会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 41. 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
    • 42. 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。
    • 43. 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。
    • 47. 发明授权
    • Numerical control apparatus having a machining program editing function
for numerical control machine tool
    • 具有数控机床加工程序编辑功能的数控机床
    • US5266876A
    • 1993-11-30
    • US813016
    • 1991-12-24
    • Kenji ItoMasato Ryoki
    • Kenji ItoMasato Ryoki
    • B23Q15/00G05B19/4093G05B13/00G06F15/46
    • G05B19/4093G05B2219/35259G05B2219/36067Y02P90/265
    • A machining program for controlling a numerical control machine tool is edited by a machining program editing function of a numerical control apparatus. Machining step division codes and machining step identification codes are input, and machining step unit programs are defined by dividing the machining program on the basis of machining step division blocks. Machining step identification codes are extracted for each of the machining step unit programs and are defined as the machining step names of the machining step unit programs. The machining step names are displayed on a screen according to the sequence of the execution of the machining step programs. Locations of the machining step names are changed according to externally input commands. The sequence of the execution of the machining programs is converted according to the thus changed locations of the machining step names.
    • 通过数控装置的加工程序编辑功能编辑用于控制数控机床的加工程序。 输入加工步骤分割代码和加工步骤识别代码,并且基于加工步骤分割块来划分加工程序来定义加工步骤单元程序。 为每个加工步骤单元程序提取加工步骤识别代码,并将其定义为加工步骤单元程序的加工步骤名称。 加工步骤名称根据加工步骤程序的执行顺序显示在屏幕上。 加工步骤名称的位置根据外部输入命令而改变。 根据这样改变的加工步骤名称的位置来转换加工程序的执行顺序。
    • 48. 发明授权
    • Numerical control method and system
    • 数控方法及系统
    • US5132912A
    • 1992-07-21
    • US514836
    • 1990-04-26
    • Kenji ItoMasato Ryoki
    • Kenji ItoMasato Ryoki
    • B23G1/02G05B19/18G05B19/416
    • G05B19/186
    • A numerical control method and an apparatus sets the feed rate at the time the first action ends as a tapping feed rate, and sets the spindle rate at the time the second action ends as a tapping spindle rate, and starts the third action after the first and second actions end simultaneously. In a tapping process where the spindle angle at the start position is set at a predetermined tapping start angle, the first action for setting the feed shaft position at the tapping start position and the second action for setting the spindle angle as the tapping start angle are executed simultaneously, and the third action is executed without changing the feed and spindle rates because the feed rate has already been set at the tapping feed rate and the spindle rate has already been set at the spindle tapping rate at the time when the first and second actions end. The series of actions such as reducing, suspending, and increasing the speed of the feed shaft in the second action every time a tapping is performed can be avoided so as to thereby achieve a higher speed tapping as well as a higher productivity.
    • 数值控制方法和装置将第一动作结束时的进给速度设定为出料进给速度,并将第二动作结束时的主轴速度设定为攻丝主轴速度,并在第一动作开始之后开始第三动作 第二动作同时结束。 在起始位置处的主轴角度设定为预定的攻丝起始角度的攻丝过程中,用于将进给轴位置设定在攻丝开始位置的第一动作和用于设定主轴角度的第二动作作为攻丝开始角度 同时执行第三动作,而不改变进给和主轴速度,因为进给速率已经被设定为出料进给速率,并且主轴速率已经被设定在第一和第二时间的主轴出料速度 行动结束 可以避免在每次进行攻丝时在第二动作中减少,悬挂和提高进给轴的速度的一系列动作,从而实现更高速度的攻丝以及更高的生产率。
    • 49. 发明授权
    • Compact stripline filter with fixed capacity between coupled resonator
fingers
    • 具有耦合谐振器指针之间固定容量的紧凑型条带滤波器
    • US5122768A
    • 1992-06-16
    • US632161
    • 1990-12-21
    • Kenji ItoNaomasa Wakita
    • Kenji ItoNaomasa Wakita
    • H01P1/203
    • H01P1/20336
    • An improved stripline filter is disclosed which includes a laminate of a pair of dielectric substrates each having an outer surface provided with a ground conductor, and conducting resonator means provided between each of the two adjacent dielectric substrates and having a plurality of parallel resonator fingers each having an open circuit end and a base end electrically connected to said ground conductor, in which the ground conductor has extended portions corresponding in number to the number of the resonator fingers, each of the extended portions extending toward the open circuit end of the corresponding resonator finger and terminating with a predetermined space from the open circuit end of the corresponding resonator finger.
    • 公开了一种改进的带状线滤波器,其包括一对电介质基板的层叠体,每个电介质基板具有设置有接地导体的外表面,以及设置在两个相邻电介质基板之间的导电谐振器装置,并且具有多个并联的谐振器指状件, 开路端和电连接到所述接地导体的基端,其中接地导体具有数量相应于谐振器指的数量的延伸部分,每个延伸部分朝向对应的谐振器手指的开路端延伸 并且从相应的谐振器指状物的开路端以预定的空间终止。