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Travis A Schnipke

from Ottawa, OH
Age ~44
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Also known as:
Travis A Schinpke, John Larios
Phone and address:
12627 Road 13, Ottawa, OH 45875
(419) 538-7082
Related to:
Brandy S HooverRandolph S Hoover, 50Alyssa M Quinn, 38Candelaria A Lauren, 42Ryan J Burgei, 42Cris E Glenn, 51Edward Candelaria, 70Debby Candelaria, 68
Connected to:
Gina M Schnipke, 39Susan M Schnirch, 49Dwight H Schnirman, 76Brandon SchnitkerJeremy M Schnitker, 45Morgan Schnitker, 32Ashley E Schnittker, 38Edward S Schnitt, 79Paulette A Schnittgrund, 76Timothy J Schnitter, 69

Travis Schnipke Phones & Addresses

  • 12627 Road 13, Ottawa, OH 45875 (419) 538-7082
  • 1207 Glen Meadow Dr, Findlay, OH 45840 (419) 429-1190
  • 318 Main Cross St, Findlay, OH 45840 (419) 425-6775
  • 616 Main Cross St, Findlay, OH 45840 (419) 425-6775
  • Santa Fe Springs, CA
  • 1207 Glen Meadow Dr, Findlay, OH 45840

Work

Company: Global precision parts Jan 2016 Position: Quality manager

Education

Degree: High school graduate or higher

Skills

Six Sigma • Injection Molding • Advanced Product Quality Planning • Apqp • Lean Manufacturing • Manufacturing Engineering • Root Cause Analysis • Failure Mode and Effects Analysis • 5S • Statistical Process Control • Fmea • Engineering • Production Part Approval Process • Minitab • Toyota Production System • Design of Experiments • Value Stream Mapping • Kaizen • Ppap • Spc • Continuous Improvement • Dmaic

Industries

Automotive

Resumes

Resumes

Travis Schnipke Photo 1

Quality Manager

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Location:
2150 Industrial Dr, Findlay, OH 45840
Industry:
Automotive
Work:
Global Precision Parts
Quality Manager
Kuss Filtration Inc. Mar 2013 - Dec 2015
Lean Six Sigma Black Belt
Cummins Inc. Jul 2000 - Feb 2013
Product Engineer
Skills:
Six Sigma
Injection Molding
Advanced Product Quality Planning
Apqp
Lean Manufacturing
Manufacturing Engineering
Root Cause Analysis
Failure Mode and Effects Analysis
5S
Statistical Process Control
Fmea
Engineering
Production Part Approval Process
Minitab
Toyota Production System
Design of Experiments
Value Stream Mapping
Kaizen
Ppap
Spc
Continuous Improvement
Dmaic

Publications

Us Patents

In-Tank Fluid Filter With Plastic Retainer

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US Patent:
20120248021, Oct 4, 2012
Filed:
Mar 1, 2012
Appl. No.:
13/409493
Inventors:
Travis Schnipke - Findlay OH, US
Michael E. Yost - Tiffin OH, US
Gary L. Rickle - Wharton OH, US
Joseph Wendahl - Baton Rouge LA, US
Assignee:
KUSS FILTRATION INC. - Findlay OH
International Classification:
B01D 35/027
US Classification:
210232
Abstract:
An in-tank fluid filter has a filter body made of porous material and a plastic outlet port attached to the filter body for connecting the filter to a pump. A plastic retainer is integrally formed on the outlet port, the retainer comprising a tab extending in a plane perpendicular to the flow axis, the tab having a first surface proximate the pump and a second surface remote from the pump, the tab having an aperture extending from the first surface to the second surface with an effective cross-section at the first surface that is larger than the post cross-section and that is reduced toward the second surface to an effective cross-section that is smaller than the post cross-section.

Bent Filter With Bend Retention Feature

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US Patent:
20120175297, Jul 12, 2012
Filed:
Jan 10, 2012
Appl. No.:
13/347198
Inventors:
Travis Schnipke - Findlay OH, US
Gary L. Rickle - Wharton OH, US
Assignee:
Kuss Filtration Inc. - Findlay OH
International Classification:
B01D 29/15
US Classification:
210484
Abstract:
A filter has an elongated filter envelope with an inner pocket containing filter material and configured to receive fluid filtered by the filter envelope. The filter envelope has a bent position defined by a port portion and a loop portion, the loop portion and the port portion overlapping each other at least partially. A port is attached to the filter envelope proximate the port end and is configured to be connected to a hydraulic device and to allow fluid to be released from the pocket. The filter envelope has a periphery with a sealed rim and a slit splitting a portion of the rim so as to form a flexible retention element unitarily attached to the loop portion of the filter envelope. The retention element is positioned around one of the port and the port portion of the filter envelope to retain the filter envelope in the bent position.
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Travis A Schnipke from Ottawa, OH, age ~44 Get Report