会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 32. 发明申请
    • METHOD OF AUTOMATICALLY CONTROLLING OPENING AND CLOSING OF WINDOW OF DRIVER'S CAB OR WORKING VEHICLE AND APPARATUS FOR PRACTICING THE METHOD
    • 自动控制驾驶员车窗或工作车窗的关闭和关闭的方法和实施方法的装置
    • WO1994023138A1
    • 1994-10-13
    • PCT/JP1994000534
    • 1994-03-31
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHOMIYAZAKI, MasamichiNAGATA, Yoshihiro
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHO
    • E02F09/16
    • E05F15/686E05F15/681E05Y2900/106E05Y2900/55
    • A method of automatically controlling the opening and closing of a driver's cab of a working vehicle, and an apparatus for practicing the same method which are capable of carrying out the opening and closing of such a window smoothly and the shutting of such a window reliably, and having a high operability and a high safety. To obtain such effects, the apparatus is provided with a window (14) movable along guide rails (20L, 20R, 22L, 22R) extending between a window frame and a top wall, a driving cable (28) for moving the window (14) vertically by operating a driving means (34), locking units (29L, 29R) adapted to press the window against a window frame of a driver's cab and shut up the same, and a controller (50) for controlling these operations. In this apparatus, the locking units (29L, 29R) are provided with means (47L, 47R) for detecting a terminal position for a downward movement of the window during a window closing operation, a circuit for detecting a locking motor driving current during a window shutting operation, and means (48L, 48R) for detecting limit positions for backward movements of locking members during a window shutting force releasing operation; and the controller (50) is provided with a delay circuit (59), an element (54) for eliminating slack in the driving cable, an element for shutting up the window (14), and a window shutting force releasing element (52).
    • 一种自动控制作业车辆的驾驶室的打开和关闭的方法,以及用于执行能够平稳地执行这种窗口的打开和关闭以及可靠地关闭这样的窗口的相同方法的装置, 并具有高可操作性和高安全性。 为了获得这样的效果,该装置设置有可沿着在窗框和顶壁之间延伸的导轨(20L,20R,22L,22R)移动的窗口(14),用于移动窗口(14)的驱动电缆(28) ),通过操作驱动装置(34),适于将窗户压靠驾驶室的窗框并将其关闭的锁定单元(29L,29R)和用于控制这些操作的控制器(50)来垂直操作。 在该装置中,锁定单元(29L,29R)设置有用于检测窗关闭操作期间窗口向下移动的终端位置的装置(47L,47R),用于在窗口闭合操作期间检测锁定电机驱动电流的电路 窗口关闭操作和用于在窗关闭力释放操作期间检测锁定构件的向后移动的极限位置的装置(48L,48R) 并且所述控制器(50)设置有延迟电路(59),用于消除所述驱动电缆中的松弛的元件(54),用于关闭所述窗(14)的元件和窗关闭释放元件(52) 。
    • 33. 发明申请
    • MOBILE CRUSHER
    • 移动破碎机
    • WO1994019107A1
    • 1994-09-01
    • PCT/JP1994000298
    • 1994-02-24
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHOTAMURA, YukioKOYANAGI, SatoruNISHIDA, YasutakaNAKAYAMA, ToruYAMAGUCHI, Masaho
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHO
    • B02C21/02
    • B02C21/02
    • When a broken piece of a crushed material is caught and locked between the bottom plate of a hopper and a crusher body, the locked broken piece can be released automatically. A hydraulic motor (54) for a feeder which is used to reciprocatingly move the bottom plate of the hopper, and a valve (50) for a feeder which is adapted to supply a pressure oil, which is discharged from a hydraulic pump, to first and second ports (54a, 54b) of the hydraulic motor (54) for a feeder are provided. The valve (50) for a feeder is adapted to be shifted to a first position B when an electric current is supplied to a first solenoid (55), and to a second position C when an electric current is supplied to a second solenoid (56). A keep relay (59) for supplying an electric current to the first and second solenoids (55, 56), and first and second pressure switches (57, 58) adapted to be turned on when the pressures in the first and second ports (54a, 54b) become not lower than set levels are provided. The first and second pressure switches (57, 58) and keep relay (59) are provided so that, when the first or second pressure switch (57) or (58) is turned on, the first or second solenoid (55) or (56) is reversely energized.
    • 当破碎的碎片被夹住并锁定在料斗的底板和破碎机主体之间时,锁定的碎片可以自动释放。 一种用于往复移动料斗底板的供料器的液压马达(54)和一个适于将从液压泵排出的压力油供给给进料器的阀(50) 和用于进料器的液压马达(54)的第二端口(54a,54b)。 当向第一螺线管(55)供应电流时,用于进料器的阀门(50)适于移动到第一位置B,并且当向第二螺线管(56)供应电流时适于移动到第二位置 )。 用于向第一和第二螺线管(55,56)提供电流的保持继电器(59),以及适于在第一和第二端口(54a)中的压力下被接通的第一和第二压力开关(57,58) ,54b)变得不低于提供的设定水平。 提供第一和第二压力开关(57,58)并保持继电器(59),使得当第一或第二压力开关(57)或(58)接通时,第一或第二螺线管(55)或( 56)反向通电。
    • 34. 发明申请
    • LUBRICATING STRUCTURE FOR WHEEL DRIVING ASSEMBLIES
    • 车轮驱动装置的润滑结构
    • WO1994013504A1
    • 1994-06-23
    • PCT/JP1993001662
    • 1993-11-12
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHOKINOSHITA, Yoichi;
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHO
    • B60K07/00
    • F16H57/04B60G3/00B60G13/006B60G2204/129B60G2206/50B60K17/046
    • A lubricating structure for a wheel driving assembly in which a wheel hub (7) on which a tire is to be set is supported rotatably on a wheel mount member (1), an output side portion of a hydraulic motor (31) fixed to the wheel mount member being joined to a driving shaft (6) inserted through a shaft bore (50) in the wheel mounting member, the driving shaft being connected to the wheel hub via a reduction gear (10) and a clutch (11), a braking device (37) being provided between the wheel hub and wheel mounting member, characterized in that an annular space (51) between the shaft bore and driving shaft communicates with a lubricating oil inlet (103) and a port (55) on the outer circumferential side via each lubricating portion, a lubricating oil being supplied from the lubricating oil inlet and discharged from the mentioned port.
    • 一种用于车轮驱动组件的润滑结构,其中将要设置轮胎的轮毂(7)可旋转地支撑在车轮安装构件(1)上,液压马达(31)的输出侧部分固定到 车轮安装构件与通过车轮安装构件中的轴孔(50)插入的驱动轴(6)接合,驱动轴经由减速齿轮(10)和离合器(11)连接到轮毂, 制动装置(37)设置在轮毂和轮安装构件之间,其特征在于,轴孔和驱动轴之间的环形空间(51)与外部的润滑油入口(103)和端口(55)连通, 经由各润滑部的周向侧,从润滑油入口供给的润滑油从所述端口排出。
    • 35. 发明申请
    • SWING HYDRAULIC CIRCUIT IN CONSTRUCTION MACHINE
    • 施工机械液压回路
    • WO1994012737A1
    • 1994-06-09
    • PCT/JP1993001758
    • 1993-12-02
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHOKON, Masaharu
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHO
    • E02F09/22
    • E02F9/123E02F9/128F16H61/4061
    • A swing hydraulic circuit in a construction machine, wherein no shock occurs when a swing member is started or stopped even if the reach of the working machine is small and no delay occurs when the swing member is started or stopped even if the reach of the working machine is large. For this purpose, the swinging hydraulic circuit is provided with a remote control valve (30) for swinging, which has its pilot pressure to the secondary side controlled by the operation of a lever; a directional control valve (4) changed over by the pilot pressure from the remote control valve (30) for swinging; a hydraulic motor (5) for swinging, which has its supply flow rate from a hydraulic pump (1) controlled by the directional control valve (4); and two relief valves (11a, 11b) provided in paths (6a, 6b) on both sides of a hydraulic motor (5) for swinging. The circuit is further provided with a set pressure control means capable of changing set pressures of the both relief valves (11a, 11b) in accordance with the attitude of the working machine.
    • 一种施工机械中的摆动液压回路,即使在摆动部件启动或停止时,即使工作机械到达时,即使工作机构到达,工作机器的到达小,也不会发生延迟,即使工作 机器大 为此,摆动液压回路设置有用于摆动的遥控阀(30),其具有通过操作杆控制的次级侧的先导压力; 方向控制阀(4)由用于摆动的遥控阀(30)的先导压力转换; 用于摆动的液压马达(5),其具有从由方向控制阀(4)控制的液压泵(1)的供给流量; 以及设置在用于摆动的液压马达(5)两侧的通路(6a,6b)中的两个安全阀(11a,11b)。 电路还设置有能够根据作业机械的姿态改变两个安全阀(11a,11b)的设定压力的设定压力控制装置。
    • 36. 发明申请
    • PLASMA TORCH
    • 等离子喷枪
    • WO1994012308A1
    • 1994-06-09
    • PCT/JP1993001706
    • 1993-11-22
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHOSAKURAGI, ShunichiTSURUMAKI, Naoya
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHO
    • B23K10/00
    • H05H1/34H05H2001/3442H05H2001/3468H05H2001/3478
    • This plasma torch (1) can cut a matter in a dross free state by increasing the energy density of the arc jet. The arc jet can be stabilized in the plasma torch. Therefore, the work efficiency is not lowered even at a low flow rate of the operating gas, and double arc hardly takes place, resulting in an excellent durability. A cylindrical space (N) for decreasing the axial component of the velocity of the operating gas which flows along the surface of an electrode (3) is defined between the lower end (3b) of the electrode and the hole of the nozzle (9) of the plasma torch (1). The diameter (Dd) of the cylindrical space is larger than the diameter (da) of the lower end (3d) of the electrode. The diameter (Dd) may be larger than the height (Ha) of the cylindrical space. The energy density of the arc jet is greater than 4 x 10 A.S/kg.
    • 该等离子体焰炬(1)可以通过增加电弧射流的能量密度来切割无杂质状态。 电弧射流可以在等离子体焰炬中稳定。 因此,即使在低工作气体的流量下,工作效率也不降低,几乎不发生双重电弧,从而具有优异的耐久性。 用于减小沿电极(3)表面流动的工作气体的速度的轴向分量的圆柱形空间(N)被限定在电极的下端(3b)和喷嘴(9)的孔之间, 的等离子体焰炬(1)。 圆柱形空间的直径(Dd)大于电极的下端(3d)的直径(da)。 直径(Dd)可以大于圆柱形空间的高度(Ha)。 电弧射流的能量密度大于4×10 -3 A.S / kg。
    • 37. 发明申请
    • HIGH-SPEED AND HIGH-LOAD CYLINDER DEVICE
    • 高速和高负载气缸装置
    • WO1994011639A1
    • 1994-05-26
    • PCT/JP1993001497
    • 1993-10-18
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHOSAWAMURA, Hitoshi;
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHO
    • F15B11/02
    • F15B13/0402B30B1/32B30B15/161F15B11/022F15B2211/20576F15B2211/30525F15B2211/40515F15B2211/411F15B2211/41536F15B2211/5753F15B2211/5756F15B2211/7056F15B2211/775
    • A high-speed and high-load cylinder device wherein a hydraulic circuit for supplying a high-speed cylinder and a pressurizing cylinder with oil pressure by connecting a piston of the high-speed cylinder (1) having a small pressure receiving area to a piston (2) of the pressurizing cylinder having a large pressure receiving area via a piston rod, said high-speed and high-load cylinder device being characterized in that a sequence valve (5) for opening and/or closing a passageway (2e) provided in the piston of said pressurizing cylinder with a pilot pressure is provided in the passageway for setting communication between an upper chamber (21) and a lower chamber (22) of the pressurizing cylinder, that a pilot pressure circuit is provided for supplying said sequence valve with a pilot pressure to thereby close said sequence valve, and that a high-speed and pressurizing switching valve (12) is provided in a pipe line (11) of said hydraulic circuits which supplies an oil pressure to said upper chamber of said pressurizing cylinder, whereby when a high-speed operation is required, a pilot pressure is not supplied to said sequence valve (5) with said high-speed and pressurizing switching valve (12) being closed, while when a large pressurization is required, a pilot pressure is supplied to said sequence valve (5) with said high-speed and pressurizing valve (12) being opened. With this arrangement, it is possible to provide operations meeting high-speed and high-load requirements without any external piping.
    • 一种高速高负载气缸装置,其特征在于,通过将具有小的受压面积的高速气缸(1)的活塞与活塞(1)的活塞连接,将高速气缸和加压气缸供给油压的液压回路 (2),所述高速高负荷气缸装置的特征在于,用于打开和/或关闭通道(2e)的顺序阀(5)设置在所述加压缸(2) 在用于设置加压缸的上部室(21)和下部室(22)之间的连通的通道中设置有具有先导压力的所述加压缸的活塞,提供先导压力回路以提供所述顺序阀 先导压力从而关闭所述顺序阀,并且在所述液压回路的管道(11)中设置高速加压切换阀(12),所述管路(11)向所述上升阀 因此当需要高速运转时,在所述高速加压切换阀(12)关闭的情况下,不向所述顺序阀(5)供给先导压力,而当大的加压 需要在所述高速加压阀(12)打开的情况下向所述顺序阀(5)供给先导压力。 通过这种布置,可以提供满足高速和高负载要求的操作,而无需任何外部管道。
    • 38. 发明申请
    • SELF-PROPELLED CRUSHING MACHINE
    • 自行式破碎机
    • WO1994006562A1
    • 1994-03-31
    • PCT/JP1993001313
    • 1993-09-14
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHOTAMURA, Yukio;NISHIDA, Yasutaka;
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHO
    • B02C21/02
    • B02C21/026
    • A self-propelled crushing machine comprising a cab (13), a hopper (11), a crusher (8) connected to said hopper and a power source (10) mounted on a vehicle body (1) provided with a travelling equipment (19), wherein the crusher (8) is provided at an intermediate portion in the longitudinal direction of the vehicle body (1), said hopper (11) is provided in the front of said crusher and said power source (10) is provided at the back of said crusher, respectively, and said cab (13) is provided at one side of said crusher and a motor (24) for the crusher is provided at the other side of said crusher. With this arrangement, positions of the hopper (11), the power source (10) and the motor (24) for the crusher are lowered, respectively, to thereby lower the total height of the crushing machine, so that, when the crushing machine is transported on the platform of a truck, the crushing machine does not exceed the height limit so as not to pose a transportation problem, and the hopper (11) is provided in the forward portion of the vehicle body (1) so as not to obstruct the cab (13), thereby improving the efficiency of the loading operation for loading a crushed material into the hopper by a loader.
    • 一种自推进破碎机,包括驾驶室(13),料斗(11),连接到所述料斗的破碎机(8)和安装在车身(1)上的动力源(10),所述车身设有行驶设备 ),其中,所述破碎机(8)设置在所述车体(1)的长度方向的中间部,所述料斗(11)设置在所述破碎机的前方,所述动力源(10) 并且所述驾驶室(13)设置在所述破碎机的一侧,并且在所述破碎机的另一侧设置有用于破碎机的马达(24)。 利用这种布置,分别降低了用于破碎机的料斗(11),动力源(10)和马达(24)的位置,从而降低了破碎机的总高度,使得当破碎机 在卡车的平台上运送,破碎机不超过高度限制,不会造成运输问题,并且料斗(11)设置在车体(1)的前部,以便不 阻碍驾驶室(13),从而提高装载机将装载物料装入料斗的装载操作的效率。
    • 39. 发明申请
    • SELF-PROPELLED CRUSHING MACHINE
    • 自行式破碎机
    • WO1994006561A1
    • 1994-03-31
    • PCT/JP1993001312
    • 1993-09-14
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHOTAMURA, Yukio;NISHIDA, Yasutaka;
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHO
    • B02C21/02
    • B02C21/026
    • A self-propelled crushing machine comprising a hopper (11) and a crusher (8) connected to said hopper mounted on a vehicle body (1) provided with a travelling equipment (19), wherein a bottom plate (51) of said hopper (11) is reciprocatingly movable horizontally in the direction of a charge opening (8b) of the crusher (8). With this arrangement, the bottom plate (51) of the hopper (11) temporarily receives material to be crushed, and thereafter, delivers and drops the material into the charge opening (8b) of the crusher (8), so that, even if the gravity of the material and the amount of charge into the hopper are varied, the substantially equal amount of material to be crushed can be delivered into the crusher per unit time.
    • 一种自推进式破碎机,其特征在于,包括料斗(11)和破碎机(8),所述料斗(11)与安装在设置有行走设备(19)的车体(1)上的所述料斗连接,其中,所述料斗的底板 11)能够沿着破碎机(8)的加料口(8b)的方向水平往复移动。 通过这种结构,料斗11的底板51临时接收待粉碎的材料,然后将材料输送并降落到破碎机(8)的加料口(8b)中,使得即使 材料的重力和进料斗中的进料量变化,每单位时间可将基本相同数量的要被粉碎的材料输送到破碎机中。
    • 40. 发明申请
    • HYDRAULIC BRAKING SYSTEM
    • 液压制动系统
    • WO1994005915A1
    • 1994-03-17
    • PCT/JP1993001253
    • 1993-09-03
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHOARAI, Mitsuru;OSHIRO, Mitsuru;
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHO
    • F15B11/00
    • E02F9/123E02F9/128F15B11/0445F15B13/01F15B2211/30505F15B2211/30525F15B2211/50518F15B2211/50545F15B2211/5154F15B2211/528F15B2211/7058F15B2211/715F16H61/4043
    • A braking system of a hydraulic motor, wherein the hydraulic motor and a control valve are allowed to communicate with each other through first and second main circuits, a check valve and a counterbalance valve are provided in the first and the second main circuits, portions of the first and the second main circuits, which are disposed closer to the hydraulic motor than to the check valve, are allowed to communicate with each other through a short-circuit path having a two-way operating safety valve, a set pressure at the safety valve is raised by pressure supplied to the spring chamber of the safety valve, and the spring chamber is connected to the counterbalance valve through a path, whereby, in said path, there is provided a slow return valve for allowing the fluid to flow slowly to the spring chamber and also allowing the fluid to smoothly flow out of the spring chamber. As the result, when the control valve is switched to supply the fluid discharged from a hydraulic pump into the first or the second main circuit, the fluid discharged from the hydraulic pump slowly acts on the spring chamber of the safety valve to gradually raise a set pressure, so that such disadvantages can be avoided that, during the reverse operation of the control valve, shocks occur or a high peak pressure is generated at the time of the stop of the hydraulic motor in operation.
    • 一种液压马达的制动系统,其中液压马达和控制阀允许通过第一和第二主回路相互连通,止回阀和平衡阀设置在第一和第二主回路中,部分 通过具有双向操作安全阀的短路路径,安装在比液压马达更靠近止回阀的第一和第二主回路相互连通,安全的设定压力 阀被提供给安全阀的弹簧室的压力升高,并且弹簧室通过路径连接到平衡阀,由此在所述路径中设置有缓慢返回阀,以允许流体缓慢流动 弹簧室并且还允许流体平稳地从弹簧室流出。 结果,当切换控制阀以将从液压泵排出的流体供应到第一或第二主回路中时,从液压泵排出的流体缓慢地作用在安全阀的弹簧室上,以逐渐升高一组 因此可以避免这样的缺点:在控制阀的反向操作期间,在液压马达停止运行时发生冲击或产生高峰值压力。