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    • 2. 发明专利
    • ANTENNA SYSTEM
    • JPS61147602A
    • 1986-07-05
    • JP26839084
    • 1984-12-21
    • TOSHIBA CORP
    • SAWADA HISASHIHIDAKA KAZUTAKA
    • H01Q1/02H01Q19/12
    • PURPOSE:To remove snow adhered to a reflection mirror by allowing the effect of a spring mounted to a connecting part between a soft rubber and an arm, the arm itself and the unidirectional flexibility of the soft rubber to make the soft rubber contact the reflection mirror face and driving the soft rubber by a motor. CONSTITUTION:In receiving a satellite broadcast by an offset parabolic antenna, when snow is adhered to the reflection mirror 1, a drive motor 5 is driven to drive the arm 4 and the soft rubber 3 connected to the arm 4 is driven. The depth of the mirror face of the mirror 1 changes depends on the position of the driven rubber, but the mirror face of the mirror 1 and the soft rubber 3 are kept contacted even when the rubber 3 is driven by the operation of the spring 9 mounted to the connecting part between the arm 4 and the soft rubber 3 and of the soft rubber 3 to which a spring plate 8 is inserted. That is, the rubber 3 is shaken to the right left on the mirror face while the rubber 3 is kept contact onto the mirror face of the reflection mirror 1 and the snow adhered to the mirror face is removed by the soft rubber 3.
    • 3. 发明专利
    • PLANE ANTENNA
    • JPS63275208A
    • 1988-11-11
    • JP10986887
    • 1987-05-07
    • TOSHIBA CORP
    • HIDAKA KAZUTAKA
    • H01Q21/06H01Q1/36H01Q13/08H01Q13/10H01Q21/24
    • PURPOSE:To lighten the weight of a plane antenna itself, and at the same time, to reduce a line loss by using a plate-shaped body with a polygon structure. CONSTITUTION:Since it is constituted by a sandwich structure by adhering a first substrate 1, in which slots S1-S3 are formed on the plate-shaped body, and a second substrate 5, provided with a copper foils 3, 4 on the surface of all one sides, an electro magnetic wave, emitted from micro strip lines l1-l3, are reflected by a copper foil surface and emitted through the slots S1-S3. Then, since the circumference of this sandwich structure is surrounded by a conductive frame 20, the electro magnetic wave, emitted from the micro strip lines l1-l3, is not directly emitted toward a free space as an emission loss. Thus, the line loss is reduced, and the electro magnetic wave is emitted from the slot at a high efficiency. Besides, since the plate-shaped body to form the plane antenna is made into a polygon structure, the weight can be lightened and a strength can be improved.
    • 5. 发明专利
    • On-vehicle antenna system
    • 车载天线系统
    • JPS6180902A
    • 1986-04-24
    • JP20153784
    • 1984-09-28
    • Toshiba Corp
    • SAWADA HISASHIHIDAKA KAZUTAKA
    • H01Q1/22H01Q1/32H01Q3/08
    • H01Q1/3275
    • PURPOSE:To reduce a running wind pressure, and also to solve a problem such as a car height limit in case when an automobile is garaged, etc. by installing a reflector having an offset parabolic surface to a roof of a car body so as to become roughly horizontal, when the automobile is running. CONSTITUTION:A primary radiator 6 is installed to an offset type reflector 7 through an arm 11, and the reflector 7 is installed to an elevation azimuth variable device 8. In Japan, a direction for receiving a radio wave is an elevation, 30-60 deg. is enough, and in case of an offset type reflector, it can be designed roughly horizontally on a roof of a car, when an elevation angle is 45 deg., and by setting an elevation variable range to 45 deg.+ or -15 deg., a satellite broadcast can be received in most of areas. Also, at the running time when a broadcast is not received, the reflector 7 can be set horizontally, therefore, a running wind pressure is reduced, and also a problem of a car height limit in case when an automobile is garaged can also be solved.
    • 目的:为了减少运行的风压,并且通过将具有偏移的抛物线面的反射器安装在车体的屋顶上来解决汽车车库等车辆高度限制的问题,以便 在汽车运行时变得大致水平。 构成:主散热器6通过臂11安装到偏移型反射器7,反射器7安装在仰角方位可变装置8.在日本,接收无线电波的方向是高度30-60 度 足够,并且在偏移型反射器的情况下,当仰角为45度时,其可以大致水平地设计在轿厢的屋顶上,并且通过将高度可变范围设置为45度±或-15度 在大多数地区都可以收到卫星广播。 此外,在没有接收到广播的运行时间的情况下,也可以将反射器7水平地设定,从而降低行驶风压,并且还可以解决汽车停放的情况下的轿厢高度限制的问题 。
    • 6. 发明专利
    • Parabolic antenna system
    • PARABOLIC天线系统
    • JPS619001A
    • 1986-01-16
    • JP12918184
    • 1984-06-25
    • Toshiba Corp
    • SAWADA HISASHIHIDAKA KAZUTAKA
    • H01Q3/08H01Q1/12H01Q19/12
    • H01Q1/125
    • PURPOSE:To set easily an elevating angle and an azimuth angle on ground in the direction of a satellite in a short time by forming a shape of an aperture of a reflector so as to provide wide and narrow directivity to both horizontal and vertical faces and providing a direction adjustment device matching earlier the wide directivity. CONSTITUTION:The antenna consist of a reflector 4, a primary radiator 5, a fixed device 6 and an elevating angle detecting meter 7 and the reflector 4 is formed to a shape having a long width and a short depth. When the area of aperture is unchanged, the gain is kept nearly identical, the beam width of the vertical directivity is wider and the beam width of the horizontal directivity is narrower. First the reflector 4 is adjusted so as to allow the elevating angle of the detecting meter 7 to be directed in the designated direction, then the parabolic antenna is directed in the azimuth toward the satellite by using an azimuth magnetic pointer and the azimuth is adjusted so as to maximize a reception output. since the beam of the vertical directivity is wide, when the azimuth is adjusted by moving the horizontal plane to the right and left, the disabled reception of a radio wave from the satellite is avoided and it is easy to apply minute adjustment of the elevating angle and azimuth after the radio wave is caught once.
    • 目的:通过形成反射器孔径的形状,在短时间内容易地在卫星的方向上设置升降角和方位角,以便为水平面和垂直面提供宽而窄的方向性,并提供 方向调整装置较早地匹配宽方向性。 构成:天线包括反射器4,初级辐射器5,固定装置6和升降角度检测仪7,反射器4形成为具有长的宽度和较短深度的形状。 当孔径面积不变时,增益保持几乎相同,垂直方向性的波束宽度较宽,水平方向性的波束宽度较窄。 首先调整反射体4,使检测仪7的升降角度朝向指定方向,然后通过使用方位磁指针将抛物面天线朝向卫星的方位角定向,方位调整为 以最大化接收输出。 由于垂直方向性的波束宽,所以当通过左右移动水平面来调节方位角时,避免了从卫星接收无线电波,并且易于对升降角进行微调 无线电波被捕获一次后的方位角。
    • 7. 发明专利
    • Disturbing-wave removing antenna
    • 干扰波浪去除天线
    • JPS5761305A
    • 1982-04-13
    • JP13658280
    • 1980-09-30
    • Toshiba Corp
    • HIDAKA KAZUTAKA
    • H01Q3/01H01Q3/26H01Q21/08H01Q21/22
    • H01Q3/26
    • PURPOSE:To remove a disturbing wave from a specific direction over a wide band, by varying the direction of an element antenna while holding the main shafts of two element antennas in parallel. CONSTITUTION:Outputs of two element antennas 1 and 2, which have the same characteristics, obtained by arranging linear elements 12 and 22 on main shafts 11 and 21 as radiator, waveguides, reflectors, etc., are passed through coaxial cables L1 and L2 and mixed by a opposite-phase synthesizer 3 to obtain a reception output. Then, two insulating arm shafts 31 and 32 are used to turn the element antennas 1 and 2 with the main shafts 11 and 21 put in parallel, and both their ends can be fixed on the main shafts 11 and 21 at an equal interval and at prescribed distance in the axial direction. Therefore, the main shafts 11 and 21 of the element antennas 1 and 2 are always in parallel, deep null directivity is obtained in some direction over a wide frequency range.
    • 目的:通过在保持两个元件天线的主轴并联的同时改变元件天线的方向,在宽带上从特定方向去除干扰波。 构成:通过在主轴11和21上布置线性元件12和22作为散热器,波导管,反射器等获得的具有相同特性的两个元件天线1和2的输出通过同轴电缆L1和L2, 通过反相合成器3混合以获得接收输出。 然后,两个绝缘臂轴31和32用于使主轴11和21平行地转动元件天线1,2,并且它们的端部可以以等间隔固定在主轴11和21上 规定的轴向距离。 因此,元件天线1和2的主轴11和21总是并行,在宽的频率范围内在某个方向上获得深空方向性。
    • 8. 发明专利
    • PARABOLIC ANTENNA SYSTEM
    • JPS61147603A
    • 1986-07-05
    • JP26839284
    • 1984-12-21
    • TOSHIBA CORP
    • SAWADA HISASHIHIDAKA KAZUTAKA
    • H01Q3/00H01Q25/00
    • PURPOSE:To adjust the horizontal directivity and the vertical directivity of the combined directivity by arranging >=2 parabolic antennas so that one beam width of the horizontal directivity and vertical directivity of the combined directivity of the parabolic antenna is kept broad and the other is kept sharp. CONSTITUTION:Two parabolic antennas of this equipment are arranged horizontally. Further, the beam width of the vertical directivity is made broad and the beam width of the horizontal directivity is made sharp in the directivity of the this equipment and the direction is adjusted easily by using a phase adjuster 13. First, a reflection mirror 6 is adjusted by an elevating angle adjuster 9 to allow an elevating angle detection meter 11 to point out a designated elevating angle. Then an azimuth angle to a satellite is confirmed by using an azimuth magnetic needle, an azimuth angle adjuster 10 is used to direct the mirror 6 toward the satellite and the azimuth angle is adjusted to maximize the reception output. In varying the phase amount between the parabolic antenna 15 and a synthesizer 14, the beam of the horizontal directivity of the combined directivity is moved. The phase adjusting device 13 is changed by utilizing it to adjust minutely the azimuth angle to maximize the reception output.
    • 9. 发明专利
    • CIRCULARLY POLARIZED WAVE GENERATOR
    • JPS61145901A
    • 1986-07-03
    • JP26733584
    • 1984-12-20
    • TOSHIBA CORP
    • HIDAKA KAZUTAKA
    • H01P1/17
    • PURPOSE:To attain broad band and to decrease the axial length by providing a window transmitting an electric field E1 and shutting an electric field E2 in a circular waveguide through which the fields E1 and E2 orthogonal to each other are transmitted, providing a probe transmitting/receiving the field E2 to the forward/backward position of the window respectively so as to transmit a radio wave in the TEM mode between both the probes. CONSTITUTION:The electric fields E1, E2 orthogonal to each other in the Z axis direction are propagated in the circular waveguide 20. The field E1 transmits a window 2 and is given to an output terminal 4. The electric field is referred to as E1'. Although the field E2 at the input terminal cannot transmit through the window 2 due to the cut-off wavelength of the window 2, the field E2 is received by the probe 6. The field E2 received by the probe 6 transmits through a line 5, goes to the probe 7 at the output side, from which the field is irradiated toward the output terminal 4. The field is transmitted through the line 5 in the TEM mode. The input electric field E2 becomes to an output electric field E2'. The phase of the output electric field E2' is delayed by 90 deg. from the phase of the field E1' by selecting the length of the line 5. Further, the position of the probes 6, 7 is selected to be matched with the characteristic impedance of the line 5.
    • 10. 发明专利
    • Helical antenna device
    • 天线设备
    • JPS5977705A
    • 1984-05-04
    • JP18745882
    • 1982-10-27
    • Toshiba Corp
    • IWASAKI HISAOHIDAKA KAZUTAKA
    • H01Q11/08H01Q19/10
    • H01Q11/08
    • PURPOSE:To obtain an excellent circularly polarized wave characteristic by bending one end of a helical element conductor toward the helical center axis and prolonging the end so as to constitute a coaxial center conductor of a receptacle, inserting a dielectric, holding the center conductor with an outer conductor of the receptacle and providing a reflecting plate. CONSTITUTION:The antenna device consists of a helical element 30, the receptacle 50 and the reflecting plate 40. A terminal 31 at a feeding point of the element 30 is bent gently toward the helical center axis A-A', enters the outer conductor 51 of the receptacle 50 and becomes a center conductor 32. A hole 52 having a diameter less than the maximum diameter of the element 30 is drilled in the center of the outer conductor 51, and the hole 52 is linked to a hole 53 being a 50-ohm impedance via a section having a specific constant impedance. The holes 52, 53 are filled with ''Teflon,'' which supports the center conductor 32. The element 30 is supported in a free space, the axial symmetry of the directivity is improved, the cross polarized wave characteristic and the axis ratio are improved and stable and excellent circularly polarized wave characteristics are attained.
    • 目的:为了通过将螺旋形元件导体的一端向螺旋中心轴弯曲并延长端部以便构成插座的同轴中心导体,获得优异的圆偏振波特性,插入电介质,将中心导体保持在 并且提供反射板。 构成:天线装置由螺旋元件30,插座50和反射板40组成。元件30的馈电点端子31朝向螺旋中心轴线A-A'轻轻地弯曲,进入外导体51 并成为中心导体32.在外导体51的中心钻有具有小于元件30的最大直径的直径的孔52,并且孔52连接到孔53,其为50 - 欧姆阻抗通过具有特定的恒定阻抗的部分。 孔52,53填充有支撑中心导体32的“特氟隆”。元件30被支撑在自由空间中,方向性的轴对称性得到改善,交叉极化波特性和轴比为 获得了良好的稳定和优异的圆偏振波特性。