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    • 2. 发明申请
    • Cylindrical grinding machine
    • 圆柱磨床
    • US20040162004A1
    • 2004-08-19
    • US10760504
    • 2004-01-21
    • TOYODA KOKI KABUSHIKI KAISHA
    • Yoshio WakazonoToshihiko ShimaEiji Kato
    • B24B049/00B24B051/00B24B001/00
    • B24B5/04B24B41/02B24B55/12
    • Disclosed is a cylindrical grinding machine of the type that a workpiece support device composed of a work head and a foot stock is mounted on a forward upper portion of a bed while a wheel head unit composed of a slide base and a wheel head is mounted on a rear upper portion of the bed. A coolant collecting vent which takes a rectangular shape as viewed from above vertically extends in the bed and opens to the upper surface of the bed to cover an area that extends from under the workpiece on the workpiece support device to under the forward portion of the wheel head unit. A horizontal vent is provided in the bed to open to the rear surface of the bed and to communicate with the collecting vent. A coolant supply device is inserted at a part thereof into the horizontal vent from the rear surface of the bed to extend an inlet opening into the collecting vent. In one embodiment, the slide base is mounted to straddle over the collecting vent and is guided at both ends thereof on the bed to be movable back and forth, and the wheel head is guided to be movable on the slide base in a right-left direction. In another embodiment, the part of the coolant supply device inserted into the horizontal vent is constituted as a discharge duct, from which a mist discharge duct branches upwardly to be connected to a mist collecting device. Airflow blocking means is provided for permitting the coolant to flow through but for blocking airflow from an outlet port of the discharge duct toward the mist discharge duct.
    • 公开了一种圆柱形磨床,其中由工作头和脚架组成的工件支撑装置安装在床的前部上,而由滑动基座和轮毂组成的轮头单元安装在 床的后部上部。 从上方垂直观察到呈矩形形状的冷却剂收集排气孔在床上延伸并且通向床的上表面,以覆盖从工件在工件支撑装置下方延伸到车轮前部下方的区域 头单位 在床中设置有水平通气孔,以便向床的后表面打开并与收集口连通。 冷却剂供应装置的一部分从床的后表面插入水平通风口,以将进口开口延伸到收集口中。 在一个实施例中,滑动基座安装成跨越收集通风口,并且在其两端被引导在床上以可前后移动,并且轮头被引导以在左右的滑动基座上移动 方向。 在另一个实施例中,插入水平通气口的冷却剂供应装置的一部分构成排气管,喷雾管从该喷出管向上分支以连接到雾收集装置。 设置有气流阻塞装置,用于允许冷却剂流过,但用于阻止从排放管道的出口到气雾排出管的气流。
    • 3. 发明申请
    • Hydraulic bearing device
    • 液压轴承装置
    • US20020081044A1
    • 2002-06-27
    • US09960336
    • 2001-09-24
    • TOYODA KOKI KABUSHIKI KAISHA
    • Toshihiko Shima
    • F16C032/06
    • F16C32/0651
    • A hydraulic bearing device that supports a rotating shaft comprises a bearing metal. On a surface of the bearing metal, a hydrostatic pocket and a land portion are formed. The land portion is defined by the hydrostatic pocket and generates hydrodynamic pressure. The hydraulic bearing device further comprises a pressure fluid supplying source and an oil-supplying hole. The oil-supplying hole is opened in the hydrostatic pocket and provides pressure fluid from the pressure fluid supplying source to the hydrostatic pocket. On the land portion, a drain hole that drains the fluid is formed. Since the fluid is drained through the drain hole, thermal expansion of the bearing metal due to heat generation of the fluid is restrained. Moreover, since the drain hole does not separate the land portion, deterioration of bearing rigidity is restrained.
    • 支撑旋转轴的液压轴承装置包括轴承金属。 在轴承金属的表面上形成静压袋和台阶部。 陆面部分由流体静力袋定义并产生流体动力学压力。 液压轴承装置还包括压力流体供应源和供油孔。 供油孔在静液压袋中打开,并将压力流体从压力流体供应源提供给静液压袋。 在陆部上形成排出流体的排水孔。 由于流体通过排水孔排出,所以抑制了由于流体的发热引起的轴承金属的热膨胀。 此外,由于排水孔不分离陆部,因此抑制了轴承刚性的劣化。
    • 4. 发明申请
    • Hydraulic bearing
    • 液压轴承
    • US20030123765A1
    • 2003-07-03
    • US10254761
    • 2002-09-26
    • TOYODA KOKI KABUSHIKI KAISHA
    • Minoru HiranoToshihiko Shima
    • F16C032/06
    • F16C32/0651F16C32/0659F16C32/0685F16C33/1075
    • A hydraulic bearing that supports a rotating shaft comprises a bearing metal. On a surface of the bearing metal, a hydrostatic pocket and a land portion are formed. The land portion is defined by the hydrostatic pocket and generates hydrodynamic pressure in response to a rotation of the rotating shaft. The hydraulic bearing further comprises a pressure fluid supplying source and an oil-supplying hole. The oil-supplying hole is opened in the hydrostatic pocket and provides pressure fluid from the pressure fluid supplying source to the hydrostatic pocket. On the land portion, a drain hole that drains the fluid is formed. On the way of a drain passage, a check valve is disposed. Since the drain hole does not separate the land portion, deterioration of bearing rigidity is restrained. Further, since the fluid is drained through the drain hole, thermal expansion of the bearing metal due to heat generation of the fluid is restrained. Moreover, according to the check valve, it is possible to prevent suctioning air into the hydraulic bearing when negative pressure generates at the land portion.
    • 支撑旋转轴的液压轴承包括轴承金属。 在轴承金属的表面上形成静压袋和台阶部。 地面部分由流体静力袋定义,并响应于旋转轴的旋转产生流体动力学压力。 液压轴承还包括压力流体供应源和供油孔。 供油孔在静液压袋中打开,并将压力流体从压力流体供应源提供给静液压袋。 在陆部上形成排出流体的排水孔。 在排水通道的路上,设置止回阀。 由于排水孔不分离陆部,因此抑制了轴承刚性的劣化。 此外,由于流体通过排水孔排出,所以抑制了由于流体的发热引起的轴承金属的热膨胀。 此外,根据止回阀,当在陆部产生负压时,可以防止在空气中吸入空气。