Jose B Bscheider

20030040897, Feb 27, 2003

Mar 8, 2001

09/802294

Thomas Murphy - Southington CT, US
Kelley Gourley - Minneapolis MN, US
Cliff Winkel - Eagan MN, US
Brett Bolte - Ramsey MN, US
Veronica Kertesz - Bristol CT, US
Donald Whitehead - Rockfall CT, US
James Burke - Southington CT, US
Harshad Tanna - Plainville CT, US
Subhash Garg - Bristol CT, US
A. Rao - Huderabad, IN
S.S. Lakshmi - Hyderabad, IN
Sudhir Mishra - Plainville CT, US
J. Lakshminarayana - Plainville CT, US
Pradeep Tamanna - Hyderabad, IN
B. Kumar - Vizag, IN
M. Kailashnath - Sunnyvale CA, US
Patrick Salas - Unionville CT, US
Donald Brown - Plainville CT, US
Jose Bscheider - Southbury CT, US
Grady Broadnax - Durham NC, US
Edgar Yee - Chapel Hill CT, US
Mary Doddy - Gaithersburg MD, US
Indrajit Purkayastha - Weatogue CT, US
Sara Simplot - Burlington IA, US
Dana Foster - Harwinton CT, US
John Vandevanter - East Granby CT, US
Wolfgang Meyer-Haack - Neumunster, DE

G06F015/177
G06G007/54
G06F017/50

703/018000, 709/220000, 710/009000

A power management and control system having a dynamic data exchange (DDE) server simulator for simulating supervisory management and control of electrical distribution systems is presented. The DDE server simulator is an alternative DDE server which simulates device values rather than acquiring data from real devices. The DDE server simulator generates and calculates device data from user generated electrical property profiles and updates DDE compliant clients. The DDE server simulator accepts the actual topics and item names and power profiles are user configurable with an option to apply white noise to the data, which provides true-to-life values to the user. These simulated measured values are used to calculate derived parameters and pre-set arrays provide wave form data in the proper format. Device events and trips can be interjected by the user and properly interpreted by the simulator. The data is passed to the clients via DDE.

58623914, Jan 19, 1999

Apr 3, 1996

8/626102

Patrick G. Salas - Farmington CT
Donald R. Brown - Plainville CT
Jose Bscheider - Seymour CT
Thomas A. Murphy - Southington CT
Grady W. Broadnax - Bristol CT
Edgar Yee - Chapel Hill NC
Mary A. Doddy - Farmington CT
Veronica Kertesz - Bristol CT
Indrajit Purkayastha - Weatogue CT
Sara Uecker - Burlington IA
James Burke - Southington CT
Dana Foster - Harwinton CT
John S. Vandevanter - East Granby CT
Wolfgang Meyer-Haack - Plainville CT

General Electric Company - Schenectady NY

G06F 1760

39575001

The power management control system comprises a computer having standard RS485 interface cards and adapters installed in its I/O slots defining multiple industry standard Modbus RTU networks. The computer contains software for monitoring and controlling selected aspects of power usage/consumption, as described in more detail hereinafter. The Modbus RTU protocol is a well known industry standard. Devices with a Modbus RTU interface can be connected directly to the Modbus and other devices which communicate on the Commnet protocol require a Modbus concentrator. The Modbus concentrator provides an interface between the Modbus RTU protocol and the Commnet protocol, whereby these other devices can communicate through the Modbus concentrator over the Modbus. Alternatively, standard Ethernet interface cards and adapters are installed in the computer's I/O slots defining multiple standard Ethernet TCP/IP networks. The Ethernet TCP/IP protocol is a well known standard, which would allow a user of the power management control system of the present invention to use its existing LAN.

51968312, Mar 23, 1993

Jul 19, 1991

7/732529

Jose Bscheider - Plainville CT

General Electric Company - New York NY

G08B 2100

340638

Low voltage electric switchgear equipment includes a central processor unit electrically interconnected with electronic main and branch circuit interrupters within the same enclosure and used within a multi-phase power distribution circuit. A terminal connector block is connected by cable with each of the electronic trip units within the branch circuit interrupters to provide communications between the branch circuit interrupters and the main circuit interrupter for continuously updating the status of the branch circuit interrupters and their associated electrical equipment. An operating program within the central processor unit determines whether unauthorized changes to the setpoints stored within individual branch circuit interrupters have occurred and immediately provides indication of such changes.

20190018160, Jan 17, 2019

Dec 30, 2016

16/067369

- Wallingford CT, US
William Edward Turner - Durham CT, US
Sheryl Brothers - Wethersfield CT, US
Mary Deshon - Wallingford CT, US
Jose Bscheider - Southbury CT, US
Mark Roman - Orange CT, US

APS Technology, Inc. - Wallingford CT

G01V 1/48
E21B 47/18

A system, method, and a computer program configured to perform a method for processing drilling data. The method includes transmitting a signal with a telemetry tool to a computer processor. The method includes applying a plurality of predetermined templates to the signal. The method also includes applying a plurality of first filters to the transmitted signal. The method also includes applying one or more second, adjustable filters to the transmitted signal and to the plurality of predetermined templates. The method also includes decoding the transmitted signal based on the best match between a) two or more of the plurality of predetermined templates, and b) the transmitted signal, wherein the two or more of the plurality of predetermined templates and the transmitted signal are processed through the same adjustable filter of the one or more second, adjustable filters.