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    • 61. 发明申请
    • METHOD AND APPARATUS FOR RADIO TELEPHONE CALL HANDOVER IN AN UNDERGROUND RAILWAY COMMUNICATIONS SYSTEM
    • 地下铁路通信系统中无线电话呼叫切换的方法与装置
    • WO1997016892A1
    • 1997-05-09
    • PCT/GB1996002590
    • 1996-10-22
    • NOKIA TELECOMMUNICATIONS OYLOWDON, Christopher, John
    • NOKIA TELECOMMUNICATIONS OY
    • H04B05/00
    • H04B5/0018H04W16/26H04W36/00
    • Radio telephone apparatus for use in an underground railway system comprises two base stations (3, 4) respectively located at successive railway stations (1, 2). The base station (3) feeds a radiating cable (7) extending in the tunnel bore towards the base station (4) which feeds a radiating cable (12) extending in the tunnel bore towards the base station (3). When a train travels from the station (1) to the station (2), the mobile radio on the train effects call handover, i.e. transference of communication with cable (7) to communication with cable (12). To ensure no interruption in a call during handover, an attenuator (16) is incorporated in the cable (7) adjacent its end, such that the mobile radio effects call handover to the cable (12) before losing communication with the cable (7), even at the maximum possible speed of the train.
    • 用于地下铁路系统的无线电话设备包括分别位于连续的火车站(1,2)的两个基站(3,4)。 基站(3)将在隧道孔中延伸的辐射电缆(7)馈送到基站(4),基站(4)将在隧道孔中延伸的辐射电缆(12)馈送到基站(3)。 当火车从车站(1)行进到车站(2)时,列车上的移动无线电机实现呼叫切换,即与电缆(7)进行通信的传输以与电缆(12)通信。 为了确保在切换期间不会中断呼叫,衰减器(16)被并入其末端的电缆(7)中,使得在与电缆(7)通信之前,移动无线电对电缆(12)进行呼叫切换, ,即使在最大可能的火车速度。
    • 62. 发明申请
    • DETECTING MEMORY PROBLEMS IN COMPUTERS
    • 检测计算机中的内存问题
    • WO1997016786A1
    • 1997-05-09
    • PCT/FI1996000572
    • 1996-10-29
    • NOKIA TELECOMMUNICATIONS OYRINNE, JarmoPASANEN, Kari
    • NOKIA TELECOMMUNICATIONS OY
    • G06F11/00
    • G06F11/1004
    • In process controlling computers, such as switching exchanges, faults may prove to be very expensive. Particularly hard to solve are software defects. If problems occur, it is important that maintenance can be directed at the correct target as soon as possible. A threat is constituted by vandals and hackers. If the option for maintaining from elsewhere is incorporated in computers, the danger for misuse consequently increases. Prior art techniques for detecting memory problems do not necessarily reveal defects occurring at regular intervals caused by the method of calculation. Memory defects will occur at regular intervals e.g., if an address line of a memory circuit becomes faulty. A second drawback of the prior art is that the checksum has to be calculated anew if the contents of just one storage location change. The method of detecting memory problems according to the invention is "regularly irregular" so that it detects in a reliable manner an uncontrolled change in any storage area (MA). Furthermore, the checksum (CS) calculated according to the method may be updated upon changes of an element in a storage area (MA) so that the updating requires much less calculation than would calculating the checksum over the entire storage area (MA) being monitored. The method is applicable in detecting hardware and software defects and in expediting the restart of a computer.
    • 在过程控制计算机(例如交换机交换机)中,故障可能被证明是非常昂贵的。 特别难解决的是软件缺陷。 如果发生问题,重要的是可以尽快将维护指向正确的目标。 威胁是由破坏者和黑客组成的。 如果从其他地方维护的选项被并入计算机,则误用的危险因此增加。 用于检测存储器问题的现有技术不一定揭示由计算方法引起的以规则间隔发生的缺陷。 存储器缺陷将以规则的间隔发生,例如,如果存储器电路的地址线变得有故障。 现有技术的第二个缺点是如果只有一个存储位置的内容改变,那么必须重新计算校验和。 根据本发明的检测存储器问题的方法是“规则地不规则”,以便以可靠的方式检测任何存储区域(MA)中的不受控制的改变。 此外,根据方法计算的校验和(CS)可以在存储区域(MA)中的元素的改变时更新,使得更新需要的计算少于在被监视的整个存储区域(MA)上计算校验和 。 该方法适用于检测硬件和软件缺陷以及加快计算机的重新启动。
    • 63. 发明申请
    • A COAXIAL CONNECTOR AND METHOD FOR FIXING THIS CONNECTOR TO A CIRCUIT BOARD
    • 用于将该连接器固定到电路板的同轴连接器和方法
    • WO1997010629A1
    • 1997-03-20
    • PCT/FI1996000485
    • 1996-09-13
    • NOKIA TELECOMMUNICATIONS OYSÄRKINIEMI, Mauno
    • NOKIA TELECOMMUNICATIONS OY
    • H01R23/70
    • H01R24/50H01R12/721H01R2103/00
    • The invention relates to a coaxial connector (1) for mounting on a circuit board and comprising: an elongated bar-like center connector (2) whose first end is formed to receive a center connector in the counterpart of the coaxial connector, and whose second end is provided with an attachment pin (4) to connect the center connector to a conductor tab on the circuit board surface, whereby the attachment pin (4) will be positioned substantially parallel to the conductor tab; a pipe-like connector (3) whose one end is provided with a grounding pin (5) for connecting the pipe-like connector to a grounding tab on the circuit board surface. In order to fix the coaxial connector to the circuit board without separate fixing means, the grounding pin (5) is arranged to protrude from the coaxial connector (1) in such a direction that the grounding pin (5) and the attachment pin (4) together form a substantially right angle, thus making the grounding pin (5) to protrude into a hole or recess in the surface of the circuit board when the coaxial connector (1) is arranged in its place on the circuit board.
    • 本发明涉及一种用于安装在电路板上的同轴连接器(1),包括:细长的杆状中心连接器(2),其第一端被形成为容纳同轴连接器的对应物中的中心连接器, 端部设置有连接销(4),以将中心连接器连接到电路板表面上的导体突片,由此附接销(4)将基本上平行于导体突片定位; 管状连接器(3),其一端设有用于将管状连接器连接到电路板表面上的接地片的接地引脚(5)。 为了在没有单独的固定装置的情况下将同轴连接器固定到电路板上,接地销(5)布置成沿着与接地销(5)和安装销(4)的方向从同轴连接器(1)突出 )一起形成基本上直角,从而当同轴连接器(1)布置在电路板上的位置时,使接地销(5)突出到电路板表面中的孔或凹部中。
    • 64. 发明申请
    • A HANDOVER METHOD, AND A CELLULAR RADIO SYSTEM
    • 切换方法和细胞无线电系统
    • WO1997008911A1
    • 1997-03-06
    • PCT/FI1995000467
    • 1995-08-31
    • NOKIA TELECOMMUNICATIONS OYKEURULAINEN, JereHÄKKINEN, HannuHÄMÄLÄINEN, Seppo
    • NOKIA TELECOMMUNICATIONS OY
    • H04Q07/38
    • H04W36/36
    • The invention relates to a handover method in a cellular radio system, and a cellular radio system. The cellular radio system comprises at least one subscriber terminal (101 and 102) and a base station (103 - 107), and in the system the subscriber terminal (101) maintains and continuously updates an active set of base stations (103 - 106), one or several base station (103 - 106) belonging to the active set having a connection or connection set-up facilities to the subscriber terminal. The subscriber terminal (101) controls the downlink transmission of one or several base stations (103 - 106) of the active set by switching the transmission of the base station on or off. This method provides a fast soft handover similar to the hard handover.
    • 本发明涉及蜂窝无线电系统中的切换方法以及蜂窝无线电系统。 蜂窝无线电系统包括至少一个用户终端(101和102)和基站(103-107),并且在该系统中,该用户终端(101)维护和连续地更新一组基站(103-106) 属于活动组的一个或多个基站(103-106)具有到用户终端的连接或连接建立设施。 用户终端(101)通过开启或关闭基站的传输来控制活动集的一个或几个基站(103-106)的下行链路传输。 该方法提供类似于硬切换的快速软切换。
    • 66. 发明申请
    • HANDLING INTERRUPTS IN A SYNCHRONOUS ENVIRONMENT
    • 处理同步环境中的中断
    • WO1997003402A1
    • 1997-01-30
    • PCT/FI1996000407
    • 1996-07-10
    • NOKIA TELECOMMUNICATIONS OYKORHONEN, JariTOUKOMIES, Veikko
    • NOKIA TELECOMMUNICATIONS OY
    • G06F13/372
    • G06F13/26
    • The invention relates to a method and system by means of which a large number of peripheral modules (TRn) can request service from a controller, e.g. in form of an interrupt request. Congestion of service requests is prevented in advance by assigning a predetermined time slot to each peripheral module (TRn) during which it is allowed to ask for service from the controller. The time slots are coordinated by a time slot counter which is stepped with a clock signal (CLK). The time slot counters of the different peripheral modules are synchronized with a synchronization signal (SYNC). The peripheral modules (TRn) may include subperipheral modules, whereby each subperipheral module can request service independently, or a gate N1 coupled to a register SR1 may be employed for detecting that a subperipheral module requires service.
    • 本发明涉及一种方法和系统,通过该方法和系统,大量的外围模块(TRn)可以从控制器请求服务,例如, 以中断请求的形式。 通过向允许从控制器请求服务的每个外围模块(TRn)分配预定时隙来提前阻止拥塞服务请求。 时隙由时钟计数器协调,时隙计数器采用时钟信号(CLK)进行步进。 不同外设模块的时隙计数器与同步信号(SYNC)同步。 外围模块(TRn)可以包括副外围模块,由此每个子外围模块可以独立地请求服务,或者可以采用耦合到寄存器SR1的门N1来检测外围模块是否需要服务。
    • 67. 发明申请
    • SYSTEM FOR CONNECTING A PACKET DATA NETWORK TO A DIGITAL RADIO NETWORK
    • 将分组数据网络连接到数字无线电网络的系统
    • WO1997002670A1
    • 1997-01-23
    • PCT/FI1996000391
    • 1996-07-03
    • NOKIA TELECOMMUNICATIONS OYKASSLIN, MikaRINNE, MikaSALOMÄKI, Ari
    • NOKIA TELECOMMUNICATIONS OY
    • H04H01/00
    • H04H20/02H04H20/46H04H20/72H04H2201/20H04L12/46
    • The system described adapts packets of the fixed network directly to a DAB protocol packet channel. From the incoming packet stream, desired packets are separated by means of a receiving unit (63, 64, 65). An address and protocol converter (66) is used for separating packet addressing from the packet, and converting the addressing into the address of a mobile DAB receiver by using a conversion table. The converted address is transferred to the Data Group address field. Following this, DAB packets are made up from the Data Group in a manner known per se, and the converted address has also been transferred to the address field of the DAB packets. The packets are transferred to buffers (67) and further to the DAB system (B). The system is particularly well suited to adapting ATM cells and FR frames to the DAB system.
    • 所描述的系统将固定网络的分组直接适配到DAB协议分组信道。 从输入的分组流中,期望的分组通过接收单元(63,64,65)分离。 地址和协议转换器(66)用于从分组中分离分组寻址,并通过使用转换表将寻址转换成移动DAB接收机的地址。 转换的地址被传送到数据组地址字段。 此后,DAB数据包以本身已知的方式由数据组组成,并且转换的地址也已传送到DAB数据包的地址字段。 分组被传送到缓冲器(67)并进一步传送到DAB系统(B)。 该系统特别适合于将ATM信元和FR帧适配到DAB系统。
    • 69. 发明申请
    • A METHOD FOR PROVIDING A DELIVERY CONFIRMATION OF MESSAGE DELIVERIES MADE IN A TELEPHONE NETWORK
    • 提供电话网络中传递消息传递确认的方法
    • WO1996042163A1
    • 1996-12-27
    • PCT/FI1996000341
    • 1996-06-07
    • NOKIA TELECOMMUNICATIONS OYVITIKAINEN, Timo
    • NOKIA TELECOMMUNICATIONS OY
    • H04M03/50
    • H04M3/533H04M2203/2016H04M2203/2083
    • The invention relates to a method for providing delivery confirmations of message deliveries made in a telephone network (10). The method comprises the following steps: (a) a subscriber A provides a message addressed to a subscriber B, which message is temporarily stored in a storage device (14) located in the network, (b) an attempt is made for delivering the stored message to subscriber B, and (c) after the delivery attempts, subscriber A is delivered a confirmation of the result of the message delivery. In order that the confirmations can be provided as simply as possible from the subscriber's point of view, and causing a minimum load to the network, the network maintains subscriber-specific information on whether the subscriber has such a message delivery service available that allows delivery of subscriber-specific messages, whereby upon delivering a confirmation, it is possible to route a confirmation addressed to subscriber A to the message delivery service (15) on the basis of the information, if need be.
    • 本发明涉及一种用于提供在电话网络(10)中进行的消息传送的传送确认的方法。 该方法包括以下步骤:(a)用户A提供寻址到订户B的消息,该消息被临时存储在位于网络中的存储设备(14)中,(b)尝试传送所存储的 消息给订户B,以及(c)在发送尝试之后,向订户A发送关于消息传递结果的确认。 为了尽可能简单地从用户的角度提供确认,并且对网络造成最小的负担,网络维护用户特定的信息,关于用户是否具有可用的这样的消息传递服务, 用户特定消息,由此在交付确认时,如果需要,可以基于该信息将寻址到订户A的确认路由到消息传递服务(15)。
    • 70. 发明申请
    • METHOD AND APPARATUS FOR ADAPTING AN ASYNCHRONOUS BUS TO A SYNCHRONOUS CIRCUIT
    • 将异步总线适配到同步电路的方法和装置
    • WO1996038793A2
    • 1996-12-05
    • PCT/FI1996000285
    • 1996-05-23
    • NOKIA TELECOMMUNICATIONS OYPIIRAINEN, Olli
    • NOKIA TELECOMMUNICATIONS OY
    • G06F13/42
    • G06F13/405
    • Many digital processors have an asynchronous bus controlled by two control signals (ENA', RWN). To interface a synchronous memory to an asynchronous bus, interface logic is required. In the interface (3) for transferring data (DATA) from an asynchronous circuit (1) to a synchronous circuit (2), data to be written are written in an intermediate register (DR) while the timing control signals (ENA', RWN) are being synchronized to the system clock (CKO) by means of flip-flops. Correspondingly, in the interface (4) for transferring data (DATA) from the synchronous circuit (2) to the asynchronous circuit (1), the signal (RWN) indicating a read transaction from the synchronous circuit is synchronized to the system clock by means of a flip-flop circuit.
    • 许多数字处理器具有由两个控制信号(ENA',RWN)控制的异步总线。 为了将同步存储器连接到异步总线,需要接口逻辑。 在用于将数据(DATA)从异步电路(1)传送到同步电路(2)的接口(3)中,要写入的数据被写入中间寄存器(DR),同时定时控制信号(ENA',RWN )通过触发器与系统时钟(CKO)同步。 相应地,在用于将数据(DATA)从同步电路(2)传送到异步电路(1)的接口(4)中,指示来自同步电路的读取事务的信号(RWN)通过装置与系统时钟同步 的触发器电路。