| Number | Title | Issued |
|---|---|---|
| 6,807,033 | Magnetic Sensor with Reduced Wing Region Magnetic Sensitivity · USPTO, Google | 10/19/2004 |
| 6,754,016 | Frequency Modulation Pattern for Disk Drive Assembly · USPTO, Google | 6/22/2004 |
| 6,667,862 | Magnetoresistive Read Head Having Permanent Magnet on Top of Magnetoresistive Element · USPTO, Google | 12/23/2003 |
| 6,649,277 | Structure for and Method of Making Magnetic Recording Media · USPTO, Google | 11/18/2003 |
| 6,596,417 | Magnetic Recording Medium · USPTO, Google | 7/22/2003 |
| 6,594,430 | Solid Immersion Lenses for Focusing Collimated Light in the Near-Field Region · USPTO, Google | 7/15/2003 |
| 6,480,323 | Two-Dimensional Beam Scanner · USPTO, Google | 11/12/2002 |
| 6,476,382 | System and Method for Measuring the Size of a Focused Optical Spot · USPTO, Google | 11/5/2002 |
| 6,438,180 | Soft and Hard Sequence Detection in ISI Memory Channels · USPTO, Google | 8/20/2002 |
| 6,248,416 | Highly Oriented Magnetic Thin Films, Recording Media, Transducers, Devices Made Therefrom and Methods of Making · USPTO, Google | 6/19/2001 |
| 6,201,839 | Method and Apparatus for Correlation-Sensitive Adaptive Sequence Detection · USPTO, Google | 3/13/2001 |
| 6,037,052 | Magnetic Thin Film Ferrite Having a Ferrite Underlayer · USPTO, Google | 3/14/2000 |
| 6,011,664 | Techniques for Ultrahigh Density Writing with a Probe on Erasable Magnetic Media · USPTO, Google | 1/4/2000 |
| 5,970,315 | Microelectromechanical Structure and Process of Making Same · USPTO, Google | 10/19/1999 |
| 5,863,661 | Method of Enhancing C-Axis Perpendicular Orientation of Barium Hexaferrite Thin Films and Barium Hexaferrite Thin Film Recording Media Produced Thereby · USPTO, Google | 1/26/1999 |
| 5,800,931 | Magnetic Recording Medium with a MgO Sputter Deposited Seed Layer · USPTO, Google | 9/1/1998 |
| 5,715,060 | Apparatus and Method for Measuring Linear Nanometric Distances Using Evanescent Radiation · USPTO, Google | 2/3/1998 |
| 5,693,426 | Magnetic Recording Medium with B2 Structured Underlayer and a Cobalt-Based Magnetic Layer · USPTO, Google | 12/2/1997 |
| 5,317,446 | Electrooptic Device for Scanning Using Domain Reversed Regions · USPTO, Google | 5/24/1994 |
| 5,344,706 | Magnetic Recording Medium Comprising an Underlayer and a Cobalt Samarium Amorphous Magnetic Layer Having a SmCo5 Crystalline Interface with the Underlayer · USPTO, Google | 9/6/1994 |
| 4,825,318 | Compound Read/Write Element for Rigid Magnetic Disk Files · USPTO, Google | 4/25/1989 |
| 4,800,457 | Magnetoresistive Sensor Element · USPTO, Google | 1/24/1989 |
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Carl P. B. Mahler, IIThe DSSC, CMU, and its affiliates evaluate invention disclosures and their potential as patents according to our decision process. This process gives all interested parties the opportunity to evaluate and pursue patents according to their rights and privileges based on their role within the university or the terms of their relationship with the university.
In the event there is a disagreement between the DSSC and the individuals listed as inventors on a disclosure as to whether or not an invention is the result of a DSSC project subject to the DSSC IP policy the arbitration flowchart describes the procedure to resolve such disputes.
