ROBERT JOHNSON
Real Estate Appraisers in Blenheim, NJ

6534174, Mar 18, 2003

Aug 21, 2000

09/642904

William Robert Ouellette - Cincinnati OH
Robert Allan Johnson - Turnersville NJ
Bruce Neil Hall - Cincinnati OH

The Procter Gamble Company - Cincinnati OH

D02G 300

428360, 428301, 428375, 428403, 4282921

An absorbent, low-linting fibrous structure comprising an entangled web of synthetic fibers, wherein fibers of at least one of said top surface and said bottom surface are surface bonded, such as by thermal or adhesive bonding. The web is absorbent, has low density, is resistant to linting, and can retain structural integrity at high temperatures. The structure can be made by forming a web of synthetic fibers, entangling the fibers of the web, such as by needling or hydroentangling, and bonding the fibers at the surface of the web by thermal or adhesive bonding.

6673158, Jan 6, 2004

Aug 21, 2000

09/642681

William Robert Ouellette - Cincinnati OH
Robert Allen Johnson - Turnersville NJ
John William Toussant - West Chester OH

The Procter Gamble Company - Cincinnati OH

B08B 700

134 6, 134 42

The present invention provides a web of entangled synthetic fibers, wherein said fibers are eccentric bicomponent fibers. The present invention further provides a method of absorbing oil from foods by contacting a web of entangled, eccentric bicomponent fibers with oil-containing food prior to, during, or subsequent to preparation of such foods, especially but not limited to during or subsequent to cooking such foods wherein said web is exposed to temperatures at above about 120 C.

2002014, Oct 10, 2002

Mar 22, 2002

10/105000

Robert Johnson - Turnersville NJ, US
Juan Zuhlsdorf - Boca Raton FL, US
Carlo Gretter - Boynton Beach FL, US
John Roberts - Memphis TN, US

BKI HOLDING CORPORATION

B65D073/00

206/494000, 156/226000, 156/204000

A package of a continuous strip of material formed from a web comprises a plurality of parallel side by side strip elements separated by dividing lines. The dividing lines are formed such that the width of the strip elements varies along their length with the wider portions of one alongside the narrower portions of the next in a nesting action. The strips are packaged for storage and transport to an end use machine where the strip elements are withdrawn and cut into identical strip portions at spaced positions along the strip so that each strip portion includes a portion of minimum width and a portion of maximum width. The web including all the strip elements is formed into a block in which the web is fan folded back and forth such that each folded portion of the web is folded relative to the next portion about a line transverse to the strip. Each strip element is continuous through the block and is connected by a splice to the beginning of the next strip element. The strip has a varying width, for example, to form diaper inserts when the strip is cut into the individual strip portions. The dividing lines are formed by longitudinal slits separated by un-slit bridges so that the strip elements are held together in the block and are pulled apart only when unfolded.

2003016, Sep 11, 2003

Mar 17, 2003

10/390214

William Ouellette - Cincinnati OH, US
Robert Johnson - Turnersville NJ, US
Bruce Hall - Cincinnati OH, US

B32B031/20

156/148000, 156/308400

An absorbent, low-linting fibrous structure comprising an entangled web of synthetic fibers, wherein fibers of at least one of said top surface and said bottom surface are surface bonded, such as by thermal or adhesive bonding. The web is absorbent, has low density, is resistant to linting, and can retain structural integrity at high temperatures. The structure can be made by forming a web of synthetic fibers, entangling the fibers of the web, such as by needling or hydroentangling, and bonding the fibers at the surface of the web by thermal or adhesive bonding.

2004013, Jul 15, 2004

Jan 5, 2004

10/751725

William Ouellette - Cincinnati OH, US
Robert Johnson - Turnersville NJ, US
John Toussant - West Chester OH, US

B08B007/00, B32B005/22

428/317900, 134/006000

The present invention provides a web of entangled synthetic fibers, wherein said fibers are eccentric bicomponent fibers. The present invention further provides a method of absorbing oil from foods comprising contacting a web of entangled, eccentric bicomponent fibers with oil-containing food prior to, during, or subsequent to preparation of such foods, especially but not limited to during or subsequent to cooking such foods wherein said web is exposed to temperatures at above about 120 C.

2007029, Dec 20, 2007

Jun 16, 2006

11/454604

David C. Sokal - Durham NC, US
Carol L. Joanis - Raleigh NC, US
George A. M. Butterworth - Pittsboro NC, US
James D. Reed - Raleigh NC, US
Robert A. Johnson - Turnersville NJ, US

A61F 13/20

60438518, 424431, 604904, 604364

A vaginal drug delivery system includes a device formed of porous material that holds a flowable therapeutic formulation. The device, preferably in a soft, prewetted state, is inserted into the vagina to reside typically at or near the cervix where it continuously releases the flowable therapeutic formulation through its outer surface which is in contact with the vaginal surfaces. In operation, the flowable therapeutic formulation migrates via capillary forces from a reservoir that is centrally located in the device and through a covering that envelopes the reservoir.

2008005, Feb 28, 2008

Jun 14, 2007

11/763085

David Sokal - Durham NC, US
Carol Joanis - Raleigh NC, US
George Butterworth - Pittsboro NC, US
James Reed - Raleigh NC, US
Robert Johnson - Turnersville NJ, US

Family Health International - Durham NC

A61M 31/00, A61F 6/06, A61P 15/18, A61K 47/00

604286000, 424430000, 514789000

A vaginal drug delivery system includes a device formed of porous material that holds a flowable therapeutic formulation. The device, preferably in a soft, prewetted state, is inserted into the vagina to reside typically at or near the cervix where it continuously releases the flowable therapeutic formulation through its outer surface which is in contact with the vaginal surfaces. In operation, the flowable therapeutic formulation migrates via capillary forces from a reservoir that is centrally located in the device and through a covering that envelopes the reservoir.