Jin Huang

age ~40

from Melissa, TX

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Jin Huang Phones & Addresses

Melissa, TX
Deerfield, IL
Prospect Heights, IL

License Records

Jin Huang

License #:

CC-0004742 - Active

Category:

Accountancy

Type:

C.P.A. Certificate

Medicine Doctors

Jin R. Huang

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Specialties:

Internal Medicine

Work:

Hospitalists Of ModestoHospitalists Of Modesto Medical Group
1441 Florida Ave, Modesto, CA 95350
(209)5763525 (phone), (209)5763544 (fax)

Education:

Medical School
Sun Yat Sen Univ of Med Sci, Guangzhou, China (242 21 Pr 1/71)
Graduated: 1991

Procedures:

Cardioversion
Lumbar Puncture

Languages:

English
Spanish

Description:

Dr. Huang graduated from the Sun Yat Sen Univ of Med Sci, Guangzhou, China (242 21 Pr 1/71) in 1991. He works in Modesto, CA and specializes in Internal Medicine. Dr. Huang is affiliated with Doctors Medical Center Modesto.

Jin J. Huang

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Specialties:

Anesthesiology

Work:

Pain Medicine ConsultantsMedical Anesthesia Consultants
2420 Camino Ramon STE 270, San Ramon, CA 94583
(925)5430140 (phone)

Pain Medicine ConsultantsMedical Anesthesia Consultants
180 Rowland Way, Novato, CA 94945
(925)5430140 (phone), (925)4982594 (fax)

Pain Medicine ConsultantsMedical Anesthesia Consultants
6001 Norris Cyn Rd, San Ramon, CA 94583
(925)5430140 (phone)

Pain Medicine ConsultantsMedical Anesthesia Consultants
2400 Balfour Rd, Brentwood, CA 94513
(925)5430140 (phone)

Pain Medicine ConsultantsMedical Anesthesia Consultants
5801 Norris Cyn Rd, San Ramon, CA 94583
(925)5430140 (phone)

Pain Medicine ConsultantsMedical Anesthesia Consultants
350 Bon Air Rd STE 300, Greenbrae, CA 94904
(925)5430140 (phone)

Pain Medicine ConsultantsMedical Anesthesia Consultants
2222 East St, Concord, CA 94520
(925)5430140 (phone)

Pain Medicine ConsultantsMedical Anesthesia Consultants
2175 N California Blvd STE 425, Walnut Creek, CA 94596
(925)5430140 (phone)

Pain Medicine ConsultantsAspen Surgery Center
133 Ln Casa Via STE 150, Walnut Creek, CA 94598
(925)5430140 (phone)

Pain Medicine ConsultantsMedical Anesthesia Consultants
1111 E Stanley Blvd, Livermore, CA 94550
(925)5430140 (phone)

Pain Medicine ConsultantsMedical Anesthesia Consultants
1601 Ygnacio Vly Rd, Walnut Creek, CA 94598
(925)5430140 (phone)

Pain Medicine ConsultantsMedical Anesthesia Consultants
1387 Santa Rita Rd, Pleasanton, CA 94566
(925)5430140 (phone), (925)5400145 (fax)

Pain Medicine ConsultantsMedical Anesthesia Consultants
905 San Ramon Vly Blvd STE 110, Danville, CA 94526
(925)5430140 (phone), (925)8313609 (fax)

Pain Medicine ConsultantsMedical Anesthesia Consultants
365 Lennon Ln STE 250, Walnut Creek, CA 94598
(925)5430140 (phone)

Pain Medicine ConsultantsMedical Anesthesia Consultants
1844 San Miguel Dr STE 109, Walnut Creek, CA 94596
(925)5430140 (phone), (925)8313609 (fax)

Pain Medicine ConsultantsMedical Anesthesia Consultants
5924 Stoneridge Dr STE 102, Pleasanton, CA 94588
(925)5430140 (phone)

Education:

Medical School
Mount Sinai School of Medicine
Graduated: 2003

Conditions:

Acute Bronchitis
Acute Sinusitis
Bronchial Asthma
Diabetes Mellitus (DM)
Disorders of Lipoid Metabolism

Languages:

English

Description:

Dr. Huang graduated from the Mount Sinai School of Medicine in 2003. She works in Novato, CA and 15 other locations and specializes in Anesthesiology. Dr. Huang is affiliated with John Muir Medical Center Concord, John Muir Medical Center Walnut Creek, San Ramon Regional Medical Center and Sutter Health Novato Community Hospital.

Us Patents

Molecular Affinity Clamp Technology And Uses Thereof
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US Patent:

20110143963, Jun 16, 2011
Filed:

Nov 10, 2008
Appl. No.:

12/742014
Inventors:

Shohei Koide - Chicago IL, US
Akiko Koide - Chicago IL, US
Jin Huang - Chicago IL, US
Assignee:

University of Chicago - Chicago IL
International Classification:

C40B 40/10
C07K 19/00
B82Y 15/00
US Classification:

506 18, 530350, 977774
Abstract:

The invention provides a molecular affinity clamp. The architecture of the affinity clamp is modular with two biorecognition modules, each capable of binding a target motif. The first biorecognition module has a recognition domain that possesses inherent or natural specificity for the target motif. The second biorecognition module also has a recognition domain that binds the motif. The two biorecognition modules are tethered together either directly, e.g., via a peptide bond between the two modules, or indirectly, e.g., via a linker moiety or linker.

Lithium Niobate Piezoelectric Transformer Operating In Thickness-Shear Mode
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US Patent:

56752083, Oct 7, 1997
Filed:

Feb 28, 1996
Appl. No.:

8/608586
Inventors:

Jin Huang - Skokie IL
Brian M. Mancini - Carol Stream IL
Assignee:

Motorola, Inc. - Schaumburg IL
International Classification:

H01L 4108
US Classification:

310360
Abstract:

A piezoelectric transformer (10) operating in a thickness-shear vibration mode (26). The piezoelectric transformer (10) comprises a lithium niobate substrate (12) having first and second acoustically coupled portions (16,22), and a plurality of substantially opposing pairs of primary and secondary electrodes (14,20) disposed thereon. An input AC voltage applied to the primary electrode pairs (14) exciting a thickness-shear vibration (26) which couples to the secondary electrode pairs (20) producing an output AC voltage therebetween. The primary and secondary electrodes (14,20) being electrically connected in various combinations of parallel and series connections to provide a desired step-up or step-down voltage transfer ratio.

Single Crystal Piezoelectric Transformer Using Extensional Vibration Modes And Method For Driving The Same
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US Patent:

57639833, Jun 9, 1998
Filed:

Jan 12, 1997
Appl. No.:

8/784565
Inventors:

Jin Huang - Hoffman Estates IL
Assignee:

Motorola Inc. - Schaumburg IL
International Classification:

H01L 4108
US Classification:

310360
Abstract:

A piezoelectric transformer (10) consisting of a single-crystal elongated plate (12) with electrodes (20, 26). A pair of driving sections (22) are formed on two opposite end regions of the plate (12). A receiving section (24) is formed on a central region of the plate (12). The plate (12) is operated in an even harmonic vibrational mode with the driving sections (22) operating in a transverse extensional mode and the receiving section (24) operating in a length extensional mode. Driving signals (46, 48) applied to the driving sections (22) are at the resonant frequency of the plate (12). The gain of the transformer (10) is adjustable by shifting the relative phase of the driving signals (46, 48) applied to the respective driving sections (22).

Surface Micromachined Acoustic Wave Piezoelectric Crystal With Electrodes On Raised Ridges And In Spaces Therebetween
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US Patent:

58150544, Sep 29, 1998
Filed:

May 27, 1997
Appl. No.:

8/863404
Inventors:

Bruce Vojak - Wheaton IL
Jiashi Yang - Schaumburg IL
Jin Huang - Hoffman Estates IL
John Mattson - Palatine IL
Assignee:

Motorola Inc. - Schaumburg IL
International Classification:

H03H 9205
H03H 956
US Classification:

333191
Abstract:

A high frequency acoustic wave piezoelectric device (10) having parallel etched channels cut into a surface of a piezoelectric substrate so as to form micromachined ridges (20). Top electrodes (30) are located on tops (26) of the ridges (20) and bottom electrodes (32) are located on bottoms of the channels in spacings (22) between ridges (20). The top and bottom electrodes (30, 32) are offset from each other and substantially non-opposing. The electrodes (30, 32) generate a sufficient vertical electrical field (38) when driven to cause the ridges (20) to resonate. A height (28) of the ridges (20) define the operating frequency. The ridges (20) can be made small enough to produce frequencies well over 100 MHz in a fundamental bulk acoustic wave mode.

Driving Circuit For Multisectional Piezoelectric Transformers Using Pulse-Position-Modulation/Phase Modulation
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US Patent:

57479143, May 5, 1998
Filed:

Feb 5, 1997
Appl. No.:

8/795530
Inventors:

Jin Huang - Hoffman Estates IL
Pallab Midya - Schaumburg IL
Brian M. Mancini - Carol Stream IL
Assignee:

Motorola Inc. - Schaumburg IL
International Classification:

H01L 4108
US Classification:

310318
Abstract:

A transformer circuit (10) for a piezoelectric transformer (12) having dual inputs which can piezoelectrically interfere with one another to provide adjustable output gain. The transformer circuit (10) provides two pulse-position-modulated input signals (18, 20) which are substantially identical waveforms, but being phase shifted from one another. When the signals (18, 20) constructively interfere maximum gain is achieved. When the two signals (18, 20) destructively interfere minimum gain is achieved. The waveforms may be of any arbitrary type including square, sine, triangle, sawtooth or irregular. Both input signals (18, 20) are at a resonant frequency of the piezoelectric transformer (12) and have a fifty percent duty cycle so as to always provide highest efficiency within the transformer (12). In addition, when the two input signals (18, 20) destructively interfere with each other piezoelectrically, the input impedance of the transformer (12) rises so as to lessen power dissipation within the transformer (12) which subsequently reduces adverse heating effects.

Extensional Mode Piezoelectric Crystal Resonator With Split Electrodes And Transformer Driving Circuit
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US Patent:

59694629, Oct 19, 1999
Filed:

Jun 18, 1998
Appl. No.:

9/099156
Inventors:

Jin Huang - Hoffman Estates IL
Charles L. Zimnicki - Bartlett IL
John E. Mattson - Streamwood IL
Assignee:

CTS Corporation - Elkhart IN
International Classification:

H03H 915
H01L 41107
US Classification:

310318
Abstract:

A piezoelectric resonator (10) includes a single crystal elongated plate (12) having a transverse extensional mode of oscillation. Two sets of split electrodes (20,22,30,32) are provided on the surfaces (14,16) of the plate (12) to define two acoustically coupled oscillating regions (24,26) therebetween. The oscillating regions (24,26) present a similar inductance and have similar performance to allow the use of the resonator (10) in a double-ended electrical transformer circuit (100). An AC source (112) drives non-opposing top and bottom electrodes of the resonator (110). The remaining electrodes are coupled with shunt capacitors to provide two resonant LC circuits with the resonator (110) so as to provide a voltage gain for driving a load.