William D Gordon

D673448, Jan 1, 2013

Mar 4, 2011

29/386808

Erica Eden Cohen - New York NY, US
Nathaniel Giraitis - New York NY, US
William F. Gordon - Chicago IL, US
Kevin Harrity - Oak Creek WI, US
Jonathan N. Mandell - Gurnee IL, US
Nicholas Oxley - New York NY, US
Jacob Palmborg - Brooklyn NY, US
Jessi Pervola - Brooklyn NY, US
Richard Whitehall - New York NY, US

S. C. Johnson & Son, Inc. - Racine WI

0901

D 9434, D9689

D682095, May 14, 2013

Nov 8, 2012

29/436708

Erica Eden Cohen - New York NY, US
Nathaniel Giraitis - New York NY, US
William F. Gordon - Chicago IL, US
Kevin Harrity - Oak Creek WI, US
Jonathan N. Mandell - Gurnee IL, US
Nicholas Oxley - New York NY, US
Jacob Palmborg - Brooklyn NY, US
Jessi Pervola - Brooklyn NY, US
Richard Whitehall - New York NY, US

S. C. Johnson & Son, Inc. - Racine WI

0901

D 9434, D9686

D688563, Aug 27, 2013

Mar 30, 2013

29/451318

Erica Eden Cohen - New York NY, US
Nathaniel Giraitis - New York NY, US
William F. Gordon - Chicago IL, US
Kevin Harrity - Oak Creek WI, US
Jonathan N. Mandell - Gurnee IL, US
Nicholas Oxley - New York NY, US
Jacob Palmborg - Brooklyn NY, US
Jessi Pervola - Brooklyn NY, US
Richard Whitehall - New York NY, US

S.C. Johnson & Son, Inc. - Racine WI

0901

D 9689

46086633, Aug 26, 1986

Aug 31, 1983

6/528253

William E. Gordon - Short Hills NJ

Wolsten's Computer Devices, Inc. - East Orange NJ

G06F 1322

364900

A non-random network can connect a common peripheral device to one of a plurality of computers. Each of these computers has a request line for providing a request signal. The network has a plurality of switching devices, each coupled to the common peripheral device and to a corresponding one of the computers. Each of these switching devices is operable in response to a select signal being applied thereto to transfer data between its corresponding one of the computers and the common peripheral device. The network also has a scanner coupled to the plurality of switching devices for operating them in a predetermined order by sequentially applying to them the select signal. This scanner is operable to cease sequencing and to continue applying the select signal to said switching devices to switch a selected one of the computers in response to a persistence of the request signal from the selected one of the computers. After removing the select signal the scanner can restore the select signal to the same one of the switching devices only after each of the other ones of the switching devices has had temporarily applied to it by the scanner the select signal.

57477400, May 5, 1998

Apr 23, 1996

8/636527

William H. Gordon - Mine Hill NJ

H01B 102
H01R 900

174 681

A continuous wire loop test point to be soldered to a substrate includes five portions of a single length of wire bent to form more than a single turn of a generally helical loop. The central portion of the length of wire lies in a first plane and constitutes a bridging section. The two portions of the wire at the opposite ends of the bridging section are bent away from the first plane and are referred to as support sections because they support the bridging section after the loop is completed and is mounted on a substrate. The two end portions of the wire that extend from the ends of the support sections are bent inwardly to form a base section beneath the bridging section, These end portions extend generally toward each other diverge but at enough of an angle so that their tips do not meet but extend past each other. As a result, the maximum width of the base section, measured from the outer edge of one of the end portions to the outer edge of the other end portion is greater than the width of the bridging section, measured perpendicularly to wire forming that section. This provides a structure that is more stable standing on the base section than on any other section when placed on a substrate to be soldered to it.

50132636, May 7, 1991

Sep 11, 1987

7/096800

William Gordon - Mine Hill NJ
Mark A. Minter - Newton NJ

H01R 1300

439630

This invention relates to modular connector structures that are shaped to receive the edges of printed circuit boards and that have contacts spaced a unit distance apart so that they can engage, separately, each of the contact pads, or fingers, spaced apart by the same unit distance along the surfaces of the boards. In particular, it relates to connector structures that have conversely shaped interlocking parts at their ends to interlock end-to-end with similar structures to form a substantially self-supporting connector that can have any desired number of contacts, each spaced an integral multiple of the same unit distance from all of the contacts on all of the modules.

20180330351, Nov 15, 2018

Jul 20, 2018

16/040952

- Wantagh NY, US
William Gordon - New York NY, US

G06Q 20/20
G06Q 20/10

A transaction processing system suitable for processing a merchant transaction includes a computer having a processor, a memory, a plurality of connections over a network for receiving and settling the merchant transaction; and a separator module operative to separate funds associated with the merchant transaction. The separator module further includes a revenue settlement module operative to settle a revenue portion of the merchant transaction in favor of a first account accessible over the network, the first account being associated with the merchant; a tax settlement module operative to settle the tax portion associated with the merchant transaction in favor of a second account accessible over the network, the second account being different than the first account; and a fee resolution module operative to resolve fees associated with operation of the tax settlement module, such that an amount equal to the tax portion is settled in favor of the second account.

20150193757, Jul 9, 2015

Jan 6, 2014

14/147925

- Greenwich CT, US
William Gordon - New York NY, US

Stac Media, Inc. - Greenwich CT

G06Q 20/20

A transaction processing system suitable for processing a merchant transaction includes a computer having a processor, a memory, a plurality of connections over a network for receiving and settling the merchant transaction; and a separator module operative to separate funds associated with the merchant transaction. The separator module further includes a revenue settlement module operative to settle a revenue portion of the merchant transaction in favor of a first account accessible over the network, the first account being associated with the merchant; a tax settlement module operative to settle the tax portion associated with the merchant transaction in favor of a second account accessible over the network, the second account being different than the first account; and a fee resolution module operative to resolve fees associated with operation of the tax settlement module, such that an amount equal to the tax portion is settled in favor of the second account.