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    • 31. 发明授权
    • Dielectric duplexer device
    • 介质双工器
    • US06181223B2
    • 2001-01-30
    • US09222704
    • 1998-12-29
    • Kenji Ito
    • Kenji Ito
    • H01P120
    • H01P1/2136
    • A dielectric duplexer device comprises a dielectric duplexer including a plurality of resonators arranged in parallel along a same direction, and a coupling circuit coupled to related ones of the resonators, and is adapted to show a surface area appropriately selected for each of capacitor electrodes, other electrodes and components to be formed on a laminated dielectric body, wherein the coupling circuit is arranged on the laminated dielectric body (10a; 10b; 10c) which comprises a plurality of dielectric sheet members (10a through 11e) and is bonded to an open-circuit end surface of the dielectric duplexer (1a; 1b; 1c) at a rear layered side portion to produce an intended transmission/reception circuit.
    • 介质双工器件包括介质双工器,其包括沿相同方向并联布置的多个谐振器,以及耦合到相关谐振器的耦合电路,并且适于显示适合于每个电容器电极的表面积,其他 要形成在叠层电介质体上的电极和部件,其中耦合电路布置在包括多个电介质片部件(10a至11e)的层叠电介质体(10a; 10b; 10c)上, 在后层叠侧部分的介质双工器(1a; 1b; 1c)的电路端表面,以产生预期的发送/接收电路。
    • 33. 发明授权
    • Camera
    • 相机
    • US5892998A
    • 1999-04-06
    • US916727
    • 1997-08-18
    • Takanori KodairaHiroyuki HaseShoji IchimasaKenji Ito
    • Takanori KodairaHiroyuki HaseShoji IchimasaKenji Ito
    • G03B9/26G03B17/04
    • G03B9/26
    • A camera includes a movable lens barrel arranged to be moved by a driving force of a drive source, a barrier arranged to be shiftable between a closed state and an open state on a locus of movement of the movable lens barrel, a control part arranged to cause the movable lens barrel to be forcibly moved from an initial position to a predetermined position in response to an operation to open the barrier, and a blocking part arranged to allow the movement of the movable lens barrel from the initial position to the predetermined position when the barrier is open, and to block the movement of the movable lens barrel from the initial position to the predetermined position when the barrier is not open.
    • 照相机包括可移动透镜镜筒,其被布置成通过驱动源的驱动力移动,阻挡件布置成可移动透镜镜筒的运动轨迹上的闭合状态和打开状态之间可移动;控制部件布置成 导致响应于打开屏障的操作使可移动镜筒从初始位置强制地移动到预定位置;以及阻挡部件,其被布置成允许可移动镜筒从初始位置移动到预定位置, 屏障是打开的,并且当屏障不打开时阻止可移动透镜镜筒从初始位置移动到预定位置。
    • 34. 发明授权
    • Image data storage/processing apparatus
    • 图像数据存储/处理装置
    • US5428389A
    • 1995-06-27
    • US104928
    • 1993-08-12
    • Kenji ItoKaoru AdachiOsamu Saito
    • Kenji ItoKaoru AdachiOsamu Saito
    • G11C7/10H04N1/21H04N7/30H04N5/76H04N9/64
    • H04N1/2137G11C7/1027H04N1/2112H04N1/2158H04N19/60
    • An image data storage/processing apparatus is provided, which is particularly applicable to an electronic still camera, for example. The image data storage apparatus uses a dynamic RAM as a frame memory for temporarily storing image data representative of a field of an image to be recorded. The frame memory includes at least first and second memories. In the apparatus, there is provided a control so that the image data corresponding to the adjacent two pixel lines on the field are continuously read out in such a manner that they are simultaneously read out from the first and second memories, and the image data corresponding to one of the two pixel lines are read out with delay by the time required for reading out of the image data corresponding to the other pixel line. The image signal processing apparatus is capable of performing processing for writing in and reading out of various types of image data with a single memory.
    • 提供了一种特别适用于电子静态照相机的图像数据存储/处理装置。 图像数据存储装置使用动态RAM作为帧存储器,用于临时存储表示要记录的图像的场的图像数据。 帧存储器至少包括第一和第二存储器。 在该装置中,提供了一种控制,使得对应于场上的相邻两个像素线的图像数据以从第一和第二存储器同时读出的方式连续地读出,并且图像数据对应 到两个像素线中的一个被延迟地读出对应于另一个像素线的图像数据所需的时间。 图像信号处理装置能够执行用单个存储器写入和读出各种图像数据的处理。
    • 35. 发明授权
    • Cable manufacturing method
    • 电缆制造方法
    • US5400584A
    • 1995-03-28
    • US128845
    • 1993-09-29
    • Kenji ItoKouki Kusakai
    • Kenji ItoKouki Kusakai
    • D07B3/00D07B5/00E01D19/16H01B13/02
    • E01D19/16D07B5/002D07B7/02D07B3/00
    • A cable manufacturing method comprising the steps of arranging a closing die and a plurality of panel plates in this order, on a pass-line having a curved zone and a linear zone, from the side of a front end of the pass-line, inserting all wires, to be stranded, through an opening of the closing die, and inserting each wire through a hole formed in a corresponding one of the panel plates, guiding the wires such that the wires are substantially parallel with one another and each wire is loose of the panel plates, rotatably supporting the panel plates, respectively, and passing each wire through the curved zone and the linear zone while rotating the panel plates in the same direction, thereby stranding the wires with a large pitch so as not to plastically deform the wires.
    • 一种电缆制造方法,包括以下步骤:从具有弯曲区域和直线区域的通行线上依次布置封闭模具和多个面板板,从该通路的前端侧插入 所有的电线通过封闭模具的开口被绞合,并且通过形成在对应的一个面板中的孔插入每个电线,引导电线使得电线彼此基本平行,并且每根电线松动 的面板,分别可旋转地支撑面板,并使每条线通过弯曲区域和线性区域,同时沿相同方向旋转面板,从而以大的间距绞合线材,以免使塑料变形 电线
    • 36. 发明授权
    • Machining-error correcting method used for a non-circular shape
machining apparatus
    • 用于非圆形加工装置的加工误差校正方法
    • US5396434A
    • 1995-03-07
    • US996402
    • 1992-12-23
    • Hiroshi OyamaKenji Ito
    • Hiroshi OyamaKenji Ito
    • G05B19/18G05B19/404G06F15/46
    • G05B19/184G05B2219/41374G05B2219/45218G05B2219/50053
    • A machining-error of a non-circular shape machining apparatus is corrected by controlling a movement of a tool which is synchronous with a rotation of a workpiece. A position of the tool is detected when the tool is according to a command position which is coincident with or close to a target position of the tool. At least an amplitude ratio and a phase difference of an amplitude ratio, a phase difference, and an offset difference between the target position and the detected position; is obtained. At least a process of increases and/or reducing the command position and a process of phase shift of the process for increasing and/or reducing the command position on the basis of the amplitude ratio, a process for shifting a phase on the basis of the phase difference, and a process for changing an offset of the command position on the basis of the offset difference are performed, whereby a first corrected command position is obtained. The detected position of the tool can be made to coincide with the target position quickly since the target position and the detected position are determined as a waveform, which is divided into an amplitude, a phase, an offset and a distorsion.
    • 通过控制与工件的旋转同步的工具的移动来校正非圆形加工装置的加工误差。 当工具根据与刀具的目标位置一致或接近的命令位置时,检测刀具的位置。 振幅比,相位差和目标位置与检测位置之间的偏移差的振幅比和相位差至少为一个; 获得。 至少基于振幅比增加和/或减小指令位置和用于增加和/或减少指令位置的处理的相移的处理,基于 相位差,并且执行用于基于偏移差改变指令位置的偏移的处理,从而获得第一校正指令位置。 由于目标位置和检测到的位置被确定为波形,所以能够快速地检测出刀具的检测位置与目标位置一致,该波形被分为幅度,相位,偏移和偏差。
    • 37. 发明授权
    • Dielectric filter device
    • 介质过滤器
    • US5379012A
    • 1995-01-03
    • US51766
    • 1993-04-26
    • Hiroyuki ShimizuKenji Ito
    • Hiroyuki ShimizuKenji Ito
    • H01P1/205
    • H01P1/2053
    • A dielectric filter device including at least two dielectric resonator bodies juxtaposed to each other each provided with a through bore which has an inner conductive layer, a first dielectric substrate provided with electrodes on its surfaces for forming input and output capacities and a second dielectric substrate provided with capacitively coupled electrodes on its inner surfaces for forming a coupling capacity and an electrode which cooperates with the capacitively coupled electrodes to form stray capacities, the first and second dielectric substrates being superimposed and mounted on the front surfaces of the juxtaposed dielectric resonator bodies. Each dielectric resonator body comprises two longitudinally divided halves, and the inner surface of one of the halves which form the outermost resonator body is provided with conductive connecting lines each of which has one end connected with the inner conductive layer in the through bore and the other end connected with an input or output terminal provided on the lateral surface of the associated resonator body.
    • 一种介质滤波器装置,包括彼此并置的至少两个介质谐振器体,每个介质谐振器本体具有通孔,所述通孔具有内部导电层,在其表面上设置有用于形成输入和输出电容的电极的第一电介质基板和设置有第二电介质基板 在其内表面上具有电容耦合的电极以形成耦合电容,以及与电容耦合的电极配合以形成杂散电容的电极,第一和第二电介质衬底叠加并且安装在并置的介质谐振器体的前表面上。 每个介质谐振器体包括两个纵向分割的半部分,并且形成最外面的谐振器体的一半的内表面设置有导电连接线,每个导体连接线的一端与通孔中的内导电层相连,而另一端 端部与设置在相关联的谐振器主体的侧表面上的输入或输出端子连接。