公开(公告)号：US07742272B2

公开(公告)日：2010-06-22

申请号：US11883290

申请日：2005-07-08

申请人： Takashi Kubo ,  Kiminori Sano ,  Hiroshi Ishiyama ,  Tadao Komoriya

发明人： Takashi Kubo ,  Kiminori Sano ,  Hiroshi Ishiyama ,  Tadao Komoriya

IPC分类号： H01H47/00 ,  H01H47/32

CPC分类号： B66C1/08

摘要： It is realized to efficiently energize a lifting magnet device, and reduce the devices used in an energization system of the lifting magnet device in size, energy consumption, and noise as well. Other than a lifting magnet device 8, the handling machine includes an engine 1 and an electric generator 5, which form a power source; a storage battery 20 for storing electric energy from the power source; and a generator motor (or a drive source for a driven body) 18 for driving an upper rotary body in which regenerative electric energy can be produced. The power source and the storage battery 20 are connected to be capable of supplying electric energy to the lifting magnet device 8. The generator motor 18 for driving the upper rotary body is connected to be capable of supplying its own regenerative electric energy to the storage battery 20. The generator motor 18 is also connected to be capable of supplying regenerative electric energy directly to the lifting magnet device 8 without the intervention of the storage battery 20.

摘要翻译： 实现了提高磁铁装置的高效率的激励，并且在尺寸，能量消耗和噪声中减少了提升磁体装置的通电系统中使用的装置。 除了起重磁铁装置8之外，处理机包括形成电源的发动机1和发电机5; 用于存储来自电源的电能的蓄电池20; 以及用于驱动能够产生再生电能的上部旋转体的发电机电动机（或用于被驱动体的驱动源）18。 电源和蓄电池20连接成能够向提升磁铁装置8供给电能。用于驱动上部旋转体的发电电动机18被连接成能够向蓄电池供给其自身的再生电能 发电机电动机18也连接成能够直接向提升磁铁装置8提供再生电能，而不需要蓄电池20的介入。

公开(公告)号：US20070150166A1

公开(公告)日：2007-06-28

申请号：US11523236

申请日：2006-09-19

申请人： Hisaho Mino ,  Nobuyuki Baba

发明人： Hisaho Mino ,  Nobuyuki Baba

IPC分类号： G06F19/00 ,  F02D41/00

CPC分类号： F02D31/007 ,  F02D2200/501

摘要： There is provided construction machinery for switchably controlling rotational speed between a normal and an energy saving mode. Change in workload is detected by means except for change in pressure of a main circuit. It is more convenient to use the machinery in the energy saving mode, increasing opportunities for use in the energy saving mode to suppress fuel consumption and noise. An engine controlling device for construction machinery for switchably controlling the rotational speed of an engine between a normal mode in the range of a higher rotational speed and an energy saving mode in the range of a lower rotational speed includes a vehicle speed sensor 15, an ECM 12 for controlling the rotational speed of the engine 11, and an on-board controller 13 for sending a command signal to the ECM 12 based on the value detected by the vehicle speed sensor 15 to switch the rotational speed of the engine to either the normal mode or the energy saving mode; wherein when a vehicle speed is changed by workload in the energy saving mode to be lower than a predetermined range, the on-board controller 13 commands the ECM 12 to switch the rotational speed of the engine to the normal mode.

摘要翻译： 提供了用于在正常和节能模式之间切换控制转速的施工机械。 通过主电路压力变化来检测工作负载的变化。 在节能模式下使用机器更为方便，节能模式下节省燃料消耗和噪音的机会增加。 一种用于在较低转速范围内在更高转速和节能模式范围内的正常模式之间切换控制发动机转速的发动机控制装置包括车速传感器15，ECM 12，用于控制发动机11的转速;以及车载控制器13，用于基于由车速传感器15检测的值向ECM 12发送命令信号，以将发动机的转速切换到正常 模式或节能模式; 其中，当将车辆速度在节能模式下的工作量改变为低于预定范围时，车载控制器13命令ECM 12将发动机的转速切换到正常模式。

公开(公告)号：US07353105B2

公开(公告)日：2008-04-01

申请号：US11523236

申请日：2006-09-19

申请人： Hisaho Mino ,  Nobuyuki Baba

发明人： Hisaho Mino ,  Nobuyuki Baba

IPC分类号： G06F19/00 ,  F02D41/00

CPC分类号： F02D31/007 ,  F02D2200/501

摘要： There is provided construction machinery for switchably controlling rotational speed between a normal and an energy saving mode. Change in workload is detected by means except for change in pressure of a main circuit. It is more convenient to use the machinery in the energy saving mode, increasing opportunities for use in the energy saving mode to suppress fuel consumption and noise. An engine controlling device for construction machinery for switchably controlling the rotational speed of an engine between a normal mode in the range of a higher rotational speed and an energy saving mode in the range of a lower rotational speed includes a vehicle speed sensor 15, an ECM 12 for controlling the rotational speed of the engine 11, and an on-board controller 13 for sending a command signal to the ECM 12 based on the value detected by the vehicle speed sensor 15 to switch the rotational speed of the engine to either the normal mode or the energy saving mode; wherein when a vehicle speed is changed by workload in the energy saving mode to be lower than a predetermined range, the on-board controller 13 commands the ECM 12 to switch the rotational speed of the engine to the normal mode.

摘要翻译： 提供了用于在正常和节能模式之间切换控制转速的施工机械。 通过主电路压力变化来检测工作负载的变化。 在节能模式下使用机器更为方便，节能模式下节省燃料消耗和噪音的机会增加。 一种用于在较低转速范围内在更高转速和节能模式范围内的正常模式之间切换控制发动机转速的发动机控制装置包括车速传感器15，ECM 12，用于控制发动机11的转速;以及车载控制器13，用于基于由车速传感器15检测的值向ECM 12发送命令信号，以将发动机的转速切换到正常 模式或节能模式; 其中，当将车辆速度在节能模式下的工作量改变为低于预定范围时，车载控制器13命令ECM 12将发动机的转速切换到正常模式。

公开(公告)号：US20100230008A1

公开(公告)日：2010-09-16

申请号：US12445878

申请日：2006-10-20

申请人： Makoto Kondo ,  Tsutomu Hirohashi

发明人： Makoto Kondo ,  Tsutomu Hirohashi

IPC分类号： A01G23/083

CPC分类号： A01G23/083

摘要： A harvester apparatus (100) equipped in a work vehicle and capable of at least cutting down, pruning, and cross-cutting wood, the harvester apparatus being configured to include a gripping claw (116) that can hold the wood by opening and closing in the thickness direction of the wood, a chain saw (120) capable of cutting the wood held with the gripping claw (116), a pruner (110) for pruning the wood arranged at a different position in the lengthwise direction of the gripped wood relative to the gripping claw (116), a slide frame (105) that can change the lengthwise distance between the pruner (110) and the gripping claw (116), and a sensor (130) for detecting the slide amount of the slide frame (105).

摘要翻译： 收割机装置（100），其配备在作业车辆中并且能够至少切割，修剪和横切木材，所述收割机装置构造成包括夹爪（116），所述夹爪能够通过打开和关闭来保持所述木材 木材的厚度方向，能够切割用夹爪（116）保持的木材的链锯（120），修剪器（110），用于修剪布置在被夹持的木材相对的长度方向上的不同位置的木材 （110）和夹爪（116）之间的纵向距离可以改变的滑动框架（105）和用于检测滑动框架的滑动量的传感器（130） 105）。