Patrick Kelly - Wyndmoor PA Peter A. Vogel - Dublin PA Craig G. Link - Perkasie PA
Assignee:
PEM Management, Inc.
International Classification:
F16B 21118
US Classification:
411353, 411107, 411509, 411970, 411999
Abstract:
A panel fastener includes a metallic screw insert with an overmolded plastic cap. The screw insert is preferably manufactured by means of cold forming process which allows fabrication of the internal drive recesses and dog point ends for easy location of the mating threads while providing increased thread strength. The plastic cap is in the form of a knob which has large flutes on its outer diameter for ergonomic finger operation. In addition the knob may have a slot molded into its top to allow screwdriver or coin operation. The metallic insert may also be accessed by a drive through a central cavity in the knob. Assembly of the screw to the ferrule is achieved by passing the screw threads through the ferrule body which includes an internal annular retaining ring. The ring is very narrow and dimensioned to allow the screw to be easily pressed through the annular opening since the ring elastically expands as the thread portion of the screw passes through it. The screw is thus captivated in the ferrule however may be removed by applying a light axial force in a direction away from the panel and simultaneously applying a counterclockwise rotation to the screw head to âunthreadâ the screw through the annular retaining ring.
Harold D. Ross - Chalfont PA William P. McDonough - Royersford PA Craig G. Link - Perkasie PA Robert F. Stotz - Perkasie PA Peter A. Vogel - Dublin PA
Assignee:
Penn Engineering & Manufacturing Corp. - Danboro PA
International Classification:
F16B 2118 F16B 2300 F16B 3900
US Classification:
411353
Abstract:
A captive panel fastener includes a retractable screw having a thermal plastic cap molded around its head. The cap includes slotted skirt with resilient fingers. When the retractable screw is forced downward through the bore of the ferrule having divergent sides, the fingers of the cap spread apart by the wedging action against the outside surface of the ferrule, thus providing a biasing force urging the screw in an upward retracted direction. The ends of the cap fingers include inward facing ribs which fall into a circumferential groove around the outside surface of the ferrule adjacent its bottom end. The groove may further include plurality of radial extending teeth which engage inward facing protrusions located on the fingertip ribs to resist unwanted loosening of the screw.
McGill University, 2000; McGill University, 2000; Rutgers Business School - Newark and New Brunswick, 2006; Rutgers University School of Law - Newark, 2006
Dresser-Rand Enginuity Fort Collins, CO Sep 2008 to Dec 2012 Senior DrafterWaterpik Fort Collins, CO Jun 2006 to Jul 2007 Documentation SpecialistWoodward Governor Fort Collins, CO Sep 2005 to Mar 2006 EngineerSyncroness Westminster, CO Aug 2005 to Sep 2005 EngineerLockheed Martin Denver, CO Aug 2004 to Aug 2005 EngineerSyncroness Westminster, CO Jul 2002 to Jul 2003 EngineerNumonics Corp Montgomeryville, PA Sep 2001 to Oct 2001 EngineerCBW Automation, Inc Fort Collins, CO Jan 1996 to Apr 2001 EngineerAlpine Cabinet Company Timnath, CO Sep 1994 to Nov 1994 ConsultantMidwest Blueprint and Copy Company Naples, FL Sep 1985 to Aug 1989 Production Supervisor
Education:
Colorado State University Fort Collins, CO 1995 Bachelor of Science in Industrial Technology Management
Partner at Gardere Wynne Sewell LLP Specialies in Social Mediat and Internet law. Practice limited to representing buyers and sellers of computer technology and Internet services. Appointed... Specialies in Social Mediat and Internet law. Practice limited to representing buyers and sellers of computer technology and Internet services. Appointed Special Master in eDiscovery disputes.