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Systems and methods for induction welding
Seneviratne, Waruna P. Tomblin, John S. Saathoff, Brandon L.
Seneviratne, Waruna P.
Tomblin, John S.
Saathoff, Brandon L.
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U.S. 20210291292 A1
Adobe PDF, 257.85 KB
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2021-09-23
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Patent
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Seneviratne, W.P., Tomblin, J.S., Saathoff, B.L., inventors; Wichita State University, assignee. Systems and methods for induction welding. United States patent US 20210291292 A1. 2021, September 23.
Abstract
An induction welder for inductively welding two or more components has an induction coil for applying a magnetic field to a weld site of the two or more components to inductively weld the two or more components together. The induction coil includes a proximal end and a distal end. The distal end is positioned proximate the weld site of the two or more components to inductively weld the two or more components at the weld site. A press is disposed distally of the induction coil such that the press is disposed between the induction coil and the two or more components when the two or more components are being inductively welded together. The press is used to apply pressure to the two or more components and press the two or more components together at the weld site simultaneously with the application of the magnetic field at the weld site.
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WSU inventors: Waruna Seneviratne, Dept. of Aerospace Engineering, College of Engineering, John Tomblin, Brandon L. Saathoff, NIAR
Application No: 17/207647 filed March 20, 2021. Patent No: US 20210291292 A1 granted September 23, 2021.
Application No: 17/207647 filed March 20, 2021. Patent No: US 20210291292 A1 granted September 23, 2021.
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United States Patent and Trademark Office
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Status: Pending