Timothy M Speer

USPTO Patent Examiner·Active 2012 to 2023

Timothy M Speer is a USPTO patent examiner who has handled 17 ex parte reexaminations between 2012 and 2023. These reexams concentrate in Chemistry & Materials, Electrical & Electronic, and Mechanical & Manufacturing. ExamPat indexes the full prosecution record for each of these cases, including office-action grounds, certificate outcomes, and downstream PTAB and federal-circuit decisions.

Filings by year

8
12
3
13
2
14
1
20
1
22
2
23

Technology mix

Chemistry & Materials9 (53%)
Electrical & Electronic3 (18%)
Mechanical & Manufacturing2 (12%)
Physics & Instruments2 (12%)
Life Sciences & Consumer1 (6%)

Compare against all examiners

Eight side-by-side metrics: case volume, pendency, OAs per reexam, rejection mix, SNQ denial rate, certification rate, and PTAB appeal rate, with a Δ column showing where this examiner runs higher or lower than the corpus.

  • Average and median pendency, both for this examiner and the corpus
  • Rejection basis split (102 / 103 / 112) head-to-head
  • Certification, SNQ denial, and PTAB appeal rates

Certificate outcome distribution

How this examiner's certificates split across the six possible outcomes: all claims confirmed, confirmed with amendment, confirmed with new claims, mixed, or all claims canceled. Includes share comparison to the corpus distribution.

  • Count and share for each of the six outcome buckets
  • Δ vs. corpus distribution in percentage points
  • Useful for setting realistic patent-owner expectations

Event-to-event timing

Median time for this examiner's cases at each prosecution stage, from filing to first office action, filing to NIRC, and filing to certificate, with corpus comparison and sample size.

  • Median in months per transition
  • Side-by-side with the corpus median
  • n column showing how many of this examiner's cases completed each transition

vs. all examiners

Certificate outcome distribution

Event-to-event timing (median)

Recent reexaminations (17)

Control #FiledPatentTitlePendencyStatus
90/019,282Oct 16, 202310,629,898ELECTRODES, LITHIUM-ION BATTERIES, AND METHODS OF MAKING AND USING SAME12 moClosed
90/019,184Apr 4, 20238,465,937METHODS FOR IDENTIFYING B-CLONES WHICH BIND CELL-SURFACE ANTIGENSClosed
90/015,090Aug 11, 20228,952,405LIGHT EMITTING DIODE PACKAGE AND METHOD OF MANUFACTUREClosed
90/014,441Jan 28, 20205,599,758Regeneration Of Catalyst/AbsorberClosed
90/013,144Feb 3, 20147,846,499METHOD OF PULSING VAPOR PRECURSORS IN AN ALD REACTOR13 moClosed
90/013,120Jan 15, 20147,981,466WARM MIX ASPHALT BINDER COMPOSITIONS CONTAINING LUBRICATING ADDITIVES13 moClosed
90/013,102Dec 20, 20137,815,725Warm Asphalt Binder Compositions Containing Lubricating Agents14 moClosed
90/012,986Sep 24, 20136,881,711LOW VOC CLEANING COMPOSITIONS FOR HARD SURFACES14 moClosed
90/012,871May 21, 20136,712,881CONTINUOUS, LAMINAR FLOW WATER-BASED PARTICLE CONDENSATION DEVICE AND METHOD11 moClosed
90/012,741Dec 17, 20125,847,053ETHYLENE POLYMER FILM MADE FROM ETHYLENE POLYMER BLENDS20 moClosed
90/012,740Dec 17, 20126,111,023FABRICATED ARTICLES MADE FROM ETHYLENE POLYMER BLENDS19 moClosed
90/012,554Sep 13, 20126,288,326PHOTOVOLTAIC MODULE8 moClosed
90/012,459Aug 31, 20125,707,785SPACERS FOR LIQUID CRYSTAL DISPLAYS18 moClosed
90/012,426Aug 9, 20127,086,935CELLULOSE-CONTAINING POLISHING COMPOSITIONS AND METHODS RELATING THERETO16 moClosed
90/012,405Jul 24, 20126,416,808METHOD OF OBTAINING A HYDROXYTYROSOL-RICH COMPOSITION FROM VEGETATION WATERClosed
90/012,243Apr 12, 20126,677,082LITHIUM METAL OXIDE ELECTRODES FOR LITHIUM CELLS AND BATTERIES15 moClosed
90/012,154Feb 20, 20126,971,945MULTI-STEP POLISHING SOLUTION FOR CHEMICAL MECHANICAL PLANARIZATION17 moClosed

Get the full reexam analytics

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