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    • 1. 发明专利
    • Golf score card and golf score management system
    • 高尔夫分数卡和高尔夫分数管理系统
    • JP2007097681A
    • 2007-04-19
    • JP2005288651
    • 2005-09-30
    • Yutaka Sakai裕 坂井
    • SAKAI YUTAKA
    • A63B71/06B42D15/00
    • PROBLEM TO BE SOLVED: To provide a golf score card allowing a golf player to easily record game data and immediately and accurately input the data without increasing the load on the golf player, and to provide a golf score management system capable of integrally managing the game data by automatically processing the game data such as tallying up the game data and calculating handicaps.
      SOLUTION: The score card 2 has a hole score entry space 8 with a left side area 8a, where a thick solid line is drawn to be read by an OMR and the 10th score numeric value is recorded, and a right side area 8b disposed adjacent to the left side area for recording the top score numeric value to be read by an OCR. The game data in the score card are read by an optical reading means 3, and displayed, corrected and input by a score input means 4. After that, the game data are tallied up and handicaps are calculated by an arithmetic operation means 5, and the processed game data are stored in a storage means 7 to be managed.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供一种高尔夫球得分卡,其允许高尔夫球手容易地记录游戏数据并且立即且准确地输入数据而不增加高尔夫球员的负担,并提供能够整体地提供高尔夫分数管理系统 通过自动处理游戏数据(例如整理游戏数据和计算障碍)来管理游戏数据。

      解决方案:记分卡2具有具有左侧区域8a的孔评分入口空间8,其中绘制粗实线以通过OMR被读取并记录第十个记分数值,右侧区域 8b邻近左侧区域设置,用于记录由OCR读取的顶点数值。 记分卡中的游戏数据由光学读取装置3读取,并由得分输入装置4显示,校正和输入。之后,游戏数据被计数,算术运算装置5计算残差, 经处理的游戏数据被存储在要管理的存储装置7中。 版权所有(C)2007,JPO&INPIT

    • 2. 发明授权
    • Data management unit, computer system and computer-readable storage medium
    • 数据管理单元,计算机系统和计算机可读存储介质
    • US06598224B1
    • 2003-07-22
    • US09560742
    • 2000-04-28
    • Takeshi MaedaYutaka SakaiYoshihiro KoizumiTatsuji TanakaKatsuhiko Sekiguchi
    • Takeshi MaedaYutaka SakaiYoshihiro KoizumiTatsuji TanakaKatsuhiko Sekiguchi
    • G06F9445
    • H04L63/102H04L63/083Y10S707/99942Y10S707/99943
    • In a data management unit in a computer system, the computer system has a computer in which the data management unit is incorporated, and a terminal intercommunicates with the computer. In the data management unit, an object data storage unit (memory) stores in addresses thereon data items to which the terminal is adapted to make access. A parameter management file stores thereon parameters concerning a data structure of each data item. The parameters include a data name of each data item, a data type of each data item, an address related to each data item on the data storage unit and an array information of at least one data item. Then at least one data item has an array structure, and the array information includes a number of the array elements. On a number of bytes definition table, a number of bytes corresponding to each data type of each data item is stored. A data table producing module is adapted to make, according to the parameters concerning the data structures of the data items of the numbers of bytes of the data types, an address related to each data item in array element units on the memory (data storage unit) correspond to each data name of each data item so as to produce a data table.
    • 在计算机系统中的数据管理单元中,计算机系统具有并入数据管理单元的计算机,并且终端与计算机相互通信。 在数据管理单元中,对象数据存储单元(存储器)在其中存储有终端适于进行访问的数据项的地址。 参数管理文件存储关于每个数据项的数据结构的参数。 参数包括每个数据项的数据名称,每个数据项的数据类型,与数据存储单元上的每个数据项相关的地址以及至少一个数据项的阵列信息。 然后,至少一个数据项具有数组结构,并且阵列信息包括多个数组元素。 在多个字节定义表上,存储对应于每个数据项的每个数据类型的字节数。 数据表生成模块,根据与数据类型的字节数的数据项的数据结构有关的参数,使与存储器上的数组单元中的每个数据项相关的地址(数据存储单元 )对应于每个数据项的每个数据名称,以便产生数据表。
    • 3. 发明授权
    • MMC unit
    • MMC单元
    • US5565854A
    • 1996-10-15
    • US356226
    • 1994-12-19
    • Minoru KataokaYutaka Sakai
    • Minoru KataokaYutaka Sakai
    • G05B15/02G05B19/4063G05B19/414G06F15/78G09G3/20G09G5/00G05B23/02
    • G05B19/4142G05B2219/34205G05B2219/34279Y10S345/904
    • A man machine controller (MMC) unit is connected to a computer numerical control apparatus and controls a servoamplifier or a machine such as a machine tool, a robot, or a plastic mold injection machine. The MMC permits easy upgrading, changing, and the like of display functions. The MMC includes a control circuit board for controlling the MMC unit in accordance with a command supplied from the computer numerical control apparatus. The control circuit board is equipped with a socket to which a personal computer function card is detachably connected. The personal computer function card has a processor which controls images to be displayed on a display such as an LCD. The MMC also inputs data for processing by a main processor. The main processor controls the servoamplifier or the machine in response to the input data.
    • PCT No.PCT / JP94 / 00667 Sec。 371日期1994年12月19日第 102(e)日期1994年12月19日PCT 1994年4月21日PCT PCT。 出版物WO94 / 27197 日期1994年11月24日人机控制器(MMC)单元连接到计算机数字控制装置并控制伺服放大器或机器,例如机床,机器人或塑料注塑机。 MMC允许显示功能的轻松升级,更改等。 MMC包括用于根据从计算机数字控制装置提供的命令来控制MMC单元的控制电路板。 控制电路板配备有个人计算机功能卡可拆卸地连接到的插座。 个人计算机功能卡具有控制图像显示在诸如LCD的显示器上的处理器。 MMC还输入数据以供主处理器处理。 主处理器根据输入数据控制伺服放大器或机器。
    • 4. 发明授权
    • Inverted telephoto type super-wide angle lens
    • 反相长焦型超广角镜头
    • US4158482A
    • 1979-06-19
    • US826756
    • 1977-08-22
    • Yoshikazu DoiYutaka Sakai
    • Yoshikazu DoiYutaka Sakai
    • G02B13/04G02B9/64
    • G02B13/04
    • An inverted telephoto lens having a super-wide angle of view is composed of a negative meniscus lens L1 convex to the front as numbered consecutively from front to rear, a biconvex lens L2, a negative meniscus lens L3 convex to the front, a cemented positive doublet of a negative lens L4 and a positive lens L5, a biconvex lens L6, a biconcave lens L7 the rear surface of which has radius of curvature greater than that of the front surface thereof, a positive meniscus lens L8 convex to the rear, and a positive lens L9 arranged in this order. The Abbe dispersion number of the biconvex lens L6 is more than 53 and less than 61. The difference between the Abbe number of the negative lens L4 and that of the positive lens L5 of the doublet is more than 10 and less than 16.
    • 具有超广角视角的倒置长焦镜头由从前到后连续编号的前弯曲的负弯月形透镜L1,双凸透镜L2,向前凸起的负弯月形透镜L3,胶结正 负透镜L4和正透镜L5的双重透镜L6,双凸透镜L6,后表面的曲率半径比其前表面的曲率半径的双凹透镜L7,向后凸起的正弯月透镜L8,以及 以这种顺序布置的正透镜L9。 双凸透镜L6的阿贝分散数大于53并小于61.双透镜的负透镜L4的阿贝数与正透镜L5的阿贝数之差大于10并小于16。
    • 6. 发明授权
    • Retrofocus type lens system
    • 复古式镜头系统
    • US3958865A
    • 1976-05-25
    • US544420
    • 1975-01-27
    • Yutaka Sakai
    • Yutaka Sakai
    • G02B9/64G02B13/04G02B11/34
    • G02B9/64G02B13/04
    • A retrofocus type lens system particularly useful for single lens reflex cameras. The back focal distance is 1.56 times as long as the effective focal length of the lens system and the angle of view is as large as 84.degree.. The aperture ratio is as large as F/2.8 and all aberrations are well corrected. The lens system comprises a positive meniscus lens L1, two negative meniscus lenses L2 and L3 convex to the front, a positive meniscus lens or plano-convex lens L4 convex to the rear, a biconvex lens L5, a cemented negative lens component consisting of a biconcave lens L6 and a positive meniscus lens L7, a positive meniscus lens L8 convex to the rear, and a positive lens L9.
    • 特别适用于单镜头反光相机的复焦型透镜系统。 后焦距是透镜系统的有效焦距的1.56倍,视角大到84°。 孔径比与F / 2.8一样大,所有的像差都得到很好的校正。 透镜系统包括正弯月透镜L1,向前凸起的两个负弯月透镜L2和L3,向后凸起的正弯月透镜或平凸透镜L4,双凸透镜L5,由 双凸透镜L6和正弯月透镜L7,向后凸起的正弯月透镜L8和正透镜L9。
    • 8. 发明授权
    • Idling-engine-speed control method and controller therefor
    • 怠速发动机速度控制方法及其控制器
    • US06109238A
    • 2000-08-29
    • US190457
    • 1998-11-13
    • Yutaka Sakai
    • Yutaka Sakai
    • F02D41/06F02D41/08F02D41/16F02D41/18
    • F02D41/086F02D41/068
    • An idling-engine-speed control method and apparatus capable of stabilizing an engine speed before completion of warming-up even if cooling water temperatures greatly change compared to the voltage change of water temperature sensor outputs under the transition state in which the cooling-water temperature of an engine changes from a low temperature to a high temperature. A simulated water temperature setting device for generating a simulated cooling water temperature WTm operating so as to keep a holding start water temperature WT.sub.ks when a cooling water temperature WT exceeds the holding start water temperature WT.sub.ks and converge to the cooling water temperature WT in accordance with a predetermined change rate when the cooling water temperature WT exceeds a warming-up completed water temperature WT.sub.ke is used to determine the target engine speed under idling in accordance with the simulated cooling water temperature.
    • 即使在冷却水温度过渡状态下的水温传感器输出的电压变化时,即使冷却水温度大大变化,能够在完成预热之前使发动机转速稳定的怠速发动机转速控制方法和装置 发动机从低温变化到高温。 一种模拟水温设定装置,用于产生模拟冷却水温度WTm,以在冷却水温度WT超过保持开始水温度WTK时保持保持开始水温度WTK,并根据 当冷却水温度WT超过预热完成水温WTke时,预定的变化率用于根据模拟的冷却水温度来确定怠速下的目标发动机转速。
    • 10. 发明授权
    • Zoom lens system
    • 变焦镜头系统
    • US4195912A
    • 1980-04-01
    • US850453
    • 1977-11-10
    • Yoshikazu DoiYutaka SakaiKazunori Ohono
    • Yoshikazu DoiYutaka SakaiKazunori Ohono
    • G02B13/04G02B15/16G02B15/177
    • G02B15/177
    • A zoom lens system consists of a front lens group A comprising a negative meniscus lens L1 convex to front (i.e. object side) and a positive lens L3 having the face of greater curvature faced to front, and a rear lens group B comprising a positive lens L4 having the face of greater curvature faced to front, a positive menisucs lens L5 convex to front, a negative lens L6 having the face of greater curvature faced to rear and a positive lens L7. The front and rear lens groups A and B are moved in the opposite directions along the optical axis thereof to vary the focal length thereof. The above zoom lens system satisfies the following conditions where the focal length of the front lens group A is fA, the radius of curvature of the concave face of the negative meniscus lens L1 is r2, the radius of curvature of the front face of the positive lens L3 is r5, the radius of curvature of the convex face of the positive meniscus lens L5is r9 , the radius of curvature of the rear face of the negative lens L6 is r12 and the Abbe dispersion number of the positive lens L3 is .nu.3; -2.3
    • 变焦透镜系统包括前透镜组A,其包括朝向前(即物体侧)凸起的负弯月形透镜L1和具有面向前方的较大曲率面的正透镜L3,以及包括正透镜的后透镜组B L4具有面向前方的较大曲率的面,向前凸起的正半透明透镜L5,具有面向后方的较大曲面的负透镜L6和正透镜L7。 前后透镜组A和B沿其光轴沿相反的方向移动,以改变其焦距。 上述变焦透镜系统满足以下条件:前透镜组A的焦距为fA,负弯月形透镜L1的凹面的曲率半径为r2,正面的曲率半径为正 透镜L3为r5,正弯月透镜L5is的凸面的半径为r9,负透镜L6的背面的曲率半径为r12,正透镜L3的阿贝色散数为nu 3, -2.3