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    • 2. 发明授权
    • Infrared radiator and its manufacturing process
    • 红外线散热器及其制造工艺
    • US5867630A
    • 1999-02-02
    • US868140
    • 1997-06-03
    • Werner KreuterFrank Brehm
    • Werner KreuterFrank Brehm
    • H05B3/10H01K1/00H01K1/02H01K1/24H01K3/00H01K3/06H01K7/00H01K9/00H05B3/40A45D20/40H01C1/024
    • H01K1/00H01K1/02H01K1/24H01K3/00H01K3/06H01K7/00H01K9/00
    • An infrared radiator has a twin tube with an inner bridge that separates two housings which run along the longitudinal direction of the tube. A first heating spiral arranged in a first one of the housings is provided with an external electrical current supply and has a first end connected to a connection wire or a second heating spiral arranged in the second housing. A bore is formed in the inner bridge adjacent a second end of the first heating spiral and through which a connection body can extend from one housing into the other housing. The first heating spiral is thereby electrically connected to the connection wire or the second heating spiral. At least the first heating spiral is mounted under pull tension in the housing. Furthermore, for simplifying the mounting of the heating spiral of the infrared radiator, the bore is formed by boring through the jacket of the twin tube and the inner bridge. The connection body is then inserted into the through bore and the inner bridge, and is electrically connected to the first heating spiral and to the connection wire or to the second heating spiral. The bore is then closed off.
    • 红外辐射器具有双管,其具有分隔沿着管的纵向延伸的两个壳体的内桥。 布置在第一壳体中的第一加热螺旋设置有外部电流源,并且具有连接到布置在第二壳体中的连接线或第二加热螺旋的第一端。 在内桥中邻近第一加热螺旋的第二端形成孔,连接体可以通过该孔从一个壳体延伸到另一个壳体中。 因此,第一加热螺旋电连接到连接线或第二加热螺旋。 至少第一加热螺旋被安装在壳体中的拉力下。 此外,为了简化红外线辐射器的加热螺旋的安装,通过穿过双管和内桥的护套来形成孔。 然后将连接体插入通孔和内桥,并且电连接到第一加热螺旋,连接到连接线或第二加热螺旋。 然后将孔关闭。