Examiner: CURRAN, GREGORY H

Tech Center 2800 • Art Units: 2852 2858 2877

This examiner grants 90% of resolved cases

Analysis

Gregory H. Curran is an examiner in Tech Center 2800 and Art Unit 2852 with 855 resolved cases. He maintains an allowance rate of 90.2%, which is coupled with a median of 776 days to allowance. This combination suggests the prosecution environment for applicants. The 776-day timeline is a metric for speed within the 2800 Tech Center.

The interview lift of 5.2% indicates that the 90.2% allowance rate is consistent regardless of interview activity. For the 855 resolved cases, the 776-day timeline is a significant indicator of procedural pace. Practitioners should note that while the 5.2% lift is small, it still represents a potential improvement over the baseline. The 90.2% allowance rate across 855 cases provides a foundation for predicting outcomes in Art Unit 2852. These data points define the examination experience with this examiner.

Written from this page's own data; every figure is computed from USPTO records and verified before publication.

Performance Statistics

90.2%

Allow Rate

+22.2% vs TC avg

865

Total Applications

+5.2%

Interview Lift

776

Avg Prosecution Days

Based on 855 resolved cases, 2023–2026

Rejection Statute Breakdown

4.1%

§101 Eligibility

37.5%

§102 Novelty

41.2%

§103 Obviousness

11.7%

§112 Clarity

Currently Pending Office Actions

App #	Title	Status	Assignee
19169608	IMAGE FORMING APPARATUS	Non-Final OA	BROTHER KOGYO KABUSHIKI KAISHA
18993592	CONDUCTING LOOP WITH INDUCTIVE PATH FOR MAGNETIC RESONANCE IMAGING (MRI) RECEIVE COIL	Non-Final OA	KONINKLIJKE PHILIPS N.V.
18820396	Echo-Planar Recording Technique that is Segmented in the Readout Direction for Creating Measurement Data by Means of Magnetic Resonance	Non-Final OA	Siemens Healthineers AG
18963054	SYSTEM AND METHOD FOR ELECTROMAGNETIC INTERFERENCE MITIGATION FOR PORTABLE MRI SYSTEMS	Non-Final OA	The General Hospital Corporation
18865877	Magnetic Resonance Relaxometry (MRR) Measurement to Predict Chondrogenic Potential of Mesenchymal Stem Cells (MSCS)	Non-Final OA	National University of Singapore
19002161	SYSTEMS AND METHODS FOR REDUCING HEAT GENERATION AND POWER CONSUMPTION OF CURRENT SENSORS	Non-Final OA	HONEYWELL INTERNATIONAL INC.

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