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    • 2. 发明申请
    • ACOUSTIC WARNING LEVEL OPTIMIZATION IN AMBULATORY MEDICAL SYSTEMS
    • 辅助医疗系统中的呼声警戒级别优化
    • WO2012025388A1
    • 2012-03-01
    • PCT/EP2011/063809
    • 2011-08-11
    • F. HOFFMANN-LA ROCHE AGROCHE DIAGNOSTICS GMBHKALT, LucasREMDE, Axel
    • KALT, LucasREMDE, Axel
    • A61M5/142B06B1/02G08B3/10
    • A61M5/14244A61B5/14532A61M2205/186A61M2205/581A61M2205/70A61M2205/702G10K15/02H04R29/00
    • An ambulatory medical device (10) comprises a function module (18) adapted to provide the intended functionality of the device, a controller module (24) adapted to control the device, and a sound generation module (11) with an acoustic transducer (16) adapted to produce an acoustic signal (56) and a signal generator (26) adapted to drive the acoustic transducer with a certain frequency, wherein the signal generation module (11) is arranged within a housing of the device. A tuning module (28, 30) is adapted to vary the frequency used by the signal generator to drive the acoustic transducer, and to determine one or more frequencies that correspond to an optimum sound level of the acoustic signal (56) outside of the housing of the device. The optimum sound level of the acoustic signal (56) is a maximum sound level outside of the housing of the device (10), and/or a maximum perceivable sound level as determined by a user (42).
    • 移动医疗设备(10)包括适于提供设备的预期功能的功能模块(18),适于控制设备的控制器模块(24)和具有声换能器(16)的声音生成模块(11) )适于产生适于以特定频率驱动所述声换能器的声信号(56)和信号发生器(26),其中所述信号发生模块(11)布置在所述装置的壳体内。 调谐模块(28,30)适于改变由信号发生器使用的频率以驱动声换能器,并且确定对应于壳体外部的声信号(56)的最佳声级的一个或多个频率 的设备。 声信号(56)的最佳声级是设备(10)外壳之外的最大声级和/或由用户(42)确定的最大可感知声级。
    • 3. 发明申请
    • ASSESSMENT METHOD TO PROCESS A GLUCOSE CONCENTRATION SIGNAL
    • 葡萄糖浓度信号的评估方法
    • WO2008092286A1
    • 2008-08-07
    • PCT/CH2008/000025
    • 2008-01-25
    • F. HOFFMANN-LA ROCHE AGROCHE DIAGNOSTICS GMBHKÜHNI, FlorianVERING, ThomasKALT, LucasCRIS, CatalinPATTE, Caroline
    • KÜHNI, FlorianVERING, ThomasKALT, LucasCRIS, CatalinPATTE, Caroline
    • A61B5/00G01N35/10G06F19/00
    • A61B5/14532A61B5/7275A61B5/7285G06F19/00G06F19/324G06F19/3456G16H50/20
    • The invention relates to an assessment method to process a signal corresponding to a glucose concentration by performing a retrospective analysis, whereas the assessment contains the steps of starting the assessment initiated by a first trigger, collecting data to be analysed, analysing the collected data initiated by a second trigger, and displaying the results of the analysis. The invention further relates to a device, which is designed and programmed to perform said assessment method, consisting of at least a measuring device (45) for collecting the data to be analysed, a computing device (52) for analysing the collected data, a storage device (50) for recording the collected data and the analysis, a display (47) for visualising the analysed data, and a communication link (51) for transmitting data between the measuring device and the computing/storage device and display, respectively. The user has the opportunity of choosing the time period the analysis is performed for. By employing a user triggered and retrospective analysis of data, collected in particular during or after a relevant event such as a meal, it is ensured that the analysis relates to a certain event-specific context and therefore enhances the usefulness of the assessment of a glucose concentration.
    • 本发明涉及通过进行回顾性分析来处理与葡萄糖浓度相对应的信号的评估方法,而评估包括开始由第一触发发起的评估的步骤,收集要分析的数据,分析由 第二个触发器,并显示分析结果。 本发明还涉及一种被设计和编程以执行所述评估方法的装置,至少包括用于收集待分析数据的测量装置(45),用于分析收集的数据的计算装置(52), 用于记录所收集的数据和分析的存储装置(50),用于可视化分析数据的显示器(47)以及用于在测量装置和计算/存储装置之间传送数据和显示的通信链路(51)。 用户有机会选择执行分析的时间段。 通过采用用户触发和回顾性分析数据,特别是在相关事件(如餐)之前或之后收集的数据,确保分析与特定事件特定的上下文有关,因此增强了葡萄糖评估的有用性 浓度。