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    • 1. 发明申请
    • FIRE DETECTION
    • 火灾检测
    • WO2014082122A2
    • 2014-06-05
    • PCT/AU2013001370
    • 2013-11-26
    • XTRALIS TECHNOLOGIES LTDAL-FARRA TAWFEEQ GEHADWILLIAMSON ALASDAIR JAMESVYTHOULKAS JOHNFIUSCO GIUSEPPE LESLIEHABELRIH GHASSANSINGH RAJIV KUMAR
    • AL-FARRA TAWFEEQ GEHADWILLIAMSON ALASDAIR JAMESVYTHOULKAS JOHNFIUSCO GIUSEPPE LESLIEHABELRIH GHASSANSINGH RAJIV KUMAR
    • G08B17/00
    • G08B17/12G08B17/00G08B17/02G08B17/10G08B25/002G08B29/043G08B29/185
    • A particle detection system (10) including a particle detector (16) in fluid communication with at least two sample inlets (14, 24) for receiving a sample flow from a monitored region. The particle detector (16) includes detection means for detecting the level of particles within the sample flow and outputting a first signal indicative of the level of particles within the sample flow. A flow sensor (30) is located downstream of the sample inlets (14, 24) for measuring the flow rate of the sample flow and outputting a second signal indicative of the flow rate of the sample flow. At least a first sample inlet (34) is normally open to the monitored region for receiving at least part of the sample flow. At least a second sample inlet (36) is normally closed to the monitored region but is openable to the monitored region in response to a change in environmental conditions in the monitored region. The particle detection system (10) further includes processing means adapted for receiving the first and second signals and comparing the first signal to a predetermined threshold level and comparing the second signal to a predetermined threshold flow rate, and generating an output signal based on the respective comparisons of the first and second signals. A method of particle detection is also described.
    • 一种颗粒检测系统(10),包括与至少两个样品入口(14,24)流体连通的颗粒检测器(16),用于接收来自监测区域的样品流。 粒子检测器(16)包括检测装置,用于检测样品流中的颗粒水平,并输出指示样品流中颗粒水平的第一信号。 流量传感器(30)位于样品入口(14,24)的下游,用于测量样品流的流速并输出指示样品流量的第二信号。 至少第一样品入口(34)通常对被监测区域开放,用于接收至少部分样品流。 至少第二样品入口(36)通常关闭到被监测的区域,但是响应于监测区域中的环境条件的变化,可以对被监测区域打开。 粒子检测系统(10)还包括适于接收第一和第二信号并将第一信号与预定阈值电平比较并将第二信号与预定阈值流量进行比较的处理装置,并且基于相应的信号产生输出信号 比较第一和第二信号。 还描述了颗粒检测方法。
    • 4. 发明申请
    • ENHANCED UTILIZATION OF REAL POWER GENERATING CAPACITY OF DISTRIBUTED GENERATOR (DG) INVERTERS AS STATCOM
    • 分布式发电机(DG)逆变器作为STATCOM的实际发电量的增强使用
    • WO2013163760A1
    • 2013-11-07
    • PCT/CA2013/050337
    • 2013-05-01
    • VARMA, Rajiv KumarSHARMA, Vinay
    • VARMA, Rajiv KumarSHARMA, Vinay
    • H02J13/00H02J3/16H02J3/18
    • H02J3/18H02J3/1842H02J3/382H02J3/383Y02E10/563Y02E40/16Y02E40/22Y10T307/675
    • Systems, methods, and devices relating to the provision of system control support in the form of reactive power support or voltage control support to power transmission or distribution networks using inverter based power generation facilities that are coupled to the power transmission or distribution networks. An inverter based power generation facility, such as a photovoltaic based solar farm or a wind farm, can task all or a portion of its inverter capacity to provide reactive power support or voltage control support to the power transmission or distribution network. This invention applies to the operation of PV solar systems anytime during the day (even during peak power generation times) and other inverter based DGs during the entire 24-hour period. The power generation facility disconnects at least one of its power generation modules from the power transmission or distribution network and makes available required inverter capacity for providing system control support.
    • 与以电力传输或分配网络耦合的基于逆变器的发电设施的无功功率支持或电力控制支持形式提供系统控制支持的系统,方法和设备。 基于逆变器的发电设备,例如基于光伏的太阳能农场或风电场,可以将其逆变器能力的全部或一部分任务提供给输电或配电网络的无功功率支持或电压控制支持。 本发明在整个24小时内适用于白天(即使在高峰期发电时间)和其他基于逆变器的DG的任何时间的光伏太阳能系统的运行。 发电设备将其发电模块中的至少一个从输电或配电网络断开,并提供所需的逆变器容量以提供系统控制支持。
    • 5. 发明申请
    • IMPROVED DUST DISCRIMINATION FOR SENSING SYSTEMS
    • 改进传感系统的尘埃辨识
    • WO2011106841A1
    • 2011-09-09
    • PCT/AU2011/000238
    • 2011-03-03
    • XTRALIS TECHNOLOGIES LTDSINGH, Rajiv KumarAJAY, Kemal
    • SINGH, Rajiv KumarAJAY, Kemal
    • G01N1/22G01N1/24G08B17/00
    • G01N33/0027G01N1/2202G01N2001/2223G08B17/10G08B17/113
    • A sensing system and method for detecting particles in an air volume includes a main airflow path (A, F) including an inlet from the air volume. Also included is a collection site (E) within the main airflow path. The collection site is for drawing an air sample from the main airflow path. Additionally the system includes a means to induce a localised increase in particle speed at the collection site (E) relative to air speed along the remainder of the main airflow path. The means to induce a localised increase includes an auxiliary airflow path (K) from the main airflow path. The auxiliary airflow path (K) has an exit (I) upstream of the collection site. In an alternative form of the invention, the means to induce the localised increase in particle speed at the collection site comprises a venturi in the main airflow path with the collection site being disposed along the venturi.
    • 用于检测空气容积中的颗粒的感测系统和方法包括包括来自空气容积的入口的主气流路径(A,F)。 还包括在主气流路径内的收集站点(E)。 收集地点用于从主气流路径抽取空气样本。 另外,该系统包括相对于沿着主气流路径的其余部分的空气速度引起在收集位置(E)处的粒子速度的局部增加的手段。 引起局部增加的手段包括来自主气流路径的辅助气流路径(K)。 辅助气流路径(K)在收集位置的上游具有出口(I)。 在本发明的替代形式中,诱导收集部位的颗粒速度的局部增加的方法包括在主气流路径中的文氏管,其中收集位置沿文丘里管布置。
    • 10. 发明申请
    • SYSTEM AND METHOD FOR LOCATING AN INDIVIDUAL INDOORS BY A COMBINATION OF WIRELESS POSITIONING SENSORS
    • 通过无线定位传感器组合定位个体室的系统和方法
    • WO2015029061A1
    • 2015-03-05
    • PCT/IN2014/000545
    • 2014-08-25
    • CHOUDHRY, Rajiv Kumar
    • CHOUDHRY, Rajiv Kumar
    • G01C21/08G01C21/20
    • H04W4/043G01C21/206H04W4/90
    • The location of a user indoors may be specified to a degree of accuracy by use of an indoor map, generated using machine-to-machine (M2M) signaling. An indoor map is generated using a combination of signaling of a wireless router, and combining them with indoor location specific user walk-path data. The positioning data is sent to a network operator. In one embodiment, an 802.11 Router is mounted on a wall close to the ceiling with antennae tilted downwards and location address related information fed into the Router itself. The positioning map is transmitted to a cellular operator over a cellular transmission such as GSM, WCDMA LTE, etc. The signaling between smartphone and cellular RAT is reduced by mapping / converting the RSSI data with that of location specific walk-way data into a grid based format. The positioning data so generated is transferred periodically to an operator, who further transfers the data to a gateway manager. A gateway manager stores the data received from a smartphone user and provides it to authorized personnel in case of emergencies.
    • 可以通过使用通过机器对机器(M2M)信令产生的室内地图来将室内用户的位置指定到一定程度的精确度。 使用无线路由器的信令的组合生成室内地图,并将其与室内位置特定用户步行路径数据组合。 定位数据发送给网络运营商。 在一个实施例中,802.11路由器安装在靠近天花板的墙壁上,天线向下倾斜,位置地址相关信息馈送到路由器本身。 定位图通过诸如GSM,WCDMA LTE等的蜂窝传输传输给蜂窝运营商。智能手机和蜂窝RAT之间的信令通过将RSSI数据与位置特定步行数据的信号映射/转换成网格来减少 基于格式。 如此生成的定位数据被周期性地传送给操作者,操作者进一步将数据传送到网关管理器。 网关管理员存储从智能手机用户接收的数据,并在紧急情况下将其提供给授权人员。