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    • 42. 发明公开
    • Wide range accumulator conveyor
    • Sterefördererfüreinen weiten Bereich。
    • EP0223441A1
    • 1987-05-27
    • EP86308303.6
    • 1986-10-24
    • FIGGIE INTERNATIONAL INC. (Delaware Corporation)
    • Eaton, Daniel T.Benningfield, George W.
    • B65G13/071B65G47/26
    • B65G47/261B65G2203/042
    • A fluid controlled and actuated belt (B) driven, live roller (R), accumulator conveyor (10) includes an improved article sensor (33) and control valve (CV), and accumulates articles (L) of varying shape and weights of, for example, from less than 1 pound up to about 100 pounds with no fluid pressure adjustment. Loads of up to 300 pounds are handled merely by increasing fluid pressure and with no structural changes. An article sensor (33) provides a significant mechanical advantage for operation of the control valve (CV) in each zone and, in conjunction with a normally open control valve (CV), provides an accumulator for handling such wide range of article weights. A brake (25,26) is pivoted directly on a tension roller pivot (15) to brake an article (L) when the tension roller (T) is dropped out.
    • 流体控制和致动带(B)驱动的活动辊(R),蓄能器输送机(10)包括改进的物品传感器(33)和控制阀(CV),并且累积不同形状和重量的物品(L) 例如从小于1磅到大约100磅,没有流体压力调节。 高达300磅的负载仅通过增加流体压力并且没有结构变化来处理。 物品传感器(33)为每个区域中的控制阀(CV)的操作提供了显着的机械优点,并且与常开的控制阀(CV)一起提供了用于处理这种宽范围的物品重量的蓄能器。 当张紧辊(T)脱落时,制动器(25,26)直接枢转在张紧辊枢轴(15)上以制动物品(L)。
    • 45. 发明授权
    • Speech recognition system
    • 语音识别系统
    • EP0065829B1
    • 1986-08-20
    • EP82302232.2
    • 1982-04-29
    • Figgie International Inc.
    • Hitchcock, Myron H.
    • G10L9/12
    • G10L15/00
    • A microcomputer is used for speaker independent speech recognition with a carefully selected vocabulary which may be manufactured at extremely low cost for specialised applications. A circuit (13) generates an AC electrical signal having a frequency determined by the speech input. A detector (33) produces digital signals by comparing the AC electrical signal with a threshold electrical signal level. A counting circuit (31) is connected to the detector for counting the digital signals within time intervals defined by a clock circuit (35) to generate digital count signals. The digital count signals are analysed to produce a speech identifying digital signal, and the speech identifying digital signal is compared with a plurality of speech template digital signals stores in a memory (19) to determine if the speech identifying digital signal corresponds to a matching one of the plurality of speech templates. An output signal generator (23) identifies the matching speech template.
    • 微型计算机用于与讲话者无关的语音识别,其中精心挑选的词汇表可能以极低的成本制造,专门用于应用。 电路(13)产生具有由语音输入确定的频率的AC电信号。 检测器(33)通过将AC电信号与阈值电信号电平进行比较来产生数字信号。 计数电路(31)连接到检测器,用于在由时钟电路(35)定义的时间间隔内对数字信号进行计数以产生数字计数信号。 分析数字计数信号以产生语音识别数字信号,并将语音识别数字信号与存储在存储器(19)中的多个语音模板数字信号进行比较,以确定语音识别数字信号是否对应于匹配的 在多个语音模板中。 输出信号发生器(23)识别匹配的语音模板。
    • 46. 发明公开
    • Card reader for security system
    • 安全系统的读卡器
    • EP0107291A3
    • 1986-01-22
    • EP83304918
    • 1983-08-25
    • Figgie International Inc.
    • Khandwala, Bhupendra J.Young, Jorge A.
    • G07C09/00G07C01/14
    • G07C1/14G07C9/00039G07C9/00103
    • There is disclosed herein an improved card reader for a security system utilizing a central controller and a plurality of card readers for controlling traffic through critical doors in a facility. The improved reader includes means for improving the system throughput by buffer storing large numbers of transactions all occurring within a short time for time clock functions in time and attendance applications for hourly employees. Also disclosed are means for conditioned emergency responses to sensed changes in status of alarm contacts coupled to the reader and located in the vicinity of the reader within 2 miles. There is also disclosed means for temporarily storing transaction" information for transactions made during periods when communications with the controller are lost. During such degraded mode operation, access is granted to cardholders with the proper system code and their ID code and the time of the transaction are stored in a buffer. When communications are restored, the transactions saved in the buffer are sent to the controller.
    • 本文公开了一种用于安全系统的改进的读卡器,其使用中央控制器和多个读卡器来控制通过设施中的关键门的交通。 改进的阅读器包括用于通过缓冲器存储大量交易来提高系统吞吐量的装置,所述交易全部在短时间内为小时工的时间和出勤应用中的时钟功能发生。 还公开了用于对与读取器连接并且位于读取器附近2英里内的报警触点的状态感测到的变化进行条件应急响应的装置。 还公开了用于临时存储交易“在与控制器的通信期间进行的交易的信息”的手段,在这种降级模式操作期间,持有正确的系统代码及其ID码和交易时间的持卡人 存储在一个缓冲区中,当通信恢复时,保存在缓冲区中的事务被发送到控制器。
    • 47. 发明公开
    • Card reader for security system
    • 安全系统的读卡器
    • EP0104767A2
    • 1984-04-04
    • EP83304917.4
    • 1983-08-25
    • FIGGIE INTERNATIONAL INC. (Delaware Corporation)
    • Khandwala, Bhupendra J.Young, Jorge A.Kalustian, Sarkis V.
    • G07C9/00G07C1/14
    • G07C1/14G07C9/00039G07C9/00103
    • There is disclosed herein an improved card reader for a security system utilizing a central controller and a plurality of card readers for controlling traffic through critical doors in a facility. The improved reader includes means for improving the system throughput by buffer storing large numbers of transactions all occurring within a short time for time clock functions in time and attendance applications for hourly employees. Also disclosed are means for conditioned emergency responses to sensed changes in status of alarm contacts coupled to the reader and located in the vicinity of the reader within 2 miles. There is also disclosed means for temporarily storing transaction information for transactions made during periods when communications with the controller are lost. During such degraded mode operation, access is granted to cardholders with the proper system code and their ID code and the time of the transaction are stored in a buffer. When communications are restored, the transactions saved in the buffer are sent to the controller.
    • 本文公开了一种用于安全系统的改进的读卡器,其使用中央控制器和多个读卡器来控制通过设施中的关键门的交通。 改进的阅读器包括用于通过缓冲器存储大量交易来提高系统吞吐量的装置,所述交易全部在短时间内为小时工的时间和出勤应用中的时钟功能发生。 还公开了用于对与读取器连接并且位于读取器附近2英里内的报警触点的状态感测到的变化进行条件应急响应的装置。 还公开了用于暂时存储在与控制器的通信丢失期间进行的交易的交易信息的手段。 在这种退化模式操作期间,持卡人将使用适当的系统代码和他们的ID代码进行访问,并且交易时间被存储在缓冲器中。 通信恢复时,保存在缓冲区中的事务将发送到控制器。