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    • 1. 发明公开
    • EDDY-CURRENT HEATER
    • EDDY-电流加热器
    • EP3264576A1
    • 2018-01-03
    • EP16755446.8
    • 2016-02-23
    • Nippon Steel & Sumitomo Metal Corporation
    • IMANISHI, KenjiSETO, AtsushiNOGAMI, HiroshiNAKAYAMA, EisukeYAMAGUCHI, Hiroyuki
    • H02K49/02H02K49/10
    • H05B6/108F03D9/22F03D9/25H02K7/183H02K49/043H02K2213/09H05B6/109Y02E10/725
    • A heat generating apparatus (1) includes a rotary shaft (3), a heat generating drum (4A), a plurality of permanent magnets (5), a magnet holding ring (6), a switching mechanism, and a heat recovery system. The rotary shaft (3) is rotatably supported by a non-rotative body (2). The heat generating drum (4A) is fixed to the rotary shaft (3). The magnets (5) face the inner peripheral surface of the heat generating drum (4A) with a gap. The magnets (5) are arrayed in a circumferential direction along the circumference of the rotary shaft (3) throughout the whole circumference such that magnetic pole arrangements of circumferentially adjacent ones of the permanent magnets are opposite to each other. The magnet holding ring (6A) holds the magnets (5). The switching mechanism switches between a state to generate magnetic circuits between the magnets (5) and the heat generating drum (4A) and a state to generate no magnetic circuits between the magnets (5) and the heat generating drum (4A). The heat recovery system collects heat generated in the heat generating drum (4A). Thereby, thermal energy can be recovered from the kinetic energy of the rotary shaft efficiently.
    • 发热装置1具有旋转轴3,发热筒4A,多个永久磁铁5,磁铁保持环6,切换机构以及热回收系统。 旋转轴(3)由非旋转体(2)可旋转地支撑。 发热鼓(4A)固定在旋转轴(3)上。 磁铁(5)隔着间隙与发热筒(4A)的内周面对置。 磁体(5)在整个圆周上沿着旋转轴(3)的圆周在圆周方向上排列,使得沿周向相邻的永磁体的磁极布置彼此相对。 磁体保持环(6A)保持磁体(5)。 切换机构在磁体(5)与发热鼓(4A)之间产生磁路的状态与在磁体(5)与发热鼓(4A)之间不产生磁路的状态之间切换。 热回收系统收集在发热筒(4A)中产生的热量。 由此,能够有效地从旋转轴的动能回收热能。