会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明申请
    • REMOTE CONTROL SYSTEM AND METHOD
    • 遥控系统及方法
    • WO2010067091A1
    • 2010-06-17
    • PCT/GB2009/051578
    • 2009-11-20
    • ROKE MANOR RESEARCH LIMITEDSPICER, John Joseph
    • SPICER, John Joseph
    • G08G5/00
    • G08G5/0069G05D1/0033G08G5/025
    • An object remote control system comprises a remote imaging system comprising a plurality of sensors (2); a central processor (9); a user display (11); an object locator and communication links between the sensors, the object locator and the central processor. The sensors (2) are deployed in a predetermined volume (1) and the central processor (9) derives a three dimensional representation of the volume from data received from the sensors. The object locator determines the location of an object (7) within the volume (1) and a view as seen from the determined location of the object is derived in the central processor from the three dimensional representation and displayed on the display. The system further comprises a user input (12) to the central processor; and a communication link (16) between the central processor and the object and commands are input to the user input and communicated to the object, to move the object within the volume. A corresponding method of operation is also provided.
    • 物体遥控系统包括包括多个传感器(2)的远程成像系统; 中央处理器(9); 用户显示器(11); 对象定位器和传感器,对象定位器和中央处理器之间的通信链路。 传感器(2)部署在预定的卷(1)中,并且中央处理器(9)从传感器接收的数据中导出卷的三维表示。 对象定位器确定卷(1)内的对象(7)的位置,并且从所确定的对象的位置看,从三维表示在中央处理器中导出并在显示器上显示的视图。 该系统还包括到中央处理器的用户输入(12) 并且中央处理器和对象之间的通信链路(16)和命令被输入到用户输入并传送给对象,以便在该卷内移动对象。 还提供了相应的操作方法。
    • 4. 发明申请
    • IMPROVEMENTS IN OR RELATING TO APPARATUS FOR TREATING TOBACCO
    • 改进或相关于处理烟草的设备
    • WO1990013231A1
    • 1990-11-15
    • PCT/GB1990000679
    • 1990-05-02
    • GBE INTERNATIONAL PLCSPICER, John, William
    • GBE INTERNATIONAL PLC
    • A24B03/06
    • A24B3/06A24B3/04
    • In this manner an optimally configured conditioning gas stream can be mixed and distributed evenly over the maximum surface area of a slice of unconditioned tobacco in a conditioning cylinder. The gas stream consists of a mixture of air, steam, water droplets or other absorbable fluids required to bring the tobacco to the desired condition in the cylinder. An apparatus for conditioning tobacco comprises a cylinder conditioner (10) mounted for rotation about a generally horizontal axis, and an opening unit (12) mounted at the inlet end of the cylinder for rotation therewith, said opening unit having pins (14) projecting towards the axis of rotation for supporting portions of un-opened layers of tobacco e.g. bale slices (S), within the unit on initial entry thereof, and for effecting opening of the tobacco on rotation of the unit, the distal ends of the tines defining a frustoconical section which narrows in the direction of tobacco feed.
    • 以这种方式,最佳配置的调节气流可以混合并均匀分布在调节气缸中的未条件烟草切片的最大表面积上。 气流由空气,蒸汽,水滴或使烟草在气缸中达到所需状态所需的其他可吸收流体的混合物组成。 一种用于调理烟草的设备包括安装成围绕大致水平的轴线旋转的气缸调节器(10)和安装在气缸的入口端以与其一起旋转的开口单元(12),所述开口单元具有朝向 用于支撑烟草未开放层的部分的旋转轴线例如 捆包片(S)在初始入口的单元内,并且为了在单元旋转时实现烟草的打开,齿的远端限定在烟草进给方向上变窄的截头圆锥形部分。
    • 7. 发明申请
    • IMPROVEMENTS IN OR RELATING TO ELECTRONIC SYSTEMS
    • 电子系统的改进或与电子系统相关的改进
    • WO0227947A3
    • 2002-07-04
    • PCT/EP0110247
    • 2001-09-04
    • ROKE MANOR RESEARCHSPICER JOHN JOSEPH
    • SPICER JOHN JOSEPH
    • G06F13/38H01L27/04H04B20060101H04B1/38H04B7/00H04B7/005H04J3/06H04L12/28
    • H04W28/18H04W56/00H04W74/00
    • Electronic systems are becoming increasingly complex and processing is commonly broken down into manageable and testable sub-functions. These sub-functions intercommunicate to pass the data and control signals to complete the system. Described herein is an improved electronic system which comprises a plurality of sub-function nodes (20) arranged in an array (10). Each sub-function node (20) is connected to a secondary bus (30, 30A, 30B, 30C, 30D, 30E, 30F) via a link (32) for receiving timing and synchronisation signals along with multiple access parameters under the control of a system communication controller (40). Each sub-function node (20) has an antenna for transferring data between other sub-function nodes using radio links.
    • 电子系统变得越来越复杂,处理通常被分解成可管理和可测试的子功能。 这些子功能相互通信传递数据和控制信号来完成系统。 本文描述了一种改进的电子系统,其包括布置成阵列(10)的多个子功能节点(20)。 每个子功能节点(20)经由链路(32)连接到次级总线(30,30A,30B,30C,30D,30E,30F),以用于在控制下接收定时和同步信号以及多个访问参数 系统通信控制器(40)。 每个子功能节点(20)具有用于使用无线电链路在其他子功能节点之间传送数据的天线。
    • 8. 发明申请
    • A METHOD OF GENERATING A DIGITAL PHASE AND AMPLITUDE MODULATED SIGNAL
    • 一种产生数字相位和幅度调制信号的方法
    • WO2005125144A1
    • 2005-12-29
    • PCT/GB2005/002392
    • 2005-06-13
    • ROKE MANOR RESEARCH LIMITEDDOBROSAVLJEVIC, ZoranSPICER, John
    • DOBROSAVLJEVIC, ZoranSPICER, John
    • H04L27/36
    • H04L27/365
    • A method of generating a digital phase and amplitude modulated signal, the modulated signal carrying a multiplex of binary symbols from information that is calculated in advance and stored comprises defining the multiplexing technique and a conversion of a set of binary symbols at a time of the multiplex into an enumerated state corresponding to an amplitude and phase state of the modulated signal. All possible sampled transition trajectories of amplitude and phase of the modulated signal between two consecutive states are stored and a pair of states sequentially read from the store are used as a pointer to an entry of the stored sampled transition trajectories. The entry of the stored sampled transition trajectories contains a sampled transition of the modulated signal for a range of times. A complete modulated multiplexed waveform is sequentially constructed as a succession of segments of the modulated signal, read from the stored sampled transition trajectories.
    • 一种产生数字相位和幅度调制信号的方法,所述调制信号承载来自预先计算并存储的信息中的二进制符号的复用,包括定义复用技术和多路复用时的一组二进制符号的转换 变成与调制信号的幅度和相位状态对应的枚举状态。 存储在两个连续状态之间调制信号的振幅和相位的所有可能的采样过渡轨迹,并且将从存储器顺序读取的一对状态用作指向所存储的采样过渡轨迹的条目的指针。 存储的采样过渡轨迹的入口包含一段时间内的调制信号的采样转换。 完整的调制多路复用波形被顺序地构成为从存储的采样过渡轨迹中读出的调制信号的一系列段。
    • 10. 发明申请
    • APPARATUS AND METHOD FOR THE SEPARATION OF PARTICULATE MATERIAL
    • 用于分离颗粒材料的装置和方法
    • WO1990005034A1
    • 1990-05-17
    • PCT/GB1989001313
    • 1989-11-02
    • GBE INTERNATIONAL PLCWHITE, Victor, Albert, MontgomerySPICER, John, William
    • GBE INTERNATIONAL PLC
    • B07B09/00
    • B07B9/00A24B1/04A24B5/10
    • The invention provides an apparatus for separating lighter from heavier components of a vegetable material, such as lamina and stem components of whole tobacco leaf material, comprising means (10) for breaking or tearing the lighter components from the heavier components, and a sieving device (11) connected to the output of the breaking means and including at least one sieve means (11A) to separate out the largest size particles of that output and a collector means (11C) to collect the finest size particles of that output, the sieve means being connected to the largest separator channel (28) for the largest particles and the collector means being connected to the finest separator channel (27) for the finest particles, the separator channels each being arranged to separate the smaller components from the larger components and pass them to respective output channels (18, 23) from the apparatus. The invention further provides a method of separating lamina from stem of whole tobacco leaf material, comprising passing the whole leaf through a threshing apparatus (10), sieving the output of the threshing apparatus in a sieving device (11) to produce at least largest (11A) and finest particles (11C), passing those particles to respective separator channels (28, 27) to separate the smaller components from the larger components and passing those smaller and larger components to respective output channels (18, 23) from the apparatus.
    • 本发明提供了一种用于将打火机与植物材料的较重部件(例如整个烟叶材料的层板和茎部件)分离的装置,包括用于从较重部件中破碎或撕裂较轻部件的装置(10)和筛分装置 11),其连接到断路装置的输出端并且包括至少一个筛装置(11A)以分离该输出的最大尺寸的颗粒和收集器装置(11C)以收集该输出的最细尺寸的颗粒,筛装置 连接到用于最大颗粒的最大分离器通道(28),并且收集器装置连接到用于最细颗粒的最细分离器通道(27),分离器通道各自布置成将较小部件与较大部件分离并通过 它们到设备的相应输出通道(18,23)。 本发明还提供了一种从整个烟草叶材料的茎分离薄片的方法,包括使整个叶片通过脱粒装置(10),筛分筛分装置(11)中的脱粒装置的输出以产生至少最大( 11A)和最细颗粒(11C),将这些颗粒通过相应的分离器通道(28,27),以将较小的组分与较大的组分分离,并将这些较小和较大的组分从装置中分离到相应的输出通道(18,23)。