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    • 2. 发明授权
    • Steering system for a bulldozer
    • 推土机转向系统
    • US5503232A
    • 1996-04-02
    • US306409
    • 1994-09-15
    • Shigenori MatsushitaShigeru YamamotoShu H. Zhang
    • Shigenori MatsushitaShigeru YamamotoShu H. Zhang
    • E02F3/85B62D11/08B62D11/18E02F9/20F16D67/04
    • B62D11/08B62D11/183
    • A steering system for a bulldozer, comprising a steering direction indicating device for indicating a lateral direction in which a vehicle body is to be steered, a dozing operation detector for judging by detection whether the bulldozer is in dozing operation, a steering controller for controlling the vehicle body to be steered in the lateral direction indicated by the steering direction indicating device when the dozing operation detector judges that the bulldozer is in dozing operation, by tilting a blade in the indicated lateral direction in order to impose offset load on the vehicle body, and by causing a difference between the relative travel speeds of right and left crawler belts attached to the vehicle body at least when light load occurs in the dozing operation.
    • 一种用于推土机的转向系统,包括用于指示要转向车体的横向的转向指示装置,用于通过检测来判断推土机是否处于打瞌睡操作的打瞌睡操作检测器,用于控制车身的转向控制器 当打盹操作检测器判断推土机处于打瞌睡操作时,通过在所指示的横向方向上倾斜叶片以在车身上施加偏移载荷,在由转向方向指示装置指示的横向方向上转向的车身, 并且至少在打瞌睡操作中发生轻负载时,使安装在车身上的左右履带的相对行驶速度之间的差异。
    • 4. 发明授权
    • Automatic drive control system for a bulldozer
    • 推土机自动驱动控制系统
    • US5462122A
    • 1995-10-31
    • US265720
    • 1994-06-24
    • Shigeru YamamotoShigenori MatsushitaShu H. ZhangSatoru NishitaKazushi Nakata
    • Shigeru YamamotoShigenori MatsushitaShu H. ZhangSatoru NishitaKazushi Nakata
    • E02F3/85E02F3/84F16H61/02E02F3/76E02F3/00
    • E02F3/842F16H61/0213
    • An automatic drive control system for a bulldozer comprising a digging start detector for detecting that the bulldozer is in a digging start position, a digging end detector for detecting that the bulldozer is in a digging end position, a driving direction detector for detecting the momentarily varying driving direction of the bulldozer, and a drive controller for shifting a transmission into a forward gear when the digging start detector detects that the bulldozer is presently in the digging start position; shifting the transmission into a reverse gear when the digging end detector detects that the bulldozer is presently in the digging end position; and controlling the bulldozer such that the driving direction detected by the driving direction detector is made coincident with a target driving direction when the bulldozer is moving from the digging start position towards the digging end position.
    • 一种用于推土机的自动驱动控制系统,包括用于检测推土机处于挖掘开始位置的挖掘起动检测器,用于检测推土机处于挖掘结束位置的挖掘端检测器,用于检测瞬时变化的驱动方向检测器 以及驱动控制器,用于当挖掘开始检测器检测到推土机当前处于挖掘开始位置时将变速器换档到前进挡; 当挖掘端检测器检测到推土机当前处于挖掘结束位置时,将变速器转换成倒档; 并且当推土机从挖掘开始位置朝向挖掘结束位置移动时,控制推土机使得由行驶方向检测器检测到的行驶方向与目标驱动方向一致。
    • 7. 发明授权
    • Control unit for controlling load on a bulldozer in the case of manual
intervention
    • 用于在手动干预的情况下控制推土机负载的控制单元
    • US5515927A
    • 1996-05-14
    • US255725
    • 1994-06-07
    • Shigenori MatsushitaShu H. ZhangShigeru YamamotoSatoru NishitaKazushi Nakata
    • Shigenori MatsushitaShu H. ZhangShigeru YamamotoSatoru NishitaKazushi Nakata
    • E02F3/85E02F9/20A01B67/00
    • E02F9/2029
    • A control unit for controlling load on a bulldozer in the case of manual intervention, comprising: an actual tractive force detector for detecting the actual tractive force of a vehicle body; a target tractive force setting device for setting a target tractive force for an automatic blade control mode in dozing operation according to the actual tractive force detected by the actual tractive force detector; and a blade controller for controlling a blade to be lifted or lowered such that, if there is a difference between the target tractive force set by the target tractive force setting device when switching from the automatic blade control mode to a manual operation mode takes place in dozing operation and the actual tractive force detected by the actual tractive force detector when return from the manual operation mode to the automatic blade control mode takes place, the actual tractive force gradually comes closer to the target tractive force set when switching to the manual operation mode takes place.
    • 一种用于在手动干预的情况下控制推土机上的载荷的控制单元,包括:用于检测车身的实际牵引力的实际牵引力检测器; 目标牵引力设定装置,用于根据由实际牵引力检测器检测到的实际牵引力,在打瞌睡操作中设定用于自动叶片控制模式的目标牵引力; 以及用于控制叶片被提升或降低的刀片控制器,使得如果在从自动刀片控制模式切换到手动操作模式时由目标牵引力设定装置设定的目标牵引力之间存在差异,则发生 当从手动操作模式返回到自动叶片控制模式时,实际的牵引力检测器检测到的打瞌睡操作和实际牵引力发生,当切换到手动操作模式时,实际牵引力逐渐接近设定的目标牵引力 发生。