Clifford D. Petty - Mooresville IN, US Judd J. Perner - Red Wing MN, US David A. Schlangen - Red Wing MN, US
International Classification:
A62B 35/00 A44B 11/02 F16B 45/02
US Classification:
182 9, 24164
Abstract:
A fall prevention assembly to prevent injuries when a user climbing a pole and falls, is provided. The fall prevention assembly includes a pole strap, a first connector, a floating back plate, a second connector and a lanyard. The pole strap has a first end, a second end and a mid portion between the first end and the second end. The first connector has a first end that is slidably coupled proximate the first end of the pole strap. The floating back plate is engaged between a portion of the first connector and the pole strap and is configured and arranged to selectively bind the pole strap to the first connector. The second connector is coupled a select distance from the second end of the pole strap. The lanyard has a first end, a second end and mid portion between the first and second ends. A second end of the first connector is slidably coupled to the lanyard. A second end of the second connector is slidably coupled to the lanyard such that the mid-portion of the pole strap and the mid-portion of the lanyard can be positioned around a pole to be climbed.
An energy absorber is provided that includes a first energy absorbing webbing, a second energy absorbing webbing and a plurality of connecting fibers. The plurality of connecting fibers couple at least a portion of the first energy absorbing webbing to at least a portion of the second energy absorbing webbing. The plurality of connecting fibers are configured and arranged to form at least two different tear strength areas in the at least one portion of the first energy absorbing webbing coupled to the at least one portion of the second webbing. The at least two different tear strength areas having select tear strengths.
A snap hook is provided. A body of the snap hook includes a generally hooked shaped mid portion positioned between a nose portion and a connection portion. The body further has an opening to an inner edge that is positioned between the nose end and the connection portion. A gate has a first end pivotally coupled proximate the connection portion of the body and a second end configured and arranged to engage the nose portion of the body to selectively close an opening in the body. A locking member has a first end that is selectively received in a slot in the nose portion of the body. A trigger has an end that engages a second end of the locking member to disengage the first end of the locking member from the slot of the nose portion of the body.
An energy absorber is provided that includes first and second strips of webbing, a plurality of tear yarns and first and second connection portions. The plurality of tear yarns couple a central section of the first strip of webbing to a central section of the second strip of webbing to form a mid portion of the first and second strips of webbing. The mid portion of the first and second strips of webbing has a centrally located unattached portion without tear yarns. The first connector portion couples a first webbing first end portion of the first strip of webbing and a second webbing second end portion of the second strip of webbing to a first connector. The second connector portion couples a first webbing second end portion of the first strip of webbing and a second webbing first end portion of the second strip of webbing to a second connector.
- St. Paul MN, US Ronald D. Jesme - Plymouth MN, US Judd D. Perner - Missouri City TX, US Scott E. Brigham - Maplewood MN, US Jeffrey T. Keacher - Denver CO, US Mohsen Salehi - Woodbury MN, US Jonathan J. Lepp - Eagan MN, US
International Classification:
A62B 35/00 G08B 21/02 F16B 45/02
Abstract:
Techniques are described for monitoring and controlling fall protection equipment. For example, the techniques of this disclosure may be used to monitor the connection status of fall protection equipment, e.g., whether or not the fall protection equipment is connected to a support structure. The techniques described in the disclosure may determine whether the fall protection equipment is connected to a support structure based on changes in a resonant frequency of an electronic circuit of an inductive sensor within the fall protection equipment. The inductive sensor may be formed from sets of one or more coils, where a first set of one or more coils and a second set of one or more coils are wound in opposite directions.
- St. Paul MN, US Judd J. Perner - Missouri City TX, US
International Classification:
A44B 11/24 A44B 11/25
Abstract:
A buckle that includes a frame with a first slot and a tongue assembly with a second slot. A terminal section of a strap can be passed through the first and second slots and turned back on itself to form a loop.
Flexsteel Industries Inc.
Product Development and Engineering Manager
Capital Safety Jun 2010 - Sep 2017
Senior Product Development Engineer
Robert Bosch Jan 2010 - May 2010
Mechanical Design Intern
Amron A Division of Amtec Corporation May 2009 - Aug 2009
Engineering Intern
Silver Spring Gardens Jan 2008 - Aug 2008
Engineering Intern
Education:
University of Wisconsin - Stout 2011 - 2013
Master of Science, Masters, Engineering
University of Wisconsin - Stout 2005 - 2010
Bachelors, Bachelor of Science, Engineering, Design
Skills:
Product Development Engineering Manufacturing Six Sigma Mechanical Engineering Solidworks Fmea Lean Manufacturing Cad Product Design Project Management Continuous Improvement Cross Functional Team Leadership Team Building Strategic Planning Pro/Engineer Product Certification Product Safety Industrial Safety Microsoft Office Process Improvement 5S Autocad Finite Element Analysis Design For Manufacturing Prototyping Engineering Design Inventor Compliance Testing Autodesk Software R&D Rapid Prototyping Design For Assembly Safety Committee Workplace Safety Project Engineering Tolerance Analysis Design Engineering Value Stream Mapping Product Launch Plastics Injection Molding Product Management Creo Parametric Failure Mode and Effects Analysis