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    • 21. 发明授权
    • Power transmission mechanism
    • 动力传动机构
    • US07073648B2
    • 2006-07-11
    • US10949954
    • 2004-09-24
    • Tomoaki IshikawaKazuyoshi Miyahara
    • Tomoaki IshikawaKazuyoshi Miyahara
    • F16D41/12
    • F16D41/16F16D41/12
    • A power transmission mechanism for transmitting a driving force from a drive shaft to a driven member of a gear via a one-way clutch is provided. The one-way clutch includes a swinging clutch portion swingably fitted in a clutch portion housing groove formed in a first end portion of the drive shaft. The swinging clutch portion has a cylindrical portion as the axis of rotation and a projecting portion. When the drive shaft rotates, the projecting portion of the swinging clutch portion is raised by a slit of a collar fitted onto the drive shaft, engaging one of a plurality of engaging grooves formed in the inner peripheral surface of the driven member. When the drive shaft does not rotate, the swinging clutch portion lies down, and the projecting portion does not engage any engaging groove, allowing the driven member to rotate bidirectionally relative to the drive shaft.
    • 提供了一种用于经由单向离合器将驱动力从驱动轴传递到齿轮的从动部件的动力传递机构。 单向离合器包括可旋转地装配在形成在驱动轴的第一端部中的离合器部分容纳槽中的摆动离合器部分。 摆动离合器部具有作为旋转轴的圆筒部和突出部。 当驱动轴旋转时,摆动离合器部分的突出部分通过装配到驱动轴上的轴环的狭缝升高,与形成在从动构件的内周面中的多个接合槽中的一个接合。 当驱动轴不旋转时,摆动离合器部分下降,并且突出部分不接合任何接合槽,允许从动构件相对于驱动轴双向旋转。
    • 22. 发明授权
    • Tiller
    • 耕耘机
    • US06488101B1
    • 2002-12-03
    • US09651814
    • 2000-08-30
    • Kazuyoshi MiyaharaHideaki KobayashiMasatoshi NagaokaMasashi TakeuchiTomoaki Ishikawa
    • Kazuyoshi MiyaharaHideaki KobayashiMasatoshi NagaokaMasashi TakeuchiTomoaki Ishikawa
    • A01B3300
    • A01B33/082A01B33/028
    • A tiller for cultivating soil has a power source and a tilling shaft mounted for undergoing rotation by a driving force supplied from the power source. The tilling shaft has a hollow outer shaft and an inner shaft extending through the outer shaft. The inner shaft has a variable rotating speed and/or direction of rotation relative to the outer shaft. A power transmission mechanism transmits a driving force from the power source to the tilling shaft. The power transmission mechanism has a first power transmission system for transmitting the driving force from the power source to the outer shaft and a second power transmission system transmitting the driving force from the power source to the inner shaft. The second power transmission system has a hydrostatic transmission comprised of a hydraulic pump and a hydraulic motor for effecting a stepless change of the rotating speed of the inner shaft as well as a selective change of its direction of rotation. Tilling claws are disposed on the tilling shaft for tilling soil.
    • 用于耕种土壤的耕作机具有安装成通过从动力源提供的驱动力进行旋转的动力源和耕作轴。 耕作轴具有中空的外轴和延伸穿过外轴的内轴。 内轴具有相对于外轴的可变转速和/或旋转方向。 动力传递机构将来自动力源的驱动力传递到耕作轴。 动力传递机构具有用于将来自动力源的驱动力传递到外部轴的第一动力传递系统和将动力从动力传递到内部轴的第二动力传递系统。 第二动力传动系统具有由液压泵和液压马达组成的静液压传动装置,用于实现内轴的转速的无级变化以及其旋转方向的选择性变化。 耕作爪设置在耕作机上,用于耕种土壤。
    • 23. 发明授权
    • Hydraulic transmission apparatus
    • 液压传动装置
    • US4856264A
    • 1989-08-15
    • US146964
    • 1988-01-22
    • Sadanori NishimuraHiroshige MakitaTomoaki Ishikawa
    • Sadanori NishimuraHiroshige MakitaTomoaki Ishikawa
    • A01D34/68B62D51/00
    • A01D34/6806B62D51/004A01D2034/6843A01D2101/00Y10T74/19009
    • A hydraulic transmission apparatus comprises an input unit to which power from a power source is applied in a first direction, a direction changing unit hydraulically coupled to the input unit for extracting power in a second direction which is different from the first direction, and a case supporting the input unit and the direction changing unit. The input unit and the direction changing unit comprise an oil pump and an oil motor mounted respectively on one surface and another surface of the case. The case is filled with working oil for operating the oil pump and the oil motor. An operating device for a lawn mower has a first power transmitting path for transmitting power from the power source to a drive wheel, the first power transmitting path having a hydraulic transmission apparatus and a first clutch for selectively rotating and stopping the drive wheel, and a second power transmitting path for transmitting power from the power source to a grass cutter, the second power transmitting path including a second clutch for selectively rotating and stopping the grass cutter. The first clutch is independently operable. The second clutch has a mechanism for inactivating the first clutch in unison therewith when the second clutch is inactivated.
    • 液压传动装置包括:输入单元,从第一方向施加来自动力源的动力;液压耦合到输入单元的方向改变单元,用于沿与第一方向不同的第二方向提取动力;壳体 支持输入单元和方向改变单元。 输入单元和方向改变单元包括分别安装在壳体的一个表面和另一个表面上的油泵和油马达。 该油箱内装有油泵和油马达操作油。 用于割草机的操作装置具有用于将动力从动力源传递到驱动轮的第一动力传递路径,第一动力传递路径具有液压传动装置和用于选择性地旋转和停止驱动轮的第一离合器,以及 第二动力传递路径,用于从动力源向草地切割器传递动力,第二动力传递路径包括用于选择性地旋转和停止割草机的第二离合器。 第一离合器可独立操作。 第二离合器具有当第二离合器被停用时与第一离合器同步失活的机构。
    • 26. 发明授权
    • Walk-behind, self-propelled working machine
    • 后退式,自走式工作机
    • US06796392B2
    • 2004-09-28
    • US10124356
    • 2002-04-16
    • Takao KobayashiTetsuo IidaHiromitsu SasakiTomoaki Ishikawa
    • Takao KobayashiTetsuo IidaHiromitsu SasakiTomoaki Ishikawa
    • A01D3480
    • B62D51/04
    • A working machine has an operation switching lever mounted on a handle in the vicinity of a handle grip and is arranged to be manipulated by one of the hands of the operator to transmit or interrupt a driving force outputted from the drive source to the working tool. A drive switching lever is mounted on the handle and is arranged to be manipulated by one of the hands of the operator to operate a continuously variable transmission to switch driving wheels from a halt condition to a high-speed advancement condition. A disc is mounted on the handle for undergoing rotational movement relative to the drive switching lever. A control member positions the disc at a preselected angular position relative to the drive switching lever to regulate an amount of pivotal movement of the drive switching lever for adjusting a rotational speed of the driving wheels.
    • 工作机具有安装在把手附近的把手上的操作切换杆,并且被布置成由操作者的一只手操纵以将从驱动源输出的驱动力传送或中断到作业工具。 驱动切换杆安装在手柄上并且被布置成由操作者的一只手操纵以操作无级变速器,以将驱动轮从停止状态切换到高速进给状态。 盘安装在手柄上,以相对于驱动切换杆进行旋转运动。 控制构件将盘定位在相对于驱动切换杆的预选角度位置,以调节用于调节驱动轮的转速的驱动切换杆的枢转运动的量。
    • 29. 发明授权
    • Clutch hydraulic controller
    • 离合器液压控制器
    • US6155396A
    • 2000-12-05
    • US375380
    • 1999-08-17
    • Yoshimichi TsubataTomoaki IshikawaTamotsu KotegawaEiji Ohyama
    • Yoshimichi TsubataTomoaki IshikawaTamotsu KotegawaEiji Ohyama
    • F16H59/42F16H61/00F16H61/02F16H61/12F16H61/66F16H61/662
    • F16H61/12F16H61/0021F16H2061/0258F16H2061/1208F16H2061/122F16H2061/1268F16H59/42F16H61/0283F16H61/66F16H61/662
    • Line pressure is adjusted by one valve for supplying the pressure to control the engagement of a clutch in normal and abnormal operating conditions. In the normal operating condition, the valve control pressure which is controlled by a starting clutch control valve 41 is used for the control of a clutch pressure control valve 42, so the line pressure from a line 61b is adjusted to control the engagement of the starting clutch 5. If there is a breakdown, two electrically controlled valves 41 and 45 are turned off, and the line pressure is applied through another line 64. As a result, the spool of a shift restriction valve 43 is shifted to the left, so the hydraulic oil is supplied to a pitot flange 51. In this condition, the pressure (correspondent pressure) which corresponds to the rotational speed of the engine is supplied as a signal pressure from a pitot pipe 53 through lines 66 and 67 to the shift restriction valve 43. This hydraulic controller adjusts the line pressure in the line 61b by using this correspondent pressure for controlling the engagement of the starting clutch 5.
    • 通过一个阀来调节管路压力,以提供压力,以控制在正常和异常操作条件下离合器的接合。 在正常运行状态下,由起动离合器控制阀41控制的阀控制压力用于离合器压力控制阀42的控制,从而调节来自管线61b的管路压力,以控制起动 离合器5.如果发生故障,则两个电控阀41和45被关闭,并且线路压力通过另一条线64施加。结果是,换档限制阀43的阀芯向左移动,因此 液压油被供给到皮托凸缘51.在这种情况下,将来自发动机的转速的压力(对应压力)作为信号压力从皮托管53通过管线66和67供给到换档限制 该液压控制器通过使用用于控制起动离合器5的接合的相应压力来调节管线61b中的管路压力。
    • 30. 发明授权
    • Image recognition processing device, method, and program for processing of image information obtained by imaging the surrounding area of a vehicle
    • 用于处理通过对车辆的周围区域进行成像而获得的图像信息的图像识别处理装置,方法和程序
    • US08379923B2
    • 2013-02-19
    • US12292132
    • 2008-11-12
    • Tomoaki Ishikawa
    • Tomoaki Ishikawa
    • G06K9/00G08G1/09
    • G01C21/32
    • A feature information collecting device includes: a feature image recognizing unit that performs image recognition processing of a feature included in image information in a surrounding area of a vehicle; a construction information obtaining unit that obtains construction information including information of a construction section; a construction information storage unit that stores the obtained construction information; a construction completion determining unit that determines, when the vehicle travels a section of a road corresponding to a construction section according to the already stored construction information, completion of construction indicated by the construction information; and a feature learning unit that causes the feature image recognizing unit to perform image recognition processing of a feature in a construction section according to the construction information when the completion of construction is determined, and that generates, based on an image recognition result thereof and the vehicle position information, learned feature information including position information and attribute information of an image-recognized feature.
    • 特征信息收集装置包括:特征图像识别单元,对车辆的周围区域中的图像信息中包括的特征进行图像识别处理; 施工信息获取单元,其获取包括施工段的信息的施工信息; 存储所获得的构造信息的构造信息存储单元; 施工完成确定单元,根据已存储的施工信息,确定车辆何时行驶与施工段相对应的道路的一部分,由施工信息表示的施工完成; 以及特征学习单元,其使得所述特征图像识别单元在确定了所述构造完成时根据所述构造信息来执行构造区间中的特征的图像识别处理,并且基于其图像识别结果和 车辆位置信息,学习特征信息,包括位置信息和图像识别特征的属性信息。