Dr. Fong graduated from the Creighton University School of Medicine in 1986. He works in Calhoun, GA and 1 other location and specializes in Pain Management and Addiction Medicine. Dr. Fong is affiliated with Gordon Hospital and Southern Regional Medical Center.
Scott Salys - Santa Clarita CA, US Peter Fong - Northridge CA, US Phong D. Doan - Stevenson Ranch CA, US
Assignee:
Pacesetter, Inc. - Sylmar CA
International Classification:
A61N 1/00
US Classification:
607127, 607128
Abstract:
An implantable lead adapted to transmit electrical signals between a connector assembly on a proximal end of the lead and at least one electrode carried by a distal end of the lead comprises a helical fixation element extendable and retractable from the distal end of the lead, the header comprising (a) an inner header part comprising an electrically conductive material that is substantially transparent fluoroscopically, the inner header part having a distal end, (b) an outer header part comprising an electrically insulating material, and (c) a collar attached to the distal end of the inner header part. The collar comprises a material that is substantially opaque fluoroscopically. The collar may be electrically conductive, and electrically and mechanically connected, preferably by means of an overlap joint, to the distal end of the inner header part. The conductive collar thus may be electrically connected to an electrical contact on the connector assembly via the electrically conductive inner header part, whereby the collar may be used for mapping the electrical activity of local body tissue. Alternatively, the collar may be electrically isolated by, for example, covering the outer surface of the collar with an electrically insulating layer.
Peter Fong - Monterey Park CA, US Chi Fai Mak - Kowloon, HK
International Classification:
A63H030/02 A63H003/28
US Classification:
446/175000, 446/297000
Abstract:
A set of interactive toys that perform a sequence of actions in response to one another without external activation other than an initial actuation to begin the sequence of actions. Preferably, each toy has an activation switch and/or a receiver for a wireless signal such as an infrared signal which activates the toy. Upon activation, the toy performs a desired action, such as the enunciation of a speech pattern, and signals another toy to perform a responsive action. Preferably, the toy are capable of performing several different action sequences, such as the enunciation of different conversations, the performance of different movements, etc. Additionally, the toys are programmable by a remote control device. The remote control device either functions as an activation switch, initiating a random or predetermined (yet not user determined) sequence of interactions, or as an interaction selector, such that a desired sequence of actions may be selected.
Peter Fong - Monterey Park CA, US Chi Fai Mak - Kowloon, HK
International Classification:
G05B019/02
US Classification:
340/825220
Abstract:
A set of interactive toys that perform a sequence of actions in response to one another without external activation other than an initial actuation to begin the sequence of actions. Preferably, each toy has an activation switch and/or a receiver for a wireless signal such as an infrared signal which activates the toy. Upon activation, the toy performs a desired action, such as the enunciation of a speech pattern, and signals another toy to perform a responsive action. Preferably, the toy are capable of performing several different action sequences, such as the enunciation of different conversations, the performance of different movements, etc. Additionally, the toys are programmable by a remote control device. The remote control device either functions as an activation switch, initiating a random or predetermined (yet not user determined) sequence of interactions, or as an interaction selector, such that a desired sequence of actions may be selected.
Peter Fong - Monterey Park CA, US Chi Fai Mak - Kowloon, HK
International Classification:
A63H003/28
US Classification:
446/297000
Abstract:
A set of interactive toys that perform a sequence of actions in response to one another without external activation other than an initial actuation to begin the sequence of actions. Preferably, each toy has an activation switch and/or a receiver for a wireless signal such as an infrared signal which activates the toy. Upon activation, the toy performs a desired action, such as the enunciation of a speech pattern, and signals another toy to perform a responsive action. Preferably, the toy are capable of performing several different action sequences, such as the enunciation of different conversations, the performance of different movements, etc. Additionally, the toys are programmable by a remote control device. The remote control device either functions as an activation switch, initiating a random or predetermined (yet not user determined) sequence of interactions, or as an interaction selector, such that a desired sequence of actions may be selected.
Peter Fong - Monterey Park CA, US Chi Fai Mak - Kowloon, HK
International Classification:
A63H030/00
US Classification:
446/175000
Abstract:
A set of interactive toys that perform a sequence of actions in response to one another without external activation other than an initial actuation to begin the sequence of actions. Preferably, each toy has an activation switch and/or a receiver for a wireless signal such as an infrared signal which activates the toy. Upon activation, the toy performs a desired action, such as the enunciation of a speech pattern, and signals another toy to perform a responsive action. Preferably, the toy are capable of performing several different action sequences, such as the enunciation of different conversations, the performance of different movements, etc. Additionally, the toys are programmable by a remote control device. The remote control device either functions as an activation switch, initiating a random or predetermined (yet not user determined) sequence of interactions, or as an interaction selector, such that a desired sequence of actions may be selected.
An interactive light emitting diode display having a plurality of individual light-emitting diode units. Each light-emitting diode unit further has at least one light-emitting diode die, an individual driving circuit operative to drive the light-emitting diode die, a micro-controller unit operative to transmit a driving signal to the driving circuit and an activation/inactivation signal, and a transceiver operative to transmit the activation/inactivation signal to activate/inactivate another light-emitting diode unit, and to receive an external activation/inactivation signal.
Level/Position Sensor And Related Electronic Circuitry For Interactive Toy
A sensor for use in an interactive electronic device. The sensor comprises a housing having a side wall defining an inner surface, a top plate attached to the side wall and defining an inner surface, and a bottom plate attached to the side wall and also defining an inner surface. The inner surfaces of the side wall and the top and bottom plates collectively define an interior chamber. Disposed on the inner surface of the top plate is at least one top conductive pad, while disposed on the inner surface of the bottom plate is at least one bottom conductor pad. At least one switch partially extends into the interior chamber of the housing. Disposed within the interior chamber and rotatably connected to the housing is a trigger mechanism. The sensor is operative to generate a plurality of different conditions or states corresponding to respective positions of the housing relative to a reference plane. The conditions are generated by the movement of the housing relative to the reference plane, and the resultant contact between the trigger mechanism and at least one of the top conductive pad, the bottom conductive pad, and the switch.
Peter Fong - Monterey Park CA, US Chi Mak - Kowloon, HK
International Classification:
A63H033/04
US Classification:
446/075000
Abstract:
A set of interactive toys that perform a sequence of actions in response to one another without external activation other than an initial actuation to begin the sequence of actions. Preferably, each toy has an activation switch and/or a receiver for a wireless signal such as an infrared signal which activates the toy. Upon activation, the toy performs a desired action, such as the enunciation of a speech pattern, and signals another toy to perform a responsive action. Preferably, the toy are capable of performing several different action sequences, such as the enunciation of different conversations, the performance of different movements, etc. Additionally, the toys are programmable by a remote control device. The remote control device either functions as an activation switch, initiating a random or predetermined (yet not user determined) sequence of interactions, or as an interaction selector, such that a desired sequence of actions may be selected.
Principal Development Engineer at St. Jude Medical
Location:
Greater Los Angeles Area
Industry:
Medical Devices
Work:
St. Jude Medical - Greater Los Angeles Area since Jan 2013
Principal Development Engineer
St. Jude Medical - Greater Los Angeles Area Mar 2002 - Dec 2012
Medical Device Engineering Professional
self 2009 - 2009
Self
Teradyne Jun 1999 - Sep 2001
Mechanical Engineer
HP Jun 1998 - Aug 1998
Thermal Science Summer Intern
Education:
Cal Poly San Luis Obispo 2012
Master of Science (M.S.), Biomedical Engineering
University of California, Berkeley 1994 - 1999
BS, Mechanical Engineer
College of the Canyons
Wooland
douglass jr. high