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    • 1. 发明申请
    • BREATH COLLECTION DEVICE AND METHOD
    • 肠道收集装置和方法
    • WO2009147576A3
    • 2010-05-14
    • PCT/IB2009052219
    • 2009-05-27
    • KONINKL PHILIPS ELECTRONICS NVVINK TEUNIS JCOENE WILLEM M J MWILLARD NICOLAAS P
    • VINK TEUNIS JCOENE WILLEM M J MWILLARD NICOLAAS P
    • A61B5/097
    • A61B5/097
    • The present invention relates to a simple, efficient and accurate breath collection device and a corresponding method for collecting the breath of a patient for analysis. The device comprises a gas mixture container (1) containing a gas mixture for inhalation by the patient, and a breathing unit (2) containing an inlet (21) connected to said gas mixture container (1) for letting in gas from the gas mixture container (1), an outlet (22) for letting out gas exhaled by the patientand a breathing element (23) for inhaling gas from the inlet (21) and exhaling gas to the outlet (22). The gas mixture container (1) contains a gas mixture containing a predetermined set of volatile organic compounds (VOC) markers.
    • 本发明涉及一种简单,有效和准确的呼吸收集装置和用于收集患者呼吸以进行分析的相应方法。 所述装置包括含有用于由患者吸入的气体混合物的气体混合物容器(1)和包含连接到所述气体混合物容器(1)的入口(21)的呼吸单元(2),用于从气体混合物 容器(1),用于排出患者呼出的气体的出口(22)和用于从入口(21)吸入气体的呼吸元件(23)并将气体排出到出口(22)。 气体混合容器(1)含有含有预定的挥发性有机化合物(VOC)标记物的气体混合物。
    • 9. 发明申请
    • DEVICE AND METHOD FOR ENCODING A SECONDARY INFORMATION OF A SECONDARY CHANNEL INTO A CHANNEL DATA STREAM OF A PRIMARY CHANNEL
    • 将二级信道的二次信息编码到主信道的信道数据流中的装置和方法
    • WO2005104120A3
    • 2006-02-16
    • PCT/IB2005051270
    • 2005-04-19
    • KONINKL PHILIPS ELECTRONICS NVCOENE WILLEM M J MIMMINK ALBERT H J
    • COENE WILLEM M J MIMMINK ALBERT H J
    • G11B20/00
    • G11B20/00086G11B2020/1249
    • The present invention relates to a device in a corresponding method for encoding a secondary information (r) of a secondary channel into a channel data stream (3) of a primary channel, said channel data stream (3) comprising at least two symbol rows of channel symbols one-dimensionally evolving along a first direction (t) and aligned with each other along a second direction (r), said two directions constituting a two-dimensional lattice of symbol positions. To provide a device and a method for encoding which can be used in a two-dimensional storage system, it is proposed that the device comprises: - a primary encoder (11) for encoding a primary information (1) into said primary channel data stream (3) of said primary channel, - a secondary encoder (12) for encoding said secondary information (2) into a secondary channel data stream (6) for embedding into the recorded signal of said primary channel data stream (3) and - a parameter modulation means (13) for varying a recording parameter (7) for one or more symbol rows based on said secondary information around an average value (9) using a variation parameter (5), said recording parameter (7) being used for recording said primary channel data stream (3) on a record carrier (21), said variations being made such that said average value (9) remains substantially constant and that said modulations can be detected by a decoding device, said secondary information being encoded into said variations.
    • 本发明涉及用于将辅助信道的辅助信息(r)编码为主信道的信道数据流(3)的相应方法中的装置,所述信道数据流(3)包括至少两个符号行 通道符号沿着第一方向(t)一维地演变并沿着第二方向(r)彼此对准,所述两个方向构成符号位置的二维网格。 为了提供可以在二维存储系统中使用的编码装置和方法,提出该装置包括:主编码器(11),用于将主信息(1)编码成所述主信道数据流 (3), - 用于将所述辅助信息(2)编码为辅助信道数据流(6)的次级编码器(12),用于嵌入到所述主信道数据流(3)的记录信号中, - 参数调制装置(13),用于使用变化参数(5)基于围绕平均值(9)的所述辅助信息来改变用于一个或多个符号行的记录参数(7),所述记录参数(7)用于记录 所述主信道数据流(3)在记录载体(21)上,所述变化使得所述平均值(9)保持基本上恒定,并且所述调制可由解码装置检测,所述次信息被编码到所述 变异 秒。
    • 10. 发明申请
    • APPARATUS AND METHOD FOR READING INFORMATION FROM AN INFORMATION CARRIER
    • 从信息载体读取信息的装置和方法
    • WO2005050630A3
    • 2008-01-17
    • PCT/IB2004052285
    • 2004-11-03
    • KONINKL PHILIPS ELECTRONICS NVYIN BINIMMINK ALBERT H JPADIY ALEXANDERCOENE WILLEM M J M
    • YIN BINIMMINK ALBERT H JPADIY ALEXANDERCOENE WILLEM M J M
    • G11B7/00G11B7/005G11B7/09
    • G11B7/005G11B7/0903G11B19/045
    • In modem optical disc systems, inter-track spacing is chosen relatively small in order to allow high storage densities. As a result, the optical spot has a radius comparable with the track pitch, and the data written on neighboring tracks appear in the target track signal in the form of inter-track interference (cross-talk). To tackle the cross-talk problem, cross-talk canceling schemes are normally employed. These schemes use three spots, one spot on the main track and two satellite spots on adjacent tracks. The read signal (C) is improved by minimizing the cross-talk between the satellite signals (S + ,S - ) and the read signal (C). However, due to the decreasing inter-track spacing, the decorrelation concept fails since the satellite spots read too much central track information and become strongly correlated with the read signal (C), which causes "leakage" in the decorrelation. The present invention solves this problem with an additional circuit for outputting improved satellite signals (S +
    • 在调制解调器光盘系统中,为了允许高存储密度,选择相对较小的间隙间距。 结果,光点具有与轨道间距相当的半径,并且写入相邻轨道的数据以轨道间干扰(串扰)的形式出现在目标轨迹信号中。 为了解决串扰问题,通常采用串扰消除方案。 这些方案使用三个点,主轨道上有一个点,相邻轨道上有两个卫星点。 读取信号(C)通过使卫星信号(S SUP),读出信号(C)之间的串扰最小化来改善。 然而,由于轨道间距减小,因为卫星点读取太多的中心轨迹信息并且与读信号(C)强相关,因此解相关概念失败,这导致去相关中的“泄漏”。 本发明通过用于输出改进的卫星信号的附加电路来解决这个问题