Anthony M Kolodzinski

6438212, Aug 20, 2002

Sep 18, 1997

08/933485

Robert J. Lysaght - Glen Ridge NJ
Donald Finger - Peekskill NY
Jeffrey Hahn - Greenwich CT
Anthony M. Kolodzinski - Massapequa Park NY
Howard Citron - South Salem NY
Yu-Ling Wu - Scarsdale NY

Verizon Services Corp. - Arlington VA

H04M 308

379 21

A portable, automated telephone line test device includes a test module which applies test signals to a telephone line to be tested and detects electrical characteristics of the telephone line, and a user interface module. The user interface module includes a microprocessor, a display, a keyboard and a program memory in accordance with a standard microcomputer architecture. The processor of the user interface module is programmed to control the test module to perform a pre-programmed sequence of tests. The display provides indications of the tests being performed. The programmed sequence is varied by the device according to test results. Depending on the results obtained, the device also provides interpretative diagnostic messages and instructs the user to carry out additional test procedures.

6614880, Sep 2, 2003

Jan 10, 2000

09/480084

Robert J. Lysaght - Glen Ridge NJ
Donald Finger - Peekskill NY
Jeffrey Hahn - Greenwich CT
Anthony M. Kolodzinski - Massapequa Park NY
Howard Citron - South Salem NY
Yu-Ling Wu - Scarsdale NY

Bell Atlantic Corporation - White Plains NY

H04M 124

379 21, 379 2203, 379 2701, 379 24, 379 2704, 379 2906, 379 101

A portable, automated telephone line test device includes a test module which applies test signals to a telephone line to be tested and detects electrical characteristics of the telephone line, and a user interface module. The user interface module includes a microprocessor, a display, a keyboard and a program memory in accordance with a standard microcomputer architecture. The processor of the user interface module is programmed to control the test module to perform a pre-programmed sequence of tests. The display provides indications of the tests being performed. The programmed sequence is varied by the device according to test results. Depending on the results obtained, the device also provides interpretative diagnostic messages and instructs the user to carry out additional test procedures.

7298828, Nov 20, 2007

Sep 2, 2003

10/653601

Robert J. Lysaght - Glen Ridge NJ, US
Donald Finger - Peekskill NY, US
Jeffrey Hahn - Greenwich CT, US
Anthony M. Kolodzinski - Massapequa Park NY, US
Howard Citron - South Salem NY, US
Yu-Ling Wu - Scarsdale NY, US

Verizon Communications Inc. - New York NY

H04M 1/24
H04M 3/08
H04M 3/22

379 2201, 379 21, 379 2701, 379 2906, 379 2911

A portable, automated telephone line test device includes a test module which applies test signals to a telephone line to be tested and detects electrical characteristics of the telephone line, and a user interface module. The user interface module includes a microprocessor, a display, a keyboard and a program memory in accordance with a standard microcomputer architecture. The processor of the user interface module is programmed to control the test module to perform a pre-programmed sequence of tests. The display provides indications of the tests being performed. The programmed sequence is varied by the device according to test results. Depending on the results obtained, the device also provides interpretative diagnostic messages and instructs the user to carry out additional test procedures.

7529349, May 5, 2009

Oct 26, 2007

11/925262

Robert J. Lysaght - Glen Ridge NJ, US
Donald Finger - Peekskill NY, US
Jeffrey Hahn - Greenwich CT, US
Anthony M. Kolodzinski - Massapequa Park NY, US
Howard Citron - South Salem NY, US
Yu-Ling Wu - Scarsdale NY, US

Verizon Communications, Inc. - New York NY

H04M 1/24
H04M 3/08
H04M 3/22

379 2201, 379 21, 379 2701, 379 2906, 379 2911

A portable, automated telephone line test device includes a test module which applies test signals to a telephone line to be tested and detects electrical characteristics of the telephone line, and a user interface module. The user interface module includes a microprocessor, a display, a keyboard and a program memory in accordance with a standard microcomputer architecture. The processor of the user interface module is programmed to control the test module to perform a pre-programmed sequence of tests. The display provides indications of the tests being performed. The programmed sequence is varied by the device according to test results. Depending on the results obtained, the device also provides interpretative diagnostic messages and instructs the user to carry out additional test procedures.

20030021391, Jan 30, 2003

May 31, 2002

10/159795

David Rubin - Delray Beach FL, US
Anthony Kolodzinski - Massapequa Park NY, US

H04M001/24
H04M003/22
H04M003/08

379/022040, 379/022000, 379/001040, 379/024000, 379/027010, 379/029010

The invention provides a system and method for testing a telephone or communications line to determine if the line qualifies for a particular type or class of communications service, for example DSL service. In accordance with one embodiment, a potential customer can download a software program. The program first performs a DSL distance qualification calculation. If the customer's line passes this step, the program determines whether the line coupled between the customer and a central office servicing that customer is electrically qualified for DSL communications. A series of tests to measure signal levels, noise, and other characteristics are performed by a test server, which generally include local loop tests to determine the presence of bridged taps, load coils, and subscriber line concentrators. After the tests are completed, the customer can receive the results, order completion and other instructions.

20050122916, Jun 9, 2005

Jan 21, 2005

11/040673

David Rubin - Delray Beach FL, US
Anthony Kolodzinski - Massapequa Park NY, US

Fine Point Technologies, Inc. - New York NY

H04B003/36

370293000, 370241000

The invention provides a system and method for testing a telephone or communications line to determine if the line qualifies for a particular type or class of communications service, for example DSL service. In accordance with one embodiment, a potential customer can download a software program. The program first performs a DSL distance qualification calculation. If the customer' line passes this step, the program determines whether the line coupled between the customer and a central office servicing that customer is electrically qualified for DSL communications. A series of tests to measure signal levels, noise, and other characteristics are performed by a test server, which generally include local loop tests to determine the presence of bridged taps, load coils, and subscriber line concentrators. After the tests are completed, the customer can receive the results, order completion and other instructions.

60786469, Jun 20, 2000

Sep 22, 1999

9/400956

Peter J. McLaughlin - Port Washington NY
Warren Schmitt - Whitestone NY
Anthony M. Kolodzinski - Massapequa Park NY

H04M 124
H04M 156

379 27

The invention relates to a device and a method for testing of telephone a subscriber loop/access line using a central test head and a series of remote test devices. In this case, the test head sends a telephone call to a remote test device, the test device contains a caller identification circuit and micro controller designed to recognize telephone calls from the test head. Therefore, when this remote test device receives this call, it disconnects an attached telephone and it signals a test and measurement circuit to start conducting a test(s) with the test head. This series of tests could be used, as an example, to determine whether there is excessive circuit loss, C-notched noise, C message weighted noise or 3 Khz flat noise on a subscriber loop/access line. This testing device could save an access provider from having to send a representative to the customer/subscriber locations to test the subscriber loop/access line.

20210387055, Dec 16, 2021

Aug 30, 2021

17/461537

- Brooklyn NY, US
Anthony Alexander Kolodzinski - Massapequa Park NY, US
George J. Davies - Savannah GA, US

A63B 24/00
A63B 69/00
A63B 69/36
A63B 69/38
A63B 21/005
A63B 21/00

A training, rehabilitation, and recovery system comprises an exercise apparatus including a user interface member coupled to a plurality of links and joints, brakes capable of resisting movement of at least a subset of the links or joints, and sensors capable of sensing movement at the joints or the user interface member. The system also includes a processor configured to receive from the sensors positional data of the links or joints over an initial movement of the apparatus by a user, from which positional coordinates of the user interface member are calculated and a reference trajectory is established. An end space is defined based on the reference trajectory. Over a subsequent movement of the apparatus by the user, the processor receives additional positional data and determines a completion of a repetition based on the positional coordinates of the subsequent movement and the defined end space.