Tech Center 1700 • Art Units: 1714
This examiner grants 63% of resolved cases
Arlyn I. Rivera-Cordero works in Tech Center 1700 and Art Unit 1714. The examiner has 360 resolved cases, which provides a solid basis for analyzing prosecution performance. The allowance rate is 63.1 percent, indicating a moderate and balanced approach to examination. This 63.1 percent rate suggests that applicants have a good chance of success if they present clear and well-supported claims.
The median days to allowance is 1063, which is a standard timeframe for successful prosecution in this art unit. A significant interview lift of 27.0 percent is recorded, showing that interviews are highly effective at this desk. This 27.0 percent lift is a key takeaway for practitioners, as it suggests that verbal communication can substantially improve the odds of reaching an allowance.
With 360 resolved cases, the data for Art Unit 1714 is well-established. The 1063 median days to allowance should be used to set realistic expectations for the duration of the patent process. By leveraging the 27.0 percent interview lift, applicants can more effectively navigate the 63.1 percent allowance rate and potentially accelerate their path to a patent grant in Tech Center 1700.
| App # | Title | Status | Assignee |
|---|---|---|---|
| 17794495 | DEVICE FOR CLEANING THE VENT OF A FORGING DIE AND METHOD FOR USING SAID DEVICE | Final Rejection | SAFRAN AIRCRAFT ENGINES |
| 19077439 | LAYER FORMATION METHOD, SUBSTRATE REGENERATION METHOD, AND PRINTED MATTER PRODUCTION METHOD | Non-Final OA | BROTHER KOGYO KABUSHIKI KAISHA |
| 19207683 | HIGH FOAMING TABLET COMPOSITIONS AND USES THEREOF | Non-Final OA | ECOLAB USA INC. |
| 18771561 | TWO PIECE HOLLOW-VANE ASSEMBLY CLEANING SYSTEM | Final Rejection | RTX Corporation |
| 18413418 | PLANETARY REGOLITH DUST EXPULSION FOR STRUCTURES AND SURFACES USING PIEZOELECTRIC ASSEMBLY INDUCED VIBRATION | Non-Final OA | Hamilton Sundstrand Corporation |
| 18968854 | APPARATUS AND METHOD OF TREATING SUBSTRATE | Final Rejection | SEMES CO., LTD. |
| 17907717 | A METHOD TO DEINK PLASTIC MATERIAL | Final Rejection | Universiteit Gent |
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