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    • 31. 发明申请
    • METHOD AND APPARATUS FOR TRANSMITTING A SYNCHRONOUS DATA SIGNAL ON A TRANSMISSION MEDIUM ON WHICH THE TRANSMISSION RATE IS GREATER THAN THE DATA SIGNAL BIT RATE
    • 在传输速率比数据信号比特率更大的传输介质上传输同步数据信号的方法和装置
    • WO1988007301A1
    • 1988-09-22
    • PCT/SE1988000100
    • 1988-03-03
    • TELEFONAKTIEBOLAGET L M ERICSSONFORSBERG, Gunnar, StefanJOSEFSSON, Stefan, Evert
    • TELEFONAKTIEBOLAGET L M ERICSSON
    • H04L25/38
    • H04L25/05
    • A method and apparatus for transmitting a synchronous data signal (D1) on a transmission medium (2) on which the transmission rate (Y bits/s) is greater than the data signal bit rate (X bits/s). The data signal is converted in a transmitter by over-sampling with a sampling frequency (Y Hz) which is equal to the transmission rate (Y bits/s) on the transmission medium (2), whereafter the data signal (D2) formed by the conversion is transmitted on the transmission medium (2). A clock signal (C2) is formed in a receiver, this signal being phase-locked to the transmitted data signal (D2') and has a frequency (X Hz) equal to the bit rate (X bits/s) of the original, synchronous data signal (D1), subsequent to which the transmitted data signal (D2') is re-sampled with the clock signal (C2) formed in the receiver. To avoid problems which can be caused by certain special bit combinations of the synchronous data signal (D1) or of certain special frequency conditions between it and the transmitted signal (D2'), the data signal (D1) is converted in the transmitter such that an uneven distribution of the edges of the transmitted data signal (D2') in relation to their mean positions is avoided.
    • 一种用于在传输速率(Y比特/秒)大于数据信号比特率(X比特/秒)的传输介质(2)上发送同步数据信号(D1)的方法和装置。 数据信号在发送器中通过以与传输介质(2)上的传输速率(Y比特/秒)相等的采样频率(Y Hz)进行过采样而被转换,此后由 在传输介质(2)上传输转换。 在接收机中形成时钟信号(C2),该信号被锁定到所发送的数据信号(D2'),并且具有等于原始码的比特率(X比特/秒)的频率(X Hz) 同步数据信号(D1),随后在接收机中形成的时钟信号(C2)重新采样所发送的数据信号(D2')。 为了避免同步数据信号(D1)的某些特殊位组合或其与发射信号(D2')之间的某些特殊频率条件可能引起的问题,数据信号(D1)在发射机中被转换,使得 避免了传输数据信号(D2')的边缘相对于它们的平均位置的不均匀分布。
    • 39. 发明申请
    • METHOD IN LIQUID PHASE EPITAXY AND APPARATUS FOR CARRYING OUT THE METHOD
    • 液相外延方法及其实施方法
    • WO1984001968A1
    • 1984-05-24
    • PCT/SE1983000393
    • 1983-11-11
    • TELEFONAKTIEBOLAGET L M ERICSSONGANEV, Tsviatko, Stefano
    • TELEFONAKTIEBOLAGET L M ERICSSON
    • C30B19/04
    • C30B19/063
    • Method and apparatus for liquid phase epitaxy, where a predetermined number of liquid phase melts are provided in a melt holder (1), whereafter a substrate (17) is brought into contact with the melts in turn for growing a number of epitaxial layers on the substrate (17) corresponding to the number of melts. In accordance with the invention the substrate (17) is kept at a lower temperature than the melt temperature during heating the melt, for being brought adjacent the melt holder (1) just before the growing phase. To eliminate the risk of the substrate transferring drops from one melt to a subsequent melt and thereby contaminate the latter, the melts are tapped off in turn down into a melt collector (11) as soon as growth has taken place in contact with the respective melt.
    • 用于液相外延的方法和装置,其中在熔体保持器(1)中提供预定数量的液相熔体,然后使衬底(17)依次与熔体接触以在其上生长多个外延层 对应于熔体数量的衬底(17)。 根据本发明,在加热熔体期间,将衬底(17)保持在比熔融温度低的温度下,以便在生长阶段之前使其与熔体保持器(1)相邻。 为了消除基材从一种熔体滴落到随后的熔体中并从而污染后者的风险,一旦发生与相应的熔体接触的生长,熔融物又一次分离成熔体收集器(11) 。
    • 40. 发明申请
    • A METHOD OF PRODUCING ELECTRONIC COMPONENTS
    • 制作电子元件的方法
    • WO1984001259A1
    • 1984-03-29
    • PCT/SE1983000326
    • 1983-09-14
    • TELEFONAKTIEBOLAGET L M ERICSSONOLOFSSON, Lars, AndersBJÖRKLUND, Fritz, Lars, Gunnar
    • TELEFONAKTIEBOLAGET L M ERICSSON
    • H05K13/00
    • H01G4/255H01C17/006H01C17/24H01C17/28H01G4/228H01H69/022H01H2069/025
    • Method of producing electronic components, e.g. resistors, capacitances, fuses and the like. The components consist of an insulating substrate with electrical connections, connected by layers or wires. In accordance with the invention, the components (5) and their connections are applied to a common substrate (1), which is provided with fractural impressions (6). The components lie in the areas between the impressions. The connections are produced by making holes in the substrate along certain of the fractural impressions (6), and the envelope surface of the holes being coated with conductive material (4), as well as an area about the holes on both sides of the substrate. The components (5) are connected to the connections, subsequent to which the substrate is divided into individual components along the fractural impressions. Certain components require adjustment in manufacture, e.g. by laser beam. This adjustment is carried out before the substrate is divided up.
    • 制造电子部件的方法,例如 电阻,电容,保险丝等。 组件由具有电连接的绝缘基板组成,通过层或电线连接。 根据本发明,组件(5)及其连接被施加到具有断裂印模(6)的公共基底(1)上。 组件位于展示之间的区域。 连接是通过沿着某些断裂印模(6)在衬底中形成孔而产生的,并且孔的包络表面涂覆有导电材料(4)以及围绕衬底两侧的孔的区域 。 组件(5)连接到连接件,随后基板沿着断裂印模分成单独的部件。 某些组件需要在制造中进行调整,例如 通过激光束。 该调整在基板分割之前进行。