Edward F O'Neil

8092398, Jan 10, 2012

Apr 10, 2006

11/401106

Marc S. Weinberg - Needham MA, US
Conrad Wall, III - Boston MA, US
Kathleen H. Sienko - Cambridge MA, US
Edward W. O'Neil - Concord MA, US

Massachusetts Eye & Ear Infirmary - Boston MA
Charles Stark Draper Laboratory - Cambridge MA

A61B 5/117
A61B 5/103
G01C 9/00
G01C 17/00
G01C 19/00

600595, 702150

Among other things, a vestibular prosthesis includes a wearable motion sensing system, the motion sensing system generating a motion signal indicative of a motion thereof, wherein the motion includes rotation about two distinct axes; a signal processor in communication with the motion sensing system, the signal processor being configured to generate an estimate of a tilt of the motion sensing system; and an actuator responsive to the estimate of the tilt made by the signal processor.

20120150294, Jun 14, 2012

Nov 22, 2011

13/303011

Marc S. Weinberg - Needham MA, US
Conrad Wall, III - Boston MA, US
Kathleen H. Sienko - Cambridge MA, US
Edward W. O'Neil - Concord MA, US

CHARLES STARK DRAPER LABORATORY - Cambridge MA
MASSACHUSETTS EYE & EAR INFIRMARY - Boston MA

A61F 2/18

623 10

Among other things, a vestibular prosthesis includes a wearable motion sensing system, the motion sensing system generating a motion signal indicative of a motion thereof, wherein the motion includes rotation about two distinct axes; a signal processor in communication with the motion sensing system, the signal processor being configured to generate an estimate of a tilt of the motion sensing system; and an actuator responsive to the estimate of the tilt made by the signal processor.

45995206, Jul 8, 1986

Jan 31, 1984

6/575612

John A. Gabric - Essex Junction VT
Edward F. O'Neil - Essex VT

International Business Machines Corporation - Armonk NY

H03K 5135
H03K 502
H03K 1710
H03K 17687

307578

An FET double boosted clock driver for producing a clock signal having an amplitude greater than the drain supply voltage. The clock output of a second clock driver is capacitively coupled to the clock output of a first clock driver. The second clock driver boosts the voltage on the source of an enhancement mode (output) FET of the first clock driver. The output FET has its gate connected to a bootstrapped node and its drain connected to a drain voltage source (VDD). A depletion mode FET forms a feedback path between the source of the output node FET and the bootstrapped node. When the bootstrapped node is bootstrapped to VDD+VT, the output FET precharges the clock output to VDD. When the potential of the clock output approaches VDD, the depletion mode FET discharges the bootstrapped node to an input clock. Thus, the potential of the gate of the output FET is clamped to the drain supply voltage when the output is subsequently boosted by the capacitively coupled second clock driver, without adversely effecting the timing and the precharging of the enhancement mode output FET.

55110312, Apr 23, 1996

Aug 31, 1994

8/298649

David B. Grover - South Hero VT
Edward F. O'Neil - Essex Junction VT
Robert A. Ross - Essex Junction VT

International Business Machines Corporation - Armonk NY

G11C 702

365208

A memory system is provided wherein array signals begin at the start of a first phase of a system clock and a sense amplifier set signal is developed during a second phase of the system clock which includes an array of memory cells including word lines and bit lines, word drivers connected to the word lines, a word address decoder enabled by the first phase of the clock system and coupled to the word drivers, a bit switch coupling a bit line to a sense amplifier, a system clock inverting circuit, a timing circuit having a first input connected to a late select signal, a second input connected to the inverting circuit and an output connected to the bit switch and a delay circuit having an input coupled to the inverting circuit and an output connected to the sense amplifier.

60906731, Jul 18, 2000

Oct 20, 1998

9/175304

Archibald J. Allen - Shelburne VT
Toshiharu Furukawa - Essex Junction VT
Edward F. O'Neil - Essex Junction VT
Mark C. Hakey - Milton VT
Roger A. Verhelst - Colchester VT
David V. Horak - Essex Junction VT

International Business Machines Corporation - Armonk NY

H01L 21336
H01L 213205

438301

The present invention overcomes the difficulties found in the background art by providing a direct low resistive contact between devices on a semiconductor chip without excessive current leakage. Current leakage is prevented in the preferred design by using silicon on insulator (SOI) construction for the chip. By constructing the direct contact over an insulator, such as silicon dioxide, current leakage is minimized. The preferred embodiment uses silicide to connect a polysilicon gate to a doped region of the substrate. An alternative embodiment of the present invention provides for the use of conductive studs to electrically connect devices. An increased density of approximately twenty percent may be realized using the present invention.

55306772, Jun 25, 1996

Aug 31, 1994

8/298908

David B. Grover - South Hero VT
Edward F. O'Neil - Essex Junction VT
Robert A. Ross - Essex Junction VT

International Business Machines Corporation - Armonk NY

G11C 800

365233

A memory system having a read/write head is provided wherein a system clock or a test clock can be used to initiate a pulse for enabling the read/write head during a write period and a delay circuit coupled to the system clock or to the test clock can be used to terminate the enabling or control pulse, with a write clock having an input coupled to the system clock also used to terminate the enabling or control pulse during a write period.

20180048696, Feb 15, 2018

Aug 12, 2016

15/236342

- Menlo Park CA, US
Karandeep Anand - Redwood City CA, US
Edward Kenneth O'Neil - Seattle WA, US
Christopher Chun-Ning Pan - Seattle WA, US
Ming Fei Li - Seattle WA, US
Sean Wiese - Seattle CA, US
Prakash Ahuja - Redmond WA, US

H04L 29/08
H04L 29/06
G06F 3/0484
G06Q 20/10
G06Q 30/02
G06F 17/30
H04L 12/58
G06Q 50/00

A client device provides to a user, in an application associated with a social-networking service provided by a server system, a link to a page associated with a third-party service provider. The third-party service provider is distinct from the social-networking service. In response to user selection of the link, the page is loaded within the application. The page includes script for calling one or more application programming interfaces (APIs) of the server system. The client device calls the one or more APIs to obtain information associated with the user from the server system. The client device displays the page within the application, and uses the information associated with the user to conduct a transaction with the third-party service provider through the page.