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
    • 1. 发明申请
    • A SYSTEM FOR ASSISTING THE RESCUE OF VULNERABLE PERSONS
    • 用于协助维护可疑人员的制度
    • WO2010136807A4
    • 2011-03-10
    • PCT/GB2010050886
    • 2010-05-27
    • WILSON DEREK ALEXANDERTOOP NICOLAS JAMES
    • WILSON DEREK ALEXANDERTOOP NICOLAS JAMES
    • G08B1/08G08B5/36G08B7/06G08B17/10G08B29/28
    • G08B1/08G08B3/10G08B5/36G08B7/06G08B7/064G08B7/066G08B17/10G08B29/28
    • Fire rescue crew, on entering a burning building (1), will search rooms (1A to 1H) in a strictly specified order to ensure that every room is searched. A problem is that this procedure does not ensure that top priority is given to rooms that are likely to contain vulnerable persons such as children. The problem is solved using a visual signalling unit (5) mounted on or adjacent the door of a room (1F) identified as containing a vulnerable person and visible to rescuers in the access area. The signalling unit comprises: a microphone (6); means (9) for processing an output of the microphone so as to identify a sound emanated from a smoke alarm; and means (12, 12A) for generating, in response to such detection, a visual signal, visible to rescuers in the access area. A smoke alarm needs to respond immediately so as to alert occupants of a building and rescuers. However, there is inevitably a delay between detection of a fire and arrival of the rescuers in response to such detection. Because the purpose of the invention is to be seen by the rescuers, it does not need to respond immediately, unlike the smoke alarm itself. At least part of the delay (at least 15 seconds and preferably more) between detection of the fire and arrival of the rescuers can therefore be used usefully for processing the received sound signals so as to eliminate false alarms. But for this feature there would be a problem in distinguishing between the sound of a smoke alarm and other ambient noises such as music or bird-song.
    • 消防人员进入焚烧楼(1)时,将严格按照指定的顺序搜查房间(1A至1H),以确保每个房间都被搜查。 一个问题是,这个程序不能确保优先考虑可能包含弱势群体如儿童的房间。 使用安装在被识别为容纳易受伤害的人并且在接入区域中的救援人员可见的房间(1F)的门上或附近的视觉信号单元(5)来解决该问题。 信令单元包括:麦克风(6); 用于处理麦克风的输出以识别从烟雾报警器发出的声音的装置(9); 以及用于响应于这种检测而产生视觉信号的装置(12,12A),其在所述存取区域中对救援人员可见。 烟雾报警器需要立即作出响应,以提醒建筑物和救援人员的居住者。 然而,响应于这种检测,检测火灾和救援人员到达之间不可避免地有延迟。 由于本发明的目的是由救援人员来看待,因此不像烟雾报警器本身那样立即作出反应。 因此,在检测火灾和救援人员到达之间的延迟的至少一部分(至少15秒,优选更多)可以有效地用于处理所接收的声音信号,以消除假警报。 但是,对于这个特征,在区分烟雾报警器的声音和诸如音乐或鸟歌之类的其它环境噪声方面将存在问题。
    • 2. 发明申请
    • AN ALARM SIGNAL RESPONDER
    • 警报信号响应者
    • WO2010136808A4
    • 2011-03-10
    • PCT/GB2010050887
    • 2010-05-27
    • WILSON DEREK ALEXANDERTOOP NICOLAS JAMES
    • WILSON DEREK ALEXANDERTOOP NICOLAS JAMES
    • G08B17/10G08B1/08G08B3/10G08B7/06G08B29/28
    • G08B1/08G08B3/10G08B5/36G08B7/06G08B7/064G08B7/066G08B17/10G08B29/28
    • Known responders designed to detect and respond to a the sound of a smoke alarm consume more power than is consistent with long battery life. They also rely on a prior knowledge of the frequency characteristics of the smoke alarm. The problem is solved using a processor (8), connected to receive signals derived from a microphone (5) and programmed to detect (20) a degree of consistency in one or more characteristics of bursts of sound from the smoke alarm (SD) before responding. This is preferably done using means (18) for examining measured periods and/or on/off ratios of the sound bursts. In this way it becomes possible to eliminate problems associated with high false alarm rates, high processor power requirements and the dependency on a knowledge of the characteristics of the smoke alarm. Furthermore, because the processor (8) needs only to detect consistency in the pattern of on/off pulses in the received signal, the processing power is a magnitude less than would be necessary for more complex methods.
    • 设计用于检测和响应烟雾报警器的声音的已知响应器比长时间的电池寿命消耗更多的功率。 他们还依赖于烟雾报警器的频率特性的先前知识。 使用处理器(8)解决问题,处理器(8)被连接以接收从麦克风(5)导出的信号,并被编程为在烟雾报警器(SD)之前检测(20)一个或多个来自烟雾报警器(SD)的声音突发特征的一致性程度 响应。 优选使用用于检查声音脉冲串的测量周期和/或开/关比率的装置(18)来完成。 以这种方式,可以消除与高错误报警率,高处理器功率要求相关的问题以及对烟雾报警器的特性的了解的依赖。 此外,因为处理器(8)仅需要检测接收信号中的开/关脉冲的模式的一致性,所以处理能力比对于更复杂的方法所需要的更小。