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    • 3. 发明专利
    • AUTOMATIC TELEPHONE ANSWERING DEVICE
    • CA985811A
    • 1976-03-16
    • CA168204
    • 1973-04-09
    • MUELLER WILLYMOSER MARKUS
    • MUELLER WILLYMOSER MARKUS
    • H04M1/65
    • 1408899 Substation equipment W MULLER 28 Nov 1972 [31 July 1972] 54964/72 Heading H4K In a telephone answering machine, the control circuitry operates on a digital basis. The control logic takes the form of an integrated circuit pack. Each component such as a relay, motor and signal lamp is connected in series with the emitter/collector path of a transistor which is turned-on and -off by zero or positive level signals applied to its base. The machine is formed as a plinth unit for a telephone subset (Fig. 1, not shown) and utilizes magnetic cassettes whose movements are controlled by push buttons located on the front panel of the plinth. The general arrangement shown in Fig. 2 uses a convention that boxed references, e.g. HF, indicate a (positive level) digital control signal supplied from the logic whereas encircled references, e.g. AS, indicate a (zero level) digital signal supplied to the logic. Recording an announcement.-A function switch is set to the relevant position thereby lighting a pilot lamp and applying a start condition to the logic which responds by enabling relays K5, K6 (of corresponding contacts in Fig. 2). A microphone is thereby connected via preamp 32, and main amplifier 31 to a record/ play-back head AW1 associated with an announcement tape which is moved forward by depression of a control push button on the machine. Unit 40 provides an erase signal to erase head LK1 and a premagnetization signal via capacitor 43 to record head AW1. When the owner has made his announcement he releases the microphone speech switch but not the control push button thereby permitting the logic to enable an active filter unit 33 to impress a 200 Hz time on the recording tape. After say 6 seconds, the owner makes a final announcement, following which the tone is again recorded until the tape reaches its end whereupon a metal insert thereon bridges contacts that cause the tape to be rewound. The control push button is released. Rewind of the tape could be effected by manual intervention. Replaying the announcement.-The function switch is set appropriately whereby the record head AW1 is connected via the amplifiers to a loudspeaker 37 whose power amplifier 36 is now enabled from the logic. Answering an incoming call and recording an incoming message.-In response to ringing current, detector 27 enables the logic which actuates relay K1 to loop the line, relay K2 to connect the line to the machine via transformer 23, and K3 to connect the output of amplifier 31 to the line. The recorded announcement is replayed by head AW1 whereafter the logic permits filter 33 and detector 38 to recognize the recorded tone which provides a 6 second grace period during which the caller is expected to start talking. The announcement tape is stopped while speech occurs. Relays K6, K8, K4 are energized and K3 de-energized to connect the line to message recording head AW2. Speech detector 46 monitors the line for presence of speech and enables the logic following the absence thereof for a preset time. The logic is also enabled if a break in the recording tape is identified or if an overall system timer times out. In any case head AW1 is reconnected to line for the final announcement following which the occurrence of the second prerecorded tone causes the logic to restore the machine to rest. The announcement tape may be rewound by the logic or by its contact bridging insert. Replaying messages.-The function switch is set so that the logic enables K8 thereby connecting the head AW2 to the loudspeaker. General.-The use of transistorized differentiatiors and integrators in the ringing and speech detector circuits is suggested. The various potentiometers and variable impedances shown on the drawing are set to provide a constant recording level. Pilot lamps to indicate that the machine is connected to line, contains an incoming message and is prepared to record an announcement message are utilized.
    • 5. 发明申请
    • INTERACTIVE PROCESSES FOR SUBSCRIBERS IN A COMMUNICATION NETWORK
    • 交往过程中在通信网络参与者
    • WO2008138826A3
    • 2009-01-08
    • PCT/EP2008055621
    • 2008-05-07
    • SIEMENS AGHAGL ERICHHAGL PETERMOSER MARKUSPELZMANN MARTINZIMMERMANN MATTHIAS
    • HAGL ERICHHAGL PETERMOSER MARKUSPELZMANN MARTINZIMMERMANN MATTHIAS
    • H04N7/173
    • H04N7/17318H04N21/4182H04N21/42201H04N21/4415H04N21/4758H04N21/854
    • The invention relates to a multistage interactive process for subscribers in a communication network, comprising a processing unit and a means for transmitting a content data stream representing an entertainment program to a plurality of terminal devices for outputting the content data stream. The terminal devices are configured to transmit messages to the processing unit. According to this process, an unambiguous qualifier is allocated to every subscriber, the processing unit allocates to every subscriber a certain role of a plurality of roles of the entertainment program, said allocation being carried out by evaluation of a number of first messages transmitted by the subscribers, said messages comprising the qualifiers allocated to a respective subscriber. The second messages of subscribers allocated to a first role in response to a plurality of possible choices contained in the content data stream is used to determine a result parameter for the first role and the result parameter for the first role is used as the input parameter for at least one second role so that the development of the second role is influenced.
    • 有在通信网络中提供了一种用于参与者的多步相互作用的方法,包括处理单元和装置,用于发送表示内容数据流给多个终端的,用于输出所述内容数据流,其中,所述终端适用于消息传送到所述处理单元的娱乐节目,其特征在于 在每种情况下一个唯一的标识符被分配给每个用户的每个用户是由多个的娱乐节目的辊,其中所述分配是通过评估数目的由参与者发送由特定角色的处理单元分配的第一消息包括所分配的相应的加入者识别符 可能的选择包括,由第一辊的第二消息的评估分配包含在响应与会者在当前的多个内容数据的 速度的结果,对于第一辊参数被确定并作为用于至少一个第二辊的输入参数中的第一作用的结果参数被使用,使得所述第二辊的流动受到影响。
    • 6. 发明申请
    • VERFAHREN UND VERKEHRSLEITSYSTEM ZUR STEUERUNG VON VERKEHRSSTRÖMEN MIT GEFAHRENGUT- ODER SONDERTRANSPORTEN
    • 进行流量控制方法与交通控制系统与危险材料或特种TRANSPORTS FLOWS
    • WO2008043613A1
    • 2008-04-17
    • PCT/EP2007/059317
    • 2007-09-06
    • SIEMENS AKTIENGESELLSCHAFTHAGL, PeterMOSER, MarkusPELZMANN, MartinPOHL, AlfredZIMMERMANN, Matthias
    • HAGL, PeterMOSER, MarkusPELZMANN, MartinPOHL, AlfredZIMMERMANN, Matthias
    • G08G1/123G08G1/0967
    • G08G1/207
    • Verfahren sowie Verkehrsleitsystem zur Steuerung von Verkehrsströmen mit Gefahrengut- oder Sondertransporten (7.n) durch sicherheitskritische Verkehrsbereiche (1), wie etwa Tunnels, Brücken oder Schleusen, bei dem sicherheitsrelevante Daten mithilfe eines an den Gefahrengut- oder Sondertransporten (7.n) angeordneten Signalgebers (4) beim Passieren von im sicherheitskritischen Verkehrsbereich (1) angeordneten Lesegeräten (5) ausgelesen und an eine zentrale Recheneinheit (3) übermittelt werden, wobei die zentrale Recheneinheit (3) anhand der sicherheitsrelevanten Daten aller im sicherheitskritischen Verkehrsbereich (1) befindlichen Gefahrengut- oder Sondertransporte (7.n) ein Sicherheitsrisiko im sicherheitskritischen Verkehrsbereich (1) ermittelt, und zur Vermeidung eines unzulässigen Sicherheitsrisikos Verkehrsleitsignale setzt, die das Unfallrisiko eines Gefahrengut- oder Sondertransportes (7.n) im sicherheitskritischen Verkehrsbereich (1) reduzieren.
    • 用于控制流量的方法和交通引导系统通过安全关键业务区(1),诸如隧道,桥梁或锁有害物质或异常负载(7.n),其中使用与设置在有害物质或异常负载(7.n)与安全有关的信息流 布置信号发射器(1)位于危险的(4)使中的安全关键流量区(1)读取器(5)被读出和到中央处理单元(3)被接收,其中,所述中央处理单元(3)的基础上的所有安全关键流量区的安全相关的数据时 - 或特殊的运输(7.n)确定中的安全关键流量区(1)中的安全风险,并且设置以避免不可接受的安全风险交通控制信号,一个有害材料或中的安全关键流量区特殊运输(7.n)的事故风险(1)减少。