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    • 4. 发明授权
    • Method of cutting sheet for plotter
    • 绘图机切纸方法
    • US5443194A
    • 1995-08-22
    • US131955
    • 1993-10-08
    • Isamu Takahashi
    • Isamu Takahashi
    • B43L13/00B26D3/12B26F3/00B26F3/02
    • B26F3/002B26D3/12Y10T225/12Y10T225/321Y10T225/393
    • In case a long size sheet which is sandwiched by a drive roller and a pressure roller and its tip portion is suspended downwardly with its dead weight from the sheet support surface is cut off in a straight line in a crossing direction with a cutter pen of a plotter capable of shifting the sheet in a crossing direction, firstly, the sheet is cut off in a crossing direction with the cutter pen leaving a predetermined region at the center portion of the sheet. Next, a half-cut or perforation work is applied to the predetermined region at the center portion, and then, the drive roller is rotated in the positive or reverse direction, and the sheet transfers back and forth along its longitudinal direction, and the region of the sheet where the drawing has been performed is shaken off from the other portion of the sheet by the transfer, and thus, the cutting operation of the sheet is completed.
    • 在由驱动辊和压力辊夹持的长尺寸片材及其顶端部分以其自重从片材支撑表面向下悬挂的情况下,在与刀具的切割笔的交叉方向上以直线切断 能够在交叉方向上移动纸张的绘图机,首先,在切割笔的交叉方向上切断片材,在纸张的中心部分留下预定区域。 接下来,在中心部分的预定区域施加半切或穿孔作业,然后驱动辊沿正向或反向旋转,并且片材沿其纵向方向前后移动,并且区域 已经执行了图纸的片材通过转印从片材的另一部分中脱离出来,从而完成了片材的切割操作。
    • 6. 发明授权
    • Automatic lead feeding apparatus of automatic drafting machine
    • 自动牵引机自动送料装置
    • US5179393A
    • 1993-01-12
    • US606210
    • 1990-10-30
    • Isamu Takahashi
    • Isamu Takahashi
    • B43L13/00B43K31/00B43L13/02B43M99/00
    • B43M99/007B43K31/005B43L13/024
    • An automatic lead feeding apparatus is used in an automatic drafting machine adapted to exchange pencil holders between a line drawing head and a writing instrument stocker. The automatic lead feeding apparatus has a unit holder moving in a direction of approach and separation from the writing instrument stocker to take a writing instrument or pencil holder removably arranged on the stocker. In consequence, the pencil holder is exchanged between the writing instrument holder and a writing instrument holder of the stocker. A lead feeding reservoir-stocker has a plurality of lead reservoirs containing plural leads. The lead feeding reservoir-stocker is arranged above the travelling path of the writing instrument holder. Lead is fed one by one from the reservoir-stocker by a shutter placed under the stocker and the lead is pushed in the pencil holder by a predetermined distance by a lead pusher. The lead feeding reservoir-stocker and writing instrument stocker are able to be removed from the base of the automatic lead feeding apparatus.
    • 自动牵引装置用于自动牵伸机,适用于在线条画头和书写工具储存器之间交换笔夹。 自动引线供给装置具有从书写工具储存器接近分离的方向移动的单元保持器,以取出可拆卸地布置在储带架上的书写工具或铅笔支架。 因此,铅笔架在书写工具夹持器与储带架的书写工具架之间交换。 引线储存器具有多个含有多个引线的铅储存器。 铅笔储存器布置在书写工具架的行进路径的上方。 通过放置在储料器下方的快门从贮存器一个一个地供给铅,并且通过引导推动器将引线推入预定距离的铅笔夹中。 可以从自动送铅装置的底座上取出供料储液器和书写储存器。
    • 7. 发明授权
    • Lubrication system of small vehicle engine
    • 小型车辆发动机润滑系统
    • US07267094B2
    • 2007-09-11
    • US11527383
    • 2006-09-27
    • Yuichi TawaradaEiko ShiozakiIsamu Takahashi
    • Yuichi TawaradaEiko ShiozakiIsamu Takahashi
    • F01M11/02F01M3/04
    • F01M11/02
    • A lubrication system of a vehicle engine wherein a cylinder head has a head side oil passage disposed at one end thereof along the axis of a crankshaft. A lower case of a crankcase is provided with a supply source side oil passage communicating with an oil supply source and extending parallel to the axis of the crankshaft and a branched oil passage guiding oil to the head side oil passage which branches from the supply source side oil passage and extends upwardly. An upper case side oil passage extending vertically to communicate with a head side oil passage is provided at one end of an upper case along the axis of the crankshaft. A communication passage communicating the upper end of a branched oil passage is provided in a lower case in a position inwardly from the upper case side oil passage along the axis of the crankshaft.
    • 一种车辆发动机的润滑系统,其中气缸盖具有沿着曲轴的轴线设置在其一端的头侧油路。 曲轴箱的下壳体设置有供油源油路,其与供油源连通并且平行于曲轴的轴线延伸,并且将分支的油路导向油提供到从供给源侧分支的头侧油路 油通道向上延伸。 沿着曲轴的轴线,在上壳体的一端设置有垂直延伸地与头侧油路连通的上壳体侧油路。 连通分支油路的上端的连通通道沿着曲轴的轴线从上壳体侧油路向内设置在下壳体中。
    • 8. 发明申请
    • Dog clutch
    • 狗离合器
    • US20070114107A1
    • 2007-05-24
    • US11598013
    • 2006-11-13
    • Yoshiki NagahashiIsamu TakahashiKazumitsu Yamamoto
    • Yoshiki NagahashiIsamu TakahashiKazumitsu Yamamoto
    • F16D11/14
    • F16D11/10
    • A dog clutch includes a first engagement face and a second engagement face provided on a surface of a driving rotor and a driven rotor with the two surfaces being opposite each other. The first engagement face engaging with its counterpart when a driving force of the driving members is generated. The second engagement face engaging with its counterpart when the driving member receives the driving force from the driven member. The strength of the engagement portion is balanced reflecting the operational torque changing as a power transmission direction changes. A projection drawing to a plane perpendicular to a rotational axis of a driving rotor and of a driven rotor, the inward extension line of the first engagement face passes through a position offset from the position representing the rotational axis, and the inward extension line of the second engagement face passes through the position representing the rotational axis.
    • 爪式离合器包括设置在驱动转子表面上的第一接合面和第二接合面以及两个表面彼此相对的从动转子。 当产生驱动构件的驱动力时,第一接合面与其对应物接合。 当驱动构件从被驱动构件接受驱动力时,第二接合面与其对应物接合。 接合部的强度平衡,反映随着动力传递方向变化而变化的操作转矩。 对与驱动转子和从动转子的旋转轴垂直的平面的突出图来说,第一卡合面的向内延伸线通过从表示旋转轴的位置偏移的位置, 第二接合面通过表示旋转轴线的位置。
    • 10. 发明授权
    • Method for testing the wiring or state of a liquid crystal display and
thin film transistor
    • 用于测试液晶显示器和薄膜晶体管的布线或状态的方法
    • US5539326A
    • 1996-07-23
    • US285971
    • 1994-08-04
    • Isamu TakahashiTadashi Oshimi
    • Isamu TakahashiTadashi Oshimi
    • G01R31/26G01R31/00G02F1/13G02F1/133G09G3/00
    • G09G3/006
    • A method of testing if the wiring or state of a TFT and LCD is abnormal includes the following steps: In a first operation, a TFT is turned on for a given time period to charge the cell capacitor connected to an LCD through the data line thereof. Next, the TFT is turned off, maintaining the charged condition. Then, the TFT is turned on again for a given time period T to release the stored electric charge through the source, drain and a grounded resistor. Changes with time in the output of source current (i.sub.1) or voltage (V.sub.1) induced by the discharge are input into a computer. In a second operation, the TFT is turned on for a given time period without charging the cell capacitor through the data line. After turning off the TFT for the same time as the first operation, the TFT is turned on again for a given time period to release the stored charge through the source, drain and grounded resistor. Then, changes with time in the output of source current i.sub.2 or source voltage V.sub.2 induced by discharge are input into the computer. In a third operation, the computer calculates the integration: ##EQU1## The computer judges whether the TFT-LCD is properly wired or the state of the TFT and LCD is normal by checking whether the calculation is smaller than a reference value of V.sub.s C.sub.so (R.sub.on +R.sub.g) or I.sub.s C.sub.so (R.sub.on +R.sub.g).
    • 一种测试TFT和LCD的布线或状态是否异常的方法包括以下步骤:在第一操作中,TFT在特定时间段内导通,以通过其数据线对连接到LCD的单元电容器进行充电 。 接下来,关闭TFT,保持充电状态。 然后,TFT再次接通给定的时间段T,以通过源极,漏极和接地电阻释放存储的电荷。 源电流输出(i1)或放电引起的电压(V1)随时间的变化被输入计算机。 在第二操作中,TFT在给定时间段内导通,而不通过数据线对单元电容器充电。 在与第一次操作同时关闭TFT之后,再次打开TFT一段给定的时间,以通过源极,漏极和接地电阻释放存储的电荷。 然后,将源极电流i2的输出或放电感应的源极电压V2随时间的变化输入到计算机中。 在第三操作中,计算机计算积分:通过检查计算是否小于VsCso(Ron + Rg)或IsCso(Ron + Rg)的参考值,正确连线或TFT和LCD的状态正常。