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    • 1. 发明授权
    • Power transmission chain, method for manufacturing the same, and power transmission apparatus
    • 动力传动链,其制造方法以及动力传递装置
    • US07775030B2
    • 2010-08-17
    • US11643993
    • 2006-12-22
    • Shinji YasuharaHiroshi Toyota
    • Shinji YasuharaHiroshi Toyota
    • F16G5/18F16G13/06
    • F16G5/18B21L15/00B21L15/005
    • Larger pre-tension is applied to each link such that residual compressive stress is larger at the portion of the link facing the inside of a chain than the outside. Assuming that for each of the links in a state that pre-tension is not applied, a predetermined pitch is P, a first inclination angle of a fixing portion of the front inserting portion with respect to a chain proceeding direction is α, and a second inclination angle of a fixing portion of the rear inserting portion with respect to a chain proceeding direction is β, when the pre-tension is applied to each of the links, the pitch changes into P+ΔP, the first inclination angle changes into α−Δα and the second inclination angle changes into β+Δβ where ΔP>0, Δα>0, and Δβ>0.
    • 对每个链节施加较大的预张力,使得在面向链条内部的连接部分处的残余压应力在外部较大。 假设对于在不施加预张力的状态下的每个连杆,预定间距为P,前插入部分相对于链条行进方向的固定部分的第一倾斜角度为α,第二倾斜角度为 后插入部分相对于链条行进方向的固定部分的倾斜角度为&bgr;当向每个链接件施加预张力时,间距变为P +&Dgr; P,第一倾斜角度变化 变为α&Dgr;α,第二倾角变为&Bgr; +&Dgr; 其中&Dgr; P> 0,&Dgr;α> 0和&Dgr;&bgr;> 0。
    • 2. 发明申请
    • Power transmission chain, method for manufacturing the same, and power transmission apparatus
    • 动力传动链,其制造方法以及动力传递装置
    • US20070144137A1
    • 2007-06-28
    • US11643993
    • 2006-12-22
    • Shinji YasuharaHiroshi Toyota
    • Shinji YasuharaHiroshi Toyota
    • B21L17/00
    • F16G5/18B21L15/00B21L15/005
    • Larger pre-tension is applied to each link such that residual compressive stress is larger at the portion of the link facing the inside of a chain than the outside. Assuming that for each of the links in a state that pre-tension is not applied, a predetermined pitch is P, a first inclination angle of a fixing portion of the front inserting portion with respect to a chain proceeding direction is α, and a second inclination angle of a fixing portion of the rear inserting portion with respect to a chain proceeding direction is β, when the pre-tension is applied to each of the links, the pitch changes into P+ΔP, the first inclination angle changes into α−Δα and the second inclination angle changes into β+Δβ where ΔP>0, Δα>0, and Δβ>0.
    • 对每个链节施加较大的预张力,使得在面向链条内部的连接部分处的残余压应力在外部较大。 假设对于在不施加预张力的状态下的每个连杆,预定间距为P,前插入部分相对于链条行进方向的固定部分的第一倾斜角为α,第二倾斜角为 后插入部分相对于链条行进方向的固定部分的倾角为β,当预拉伸施加到每个链节时,间距变为P +ΔP,第一倾斜角度变为α - Deltaalpha和第二倾斜角度变为β+ Deltabeta,其中DeltaP> 0,Deltaalpha> 0和Deltabeta> 0。
    • 5. 发明授权
    • Rolling bearing
    • 滚动轴承
    • US06808310B2
    • 2004-10-26
    • US10225288
    • 2002-08-22
    • Junya OoitsuHiroshi Toyota
    • Junya OoitsuHiroshi Toyota
    • F16C3356
    • F16C19/163F16C33/32F16C33/416F16C33/445F16C33/62F16C33/6696F16C2300/02
    • Each of resin cage (4) is injection-molded of a mixture material containing a thermoplastic resin selected as a material excellent in outgassing characteristic, a proper amount of reinforcing fiber, and a proper amount of a lubricating component. A lubricating film (10) made of a fluorine-containing polymer having a functional group is deposited on at least rolling surfaces and/or sliding surfaces of constituent members (inner and outer races (1 and 2), rolling elements (3) and cage 4) of a bearing. That is, the lubricating film (10) makes lubricity good at an early stage of rotation, so that incipient abrasion of the cage (4) can be suppressed. Hence, stabilization of operation with the passage of time can be exhibited on the basis of synergistic action of the lubricating film (10) and micro wear powder generated from the cage (4).
    • 树脂保持架(4)中的每一个都由含有热塑性树脂的混合材料注射成型,该热塑性树脂被选择为优异的除气特性,适量的增强纤维和适量的润滑组分。 至少在构成部件(内外圈(1和2),滚动元件(3)和保持架(3))的滚动表面和/或滑动表面上沉积由具有官能团的含氟聚合物制成的润滑膜(10) 4)轴承。 也就是说,润滑膜(10)在旋转的早期使润滑性良好,从而可以抑制保持架(4)的初期磨损。 因此,可以基于润滑膜(10)和从保持架(4)产生的微磨损粉末的协同作用来显示随时间的操作稳定性。
    • 6. 发明授权
    • Information equipment with polymer film in bearing and disk
    • 信息设备与聚合物薄膜在轴承和磁盘
    • US06490137B1
    • 2002-12-03
    • US09381516
    • 1999-09-21
    • Hiroshi ToyotaKazunori HayashidaHiroaki TakebayashiTerukazu Karashima
    • Hiroshi ToyotaKazunori HayashidaHiroaki TakebayashiTerukazu Karashima
    • G11B2116
    • F16C33/62C08G18/5015C08G18/773F16C33/445F16C2370/12G11B5/4813G11B21/02G11B21/025G11B25/043
    • A rolling bearing is used for supporting a rocking mechanism or a rotating mechanism, and a film comprising a fluorine-containing polymer having a functional group(s) under a fluidizied state or a film comprising a fluorine-containing polyurethane compound under a solid state is formed on at least the track surface of the rolling bearing. Since this film does not contain ions for uniformly dispersing a thickner having non uniform particle sizes such as fluorine based grease of the prior art, breakage of the film between a rolling element and a race is not likely to occur, and wear of a rolling element race resulting from the direct contact between them due to breakage of the film can be reduced. When this film is tha same kind of a film as a protective film of the surface of an information recording disk, dust generating components of the film are the same kind of components as those of the protective film, and information recording/reproduction of the information recording disk is not impeded.
    • 滚动轴承用于支撑摆动机构或旋转机构,并且包含在流化状态下具有官能团的含氟聚合物或含有固体状态的含氟聚氨酯化合物的膜的膜是 形成在至少滚动轴承的轨道表面上。 由于该膜不含有用于均匀分散具有现有技术的氟系润滑脂等不均匀粒径的增稠剂的离子,因此不容易发生滚动元件与座圈之间的膜的破损,滚动体的磨损 可以减少由于它们之间由于膜的断裂而直接接触而产生的种类。 当该膜与信息记录盘的表面的保护膜相同的膜时,膜的尘埃产生成分与保护膜的成分相同,信息记录/再现 录音盘不受阻碍。
    • 10. 发明授权
    • Remote railway container locking system
    • 远程铁路集装箱锁定系统
    • US4013017A
    • 1977-03-22
    • US562037
    • 1975-03-25
    • Hiroshi ToyotaToshio YamazakiTakashi Iketani
    • Hiroshi ToyotaToshio YamazakiTakashi Iketani
    • B61D19/02B61D37/00B61G7/14B61L15/00B61D17/00B61D49/00B65J1/22H01R33/00
    • B61L15/0036B61L15/0072
    • A system for issuing instructional signals to individual cars of a train for causing actuation of a device such as a container locking device of the individual car. A plurality of instructional signal lines and a plurality of feedback lines extend through each car in a direction parallel to the direction of travel of the car, the number of lines being at least as great as the number of cars in the train. The one ends of the lines are connected to terminals at one end of each car in positional correspondence with the lines, and the other ends of the lines in each car are connected to terminals offset by one from the terminals in positional correspondence with the respective lines. The other end of the line on one edge of each array of the plurality of lines extends across the array and is connected to the terminal in positional correspondence with the line on the other edge of the array. The terminals in adjacent cars are connected. Instructional signal receiving relays in each car are coupled to the line on the one edge of each array, and the device for carrying out a desired function, such as locking of container in each car, is coupled to the instructional signal receiving relays for operation in response to energization of the relays. An order fulfilled signal transmitting relay in each car is coupled to the line on the one edge of each array and is actuated upon completion of the desired function. With this arrangement, the cars in the train can be shifted in the train or their direction reversed and the signal lines can still be used to transmit a signal to a given car in the train.
    • 用于向列车的各车辆发出指令信号以使诸如个人车辆的容器锁定装置的装置的致动的系统。 多条教学信号线和多条反馈线在平行于汽车行进方向的方向上延伸穿过每辆轿厢,线数至少等于列车中的轿厢数量。 线路的一端与每个轿厢的一端相对应地连接到每个轿厢一端的端子,并且每个轿厢中的线路的另一端连接到与各个线路位置对应地从端子偏移的端子 。 多条线的每个阵列的一个边缘上的线的另一端延伸穿过阵列,并且与阵列的另一边缘上的线位置对应地连接到终端。 相邻车厢中的终端连接。 每个轿厢中的指令信号接收继电器耦合到每个阵列的一个边缘上的线路,并且用于执行期望功能的装置,例如在每个轿厢中锁定容器,被耦合到指令信号接收继电器,用于操作 响应继电器通电。 每个轿厢中的顺序完成的信号发射继电器耦合到每个阵列的一个边缘上的线,并且在完成期望的功能时被致动。 通过这种布置,列车中的轿厢可以在列车中或其方向上移动,并且信号线仍然可以用于将信号发送到列车中的给定轿厢。