Tech Center 3600 • Art Units: 3656 3661 3664
This examiner grants 72% of resolved cases
Zachary Joseph Wallace has resolved 193 cases in Art Unit 3656 of Tech Center 3600. The examiner's allowance rate is 72.0 percent, providing a generally positive outlook for applicants in this technology area. This 72.0 percent rate suggests that the examiner is open to finding allowable subject matter and that the majority of applications will eventually reach a grant after proper prosecution.
The median days to allowance is 986, which is an efficient timeline that stays below the thousand-day mark. Practitioners can benefit from the interview lift of 21.6 percent, which shows that verbal engagement is a productive method for increasing the probability of a grant. This 21.6 percent lift indicates that interviews are a valuable tool for resolving technical disagreements and clarifying the examiner's position.
By using the 986 day median as a guide, applicants can plan for a relatively quick resolution. The 21.6 percent lift from an interview should be leveraged whenever a rejection seems difficult to overcome through written responses alone. Combining the 72.0 percent baseline with strategic interviews is likely to lead to a successful and timely outcome with this examiner.
| App # | Title | Status | Assignee |
|---|---|---|---|
| 19245644 | MANAGEMENT DEVICE, MANAGEMENT METHOD, COMPUTER PROGRAM, AND MANAGEMENT SYSTEM | Non-Final OA | Kubota Corporation |
| 19239788 | CONSOLE OVERLAY AND METHODS OF USING SAME | Non-Final OA | Auris Health, Inc. |
| 18876544 | Method and Assistance System for Supporting Vehicle Guidance on the Basis of a Travel Envelope and a Boundary Estimation and Motor Vehicle | Non-Final OA | Bayerische Motoren Werke Aktiengesellschaft |
| 18871155 | MONITORING DEVICE AND ROBOT MONITORING SYSTEM | Non-Final OA | FANUC CORPORATION |
| 18872981 | DEFLECTION AMOUNT ESTIMATION DEVICE, ROBOT CONTROL DEVICE, AND DEFLECTION AMOUNT ESTIMATION METHOD | Non-Final OA | KAWASAKI JUKOGYO KABUSHIKI KAISHA |
| 19214820 | PIEZOELECTRIC SENSORS FOR WEARABLE ROBOTIC TRAINING DEVICES | Non-Final OA | Sunday Robotics, Inc. |
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