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    • 63. 发明授权
    • Method for measuring the extent of slag deposit buildup in a channel
induction furnace
    • 测量通道感应炉中渣堆积程度的方法
    • US4419755A
    • 1983-12-06
    • US421909
    • 1982-09-23
    • Tsuguharu OhmoriShizuo Hayashi
    • Tsuguharu OhmoriShizuo Hayashi
    • F27D3/15F27D21/00G01B21/00G01N25/00H05B6/20H05B5/04
    • F27D21/00F27D3/1545H05B6/20
    • Disclosed is a method for measuring the extent of slag deposit buildup in the channel of a channel induction furnace during operation. The method comprises measuring an initial temperature rise factor in the furnace at a time when no slag deposits are present, measuring a subsequent temperature rise factor in the furnace after the furnace has been in operation for a period of time, correcting the subsequent temperature rise factor for any changes in the operating temperature and power levels applied to the furnace which may have taken place between the time of the measurement of the initial temperature rise factor and the time of the measurement of the subsequent temperature rise factor, and determining a quantity which is indicative of the extent of slag deposit buildup in the channel from the difference between the initial and subsequent temperature rise factors. The temperature rise factor in the furnace is defined as the ratio of the total weight of the molten metal in the furnace to the time required for the temperature of the molten metal to rise by a predetermined amount above the operating temperature of the furnace when the induction heating power applied to the furnace is increased by a specified amount above the operating power level of the furnace.
    • 公开了一种在操作期间测量通道感应炉的通道中的渣堆积程度的方法。 该方法包括在没有渣沉积的情况下测量炉中的初始升温因子,测量在炉已经运行一段时间之后的炉中随后的升温因子,校正随后的升温因子 对于在初始温度升高因子的测量时间和随后的升温因子的测量时间之间可能发生的施加到炉子的操作温度和功率水平的任何变化,以及确定 表明从初始温度升高和随后升温因子之间的差异,通道中积渣的程度。 炉中的升温因子定义为熔炉中的熔融金属的总重量与熔融金属的温度相比上升预定量高于炉的工作温度所需的时间,当感应 施加到炉子的加热功率增加高于炉的工作功率水平的指定量。
    • 64. 发明授权
    • Channel furnace for melting metals and alloys with a single inductor
coil assuring the heating and forced circulation of the molten metal
    • 用于熔化具有单个电感线圈的金属和合金的通道炉,确保熔融金属的加热和强制循环
    • US4021602A
    • 1977-05-03
    • US664305
    • 1976-03-05
    • Jean Delassus
    • Jean Delassus
    • H05B6/16F27D11/06H02K44/06H05B6/02H05B6/20H05B6/34H05B5/14
    • H05B6/02H02K44/06H05B6/20H05B6/34
    • A channel furnace for the melting of metals and alloys, of the kind comprising an inductor device for the heating and the unidirectional forced circulation of the molten metal in the channel. The inductor includes a single coil 10 formed of two layers of conductors wound along helices whose axial pitch is equal to the axial length of the coil for one half-turn of winding. The coil is divided into n pairs (n .gtoreq.3) of circuits of m turns each, regularly distributed over the periphery of the coil, the two circuits of each pair being derived one from the other by a rotation of 180.degree. about the axis of the coil and being series-connected together additively from the point of view of the axial component of the magnetic flux which they generate. The pairs are shifted in angle by 2 .pi. /n about the axis of the coil so as to form n phases shifted by 2 .pi. /n.
    • 用于熔化金属和合金的通道炉,其包括用于加热的电感器装置和熔融金属在通道中的单向强制循环。 电感器包括单个线圈10,该线圈10由沿着螺旋缠绕的两层导体形成,螺旋线的轴向间距等于绕组的一半圈的线圈的轴向长度。 线圈被分成n圈(n> 3 = 3),每个m匝的电路规则地分布在线圈的外围,每对的两个电路通过相对于第 并且从它们产生的磁通量的轴向分量的观点加起来串联连接在一起。 这些对以围绕线圈的轴线的角度偏移2pi / n,以形成移位2 pi / n的n个相位。
    • 65. 发明授权
    • Channel-type electric induction heating furnace
    • 通道式电感式加热炉
    • US3878311A
    • 1975-04-15
    • US43488874
    • 1974-01-21
    • ASEA AB
    • ANDERSSON CONNYFREDRIKSSON BENGT
    • H05B6/16H05B6/20H05B6/24H05B5/14
    • H05B6/20
    • A channel-type electric induction heating furnace inductor unit for melting metal, has a metal frame which includes metal side walls having core clearance openings through which a transformer core surrounded by an induction coil extends, the frame supporting refractory forming a channel vertically looping around this core and coil, other core clearance openings being formed through the two walls and the balance of the core extending downwardly outside of these walls and through these other openings to form a closed magnetic flux circuit. Each wall has a gap or slot formed in it and which extends from one opening to the other, the portions of the walls below the core being structurally united or made integral. Since all of the portions of the walls are outside of the core, the formation of eddy currents in the latter are reduced or eliminated. The core is made as two separable parts with one part carrying the induction coil being separable from the furnace and the other core part and the latter comprising a structural part of the frame providing support for the latter.
    • 一种用于熔化金属的通道型电感加热炉电感器单元,具有金属框架,该金属框架包括具有芯间隙开口的金属侧壁,由感应线圈包围的变压器芯通过该间隙开口延伸,框架支撑耐火材料形成垂直环绕该槽的通道 芯和线圈,其他芯间隙开口通过两个壁形成,并且芯的平衡部分向下延伸到这些壁的外部并且穿过这些其它开口以形成封闭的磁通电路。 每个壁上都有一个形成在其中的间隙或槽,并且从一个开口延伸到另一个开口,芯下面的壁部分在结构上是一体的。 由于壁的所有部分都在芯的外部,所以在后者中的涡流的形成被减少或消除。 芯体由两个可分离部分构成,其中一部分承载感应线圈可与炉分离,而另一个芯部包括框架的结构部分,为后者提供支撑。