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    • 33. 发明申请
    • ELECTRIC CUSHION HEATER
    • 电加热器
    • WO1996003014A1
    • 1996-02-01
    • PCT/SE1995000751
    • 1995-06-20
    • TÖCKSFORS VERKSTADS ABJOHANSSON, Göran
    • TÖCKSFORS VERKSTADS AB
    • H05B03/36
    • H05B3/34A47C7/748B60N2/56B60N2/5685H05B2203/014H05B2203/029
    • An electric heater (1) intended for heating foam-moulded cushions, for instance for vehicle seats (2) or mattresses. The heater consists of an electric conductor (3), e.g. an insulated or non-insulated metal wire, which is configured into the shape of one or several bands (4) of closely juxtaposed bights, each one of which comprises a loop and an open portion facing away from the associated loop, substantially all open portions being interconnected by means of local interconnections, e.g. by means of glue, plastic welds or seams, whereby one or several bands (4) of coherent patterns are formed, said patterns intended to be positioned in a mould for casting of cushions, such that the heater to an essential extent becomes anchored in the cushion.
    • 用于加热发泡模制垫子的电加热器(1),例如用于车辆座椅(2)或床垫。 加热器由电导体(3)构成。 绝缘或非绝缘的金属线,其被配置成一个或多个具有并置的拐点的一个或多个带状物(4)的形状,其中每一个包括环和敞开的部分,其背离相关环,基本上所有的开口部分 通过局部互连互连,例如 通过胶水,塑料焊缝或接缝,由此形成一个或多个相干图案的带(4),所述图案旨在被定位在用于铸造垫子的模具中,使得加热器至关重要的程度被锚定在 坐垫。
    • 35. 发明申请
    • SELF-REGULATING DUAL HEATING LEVEL HEATING ELEMENT
    • 自调节双加热水平加热元件
    • WO2016066533A1
    • 2016-05-06
    • PCT/EP2015/074548
    • 2015-10-22
    • IEE INTERNATIONAL ELECTRONICS & ENGINEERING S.A.
    • CARENZA, Pino Giuseppe
    • H05B3/34H05B1/02
    • H05B1/0238H05B3/34H05B2203/003H05B2203/011H05B2203/013H05B2203/02H05B2203/029H05B2203/037
    • A heater element for generating heat when connected to an electrical power source comprises an electrically insulating substrate, a buss layer made of a conductive material applied to said substrate, said first buss layer comprising a first buss and a second buss extending from respective first and second terminals in a terminal area of said heater element to a heating area of said heater element, and a resistive layer comprising at least one first patch of a first resistive material. The at least one first patch of said first resistive material is applied in a first selected location in said heating area such as to provide electrical communication between said first buss and said second buss and to enable an electrical current to flow through said first resistive material if a voltage gradient of a first polarity is applied across said first and second busses. Said resistive layer comprises at least one second patch of a second resistive material. The at least one second patch of said second resistive material being applied in a second selected location in said heating area such as to provide electrical communication between said first buss and said second buss, said second selected location being different from said first selected location. The at least one second patch of said second resistive material is further configured as a polarized patch so as to enable an electrical current to flow through said second resistive material if a voltage gradient of a second polarity opposite to said first polarity is applied across said first and second busses and to block an electrical current to flow through said second resistive material if a voltage gradient of said first polarity is applied across said first and second busses.
    • 用于在连接到电源时产生热的加热器元件包括电绝缘基板,由施加到所述基板的导电材料制成的总线层,所述第一总线层包括第一总线和从相应的第一和第二引脚延伸的第二总线 所述加热器元件的端子区域中的端子到所述加热器元件的加热区域,以及包括至少一个第一电阻材料的第一贴片的电阻层。 所述第一电阻材料的至少一个第一贴片被施加在所述加热区域中的第一选定位置,以便在所述第一母线和所述第二母线之间提供电连通,并且使电流能够流过所述第一电阻材料,如果 在所述第一和第二总线上施加第一极性的电压梯度。 所述电阻层包括至少一个第二电阻材料片。 所述第二电阻材料的至少一个第二贴片被施加在所述加热区域中的第二选定位置,以便在所述第一母线和所述第二母线之间提供电连通,所述第二选定位置与所述第一选定位置不同。 所述第二电阻材料的至少一个第二贴片还被配置为极化贴片,以便如果在所述第一电阻材料上施加与所述第一极性相反的第二极性的电压梯度跨过所述第一电阻材料施加电流, 和第二总线,并且如果所述第一极性的电压梯度施加在所述第一和第二总线上,则阻止电流流过所述第二电阻材料。
    • 38. 发明申请
    • METHOD OF GAS COMBUSTION IN INDUSTRIAL FURNACES AND BURNER FOR REALIZATION OF THIS METHOD
    • 用于实现该方法的工业燃烧器和燃烧器中的燃烧方法
    • WO2015007743A1
    • 2015-01-22
    • PCT/EP2014/065171
    • 2014-07-15
    • FLAMMATEC, SPOL. S.R.O.
    • CHMELAR, JosefJANDACEK, PetrVOJTECH, PetrBIRLE, Andreas
    • F23M5/02F23D14/22F23D14/32
    • H05B3/345B60N2/5678D04B23/12D04B27/08F23D14/22F23D14/32F23M5/025H05B2203/017H05B2203/029Y02E20/344
    • A method of gas combustion in industrial furnaces, especially in glass furnaces or furnaces for metal melting,by the help of a multi nozzle burner with controllable flow of nozzles of fuel gas and additional gas, where the essence of the invention is that the fuel gas is input into cavity of the burner by at least one central gas nozzle with simultaneous input of two independent flows of the additional gas in the way that the fuel gas is surrounded by concentric flow of primary additional gas which is also surrounded by concentric flow of secondary additional gas. The burner for gas combustion comprises an injector (1) and a shaped piece (2), which is fixed on the outlet of the injector (1), wherein the injector (1) consists of either an inner gas nozzle (11) equipped on inlet with a main regulation valve (111) of input of the fuel gas or of the inner gas nozzle (11) and an insertion gas nozzle (14) equipped with an auxiliary regulation valve (141), where the inner gas nozzle (11) is surrounded by a first concentric nozzle (12) equipped on inlet with a regulation valve (121) of input of the primary additional gas and the first concentric nozzle (12) is around the perimeter surrounded by a second concentric nozzle (13) which is equipped with a regulation valve (131) of input of the secondary additional gas and which forms the body of the injector (1).
    • 一种工业炉中的气体燃烧方法,特别是用于金属熔化的玻璃熔炉或熔炉中的气体燃烧方法,借助于具有燃料气体和附加气体喷嘴的可控流动的多喷嘴燃烧器,其中本发明的精髓在于燃料气体 通过至少一个中心气体喷嘴输入到燃烧器的空腔中,同时输入附加气体的两个独立流,燃料气体被同时流动的主要附加气体所包围,初级附加气体也被同心二次流 额外的气体。 用于气体燃烧的燃烧器包括喷射器(1)和固定在喷射器(1)的出口上的成形件(2),其中喷射器(1)由内部气体喷嘴(11) 具有燃料气体或内部气体喷嘴(11)的输入的主调节阀(111)和配备有辅助调节阀(141)的插入气体喷嘴(14)的入口,其中内部气体喷嘴(11) 被配备在入口上的第一同心喷嘴(12),其具有主要附加气体的输入的调节阀(121),并且第一同心喷嘴(12)围绕由第二同心喷嘴(13)围绕的周边,所述第二同心喷嘴 配备有二次附加气体的输入的调节阀(131),并形成喷射器(1)的主体。