Mateo CA, US
Ming Rou Lee - Yilan City, TW
Hsu Chang - Miaoli County, TW
Ching Yao - San Mateo CA, US
Assignee:
National Health Research Institutes - Zhunan Town
International Classification:
A61B 5/055
A61N 7/02
A61B 10/02
A61B 19/00
A61N 7/02
A61B 10/02
A61B 19/00
US Classification:
600411, 601 3, 600567, 606130
Abstract:
Systems and methods are provided for positioning a therapeutic device relative to a target displaced on a platform. A base member has a first track extending along a length of the platform for defining a first pathway for translating the therapeutic device relative to the target. A curved frame is slidably mounted on the base member through the first track. The curved frame has a second track along an interior wall of the curved frame for defining a second pathway for translating the therapeutic device relative to the target. A housing is disposed in the second track of the curved frame and configured to receive the therapeutic device. The housing is extendible at least along a radial direction of the curved frame for defining a third pathway for translating the therapeutic device relative to the target. Applications of the systems and methods may include image-guided thermal therapy.
Mri Using Asymmetric Rf Nutation Pulses And Asymmetric Synthesis Of Complex Conjugated Se Data To Reduce Te And T2 Decay Nmr Spin Echo Responses
View pageUS Patent:
48375136, Jun 6, 1989
Filed:
Dec 5, 1988
Appl. No.:
7/283059
Inventors:
Ching Yao - Belmont CA
Assignee:
The Regents of the University of California - Berkeley CA
International Classification:
G01R 3320
US Classification:
324309
Abstract:
Reduced T2 decay is achieved through use of at least one asymmetrically truncated RF nutation pulse and an asymmetrically sampled NMR RF response with missing asymmetric data being supplied by complex conjugate synthesis.
Method And Apparatus For Substantially Simultaneously Exciting A Plurality Of Slices In Nmr Imaging
View pageUS Patent:
54225728, Jun 6, 1995
Filed:
Aug 6, 1993
Appl. No.:
8/100198
Inventors:
Ching Yao - San Mateo CA
Assignee:
Toshiba America MRI, Inc. - S. San Francisco CA
International Classification:
G01R 3348
US Classification:
324309
Abstract:
An NMR parallel imaging method and apparatus in a single sequence has a plurality of RF pulses applied substantially simultaneously, each having a different frequency, in the same contiguous time period in a subinterval of time during which the select slice magnetic gradient is applied, to activate a plurality of different physical slices. The refocusing RF pulses also comprise a plurality of RF pulses each having a different frequency, applied non-simultaneously but within the same slice select magnetic gradient in the same subinterval of time. A plurality of echo signals from the plurality of different excited slices are then read out during the same single read out magnetic pulse in the same subinterval. The method and apparatus of the present invention can be applied in MRI spin echo, pre-saturation or inversion.
Method And Apparatus For Providing Separate Fat And Water Mri Images In A Single Acquisition Scan
View pageUS Patent:
59091193, Jun 1, 1999
Filed:
Dec 18, 1996
Appl. No.:
8/768993
Inventors:
Weiguo Zhang - Foster City CA
David M. Kramer - Tiburon CA
David M. Goldhaber - Berkeley CA
Ching Yao - San Carlos CA
Hsu Chang - Fremont CA
David M. Kramer - Tiburon CA
David M. Goldhaber - Berkeley CA
Ching Yao - San Carlos CA
Hsu Chang - Fremont CA
Assignee:
Toshiba America MRI, Inc. - Tustin CA
International Classification:
G01N 300
US Classification:
324309
Abstract:
A method and apparatus for obtaining three MRI image data in a single data acquisition TR interval for use in constructing separate water and fat images by appropriate processing of the three images data is disclosed. The three image data are obtained in one exemplary embodiment by sandwiching a spin echo between two field echoes. The invention can also be used for multiple-echo and multiple-slice 3D scans.
Mri Compensated For Spurious Nmr Frequency/Phase Shifts Caused By Spurious Changes In Magnetic Fields During Nmr Data Measurement Processes
View pageUS Patent:
48855421, Dec 5, 1989
Filed:
Apr 14, 1988
Appl. No.:
7/181440
Inventors:
Ching Yao - Belmont CA
James D. Hale - Berkeley CA
Lawrence E. Crooks - Richmond CA
Leon Kaufman - San Francisco CA
James D. Hale - Berkeley CA
Lawrence E. Crooks - Richmond CA
Leon Kaufman - San Francisco CA
Assignee:
The Regents of the University of California - Berkeley CA
International Classification:
G01R 3320
US Classification:
324313
Abstract:
At least one extra NMR measurement cycle is performed without any imposed magnetic gradients during readout and recordation of the NMR RF response. Calibration data derived from this extra measurement cycle or cycles can be used for resetting the RF transmitter frequency and/or for phase shifting other conventionally acquired NMR RF response data to compensate for spurious changes in magnetic fields experienced during the NMR data measuring processes. Some such spurious fields may be due to drifting of the nominally static magnetic field. Another source of spurious fields are due to remnant eddy currents induced in surrounding conductive structures by magnetic gradient pulses employed prior to the occurrence of the NMR RF response signal. Special procedures can be employed to permit the compensation data itself to be substantially unaffected by relatively static inhomogeneities in the magnetic field and/or by differences in NMR spectra of fat and water types of nuclei in imaged volumes containing both.