John J O'Connell

7161108, Jan 9, 2007

Mar 11, 2003

10/249038

John D. O'Connell - Hingham MA, US
Peter N. Baker - Lafayette IN, US

Pitney Bowes Inc. - Stamford CT

G06K 9/00

209584, 209900, 209939, 382101

Systems and methods for sorting, scanning and routing imaged documents are described. In one configuration, incoming mixed white mail is sorted and coded, then extracted and scanned using the code to separate items. The separate imaged documents are then routed using the code. In another configuration, the documents are automatically extracted from the envelopes. In yet another configuration, the intended recipient is sent an identifier used to reference the code and retrieve the imaged document.

8121344, Feb 21, 2012

Jan 8, 2007

11/650786

John D. O'Connell - Hingham MA, US
Peter N. Baker - Lafayette IN, US

Pitney Bowes Inc. - Stamford CT

G06K 9/00
B07C 7/00
G06F 15/16
G06F 15/173

382101, 209900, 209584, 209630, 709202, 709223, 709242

Systems and methods for sorting, scanning and routing imaged documents are described. In one configuration, incoming mixed white mail is sorted and coded, then extracted and scanned using the code to separate items. The separate imaged documents are then routed using the code. In another configuration, the documents are automatically extracted from the envelopes. In yet another configuration, the intended recipient is sent an identifier used to reference the code and retrieve the imaged document.

20140011586, Jan 9, 2014

Jul 2, 2013

13/934144

John O'Connell - Los Angeles CA, US
Andrew Seidel - West Hollywood CA, US

A63F 13/12

463 31

A computer-implemented method for providing a competitive media sharing service is described including receiving input from a user, the input including a media content, determining a user value based on the input, determining scoring in a competition that the user participates in, wherein the scoring is based on the input and the user value; and updating a profile information for the user based on the scoring.

41154878, Sep 19, 1978

Jul 17, 1974

5/489093

Thomas J. Rockett - East Greenwich RI
John J. O'Connell - Tustin CA

American Hospital Supply Corporation - Evanston IL

A61C 1304

264 16

A method for forming a layered dental restoration in which there is a continuous polymeric resin phase but in which the reinforcing filler compositions of the respective layers are different. A sub-layer, composed of a polymeric resin binder having a refractive index within the range of about 1. 53 to 1. 56, in admixture with suitable catalysts and a finely-divided reinforcing inorganic filler having a refractive index substantially different than that of such resin, is first applied to the site of restoration and, before the sub-layer has fully cured, a surface layer composed of the same resin and catalysts but a different inorganic filler is applied to the site over the sub-layer. The filler of the surface layer consists essentially of a finely-divided inorganic material having substantially the same refractive index as that of the resin common to both layers.

58292292, Nov 3, 1998

Apr 4, 1997

8/825983

Dennis Michael Hyatt - Boynton Beach FL
John Stephen O'Connell - Boynton Beach FL

Motorola, Inc. - Schaumburg IL

B65P 3554

53445

A process (100) for transporting goods between a component manufacturer (102), a product manufacturer (104), and a purchaser (106) includes the steps of: (a) providing a tray (200, 300) having a plurality of compartments (208) which retain securely components (402, 404) manufactured by the component manufacturer (102), and further which retain securely product (502) manufactured by a product manufacturer (104); (b) shipping the tray (200, 300) with components (402, 404) securely retained to the product manufacturer (104); (c) utilizing the components (402, 404) in the manufacture of the product (502); (e) shipping the tray (200, 300) with the product (502) securely retained to the purchaser (106); (f) returning the tray (200, 300) to the component manufacturer (102) after the product (502) has been removed from the tray (200, 300). The process (100) can be managed by a resource manger (108) who tracks the inventory and distribution of trays.

42475759, Jan 27, 1981

Oct 29, 1979

6/089182

John J. O'Connell - Tustin CA
William R. Pike - Tustin CA

American Hospital Supply Corporation - Evanston IL

A61K 502
C23L 302

427 2

An improved method for securing a thin continuous layer of metallic silver upon a tooth structure, especially the dentin surface of that structure, to seal the surface and, where desired, to provide a highly receptive surface for an amalgam restoration. The method involves first coating the dentin surface with an aqueous solution of a silver salt to form a silver-protein complex, then photoreducing the silver of that complex to produce a black base layer of complexed metallic silver, and thereafter electrolessly plating a continuous silver sealing layer onto the base layer.

39592120, May 25, 1976

Jun 3, 1974

5/475607

Thomas J. Rockett - East Greenwich RI
John J. O'Connell - Tustin CA

American Hospital Supply Corporation - Evanston IL

A61K 506

260 4253

A radio-opaque composite material for use as a dental restorative which consists essentially of a conventional polymerizable resin binder and catalysts in admixture with a finely-divided inorganic filler capable of being coupled to the binder. The filler comprises a crystalline silicate containing barium in the crystalline composition. Calcium barium silicate in crystalline form is set forth in disclosing the best known mode for practicing the invention.

40205576, May 3, 1977

Sep 18, 1974

5/507223

Thomas J. Rockett - East Greenwich RI
John S. Tiffany - Camarillo CA
John J. O'Connell - Tustin CA

American Hospital Supply Corporation - Evanston IL

A61K 506
C08K 334

32 15

An improved composite material for use as a dental restorative in which the major component consists of a finely-divided reinforcing filler having a hardness no greater than about 5. 0 on the Moh's scale. Despite the relative softness of such a filler, in contrast to fillers conventionally used in dental composites, the final restoration has superior resistance to abrasion and wear, can be finished more effectively and more aesthetically, and can be handled with metal dental instruments.