ROBERT CHU, PT
Physical Therapy at Bayshore Hwy, Burlingame, CA
License number
California 41934
Category
Restorative Service Providers
Type
Physical Therapist
Address
Address
2
1633 Bayshore Hwy #145, Burlingame, CA 94010
2145 The Alameda, San Jose, CA 95126
2145 The Alameda, San Jose, CA 95126
Phone
(650) 239-9075
(650) 689-5226 (Fax)
(408) 248-6886
(408) 248-4923 (Fax)
(650) 689-5226 (Fax)
(408) 248-6886
(408) 248-4923 (Fax)
Personal information
See more information about ROBERT CHU at radaris.comName
Address
Phone
4018 W 5Th St APT L, Santa Ana, CA 92703
4540 W 5Th St #39, Santa Ana, CA 92703
4900 W Sunset Blvd STE 4D, Los Angeles, CA 90027
4900 W Sunset Blvd, Los Angeles, CA 90027
3810 Wilshire Blvd APT 711, Los Angeles, CA 90010
Professional information
Experienced Network Engineer
Position:
Director of Technical Marketing at Alpha Networks Inc.
Location:
San Francisco Bay Area
Industry:
Research
Work:
Alpha Networks Inc.
- Santa Clara, California since Aug 2011
-
Director of Technical Marketing
Cisco Systems
- Small Business Unit/Cisco System, San Jose, CA Jan 2009 - Sep 2011
-
Sr./Lead ODM/JDM Development Test Engineer
Router Switch Business Unit/Cisco System
- San Jose, CA 2007 - 2009
-
Sr./Lead Mid-low Range Router Development Test Engineer
Central Engineering High End Switch BU/Cisco System
- San Jose, CA 2005 - 2007
-
Sr. Platform Integration Development Test Engineer
Medium Access Router BU/Cisco System
- San Jose, CA 1995 - 2005
-
Software Development Test Engineer
Hughes LAN Systems
- Mountain View, California Jan 1989 - Dec 1995
-
Systems/Escalated Engineer
Education:
LeTourneau University
BS, Electrical Engineering University of Phoenix
Master, Business Administration University of Texas at Tyler
Bachelor, Computer Science West Coast University
Master, System Engineering Western Seminary
BS, Electrical Engineering University of Phoenix
Master, Business Administration University of Texas at Tyler
Bachelor, Computer Science West Coast University
Master, System Engineering Western Seminary
Certifications:
Cisco System, CCIE (written)
Certified Netware Engineer (CNE), Novell, Inc.
Certified Banyan Engineer (CBE), Banyan
Certified Netware Engineer (CNE), Novell, Inc.
Certified Banyan Engineer (CBE), Banyan
Abs Design For Dynamic Flying Height (Dfh) Applications
US Patent:
2009026, Oct 22, 2009
Filed:
Apr 21, 2008
Appl. No.:
12/148602
Inventors:
Xinjiang Shen - Fremont CA, US
Zhu Feng - Pleasanton CA, US
Ellis Cha - San Ramon CA, US
Robert Chu - San Jose CA, US
Zhu Feng - Pleasanton CA, US
Ellis Cha - San Ramon CA, US
Robert Chu - San Jose CA, US
International Classification:
G11B 5/60
US Classification:
3602343
Abstract:
A DFH (Dynamic Flying Height) type slider ABS design has significantly improved DFH efficiency and a decreased sensitivity of flying height to both ambient conditions and disk surface variations. This is a result of embedding the read/write head and heater in a micro-pad having a very small surface area. The micro-pad is surrounded by a wing-like structure that projects from a central rail in the ABS. The micro-pad is separated from the central rail by a surrounding trench whose depth can be varied to tune the DFH efficiency. The small surface area of the micro-pad reduces the air pressure at the read/write head and the projecting wings and adjacent topology help to direct the airflow around the micro-pad.
Abs Design For Dynamic Flying Height (Dfh) Applications
US Patent:
7969685, Jun 28, 2011
Filed:
Aug 13, 2008
Appl. No.:
12/228496
Inventors:
Xinjiang Shen - Fremont CA, US
Zhu Feng - Pleasanton CA, US
Ellis Cha - San Ramon CA, US
Robert Chu - San Jose CA, US
Zhu Feng - Pleasanton CA, US
Ellis Cha - San Ramon CA, US
Robert Chu - San Jose CA, US
Assignee:
SAE Magnetics (HK) Ltd. - Shatin, N.T.
International Classification:
G11B 5/147
US Classification:
36012531
Abstract:
A DFH (Dynamic Flying Height) type slider ABS design has a stable flying height and a DFH efficiency that is uniform across the entire disk surface. These properties are a result of embedding the read/write head and heater in a trapezoidally bridged micro-pad having a very small surface area. The micro-pad is surrounded by a wing-like structure that projects from a central rail in the ABS and the micro pad is connected to an inner edge of that structure by a bridge having a trapezoidal shape. The trapezoidal shape responds effectively to variations in air flow direction and pressure point as the slider moves across the disk surface and, as a result, provides the uniform DFH efficiency. At the same time, the projecting wings and adjacent topology help to direct the airflow around the micro-pad and provide the stable flying height.