Prosecution Insights
Prosecution Insights
Tech Center 2800 • Art Units: 2874 2896
This examiner grants 71% of resolved cases
Kirsten Daniela Endresen manages applications in Tech Center 2800 and Art Unit 2874, where she has 80 resolved cases. Her allowance rate is 71.3 percent. For these cases, the median time to allowance is 1062 days. This 1062 days duration provides a standard timeline for applicants to expect when their cases are allowed by this examiner.
The data shows an interview lift of 15.6 percent. This positive lift suggests that interviews are a productive way to advance prosecution and increase the probability of a grant. With a 71.3 percent allowance rate, the addition of an interview further strengthens the likelihood of a successful outcome. For the 80 resolved cases, the 15.6 percent lift indicates that direct discussion is a valuable supplement to written advocacy. Practitioners can use the 71.3 percent allowance rate as a favorable starting point for their prosecution strategy. The 1062 days median pendency is a key benchmark for planning.
| App # | Title | Status | Assignee |
|---|---|---|---|
| 18735163 | ILLUMINATION DEVICE, LIGHT GUIDE PLATE DISPOSITION DETERMINATION METHOD, AND PRINTING SYSTEM | Non-Final OA | FUJIFILM Corporation |
| 18739748 | SWITCH BASED ON A PHASE-CHANGE MATERIAL | Non-Final OA | Commissariat à l'Énergie Atomique et aux Énergies Alternatives |
| 18477836 | TECHNOLOGIES FOR THERMAL PLUGS IN A PHOTONIC INTEGRATED CIRCUIT DIE | Non-Final OA | Intel Corporation |
| 17870719 | PHOTONICS INTEGRATED CIRCUIT DEVICE INCLUDING METALENS STRUCTURE AND SYSTEM INCLUDING SAME | Final Rejection | INTEL CORPORATION |
| 17849557 | TECHNOLOGIES FOR EXPANDED BEAM OPTICAL CONNECTOR | Non-Final OA | Intel Corporation |
| 18630447 | OPTICAL DEVICE AND OPTICAL RECEIVER | Final Rejection | FUJITSU OPTICAL COMPONENTS LIMITED |
| 18515915 | HIGH CORE DENSITY OPTICAL FIBER CABLES | Final Rejection | CORNING RESEARCH & DEVELOPMENT CORPORATION |
| 18676117 | Single-Drive Differential Electrooptical Modulators | Non-Final OA | Cisco Technology, Inc. |
| 18487623 | OPTICAL ENGINE LID WITH OPTICAL FEEDTHROUGH | Non-Final OA | Cisco Technology, Inc. |
| 18788787 | METHOD OF MEASURING ELECTRO-OPTIC CHARACTERISTIC OF A TRAVELING WAVE MACH-ZEHNDER MODULATOR AND DEVICE FOR SAME | Non-Final OA | Taiwan Semiconductor Manufacturing Company, Ltd. |
| 18783789 | PACKAGE WITH INTEGRATED OPTICAL DIE AND METHOD FORMING SAME | Non-Final OA | Taiwan Semiconductor Manufacturing Co., Ltd. |
| 18900209 | LIQUID CRYSTAL BASED MODE FIELD DIAMETER OPTIMIZATION | Non-Final OA | META PLATFORMS, INC. |
| 18369107 | METHOD FOR MANUFACTURING OPTOELECTRONIC STRUCTURE AND A PACKAGE STRUCTURE | Final Rejection | Advanced Semiconductor Engineering, Inc. |
| 18092145 | OPTICAL DEVICE | Final Rejection | Advanced Semiconductor Engineering, Inc. |
| 18840692 | OPTICAL WAVEGUIDE ELEMENT, AND OPTICAL MODULATION DEVICE AND OPTICAL TRANSMISSION APPARATUS USING SAME | Non-Final OA | SUMITOMO OSAKA CEMENT CO., LTD. |
| 18421250 | HIGH FIBER COUNT UNDERSEA CABLE | Non-Final OA | SUBCOM, LLC |
| 18843787 | STRESS-CONTROLLED PACKAGING SCHEME FOR FIBER-BASED OPTICAL DEVICES | Non-Final OA | OFS Fitel, LLC |
| 18582523 | OPTICAL COUPLING ELEMENT, ARRANGEMENT, AND TRANSCEIVER | Non-Final OA | Innolume GmbH |
| 18464087 | OPTICAL COUPLING ELEMENT, ARRANGEMENT, AND TRANSCEIVER | Non-Final OA | Innolume GmbH |
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