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    WIRELESS REMOTE CONTROL SYSTEMS
    1.
    发明申请
    WIRELESS REMOTE CONTROL SYSTEMS 审中-公开

    公开(公告)号：WO2003065326A3

    公开(公告)日：2003-08-07

    申请号：PCT/GB2003/000404

    申请日：2003-01-31

    Applicant: INSTRUMENTEL LIMITED ,  HORLER, Gregory, Douglas

    Inventor： HORLER, Gregory, Douglas

    IPC: G08C17/02

    Abstract: An in-piston circuit is shown generally at (50) whilst an external processing unit mounted on the exterior of the crank case is shown generally at (51). In basic operation, a carrier signal generated in the external processing unit (51) is fed to a primary coil (P) located within the crank case. A secondary coil (S), loosely coupled to coil (P) and tuned for resonance therewith is located in the skirt of the piston (not shown). The secondary coil (S) picks up the carrier signal from the primary coil and the carrier signal is rectified, smoothed and regulated to provide DC power to a micro controller in the piston circuit (50). The micro controller may use data from a number of sensors to modulate the signal in the secondary coil, which modulation is picked up by the primary coil and thus the sensor data is transmitted to the external processing unit (51) where it is filtered and decoded.

    ACTUATION CONTROL
    3.
    发明申请
    ACTUATION CONTROL 审中-公开
    执行控制

    公开(公告)号：WO2006016149A1

    公开(公告)日：2006-02-16

    申请号：PCT/GB2005/003129

    申请日：2005-08-10

    Applicant: INSTRUMENTAL LIMITED ,  HORLER, Gregory, Douglas

    Inventor： HORLER, Gregory, Douglas

    IPC: G07C9/00

    CPC classification number: G08C17/04 ,  G07C9/00309 ,  G07C2009/00777

    Abstract: An actuation control system and method utilises wireless coupling of a key and an actuator to effect actuation of a device such as a lock or sensor. In one example, for securely controlling the operation of a closure member (not shown) such as a door of a container, the system comprises a key shown generally at (10) and an actuator, in this case comprising a lock actuator shown generally at (12). In this embodiment, the key (10) includes a primary coil P, a resonant filter (14), a power amplifier (16), a filter (18), a modulator (20) and demodulator (22), an encryption unit (24) and decryption unit (26), a rechargeable power pack (28), a memory device (30), a power circuit (32), a GPS Global Positioning Satellite) device (34), a controller (36), an LCD display (38) and an interface device (40).The lock actuator (12) comprises a secondary coil S, a combined resonant filter and modulator (42), a memory device (44), a locking device (46), a controller (48), a sensor (50), a demodulator (52) and a power circuit (54). In use, the lock actuator (12) is arranged to be integral with, mounted on or attached to a closure member such as a door of a container, for example. The key (10) may be portable, or else maybe fixed to or integral with a key station (not shown). When the key (10) is brought into sufficiently close proximity to the lock actuator (12) (dependent upon the specific circuitry and power available) the primary coil P of the key (10) and the secondary coil S of the lock actuator (12), which are tuned for resonance by the resonant filters (14) (of the key) and (42) (of the lock actuator), become inductively coupled, and if the key is authorised it may be used to effect actuation of the lock, thereby to gain access to the container, power being derived by the actuator from the key, through their wireless coupling.

    Abstract translation: 致动控制系统和方法利用钥匙和致动器的无线联接来实现诸如锁或传感器之类的装置的致动。 在一个示例中，为了可靠地控制诸如容器的门的关闭构件（未示出）的操作，系统包括大体上以（10）示出的钥匙和致动器，在这种情况下，该致动器包括大体上以 （12）。 在本实施例中，键（10）包括初级线圈P，谐振滤波器（14），功率放大器（16），滤波器（18），调制器​​（20）和解调器（22），加密单元 24）和解密单元（26），可再充电电源组件（28），存储设备（30），电源电路（32），GPS全球卫星定位卫星）设备（34），控制器（36） 显示器（38）和接口装置（40）。锁定致动器（12）包括次级线圈S，组合谐振滤波器和调制器（42），存储器件（44），锁定装置（46） （48），传感器（50），解调器（52）和电源电路（54）。 在使用中，锁定致动器（12）被布置成与例如容器的门等关闭构件成一体，安装在或附接到关闭构件上。 密钥（10）可以是便携式的，或者可以固定到或与密钥站（未示出）一体。 当钥匙（10）被紧密地靠近锁定致动器（12）（取决于具体电路和功率可用）时，键（10）的初级线圈P和锁定致动器（12）的次级线圈S ）被谐振的谐振滤波器（14）（和钥匙）和（42）（锁定致动器）的谐振变得电感耦合，并且如果钥匙被授权，它可以用于实现锁的驱动 从而通过它们的无线耦合来访问容器，由致动器从钥匙导出的动力。

    WIRELESS REMOTE CONTROL SYSTEMS
    4.
    发明申请
    WIRELESS REMOTE CONTROL SYSTEMS 审中-公开
    无线远程控制系统

    公开(公告)号：WO2003065326A2

    公开(公告)日：2003-08-07

    申请号：PCT/GB2003/000404

    申请日：2003-01-31

    Applicant: INSTRUMENTEL LIMITED ,  HORLER, Gregory, Douglas

    Inventor： HORLER, Gregory, Douglas

    IPC: G08C17/02

    CPC classification number: G08C17/04

    Abstract: An in-piston circuit is shown generally at (50) whilst an external processing unit mounted on the exterior of the crank case is shown generally at (51). In basic operation, a carrier signal generated in the external processing unit (51) is fed to a primary coil (P) located within the crank case. A secondary coil (S), loosely coupled to coil (P) and tuned for resonance therewith is located in the skirt of the piston (not shown). The secondary coil (S) picks up the carrier signal from the primary coil and the carrier signal is rectified, smoothed and regulated to provide DC power to a micro controller in the piston circuit (50). The micro controller may use data from a number of sensors to modulate the signal in the secondary coil, which modulation is picked up by the primary coil and thus the sensor data is transmitted to the external processing unit (51) where it is filtered and decoded.

    Abstract translation: 活塞式电路总体上示于（50），而安装在曲轴箱外部的外部处理单元总体上示于（51）。 在基本操作中，在外部处理单元（51）中产生的载波信号被馈送到位于曲轴箱内的初级线圈（P）。 松动地耦合到线圈（P）并被调谐以与之共振的次级线圈（S）位于活塞的裙部（未示出）中。 次级线圈（S）拾取来自初级线圈的载波信号，并且载波信号被整流，平滑和调节，以向活塞电路（50）中的微控制器提供直流电力。 微控制器可以使用来自多个传感器的数据来调制次级线圈中的信号，该调制由初级线圈拾取，因此传感器数据被发送到外部处理单元（51），在该处理单元被滤波和解码 。

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