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    • 1. 发明授权
    • Wiring board equipped with a line for transmitting a high frequency
signal
    • 接线板配有发送高频信号的线路
    • US5982256A
    • 1999-11-09
    • US032244
    • 1998-02-27
    • Hiroshi UchimuraTakeshi Takenoshita
    • Hiroshi UchimuraTakeshi Takenoshita
    • H01L21/3205H01L23/52H01P1/04H01P3/08H01P3/12H05K1/00H05K1/02H05K1/03H01P3/16
    • H01P3/088H01P1/047H05K1/0219H05K1/0237H05K1/0298H05K1/0306H05K2201/0715H05K2201/093H05K2201/09336H05K2201/09618H05K2201/0969H05K2201/09718H05K2201/09845
    • A wiring board of the present invention is equipped with a laminated waveguide as a high-frequency signal transmission line. The laminated waveguide is composed of a dielectric substrate, a pair of main conductive layers laminated on the upper surface and the lower surface of the dielectric substrate, a plurality of via-holes extending in a thickness direction in the dielectric substrate so that they electrically connect the pair of the main conductive layers, and a sub-conductive layer provided in the dielectric substrate so that it is parallel to the main conductive layers and is electrically connected to the via-holes, the plurality of the via-holes form two rows extending in a signal transmitting direction with a mutual distance from each other, and in each row, the distance between adjacent via-holes is adjusted to less than 1/2 of a signal wavelength, a region surrounded with the pair of the main conductive layers and the two rows of the via-holes forms a signal transmitting region, and on both sides in the outside of the signal transmitting region, the sub-conductive layer is provided. The transmittting line by the laminated waveguide which is formed in this wiring board has especially excellent transmitting characteristics of high-frequency signals. In addition, since this wiring board can be easily produced by a laminating technology of ceramics, this wiring board also has excellent productivity.
    • 本发明的布线基板配置有层叠波导作为高频信号传输线。 层压波导由电介质基板,层叠在电介质基板的上表面和下表面上的一对主导电层构成,多个通孔在电介质基板中沿厚度方向延伸,使得它们电连接 所述一对主导电层和设置在所述电介质基板中的副导电层,使得其与所述主导电层平行并且与所述通孔电连接,所述多个所述通孔形成两行延伸 在信号传输方向上彼此具有相互的距离,并且在每一行中,相邻通孔之间的距离被调整为小于信号波长的+ E,fra 1/2 + EE,被该对包围的区域 的主导电层和两列通孔形成信号传输区域,并且在信号传输区域的外侧的两侧设置有副导电层。 在该布线基板上形成的层叠波导的发送线具有特别优异的高频信号的发送特性。 此外,由于可以通过陶瓷的层压技术容易地制造该布线板,所以该布线基板也具有优异的生产率。
    • 2. 发明授权
    • Connection structure for overlapping dielectric waveguide lines
    • 重叠介质波导线路的连接结构
    • US06515562B1
    • 2003-02-04
    • US09298399
    • 1999-04-23
    • Takeshi TakenoshitaHiroshi Uchimura
    • Takeshi TakenoshitaHiroshi Uchimura
    • H01P5002
    • H01P3/121H01P5/02
    • A connection structure for dielectric waveguide lines, which includes dielectric waveguide lines including dielectric substrates, a pair of main conductor layers, dielectric substrates parallel with one another being sandwiched therebetween, two rows of side-wall through conductor groups arranged at intervals less than one half of a signal wavelength in a transmission direction of high-frequency signals, so as to electrically connect the pair of main conductor layers, and a sub conductor layer disposed between each pair of main conductor layers in parallel with the main conductor layers and electrically connected with the side-wall through conductor groups. The waveguides are stacked so that the main conductor layers partly overlap each other to define an overlap part, in which a coupling window is formed. This allows design freedom and easy fabrication. In addition, dielectric waveguide lines may be stacked so that the transmission directions of high-frequency signals are orthogonal to each other and one of the main conductor layers. The main conductor layers overlap each other to define an overlap part, in which a coupling window is disposed. This provides a connection structure with little transmission loss and excellent transmission characteristics.
    • 一种电介质波导线的连接结构,其包括介质波导线,包括电介质基片,一对主导体层,彼此平行的电介质基片夹在两者之间,两排侧壁通孔导体组间隔小于一半 在高频信号的传输方向上的信号波长的信号波长,以便将一对主导体层和设置在每对主导体层之间的副导体层与主导体层平行地电连接并与 侧壁通过导体组。 波导被层叠,使得主导体层部分地彼此重叠以限定形成耦合窗口的重叠部分。 这允许设计自由和容易的制造。 此外,电介质波导线可以堆叠,使得高频信号的传输方向彼此正交并且主导体层之一。 主导体层彼此重叠以限定重叠部分,其中设置耦合窗口。 这提供了具有很小传输损耗和优异传输特性的连接结构。
    • 3. 发明授权
    • Dielectric waveguide line bend formed by rows of through conductors
    • 介质波导线弯曲由行通道导体形成
    • US06359535B1
    • 2002-03-19
    • US09498128
    • 2000-02-03
    • Takeshi TakenoshitaHiroshi Uchimura
    • Takeshi TakenoshitaHiroshi Uchimura
    • H01P102
    • H01P5/19H01P1/02H01P1/022H01P3/121
    • A high-frequency dielectric waveguide line comprising a dielectric substrate with two conductor layers on its two surfaces, and a plurality of rows of through conductors in the substrate connecting the two conductor layers. The distances between the through conductors in each row are not more than half of the wavelength of the signal transmitted in the transmission direction of the waveguide. The waveguide line has a branching portion where a first waveguide line having a width d branches into second and third parallel waveguide lines both of width d. The portion of the waveguide at the branching point has a width of A, where 2d≦A≦3d. The first, second and third waveguide lines are connected without abrupt width enlargement. The branching waveguide line have small transmission losses for high-frequency signals.
    • 一种高频电介质波导线,包括在其两个表面上具有两个导体层的电介质基片,以及连接两个导体层的基板中的多排通孔。 每行中的贯通导体之间的距离不大于在波导的传输方向上传输的信号的波长的一半。 波导线具有分支部分,其中具有宽度d的第一波导线分支到宽度为d的第二和第三平行波导线。 波导在分支点处的部分具有A的宽度,其中2d <= A <= 3d。 第一,第二和第三波导线连接而没有突然的宽度放大。 分支波导线对于高频信号具有小的传输损耗。
    • 4. 发明授权
    • Dielectric waveguide line and its branch structure
    • 介质波导线及其分支结构
    • US6057747A
    • 2000-05-02
    • US137195
    • 1998-08-20
    • Takeshi TakenoshitaHiroshi Uchimura
    • Takeshi TakenoshitaHiroshi Uchimura
    • H01P1/02H01P3/16H01P5/19
    • H01P5/19H01P1/02H01P1/022H01P3/121
    • A high-frequency dielectric waveguide line comprising a dielectric substrate with two conductor layers on its two surfaces, and a plurality of rows of through conductors in the substrate connecting the two conductor layers. The distances between the through conductors in each row are no more than half of the wavelength of the signal transmitted in the transmission direction of the waveguide. The waveguide line has a branching portion where a first waveguide line having a width d branches into second and third parallel waveguide lines both of width d. The portion of the waveguide at the branching point has a width of A, where 2d.ltoreq.A.ltoreq.3d. The first, second and third waveguide lines are connected without abrupt width enlargement. The branching waveguide line have small transmission losses for high-frequency signals.
    • 一种高频电介质波导线,包括在其两个表面上具有两个导体层的电介质基片,以及连接两个导体层的基板中的多排通孔。 每行中的贯通导体之间的距离不超过在波导的传输方向上传输的信号的波长的一半。 波导线具有分支部分,其中具有宽度d的第一波导线分支到宽度为d的第二和第三平行波导线。 波导在分支点处的部分具有宽度A,其中2d
    • 5. 发明授权
    • Laminated aperture-faced antenna and multi-layered wiring board
comprising the same
    • 层压孔径天线和包含该天线的多层布线板
    • US6064350A
    • 2000-05-16
    • US122547
    • 1998-07-24
    • Hiroshi UchimuraTakeshi Takenoshita
    • Hiroshi UchimuraTakeshi Takenoshita
    • H01Q9/04H01Q21/00H01Q21/06H01Q21/24H01Q13/00
    • H01P3/121H01Q21/0093H01Q21/064H01Q21/24H01Q9/0457
    • There is provided a laminated aperture antenna in which a conductor wall composing the antenna is composed of a plurality of through conductors disposed at predetermined intervals and a plurality of sub-conductor layers disposed between dielectric layers of a dielectric substrate so as to electrically connect the plurality of through conductors within the dielectric substrate formed by laminating dielectric layers, or in which a resonant space is formed by a space of the dielectric surrounded by the conductor wall composing the antenna formed as described above, a lower conductor layer electrically connected to that and an aperture of the upper conductor layer corresponding to the antenna conductor wall. There is also provided a multi-layered wiring board comprising such laminated aperture antenna. Such laminated aperture antenna may be miniaturized and thinned and may be readily fabricated by the conventional lamination technology.
    • 提供了一种叠层孔天线,其中构成天线的导体壁由以预定间隔布置的多个贯通导体和设置在电介质基板的电介质层之间的多个分导体层组成,以便电连接多个 通过层叠电介质层形成的电介质基板内的贯通导体,或者由构成上述形成的天线的导体壁围绕的电介质的空间形成谐振空间,与该电介质层电连接的下导体层和 对应于天线导体壁的上导体层的孔径。 还提供了一种包括这种层叠孔径天线的多层布线板。 这种层叠的孔径天线可以被小型化和减薄,并且可以通过常规的层压技术容易地制造。
    • 6. 发明授权
    • Branch tee dielectric waveguide line
    • 分支T型介质波导线
    • US06380825B1
    • 2002-04-30
    • US09497792
    • 2000-02-03
    • Takeshi TakenoshitaHiroshi Uchimura
    • Takeshi TakenoshitaHiroshi Uchimura
    • H01P512
    • H01P5/19H01P1/02H01P1/022H01P3/121
    • A high-frequency dielectric waveguide line comprising a dielectric substrate with two conductor layers on its two surfaces, and a plurality of rows of through conductors in the substrate connecting the two conductor layers. The distances between the through conductors in each row are no more than half of the wavelength of the signal transmitted in the transmission direction of the waveguide. The waveguide line has a branching portion where a first waveguide line having a width d branches into second and third parallel waveguide lines both of width d. The portion of the waveguide at the branching point has a width of A, where 2d≦A≦3d. The first, second and third waveguide lines are connected without abrupt width enlargement. The branching waveguide line have small transmission losses for high-frequency signals.
    • 一种高频电介质波导线,包括在其两个表面上具有两个导体层的电介质基片,以及连接两个导体层的基板中的多排通孔。 每行中的贯通导体之间的距离不超过在波导的传输方向上传输的信号的波长的一半。 波导线具有分支部分,其中具有宽度d的第一波导线分支到宽度为d的第二和第三平行波导线。 波导在分支点处的部分具有A的宽度,其中2d <= A <= 3d。 第一,第二和第三波导线连接而没有突然的宽度放大。 分支波导线对于高频信号具有小的传输损耗。
    • 9. 发明授权
    • Precision roll turning lathe and automatic tool changer therefor
    • 精密滚动车床及其自动换刀装置
    • US08641589B2
    • 2014-02-04
    • US13108088
    • 2011-05-16
    • Hiroshi Uchimura
    • Hiroshi Uchimura
    • B23D13/00
    • B23Q3/15573B23B5/08Y10T82/2587Y10T409/502624Y10T409/509348Y10T483/1714Y10T483/1719
    • There is provided an automatic tool changer which, in a precision roll turning lathe which feeds a tool post at a high speed, can automatically change a tool, such as a cutting tool, without stopping the machine, thereby enabling highly efficient ultra-Precision machining of a roll mold for molding of a large-sized plastic sheet. The automatic tool changer includes: a change device including a vertically movable pivot arm having a pivot axis and which pivots in a horizontal plane, a hand portion, mounted at the front end of the arm, for detachably gripping a tool holder, a pivot drive section for pivoting the pivot arm, and a lifting drive section for vertically moving the pivot arm; a tool holder stocker, having a plurality of circumferentially-arranged stages disposed at a predetermined distance from the pivot axis, each stage detachably holding a tool holder; a holder base, mounted to the tool post, for fixing and unfixing a tool holder through the rotation of a clamp shaft; and a clamp shaft operating device including an operating portion for clamping/unclamping the tool holder by rotating the clamp shaft.
    • 提供了一种自动换刀装置,其在高速进给刀架的精密滚动车床中可以自动地改变诸如切削工具的刀具,而不会停止机器,从而实现高效的超精密加工 的用于模制大尺寸塑料片的辊模。 自动换刀装置包括:换档装置,包括具有枢转轴线并在水平面上枢转的可垂直运动的枢转臂,安装在臂的前端的手部,用于可拆卸地夹持工具架,枢轴驱动 用于枢转枢转臂的部分,以及用于垂直移动枢转臂的提升驱动部分; 具有设置在与所述枢转轴线成预定距离的多个周向布置的台阶的工具架保持器,每个台可拆卸地保持工具架; 安装在工具柱上的保持器基座,用于通过夹紧轴的旋转固定和拆卸工具架; 以及夹紧轴操作装置,其包括用于通过旋转夹紧轴来夹紧/松开工具夹具的操作部分。
    • 10. 发明申请
    • WAVEGUIDE TYPE RAT-RACE CIRCUIT AND MIXER USING SAME
    • 波形类型的电路和使用它的混合器
    • US20110227667A1
    • 2011-09-22
    • US13131210
    • 2009-10-30
    • Hiroshi Uchimura
    • Hiroshi Uchimura
    • H01P5/12
    • H01P5/222
    • Disclosed is a waveguide type rat-race circuit capable of being used suitably in a high-frequency region; further disclosed is a mixer using said circuit. This waveguide type rat-rate circuit is equipped with a circular waveguide part (30) that is provided with first-fourth ports (11-14) and that is partitioned into a first waveguide part (21) which connects the first and second ports, a second waveguide part (22) which connects the second and third ports, a third waveguide part (23) which connects the third and fourth ports, and a fourth waveguide part (24) which connects the fourth and first ports. The amount of phase shift of the first-third waveguide parts is (2n+1)π/2, and the difference between the sum of the amounts of phase shift of the first-third waveguide parts and the amount of phase shift of the fourth waveguide part is 2(m−1)π. This waveguide type rat-rate circuit is capable of being used suitably in a high-frequency region.
    • 公开了一种能够适用于高频区域的波导型大鼠赛道电路; 进一步公开了使用所述电路的混频器。 该波导型大鼠率电路配备有设置有第一至第四端口(11-14)的圆形波导部分(30),并被分隔成连接第一和第二端口的第一波导部分(21) 连接第二和第三端口的第二波导部分(22),连接第三和第四端口的第三波导部分(23)和连接第四和第一端口的第四波导部分(24)。 第一至第三波导部分的相移量为(2n + 1)&pgr / / 2,第一至第三波导部分的相移量与相移量之和之差 第四波导部分是2(m-1)&pgr。 该波导型大电流电路能够适用于高频区域。