ALEXANDER RODRIGUEZ
Medical Practice at 14 Ln, Hialeah, FL
License number
Florida 514559
Issued Date
Jul 17, 2006
Effective Date
Jun 17, 2009
Expiration Date
Dec 1, 2008
Category
Health Care
Type
Emergency Medical Technician
Address
Address
5971 W 14Th Ln, Hialeah, FL 33012
Phone
(305) 819-0083
Professional information
Alexander Rodriguez - Hialeah, FL
Work:
Peter the Printer, Inc
Typesetting Manager / Graphic Designer Winn Dixie Stores, Inc - Miami Gardens, FL
Dairy Department Associate
Typesetting Manager / Graphic Designer Winn Dixie Stores, Inc - Miami Gardens, FL
Dairy Department Associate
Education:
Florida International University - Miami, FL
Bachelor of Arts in Marketing and Management Miami Dade College - Miami, FL
Associate of Arts in Business Administration
Bachelor of Arts in Marketing and Management Miami Dade College - Miami, FL
Associate of Arts in Business Administration
Skills:
Bilingual English and Spanish, Fast learner and ability to multi-task l Excellent Communication Skills, Organized, Detail Oriented, Proficient in Microsoft Office, and Adobe Programs (Photoshop, Illustrator, ect.) ,Customer Service Skills
Alexander Rodriguez - Hialeah, FL
Work:
Plasco ID
Warehouse Clerk Wing Stop - Hialeah, FL
Assistant Manager of the Restaurant Southern Book Services - Opa Locka
Assistant Manager of the Shipping Department Cici's Pizza - Hialeah, FL
Floor Attendant
Warehouse Clerk Wing Stop - Hialeah, FL
Assistant Manager of the Restaurant Southern Book Services - Opa Locka
Assistant Manager of the Shipping Department Cici's Pizza - Hialeah, FL
Floor Attendant
Education:
Strayer University - Miami, FL
Associate in Business Management
Associate in Business Management
Method For Estimating The Useful Power Remaining In A Battery Of A Wireless Communication Device
US Patent:
6384578, May 7, 2002
Filed:
Feb 12, 2001
Appl. No.:
09/781143
Inventors:
Joseph Patino - Pembroke Pines FL
Alexander Rodriguez - Hialeah FL
Charles Cole - Plantation FL
Alexander Rodriguez - Hialeah FL
Charles Cole - Plantation FL
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
H02J 704
US Classification:
320149
Abstract:
The minimum transmit battery voltage (V ) of a radio operating in a TDMA mode of operation or the stand-by battery voltage (V ) of the radio operating in a GSM mode of operation can be determined as a function of the combination of an in-slot transmit battery voltage (V ), an out-of-slot transmit battery voltage (V ), a stand-by compensation factor (sb), and a compensation factor (K). The stand-by compensation factor (sb) is related to a difference between the out-of-slot transmit battery voltage (V ) and a stand-by battery voltage (V ). The compensation factor (K) has a first value for the TDMA mode of operation and a second value for the GSM mode of operation. Each value of compensation factor (K) is related to the manner in which the radio utilizes battery power during transmission in the TDMA or GSM modes of operation.
Automatically Compensated Squelch Circuit
US Patent:
5303409, Apr 12, 1994
Filed:
Jun 4, 1992
Appl. No.:
7/894132
Inventors:
Charles R. Ruelke - Davie FL
Alexander Rodriguez - Hialeah FL
Alexander Rodriguez - Hialeah FL
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
H04B 110
US Classification:
455219
Abstract:
A receiver (100) includes an audio section (200) which provides for compensated squelch settings which are automatically adjustable for changes in operating conditions such as changes in temperature or receiver channel spacing. Temperature circuit (128) provides a temperature signal (134) and controller (122) provides a signal indicating the channel spacing being used by receiver (100). The two signals are combined and formed into an address word which is in turn used to look-up a compensation word from memory location (218). The compensation word is then combined to a default squelch word by adder (216) providing for a compensated squelch word. The compensated squelch word automatically adjusts the squelch circuit's threshold level in order to compensate for changes in operational conditions affecting the squelch circuit.