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Transverse flux induction heating device with magnetic circuit of variable width
   
Document Number
US Patent 6498328
Issued Date
December 24, 2002
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Abstract
A heating device for the electromagnetic induction heating of a metal strip traveling in a specified direction. The device includes at least one electric coil arranged opposite at least one of the large surfaces of the strip so as to heat the latter by transverse magnetic flux induction, each coil being associated with at least one magnetic circuit. Each circuit is divided into a plurality of magnetically independent bars arranged parallel to the direction of travel of the strip. The bars may moved toward or away one another thereby adapting to the width of the strip and distributing the magnetic flux across the width of the strip.
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Number of Claims:
6
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Owner
Celes (Lautenbach,FR)
Usinor (Puteaux,FR)
Published
December 24, 2002
Application Number
09/826,190
Filed
April 5, 2001
US Classification
219/645   148/568 219/646 219/670 219/676 266/129
Int'l Classification
H05B   6/02   (20060101)   H05B   6/36   (20060101)  
Examiner
Attorney/Law Firm
Priority Data
Apr 19, 2000 [FR] 00 05062
USPTO Field of Search
219/645   219/646   219/656   219/670   219/671   219/672   219/673   219/676   148/567   148/568   266/129  
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6859125 - Induction heat treatment of complex-shaped workpieces - Owned by Inductoheat, Inc. (Madison Heights, MI)

An inductor for stationary induction heating of one or more components of a complex-shaped workpiece comprises a pair of inductor segments. The first inductor segment is connected to a high frequency ac power supply and the second inductor segment is magnetically coupled to the magnetic field created by the flow of ac current in the first inductor segment. Opposing partial openings in the first and second inductor segments form an opening in which the component can be inductively heated. The first and second inductor segments are alternatively configured in a mix of single turn, multiple single turns connected in parallel, or multiple turn coils in combination to reduce non-uniform induced cross sectional currents across the axial length of the component being inductively heat treated.

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Description
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