Prosecution Insights
Prosecution Insights
Tech Center 2400 • Art Units: 2144 2431 2441 2453
This examiner grants 86% of resolved cases
Joseph R. Maniwang is an examiner in Tech Center 2400 and Art Unit 2144, where he has overseen 456 resolved cases. His allowance rate is 85.5%, indicating a high frequency of granted patents for applications in his docket. Furthermore, the median days to allowance is 749, suggesting a relatively efficient prosecution cycle compared to examiners with longer pendency periods. This 749-day pendency is a significant advantage for applicants in Art Unit 2144.
Engaging in interviews with Maniwang provides a distinct benefit, as evidenced by an interview lift of 13.8%. This lift indicates that the likelihood of allowance increases when practitioners discuss the merits of the case directly with the examiner. Given the 85.5% baseline allowance rate and the 456 cases resolved, the 13.8% lift underscores the value of personal communication in finalizing the grant of an application. Practitioners should use this 13.8% lift to further improve their 85.5% probability of success.
| App # | Title | Status | Assignee |
|---|---|---|---|
| 19110044 | METHOD, APPARATUS, ELECTRONIC DEVICE AND STORAGE MEDIUM FOR INFORMATION PROCESSING | Non-Final OA | Beijing Zitiao Network Technology Co., Ltd. |
| 19224443 | VIRTUAL NETWORK FUNCTION PROOF OF TRANSIT | Non-Final OA | Cisco Technology, Inc. |
| 19184212 | CLOUD NATIVE OBSERVABILITY MIGRATION AND ASSESSMENT | Non-Final OA | Cisco Technology, Inc. |
| 18927674 | PERFORMING ADVANCED DATA PROCESSING AT AN INGEST PROCESSOR | Final Rejection | Cisco Technology, Inc. |
| 19235247 | INDUSTRIAL AUTOMATION SYSTEM TOPOLOGY WITH POINT TO POINT REPRESENTATION PATHS | Non-Final OA | Rockwell Automation Technologies, Inc. |
| 19084382 | SYSTEM AND METHOD FOR IMPLANTABLE MEDICAL DEVICE REMOTE PROGRAMMING | Non-Final OA | Pacesetter, Inc. |
| 18965546 | SYSTEMS AND METHODS FOR EDGE CACHING | Final Rejection | Insight Direct USA, Inc. |
| 18281604 | COMPONENT-BASED METHOD FOR WORST-CASE ANALYSIS FOR STREAM-BASED SCHEDULING, CLASS-BASED SCHEDULING AND FRAME PREEMPTION IN TIME-SENSITIVE NETWORKS | Non-Final OA | UNIVERSITÄT STUTTGART |
IP Author analyzes examiner patterns and generates tailored response strategies with the highest chance of allowance.
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