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    • 1. 发明申请
    • WIRELESS POSITION SENSING IN THREE DIMENSIONS USING ULTRASOUND
    • 使用超声波在三维尺寸下进行无线位置感应
    • WO2009022089A1
    • 2009-02-19
    • PCT/GB2007/003126
    • 2007-08-16
    • PERFORMANCE DESIGNED PRODUCTS LIMITEDLAVACHE, Steven, David
    • LAVACHE, Steven, David
    • G01S5/30G01S11/16
    • G01S5/30G01S11/16
    • The present invention provides a method of position sensing between a wireless mobile component carrying a mobile ultrasonic transducer and a fixed component carrying a plurality of fixed ultrasonic transducers in a predetermined spaced-apart relationship, the method comprising sending an rf trigger signal from the second rf transducer, sending an rf acknowledgement signal from the first rf transducer responsive to receipt of the rf trigger signal, receiving the rf acknowledgement signal at the fixed component and starting a plurality of timers corresponding to the respective plurality of fixed transducers generally simultaneously with receiving the acknowledgement signal, transmitting a signal from the mobile ultrasonic transducer responsive to the received trigger signal, receiving the signal transmitted by the mobile ultrasonic transducer at each fixed ultrasonic transducer and stopping the respective timer generally at the time of reception of an edge of the received signal, calculating the distance between the mobile ultrasonic transducer and each fixed ultrasonic transducer based on a predetermined constant representative of the speed of sound and the time taken for transit of the signal to each fixed transducer as measured by the respective timers, and performing trigonometric calculations using the calculated distances in order to determine the 3-dimensional position of the mobile component relative to the fixed component.
    • 本发明提供一种在携带移动式超声波换能器的无线移动部件与承载多个固定的超声波换能器的固定部件之间以预定的间隔关系进行位置检测的方法,该方法包括从第二射频发送器发送rf触发信号 换能器,响应于接收到rf触发信号,从第一rf换能器发送rf确认信号,在固定分量处接收rf确认信号,并且通常同时接收对应于多个固定换能器的多个定时器同时接收确认 信号,响应于所接收到的触发信号从移动超声波换能器发送信号,在每个固定的超声换能器处接收由移动超声换能器发送的信号,并且在接收到接收信号的边缘时通常停止相应的定时器, 演算 基于表示速度的预定常数和由各个定时器测量的将信号传送到每个固定换能器所花费的时间,移动超声换能器与每个固定的超声波换能器之间的距离,并且使用 计算距离,以便确定移动部件相对于固定部件的三维位置。
    • 2. 发明申请
    • A CLIENT-SERVER DATABASE SHELL
    • 客户服务器数据库外壳
    • WO2008001025A1
    • 2008-01-03
    • PCT/GB2006/002442
    • 2006-06-30
    • OPAL INFORMATION SYSTEMS LIMITEDELLIOTT, Nigel, HowardWATSON, Matthew, DavidALLISON, Phillipa, Jane
    • ELLIOTT, Nigel, HowardWATSON, Matthew, DavidALLISON, Phillipa, Jane
    • G06Q10/00
    • G06Q10/00
    • A method of remotely interacting with a database by receiving a first file by email, automatically parsing the file to extract data and control information, the control information including instructions to act on the data, and creating a second file containing the parsed data and control information. The data may be transmitted from the database by reading data parameters and instructions from a first file, inserting the parameters into a file template to create a second file, extracting a recipient address from the first file and initiating sending of the second file to the recipient address via email. The data transmission and reception may be controlled by providing a plurality of desktop workflow queues representative of predetermined operating system file storage areas, providing a desktop user interface allowing files to be moved between the said workflow queues, acting on the files in different ways depending on the workflow queues in which they are located and transmitting and receiving files automatically via email or a secure link to populate and empty at least some of the workflows queues without user intervention.
    • 通过电子邮件接收第一文件,自动解析文件以提取数据和控制信息来远程与数据库交互的方法,所述控制信息包括对数据作用的指令,以及创建包含解析的数据和控制信息的第二文件 。 数据可以从数据库通过从第一文件读取数据参数和指令,将参数插入到文件模板中以创建第二文件,从第一文件提取接收者地址并发起第二文件发送给接收者 通过电子邮件地址。 可以通过提供代表预定操作系统文件存储区域的多个桌面工作流队列来控制数据发送和接收,提供桌面用户界面,允许在所述工作流队列之间移动文件,根据不同的方式对文件进行操作 他们所在的工作流队列,并通过电子邮件或安全链接自动发送和接收文件,以填充和清空至少一些工作流队列而无需用户干预。
    • 8. 发明申请
    • BLIND TRANSPORT FORMAT-DETECTION WITH PRESELECTION OF CANDIDATE TRANSPORT FORMATS
    • 提交候选人运输格式的黑板运输格式检测
    • WO2003101027A1
    • 2003-12-04
    • PCT/GB2003/002212
    • 2003-05-20
    • UBINETICS LIMITEDFISHER-JEFFES, Timothy
    • FISHER-JEFFES, Timothy
    • H04L1/00
    • H04L1/0038H04L1/0032H04L1/0039H04L1/0046H04L1/0059H04L1/0061
    • Receiver apparatus for a transmission link, the link using any of a set of predetermined transport formats for blocks of data, and using convolutional coding for transmitting the blocks to the receiver, each block having control channels and data channels transmitted with different gain factors, the receiver having a monitor for monitoring gain factors of a received coded block, and determining a ratio of data channels to control channels from the gain factors, a transport format preselector for using the ratio to select candidate transport formats for the given block, from the set of transport formats, and a transport format detector, for carrying out speculative decodes of the block using the selected candidate transport formats, to determine which transport format was used, and to recover the data.
    • 用于传输链路的接收机装置,使用用于数据块的一组预定传输格式中的任一种的链路,以及使用卷积编码将块发送到接收机,每个块具有以不同增益因子发射的控制信道和数据信道, 接收机,具有用于监视接收到的编码块的增益因子的监视器,以及根据增益因子确定数据信道与控制信道的比率,用于使用该比率从该组中选择给定块的候选传输格式的传输格式预选器 的传输格式,以及传输格式检测器,用于使用所选择的候选传输格式执行块的推测性解码,以确定使用哪种传输格式并恢复数据。
    • 9. 发明申请
    • SEALING PLUG FOR BLIND INSTALLATION
    • 密封插头用于黑色安装
    • WO2003036155A1
    • 2003-05-01
    • PCT/GB2002/003771
    • 2002-08-13
    • TEXTRON FASTENING SYSTEMS LIMITEDROBERTS, Andrew
    • ROBERTS, Andrew
    • F16L55/11
    • F16B19/1054F16B13/061F16L55/11F16L55/13F16L55/132
    • A sealing plug for blind installation in a suitable hole thereby to plug and seal the hole, which sealing plug has a sleeve (1); a stem (2) having a head at least part of which is radially enlarged with respect to the remainder of the stem (2); the stem head (4) having a shoulder, the shoulder being provided with an annular protrusion (9); the stem (2) protruding from one end of the sleeve (1), and the annular protrusion (9) abutting the other end of the sleeve (1); the stem head (4) being of a material which is harder than that of the sleeve (1) and being formed with a weakened portion (3) intermediate the head (4) and the part of the stem remote therefrom; whereby, when the sealing plug is inserted in a suitable hole, with the sleeve (1) entirely within the hole, and increasing force is applied to the stem (2) with respect to the sleeve (1), axial compression is applied by the shoulder to the sleeve material abutting it, thereby causing the annular protrusion (9) on the stem head (4) to embed into the sleeve (1), and the sleeve to deform and expand radially to engage with the wall of the hole, and thereafter the stem (2) breaks at the weakened portion so that the head (4) remains in the sleeve (1).
    • 一种密封塞,用于盲孔安装在合适的孔中,从而插入和密封孔,该密封塞具有套筒(1); 杆(2),其头部的至少一部分相对于杆(2)的其余部分径向扩大; 所述杆头(4)具有肩部,所述肩部设置有环形突起(9); 所述杆(2)从所述套筒(1)的一端突出,并且所述环形突起(9)邻接所述套筒(1)的另一端; 所述杆头(4)是比所述套筒(1)更坚硬的材料,并且在所述头部(4)和所述杆部分之间形成有弱化部分(3) 由此,当将密封塞插入适当的孔中时,套筒(1)完全在孔内,并且相对于套筒(1)向杆(2)施加增加的力,轴向压缩 肩部与套筒材料抵接,从而使杆头(4)上的环形突起(9)嵌入到套筒(1)中,并且套筒将径向变形和膨胀以与孔的壁接合,以及 此后,杆(2)在弱化部分处断裂,使得头部(4)保留在套筒(1)中。
    • 10. 发明申请
    • THROWING WHEEL
    • 滚轮
    • WO2002068153A1
    • 2002-09-06
    • PCT/GB2002/000854
    • 2002-02-27
    • MSI ENGINEERING LIMITEDPHILIPPSON, Tony
    • B24C5/06
    • B24C5/062B24C5/06
    • A back plate for a throwing wheel has a plurality of back plate sectors (10) mounted on a core (2), the core (2) is releasably mountable on the drive shaft of an abrasion machine. The back plate sectors (10) extend generally radially from the axis of the drive shaft and each terminate in an arcuate band (12). Together, the sectors form a generally continuous circumferential band (12) which encircles the core (2). The use of a plurality of sectors (10) allows the arcuate bands (12) only to be case hardened to resist abrasion in operation. This allows the mass of the assembled throwing wheel to be reduced and also reduces the distortion caused by case hardening of the whole wheel as carried out in the prior art.
    • 用于投掷轮的后板具有多个安装在铁芯(2)上的后板扇区(10),所述铁芯(2)可释放地安装在磨损机械的驱动轴上。 后板扇区(10)从驱动轴的轴线大致径向延伸,并且各自终止于弧形带(12)。 这些扇形体一起形成环绕芯体(2)的大致连续的圆周带(12)。 使用多个扇区(10)允许弓形带(12)仅被表面硬化以抵抗操作中的磨损。 这允许组装的投掷轮的质量减小,并且还减少由现有技术中执行的整个车轮的表面硬化引起的变形。