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    • 2. 发明授权
    • Method for controlling a hydrostatic drive
    • 控制静液压驱动的方法
    • US08380407B2
    • 2013-02-19
    • US12745569
    • 2008-12-22
    • Steffen MutschlerMarkus WeberMatthias Mueller
    • Steffen MutschlerMarkus WeberMatthias Mueller
    • G06F7/00
    • F04B49/065B60W10/06B60W10/103B60W10/30B60W30/1882B60W2510/305E02F9/2235E02F9/2246E02F9/2253F04B2201/1203F04B2203/0604F16H61/475
    • The invention relates to a method for controlling a hydrostatic drive having at least one first hydraulic consumer and one second hydraulic consumer. The two hydraulic consumers are driven by a common drive machine. First of all, a first power requirement of the first hydraulic consumer is determined (20). Proceeding from the determined first power requirement, the free power which is available as a result of the common drive machine is determined (21). This available free power of the common drive machine is scaled onto a possible actuating path of a control transmitter for the working hydraulics (22). A position of the control transmitter for actuating the second hydraulic consumer is determined (23) and a power requirement is assigned on the basis of the scaled available free power. An operating point of the common drive machine is fixed from the first power requirement and the second power requirement (24).
    • 本发明涉及一种用于控制具有至少一个第一液压消耗器和一个第二液压消耗器的静液压驱动器的方法。 这两个液压消耗者由普通驱动机构驱动。 首先,确定第一液压消费者的第一功率要求(20)。 根据确定的第一电力要求,确定由于普通驱动机器而可获得的自由功率(21)。 普通驱动机器的这种可用的可用功率被缩放到用于工作液压装置(22)的控制变送器的可能的致动路径上。 确定用于启动第二液压消耗器的控制变送器的位置(23),并且基于经缩放的可用自由功率来分配功率需求。 普通驱动机器的工作点是从第一电源要求和第二电源要求(24)固定的。
    • 3. 发明申请
    • METHOD FOR CONTROLLING A HYDROSTATIC DRIVE
    • 控制静电驱动的方法
    • US20100324791A1
    • 2010-12-23
    • US12745569
    • 2008-12-22
    • Steffen MutschlerMarkus WeberMatthias Mueller
    • Steffen MutschlerMarkus WeberMatthias Mueller
    • G06F19/00
    • F04B49/065B60W10/06B60W10/103B60W10/30B60W30/1882B60W2510/305E02F9/2235E02F9/2246E02F9/2253F04B2201/1203F04B2203/0604F16H61/475
    • The invention relates to a method for controlling a hydrostatic drive having at least one first hydraulic consumer and one second hydraulic consumer. The two hydraulic consumers are driven by a common drive machine. First of all, a first power requirement of the first hydraulic consumer is determined (20). Proceeding from the determined first power requirement, the free power which is available as a result of the common drive machine is determined (21). This available free power of the common drive machine is scaled onto a possible actuating path of a control transmitter for the working hydraulics (22). A position of the control transmitter for actuating the second hydraulic consumer is determined (23) and a power requirement is assigned on the basis of the scaled available free power. An operating point of the common drive machine is fixed from the first power requirement and the second power requirement (24).
    • 本发明涉及一种用于控制具有至少一个第一液压消耗器和一个第二液压消耗器的静液压驱动器的方法。 这两个液压消耗者由普通驱动机构驱动。 首先,确定第一液压消费者的第一功率要求(20)。 根据确定的第一电力要求,确定由于普通驱动机器而可获得的自由功率(21)。 普通驱动机器的这种可用的可用功率被缩放到用于工作液压装置(22)的控制变送器的可能的致动路径上。 确定用于启动第二液压消耗器的控制变送器的位置(23),并且基于经缩放的可用自由功率来分配功率需求。 普通驱动机器的工作点是从第一电源要求和第二电源要求(24)固定的。
    • 4. 发明申请
    • METHOD OF CONTROLLING A DRIVE AND DRIVE SYSTEM
    • 控制驱动和驱动系统的方法
    • US20100069193A1
    • 2010-03-18
    • US12518219
    • 2007-12-07
    • Matthias MUELLERSteffen MUTSCHLER
    • Matthias MUELLERSteffen MUTSCHLER
    • F16H47/04
    • B60K6/12B60W10/02B60W10/04B60W10/30B60W20/00F16H3/72Y02T10/6208
    • The invention relates to a method for controlling a drive system (1) and to a drive system (1) having a drive machine (2) which is connected to a first element (6) of an epicyclic gearing (5). The drive system (1) also comprises a shift gearing (4) which is connected to a third element (9) of the epicyclic gearing. Also provided is a hydrostatic machine (3) which is connected to a second element (7) of the epicyclic gearing (5). The hydrostatic machine (3) is set to a negligible displacement volume (VhM) A gear stage of the shift gearing (4) is engaged. The displacement volume (VhM) of the hydrostatic machine (3) is increased and the hydrostatic machine (3) charges a hydraulic accumulator (26). After moment equilibrium is reached in the epicyclic gearing (5), the displacement volume (VhM) of the hydrostatic machine (3) is supplied to the epicyclic gearing (5). In the event of synchronization of the epicyclic gearing (5), a clutch (12) for blocking the epicyclic gearing (5) is closed. The hydraulic accumulator (26) is discharged further via the hydrostatic machine (3) and adds a torque generated by the drive machine (2).
    • 本发明涉及一种用于控制驱动系统(1)和驱动系统(1)的方法,所述驱动系统(1)具有连接到行星齿轮传动装置(5)的第一元件(6)的驱动机器(2)。 驱动系统(1)还包括连接到行星齿轮传动装置的第三元件(9)的换档齿轮(4)。 还提供了一种连接到行星齿轮传动装置(5)的第二元件(7)的静液压机(3)。 静液压机(3)设定为可忽略的排量(VhM)。变速齿轮(4)的齿轮级接合。 静液压机(3)的排量(VhM)增加,静液压机(3)对液压蓄能器(26)充电。 在行星齿轮传动装置(5)中达到力矩平衡后,静液压机(3)的排量(VhM)被提供给行星齿轮传动装置(5)。 在行星齿轮传动装置(5)的同步的情况下,用于阻挡行星齿轮传动装置(5)的离合器(12)被关闭。 液压蓄能器(26)经由静液压机(3)进一步排出,并增加由驱动机(2)产生的转矩。
    • 5. 发明申请
    • Energy Recovery Drive
    • 能量回收驱动
    • US20080314664A1
    • 2008-12-25
    • US12158158
    • 2006-12-19
    • Matthias MuellerSteffen Mutschler
    • Matthias MuellerSteffen Mutschler
    • B60K6/12
    • B60K6/12F16H39/00Y02T10/6208
    • The invention relates to an energy recovery drive. Said drive comprises a first driving shaft (3) and a second driving shaft (4). The second driving shaft (4) is connected to a hydrostatic piston engine (5). Said hydrostatic piston engine (5) is connected to a first accumulator (11) and a second accumulator (12) for accumulating pressure energy. The first drive shaft (3) and the second drive shaft (4) can be connected to each other via a gear train (6), said gear train (6) comprising at least one first gearwheel (7) and a second gearwheel (8) which is configured as a sliding gearwheel.
    • 本发明涉及一种能量回收驱动装置。 所述驱动器包括第一驱动轴(3)和第二驱动轴(4)。 第二驱动轴(4)连接到静液压活塞发动机(5)。 所述静液压活塞发动机(5)连接到第一蓄能器(11)和用于累积压力能量的第二蓄能器(12)。 第一驱动轴(3)和第二驱动轴(4)可以经由齿轮系(6)彼此连接,所述齿轮系(6)包括至少一个第一齿轮(7)和第二齿轮(8) ),其被配置为滑动齿轮。
    • 10. 发明授权
    • Method of controlling a drive and drive system
    • 控制驱动和驱动系统的方法
    • US08585524B2
    • 2013-11-19
    • US12518219
    • 2007-12-07
    • Matthias MuellerSteffen Mutschler
    • Matthias MuellerSteffen Mutschler
    • F16H47/04
    • B60K6/12B60W10/02B60W10/04B60W10/30B60W20/00F16H3/72Y02T10/6208
    • The invention relates to a method for controlling a drive system (1) and to a drive system (1) having a drive machine (2) which is connected to a first element (6) of an epicyclic gearing (5). The drive system (1) also comprises a shift gearing (4) which is connected to a third element (9) of the epicyclic gearing. Also provided is a hydrostatic machine (3) which is connected to a second element (7) of the epicyclic gearing (5). The hydrostatic machine (3) is set to a negligible displacement volume (VhM) A gear stage of the shift gearing (4) is engaged. The displacement volume (VhM) of the hydrostatic machine (3) is increased and the hydrostatic machine (3) charges a hydraulic accumulator (26). After moment equilibrium is reached in the epicyclic gearing (5), the displacement volume (VhM) of the hydrostatic machine (3) is supplied to the epicyclic gearing (5). In the event of synchronization of the epicyclic gearing (5), a clutch (12) for blocking the epicyclic gearing (5) is closed. The hydraulic accumulator (26) is discharged further via the hydrostatic machine (3) and adds a torque generated by the drive machine (2).
    • 本发明涉及一种用于控制驱动系统(1)和驱动系统(1)的方法,所述驱动系统(1)具有连接到行星齿轮传动装置(5)的第一元件(6)的驱动机器(2)。 驱动系统(1)还包括连接到行星齿轮传动装置的第三元件(9)的换档齿轮(4)。 还提供了一种连接到行星齿轮传动装置(5)的第二元件(7)的静液压机(3)。 静液压机(3)设定为可忽略的排量(VhM)。变速齿轮(4)的齿轮级接合。 静液压机(3)的排量(VhM)增加,静液压机(3)对液压蓄能器(26)充电。 在行星齿轮传动装置(5)中达到力矩平衡后,静液压机(3)的排量(VhM)被提供给行星齿轮传动装置(5)。 在行星齿轮传动装置(5)的同步的情况下,用于阻挡行星齿轮传动装置(5)的离合器(12)被关闭。 液压蓄能器(26)经由静液压机(3)进一步排出,并增加由驱动机(2)产生的转矩。