Prosecution Insights
Prosecution Insights
Tech Center 2800 • Art Units: 2600 2646 2656 2687 2846
This examiner grants 57% of resolved cases
Curtis A. Kuntz is assigned to Tech Center 2800 and Art Unit 2600. The examiner has resolved 86 cases. The data shows an allowance rate of 57.0 percent, which is moderate. The interview lift is 3.5 percent, indicating that interviews have a minimal but positive impact on the likelihood of allowance. This 3.5 percent lift suggests that while interviews are not a primary driver of success, they may still be useful for clarification.
The median days to allowance is 912, reflecting a relatively efficient timeline for successful applications. With 86 resolved cases, the examiner's track record is established but still growing. Practitioners should consider the 57.0 percent allowance rate and 912 median days to allowance when developing their strategy. The 3.5 percent interview lift provides a small advantage in the 86 cases resolved by this examiner.
In Art Unit 2600, these metrics help set realistic goals for patent prosecution. The 57.0 percent allowance rate indicates a balanced approach to examination. The 912 median days to allowance is a helpful benchmark for pendency. While the 3.5 percent lift is modest, it remains a tactical option for resolving minor issues during the 86 cases handled by this examiner.
| App # | Title | Status | Assignee |
|---|---|---|---|
| 18864354 | SYSTEMS AND METHODS FOR MANAGING REMOTELY INITIATED MISSION CRITICAL PUSH TO TALK (MCPTT) CALLS | Non-Final OA | Samsung Electronics Co., Ltd. |
| 18898281 | ELECTRONIC DEVICE FOR PROVIDING AUDIO SERVICE, AND OPERATION METHOD THEREFOR | Non-Final OA | Samsung Electronics Co., Ltd. |
| 18677761 | SYSTEM AND METHOD FOR CONTROLLING RADIATED POWER | Final Rejection | Samsung Electronics Co., Ltd. |
| 18609745 | COMMUNICATION CIRCUITRY SUPPORTING MULTIPLE FREQUENCY BANDS AND ELECTRONIC DEVICE COMPRISING THE COMMUNICATION CIRCUIT | Non-Final OA | SAMSUNG ELECTRONICS CO., LTD. |
| 18432987 | DUAL-CONNECTIVITY MOBILE SATELLITE COMMUNICATION | Non-Final OA | Apple Inc. |
| 18854899 | Wearable Computing Device Having Multiple Antennas for Communication Diversity | Non-Final OA | Google LLC |
| 18903895 | OPEN-LOOP POWER CONTROL PARAMETER DETERMINATION AT USER EQUIPMENT | Non-Final OA | QUALCOMM Incorporated |
| 18902367 | SETTING VOLTAGE STANDING WAVE RATIO (VSWR) OF DRIVER AMPLIFIER CIRCUIT WITH RESPECT TO A LOAD | Non-Final OA | QUALCOMM Incorporated |
| 18281726 | FILTER MANAGEMENT PROCEDURE FOR RECONFIGURABLE RELAYING DEVICES USING POLARIZATION MULTIPLEXING OF DATA SIGNALS AND REFERENCE SIGNALS | Non-Final OA | Sony Group Corporation |
| 18880557 | RECEPTION DEVICE, RECEPTION METHOD, AND TRANSMISSION/RECEPTION SYSTEM | Non-Final OA | SONY SEMICONDUCTOR SOLUTIONS CORPORATION |
| 18742270 | DIRECTIONAL COUPLER, RADIO FREQUENCY MODULE, AND COMMUNICATION APPARATUS | Final Rejection | Murata Manufacturing Co., Ltd. |
| 18728954 | CALIBRATION FOR WIRELESS COMMUNICATION NETWORK | Non-Final OA | Telefonaktiebolaget LM Ericsson (publ) |
| 18977557 | RADIO COMMUNICATION AT A FIRST FREQUENCY AND AT A SECOND DIFFERENT FREQUENCY | Non-Final OA | Nokia Technologies Oy |
| 18845156 | MACHINE LEARNING BASED GENERALIZED EQUIVALENT ISOTROPICALLY RADIATED POWER CONTROL | Non-Final OA | NOKIA SOLUTIONS AND NETWORKS OY |
| 18951750 | ESTABLISHMENT AND PREDICTION OF RF CALIBRATION AI MODEL | Non-Final OA | MEDIATEK INC. |
| 18674564 | SIGNAL TRANSMITTERS | Non-Final OA | Texas Instruments Incorporated |
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