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    • 92. 发明申请
    • AIR POLLUTION MONITORING
    • 空气污染监测
    • WO2017093728A1
    • 2017-06-08
    • PCT/GB2016/053762
    • 2016-11-30
    • SAMUELS, Adrian JamesNORWEGIAN INSTITUTE FOR AIR RESEARCH
    • HÅLAND, StianKJØLERBAKKEN, MorganDAUGE, Franck RenéGRØNTOFT, TerjeHELTNE, Torbjørn
    • G01N33/00
    • G01N33/006
    • An air monitoring system for analysing an air sample comprising: a duct (424) arranged such that the air sample flows therethrough from an inlet to an outlet; a relative humidity sensor (434) arranged to measure a relative humidity of the air sample; a heating module (404) including a first heater (416) arranged to heat the air sample; a temperature sensor (432) arranged to measure a temperature of the air sample; a controller arranged selectively to operate the first heater if the measured relative humidity is above an upper threshold; and an analysis module (406) including at least one chemical analysis transducer providing an output corresponding to a presence or concentration of a predetermined substance in the air sample.
    • 一种用于分析空气样本的空气监测系统,包括:管道(424),布置成使得空气样本从入口流到出口; 相对湿度传感器(434),其布置成测量空气样本的相对湿度; 加热模块(404),其包括布置成加热空气样本的第一加热器(416) 温度传感器(432),其布置成测量所述空气样本的温度; 如果所测量的相对湿度高于上阈值,则选择性地设置为操作所述第一加热器的控制器; 以及包括至少一个化学分析换能器的分析模块(406),所述化学分析换能器提供对应于空气样品中预定物质的存在或浓度的输出。
    • 93. 发明申请
    • OSCILLATOR CALIBRATION
    • 振荡器校准
    • WO2016097707A1
    • 2016-06-23
    • PCT/GB2015/053972
    • 2015-12-14
    • NORDIC SEMICONDUCTOR ASASAMUELS, Adrian James
    • WEBERG, Stein ErikSUNDSBØ, Ingil
    • H03L7/197
    • H03L7/197H03L7/085H03L7/0992H03L7/1976H03M3/30H04B1/40
    • A phase locked loop comprises: a controllable oscillator (102); a variable divider arrangement (108, 110) which takes a signal from the controllable oscillator (102) and divides it by a variable amount to provide a lower frequency signal; a sigma-delta modulator (112) arranged to provide a control input to said variable divider arrangement (108, 110); and a phase detector triggered (104) by said lower frequency signal and a reference clock; wherein said phase locked loop is arranged to be operable in a normal mode in which the controllable oscillator (102) is controlled by a voltage from said phase detector (104) and a calibration mode in which the controllable oscillator (102) is controlled digitally by a signal from a calibration module (114) which receives an input from said variable divider arrangement (108, 110).
    • 锁相环包括:可控振荡器(102); 可变分配器装置(108,110),其从可控振荡器(102)获取信号并将其除以可变量以提供较低频率信号; 一个Σ-Δ调制器(112),被布置成向所述可变分配器装置(108,110)提供控制输入; 以及由所述较低频率信号和参考时钟触发(104)的相位检测器; 其中所述锁相环被布置为在正常模式下可操作,其中可控振荡器(102)由来自所述相位检测器(104)的电压控制,并且其中可控振荡器(102)由数字地由 来自校准模块(114)的信号,其接收来自所述可变分配器装置(108,110)的输入。
    • 100. 发明申请
    • OBJECT LOCATION
    • 对象位置
    • WO2009147398A2
    • 2009-12-10
    • PCT/GB2009/001402
    • 2009-06-04
    • ELLIPTIC LABORATORIES ASDAHL, TobiasSAMUELS, Adrian, James
    • DAHL, Tobias
    • G06F3/043
    • G06F3/0436G06F3/011
    • An apparatus determines the position of a target part of a user's hand within a predetermined zone. It has a plurality of transducers for transmitting and/or receiving locating signals. The transducers are arranged such that, for any location of the target hand part within the predetermined zone there are at least two pairings of transmitting transducers and receiving transducers for which the total time-of- flight of said timing signals from the transmitter of the pairing to the receiver of the pairing via the target part of the user's hand is less than equivalent total times-of- flight to and from a set of points comprising all points in the predetermined zone which are beyond a minimum spacing from the target hand part but at least as far away from the nearest point of the apparatus as the location of the target hand part is. In some embodiments a selection is made between possible channels to determine which can be used for tracking without suffering from finger/hand confusion.
    • 设备确定用户的手的目标部分在预定区域内的位置。 它具有用于发送和/或接收定位信号的多个换能器。 换能器被布置成使得对于预定区域内的目标手部分的任何位置,存在至少两对发射换能器和接收换能器,其中来自配对的发射器的所述定时信号的总飞行时间 经由用户的手的目标部分对配对的接收者小于与包括超出与目标手部分的最小间隔的预定区域中的所有点的一组点的等效总飞行时间,但是 至少距离装置的最近点与目标手部分的位置一样远。 在一些实施例中,在可能的通道之间进行选择,以确定哪些可以用于跟踪而不会受到手指/手的混淆。