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    • 3. 发明授权
    • Antenna apparatus for portable phones
    • 便携式电话天线装置
    • US6154184A
    • 2000-11-28
    • US445561
    • 1999-12-09
    • Tsutomu EndoIsamu ChibaShuji Urasaki
    • Tsutomu EndoIsamu ChibaShuji Urasaki
    • H01Q1/10H01Q1/24H01Q11/08H01Q21/08H01Q21/24H01Q1/36
    • H01Q1/10H01Q1/243H01Q1/244H01Q11/08H01Q21/08H01Q21/24
    • An antenna apparatus for a portable telephone which is capable of having a better gain characteristic and also capable of achieving a better circularly polarized characteristic over a wide range is provided. This antenna apparatus is comprised of: a first cylinder 4 provided in such a manner that the first cylinder is uprighted on an upper portion 1 of a housing of the portable telephone; 4-element dipole array antennas 4a to 4d connected to a transmitter/receiver circuit built in the housing via a feeding line path, and arranged on the surface of the first cylinder in an equiinterval in such a manner that the 4-element dipole array antennas have inclined angles with respect to a central axis of the first cylinder, an element length of the 4-element dipole array antennas being equal to an approximately 1/2 electromagnetic wavelength; a second cylinder 5 having a diameter smaller than an inner diameter of the first cylinder, and arranged in such a manner that the second cylinder can be stored into the first cylinder, and when the second cylinder is drawn from the first cylinder, the second cylinder is uprighted in the vicinity of an upper space of the first cylinder in a coaxial manner; and 4-element line-shaped conductors 5a to 5d arranged on the surface of the second cylinder in an equiinterval in such a manner that the 4-element line-shaped conductors have inclined angles with respect to a central axis of the second cylinder.
    • PCT No.PCT / JP98 / 02937第 371 1999年12月9日第 102(e)1999年12月9日PCT PCT 1996年6月30日PCT公布。 出版物WO00 / 01029 日期2000年1月6日提供了能够具有更好的增益特性并且还能够在较宽范围内实现更好的圆极化特性的便携式电话的天线装置。 该天线装置包括:第一气缸4,其设置成使得第一气缸竖立在便携式电话的壳体的上部1上; 4元偶极阵列天线4a至4d经由馈电线路连接到内置在壳体中的发射器/接收器电路,并以等间隔布置在第一气缸的表面上,使得4元件偶极阵列天线 相对于第一气缸的中心轴具有倾斜角度,4元件偶极子阵列天线的元件长度等于大约+ E,fra 1/2 + EE电磁波长; 第二气缸5,其直径小于第一气缸的内径,并且以这样的方式设置,使得第二气缸可以被存储在第一气缸中,并且当第二气缸从第一气缸拉出时,第二气缸 以同轴方式竖立在第一气缸的上部空间附近; 以及以等间隔配置在第二圆柱体的表面上的4元件线状导体5a〜5d,使得4元件线状导体相对于第二筒体的中心轴线具有倾斜角度。
    • 4. 发明授权
    • Simplified feed circuit for an array antenna device
    • 用于阵列天线装置的简化馈电电路
    • US06788269B2
    • 2004-09-07
    • US10257947
    • 2003-03-03
    • Isamu ChibaKazunari KihiraRumiko YonezawaShuji Urasaki
    • Isamu ChibaKazunari KihiraRumiko YonezawaShuji Urasaki
    • H01Q2100
    • H01Q21/20H01Q3/24H01Q3/26H01Q21/24H01Q25/00
    • There are disposed four antenna elements which are arranged circumferentially at regular intervals, and four 90-degree hybrids each having four terminals, two 90-degree hybrids which are arranged in parallel are connected in two stages, only one of the output terminals of an upstream 90-degree hybrid and only one of the input terminal of a downstream 90-degree hybrid cross each other and are connected to each other, and the four output terminals of the two downstream 90-degree hybrids and the four antenna elements are connected to each other; the passing phase between the terminals that cross each other within the respective 90-degree hybrids is set to 0 degree, and the passing phase between the terminals that are in parallel within the respective 90-degree hybrids is set to 90 degrees. As a result, the structure of the feed circuit can be simplified, and plural kinds of beams can be formed.
    • 设置四个天线元件,其周期性地布置有规则的间隔,并且四个90度混合电路,每个具有四个端子,并联配置的两个90度混合电路分两个阶段连接,仅一个上游的输出端子 90度混合,并且下游90度混合的输入端中只有一个相互交叉并彼此连接,并且两个下游90度混合的四个输出端和四个天线元连接到每个 其他; 在相应的90度混合电路之间彼此交叉的端子之间的通过相位被设置为0度,并且在相应的90度混合电路内并联的端子之间的通过相位被设置为90度。 结果,可以简化馈电电路的结构,并且可以形成多种类型的光束。
    • 5. 发明授权
    • Antenna device
    • 天线设备
    • US06707433B2
    • 2004-03-16
    • US10258484
    • 2002-10-25
    • Masataka OhtsukaIsamu ChibaShuji Urasaki
    • Masataka OhtsukaIsamu ChibaShuji Urasaki
    • H01Q2100
    • H01Q3/26H01Q21/061H01Q21/20H01Q21/22
    • A plurality of concentric circle array antennas each having a different radius are disposed on an identical plane, and a plurality of element antennas are arranged circumferentially in each of the concentric circle array antennas. The plurality of concentric circle array antennas are arranged at regular intervals d in most part thereof, and the concentric circle array antennas corresponding to a remaining part of the plurality of concentric circle array antennas are arranged at intervals d±0.4 to 0.6d. The radii of the part of plural concentric circles change by ±(0.4 to 0.6)d, so that it is possible to reduce a wide-angle side lobe.
    • 每个具有不同半径的多个同心圆阵列天线设置在同一平面上,并且多个元件天线在每个同心圆阵列天线中周向布置。 多个同心圆阵列天线在其大部分以规则的间隔d布置,并且与多个同心圆阵列天线的剩余部分相对应的同心圆阵列天线以间隔d±0.4至0.6d排列。 多个同心圆的一部分的半径变化±(0.4〜0.6)d,使得可以减小广角旁瓣。
    • 7. 发明授权
    • Composite antenna apparatus
    • 复合天线装置
    • US06222505B1
    • 2001-04-24
    • US09308333
    • 1999-05-19
    • Tsutomu EndoIsamu ChibaMasataka OhtsukaYoshihiko KonishiShuji Urasaki
    • Tsutomu EndoIsamu ChibaMasataka OhtsukaYoshihiko KonishiShuji Urasaki
    • H01Q136
    • H01Q21/30H01Q1/242H01Q1/243H01Q1/244H01Q5/35H01Q5/50H01Q9/30H01Q11/08H01Q21/29
    • A composite antenna apparatus comprising a balun connected to an inner conductor at the upper end of a coaxial line 11, one end of a helical element formed by a pair of wire conductors is connected to the balun, the other end is wound symmetrically around the coaxial line using the the coaxial line as a center so as to face the balun and is connected to the outer conductor 13 at the lower end of the coaxial line. The provision of an outer conductor connecting terminal connected to the outer conductor and an inner conductor connecting terminal connected to the inner conductor at the lower end of the coaxial line, allows the formation, on the same axis, of a helical antenna fed by the coaxial line via the helical element and a monopole antenna formed by the outer conductor of the coaxial line. Thereby equivalent gain in the horizontal plane and a reduction in the occupied volume is achieved.
    • 一种复合天线装置,包括连接到同轴线路11的上端的内导体的平衡 - 不平衡转换器,由一对线导体形成的螺旋形元件的一端连接到平衡 - 不平衡变换器,另一端围绕同轴线对称地卷绕 使用同轴线作为中心,以面对平衡 - 不平衡变换器,并连接到同轴线下端的外导体13。 设置连接到外导体的外导体连接端子和连接到同轴线下端的内导体的内导体连接端子允许在相同轴线上形成由同轴线馈送的螺旋天线 经由螺旋元件的线和由同轴线的外导体形成的单极天线。 因此,实现了水平面中的等效增益和占用体积的减小。
    • 8. 发明授权
    • Antenna feeding circuit
    • 天线馈电电路
    • US06204827B1
    • 2001-03-20
    • US09404380
    • 1999-09-24
    • Tsutomu EndoToru FukasawaMoriyasu MiyazakiIsamu Chiba
    • Tsutomu EndoToru FukasawaMoriyasu MiyazakiIsamu Chiba
    • H01Q138
    • H01Q1/36H01Q1/362H01Q1/38H01Q11/08H01Q21/0006
    • An object of the present invention is to provide an antenna feeding circuit, which requires no balance-unbalance converter and has a simplified structure. The object is attained, by an antenna feeding circuit, according to the present invention, in which micro-strips lines are constituted from one or more pair(s) of band conductors (5a, 5b) disposed on the outer surface of the cylindrical body (1) and an inner conductor (6) disposed on the whole of the inner surface of the cylindrical body (1). A 180 degree distributor (2) supplies electric power to the band conductors (5a, 5b) so that the phase difference between the currents in the band conductors (5a, 5b) is 180 degrees. Inutile current induced in the inner surface of the inner conductor can be cancelled out, because the inner conductor 6 is disposed on the whole of the inner surface of the cylindrical body (1).
    • 本发明的目的是提供一种不需要平衡不平衡转换器并且具有简化结构的天线馈电电路。目的是通过根据本发明的天线馈电电路实现微带线 由设置在圆筒体(1)的外表面上的一对或多个带状导体(5a,5b)构成,和设置在圆筒体的整个内表面上的内导体(6) 1)。 180度分配器(2)向带状导体(5a,5b)提供电力,使得带状导体(5a,5b)中的电流之间的相位差为180度。在内部的内表面中感应的中性电流 因为内导体6设置在圆筒体(1)的整个内表面上,所以导体可被抵消。
    • 9. 发明授权
    • Apparatus and method for adaptively controlling array antenna comprising
adaptive control means with improved initial value setting arrangement
    • 用于自适应地控制阵列天线的装置和方法,包括具有改进的初始值设置布置的自适应控制装置
    • US5473333A
    • 1995-12-05
    • US368633
    • 1995-01-04
    • Isamu ChibaRyu MiuraYoshio Karasawa
    • Isamu ChibaRyu MiuraYoshio Karasawa
    • H01Q3/26H01Q25/00H04B7/08G01S3/16G01S3/28
    • H01Q3/2605H01Q25/00
    • In an apparatus for adaptively controlling an array antenna of M antenna elements, a multi-beam forming circuit calculates N beam field strengths in a known manner, and a beam selecting circuit selectively outputs beam field strengths not smaller than a predetermined threshold value by comparing the N beam field strengths with the threshold value. At least two adaptive control processors calculate N weight coefficients corresponding to N beams according to a constant modulus algorithm, respectively multiplies the calculated beam field strengths by the calculated N weight coefficients, and combines in phase respective signals of multiplication results, outputting the combined signal as a reception signal. In an initial state of one adaptive control processor, a weight coefficient thereof corresponding to the maximum beam field strength is set to a predetermined initial value not zero, and weight coefficients corresponding to the other beam field strengths are set to zero. In an initial state of the other adaptive control processor, a weight coefficient of the other adaptive control processor corresponding to at least a beam field strength having the second greater level is set to the initial value, and weight coefficients corresponding to the other beam field strengths is set to zero.
    • 在用于自适应地控制M个天线元件的阵列天线的装置中,多波束形成电路以已知的方式计算N波束场强度,并且波束选择电路通过比较不同于预定阈值的波束场强 N光束场强与阈值。 至少两个自适应控制处理器根据恒模算法计算对应于N个波束的N个权重系数,分别将计算的波束场强度乘以所计算的N个加权系数,并且将乘法结果的相位信号合并,输出组合信号为 接收信号。 在一个自适应控制处理器的初始状态下,将与最大波束场强度相对应的加权系数设置为预定的初始值不为零,并将与其他波束场强对应的加权系数设置为零。 在另一个自适应控制处理器的初始状态下,对应于至少具有第二较大电平的波束场强度的其他自适应控制处理器的加权系数被设置为初始值,并且对应于另一个光束场强的加权系数 设置为零。
    • 10. 发明授权
    • Apparatus for controlling array antenna comprising a plurality of
antenna elements and method therefor
    • 用于控制阵列天线的装置,包括多个天线元件及其方法
    • US5396256A
    • 1995-03-07
    • US141642
    • 1993-10-27
    • Isamu ChibaMasayuki Fujise
    • Isamu ChibaMasayuki Fujise
    • H01Q3/26H01Q3/36
    • H01Q3/2605
    • In an apparatus and method for controlling an array antenna including a predetermined plurality of M antenna elements arranged in a predetermined arrangement configuration, beam electric field strengths of a plurality of N beams of transmitting signals are calculated, and then signals representing the calculated beam electric field strengths equal to or larger than a threshold value are outputted. Thereafter, based on the outputted signals, there are calculated a plurality of N weight coefficients for the receiving signals respectively corresponding to the plurality of N beams of transmitting signals, such that a main beam of the array antenna is directed toward an incoming direction of a desired radio wave and also a level of the receiving signal in an incoming direction of an unnecessary radio wave are made zero. Further, based on the calculated plurality of N weight coefficients and a transmitting frequency of the transmitting signals, there is calculated at least either one of a plurality of M amounts of phase shift and a plurality of M amounts of amplitudes for the transmitting signals, and then the antenna elements are controlled in accordance with at least one of the calculated amplitude and phase data, thereby radiating the controlled transmitting signals therefrom.
    • 在一种用于控制包括以预定布置配置布置的预定多个M个天线元件的阵列天线的装置和方法中,计算多个N个发射信号束的波束电场强度,然后计算表示所计算的波束电场 输出等于或大于阈值的强度。 此后,基于输出的信号,计算分别对应于多个N个发送信号束的接收信号的多个N个权重系数,使得阵列天线的主波束朝向 期望的无线电波以及不必要的无线电波的输入方向上的接收信号的电平为零。 此外,基于所计算的多个N个权重系数和发送信号的发送频率,计算发送信号的多个M个相移量和多个M个幅度中的至少一个,以及 然后根据所计算的幅度和相位数据中的至少一个来控​​制天线元件,从而辐射受控发射信号。