Tech Center 2800 • Art Units: 2688 2833 2841 2855
This examiner grants 70% of resolved cases
Michelle Jinju Kim serves as a patent examiner in Tech Center 2800, specifically within Art Unit 2688. Throughout her tenure, she has overseen 10 resolved cases. Her current allowance rate stands at 70.0 percent, which provides a baseline for practitioners evaluating the likelihood of a successful outcome. The median days to allowance for applications under her review is 633, reflecting the prosecution cycle for those seeking patent protection in this specific art area.
A critical data point for strategy is the interview lift of 50.0 percent. This metric demonstrates that conducting an interview with the examiner is associated with a higher probability of allowance than the overall 70.0 percent rate. For applicants facing the 633 day median pendency, this 50.0 percent lift suggests that verbal advocacy is an effective mechanism for resolving issues. The 10 resolved cases provide the data for these performance metrics, establishing a profile for the examiner's behavior in Tech Center 2800.
| App # | Title | Status | Assignee |
|---|---|---|---|
| 19016508 | MAGNETIC HEAD AND MAGNETIC RECORDING DEVICE | Non-Final OA | KABUSHIKI KAISHA TOSHIBA |
| 18829113 | DISK DEVICE | Final Rejection | TOSHIBA ELECTRONIC DEVICES & STORAGE CORPORATION |
| 18820073 | MAGNETIC DISK APPARATUS | Final Rejection | Toshiba Electronic Devices & Storage Corporation |
| 19056508 | Low Magnetostriction Material For Read Sensors | Final Rejection | Western Digital Technologies, Inc. |
| 18128862 | PIVOT-TO-ENCLOSURE FASTENING FOR REDUCING TORSIONAL VIBRATION OF ACTUATOR COIL IN HARD DISK DRIVE | Non-Final OA | Western Digital Technologies, Inc. |
| 19184880 | Head Gimbal Assembly With Gimbal Tethers For Hard Disk Drive Device | Final Rejection | Magnecomp Corporation |
| 19050136 | DISK DRIVE SUSPENSION | Final Rejection | NHK SPRING CO., LTD. |
| 19050137 | DISK DRIVE SUSPENSION | Final Rejection | NHK SPRING CO., LTD. |
| 18955592 | HUMAN-READABLE EXTREMELY HIGH DENSITY PERMANENT DATA STORAGE | Non-Final OA | BRIGHAM YOUNG UNIVERSITY |
| 18262761 | A METHOD FOR FABRICATING A MAGNETIC SPIN VALVE DEVICE COMPRISING FERROMAGNETIC LAYERS WITH NON-COLLINEAR MAGNETIZATIONS | Final Rejection | Max-Planck-Gesellschaft zur Förderung der Wissenschaften e.V. |
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