Prosecution Insights
Prosecution Insights
Tech Center 2800 • Art Units: 2853 2861
This examiner grants 86% of resolved cases
Erica S. Y. Lin is an examiner in Tech Center 2800 and Art Unit 2853. The examiner has a large volume of 1075 resolved cases. The allowance rate for these cases is 85.9 percent. This high rate indicates that most applications reaching a final disposition are granted. The 1075 resolved cases provide a very reliable statistical basis for this profile.
The median days to allowance is 846. This figure represents the typical time from filing to grant for successful applications. The interview lift is 2.7 percent. This is a small increase, suggesting that the baseline allowance rate of 85.9 percent is the primary driver of outcomes. While interviews are not as impactful here as with other examiners, they still offer a slight 2.7 percent advantage.
For those in Art Unit 2853, the 85.9 percent allowance rate and 846 median days to allowance define an efficient prosecution environment. The 1075 resolved cases show a consistent history of granting patents. The 2.7 percent interview lift suggests that written advocacy is often sufficient. Overall, the data points to a high probability of success within a reasonable timeframe.
| App # | Title | Status | Assignee |
|---|---|---|---|
| 18943092 | TEMPERATURE SENSOR CONNECTOR | Non-Final OA | Airbus Operations Limited |
| 18666245 | HOT STOP APERTURE FIXTURES FOR THERMAL IMAGING MEASUREMENTS | Non-Final OA | RTX Corporation |
| 18728348 | SENSORS FOR SEMICONDUCTOR PROCESSING TOOLS | Non-Final OA | Lam Research Corporation |
| 18709092 | MEASUREMENT OF TEMPERATURE OF A HEATER ELEMENT FOR AN AEROSOL-GENERATING DEVICE | Non-Final OA | Philip Morris Products S.A. |
| 18772725 | TEMPERATURE MEASUREMENT ASSEMBLY, SUBSTRATE PROCESSING APPARATUS, METHOD OF PROCESSING SUBSTRATE, AND METHOD OF MANUFACTURING SEMICONDUCTOR DEVICE | Non-Final OA | Kokusai Electric Corporation |
| 18859625 | CONTROL PANEL THERMAL DETECTION | Non-Final OA | Resideo USA LLC |
| 18817368 | Highly Flexible Thermoelectric Composite Materials for Temperature Sensing in Aircraft | Non-Final OA | University of Washington |
| 18842756 | Fast Well Plate Differential Scanning Micro-Calorimeter Using Photonic Sensors | Non-Final OA | The Charles Stark Draper Laboratory, Inc. |
| 17913898 | DEW POINT HYGROMETER | Non-Final OA | The Research Foundation for the State University of New York |
| 18840181 | MOVEABLE TIP AND INSTALLATION CONFIGURATION FOR FIBER OPTIC TEMPERATURE SENSING PROBE | Non-Final OA | Photon Control, Inc. |
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