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    • 61. 发明申请
    • GALVANIC SWITCHING DEVICE
    • 移动开关装置
    • WO1989002650A1
    • 1989-03-23
    • PCT/SE1988000452
    • 1988-09-02
    • TELEFONAKTIEBOLAGET L M ERICSSONROOS, Sture, Gösta
    • TELEFONAKTIEBOLAGET L M ERICSSON
    • H01H01/16
    • H01H67/26
    • A switching device for providing electrical making or breaking at a cross point (Fig. 7) among a plurality of cross points, which are arranged in a connection matrix with a plurality of incoming conductors (x) and a plurality of outgoing conductors (y) to each intersection point. An incoming conductor (x) and an outgoing conductor form a first and a second contact surface (61a and 51, 52) spaced from each other. The contact, which can be electrically conductive or non-conductive, is achieved by one or two balls (1, 2) which are moved with the aid of control means, e.g. a pin (S12). In one embodiment for providing contact between a plurality of incoming wire pairs (x, a, b) and a plurality of outgoing wire pairs (y, a, b) the balls (1-4) are arranged in pairs in a plurality of cavities (H1-H4) in a connection block (K) and are moved to their respective positions with the aid of the pins and rods (9) in the cavities. An operating means (M) with lifting plates (L1, L2) and combination plates (K1-K5, K2-K6) for selecting what balls which are to be moved by the pins are described.
    • 一种用于在与多个输入导体(x)和多个输出导体(y)以连接矩阵排列的多个交叉点中的交叉点(图7)提供电气制造或断开的开关装置, 到每个交点。 输入导体(x)和输出导体形成彼此间隔开的第一和第二接触表面(61a和51,52)。 可以是导电或不导电的触点通过一个或两个球(1,2)来实现,所述一个或两个球(1,2)借助于控制装置(例如, (S12)。 在多个输入线对(x,a,b)和多个输出线对(y,a,b)之间提供接触的一个实施例中,球(1-4)成对地布置在多个空腔 (H1-H4),并且借助于空腔中的销和杆(9)而移动到它们各自的位置。 描述了具有提升板(L1,L2)和组合板(K1-K5,K2-K6)的操作装置(M),用于选择要被销子移动的球。
    • 64. 发明申请
    • METHOD AND DEVICE TO EXECUTE TWO INSTRUCTION SEQUENCES IN AN ORDER DETERMINED IN ADVANCE
    • 执行订单中两个指令序列的方法和设备
    • WO1988002513A1
    • 1988-04-07
    • PCT/SE1987000437
    • 1987-09-28
    • TELEFONAKTIEBOLAGET L M ERICSSONJOHNSON, Sten, EdvardKLING, Lars-Örjan
    • TELEFONAKTIEBOLAGET L M ERICSSON
    • G06F09/30
    • G06F9/3889G06F9/3834
    • A data processing system executes two instruction sequences in an order determined in advance. With the aid of instructions a main memory (1) common to both sequences is activated for data information reading/writing. Increased data handling capacity is achieved in the following manner: both sequences (5) are executed in parallel to start with. During execution of the first sequence the main memory is prevented from being activated for writing due to the second sequence write instructions (37, 39, 41). A write address and data information included in a write instruction (49, 50) associated with the second sequence are intermediate-stored. The intermediate-stored write address is compared with the read addresses (68, 70, 73) of the second sequence, and data information is prevented from being read from the main memory upon likeness in addresses, the intermediate-stored data information (37, 38, 39, 41, 44) being read instead. An address included in a read instruction associated with the second sequence is intermediate-stored if this address has not been previously selected in conjunction with a write instruction associated with the second sequence (49, 50). The intermediate-stored read address is compared with the write addresses of the first sequence and execution of the second sequence (66, 74, 76) is restarted upon likeness in addresses.
    • 数据处理系统以预先确定的顺序执行两个指令序列。 借助于指令,两个序列共同的主存储器(1)被激活用于数据信息读/写。 以下列方式实现数据处理能力的提高:两个序列(5)并行执行。 在执行第一序列期间,由于第二序列写入指令(37,39,41),防止主存储器被激活以进行写入。 包括在与第二序列相关联的写指令(49,50)中的写地址和数据信息被中间存储。 将中间存储的写入地址与第二序列的读取地址(68,70,73)进行比较,并且防止在地址相似性时从主存储器读取数据信息,中间存储的数据信息(37, 38,39,41,44)。 如果该地址尚未结合与第二序列(49,50)相关联的写入指令预先选择,则包含在与第二序列相关联的读取指令中的地址被中间存储。 将中间存储的读取地址与第一序列的写入地址进行比较,并且以地址相似的方式重新启动第二序列(66,74,76)的执行。
    • 67. 发明申请
    • METHOD AND APPARATUS FOR ADJUSTING A DIGITAL EQUALIZING FILTER IN SIMULTANEOUS ADAPTIVE ECHO ELIMINATION AND ADAPTIVE ELIMINATION OF NOISE CAUSED BY INTERSYMBOL INTERFERENCE
    • 用于调节数字均衡滤波器同时适应性消除和自动消除噪声引起的干扰的方法和装置
    • WO1986006567A1
    • 1986-11-06
    • PCT/SE1986000162
    • 1986-04-08
    • TELEFONAKTIEBOLAGET L M ERICSSONBAUER, Anders, Gustav
    • TELEFONAKTIEBOLAGET L M ERICSSON
    • H04B03/23
    • H04B3/235
    • A method and apparatus for adjusting a digital equalizing filter (U) in a hybrid circuit in a telecommunication system for transmitting digital information in duplex on a single line pair with simultaneous adaptive echo elimination and adaptive elimination of noise caused by intersymbol interference, where a first and a second compensation signal (ê(t), î(t)), which are respectively dependent on the stored parameters of a digital balance filter (B) and the equalizing filter (U), are subtracted from a received signal (a(t) + e(t) + i(t)) to form a difference signal (r(t)) which is compensated for noise respectively caused by echoes and intersymbol interference, the balance filter parameters being corrected with the aid of a correction signal ( epsilon Bk) dependent on the difference signal (r(t)). The equalizing filter parameters are adjusted with the aid of a further correction signal ( epsilon Uk) formed by the balance filter correction signal ( epsilon Bk) and the first compensation signal (ê(t)) such that the further correction signal ( epsilon Uk) will substantially agree with the balance filtercorrection signal ( epsilon Bk), but obtain the value zero when the first compensation signal (ê(t)) and the balance filter correction signal ( epsilon Bk) are both positive simultaneously or negative simultaneously. There is thus prevented the correction sequence of the equalizing filter parameters when the balance filter parameters are changed in a direction such that the absolute amount of the estimated echo (ê(t)) increases.
    • 一种用于在电信系统中的混合电路中调整数字均衡滤波器(U)的方法和装置,用于在具有同步自适应回波消除和符号间干扰引起的噪声的自适应消除的单线对上传输数字信息,其中第一 并且分别取决于数字平衡滤波器(B)和均衡滤波器(U)的存储参数的第二补偿信号(ê(t),î(t))从接收信号(a t)+ e(t)+ i(t))以形成补偿由回波和码间干扰引起的噪声的差分信号(r(t)),借助于校正信号校正平衡滤波器参数 (εB k)取决于差分信号(r(t))。 借助于由平衡滤波器校正信号(εBk)和第一补偿信号(ê(t))形成的另外的校正信号(epsilon Uk)来调整均衡滤波器参数,使得进一步的校正信号(epsilon Uk) 将基本上与平衡滤波校正信号(εBk)一致,但是当第一补偿信号(ê(t))和平衡滤波器校正信号(epsilon Bk)同时同时为负或同时为负时获得零值。 因此,当平衡滤波器参数在估计回波的绝对量(ê(t))增加的方向上改变时,因此阻止了均衡滤波器参数的校正序列。
    • 70. 发明申请
    • ARRANGEMENT FOR APPORTIONING PRIORITY AMONG CO-OPERATING COMPUTERS
    • 在合作计算机上配置优先级的安排
    • WO1986003606A1
    • 1986-06-19
    • PCT/SE1985000429
    • 1985-11-01
    • TELEFONAKTIEBOLAGET L M ERICSSONKLING, Lars-Örjan
    • TELEFONAKTIEBOLAGET L M ERICSSON
    • G06F09/46
    • G06F13/366G06F13/364
    • A priority apportioning arrangement for computers that contain processors of two types, a high-priority type which can determine its priority itself in relation to processors of a second low-priority type when using a common bus. The arrangement contains a first logic circuit (20) which has its first input activated on a request for access from one of the low-priority units (3a-3h), its second input activated on a request for access from the high-priority unit (1) and its third activated during the whole time the bus is used and has two outputs for assigning the bus a low-priority unit or the high-priority unit. The arrangement furthermore contains a second logic circuit (40) with two inputs, of which one senses that the high-priority unit desires access and the other senses that this access can take place with delay, the circuit also having two outputs, of which one is for indicating to the first logic circuit that the access request from the high-priority unit is present, and the other for indicating that the bus is occupied. When the input signal to the second logic circuit indicates that granting the bus to the high-priority unit can take place with delay, the arrangement has time to grant the bus to a low-priority unit, but the high-priority unit still has immediate access to the bus after termination of the task of the low-priority unit.