TIMOTHY C JOHNSON
Architects in Boston, MA

2012032, Dec 20, 2012

Aug 25, 2012

13/594786

Michael M. Afergan - Cambridge MA, US
F. Thomson Leighton - Newtonville MA, US
Timothy P. Johnson - Boston MA, US
Brian J. Mancuso - Cambridge MA, US
Ken G. Iwamoto - Bolton MA, US

AKAMAI TECHNOLOGIES, INC. - Cambridge MA

G06F 15/16

709219

A content delivery network (CDN) service provider extends a content delivery network to gather information on atomically identifiable web clients (called “user agents”) as such computer-implemented entities interact with the CDN across different domains being managed by the CDN service provider. The data system tracks user agents, preferably via cookies, although one or more passive techniques may be used. A user agent may be a cookie-able device having a cookie store. As the user agent navigates across sites, a CDN-specific unique identifier used by the system to correlate user agents is generated. Preferably, the unique identifier is stored as an encrypted cookie. The unique identifier represents one user agent (and, thus, one cookie-able device's store). The system tracks user agent behavior on and across customer sites that are served by the CDN, and these behaviors are classified into identifiable “segments” that may be used to create a profile.

5588552, Dec 31, 1996

Jun 5, 1995

8/463056

Timothy C. Johnson - Boston MA

A47G 1922

220712

A container and closure are described. The container has a circular sidewall with a bottom and an open end defining a volume for containing a liquid, the sidewall having (i) a reinforced rim at the open end, (ii) a lid seat integrally formed in the sidewall and offset from the open end, (iii) a comfort zone extending along the sidewall from the bottom to the open end and (iv) a rim tab located on the inside of the container sidewall at the comfort zone adjacent the open end. The rim tab extends beyond the open end of the container. The closure is a circular substrate having (a) a diameter to seat in the lid seat of the container, (b) a plurality of peripheral tabs extending beyond the diameter of the substrate and (c) a pull tab located near an outer edge of the substrate which when pulled provides an opening through which liquid can pass when the closure is seated in the lid seat of the container. The peripheral tabs are preferably (1) a first tab having a slotted opening to accept the rim tab and (2) two or more talon tabs, each having an opening adapted and located to engage the rim of the container.

8255489, Aug 28, 2012

Aug 19, 2007

11/840979

Michael M. Afergan - Cambridge MA, US
F. Thomson Leighton - Newtonville MA, US
Timothy P. Johnson - Boston MA, US
Brian J. Mancuso - Cambridge MA, US
Ken G. Iwamoto - Bolton MA, US

Akamai Technologies, Inc. - Cambridge MA

G06F 15/16

709219, 709206

A content delivery network (CDN) service provider extends a content delivery network to gather information on atomically identifiable web clients (called “user agents”) as such computer-implemented entities interact with the CDN across different domains being managed by the CDN service provider. In one embodiment, a set of machines, processes, programs, and data comprise a data system. The data system tracks user agents, preferably via cookies, although one or more passive techniques may be used. A user agent may be a cookie-able device having a cookie store. As the user agent navigates across sites, a CDN-specific unique identifier used by the system to correlate user agents is generated. Preferably, the unique identifier is stored as an encrypted cookie. The unique identifier represents one user agent (and, thus, one cookie-able device's store).

2005020, Sep 22, 2005

May 16, 2005

11/131145

Timothy Johnson - Charlestown MA, US
David Ross - Silver Spring MD, US
Laurie Locascio - North Potomac MD, US

B01F013/00

366341000

Disclosed is an apparatus and method for the mixing of two microfluidic channels wherein several wells are oriented diagonally across the width of a mixing channel. The device effectively mixes the confluent streams with electrokinetic flow, and to a lesser degree, with pressure driven flow. The device and method may be further adapted to split a pair of confluent streams into two or more streams of equal or non-equal concentrations of reactants. Further, under electrokinetic flow, the surfaces of said wells may be specially coated so that the differing electroosmotic mobility between the surfaces of the wells and the surfaces of the channel may increase the mixing efficiency. The device and method are applicable to the steady state mixing as well as the dynamic application of mixing a plug of reagent with a confluent stream.

6907895, Jun 21, 2005

Jul 1, 2002

10/188664

Timothy J. Johnson - Charlestown MA, US
David J. Ross - Silver Spring MD, US
Laurie E. Locascio - North Potomac MD, US

The United States of America as represented by the Secretary of Commerce - Washington DC

B01F013/02

137 1, 137896, 366341, 366348

Disclosed is an apparatus and method for the mixing of two microfluidic channels wherein several wells are oriented diagonally across the width of a mixing channel. The device effectively mixes the confluent streams with electrokinetic flow, and to a lesser degree, with pressure driven flow. The device and method may be further adapted to split a pair of confluent streams into two or more streams of equal or non-equal concentrations of reactants. Further, under electrokinetic flow, the surfaces of said wells may be specially coated so that the differing electroosmotic mobility between the surfaces of the wells and the surfaces of the channel may increase the mixing efficiency. The device and method are applicable to the steady state mixing as well as the dynamic application of mixing a plug of reagent with a confluent stream.

8215314, Jul 10, 2012

Dec 9, 2003

10/732032

Barbara Chan - Cambridge MA, US
Timothy Shane Johnson - Jamaica Plain MA, US
Irene E. Kochevar - Charlestown MA, US
Mark Randolph - Chelmsford MA, US
Robert W. Redmond - West Newton MA, US
Jonathan M. Winograd - Sudbury MA, US

The General Hospital Corporation - Boston MA

A61B 19/00

128898, 606214

Photochemical tissue boding methods for bonding neural tissues include the application of a photosensitizer to a tissue and/or tissue graft, followed by irradiation with electromagnetic energy to produce a tissue seal. The methods are useful for tissue adhesion, such as in wound closure, tissue grafting, skin grafting, musculoskeletal tissue repair, ligament or tendon repair, neural repair, blood vessel repair and corneal repair.