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    • 5. 发明申请
    • MINIATURIZED WAVEGUIDE IMAGING SPECTROMETER
    • 小型化波导成像光谱仪
    • WO2018011035A1
    • 2018-01-18
    • PCT/EP2017/066784
    • 2017-07-05
    • MICOS ENGINEERING GMBHEMPA EIDGENÖSSISCHE MATERIALPRÜFUNGS- UND FORSCHUNGSANSTALT
    • MADI, MohammadrezaALBERTI, EdoardoSHORUBALKO, Ivan
    • G01J3/02G01J3/453
    • G01J3/0259G01J3/02G01J3/2803G01J3/4531G02B6/4291
    • The disclosed invention consists of a waveguide spectrometer (1), comprising at least one substrate layer (10) with at least one waveguide, each waveguide is extending from an inlet face (12) proceeding partly through the substrate layer (10) to a reflecting element (13), wherein a multiplicity of photo detectors (14) is arranged on a front side (I) of the substrate layer (10), while the photo detectors (14) are electrically connected to an electronic read out system, which should be lightweight and easier to produce. This is reached by forming the waveguides as surface waveguides (11, 11', 11", 11"'), each showing a longitudinal opening (110) with a width (D) to the front side (I) of the substrate layer (10) between the inlet face (12) and the reflecting element (13), while the photo detectors (14, 14', 14", 14"') are in print distributed at the front side (I) on top of the substrate layer (10) at least partly overlapping the longitudinal opening (110) of the surface waveguide (11) along an overall length of sampled region (Is) and the electrical connection of the photo detectors (14, 14', 14", 14"') with the electronic read out system is achieved by a multiplicity of printed electrical conductors (15).
    • 所公开的发明由波导光谱仪(1)组成,所述波导光谱仪(1)包括具有至少一个波导的至少一个衬底层(10),每个波导从部分延伸穿过 其中多个光检测器(14)布置在衬底层(10)的正面(I)上,而光电检测器(14)电连接到反射元件 一个电子读出系统,应该是轻量级且更容易生产的。 这是通过将波导形成为表面波导(11,11',11“,11”')来实现的,每个波导示出了具有与衬底层(I)的前侧(I)的宽度(D)的纵向开口(110) (14)在所述入口面(12)和所述反射元件(13)之间,并且所述光电检测器(14,14',14“,14”')分布在所述基板的顶部 沿着采样区域(Is)的总长度以及光电探测器(14,14',14“,14”)的电连接至少部分地与表面波导(11)的纵向开口(110)重叠的层(10) ')与电子读出系统通过多个印刷电导体(15)实现。
    • 7. 发明申请
    • ARTIFICIAL HORTICULTURAL PRODUCT WITH TEMPERATURE SENSOR
    • 带温度传感器的人造园艺产品
    • WO2017081257A1
    • 2017-05-18
    • PCT/EP2016/077441
    • 2016-11-11
    • EMPA EIDGENÖSSISCHE MATERIALPRÜFUNGS- UND FORSCHUNGSANSTALT
    • DEFRAEYE, Thijs
    • G01K1/02G01K7/42
    • G01K1/022G01K2007/422
    • An artificial produce (1) in form of a sensor system (1), comprising a housing (10) with at least one shell (A, B), in particular with two shells (A, B), wherein at least one data logger (1020) for temperature measurement is placed in an area (C) of the a core of the housing (10) and a pulp simulant is integrated at least partly in the housing (10) of the artificial produce (1), should be provided showing an optimized simulation of thermal behaviour of a real produce. This is reached in such a way, that a form of at least one of the shells (A, B) and the a surface texture of the outer surface of the at least one of shells (A, B) is replicating the form and surface texture of real produce to be simulated and the at least one shell (A, B) is forming at least one fluidtight chambers (103, 103') accessible from the outside by at least one opening in the at least one shell (A, B) which are closable with plugs, wherein the at least one chamber (103, 103') is filled with the pulp simulant in form of a gel-like filling composition (104), comprising a water-carbohydrate mixture and a gelling agent showing similar thermal conductivity, density, heat capacity and freezing point as the pulp of the produce to be simulated.
    • 一种传感器系统(1)形式的人造产品(1),包括具有至少一个壳体(A,B)的壳体(10),特别是具有两个壳体(A,B) ),其中用于温度测量的至少一个数据记录器(1020)被放置在壳体(10)的核心的区域(C)中,并且纸浆模拟物至少部分地集成在人造的壳体(10)中 应该提供产品(1),以显示真实产品的热行为的优化模拟。 这以这样的方式达到,即壳体(A,B)中的至少一个壳体(A,B)和至少一个壳体(A,B)的外表面的表面纹理的形式复制了形状和表面 (A,B)形成至少一个流体密封室(103,103'),所述至少一个流体密封室从外部可通过所述至少一个壳体(A,B)中的至少一个开口 ),其中所述至少一个腔室(103,103')填充有凝胶状填充组合物(104)形式的纸浆模拟物,所述凝胶状填充组合物包含水 - 碳水化合物混合物和显示类似的胶凝剂 导热系数,密度,热容量和冰点作为待模拟产品的纸浆。