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    • 63. 发明申请
    • Planar high frequency oscillator
    • 平面高频振荡器
    • US20050184817A1
    • 2005-08-25
    • US11046516
    • 2005-01-28
    • Masayoshi AikawaTakayuki TanakaFumio AsamuraTakeo Oita
    • Masayoshi AikawaTakayuki TanakaFumio AsamuraTakeo Oita
    • H03B19/18H03B5/18
    • H03B5/1852
    • A planar harmonic high frequency oscillator comprises a pair of amplifiers for oscillation, a micro-strip line for connecting between inputs of the pair of amplifiers and between outputs of the amplifiers, a slot line disposed between the inputs and the outputs of the pair of the amplifiers for electromagnetically coupling with the micro-strip line, an output line connected to the micro-strip line at a position at which the micro-strip line traverses the slot line between the inputs or outputs of the pair of amplifiers, and an electronic device for connecting conductors on both sides of the slot line, and for controlling an electromagnetic wave field of the slot line in response to a control signal applied thereto. Two oscillation systems which oscillate in opposite phases with respect to the fundamental wave of oscillation are formed to generate an even-order harmonic of the fundamental wave.
    • 平面谐波高频振荡器包括用于振荡的一对放大器,用于连接放大器对的输入之间和放大器的输出之间的微带线,设置在该对放大器的输入和输出之间的时隙线 用于与微带线电磁耦合的放大器,在微带线穿过该对放大器的输入或输出之间的缝隙线的位置连接到微带线的输出线,以及电子器件 用于连接槽线两侧的导体,并响应于施加到其上的控制信号来控制缝线的电磁波场。 形成相对于基波的相位振荡的两个振荡系统,以产生基波的偶次谐波。
    • 64. 发明申请
    • High frequency oscillator using transmission line resonator
    • 高频振荡器采用传输线谐振器
    • US20050174182A1
    • 2005-08-11
    • US11046360
    • 2005-01-28
    • Masayoshi AikawaTakayuki TanakaFumio AsamuraTakeo Oita
    • Masayoshi AikawaTakayuki TanakaFumio AsamuraTakeo Oita
    • H01P5/12H03B1/00H03B5/18H03B19/18
    • H03B5/1852
    • A high frequency oscillator comprises a transmission line resonator having a midpoint which serves as a null potential point, a pair of active devices for oscillation respectively connected to a pair of mutually opposite-phase resonance wave points for the transmission line resonator, and a plurality of output lines each having one end connected to the transmission line resonator at a point symmetric to the midpoint, and the other end commonly connected to a connection. The pair of active devices share the resonator and oscillate in opposite phases to each other. The plurality of output lines are coupled to the transmission line resonator respectively at maximum displacement distribution points for a standing wave of an 2n-th harmonic in the transmission line resonator, where n is an integer equal to or larger than two. Even-order harmonic components of 2(n−1)-th or lower are suppressed at the connection.
    • 高频振荡器包括具有中点用作空电位点,一对用于分别连接到一对的用于传输线谐振器彼此相反的相位共振波分振荡的有源器件的传输线谐振器,以及多个 输出线,每个的一端在点对称的中点连接到所述传输线谐振器,而另一端共同连接到的连接。 该对有源器件共享共振器并以相反的相位相互振荡。 多个输出线在最大位移分发点分别耦合到传输线谐振器在传输线谐振器,其中n是整数等于或大于2的第2n谐波的驻波。 的2(N-1)个或更低在连接抑制偶次谐波分量。
    • 65. 发明授权
    • Particle processing apparatus
    • 粒子处理装置
    • US06905085B2
    • 2005-06-14
    • US10276980
    • 2001-05-21
    • Yorioki NaraTakayuki TanakaYoshinori HanadaFumiaki Tanabe
    • Yorioki NaraTakayuki TanakaYoshinori HanadaFumiaki Tanabe
    • B01L1/00B01L1/04B02C13/22B02C13/286B02C13/31B02C23/04B02C17/16
    • B01L1/04B01L1/00B02C13/22B02C13/286B02C13/31B02C23/04B02C2013/28654
    • A part of an outer wall composing a clean box 2 becomes a component of a particle processing apparatus, a processing chamber 31 and the clean box 2 are integrated, the entire apparatus can be made compact, and in accordance with such compactness, even when a shaft sealing means 6 and an oil sealing means 323 are disposed in proximity to each other, reliable shaft sealing performance is secured, whereby a shaft sealing structure enabling processing of fine particles by high speed rotation is provided.Furthermore, integration of setting means for components accompanied with assembly and disassembly of the processing chamber is achieved, the entire assembling structure is simplified and the assembly work is made easier, whereby a particle processing apparatus the assembly and disassembly of which accompanied with cleaning work can be easily carried out in a short time without loss of productive efficiency.Moreover, use requiring a raw material supply unit 7 and use involving no necessity of a raw material supply unit 7 can be selectively achieved in a balanced manner in accordance with a supply manner for production in view of attachment and detachment accompanied with cleaning work, and this reduces the work burden of attachment, detachment, and cleaning of the supply unit 7 itself.
    • 构成清洁箱2的外壁的一部分成为颗粒处理装置的一部分,处理室31和清洁箱2一体化,整个装置可以制造得紧凑,并且根据这样的紧凑性,即使当 轴密封装置6和油封装置323彼此靠近地设置,确保轴密封性能的可靠性,由此提供能够通过高速旋转处理微粒的轴封结构。 此外,实现了与处理室的组装和拆卸相关的部件的设置装置的集成,整个组装结构被简化并且组装工作变得更容易,由此与清洁工作一起的组装和拆卸的颗粒处理装置可以 可以在短时间内轻松进行,不会损失生产效率。 此外,根据与清洁作业相关的附着和拆卸的生产供应方式,可以平衡地选择性地实现需要原料供应单元7的使用和不需要原料供应单元7的使用,并且 这减少了供应单元7本身的附接,拆卸和清洁的工作负担。
    • 66. 发明授权
    • Planar circuit
    • 平面电路
    • US06756857B2
    • 2004-06-29
    • US10255266
    • 2002-09-26
    • Masayoshi AikawaEisuke NishiyamaTakayuki TanakaFumio AsamuraTakeo Oita
    • Masayoshi AikawaEisuke NishiyamaTakayuki TanakaFumio AsamuraTakeo Oita
    • H03P710
    • H01P7/082H03B5/1817
    • A planar circuit has a substrate, a planar circuit conductor disposed on a first main surface of the substrate, a ground conductor disposed on a second main surface of the substrate for creating a high frequency resonator based on an electromagnetic wave field in cooperation with the planar circuit conductor, and a circuit element disposed on an opening formed in at least one of the planar circuit conductor and ground conductor to electronically control the electromagnetic wave field. The circuit element may be a variable reactance element such as a varactor diode, or a switching element. The circuit element can variably control the electromagnetic wave field which defines the resonator, so that the resonator can be controlled, for example, to resonate at a variable frequency.
    • 平面电路具有衬底,设置在衬底的第一主表面上的平面电路导体,设置在衬底的第二主表面上的接地导体,用于基于与平面相配合的电磁波场产生高频谐振器 电路导体和设置在形成于至少一个平面电路导体和接地导体中的开口上的电路元件,以电子控制电磁波场。 电路元件可以是可变电抗元件,例如变容二极管或开关元件。 电路元件可以可变地控制限定谐振器的电磁波场,使得可以控制谐振器,例如以可变频率谐振。
    • 70. 发明授权
    • Projection display apparatus
    • 投影显示装置
    • US5555034A
    • 1996-09-10
    • US262336
    • 1994-06-17
    • Toshimitsu WatanabeMakoto KitamuraTakayuki Tanaka
    • Toshimitsu WatanabeMakoto KitamuraTakayuki Tanaka
    • H04N9/31H04N17/00
    • H04N9/31
    • A projection display apparatus having three projection tubes for the projection of images of different primary colors wherein the images from the projection tubes are projected on an enlarged scale onto a screen through projection lenses. The display apparatus includes a first deflection unit having at least a first deflection coil mounted on a neck portion of a first projection tube, a second deflection unit having at least a second deflection coil mounted on a neck portion of a second projection tube and a third deflection unit having at least a third deflection coil mounted on a neck portion of a third projection tube. According to a feature of the display apparatus, a first linearity correction coil is coupled in series with a parallel connection of the second deflection unit and only one of the first and third deflection units.
    • 一种投影显示装置,具有用于投影不同原色图像的三个投影管,其中来自投影管的图像通过投影透镜以放大的尺度投影到屏幕上。 显示装置包括:第一偏转单元,其具有安装在第一投影管的颈部上的至少第一偏转线圈;第二偏转单元,具有安装在第二投影管的颈部上的至少第二偏转线圈;以及第三偏转线圈, 偏转单元具有安装在第三投影管的颈部上的至少第三偏转线圈。 根据显示装置的特征,第一线性校正线圈与第二偏转单元和第一和第三偏转单元中的仅一个并联连接。