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    • 1. 发明申请
    • Engine Case
    • 发动机箱
    • US20110155093A1
    • 2011-06-30
    • US12870942
    • 2010-08-30
    • Taiichiro OgiHiroki BesshoMasatake Murakawa
    • Taiichiro OgiHiroki BesshoMasatake Murakawa
    • F01M11/00
    • F01M11/02
    • An engine case includes: a crank chamber (2R) of an engine (1); a clutch chamber (30R) having a wet clutch (30) connected to an output shaft (2) protruding from the crank chamber (2R); a partition wall (10) keeping the crank and clutch chambers separated and connecting the crank and clutch chambers; an oil inlet (11) for introducing engine oil; an oil feeding passage (11R) which is configured to allow the engine oil introduced from the oil inlet (11) to first enter the clutch chamber (30R) separated by the partition wall (10); and an inflow part (10h) which is formed in the partition wall (10) and configured to allow an excess amount of the introduced engine oil over a predetermined amount to flow into the crank chamber (2R).
    • 发动机壳体包括:发动机(1)的曲柄室(2R); 具有与从曲柄室(2R)突出的输出轴(2)连接的湿式离合器(30)的离合器室(30R); 保持曲柄和离合器室分离并连接曲柄和离合器室的分隔壁(10); 用于引入机油的油入口(11); 供油通道(11R),其被配置为允许从所述进油口(11)引入的发动机油首先进入由所述分隔壁(10)分离的所述离合器室(30R); 以及形成在分隔壁(10)中的流入部(10h),其构造成允许过量的引入的发动机油超过预定量流入曲柄室(2R)。
    • 2. 发明授权
    • Engine case
    • 发动机箱
    • US08534257B2
    • 2013-09-17
    • US12870942
    • 2010-08-30
    • Taiichiro OgiHiroki BesshoMasatake Murakawa
    • Taiichiro OgiHiroki BesshoMasatake Murakawa
    • F01M1/02
    • F01M11/02
    • An engine case includes: a crank chamber (2R) of an engine (1); a clutch chamber (30R) having a wet clutch (30) connected to an output shaft (2) protruding from the crank chamber (2R); a partition wall (10) keeping the crank and clutch chambers separated and connecting the crank and clutch chambers; an oil inlet (11) for introducing engine oil; an oil feeding passage (11R) which is configured to allow the engine oil introduced from the oil inlet (11) to first enter the clutch chamber (30R) separated by the partition wall (10); and an inflow part (10h) which is formed in the partition wall (10) and configured to allow an excess amount of the introduced engine oil over a predetermined amount to flow into the crank chamber (2R).
    • 发动机壳体包括:发动机(1)的曲柄室(2R); 具有与从曲柄室(2R)突出的输出轴(2)连接的湿式离合器(30)的离合器室(30R); 保持曲柄和离合器室分离并连接曲柄和离合器室的分隔壁(10); 用于引入机油的油入口(11); 供油通道(11R),其被配置为允许从所述进油口(11)引入的发动机油首先进入由所述分隔壁(10)分离的所述离合器室(30R); 以及形成在分隔壁(10)中的流入部(10h),其构造成允许过量的引入的发动机油超过预定量流入曲柄室(2R)。
    • 10. 发明授权
    • Engine speed control system for a working vehicle
    • 用于工作车辆的发动机转速控制系统
    • US5215056A
    • 1993-06-01
    • US877539
    • 1992-05-01
    • Eriya HaradaMikio YukiMasatsugu ToneMasatake MurakawaRyozo Imanishi
    • Eriya HaradaMikio YukiMasatsugu ToneMasatake MurakawaRyozo Imanishi
    • B60W10/04B60K17/28B60K23/00B60W10/08B60W10/10B60W10/103
    • B60K23/00B60K17/28Y10T477/677
    • An engine speed control system for a working vehicle having an engine, and a propelling transmission and a power takeoff device driven by the engine. Engine speed is adjustable by an accelerator controlled by control signals outputted from a control unit. The control unit is connected to a clutch operation detecting switch for detecting an operative state of a power takeoff clutch for operating a power takeoff device and to a shift condition detecting switch for detecting a shift of the propelling transmission. The control unit outputs a control signal for rotating the engine at an idling speed when the propelling transmission is in neutral and the power takeoff clutch is disengaged, and a control signal for rotating the engine at a high rotating rate when the propelling transmission is in a drive transmitting position or the power takeoff clutch is engaged.
    • 一种用于具有发动机的作业车辆的发动机速度控制系统,以及由发动机驱动的推进变速器和动力输出装置。 发动机转速通过由控制单元输出的控制信号控制的加速器来调节。 控制单元连接到用于检测用于操作动力输出装置的动力输出离合器的操作状态的离合器操作检测开关以及用于检测推进传动的换档的换档状态检测开关。 所述控制单元输出用于当所述推进变速器处于空档并且所述动力输出离合器分离时以怠速转速的所述发动机的控制信号,以及用于当所述推进变速器处于空档状态时使所述发动机以高转速旋转的控制信号 驱动传动位置或动力输出离合器接合。