Tech Center 2100 • Art Units: 2167 2168
This examiner grants 81% of resolved cases
Mohammad Solaiman Bhuyan is an examiner in Tech Center 2100, specifically within Art Unit 2167. The examiner has 176 resolved cases on record. These 176 resolved cases result in an allowance rate of 81.8 percent. This 81.8 percent allowance rate serves as a metric for practitioners evaluating their chances of success. Understanding this rate is a component of setting expectations during the stages of patent prosecution.
The median days to allowance for Bhuyan is 876. This 876-day timeline provides a measure of the duration required to reach a grant. Practitioners should also consider the 20.9 percent interview lift. An interview lift of 20.9 percent suggests that engaging in a direct discussion with the examiner is associated with an increased probability of allowance. This 20.9 percent lift is a factor to include in prosecution planning.
In Art Unit 2167, the 876 median days to allowance and 81.8 percent allowance rate define the examiner's historical performance. The 20.9 percent interview lift indicates that interviews are a relevant tool for applicants. With 176 resolved cases, the data provides a specific statistical context for Tech Center 2100. Practitioners can use these figures to refine their approach and manage client expectations regarding the 876-day median timeline.
| App # | Title | Status | Assignee |
|---|---|---|---|
| 18293521 | SYSTEMS AND METHODS FOR AUTOMATING THE CONSTRUCTION AND ORGANIZATION OF A TAXONOMY | Final Rejection | University of Florida Research Foundation, Inc. |
| 17487208 | Providing Data Services During Migration | Final Rejection | PURE STORAGE, INC. |
| 18832727 | SYSTEM AND METHOD FOR WRITING AND RETRIEVAL OF DATA IN BLOCKCHAIN | Non-Final OA | Siemens Aktiengesellschaft |
| 18750490 | Systems And Methods For Generative Language Model Database System Action Integration | Non-Final OA | Salesforce, Inc. |
| 19268706 | CONCURRENT DATASET UPDATES USING HASH MAPS | Non-Final OA | Nvidia Corporation |
| 18585464 | Blockchain-Based System and Method for Secure Authentication of Training Data for Machine Learning Models | Non-Final OA | Bank of America Corporation |
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