Sergio J Bonilla
Radiology at Treasure Dr, Miami, FL

License number

Florida 13636

Effective Date

Apr 21, 1995

Expiration Date

Dec 31, 1983

Personal information

See more information about Sergio J Bonilla at radaris.com

Name

Address

Phone

Sergio Bonilla, age 48

6767 Collins Ave APT 1006, Miami Beach, FL 33141

Sergio Bonilla, age 71

6911 SW 158Th Pass, Miami, FL 33193

(305) 542-5920

Sergio Bonilla

7300 SW 8Th Ct #25, N Lauderdale, FL 33068

(954) 612-0262

Sergio Bonilla, age 85

9173 SW 166Th Ct, Miami, FL 33196

(305) 385-4905

Sergio Bonilla, age 47

10479 SW 216Th St APT 106, Cutler Bay, FL 33190

(786) 255-0669

Professional information

See more information about Sergio J Bonilla at trustoria.com

Sergio Bonilla - Coral Gables, FL

Work:

The Miami Herald
Freelance Sports/News Reporter The Miami Herald
Tours Writer Lauderdale
Features Intern

Education:

Florida International University
B.A. in Communications

Dr. Sergio J Bonilla - MD (Doctor of Medicine)

Specialties:

Family Medicine

Languages:

English, Spanish

Hospitals:

8370 W Flagler St, Miami 33144
University of Miami Hospital
1400 West 12Th Ave, Miami 33136
8370 W Flagler St, Miami 33144
University of Miami Hospital
1400 West 12Th Ave, Miami 33136

Education:

Medical School
University Complutense of Madrid / Faculty of Medicine
Englewood Hospital

Sergio Jose Bonilla, Miami FL

Specialties:

Family Physician

Address:

8370 W Flagler St, Miami, FL 33144

Method And Apparatus For Controlling A Device Based On Spatial Discrimination Of Skeletal Myopotentials

US Patent:

5817030, Oct 6, 1998

Filed:

Apr 14, 1997

Appl. No.:

8/843301

Inventors:

Peter P. Tarjan - Miami FL
Sergio Jose Bonilla - Miami FL
Leonard L. Rasquinha - Coral Gables FL

Assignee:

University of Miami - Miami FL

International Classification:

G08B 2100

US Classification:

600546

Abstract:

A plurality of locally sensitive, far-field immune sensors are mounted in mutually spaced relation on the exterior of the body of a subject to detect electrical signals associated with voluntary skeletal muscle activity in the immediate physical vicinity of the sensors. The detected signals are used to determine which, if any, of a predetermined series of voluntary skeletal muscle maneuvers is performed by the subject. A signal bearing a predetermined relationship to the maneuver is then transmitted to a device to be controlled based on which maneuver the subject has performed. Also disclosed are a novel sensor and a method of making same.