Peter Fred Britch

8108191, Jan 31, 2012

Nov 13, 2006

11/559061

Peter F. Britch - Miller Place NY, US

Advanced Testing Technologies, Inc. - Hauppauge NY

G06F 7/60
G06F 17/50
G06F 9/455
G06G 7/48
G06G 7/54

703 13, 318139, 318490, 318560, 324 7611, 324511, 388805, 388812, 388813, 703 2, 703 4, 703 6, 703 7, 703 14, 703 18, 703 23

Apparatus to exercise electrical motor drivers by electrically simulating a geared electric or electrical motor by providing an electronic load for the power signals that are applied to it. Current levels in the load are monitored in real-time using gate array logic and digital signal processing (DSP) algorithms to determine torque, acceleration, velocity and/or position data of the motor and gear train. Motor and gear train positional signals are generated and fed back to the motor driver device to close the servo loop. Control algorithms within the gate array and DSP accurately simulate the motor inertia and act to simulate a physical motor under varying load conditions. A control interface modifies critical motor parameters such as inertia, losses, gear ratio, and loading.

8131529, Mar 6, 2012

Sep 1, 2006

11/514717

Robert Spinner - East Northport NY, US
Eli Levi - Dix Hills NY, US
William Harold Leippe - Coram NY, US
Emery Korpi - Syosset NY, US
Michael Lai - Smithtown NY, US
James Kuveikis - Bohemia NY, US
Richard E. Chalmers - Northport NY, US
Richard Engel - Ridge NY, US
Peter F. Britch - Miller Place NY, US
William Biagiotti - St. James NY, US
David Howell - Smithfield VA, US

Advanced Testing Technologies Inc. - Hauppauge NY

G06F 9/44
G06F 13/10
G06F 13/12

703 20, 702121

Method and system to configure a common set of electronic components using software in order to simulate different electronic, mechanical and/or electro-mechanical instruments or instrument functions. For each instrument function or traditional mode of operation to be simulated, software models are created which when directed to the electronic components, cause the electronic components to respond to input in the same manner that the actual, traditional physical instrument would respond to satisfy the same test requirement input. The software models are preferably stored in a model repository which is searchable to enable a user to select the instrument function or traditional mode of operation to be simulated with the corresponding model being provided to the electronic components. Once the model, i. e. , a function for each synthetic element, is downloaded and the electronic components configured according to the model functions, testing of the assemblies or other UUTs can begin.

8249845, Aug 21, 2012

Apr 9, 2008

12/099874

Peter F. Britch - Miller Place NY, US
Emery Korpi - Syosset NY, US

Advanced Testing Technologies, Inc. - Hauppauge NY

G06F 17/50

703 13

Arrangement and method for simulating electro-mechanical systems includes a simulator for simulating an operating environment of a plurality of different electro-mechanical systems, a first interface unit for enabling the simulator to interface with a host computer and input/output devices, and a second interface unit for enabling the simulator to be reprogrammed and re-configured to enable simulation of the operating environment of the different electro-mechanical systems. The simulator may include a user-programmable field programmable gate array and a digital signal processing unit coupled to the field programmable gate array.

8489381, Jul 16, 2013

Mar 5, 2012

13/411697

Robert Spinner - East Northport NY, US
Eli Levi - Dix Hills NY, US
William Harold Leippe - Coram NY, US
Emery Korpi - Syosset NY, US
Michael Lai - Smithtown NY, US
James Kuveikis - Bohemia NY, US
Richard E. Chalmers - Northport NY, US
Richard Engel - Ridge NY, US
Peter F. Britch - Miller Place NY, US
William Biagiotti - St. James NY, US
David Howell - Smithfield VA, US

Advanced Testing Technologies, Inc. - Hauppauge NY

G06F 9/44
G06F 13/10
G06F 13/12

703 20, 702121

Method and system to configure a common set of electronic components using software in order to simulate different electronic, mechanical and/or electro-mechanical instruments or instrument functions. For each instrument function or traditional mode of operation to be simulated, software models are created which when directed to the electronic components, cause the electronic components to respond to input in the same manner that the actual, traditional physical instrument would respond to satisfy the same test requirement input. The software models are preferably stored in a model repository which is searchable to enable a user to select the instrument function or traditional mode of operation to be simulated with the corresponding model being provided to the electronic components. Once the model, i. e. , a function for each synthetic element, is downloaded and the electronic components configured according to the model functions, testing of the assemblies or other UUTs can begin.

8648869, Feb 11, 2014

Feb 11, 2013

13/764206

Peter F Britch - Miller Place NY, US
David R Howell - Smithfield VA, US

Advanced Testing Technologies, Inc. - Hauppauge NY

G06F 13/14

345520

Method of capturing multiple format video signals and reformatting them in real-time for display on generic external monitors, is disclosed. This method is intended for, by not limited to, implementation on a multiple function video test instrument with video generation and video capture capabilities. The method is capable of operating with standard and non-standard format synchronized video waveforms and also with deflection-driven video waveforms. Since this innovative method reuses already available functionality in the video test instrument, the new functionality is realized efficiently, economically and does not require any more space within the test instrument.

7978218, Jul 12, 2011

Oct 10, 2006

11/545327

William Biagiotti - St. James NY, US
David Howell - Smithfield VA, US
Peter F. Britch - Miller Place NY, US

Advanced Testing Technologies Inc. - Hauppauge NY

H04N 17/00

348180, 348181, 348184, 345629

Video processing arrangement including a host computer having a monitor, a video asset coupled to the computer for generating video signals and an interface for connecting the video asset to the computer to enable the display of video signals on the monitor. The video asset includes various primary elements including a primary composite video module for producing different types of a primary video signal and outputting the primary video signal via output channels, a stroke generator module for generating a stroke XYZ video signal and outputting the stroke video signal via output channels and a real time capture module for capturing video signals in a plurality of different modes. The video asset also includes a common distributed time base module for generating and distributing clock signals to all of the primary elements.