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    • 25. 发明申请
    • TIRE ROLLER
    • 轮胎滚轮
    • WO1998027283A1
    • 1998-06-25
    • PCT/JP1997004657
    • 1997-12-17
    • HITACHI CONSTRUCTION MACHINERY CO., LTD.TAMURA, SeijiHIRASAWA, Kiyoshi
    • HITACHI CONSTRUCTION MACHINERY CO., LTD.
    • E01C19/27
    • E01C19/27E01C19/26E01C2301/30
    • A tire roller which can enlarge visibility on either of right and left sides of a driver's seat and is convenient in operation. A tire roller comprises a driver's seat provided on a right side of a tire roller body (11), and a getting on and off step (18) provided on the tire roller body (11). In the tire roller, a space (20) for installation of the getting on and off step (18) is defined between a left side of the tire roller body (11) and the driver's seat, and the getting on and off step (18) provided with a plurality of tread boards (21, 22, 23) is mounted in the installation space (20) so as to incline toward a lower portion of the left side from the driver's seat to permit a driver to look down at a left side road surface from the driver's seat through a space above the tread boards (21, 22, 23). Therefore, when the driver looks down at the left side road surface, visibility on the left side is significantly enlarged by enabling the driver to look at a Z point in the vicinity of the tire roller body (11) while it has been possible in conventional tire rollers to look at only a Y point fairly distant from the tire roller body (11).
    • 一种可以扩大驾驶员座椅左右两侧的视野的轮胎辊,操作方便。 轮胎辊包括设置在轮胎辊体(11)的右侧的驾驶员座和设置在轮胎辊体(11)上的上下车台(18)。 在轮胎辊中,在轮胎辊体(11)的左侧和驾驶员座椅之间形成有用于安装上下车台(18)的空间(20)和上下车台阶(18) )设置有多个踏板(21,22,23),安装在安装空间(20)中,以便从驾驶员座椅朝向左侧的下部倾斜,以允许驾驶员向左下方 (21,22,23)之间的空间从驾驶员座椅通过侧面路面。 因此,当驾驶员在左侧路面上向下看时,通过使驾驶员能够观察轮胎辊体(11)附近的Z点,可以在常规的情况下,左侧的视野被显着地扩大 轮胎辊子仅仅看到距离轮胎辊体(11)相当远的Y点。
    • 27. 发明申请
    • TUNNEL EXCAVATION METHOD AND TUNNEL EXCAVATOR
    • 隧道挖掘方法和隧道掘进机
    • WO1998010170A1
    • 1998-03-12
    • PCT/JP1997003071
    • 1997-09-02
    • HITACHI CONSTRUCTION MACHINERY CO., LTD.SANKEI CORPORATIONTAYAMA, MinoruTSUCHIYA, KiyoshiISHIKAWA, YasuakiMIKI, MasaakiARITA, RyoichiUEDA, Kazunori
    • HITACHI CONSTRUCTION MACHINERY CO., LTD.SANKEI CORPORATION
    • E21D09/12
    • E21D9/13
    • Provided in a chamber (5) formed between a cutter disk (3) and a partition (2) is an open tank (10) serving also as a hopper for collecting earth and sand (27) which are excavated by the cutter disk (3), and provided on the open tank (10) are a supply pipe (14) and a suction pipe (18) such that the supply pipe (14) supplies a conveying fluid consisting mainly of water, and the water is sucked together with earth and sand collected by the suction pipe (18) to be discharged rearward. The supply pipe (14) constitutes a part of a conveying fluid supplying system (100) and the suction pipe (18) constitutes a part of a suction and discharge system (200). Further, a water level control system (300) is provided for monitoring a water level in the open tank (10) and controlling such water level so as to render it constant. The supply pipe (14) is mounted such that a water injection port (13) is positioned at a position lower than a lower limit of a water level changing range DELTA h in the open tank (10).
    • 在切割盘(3)和隔板(2)之间形成的室(5)中设置有用于收集由切割盘(3)挖出的土砂(27)的料斗的开放罐 ),并且在开放罐(10)上设置有供应管(14)和吸入管(18),使得供应管(14)供应主要由水组成的输送流体,并且水与地球一起被吸入 和由吸管(18)收集的沙子向后排出。 供给管(14)构成输送流体供给系统(100)的一部分,吸入管(18)构成吸入排出系统(200)的一部分。 此外,提供水位控制系统(300),用于监视开放罐(10)中的水位并控制这种水位以使其恒定。 供给管(14)安装成使得注水口(13)位于低于开放罐(10)中的水位变化范围DELTA h的下限的位置。
    • 28. 发明申请
    • CATERPILLAR
    • 毛虫
    • WO1997024250A1
    • 1997-07-10
    • PCT/JP1996003758
    • 1996-12-24
    • HITACHI CONSTRUCTION MACHINERY CO., LTD.HIGUCHI, TakeshiNISHIMORI, Hiroyuki
    • HITACHI CONSTRUCTION MACHINERY CO., LTD.
    • B62D55/096
    • B62D55/096
    • Successive percussion sounds generated by the engagement of a caterpillar chain (29) with a sprocket (25) are reduced. A caterpillar bearing block (34) is provided on an upper reinforcement plate (19) of a bracket (15) on a sprocket side. Lower surfaces of respective links (30), which constitute the caterpillar (29), are in sliding contact with a caterpillar surface (36B) of a skid block (36), which constitutes the caterpillar bearing block (34), whereby the caterpillar (29) is guided to be tangentially wrapped around the sprocket (25). Therefore, vertical movements of the caterpillar (29) when wrapped around the sprocket (25) into a polygonal shape can be suppressed, so that it is possible to reduce successive percussion sounds generated when bushes (32) of the caterpillar (29) engage with the sprocket (25).
    • 通过履带链(29)与链轮(25)的啮合产生的连续敲击声减少。 在链轮侧的托架(15)的上加强板(19)上设有履带支承块(34)。 构成履带(29)的相应链节(30)的下表面与构成履带承载块(34)的滑动块(36)的履带表面(36B)滑动接触,由此履带 29)被引导以切向缠绕在链轮(25)周围。 因此,可以抑制将履带(25)卷绕成多边形时的履带(29)的垂直运动,从而可以减小履带(29)的灌木丛(32)与 链轮(25)。
    • 29. 发明申请
    • AREA-LIMITED DIGGING CONTROL DEVICE FOR CONSTRUCTION MACHINES
    • 用于建筑机械的区域控制装置
    • WO1995033100A1
    • 1995-12-07
    • PCT/JP1995001053
    • 1995-05-31
    • HITACHI CONSTRUCTION MACHINERY CO., LTD.WATANABE, HiroshiHIRATA, ToichiHAGA, MasakazuYAMAGATA, EijiFUJISHIMA, KazuoADACHI, Hiroyuki
    • HITACHI CONSTRUCTION MACHINERY CO., LTD.
    • E02F03/42
    • E02F9/2033E02F3/435
    • An area-limited digging control device for a hydraulic shovel characterized in that an area where a front device (1A) can move is set in advance, that the position and attitude of the front device (1A) are calculated based on signals from angle detectors (8a-8c), that a target speed vector of the front device is calculated based on a detection signal from an operation lever device and a load pressure detected by pressure detectors (270a-271b), that when the front device stays within the set area adjacent to its boundary, a vector component in a direction of approaching the boundary of the set area is reduced, while when the front device stays out of the set area, the target speed vector is corrected such that the front device returns to the set area, and that the operation signal in accordance with its target speed vector is corrected by a load pressure and outputted to proportional solenoid valves (210a-211b), whereby area-limited digging can efficiently be performed and stable and accurate control can be performed irrespective of variation in the load pressure of a hydraulic actuator.
    • 一种用于液压挖掘机的区域限制挖掘控制装置,其特征在于,预先设置前部装置(1A)能够移动的区域,基于来自角度检测器的信号来计算前部装置(1A)的位置和姿态 (8a-8c),基于来自操作杆装置的检测信号和由压力检测器(270a-271b)检测到的负载压力来计算前部装置的目标速度矢量,当前部装置停留在组件 与其边界相邻的区域中,在接近设定区域的边界的方向上的矢量分量减小,而当前置设备停留在设定区域之外时,对目标速度矢量进行校正,使得前置设备返回到设定区域 区域,并且根据其目标速度矢量的操作信号由负载压力校正并输出到比例电磁阀(210a-211b),由此可以有效地执行面积限制的挖掘并且稳定和交流 不管液压致动器的负载压力的变化如何,均可进行策略控制。