STEVEN ALLAN MAHONEY
Pilots at Crimson Ct, Mcminnville, OR

6406200, Jun 18, 2002

Jul 30, 1999

09/364712

Steven A. Mahoney - McMinnville OR

Inovise Medical, Inc. - Newberg OR

B41J 2315

40012016, 40012017, 4006904, 400693, 347222

A printer assembly with lateral and longitudinal self-alignment. The printer assembly has a frame, a door which swings open, a motor-driven platen disposed on the door, a print head movably disposed on the frame so as to engage the platen, and a spring coupled to the print head so as to produce both backward force to urge the print head against the platen when the door is closed and torque to rotate the print head upwardly when the door is opened. The frame is provided with a semi-cylindrical paper well and a generally triangular shape for ease of access to the paper well.

2003010, Jun 5, 2003

Jun 18, 2002

10/175545

Peter Galen - McMinnville OR, US
Martin Baumer - Carlton OR, US
Steven Mahoney - McMinnville OR, US

H01R029/00

600/509000, 307/326000, 439/188000

A system involving disconnectably connectable sensor and adaptor units which can be employed to allow for the collection and communication, along with ECG data, of other physiologic parameter data whose condition is helpful in a evaluating communicative ECG data. Connection between the adaptor and sensor units of the invention effects the establishment of circuitry which allows (a) for the use of conventional ECG lead conductors alone to be responsible for carrying all categories of data, (b) for providing fail-safe communication of ECG data, and (c) for defining through different interfacial connective structures the actual characters of other-parameter data that will be communicated outwardly from a subject.

7110804, Sep 19, 2006

Apr 24, 2003

10/424489

Martin Baumer - Carlton OR, US
Peter M. Galen - Portland OR, US
Steven A. Mahoney - McMinnville OR, US
Jagtar S. Saroya - Washougal WA, US

Inovise Medical, Inc. - Portland OR

A61B 5/04

600372, 600391, 600514, 600528

A combined audio and electrical anatomy-signal sensor which is designed to collect, essentially from a selected, common anatomical site, related audio and electrical anatomical signals, such as heart-produced signals. The sensor includes a unique body structure which is designed to function both as a part of the audio-information gathering structure, and as a part of electrical electrode structure for gathering electrical signals. Chamber space is provided within this body for receiving and containing desired electrical circuitry, in the form of circuit-board-supported electrical components, which may be designed to perform any one of a number of different functions relative to signal gathering and transferring at and from an anatomical site. The presence of such circuitry within the body of the proposed sensor enables use of the sensor for specialized signal gathering and processing purposes, under circumstances which can obviate the need for various, special retro-modifications of existing, external, signal-monitoring apparatus.

D376427, Dec 10, 1996

Feb 14, 1994

D/018747

Steven A. Mahoney - McMinnville OR

Hewlett-Packard Company - Palo Alto CA

D24168

2004021, Oct 28, 2004

Apr 24, 2003

10/424537

Martin Baumer - Carlton OR, US
Peter Galen - Portland OR, US
Steven Mahoney - McMinnville OR, US
Jagtar Saroya - Washougal WA, US

Inovise Medical, Inc.

H01R004/48

439/729000

A coupler-adapter which is employable in an anatomical signal path that extends between an anatomical signal sensor, such as an ECG electrical sensor, including one which may also be designed to collect audio information, and external signal-reception structure. The couple-adapter includes body structure which may be directly connected to such a sensor, and which includes plural sensor reception regions that are configured to receive and accommodate, mechanically and electrically, plural different types of such sensors.

5868671, Feb 9, 1999

Jan 28, 1997

8/789577

Steven A. Mahoney - McMinnville OR

Hewlett-Packard Company - Palo Alto CA

A61B 5408

600382

A harness for placing on a patient's chest allows ECG measurements to be quickly made. The harness includes a strip of nonconductive film having a connector terminal at one edge for connection to an ECG measuring devise. The strip has a number of electrodes formed on it, each having leads extending to the connector terminal. At least some of the electrodes are grouped into sets. Each of the sets has a pattern of electrodes spaced for placement on a patient of a different size. Each of the electrodes within the sets has a corresponding electrode in another of the sets with which it is in electrical common. A backing layer may be peeled-off to expose the electrodes. The backing layer has separate zones, one for each of the sets of electrodes.

5114251, May 19, 1992

May 25, 1990

7/529014

Steven A. Mahoney - McMinnville OR

Hewlett-Packard Company - Palo Alto CA

B41J 232

400120

A thermal printer is provided with a free floating print head and a sliding top supporting a platen roller. The platen roller is engageable with the print head such that a biased uniform force is applied to the print head. The sliding top is movable between a print ready position and a paper loading position. A wide gap is provided between the platen roller and the print head which in the paper loading position, allowing for easy paper loading without need for threading.

5788633, Aug 4, 1998

Jan 28, 1997

8/789576

Steven A. Mahoney - McMinnville OR

Hewlett-Packard Company - Palo Alto CA

A61B 50408

600382

An ECG harness is positioned on the chest of patient for making electrocardiographic measurements. The harness includes a strip of nonconductive film having a plurality of slots spaced along the length of the strip at selected anatomical positions. A connector terminal is formed at one edge of the strip for connection to a monitoring device. Electrically conductive border traces extend around the slots. The border traces are exposed on the outer side of the strip and insulated from the inner side of the strip. Conductive leads extend from the connector terminal to the border traces. Electrode pads are placed on the outer side of the strip at least partially extending over the slots. Each of the electrode pads has a conductive inner side for electrical contact with one of the border traces and the skin of the patient.

D380834, Jul 8, 1997

Sep 22, 1994

D/028818

Steven A. Mahoney - McMinnville OR

Hewlett-Packard Company - Palo Alto CA

2401

D24167

5359307, Oct 25, 1994

Aug 12, 1993

8/105277

Steven A. Mahoney - McMinnville OR
David B. Cameron - McMinnville OR

Hewlett-Packard Corporation - Palo Alto CA

H01H 6702

335128

A high-speed, relay for switching a high voltage signals includes a set of terminals across which the high voltage signal is applied. The relay also includes a motor having a shaft for movement between an open position and a closed position responsive to actuation of the motor. A contact plate is connected to the shaft which moves responsive to the shaft. A conductor having two contacts at distal ends is formed on the contact plate opposite the terminals such that the conductor does not contact the terminals in the open position and the conductor creates a short circuit across the terminals when in the closed position. The relay according to the invention permits the contact plate to be positioned closer to the terminals which results in a faster switching time.