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    • 2. 发明申请
    • Device at filters
    • 过滤器上的设备
    • US20010028288A1
    • 2001-10-11
    • US09821391
    • 2001-03-29
    • TERACOM COMPONENTS AB
    • Ju Jilong
    • H01P007/06
    • H01P1/2082
    • The present invention relates to a device at filters for filtering unwanted signals from radio transmitters and/or for use during combination of radio transmitters. Said filter (1) has at least one cavity (2 and/or 3) for filtering radio signals. At least one compensating means (13 and/or 16) is provided to compensate for deviations in frequency depending on expansion or contraction of the cavity (2 and/or 3) due to expansion or contraction of the filter (1) when said filter is heated or cooled during operation. The filter (1) has at least one cavity (2 and/ /or 3) which is designed for simultaneous filtering of radio signals of at least three different modes (A, B and C and/or D, E and F) and the same frequency. The compensating means (13 and/or 16) is provided in said cavity (2 and/or 3) for compensating deviations in frequency by simultaneously affecting the radio signals of the at least three different modes (A, B and C and/or D, E and F).
    • 本发明涉及用于过滤来自无线电发射机的不想要的信号和/或在无线电发射机的组合期间使用的滤波器的装置。 所述过滤器(1)具有用于过滤无线电信号的至少一个空腔(2和/或3)。 提供至少一个补偿装置(13和/或16),以补偿由于当所述过滤器是过滤器(1)和过滤器(1)的膨胀或收缩时由于空腔(2和/或3)的膨胀或收缩而引起的频率偏差 在运行过程中加热或冷却。 过滤器(1)具有至少一个空腔(2和/或或3),其被设计用于同时过滤至少三种不同模式(A,B和C和/或D,E和F)的无线电信号,并且 频率相同 补偿装置(13和/或16)设置在所述空腔(2和/或3)中,用于通过同时影响至少三种不同模式(A,B和C和/或D)的无线电信号来补偿频率偏差 ,E和F)。
    • 3. 发明申请
    • DEVICE FOR GROUNDING FEED CABLES BETWEEN TRANSMITTERS OR RECEIVERS AND ANTENNAS
    • 用于接收发射器或接收器和天线之间的馈线的设备
    • WO1996037008A1
    • 1996-11-21
    • PCT/SE1996000650
    • 1996-05-17
    • TERACOM COMPONENTS ABLUNDBÄCK, Hans, Olof
    • TERACOM COMPONENTS AB
    • H01Q01/48
    • H01Q1/48H01R4/646
    • The present invention relates to a device for grounding feed or supply cables between transmitters or receivers and antennas or aerials, whereby at least one connector (14), through an aperture (8) in the outer sheath (10) of the supply cable (3), is in contact with an exposed portion (12) of an inner conductor (11) of the supply cable (3) for grounding said inner conductor (11) through at least one ground wire (16) cooperating with said connector (14). In order to obtain the grounding of the inner conductor (11) with few members, to mount the grounding device quick and safe and to reinforce the supply cable (3) at the spot weakened by the aperture (8), the connector (14) is provided on a bracket (17 or 18) which in cooperation with at least one other bracket (18 or 17) engages the supply cable (3) and is located thereon so that the connector (14) is directed into the aperture (8) and is in contact with the exposed portion (12) of the inner conductor (11), whereby the bracket (17, 18) with the connector (14) has sealing members (23) which engage the outer sheath (10) around the aperture (8) therein when said bracket (17, 18) with the connector (14) is located on the supply cable (3).
    • 本发明涉及用于在发射器或接收器与天线或天线之间馈电或提供电缆的接地装置,由此至少一个连接器(14)穿过供电电缆(3)的外护套(10)中的孔(8) )与供电电缆(3)的内部导体(11)的露出部分(12)接触,用于通过与所述连接器(14)配合的至少一个接地线(16)将所述内部导体(11)接地, 。 为了获得几个构件的内导体(11)的接地,安装接地装置快速安全,并且在由孔(8)减弱的位置处加强供电电缆(3),连接器(14) 设置在与至少一个其它支架(18或17)接合供电电缆(3)并位于其上的支架(17或18)上,使得连接器(14)被引导到孔(8)中, 并且与内部导体(11)的暴露部分(12)接触,由此具有连接器(14)的支架(17,18)具有密封构件(23),该密封构件(23)围绕孔 (8)在其中具有连接器(14)的所述支架(17,18)位于供应电缆(3)上时。
    • 4. 发明公开
    • Contact device
    • 联系设备
    • EP0936703A2
    • 1999-08-18
    • EP99102426.6
    • 1999-02-09
    • TERACOM COMPONENTS AB
    • Lundbäck, HansThorsson, Per
    • H01R17/12
    • H01R24/564H01R24/40H01R2103/00
    • The present invention relates to a contact device for high-frequency cables, said contact device comprising a front member (11) and a rear member (10), whereby said rear member (10) is adapted for mounting on the high-frequency cable (1) and whereby said front member (11) is adapted for being brought in contact with an outer conductor (3) and an inner conductor (5) on the high-frequency cable (1) for transmission of high-frequency signals from the outer and inner conductor (3, 5) to the front member (11). The front member (11) and the rear member (10) are joined or put together to a connector unit (42) in which said front member (11) is situated in a ready position (P) relative to said rear member (10), whereby said connector unit (42) can be mounted on the high-frequency cable (1) such that said high-frequency cable (1) protrudes into the rear member (10). The front member (11) comprises at least one forming and contact section (30) which, when said front member (11) is displaced or moved from its ready position (P) towards its operating position (T), is provided to form an outer collar (9) of the outer conductor (3) of the high-frequency cable (1) such that said outer collar (9) gains contact with the forming and contact section (30). The front member (11) further comprises at least one displacement section (33) which is provided to displace or move at least one retaining means (27) from a ready position (E) to an operating position (F) in which said retaining means (27) retains the outer collar (9) on the outer conductor (3) of the high-frequency cable (1) in contact with the forming and contact section (30) of the front member (11).
    • 本发明涉及一种用于高频电缆的接触装置,所述接触装置包括前部构件(11)和后部构件(10),由此所述后部构件(10)适于安装在高频电缆 1),并且由此所述前部构件(11)适于与所述高频电缆(1)上的外部导体(3)和内部导体(5)接触,用于从外部传输高频信号 和内部导体(3,5)连接到前部构件(11)。 前部构件(11)和后部构件(10)连接或连接到连接器单元(42),其中所述前部构件(11)相对于所述后部构件(10)处于准备位置(P) 由此,所述连接器单元(42)可以安装在高频电缆(1)上,使得所述高频电缆(1)突出到后部构件(10)中。 前部构件(11)包括至少一个成形和接触部分(30),当所述前部构件(11)从其准备位置(P)移动或移动到其操作位置(T)时,所述成形和接触部分被设置以形成 (1)的外导体(3)的外套环(9),使得所述外套环(9)与成形和接触部分(30)接触。 前部构件(11)还包括至少一个移位部分(33),该移位部分设置用于将至少一个保持装置(27)从准备位置(E)移位或移动到工作位置(F),在该位置中,所述保持装置 (27)将高频电缆(1)的外导体(3)上的外套环(9)保持与前部构件(11)的成形和接触部分(30)接触。
    • 7. 发明公开
    • Contact device
    • 接触器
    • EP0936703A3
    • 2000-12-27
    • EP99102426.6
    • 1999-02-09
    • TERACOM COMPONENTS AB
    • Lundbäck, HansThorsson, Per
    • H01R17/12
    • H01R24/564H01R24/40H01R2103/00
    • The present invention relates to a contact device for high-frequency cables, said contact device comprising a front member (11) and a rear member (10), whereby said rear member (10) is adapted for mounting on the high-frequency cable (1) and whereby said front member (11) is adapted for being brought in contact with an outer conductor (3) and an inner conductor (5) on the high-frequency cable (1) for transmission of high-frequency signals from the outer and inner conductor (3, 5) to the front member (11). The front member (11) and the rear member (10) are joined or put together to a connector unit (42) in which said front member (11) is situated in a ready position (P) relative to said rear member (10), whereby said connector unit (42) can be mounted on the high-frequency cable (1) such that said high-frequency cable (1) protrudes into the rear member (10). The front member (11) comprises at least one forming and contact section (30) which, when said front member (11) is displaced or moved from its ready position (P) towards its operating position (T), is provided to form an outer collar (9) of the outer conductor (3) of the high-frequency cable (1) such that said outer collar (9) gains contact with the forming and contact section (30). The front member (11) further comprises at least one displacement section (33) which is provided to displace or move at least one retaining means (27) from a ready position (E) to an operating position (F) in which said retaining means (27) retains the outer collar (9) on the outer conductor (3) of the high-frequency cable (1) in contact with the forming and contact section (30) of the front member (11).
    • 8. 发明公开
    • DEVICE FOR GROUNDING FEED CABLES BETWEEN TRANSMITTERS OR RECEIVERS AND ANTENNAS
    • 设备技术地面站或受益人与天线之间供应线
    • EP0879487A1
    • 1998-11-25
    • EP96914530.0
    • 1996-05-17
    • TERACOM COMPONENTS AB
    • LUNDBÄCK, Hans, Olof
    • H01Q1H01R4
    • H01Q1/48H01R4/646
    • The present invention relates to a device for grounding feed or supply cables between transmitters or receivers and antennas or aerials, whereby at least one connector (14), through an aperture (8) in the outer sheath (10) of the supply cable (3), is in contact with an exposed portion (12) of an inner conductor (11) of the supply cable (3) for grounding said inner conductor (11) through at least one ground wire (16) cooperating with said connector (14). In order to obtain the grounding of the inner conductor (11) with few members, to mount the grounding device quick and safe and to reinforce the supply cable (3) at the spot weakened by the aperture (8), the connector (14) is provided on a bracket (17 or 18) which in cooperation with at least one other bracket (18 or 17) engages the supply cable (3) and is located thereon so that the connector (14) is directed into the aperture (8) and is in contact with the exposed portion (12) of the inner conductor (11), whereby the bracket (17, 18) with the connector (14) has sealing members (23) which engage the outer sheath (10) around the aperture (8) therein when said bracket (17, 18) with the connector (14) is located on the supply cable (3).
    • 9. 发明公开
    • Device at antenna systems for generating radio waves
    • Vorrichtung zur Erzeugung von Radiowellen in Antennensystemen
    • EP0717460A1
    • 1996-06-19
    • EP95119000.8
    • 1995-12-02
    • TERACOM COMPONENTS ABANTEL SWEDEN AB
    • Lundbäck, Hans OlofEriksson, Stefan Georg
    • H01Q1/52
    • H01Q19/021H01Q1/528
    • The present invention relates to a device at antenna systems for generating radio waves, whereby the antenna system includes a supporting structure on which there is provided at least one main radiator (3) for transmitting radio waves and whereby high-frequency electric currents are generated in the supporting member when the main radiator (3) is activated to transmit radio waves. In order to improve by simple means the range of the main radiator (3) and at the same time reduce its radiation backwards, the supporting structure includes a secondary radiator (14) for each main radiator (3), which secondary radiator (14) has at least one break portion (12) for interrupting or breaking the high-frequency electric currents generated therein and through the thereby interrupted flow of the high-frequency electric currents in the supporting structure reduce deviations from the desired range and/or direction of the radio waves transmitted by the main radiator (3), whereby the secondary radiator (14) includes a connecting means (13) which is provided to connect portions of the supporting structure located on opposite sides of the break portion (12) which each other on an inner side relative to said break portion (12), and whereby the connecting means (13) is provided to impart a flow path to the high-frequency electric currents flowing through the supporting structure such that the energy represented by said currents permits the secondary radiator (14) to transmit radio waves with a suitable amplitude and phase relative to the amplitude and phase of the radio waves transmitted by the main radiator (3).
    • 本发明涉及用于生成无线电波的天线系统中的装置,由此天线系统包括支撑结构,在该支撑结构上设置有用于发射无线电波的至少一个主辐射器(3),并且由此产生高频电流 当主辐射器(3)被激活以发射无线电波时,支撑构件。 为了通过简单的手段提高主散热器(3)的范围并同时将其辐射向后减小,支撑结构包括用于每个主散热器(3)的次级散热器(14),该次级辐射器(14) 具有用于中断或断开其中产生的高频电流的至少一个断开部分(12),并且由此支撑结构中的高频电流的中断流动减少了与所需的范围和/或方向的偏差 由主散热器(3)传播的无线电波,由此二次辐射器(14)包括连接装置(13),该连接装置设置成将位于断路部分(12)的相对侧上的支撑结构的彼此相对的部分 相对于所述断裂部分(12)的内侧,并且由此提供连接装置(13)以向流过支撑结构的高频电流成功地传递流路 由所述电流表示的能量允许次级辐射器(14)相对于由主辐射器(3)传输的无线电波的幅度和相位以适当的幅度和相位传输无线电波。
    • 10. 发明专利
    • BR9900652A
    • 2000-08-29
    • BR9900652
    • 1999-02-12
    • TERACOM COMPONENTS AB
    • LUNDBACK HANSTHORSSON PER
    • H01R13/646H01R33/94
    • The present invention relates to a contact device for high-frequency cables, said contact device comprising a front member (11) and a rear member (10), whereby said rear member (10) is adapted for mounting on the high-frequency cable (1) and whereby said front member (11) is adapted for being brought in contact with an outer conductor (3) and an inner conductor (5) on the high-frequency cable (1) for transmission of high-frequency signals from the outer and inner conductor (3, 5) to the front member (11). The front member (11) and the rear member (10) are joined or put together to a connector unit (42) in which said front member (11) is situated in a ready position (P) relative to said rear member (10), whereby said connector unit (42) can be mounted on the high-frequency cable (1) such that said high-frequency cable (1) protrudes into the rear member (10). The front member (11) comprises at least one forming and contact section (30) which, when said front member (11) is displaced or moved from its ready position (P) towards its operating position (T), is provided to form an outer collar (9) of the outer conductor (3) of the high-frequency cable (1) such that said outer collar (9) gains contact with the forming and contact section (30). The front member (11) further comprises at least one displacement section (33) which is provided to displace or move at least one retaining means (27) from a ready position (E) to an operating position (F) in which said retaining means (27) retains the outer collar (9) on the outer conductor (3) of the high-frequency cable (1) in contact with the forming and contact section (30) of the front member (11).