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    • 2. 发明申请
    • IMPROVEMENTS RELATING TO DIGITAL BROADCASTING COMMUNICATIONS
    • 关于数字广播通信的改进
    • WO2005083917A1
    • 2005-09-09
    • PCT/GB2005/000650
    • 2005-02-23
    • LOGICACMG UK LIMITEDCAVILL, Simon, RafeKENNY, Gavin
    • CAVILL, Simon, RafeKENNY, Gavin
    • H04H1/00
    • H04H60/15H04H60/16H04H60/22H04H60/23H04H2201/30
    • Improvements relating to digital broadcasting communications to a Digital Broadcast communications system, comprising a Transmission System (8), a number of Transmitting Stations (9) and a number of Receivers (15), are added Secure Server (1) and Secure Client (10) subsystems. The Secure Server (1) encrypts one or more traffic streams received from Content Servers (7) before transmission of the Digital Media communications system, and controls distribution of the encryption keys only to those Secure Clients (10) which are allowed access to the content and have requested the service at that time. The Secure Client can request access to any of the subscribed services at any time via a return channel and is charged only for the content received. This enables the Digital Broadcast operator to provide pay-for-content or restricted access services using a centrally-controlled access mechanism.
    • 包括传输系统(8),多个发射台(9)和多个接收器(15)的数字广播通信系统的数字广播通信相关的改进被添加到安全服务器(1)和安全客户端(10) )子系统。 安全服务器(1)在传输数字媒体通信系统之前加密从内容服务器(7)接收的一个或多个业务流,并且仅将加密密钥的分配控制到允许访问内容的那些安全客户端(10) 并请求当时的服务。 安全客户端可以随时通过返回通道请求访问任何订阅的服务,并且仅对所收到的内容收费。 这使得数字广播运营商能够使用集中控制的访问机制来提供付费内容或受限访问服务。
    • 3. 发明申请
    • ANAESTHESIA CONTROL SYSTEM
    • 麻醉控制系统
    • WO1998010701A1
    • 1998-03-19
    • PCT/GB1997002435
    • 1997-09-10
    • THE UNIVERSITY COURT OF THE UNIVERSITY OF GLASGOWMANTZARIDIS, HaralambosKENNY, Gavin, Nicholson, Cleghorn
    • THE UNIVERSITY COURT OF THE UNIVERSITY OF GLASGOW
    • A61B05/11
    • A61B5/4821A61B5/1106A61B5/6814A61B5/7239A61B2505/05
    • An anaesthesia control system and a method of calculating an index representative of the depth of anaesthesia is disclosed. The method comprises subjecting a patient to a repetitive audio stimulus and monitoring auditory evoked potentials (AEP) produced by the patient and then recording these auditory evoked potentials using EEG recording means and providing a signal corresponding to the coarseness of the monitored AEP signal and using this signal as an index indicative of anaesthetic depth. The raw AEP signal is divided into a series of sweeps and each sweep is synchronised with the repetitive audio stimulus and sweeps are recorded in sequence to produce a time averaged sweep from which the anaesthetic index is calculated. The anaesthetic index is constantly updated by repeatedly conducting a successive series of sweeps. The system and index signal can be used as part of an anaesthesia control system for regulating the supply of anaesthetic to the patient to maintain the anaesthetic index at a predetermined level.
    • 公开了一种麻醉控制系统和计算代表麻醉深度的指标的方法。 该方法包括使患者接受由患者产生的重复音频刺激和监测听觉诱发电位(AEP),然后使用EEG记录装置记录这些听觉诱发电位,并提供对应于所监测的AEP信号的粗糙度的信号并使用该信号 信号作为指示麻醉深度的指标。 原始AEP信号被分成一系列扫描,并且每个扫描与重复的音频刺激同步,并且依次记录扫描以产生计算麻醉指数的时间平均扫描。 麻醉指数不断更新,重复进行连续的扫描。 系统和指标信号可以用作麻醉控制系统的一部分,用于调节向患者供应麻醉剂以将麻醉指数维持在预定水平。