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    • 93. 发明申请
    • SYSTEM AND METHOD FOR ANONYMOUSLY INDEXING ELECTRONIC RECORD SYSTEMS
    • 用于非正式索引电子记录系统的系统和方法
    • WO2005088899A1
    • 2005-09-22
    • PCT/AU2005/000364
    • 2005-03-15
    • LOCKSTEP CONSULTING PTY LTDWILSON, Stephen
    • WILSON, Stephen
    • H04L9/30
    • G06Q20/38215G06F21/6254H04L9/3231H04L9/3263H04L2209/42H04L2209/56
    • A method for issuing Anonymous Public Key Certificates to Registered Persons in an electronic record system, where pointers for indexing the record system are stored within the Anonymous Public Key Certificates, and where associated Private Keys are controlled by smartcards or similar devices. Electronic records may be identifiably indexed when the smartcard has been activated by its holder correctly entering their secret pass-phrase, or anonymously indexed when only the value of a pointer is known. The only direct linkage between each Anonymous Public Key Certificate and the associated Registered Person is through the associated Private Key as controlled by a smartcard or similar device. Using this invention the retrieval of identifiable records pertaining to a given Registered Person from an electronic record system is normally only possible with the agency of the Person's smartcard or similar device, and therefore normally only possible with the Person's consent.
    • 在电子记录系统中向注册人发行匿名公共密钥证书的方法,其中索引记录系统的指针存储在匿名公钥证书中,并且相关联的私钥由智能卡或类似设备控制。 当智能卡被其持有者正确输入其秘密密码短语激活时,电子记录可以被识别地索引,或者当只知道指针的值时匿名索引。 每个匿名公共密钥证书和相关联的注册人员之间的唯一直接联系是通过智能卡或类似设备控制的关联私钥。 使用本发明,从电子记录系统检索与给定注册人有关的可识别记录通常只能由人员的智能卡或类似设备的机构进行检索,因此通常只能在人的同意的情况下才可能。
    • 97. 发明申请
    • TEAR-OFF OPTICAL STACK HAVING PERIPHERAL SEAL MOUNT
    • 具有外围密封装置的光纤堆叠
    • WO03060563A2
    • 2003-07-24
    • PCT/US0210971
    • 2002-04-09
    • WILSON STEPHEN S
    • WILSON STEPHEN SWILSON SETHWILSON BART
    • A42B3/26A61F9/02G02B
    • A61F9/025A42B3/26
    • An optical stack of laminated removable lens for affixing to a face shield is disclosed. The stack includes a plurality of superposed removable lens adhesively affixed to one another, wherein each of the removable lens is held to each successive lens with a clear uninterrupted adhesive layer interposed between each lens. Each of the lens has a removal tab portion on one end which does not have any adhesive layer on either side thereof. This allows the wearer of the face shield to quickly grasp the removal tab portion for removing the top lens and exposing a clean lens directly underneath. The bottom-most removable lens of the stack has a band of adhesive formed around the periphery thereof for attachment of the stack to the face shield. The band of adhesive forms a seal which eliminates any moisture from the interface between the bottom-most lens and the shield.
    • 公开了一种用于固定在面罩上的层压可拆卸透镜的光学叠层。 该叠层包括多个粘合地固定在其上的叠置的可拆卸透镜,其中每个可拆卸透镜被夹持在每个连续透镜上,并且在每个透镜之间具有清晰的不间断的粘合剂层。 每个透镜在一端具有除去突片部分,其两侧不具有任何粘合剂层。 这允许面罩的佩戴者快速地抓住去除突出部分,以去除顶部透镜并且直接在下面露出干净的透镜。 堆叠的最底部的可移除透镜具有围绕其周边形成的粘合带,用于将叠层附接到面罩。 粘合带形成密封,其消除了最底部透镜和屏蔽之间的界面的任何水分。
    • 98. 发明申请
    • OPTICAL DISPLACEMENT SENSOR
    • 光学位移传感器
    • WO1993022624A1
    • 1993-11-11
    • PCT/AU1993000202
    • 1993-05-05
    • THE UNIVERSITY OF QUEENSLANDWILSON, Stephen, James
    • THE UNIVERSITY OF QUEENSLAND
    • G01D05/34
    • A61B5/113A61B2562/0266G01D5/268G01L1/243G01L11/025
    • An optical displacement sensor (10) comprises a flexible tube (13) having a reflective internal surface. One end of the tube (13) is connected to a light source (14) via a solid optical fibre (11). The other end of the tube (13) is connected to a light detector (15) via another optical fiber (12). Light from source (14) passes through the tube (13) and is detected by detector (15). The tube (13) is connected to a measurand such that displacement of the mesurand causes deformation of the tube (13), and such deformation is detected by variation in the intensity of light transmitted through the tube (13). The sensor is also able to detect changes in pressure to which the tube (13) is subjected. In a modified form, both the light source and detector are located at the same end of the tube, and light passing through the tube is reflected from the other end back to the detector.
    • 光学位移传感器(10)包括具有反射内表面的柔性管(13)。 管(13)的一端经由固体光纤(11)与光源(14)连接。 管(13)的另一端通过另一光纤(12)连接到光检测器(15)。 来自源(14)的光通过管(13)并由检测器(15)检测。 管(13)被连接到被测量体,使得变形的变形引起管(13)的变形,并且通过管(13)透射的光的强度的变化来检测这种变形。 传感器还能够检测管​​(13)经受的压力变化。 在改进形式中,光源和检测器都位于管的同一端,并且穿过管的光从另一端反射回检测器。