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    • 51. 发明授权
    • Apparatus for measuring and correcting uniformity of tires
    • 用于测量和校正轮胎均匀性的装置
    • US5883304A
    • 1999-03-16
    • US906901
    • 1997-08-06
    • Takao KokubuTakahiro GotoKazuhide KinoshitaKatsutoshi NakashimaMasaharu Oku
    • Takao KokubuTakahiro GotoKazuhide KinoshitaKatsutoshi NakashimaMasaharu Oku
    • G01M17/02
    • G01M17/024
    • A tire uniformity measurement and correction apparatus capable of carrying out measurement and correction of tire uniformity efficiently without causing stagnation of a transfer line due to correction of the tire uniformity is provided.The apparatus comprises right and left transfer conveyors arranged in two parallel files for transferring tires; rim shafts provided at each corresponding middle position of the right and left transfer conveyors for supporting and rotating the tire by upper and lower rims; a rotary drum arranged between the right and left rim shafts capable of moving in a right and left direction to be pressed against the tire supported by one of the rim shafts for detecting load condition while rotating together with the tire; grinder mechanism provided on each of the right and left transfer conveyors at a position opposite to the rotary drum with respect to the transfer conveyor; and control means for controlling uniformity measurement by the rotary drum and uniformity correction by the grinder mechanism so that when the uniformity correction of a tire supported by one of the rim shafts is carried out, the uniformity measurement of another tire supported by another rim shaft is carried out.
    • 提供一种轮胎均匀性测量和校正装置,其能够有效地执行轮胎均匀性的测量和校正,而不会导致由于轮胎均匀性的校正导致的传送线的停滞。 该装置包括用于传送轮胎的两个平行文件的左右转印输送机; 设置在左右转运输送机的每个相应中间位置处的轮辋轴,用于通过上下轮辋支撑和旋转轮胎; 旋转滚筒,其设置在左右轮辋轴之间,能够沿左右方向移动,以与由轮胎轴一起旋转检测负载状态的一个轮辋轴支撑的轮胎压靠在轮胎上; 研磨机构设置在相对于转印输送机的与旋转滚筒相反的位置上的每个左右转印输送机上; 以及控制装置,用于控制旋转滚筒的均匀度测量和通过研磨机构的均匀性校正,使得当执行由一个轮辋轴支撑的轮胎的均匀性校正时,由另一个轮辋轴支撑的另一个轮胎的均匀性测量是 执行。
    • 52. 发明授权
    • Method for treating liquid in a tank and liquid jetting device used in
the method
    • 用于处理罐中的液体的方法和该方法中使用的液体喷射装置
    • US5810473A
    • 1998-09-22
    • US762965
    • 1996-12-10
    • Nobuyuki ManabeTakahiro Goto
    • Nobuyuki ManabeTakahiro Goto
    • B08B9/093B01F15/02B01F5/04
    • B08B9/0933
    • A method for treating liquid stored in a tank includes the steps of installing a liquid jetting device having a nozzle in a tank, providing the device with separate power sources for swinging the nozzle in the vertical and horizontal directions, jetting liquid from the nozzle at high pressure, monitoring the jetting of liquid from outside the tank, and controlling the power sources from outside the tank. The liquid jetting device used in the method includes a frame mounted on the tank, a casing provided to be swingable inside the frame, a first shaft extending laterally inside the casing, a jet nozzle for jetting liquid provided to be swingable by the first shaft in a direction perpendicular to the swinging direction of the casing, a first power source for swinging the casing, a second power source for swinging the jet nozzle in the direction perpendicular to the swinging direction of the casing, and means enabling the driving of the first and second power sources to be controlled from outside the tank.
    • 用于处理储存在罐中的液体的方法包括以下步骤:将具有喷嘴的液体喷射装置安装在罐中,为装置提供用于在垂直和水平方向上摆动喷嘴的单独的动力源,在高处从喷嘴喷射液体 压力,监测从罐外喷射液体,并从罐外控制电源。 该方法中使用的液体喷射装置包括安装在箱体上的框架,设置成能够在框架内摆动的壳体,在壳体内横向延伸的第一轴,用于喷射被第一轴摆动的液体的喷嘴, 垂直于壳体的摆动方向的方向,用于摆动壳体的第一电源,用于使喷嘴沿与壳体的摆动方向垂直的方向摆动的第二电源,以及能够驱动第一和 从罐外部控制的第二个电源。
    • 54. 发明授权
    • X-ray image diagnosis apparatus
    • X射线图像诊断装置
    • US09226719B2
    • 2016-01-05
    • US13687532
    • 2012-11-28
    • Takahiro Goto
    • Takahiro Goto
    • A61B6/04A61B6/03A61B6/00
    • A61B6/0407A61B6/032A61B6/0457A61B6/542A61B6/589
    • An X-ray image diagnosis apparatus according to embodiments includes: a table on which an examinee lies down; a table driving unit configured to move the table upward and downward; an imaging device configured to take a side image of the examinee by irradiating a side of the examinee on the table with X-rays and detecting X-rays transmitted through the examinee; and a controller configured to control the table driving unit so that the table driving unit moves the table upward or downward to make a center position of the examinee on the table in a thickness direction of the examinee coincide with a center position of the side image in an upward-downward moving direction of the table.
    • 根据实施例的X射线图像诊断装置包括:被检者躺在其上的表格; 桌子驱动单元,其被配置为向上和向下移动桌子; 成像装置,被配置为通过用X射线照射被检查者的一侧并检测通过受检者传播的X射线来拍摄受检者的侧面图像; 以及控制器,被配置为控制台面驱动单元,使得桌子驱动单元向上或向下移动桌子,使受理者的桌子上的中心位置在受检者的厚度方向上与侧面图像的中心位置一致 桌子的向上 - 向下移动方向。
    • 55. 发明授权
    • Planographic printing plate precursor
    • 平版印刷版前体
    • US07442492B2
    • 2008-10-28
    • US11212615
    • 2005-08-29
    • Takahiro Goto
    • Takahiro Goto
    • G03F7/00G03F7/004
    • B41C1/1016B41C2201/02B41C2201/04B41C2201/10B41C2201/14B41C2210/04B41C2210/06B41C2210/22B41C2210/24G03F7/11Y10S430/145Y10S430/146
    • The present invention provides a planographic printing plate precursor having a support, a photosensitive layer and a protective layer. The photosensitive layer contains at least an infrared absorbing agent, a polymerization initiating agent, a polymerizable compound and a binder polymer having repeating units represented by the following Formula (i). Further, the protective layer contains at least an inorganic lamellar compound. In Formula (i), R1 represents a hydrogen atom or a methyl group; R2 represents a connecting group having two or more types of atom selected from the group consisting of a carbon atom, a hydrogen atom, an oxygen atom, a nitrogen atom, and a sulfur atom and having 2 to 82 atoms in total; A represents an oxygen atom or —NR3—, and R3 represents a hydrogen atom or a monovalent hydrocarbon group having 1 to 10 carbon atoms; and n is an integer of 1 to 5.
    • 本发明提供一种具有支持体,感光层和保护层的平版印刷版原版。 感光层至少含有红外线吸收剂,聚合引发剂,聚合性化合物和具有下述通式(i)所示的重复单元的粘合剂聚合物。 此外,保护层至少含有无机层状化合物。 在式(ⅰ)中,R 1表示氢原子或甲基; R 2表示具有选自碳原子,氢原子,氧原子,氮原子和硫原子的两种以上的原子的连接基团,并且具有2〜 总共82个原子; A表示氧原子或-NR 3 - ,R 3表示氢原子或具有1〜10个碳原子的一价烃基; n为1〜5的整数。
    • 57. 发明申请
    • TIRE INSPECTION METHOD
    • 轮胎检查方法
    • US20080056446A1
    • 2008-03-06
    • US11763003
    • 2007-06-14
    • Yuji TAHARATakahiro GotoShigenobu Saigusa
    • Yuji TAHARATakahiro GotoShigenobu Saigusa
    • G01N23/04
    • G01N23/185G01M17/028G01N2223/627
    • The electromagnetic radiation source arranged at the first position apart from the tire irradiates the electromagnetic radiation rays to the first and second points on the tire, respectively, and the first and second coordinates on the camera are acquired, the first and second coordinates corresponding to the first and second points, respectively. The electromagnetic radiation source moved from the first position to the second position along with an axial direction irradiates the electromagnetic radiation rays to the first and second points, respectively, and the third and fourth coordinates on the camera are acquired, the third and fourth coordinates corresponding to the first and second points, respectively. The coordinate of the first point is found by finding the intersection of the straight line connected between the first point and the first coordinate and the straight line connected between the second point and the third coordinate. At the same time, and the coordinate of the second point is found by finding the intersection of a straight line connected between the first position and the second coordinate and the straight line connected between the second position and the fourth coordinate. The real distance between the first point and the second point is calculated based on the coordinates of the first and second points. The length between the first point and the second point on the image is transformed into the real distance between the first point and the second point.
    • 布置在离开轮胎的第一位置处的电磁辐射源分别将电磁辐射射线照射到轮胎上的第一和第二点,并且获取相机上的第一和第二坐标,对应于第一和第二坐标 分别是第一点和第二点。 电磁辐射源沿着轴向方向从第一位置移动到第二位置,将电磁辐射分别照射到第一和第二点,并且获取相机上的第三和第四坐标,第三和第四坐标对应 分别是第一和第二点。 通过找到连接在第一点和第一坐标之间的直线与连接在第二点和第三坐标之间的直线的交点来找到第一点的坐标。 同时,通过找到连接在第一位置和第二坐标之间的直线和连接在第二位置和第四坐标之间的直线的交点,找到第二点的坐标。 基于第一点和第二点的坐标来计算第一点和第二点之间的实际距离。 图像上的第一点和第二点之间的长度被转换成第一点和第二点之间的实际距离。