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    • 11. 发明申请
    • Operation control system for planing boat
    • 刨船操作控制系统
    • US20070021015A1
    • 2007-01-25
    • US11451904
    • 2006-06-12
    • Yoshimasa KinoshitaSumihiro TakashimaShu AkuzawaKazumasa ItoToshiyuki HattoriFujino KenichiYoshida TatsuyaSuzuki Masaru
    • Yoshimasa KinoshitaSumihiro TakashimaShu AkuzawaKazumasa ItoToshiyuki HattoriFujino KenichiYoshida TatsuyaSuzuki Masaru
    • B63H21/22
    • B63B35/731B63H21/213
    • An operation control system for a planing boat can include a mode selection module configured to allow a driver to select a driving mode of either one of a normal operation mode, in which the boat cruises at a speed in response to the displacement of an acceleration controller, and a speed-fixing mode, in which the boat cruises at a fixed speed at a level when a speed-fixing controller is operated. The system can also include a planing condition determination module configured to determine whether a hull is at the stage of planing, in which the mode selection module is configured to prohibit the driving mode from switching to the speed-fixing mode if the planing condition determination module determines that the hull is not at the stage of planning. The mode selection module can also be configured to permit the driving mode to switch to the speed-fixing mode if the planing condition determination module determines that the hull is at the stage of planing. The system can also include an aural reporting device configured to emit aural reports depending on the inputs issued by the operator.
    • 用于刨船的操作控制系统可以包括模式选择模块,其被配置为允许驾驶员选择正常操作模式中的任一个的驾驶模式,其中船以响应于加速度控制器的位移的速度巡航 以及速度定影模式,其中,当速度定影控制器操作时,船以固定速度巡航。 该系统还可以包括:刨削条件确定模块,其被配置为确定船体是否处于刨削阶段,其中模式选择模块被配置为如果刨动条件确定模块被设置为禁止驱动模式切换到速度确定模式 确定船体不在刨床阶段。 模式选择模块还可以被配置为如果刨削条件确定模块确定船体处于刨床阶段,则允许驱动模式切换到速度确定模式。 系统还可以包括听觉报告装置,其被配置为根据操作者发出的输入发出听觉报告。
    • 12. 发明申请
    • Operation control system for planing boat
    • 刨船操作控制系统
    • US20060160438A1
    • 2006-07-20
    • US11336711
    • 2006-01-20
    • Yoshimasa KinoshitaSumihiro TakashimaShu AkuzawaKazumasa ItoToshiyuki Hattori
    • Yoshimasa KinoshitaSumihiro TakashimaShu AkuzawaKazumasa ItoToshiyuki Hattori
    • B63H21/22
    • B63H21/22B63H21/21B63H21/24
    • An operation control system for a planing boat can include a mode selection module configured to allow a driver to select a driving mode of either one of a nonnal operation mode, in which the boat cruises at a speed in response to the displacement of an acceleration controller, and a speed-fixing mode, in which the boat cruises at a fixed speed at a level when a speed-fixing controller is operated. The system can also include a planing condition determination module configured to determine whether a hull is at the stage of planing, in which the mode selection module is configured to prohibit the driving mode from switching to the speed-fixing mode if the planing condition determination module determines that the hull is not at the stage of planning. The mode selection module can also be configured to permit the driving mode to switch to the speed-fixing mode if the planing condition determination module determines that the hull is at the stage of planing.
    • 用于刨船的操作控制系统可以包括模式选择模块,其被配置为允许驾驶员选择非操作模式中的任何一种的驾驶模式,其中船以响应于加速度控制器的位移的速度巡航 以及速度定影模式,其中,当速度定影控制器操作时,船以固定速度巡航。 该系统还可以包括:刨削条件确定模块,其被配置为确定船体是否处于刨削阶段,其中模式选择模块被配置为如果刨动条件确定模块被设置为禁止驱动模式切换到速度确定模式 确定船体不处于规划阶段。 模式选择模块还可以被配置为如果刨削条件确定模块确定船体处于刨床阶段,则允许驱动模式切换到速度确定模式。
    • 13. 发明授权
    • Small planing boat
    • 小刨船
    • US08646430B2
    • 2014-02-11
    • US12189069
    • 2008-08-08
    • Yoshimasa Kinoshita
    • Yoshimasa Kinoshita
    • F02D13/06
    • B63B35/731B63H21/14
    • A small planing boat includes a multi-cylinder engine, and a propulsion unit driven by the engine for propelling a hull by drawing up and jetting out water. The engine can be configured to change the number of deactivated cylinders in a phased manner corresponding to an engine speed when the engine speed becomes a prescribed speed or more, and can include a memory for storing cylinder deactivation sequence schedules for determining sequences of cylinders that are deactivated and increasing the number of deactivated cylinders in a phased manner. An operation control device configured to deactivate the cylinders of the engine in a phased manner in accordance with the cylinder deactivation sequence schedules stored in the memory. The operation control device shifts the cylinder deactivation sequence schedules to be read out from the memory to another cylinder deactivation sequence schedule corresponding to an operational state of the engine.
    • 小型刨花船包括多缸发动机,以及由发动机驱动的推进单元,用于通过拉出和喷出水来推进船体。 发动机可以被配置为当发动机转速达到规定速度以上时,以对应于发动机转速的相位方式改变停用气缸的数量,并且可以包括用于存储用于确定气缸序列的气缸停用顺序时间表的存储器 停用并逐步增加停用汽缸的数量。 一种操作控制装置,其被配置为根据存储在存储器中的气缸去激活顺序调度以相位方式停止发动机的气缸。 操作控制装置将要从存储器读出的气缸停用顺序时间表移动到与发动机的操作状态相对应的另一气缸停用顺序调度。
    • 14. 发明授权
    • Water jet propulsion watercraft
    • 喷水推进船只
    • US08221173B2
    • 2012-07-17
    • US12644313
    • 2009-12-22
    • Yoshimasa Kinoshita
    • Yoshimasa Kinoshita
    • B63H21/22
    • B63H11/113B63H11/08F02D13/0238F02D13/0246F02D13/0261F02D41/042F02D2041/001F02D2041/0095F02N11/00F02N19/005Y02T10/18
    • A water jet propulsion watercraft includes an engine, an exhaust channel, and an engine control unit. The engine includes a combustion chamber arranged to combust fuel therein, an exhaust port arranged to discharge exhaust gas after the combustion of the fuel in the combustion chamber, an exhaust valve arranged to open and close the exhaust port, an intake port arranged to pass air and the fuel into the combustion chamber, and an intake valve arranged to open and close the intake port. The exhaust channel is connected to the exhaust port of the engine and provides a channel through which the exhaust gas, discharged from the exhaust port, flows. The engine control unit is arranged to control the engine such that at least one location in a path leading from the exhaust channel to the intake port is blocked when the engine is stopped.
    • 喷水推进船舶包括发动机,排气通道和发动机控制单元。 发动机包括:燃烧室,其燃烧燃料;排气口,其设置成在燃烧室内的燃料燃烧之后排出废气;排气阀,其布置成打开和关闭排气口;排气阀,其布置成通过空气 和进入燃烧室的燃料,以及设置成打开和关闭进气口的进气门。 排气通道连接到发动机的排气口,并且提供从排气口排出的废气流过的通道。 发动机控制单元被布置成控制发动机,使得当发动机停止时,从排气通道引导到进气口的路径中的至少一个位置被阻挡。
    • 15. 发明授权
    • Throttle opening controller for small planing boat
    • 节气门打开控制器为小刨船
    • US07384321B2
    • 2008-06-10
    • US11515640
    • 2006-09-05
    • Hitoshi MuramatsuYoshimasa KinoshitaShigeaki Miyata
    • Hitoshi MuramatsuYoshimasa KinoshitaShigeaki Miyata
    • B63H21/21
    • F02M37/0082F02D9/1065
    • A throttle opening controller for one embodiment of a small planing boat includes: a throttle valve for changing the degree of opening in response to displacement of a throttle lever; a remaining fuel amount detector; a fuel consumption calculating means; and a throttle opening limiting means. In one embodiment, when a remaining fuel amount detected by the remaining fuel amount detector is equal to or below a preset value L1, the fuel consumption calculating means starts calculating total fuel injection amount. When a value, obtained by subtracting the total fuel injection amount from the preset value L1, is equal to or below a threshold L0, the throttle opening limiting means determines the degree of opening of the throttle valve based on an opening rate (k). An internal space of a fuel tank can be divided using a vertical partition into plural chambers. In addition, a knock sensor can be provided for an engine.
    • 小型刨船的一个实施例的节气门开度控制器包括:用于响应于节流杆的位移改变开度的节流阀; 剩余燃料量检测器; 燃料消耗计算装置; 和节气门开度限制装置。 在一个实施例中,当由剩余燃料量检测器检测到的剩余燃料量等于或低于预设值L 1时,燃料消耗计算装置开始计算总燃料喷射量。 当通过从预设值L 1减去总燃料喷射量而获得的值等于或低于阈值L 0时,节气门开度限制装置基于开度(k)来确定节气门的打开程度 )。 燃料箱的内部空间可以使用垂直隔板分成多个室。 此外,可以为发动机提供爆震传感器。
    • 17. 发明申请
    • Engine control device
    • 发动机控制装置
    • US20060157026A1
    • 2006-07-20
    • US11082256
    • 2005-03-17
    • Yasuhiko IshidaYoshimasa Kinoshita
    • Yasuhiko IshidaYoshimasa Kinoshita
    • F02D43/00
    • F02D11/107F02D9/1065F02D2009/0277F02D2041/227F02P5/1502F02P11/02Y02T10/46
    • An engine control device can include a throttle valve for adjusting an amount of air supplied to an engine, operation amount detecting sensors for detecting an operation amount of a throttle lever, a motor for driving the throttle valve between open and closed positions according to detection values of the operation amount detecting sensor 21a or the like, and throttle opening detecting sensors for detecting an opening of the throttle valve is provided with a limp-home mechanism for keeping the throttle valve in a mechanically neutral position when an abnormality occurs. When the throttle valve is in the mechanically neutral position, an ignition timing control can be switched in a stepwise manner over a predetermined time period from a regular ignition timing control to a limp-home ignition timing control.
    • 发动机控制装置可以包括用于调节供给发动机的空气量的节流阀,用于检测节流杆的操作量的操作量检测传感器,根据检测值在打开位置和关闭位置之间驱动节气门的电动机 操作量检测传感器21a等,以及用于检测节流阀的开度的节气门开度检测传感器,设置有在发生异常时将节流阀保持在机械中立位置的跛行机构。 当节气门处于机械中立位置时,可以在从正常点火正时控制到跛脚定时点火正时控制的预定时间段内以逐步方式切换点火正时控制。
    • 18. 发明申请
    • Small Planing Boat
    • 小刨船
    • US20090042463A1
    • 2009-02-12
    • US12189069
    • 2008-08-08
    • Yoshimasa Kinoshita
    • Yoshimasa Kinoshita
    • B63H11/04B63H21/21F02D17/02
    • B63B35/731B63H21/14
    • A small planing boat can include a multi-cylinder engine, and a propulsion unit driven by the engine, such as a jet pump, for propelling a hull by drawing up and jetting out water. The engine can be configured to change the number of deactivated cylinders in a phased manner corresponding to an engine speed when the engine speed becomes a prescribed speed or more, and can include memory devices for storing a plurality of cylinder deactivation sequence schedules for determining sequences of cylinders that are deactivated and increasing the number of deactivated cylinders in a phased manner. An operation control device configured to deactivate the cylinders of the engine in a phased manner in accordance with the cylinder deactivation sequence schedules stored in the memory devices. The operation control device shifts the cylinder deactivation sequence schedules to be read out from the memory devices to another cylinder deactivation sequence schedule corresponding to an operational state of the engine.
    • 小型刨花船可以包括多缸发动机和由发动机驱动的推进单元,例如喷射泵,用于通过拉出和喷出水来推进船体。 发动机可以被配置为当发动机速度达到规定速度或更高时,以对应于发动机转速的相位方式改变停用汽缸的数量,并且可以包括存储装置,用于存储多个汽缸停用顺序时间表,用于确定 停用的气缸和分阶段增加停用气缸的数量。 一种操作控制装置,其被配置为根据存储在存储装置中的气缸去激活顺序调度以相位方式停止发动机的气缸。 操作控制装置将要从存储装置读出的气缸停用顺序时间表移动到与发动机的运行状态相对应的另一个气缸停用排程表。
    • 19. 发明授权
    • Engine control device
    • 发动机控制装置
    • US07273033B2
    • 2007-09-25
    • US11082792
    • 2005-03-17
    • Yoshimasa Kinoshita
    • Yoshimasa Kinoshita
    • F02P5/15F02D41/06F02D41/16F02D29/02
    • F02P5/1504F02D31/009F02D41/062F02P5/045Y02T10/46
    • An engine control device can be capable of suppressing a rise in engine speed at starting. The engine speed can be detected by a speed sensor and a determination can be made whether the engine speed has changed from a starting mode to a normal mode. If the engine speed has changed from a starting mode to a normal mode, the difference between the engine speed and a predetermined target engine speed is calculated, and the ignition timing is controlled based on the calculated difference. The control of ignition timing can be performed when the detected value of the rotational sensor is larger than the target engine speed.
    • 发动机控制装置能够抑制起动时发动机转速的上升。 发动机速度可以由速度传感器检测,并且可以确定发动机转速是否从起动模式变为正常模式。 如果发动机转速从启动模式变为正常模式,则计算发动机转速和预定目标发动机转速之间的差异,并且基于计算出的差来控制点火正时。 当旋转传感器的检测值大于目标发动机转速时,可以进行点火正时的控制。
    • 20. 发明申请
    • Throttle opening controller for small planing boat
    • 节气门打开控制器为小刨船
    • US20070054570A1
    • 2007-03-08
    • US11515640
    • 2006-09-05
    • Hitoshi MuramatsuYoshimasa KinoshitaShigeaki Miyata
    • Hitoshi MuramatsuYoshimasa KinoshitaShigeaki Miyata
    • B63H21/21B60W10/04
    • F02M37/0082F02D9/1065
    • A throttle opening controller for one embodiment of a small planing boat includes: a throttle valve for changing the degree of opening in response to displacement of a throttle lever; a remaining fuel amount detector; a fuel consumption calculating means; and a throttle opening limiting means. In one embodiment, when a remaining fuel amount detected by the remaining fuel amount detector is equal to or below a preset value L1, the fuel consumption calculating means starts calculating total fuel injection amount. When a value, obtained by subtracting the total fuel injection amount from the preset value L1, is equal to or below a threshold L0, the throttle opening limiting means determines the degree of opening of the throttle valve based on an opening rate (k). An internal space of a fuel tank can be divided using a vertical partition into plural chambers. In addition, a knock sensor can be provided for an engine.
    • 小型刨船的一个实施例的节气门开度控制器包括:用于响应于节流杆的位移改变开度的节流阀; 剩余燃料量检测器; 燃料消耗计算装置; 和节气门开度限制装置。 在一个实施例中,当由剩余燃料量检测器检测到的剩余燃料量等于或低于预设值L 1时,燃料消耗计算装置开始计算总燃料喷射量。 当通过从预设值L 1减去总燃料喷射量而获得的值等于或低于阈值L 0时,节气门开度限制装置基于开度(k)来确定节气门的打开程度 )。 燃料箱的内部空间可以使用垂直隔板分成多个室。 此外,可以为发动机提供爆震传感器。