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 — 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

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
90/012,740Dec 17, 20126,111,023FABRICATED ARTICLES MADE FROM ETHYLENE POLYMER BLENDS19 moClosed
90/012,741Dec 17, 20125,847,053ETHYLENE POLYMER FILM MADE FROM ETHYLENE POLYMER BLENDS20 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

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