NHAN T NGUYEN
Broker in Boston, MA
License number
Massachusetts 9539567
Issued Date
Dec 30, 2015
Expiration Date
Aug 30, 2018
Type
Broker
Address
Address
Boston, MA 02135
Professional information
Computer Drafting Technician At Vanderweil Engineers
Position:
Computer Drafting Technician at Vanderweil Engineers
Location:
Greater Boston Area
Industry:
Design
Work:
Vanderweil Engineers
- 274 Summer Street since Sep 2012
-
Computer Drafting Technician
Stop & Shop
Aug 2006 - Dec 2010
-
Grocery Clerk
Education:
ITT technical Institute 2009 - 2013
Associates, Computer Drafting
Associates, Computer Drafting
Interests:
Gaming, drawing, history, mythology, psychology, chemistry, biology, math, running, fishing, break dance
Languages:
Vietnamese
Nhan "Young" Nguyen
Specialties:
Buyer's Agent, Listing Agent, Relocation, Consulting
Work:
1101 Commonwealth Ave, Boston 02215
Exporter Of Heavy Equipment Machinery At Cty Export Llc.
Position:
Exporter of heavy equipment machinery at CTY EXPORT LLC.
Location:
Greater Boston Area
Industry:
Import and Export
Work:
CTY EXPORT LLC.
-
Exporter of heavy equipment machinery
Extendable Planar Diversity Antenna
US Patent:
6545643, Apr 8, 2003
Filed:
Sep 8, 2000
Appl. No.:
09/658140
Inventors:
Douglas Alan Sward - Midvale UT
Brent Madsen - Providence UT
Carlos Rios - Los Gatos CA
Jeffrey Jones - Orem UT
Robert Yarbrough - San Diego CA
Nhan T. Nguyen - Brighton MA
Brent Madsen - Providence UT
Carlos Rios - Los Gatos CA
Jeffrey Jones - Orem UT
Robert Yarbrough - San Diego CA
Nhan T. Nguyen - Brighton MA
Assignee:
3Com Corporation - Santa Clara CA
International Classification:
H01Q 138
US Classification:
343702, 343700 MS
Abstract:
The present invention is a retractable/extendable diversity antenna that provides the appropriate polarization in a horizontal orientation. The antenna structure is placed within a Type II PCMCIA PC card package and may be extended or retracted with one touch. The antenna structure is large enough to provide for the diversity antenna design and may optionally be housed within a PCMCIA Type II PC Card. At least one spring-loaded mechanism is used to extend the antenna structure beyond the PCMCIA PC Card package and to provide stability while the antenna structure is in the extended position. The diversity antenna configuration may consist of either two miniature, planar antenna modules or two etched printed circuit board contours that are spaced as far apart as possible with a minimum separation of a quarter wave length distance in order to provide mitigation to radio multipath fading effects. The antenna modules have orientations perpendicular to each other such that the polar nulls representative of their radiation patterns remain spatially orthogonal.
Extendable Planar Diversity Antenna
US Patent:
6933896, Aug 23, 2005
Filed:
Apr 7, 2003
Appl. No.:
10/408394
Inventors:
Douglas Alan Sward - Midvale UT, US
Brent Madsen - Providence UT, US
Carlos Rios - Los Gatos UT, US
Jeffrey Jones - Orem UT, US
Robert Yarbrough - San Diego CA, US
Nhan T. Nguyen - Brighton MA, US
Brent Madsen - Providence UT, US
Carlos Rios - Los Gatos UT, US
Jeffrey Jones - Orem UT, US
Robert Yarbrough - San Diego CA, US
Nhan T. Nguyen - Brighton MA, US
Assignee:
3Com Corporation - Marlborough MA
International Classification:
H01Q001/24, H01Q001/42
US Classification:
343702, 343872, 343795, 343700 MS
Abstract:
The present invention is a retractable/extendable diversity antenna that provides the appropriate polarization in a horizontal orientation. The antenna structure is placed within a Type II PCMCIA PC card package and may be extended or retracted with one touch. The antenna structure is large enough to provide for the diversity antenna design and may optionally be housed within a PCMCIA Type II PC Card. At least one spring-loaded mechanism is used to extend the antenna structure beyond the PCMCIA PC Card package and to provide stability while the antenna structure is in the extended position. The diversity antenna configuration may consist of either two miniature, planar antenna modules or two etched printed circuit board contours that are spaced as far apart as possible with a minimum separation of a quarter wave length distance in order to provide mitigation to radio multipath fading effects. The antenna modules have orientations perpendicular to each other such that the polar nulls representative of their radiation patterns remain spatially orthogonal.