Prosecution Insights
Prosecution Insights
Tech Center 2800 • Art Units: 2825 2851
This examiner grants 86% of resolved cases
Brandon Bowers is an examiner in Tech Center 2800 and Art Unit 2825. The examiner has 547 resolved cases on record. The data shows an allowance rate of 86.3% for these applications. This 86.3% allowance rate provides a baseline for practitioners to evaluate the frequency of grants. The median days to allowance is 926, which establishes a timeframe for the duration of the examination process from filing to the final grant.
The profile also highlights an interview lift of 6.4%. This lift indicates that conducting an interview with the examiner correlates with an increase in the probability of an allowance. For practitioners, the 6.4% lift suggests that direct communication is a productive strategy for resolving outstanding issues. With 547 resolved cases, the examiner's history provides a basis for these observations. The 926-day median to allowance is a key metric for managing client expectations and prosecution resources in Art Unit 2825.
| App # | Title | Status | Assignee |
|---|---|---|---|
| 18348469 | METHOD AND SYSTEM FOR MEASURING STRUCTURE BASED ON SPECTRUM | Non-Final OA | Samsung Electronics Co., Ltd. |
| 18345972 | METHODS AND APPARATUS TO IMPLEMENT THERMAL GRADIENT PROJECTION AND DESIGN FEEDBACK ON POWER DELIVERY | Non-Final OA | Intel Corporation |
| 18342756 | INTEGRATED CIRCUIT CONNECTION AS A DEVICE | Non-Final OA | Intel Corporation |
| 18226199 | FOCUSED TESTING AND VERIFICATION OF CIRCUIT DESIGNS USING HARDWARE DESCRIPTION LANGUAGE SIMULATION | Non-Final OA | Western Digital Technologies, Inc. |
| 17364652 | DRAIN-ASSISTED SUPPLY GENERATION CIRCUITS | Final Rejection | Texas Instruments Incorporated |
| 19061951 | ELECTRONIC DESIGN TOLL FOR GENERATION OF A NETWORK-ON-CHIP (NoC) | Non-Final OA | ARTERIS, INC. |
| 18097272 | USING MACHINE-TRAINED NETWORK TO PERFORM DRC CHECK | Final Rejection | D2S, Inc. |
| 17992870 | BASED ON MULTIPLE MANUFACTURING PROCESS VARIATIONS, PRODUCING MULTIPLE CONTOURS REPRESENTING PREDICTED SHAPES OF AN IC DESIGN COMPONENT | Non-Final OA | D2S, Inc. |
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