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    • 2. 发明授权
    • Anomaly diagnosis apparatus and method of machine installation
    • 异常诊断装置及机器安装方法
    • US07587299B2
    • 2009-09-08
    • US11896020
    • 2007-08-29
    • Takanori MiyasakaHirotoshi AramakiYasushi MutohShinichiro Asaeda
    • Takanori MiyasakaHirotoshi AramakiYasushi MutohShinichiro Asaeda
    • G06F11/30
    • G05B19/4065G01H1/00G01H1/003G01H3/08G05B2219/37435
    • An anomaly diagnosis apparatus for analyzing sound or vibration data produced by a machine installation and diagnosing the presence or absence of an anomaly in a sliding member in the machine installation which is made up of a diagnosis processing server (1) and a user information processing terminal (3) which are connected through a network (2). The diagnosis processing server (1) receives the sound or vibration data produced by the machine installation and information for identifying the sliding member used with the machine installation through the network (2) from the user information processing terminal 3, makes an anomaly diagnosis of the machine installation based on the received data, and transmits the diagnosis result through the network (2) to the user information processing terminal (3), thereby lightening the burden of the user and executing anomaly diagnosis processing promptly.
    • 一种用于分析由机器安装产生的声音或振动数据的异常诊断装置,并且诊断由诊断处理服务器(1)和用户信息处理终端构成的机器设备中的滑动构件中是否存在异常 (3),其通过网络(2)连接。 诊断处理服务器(1)从用户信息处理终端3接收由机器安装产生的声音或振动数据和通过网络(2)识别与机器安装一起使用的滑动构件的信息,进行异常诊断 基于接收到的数据进行机器安装,并通过网络(2)将诊断结果发送给用户信息处理终端(3),从而减轻用户的负担并及时执行异常诊断处理。
    • 3. 发明申请
    • Anomaly diagnosis apparatus and method of machine installation
    • 异常诊断装置及机器安装方法
    • US20080010039A1
    • 2008-01-10
    • US11896022
    • 2007-08-29
    • Takanori MiyasakaHirotoshi AramakiYasushi MutohShinichiro Asaeda
    • Takanori MiyasakaHirotoshi AramakiYasushi MutohShinichiro Asaeda
    • G06F11/30
    • G05B19/4065G01H1/00G01H1/003G01H3/08G05B2219/37435
    • An object of the invention is to provide an anomaly diagnosis apparatus of a machine installation for eliminating the need for the user to have a dedicated analytical instrument or a skill required for anomaly diagnosis of a sliding member and enabling the user to easily make an anomaly diagnosis request with a small burden and get the diagnosis result promptly. In the invention, an anomaly diagnosis apparatus for analyzing sound or vibration data produced by a machine installation and diagnosing the presence or absence of an anomaly in a sliding member in the machine installation is made up of a diagnosis processing server (1) and a user information processing terminal (3) which are connected through a network (2). The diagnosis processing server (1) receives the sound or vibration data produced by the machine installation and information for identifying the sliding member used with the machine installation through the network (2) from the user information processing terminal 3, makes an anomaly diagnosis of the machine installation based on the received data, and transmits the diagnosis result through the network (2) to the user information processing terminal (3), thereby lightening the burden of the user and executing anomaly diagnosis processing promptly.
    • 本发明的目的是提供一种机器设备的异常诊断装置,用于消除用户需要具有专门的分析仪器或滑动构件的异常诊断所需的技能,并且使用户能够容易地进行异常诊断 请求负担小,及时诊断结果。 在本发明中,用于分析由机器安装产生的声音或振动数据的异常诊断装置,并且诊断机器安装中的滑动构件中是否存在异常,由诊断处理服务器(1)和用户 信息处理终端(3),其通过网络(2)连接。 诊断处理服务器(1)从用户信息处理终端3接收由机器安装产生的声音或振动数据和通过网络(2)识别与机器安装一起使用的滑动构件的信息,进行异常诊断 基于接收到的数据进行机器安装,并通过网络(2)将诊断结果发送给用户信息处理终端(3),从而减轻用户的负担并及时执行异常诊断处理。
    • 7. 发明授权
    • Power roller bearing for troidal type continuous variable transmission
system
    • 动力滚子轴承用于齿轮式连续可变传动系统
    • US6083137A
    • 2000-07-04
    • US158108
    • 1998-09-22
    • Hiroshi KatoHirotoshi AramakiNobuo GotoTakashi ImanishiTutomu Abe
    • Hiroshi KatoHirotoshi AramakiNobuo GotoTakashi ImanishiTutomu Abe
    • F16H15/38F16H57/04
    • F16H57/0469F16C19/10F16C33/38F16H15/38F16H57/049
    • A power roller for a toroidal type continuous variable transmission system comprises a trunnion having a central shaft, a bearing outer race connected to the trunnion, one face of which is provided with a first track groove concentric with the central shaft, a power roller rotatably mounted on one end portion of the central shaft, the power roller having a face opposing to the one face of the bearing outer race, the face being provided with a second track groove concentric with the central shaft, a plurality of rolling elements retained between the bearing outer race and the power roller and capable of rotating within a track formed by the first track groove and the second track groove, and a disk-like cage coaxially disposed between the bearing outer race and the power roller and rotatable about the central shaft, the cage including a plurality of through pockets for accommodating the rolling elements therein so as to retain the rolling elements within the track, the pockets being arranged at regular intervals in the circumferencial direction thereof, wherein the cage being capable of absorbing movement to which the rolling elements is subjected via the trunnion and the bearing outer race in a radial direction thereof.
    • 用于环形型连续可变传动系统的动力辊包括具有中心轴的耳轴,连接到耳轴的轴承外座圈,其一侧设置有与中心轴同心的第一轨道槽,可旋转地安装的动力辊 在所述中心轴的一个端部上,所述动力辊具有与所述轴承外圈的一个面相对的面,所述面设置有与所述中心轴同心的第二轨道槽,多个滚动元件保持在所述轴承 外圈和动力辊,并且能够在由第一轨道槽和第二轨道槽形成的轨道内旋转,以及同轴地设置在轴承外圈和动力辊之间并可围绕中心轴旋转的盘状保持架, 保持架包括多个通孔,用于将滚动元件容纳在其中,以便将滚动元件保持在轨道内,该凹口是弧形的 在其圆周方向上以规则的间隔形成,其中,所述保持架能够吸收滚动元件经由耳轴和轴承外圈沿其径向方向经受的移动。