PatentsClick item title for more information. Patent Location: United States Issued To: Neuenschwander Expiration Date: 10/28/2003 Claims: Original Interlock Apparatus Claims Description: This invention advanced the art by making the interlocking of motor laminations (comprising rotor and/or stator cores) dynamically adjustable and responsive to measured or assumed inconsistencies in steel coil stock. This made the interlocking of motor cores practical for the first time for many motor manufacturers and lamination stampers, because it made interlocking viable in the real world of imperfect steel stock. Now referred to as Autolok™, this new system is able to produce cores with precise skew angles, dynamically adjusted to variable stock thickness, and with programmable stack rotation to correct for gamma (cross grain thickness variation) to produce parallel and perpendicular stacks. Patent Location: United States Issued To: Neuenschwander Expiration Date: 2/13/2012 Description: This patent teaches the use of weight measurement of interlocked cores in a feedback loop for the automatic recalibration of the stock gauge. Patent Location: United States Issued To: Neuenschwander Expiration Date: 2/13/2012 Description: This is a continuation patent to 5,241,138 comprising all the methods claims associated with the coreweighing system Patent Location: United States Issued To: Neuenschwander Expiration Date: 12/27/2011 Description: This Autolok patent adds controller coverage to include the use of virtually any type drive system that employs a positional feedback device (such as an encoder or resolver). Patent Location: United States Issued To: Neuenschwander Expiration Date: 8/27/2013 Description: A continuation application of 5,241,138 and 5,365,021. Patent Location: United States Issued To: Neuenschwander Expiration Date: 12/27/2011 Description: Continuation patent to 5,377,115. Patent Location: United States Issued To: Neuenschwander Expiration Date: 6/5/2016 Description: This continuation to 5,799,387 (app 08/658,595), adds claims concerning discrete lamination segments (multiple laminations on a single layer of the stack), which may be combined also with multiple OD configurations. The segmental laminations permit openings to be made in a stack that can extend from the OD to ID of the stack. Patent Location: United States Issued To: Abnet, Habegger, and Neuenschwander Expiration Date: 6/5/2016 Description: This patent application teaches a method and apparatus for manufacturing interlocked stator cores which have more than one outside periphery or O.D. This is accomplished through programmable cammed trim punches and a choke station that applies back pressure via a number of common choke points on the stators' peripheries. Patent Location: United States Issued To: Neuenschwander Expiration Date: 12/5/2016 Description: This application teaches a method of combining a mechanical indexer with a servo-driven phase adjuster to provide skew and rotation of rotor cores at extremely high speed. Patent Location: United States Issued To: Neuenschwander Expiration Date: 10/28/2003 Description: This patent contains amendments and enhancements to 4,619,028. Patent Location: United States Issued To: Abnet, Habegger, Neuenschwander Expiration Date: 6/5/2016 Description: Divisional application of 5,799,387. Patent Location: United States Issued To: Neuenschwander Expiration Date: 6/5/2016 Description: Divisional of 5,755,023; additional apparatus and method claims. Patent Location: United States Issued To: Neuenschwander Expiration Date: 11/4/2017 Description: Contains many claims specific to pencil core ignition products. Patent Location: United States Issued To: Neuenschwander Expiration Date: 12/5/2016 Description: This amendment to 5,881,450 teaches the use of the Wedgtrac differential with an indexer to provide skew and rotation of rotor cores at extremely high speed. Patent Location: United States Issued To: Neuenschwander Expiration Date: 6/5/2016 Description: This application includes Varilok appparatus claims. Patent Location: United States Issued To: Lee and Schrank Expiration Date: 5/11/2021 Description: This application teaches the use of programmable, servo-driven transversely moveable die sections to permit the trimming of varying lamination widths, yet allowing for a shorter overall die length. Method claims. Patent Location: United States Issued To: Neuenschwander Expiration Date: 3/13/2017 Description: This continuation to 5,881,450 adds further claims involving the use of the special Wedgtrac differential with an indexer to provide skew and rotation of rotor cores - higher speed and longer life. Patent Location: United States Issued To: Lee and Schrank Expiration Date: 5/11/2021 Description: Divisional of 6,484,387, this application teaches the use of programmable, servo-driven transversely moveable die sections to permit the trimming of varying lamination widths, yet allowing for a shorter overall die length. Apparatus claims. Patent Location: United States Issued To: Neuenschwander Expiration Date: 4/20/2019 Description: Method and apparatus - additional claims Issued To: Neuenschwander Expiration Date: 6/3/2017 Description: Mexican Varilok patent Issued To: Neuenschwander Expiration Date: 12/4/2017 Description: Mexican Patent stemming from PCT application Issued To: Neuenschwander (LHC0091-24) Expiration Date: 6/3/2019 Description: Mexican Varilok pencil core patent stemming from PCT Application Issued To: Neuenschwander Expiration Date: 11/12/2018 Description: German Varilok patent stemming from EPO 910 487 Issued To: Neuenschwander Expiration Date: 6/3/2019 Description: German Varilok patent stemming from EPO 1121 211 Issued To: Neuenschwander Expiration Date: 6/3/2019 Description: European Varilok pencial core patent Issued To: Neuenschwander Expiration Date: 11/12/2018 Description: European Varilok patent, similar to US 6,131,268, our first foreign patent. Issued To: Neuenschwander Expiration Date: 6/3/2017 Issued To: Neuenschwander (LHC0091-22) Expiration Date: 6/3/2019 Description: Brazilian Varilok pencil core patent stemming from PCT Application
TrademarksClick item title for more information. Patent Location: United States
CopyrightsClick item title for more information. Patent Location: United States Expiration Date: Expires 2100 Patent Location: United States Expiration Date: Expires 2097
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