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    • 1. 发明授权
    • Cooling of rolls in continuous casting plants
    • 冷轧连铸机中的轧辊
    • US07601110B2
    • 2009-10-13
    • US10543075
    • 2004-01-16
    • Herbert BrotzkiThomas Fest
    • Herbert BrotzkiThomas Fest
    • F28F5/02F16C3/16B23P17/00
    • B22D11/1287Y10S384/90
    • A roller device, which includes a right bearing housing, a left bearing housing and a roller, which is rotatably supported by journals in the bearing housings in continuous casting plants. A cooling medium is passed through an axial bore in the roller, and bores, which form a closed cavity, are arranged around the bearings mounted in each of the bearing housings. A cooling medium inlet is provided in a first of the bearing housings, and a discharge bore for the cooling medium, which is arranged on the end face of a second of the bearing housings, is located next to the bearing cover so that the cooling medium flows into the inlet in the first bearing housing, through the axial bore in the roller and out the discharge bore in the second bearing housing.
    • 一种滚子装置,其包括右轴承壳体,左轴承壳体和辊,其由连续铸造装置中的轴承壳体中的轴颈可旋转地支撑。 冷却介质通过辊中的轴向孔,并且形成闭合腔的孔布置在安装在每个轴承壳体中的轴承周围。 冷却介质入口设置在第一轴承壳体中,并且布置在第二轴承座的端面上的用于冷却介质的排出孔位于轴承盖旁边,使得冷却介质 通过辊中的轴向孔流入第一轴承壳体中的入口,并排出第二轴承壳体中的排出孔。
    • 3. 发明授权
    • Gear pump having a bearing with a temperature adjusting medium passage
    • 齿轮泵具有带温度调节介质通道的轴承
    • US06524088B2
    • 2003-02-25
    • US09984999
    • 2001-11-01
    • Shigehiro KasaiShoji YoshimuraNobuki NagamiKazuo IritaniKatsunori Takahashi
    • Shigehiro KasaiShoji YoshimuraNobuki NagamiKazuo IritaniKatsunori Takahashi
    • F04C218
    • F04C15/0088F04C2/086F04C2/18F04C13/002F04C15/0038F04C15/0096Y10S384/90
    • To provide a gear pump for carrying high viscous liquid, which keeps a bearing in a free state and enhances reliability relative to a leakage of cooling medium and a leakage of molten resins. The gear pump in which a pair of gear rotors 2 are supported on a body 1 of the gear pump through a bearing 6, a cover for preventing the bearing 6 from being slipped out is secured to the body 1, and a temperature adjusting medium passage 20 is formed in the bearing 6, wherein an inlet pipe 28 and an outlet pipe 29 to the temperature adjusting medium passage 20 are connected to the axial outer end of the bearing 6, an intermediate plate 10 is interposed between the axial outer end of the bearing 6 and the cover 11, the intermediate plate 10 being provided with an insert hole 31 for the inlet pipe 28 and the outlet pipe 29, the cover 11 being provided with a guide portion 32 having the inlet pipe 28 and the outlet pipe 29 loosely fitted therein to guide them to outside. Further, at least a part of the inlet pipe 28 and the outlet pipe 29 is formed from a flexible member.
    • 提供一种用于承载高粘性液体的齿轮泵,其保持轴承处于自由状态并且增强相对于冷却介质的泄漏和熔融树脂泄漏的可靠性。 通过轴承6将一对齿轮转子2支撑在齿轮泵的主体1上的齿轮泵,固定在主体1上的防止轴承6滑出的盖,温度调节介质通路 20形成在轴承6中,其中入口管28和到温度调节介质通道20的出口管29连接到轴承6的轴向外端,中间板10插入在轴承6的轴向外端之间 轴承6和盖11,中间板10设置有用于入口管28和出口管29的插入孔31,盖11设置有具有入口管28和出口管29松动的引导部32 安装在其中以将它们引导到外部。 此外,入口管28和出口管29的至少一部分由柔性构件形成。
    • 6. 发明授权
    • Pneumatic journal bearing
    • 气动轴颈轴承
    • US4573808A
    • 1986-03-04
    • US694005
    • 1985-01-23
    • Kaoru Katayama
    • Kaoru Katayama
    • F01D25/12F01D25/22F02C7/06F16C32/06F16C37/00
    • F16C37/002F01D25/125F01D25/22F16C32/0614F16C32/0662F05D2220/40F16C2360/24Y10S384/90
    • A pneumatic journal bearing suitable for application to a rotating shaft which will acquire high temperature during operation, such as the turbine shaft in an automotive turbocharger. In this journal bearing, the cylindrical hole of the bearing body has a diameter considerably larger than the diameter of the shaft rotating therein. A hollow cylindrical journal member having an inner diameter substantially larger than the diameter of the shaft is coaxially disposed in the bearing hole and coaxially fixed to the shaft at two end plates of the cylindrical journal member, and compressed air is introduced into a clearance space between the journal member and the cylindrical bearing surface. Since the cylindrical major portion of the journal member is spaced from the shaft, the journal member does not undergo such significant thermal expansion as results in significant narrowing of the clearance space even though the shaft acquires high temperature. Preferably, the journal member is formed with some through-holes to admit compressed air into the interior space to thereby cool the shaft.
    • 适用于在运行中获得高温的旋转轴的气动轴颈轴承,例如汽车涡轮增压器中的涡轮轴。 在该轴颈轴承中,轴承体的圆柱孔的直径大于在其中旋转的轴的直径。 具有基本上大于轴直径的内径的中空圆柱形轴颈构件同轴地设置在轴承孔中,同轴地固定在圆柱形轴颈构件的两个端板处的轴上,并且压缩空气被引入到 轴颈构件和圆柱形支承面。 由于轴颈构件的圆柱形主要部分与轴间隔开,所以轴颈构件不会经历这种显着的热膨胀,这导致间隙空间的显着变窄,即使轴获得高温。 优选地,轴颈构件形成有一些通孔,以将压缩空气进入内部空间,从而冷却轴。