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    • 93. 发明授权
    • Method for producing ring core
    • 环芯生产方法
    • US08127429B2
    • 2012-03-06
    • US12516125
    • 2007-10-19
    • Masafumi SaitoTetsuo SuzukiNaoya Saruhashi
    • Masafumi SaitoTetsuo SuzukiNaoya Saruhashi
    • H02K15/00
    • H02K15/03B21D28/22H02K1/276Y10T29/49009Y10T29/49011Y10T29/49012Y10T29/53143
    • A method for producing a ring core having a plurality of separate core plates with lobes defined on an inner circumferential surface thereof, the separate core plates being arranged and stacked in a ring-shaped pattern. The method includes the steps of supporting the separate core plates with either one of an inner guide member being disposed radially inwardly of the separate core plates stacked in the ring-shaped pattern and an outer guide member disposed radially outwardly of the separate core plates, and applying a pressure from the other of the inner guide member and the outer guide member, wherein the inner guide member has recesses corresponding to the lobes for positioning and supporting the lobes, and stacking the separate core plates in the ring-shaped pattern to form the ring core, while rotating the separate core plates in unison through a predetermined angle with the inner and outer guide members.
    • 一种环芯的制造方法,其具有在其内周面上形成有多个具有裂片的分离芯板,所述分离芯板以环状图案布置和堆叠。 该方法包括以下步骤:支撑分离的芯板,其中内引导构件中的任一个设置在层叠在环形图案中的分离芯板的径向内侧,以及设置在分离的芯板的径向外侧的外引导构件,以及 从内引导构件和外引导构件中的另一个施加压力,其中内引导构件具有对应于凸角的凹槽,用于定位和支撑凸角,并将分离的芯板堆叠成环形图案,以形成 同时使分离的芯板与内部和外部引导构件一致地旋转预定的角度。
    • 97. 发明授权
    • Method of sorting out defect-free workpiece
    • 排除无缺陷工件的方法
    • US06870953B2
    • 2005-03-22
    • US09788648
    • 2001-02-21
    • Tetsuo SuzukiHideki Shigematsu
    • Tetsuo SuzukiHideki Shigematsu
    • G01B5/02B07C5/06B07C5/10F16G5/16G01B5/20G01B11/24G01B11/245G01B21/02G01B21/20G01N21/88G01N21/95G06K9/00G06K9/68
    • G01N21/8851F16G5/16G01N21/9515
    • A method sorts out defect-free elements blanked out of a metal sheet for a belt for use in a continuously variable transmission. Each of the elements has a body and a head joined to the body with a pair of recesses defined therebetween. The elements are stacked in a transverse direction thereof into an annular form and bundled together by an assembly of stacked endless metal rings inserted in the recesses into a belt for use in a continuously variable transmission. The elements are inserted into a passage having a predetermined width to sort out and deliver those elements which have passed through the passage to a feed path. Respective images of the elements which have been delivered to the feed path are analyzed while in the feed path to compare the images with a reference element image. Elements which have entrapped foreign matter, outer profile deformations, and defects are rejected from the feed path, and other elements are fed through the feed path. The fed elements are stacked and arrayed in a transverse direction thereof downstream of the feed path. The arrayed elements are passed through gages having a shape complementary to a required shape for the recesses of the elements, and those elements which have passed through the gage are sorted out as defect-free elements.
    • 一种方法排除了用于无级变速器中的用于皮带的金属板中的无缺陷元件。 每个元件具有主体和连接到主体的头部,其间限定有一对凹部。 这些元件在其横向方向上被堆叠成环形,并且通过将插入凹槽中的堆叠的环形金属环的组合成捆扎在一起,以用于无级变速器。 这些元件被插入到具有预定宽度的通道中以整理并将已经通过通道的那些元件输送到进给路径。 在馈送路径中分析已经传送到馈送路径的元件的相应图像,以将图像与参考元素图像进行比较。 夹杂异物,外形变形和缺陷的元件从进料路径中排出,其它元件通过进料路径进料。 馈送的元件沿进给路径下游的横向排列并排列。 排列的元件通过具有与元件的凹部的所需形状互补的形状的量具,并且已经通过计量的那些元件被分类为无缺陷元件。
    • 98. 发明授权
    • Current driving system of light emitting diode
    • 发光二极管的电流驱动系统
    • US06665551B1
    • 2003-12-16
    • US09715010
    • 2000-11-20
    • Tetsuo Suzuki
    • Tetsuo Suzuki
    • A61B500
    • A61B5/14551
    • Three current supply lines 44, 45, 41 and connection terminals 32, 34, 30 thereof for respectively driving the light emitting diodes on the probe side are arranged in a light emitting diode driving circuit on the measurement apparatus body side, a pair of driving switches Sw1A, Sw1B and Sw2A, Sw2B for constant current having contact points to be switched to the electric power source side or the ground side are respectively connected with the two current supply lines 44, 45 among the three current supply lines, and switching operation signal supply lines 41A, 42A and 41B, 42B are arranged for successively and continuously driving the light emitting diodes by supplying a switching operation signal for switching the contact points on the electric power source side or on the ground side to the pair of driving switches for constant current.
    • 用于分别驱动探针侧的发光二极管的三个电流源线44,45,41和连接端子32,34,30被布置在测量装置主体侧的发光二极管驱动电路中,一对驱动开关 Sw1A,Sw1B,Sw2A,Sw2B分别与三个电源线中的两个电源线44,45分别连接有切换到电源侧或接地侧的接点的恒定电流,开关动作信号供给 布线41A,42A和41B,42B布置成通过提供用于将电源侧或地面侧的接触点切换到用于恒定电流的一对驱动开关的开关操作信号来连续和连续地驱动发光二极管 。
    • 99. 发明授权
    • Recording apparatus
    • 记录装置
    • US06341905B1
    • 2002-01-29
    • US09542461
    • 2000-04-04
    • Tetsuo Suzuki
    • Tetsuo Suzuki
    • B41J2315
    • B41J11/42
    • A recording apparatus has an automatic feed device for feeding recording media one by one, and a pair of carriage rollers for carrying a recording medium P thus fed, to a recording section. The recording apparatus is constructed to be used in a plurality of recording modes. In the recording apparatus, a registration method of the recording medium P to the recording section is selected depending upon a recording mode selected. The apparatus of this structure solved the prior-art problems that a long time was necessary from sheet feed to recording start in the case of registration of the recording medium P by the nip between the carriage roller pair, so as to be a bottleneck in increase of recording speed and that disturbance of the image became prominent due to registration deviation in the case of registration at the side of the recording medium.
    • 记录装置具有一个一个地供给记录介质的自动进给装置和一个用于将由此进给的记录介质P携带到记录部分的一对滑架辊。 记录装置被构造成以多种记录模式使用。 在记录装置中,根据所选择的记录模式来选择记录介质P到记录部分的登记方法。 该结构的装置解决了在记录介质P通过滑架辊对之间的辊隙配准的情况下长时间从进纸到记录开始需要很长时间的问题,从而成为增加的瓶颈 的记录速度,并且由于在记录介质侧配准的情况下的记录偏差,图像的干扰变得突出。
    • 100. 发明授权
    • Workpiece blanking apparatus
    • 工件下料设备
    • US06305209B1
    • 2001-10-23
    • US09537769
    • 2000-03-30
    • Tetsuo SuzukiMakoto Kobayashi
    • Tetsuo SuzukiMakoto Kobayashi
    • B21D2802
    • B21D45/003Y10T83/2131
    • A workpiece blanking apparatus has a die, a pad for holding a plate of metal on the die, a blanking punch for depressing the plate on the die downwardly of the die to blank a workpiece out of the plate, and a counterpunch vertically movably disposed in the die in confronting relationship to the blanking punch and movable downwardly with the workpiece blanked by the blanking punch. A counterpunch urging device normally urges the counterpunch upwardly, and a holding mechanism holds the counterpunch in a lowered position after the workpiece is blanked by the blanking punch until the blanking punch is spaced from the workpiece, the pad is spaced from the plate, and the blanking punch and the pad are lifted to a predetermined position. The holding mechanism releases the counterpunch in the lowered position and allows the counterpunch to displace the workpiece out of the die when the blanking punch and the pad are lifted to the predetermined position.
    • 工件冲裁装置具有模具,用于在模具上保持金属板的垫,用于将模具上的板向下挤压的冲裁冲头,以将工件从板上冲出,并将竖起可移动地布置在 模具与冲裁冲头面对面的关系,并且通过冲裁冲头冲裁的工件向下移动。 通常的冲击推动装置向上推动对应物,并且保持机构在工件被冲裁冲头冲裁后直到冲裁冲头与工件间隔开为止,将该对应件保持在下降位置,该垫与该板间隔开,并且 冲压冲头和垫被提升到预定位置。 当冲裁冲头和垫被提升到预定位置时,保持机构在下降位置释放对应开关,并允许对准件将模具移出模具。