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    • 2. 发明申请
    • ELECTRICALLY HEATABLE LAMINATED GLAZING
    • 电热层压玻璃
    • US20100258547A1
    • 2010-10-14
    • US12808840
    • 2009-01-09
    • Mark Andrew ChamberlainJonathan Barclay Dixon
    • Mark Andrew ChamberlainJonathan Barclay Dixon
    • B60L1/02
    • B32B17/10036B32B17/10385B32B17/10761H05B3/84H05B2203/002H05B2203/008H05B2203/016
    • The invention discloses an electrically heated window having minimised hot spots. The window comprises at least two plies of a glazing material having a ply of an interlayer material laminated therebetween. An array of heating wires is carried by one of the plies, the heating wires extending between a first electrical connection means and a second electrical connection means for supplying current through the wires, the first and second electrical connection means being substantially parallel to each other. The first electrical connection means is shaped so as to define a wire-free area to allow a data signal to be transmitted through the window to a device positioned in the vicinity of the wire-free area. The second electrical connection means is shaped to correspond to the first electrical connection means, such that the heating wires in the array have a substantially constant length.
    • 本发明公开了一种具有最小热点的电加热窗。 窗户包括至少两层玻璃材料,其中层压有中间层材料层。 一组加热丝由层之一承载,加热丝在第一电连接装置和第二电连接装置之间延伸,用于通过导线提供电流,第一和第二电连接装置基本上彼此平行。 第一电连接装置被成形为限定无线区域,以允许数据信号通过窗口传输到位于无线区域附近的装置。 第二电连接装置被成形为对应于第一电连接装置,使得阵列中的加热丝具有基本恒定的长度。
    • 9. 发明授权
    • Electrically heated window
    • 电加热窗
    • US06185812B1
    • 2001-02-13
    • US09113768
    • 1998-07-10
    • Derek Charles CastleMark Andrew Chamberlain
    • Derek Charles CastleMark Andrew Chamberlain
    • H05B310
    • H05B3/84B32B3/04B32B17/10036B32B17/10293B32B17/10385H05B3/86H05B2203/016Y10T29/49083Y10T29/49144Y10T29/49149Y10T29/49179
    • A method of making an electrically heated window from at least two plies of transparent glazing material, at least one ply of interlayer material and an electrically resistant heating area device extending over one of the plies includes laying at least one length of busbar strip on one of the plies to form part of a busbar, positioning a separate corner piece of busbar strip adjacent the length of busbar strip to form a corner of the busbar, and electrically connecting the corner piece and the length of busbar strip to one another. An electrical connection device is arranged to extend from the electrically resistant area heating device past the peripheral edge of the window to terminate outside the window. The plies of glazing material are then laminated together with the ply of interlayer material and the electrically resistant area heating device extending between them. The corner piece and the length of busbar strip can be electrically connected together by providing one of the conductive strip surfaces with a coating of low melting point solder so that upon autoclaving all of the layers to form the laminated window, the solder melts and provides the electrical connection.
    • 一种从至少两层透明玻璃材料制成电加热窗的方法,至少一层中间层材料层和在其中一层上延伸的电阻加热区域装置,包括将至少一段长度的母线条放置在 形成母线的一部分的层,在母线条的长度附近定位一条单独的母线条,形成母线的角部,并将拐角部分和母线条的长度彼此电连接。 电连接装置被布置成从电阻区域加热装置延伸经过窗口的周边边缘以终止在窗外。 然后将玻璃材料层与中间层材料层层叠在一起,并且电阻区域加热装置在它们之间延伸。 通过将导电条表面之一提供低熔点焊料的涂层,可以将拐角部分和母线条的长度电连接在一起,使得当高压灭菌所有层以形成层压窗时,焊料熔化并提供 电气连接。