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    • 4. 发明授权
    • Electronic lamp identification system
    • 电子灯识别系统
    • US07759873B2
    • 2010-07-20
    • US11912315
    • 2006-04-20
    • Olaf MastenbroekKlaas Jacob Lulofs
    • Olaf MastenbroekKlaas Jacob Lulofs
    • G01J1/00
    • H05B37/03A61N5/0614A61N2005/0661H05B41/36
    • An identification system for a light radiation source (103) having a control circuit (107) for communicating with an identification circuit (108) associated with the light radiation source, wherein the identification circuit is arranged for storing data relating to the light radiation source. During operation, the control circuit communicates with the identification circuit via a signal path comprising at least a portion of a first electric wire (112) provided for energizing the light radiation source such that it is used as a first transmitting antenna for communicating with the identification circuit. The operation of the light radiation source is controlled in dependence on the data retrieved from the identification circuit. Depending on the result of the identification, operation of the light radiation source can be authorized or prevented, thus blocking the use of an incorrect radiation source for a given application.
    • 一种用于光辐射源(103)的识别系统,具有用于与与所述光辐射源相关联的识别电路(108)通信的控制电路(107),其中所述识别电路被布置用于存储与所述光辐射源有关的数据。 在操作期间,控制电路经由信号路径与识别电路进行通信,该信号路径包括设置用于激励光辐射源的第一电线(112)的至少一部分,使得其被用作用于与标识通信的第一发射天线 电路。 根据从识别电路检索的数据来控制光辐射源的操作。 根据识别的结果,可以授权或防止光辐射源的操作,从而阻止给定应用使用不正确的辐射源。
    • 6. 发明授权
    • Fluorescent lamp capable of slow release of organic evaporating materials at low temperature
    • 能够在低温下缓慢释放有机蒸发材料的荧光灯
    • US07839068B2
    • 2010-11-23
    • US11718404
    • 2005-11-02
    • Daiyu HayashiMichiel Jacobus Van Der MeerOlaf Mastenbroek
    • Daiyu HayashiMichiel Jacobus Van Der MeerOlaf Mastenbroek
    • H01J1/62
    • H01J61/35A01M1/2083A61L9/03A61L9/20A61L2209/12
    • The present invention relates to a fluorescent lamp including a visible radiation and/or UV-radiation transmissive discharge vessel, at least one luminescent layer coated onto the inner wall of the discharge vessel for converting UV-radiation to other wavelengths of UV-A, UV-B and/or visible radiation characterized in, that at a section to which no luminescent layer is applied on the inner surface area of said discharge vessel at least one substrate layer is applied on the outer surface of this area of said discharge vessel, and/or at least a section to which luminescent layer is applied on the inner surface area of said discharge vessel at least one substrate layer is applied on the outer surface of this area of said discharge vessel; whereby said substrate layer comprises at least one volatile organic material being releasable over an extended time period, whereby the volatile organic material is released by UV-radiation and/or thermal heat generated from said fluorescent lamp and, whereby at operation the temperature of the outer surface of the discharge vessel of said fluorescent lamp is ≦70° C.
    • 本发明涉及一种包括可见光辐射和/或紫外线辐射透射放电容器的荧光灯,至少一个发光层涂覆在放电容器的内壁上,用于将UV辐射转换成UV-A的其他波长,UV -B和/或可见光辐射,其特征在于,在所述放电容器的内表面区域上没有施加发光层的部分,至少一个基底层施加在所述放电容器的该区域的外表面上,以及 /或至少一个在所述放电容器的内表面上施加发光层的部分,至少一个基底层施加在所述放电容器的该区域的外表面上; 由此所述基底层包括至少一种挥发性有机材料,其可在延长的时间段内释放,由此通过由所述荧光灯产生的UV辐射和/或热热释放挥发性有机材料,并且由此在操作时外部温度 荧光灯的放电容器表面为70℃