Joseph P Foley, 31Duxbury, MA

7560705, Jul 14, 2009

Aug 17, 2007

11/840888

Ari Eiriksson - Beverly MA, US
Donovan Beckel - Wakefield MA, US
Robert Mitchell - Winchester MA, US
Michel Pharand - San Jose CA, US
Marvin LaFontaine - Kingston NH, US
Ashwin Purohit - Gloucester MA, US
Steven Weed - Marblehead MA, US
Wayne Arseneault - Lynnfield MA, US
Shantanu Pathak - Nutley NJ, US
Joseph Daniel Foley - Swampscott MA, US

Axcelis Technologies, Inc. - Beverly MA

H01J 37/317

25044211, 25049221

An ion implantation apparatus, system, and method are provided for connecting and disconnecting a workpiece holder from a scan arm. A twist head is provided, wherein an electrostatic chuck is operable to be mounted, wherein one or more rotating and non-rotating members associated with one or more of the twist head and electrostatic chuck have one or more dynamic electrical and fluid rotary connections associated therewith. The electrostatic chuck is further operable to be removed from the twist head without disconnecting the one or more dynamic fluid seals.

7765253, Jul 27, 2010

Oct 10, 2008

12/249195

Sanjay Sarma - Belmont MA, US
Daniel W. Engels - Lincoln MA, US
Erik L. Nygren - Somerville MA, US
Joseph T. Foley - Cambridge MA, US
David L. Brock - Natick MA, US
Kai-Yeung Sai - Hong Kong, HK

Massachusetts Institute of Technology - Cambridge MA

G06F 15/16

709200, 709245

An object name system (ONS) for locating one or more servers associated with an Electronic Product Code (EPC) is described. The system utilizes translation format strings to translate an EPC to an EPC domain prefix. The ONS server matches the EPC number to the address of a second server which has extensive information about the product. The second server recognizes the incoming EPC's as belonging to a particular object or service.

8384546, Feb 26, 2013

Nov 14, 2006

12/093564

Joseph T. Foley - Cambridge MA, US
Sanjay Sarma - Belmont MA, US
Stephen A. Weis - Somerville MA, US

Massachusetts Institute of Technology - Cambridge MA

G08B 13/14
G06F 21/00

3405724, 713185, 340 561

This invention relates to security protocols for RFID systems. Systems and methods are presented to protect the system from hackers attempting to compromise the RFID system. Also, methods and systems for improving RFID security are disclosed. The systems utilize mechanisms to determine the authenticity of the RFID tags used in such systems. The systems and methods also reduce unauthorized access to the RFID system. A system and method to make tags more difficult to compromise or counterfeit is also described.

2008009, Apr 24, 2008

Oct 19, 2007

11/875807

Joseph Foley - Cambridge MA, US
Sanjay Sarma - Belmont MA, US

G06K 7/00
G06K 19/07

340572400, 340010300

The present invention provides various techniques to improve the security of data transmissions in RFID systems. Systems and methods for constructing more secure RFID tags, readers, and servers are disclosed enabling individuals to minimize privacy exposure while taking care to avoid needlessly overcomplicating the user's RFID transactions.

5393457, Feb 28, 1995

Oct 14, 1993

8/136959

Boris A. Miksic - North Oaks MN
Joseph M. Foley - Maplewood MN

C23F 1118

252194

A vapor phase corrosion inhibitor-desiccant composite comprising silica gel granules coated with a vapor phase corrosion inhibitor component. The corrosion inhibitor component is selected from a formulation comprising anhydrous molybdates such as ammonium dimolybdate, sodium molybdate and amine molybdates mixed with benzotriazole and sodium nitrate, or from a formulation comprising amine benzoates, amine nitrates and benzotriazole. The composites can be impregnated into foam, extruded with polyolefin films which can additionally be laminated with metallized second film, or encapsulated in an air-permeable container. The corrosion inhibitor formulations have vapor pressures which provide ongoing corrosion protection for susceptible articles situated favorably with respect to the composite.

5344589, Sep 6, 1994

Oct 14, 1993

8/136968

Boris A. Miksic - North Oaks MN
Joseph M. Foley - Maplewood MN

Cortec Corporation - St. Paul MN

C23F 1112

252392

A vapor phase corrosion inhibitor-desiccant composite comprising silica gel granules coated with a vapor phase corrosion inhibitor component. The corrosion inhibitor component is selected from a formulation comprising anhydrous molybdates such as ammonium dimolybdate, sodium molybdate and amine molybdates mixed with benzotriazole and sodium nitrate, or from a formulation comprising amine benzoates, amine nitrates and benzotriazole. The composites can be impregnated into foam, extruded with polyolefin films which can additionally be laminated with metallized second film, or encapsulated in an air-permeable container. The corrosion inhibitor formulations have vapor pressures which provide ongoing corrosion protection for susceptible articles situated favorably with respect to the composite.

5332525, Jul 26, 1994

Aug 13, 1992

7/929621

Boris A. Miksic - North Oaks MN
Joseph M. Foley - Maplewood MN

Cortec Corporation - St. Paul MN

C23F 1118

25238954

A vapor phase corrosion inhibitor-desiccant composite comprising silica gel granules coated with a vapor phase corrosion inhibitor component. The corrosion inhibitor component is selected from a formulation comprising anhydrous molybdates such as ammonium dimolybdate, sodium molybdate and amine molybdates mixed with benzotriazole and sodium nitrate, or from a formulation comprising amine benzoates, amine nitrates and benzotriazole. The composites can be impregnated into foam, extruded with polyolefin films which can additionally be laminated with metallized second film, or encapsulated in an air-permeable container. The corrosion inhibitor formulations have vapor pressures which provide ongoing corrosion protection for susceptible articles situated favorably with respect to the composite.

5855975, Jan 5, 1999

Jun 16, 1995

8/491533

Boris A. Miksic - North Oaks MN
Joseph M. Foley - Maplewood MN

Cortec Corporation - St. Paul MN

B32B 516

428 358

A resinous film at least partially formulated from a recycled resin and containing a vapor phase corrosion inhibitor. One embodiment of the invention is a single layer film which is formulated from three components. The first component is a recycled resin such as polyethylene, the second component is a fresh resin identical to the first, and the third component is a vapor phase anti-corrosion agent. Multi-layer films are also included. The films emit the anti-corrosion agent over a period of time to thereby protect items encased by the film.