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    • 5. 发明授权
    • Bottle handling apparatus
    • 瓶装置
    • US4022315A
    • 1977-05-10
    • US599157
    • 1975-07-25
    • Hiroshi HoriKazunori Tuchimoto
    • Hiroshi HoriKazunori Tuchimoto
    • B08B9/44B08B9/20B65G47/00
    • B08B9/205
    • A bottle handling apparatus in which bottles being fed continuously to the apparatus are ejected from a feed device into groups of a given size and are loaded as groups into a series of bottle holders on a bottle-handling conveyor of the apparatus by bottle insertion means arranged at a plurality of stages along the conveyor. The different stages of the insertion means causes the bottle groups to be regularly inserted into the bottle holders in a alternate or regularly spaced sequence. The delivery side of the bottle handling conveyor is provided with bottle removal means arranged at a plurality of stages along the feed direction of the conveyor.
    • 一种瓶子处理装置,其中连续供给到装置的瓶子从进料装置被排出到给定尺寸的组中,并且通过瓶子插入装置被设置在装置的瓶装输送器上,并且作为组被装载成一系列瓶保持器 沿着输送机的多个阶段。 插入装置的不同阶段使得瓶组以交替或规则间隔的顺序被规则地插入瓶保持器中。 瓶装运输输送机的输送侧设置有沿着输送机的进给方向布置在多个级的排瓶装置。
    • 6. 发明授权
    • Lubrication mechanism in final drive and differential unit
    • 最终驱动和差速器的润滑机构
    • US4677871A
    • 1987-07-07
    • US750309
    • 1985-07-01
    • Kiyoshi TaniyamaHiroshi Hori
    • Kiyoshi TaniyamaHiroshi Hori
    • B60K17/16F16H57/04F01M1/00
    • F16H57/0421F16C33/6659F16H57/0469F16H57/0483F16C2361/61F16H2048/423Y10T74/19991Y10T74/2188
    • A final drive and differential unit for a motor vehicle comprises a differential carrier integrally formed with a cylindrical support structure, a differential gear unit rotatably mounted within the carrier and provided thereon with a ring gear, and a drive pinion shaft supported by a pair of axially spaced outside and inside bearings within the support structure, the pinion shaft extending outwardly through an annular oil seal member mounted within the outer end portion of the support structure and being provided at its inner end with a pinion in mesh with the ring gear. The support structure is formed in one side wall thereof with an oil supply passage for permitting the flow of lubricating oil passing therethrough from the interior of the carrier into an annular space around the pinion shaft between the oil seal member and the outside bearing and is formed in the other side wall thereof with a return passage for permitting the flow of lubricating oil passing therethrough from the annular space into the carrier. The support structure is formed at the inner wall thereof with a recessed portion located above the annular space around the pinion shaft, and an impeller member is mounted on the pinion shaft for rotation therewith to pick up lubricating oil stored in the annular space toward the recessed portion of the support structure.
    • 用于机动车辆的最终驱动和差速单元包括与圆柱形支撑结构一体形成的差速器载体,可旋转地安装在载体内并在其上设置有齿圈的差速齿轮单元和由一对轴向支撑的驱动小齿轮轴 间隔的支撑结构内的内部和内部轴承,小齿轮轴通过安装在支撑结构的外端部内的环形油封构件向外延伸,并且在其内端处设置有与齿圈啮合的小齿轮。 支撑结构在其一个侧壁上形成有供油通道,用于允许从载体内部通过的润滑油流入在油封构件和外侧轴承之间的小齿轮轴周围的环形空间中,并形成 在另一侧壁上具有用于允许从环形空间通过其中的润滑油流入载体的返回通道。 支撑结构在其内壁处形成有位于小齿轮轴周围的环形空间上方的凹部,并且叶轮构件安装在小齿轮轴上以与其一起旋转,以将存储在环形空间中的润滑油朝向凹部 支撑结构的一部分。
    • 7. 发明申请
    • TRANSPORT SYSTEM
    • 运输系统
    • US20090183969A1
    • 2009-07-23
    • US12306316
    • 2007-06-08
    • Hiroshi OkuboHirofumi KinoshitaHiroshi HoriTsugumitsu Kandabashi
    • Hiroshi OkuboHirofumi KinoshitaHiroshi HoriTsugumitsu Kandabashi
    • B65G43/08
    • G06Q10/047
    • A transport system of this invention includes a transport means for forming a plurality of transport paths from a transport source to a transport destination and transporting a work via a transport path selected from the plurality of transport paths, a control means for controlling the transport means, and a read means for, when the work has arrived at a branch point in the transport path, reading out, from a storage medium, transport path information representing a transport direction of the work at the branch point in the transport path, the storage medium being provided on the work and storing the transport path information. The control means controls the transport means to transport the work in the transport direction of the work at the branch point represented by the transport path information read out by the read means.
    • 本发明的传送系统包括:传送装置,用于形成从传送源到传送目的地的多个传输路径,并且经由从多个传送路径中选择的传送路径传送工件;控制装置,用于控制传送装置; 以及读取装置,用于当工作已​​经到达传送路径中的分支点时,从存储介质中读出表示传送路径中的分支点处的作品的传送方向的传送路径信息,存储介质 被提供在工作上并存储传送路径信息。 控制装置控制传送装置在由读取装置读出的传送路径信息表示的分支点处的作品的传送方向上传送作品。
    • 9. 发明授权
    • Acoustic transducer with spiral-shaped piezoelectric shell
    • 具有螺旋形压电外壳的声学传感器
    • US06671380B2
    • 2003-12-30
    • US09793685
    • 2001-02-26
    • Chung ChangHiroshi Hori
    • Chung ChangHiroshi Hori
    • H04R2500
    • H04R17/00
    • An acoustic transducer includes a polarized piezoelectric shell having a spiral-shaped surface. The acoustic transducer serves as a receiver or a transmitter. In one embodiment, the acoustic transducer includes a solid spiral shell having outer and inner spiral-shaped surfaces, and the shell is polarized, wired and packaged to operate in hydrophone-mode. In another embodiment, the acoustic transducer includes a shell defining an exterior spiral-shaped surface and a spiral slot; and the slot defines a closed cavity with an interior spiral-shaped surface. In a preferred bender-type receiver embodiment, the shell is polarized, wired, and packaged to operate in bender mode for maximum sensitivity and best low-frequency performance.
    • 声换能器包括具有螺旋形表面的极化压电壳体。 声换能器用作接收器或发射器。在一个实施例中,声换能器包括具有外螺旋形表面和内螺旋形表面的固体螺旋壳,并且壳被极化,有线和封装以在水听器模式中操作。在另一个 声学换能器包括限定外部螺旋形表面和螺旋槽的外壳; 并且狭槽限定具有内部螺旋形表面的封闭空腔。 在优选的弯曲型接收器实施例中,壳体被极化,有线和封装以在弯曲器模式下操作以实现最大灵敏度和最佳低频性能。