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    • 28. 发明申请
    • Heating Device, Method of Producing a Heating Device and Method for Operating a Heating Device
    • 加热装置,加热装置的制造方法和操作加热装置的方法
    • US20130146583A1
    • 2013-06-13
    • US13315829
    • 2011-12-09
    • Eugen Wilde
    • Eugen Wilde
    • H05B3/68H05K13/00H05B1/00
    • H05B3/68H05B3/686H05B3/74Y10T29/49002
    • An electrical heating device for a cooking field with a cooking field plate is arranged beneath the cooking field plate and comprises a support, wherein along a rim of said support a rim part in ring form is placed. The heating device comprises a longitudinal heating element for generating heating power for said cooking field to keep food warm that is placed in a saucepan upon it above the heating device. The heating element is arranged in a circumferential groove in said support. In a direction radially inwardly to a central region over the support a gap is provided between the rim part and the support for heating power from said heating element to exit into the central region as a heating of the cooking field plate above the heating device.
    • 用于具有烹饪场板的烹饪场的电加热装置布置在烹饪场板的下方,并且包括支撑件,其中沿着所述支撑件的边缘放置环形的边缘部分。 加热装置包括纵向加热元件,用于产生用于所述烹饪场的加热功率,以将放置在平底锅中的食物保持在加热装置上方。 加热元件布置在所述支撑件中的周向凹槽中。 在径向向内延伸到支撑件上方的中心区域的方向上,在边缘部分和支撑件之间设置有间隙,用于加热来自所述加热元件的功率,作为加热装置上方的烹饪场板的加热而退出到中心区域。
    • 30. 发明授权
    • Radiant heater
    • 辐射加热器
    • US06483084B2
    • 2002-11-19
    • US09949369
    • 2001-09-07
    • Heinz PetriEugen WildeBernhard BelzHans MohrUlrich Jenz
    • Heinz PetriEugen WildeBernhard BelzHans MohrUlrich Jenz
    • H05B368
    • H05B3/746H05B3/74H05B3/748
    • According to an exemplary embodiment of the invention a radiant heater (11) for a glass ceramic cooking area (25) is created. The radiant heater comprises a carrier shell (12) carrying a flat insulator (14), on which is placed a heating means (16). A thermal relay (18) projects with its tube-like sensor (19) into the central area of the radiant heater (11) and the sensor can rest on an elevation (23) of the insulator (14). By means of a holder (45) the sensor (19) can be fixed to the carrier shell (12). The holder does not project over the underside of the carrier shell (12). In one embodiment the holder with barb-like ends reaches into an opening in the carrier shell and is fixed to locking edges of the carrier shell.
    • 根据本发明的示例性实施例,产生用于玻璃陶瓷烹饪区域(25)的辐射加热器(11)。 辐射加热器包括承载平坦绝缘体(14)的承载壳(12),其上放置有加热装置(16)。 热继电器(18)将其管状传感器(19)突出到辐射加热器(11)的中心区域中,并且传感器可以搁置在绝缘体(14)的高度(23)上。 通过保持器(45),传感器(19)可以固定到承载器壳体(12)上。 支架不会突出在承载壳(12)的下侧。 在一个实施例中,具有倒钩状端部的保持器到达承载器壳体中的开口并且被固定到承载器壳体的锁定边缘。