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    • 3. 发明授权
    • Power regeneration device for operating machine
    • 电动机再生装置
    • US09284718B2
    • 2016-03-15
    • US14117961
    • 2012-06-13
    • Seiji HijikataKazuo Fujishima
    • Seiji HijikataKazuo Fujishima
    • E02F9/22E02F9/20F15B21/14E02F9/24E02F9/26
    • E02F9/2217B60L11/18B60L2200/40E02F9/2091E02F9/2095E02F9/2221E02F9/2285E02F9/2292E02F9/2296E02F9/24E02F9/268F15B21/14Y02T10/7005
    • A power regeneration device for an operating machine has a hydraulic cylinder and a return line through which fluid returning to a tank flows when the hydraulic cylinder contracts. The return line branches into a plurality of hydraulic lines through a branching part and includes a regeneration line that which leads returning fluid to the tank via a hydraulic motor to which a generator is connected. A control valve line is connected to the branching part and leads the returning fluid to the tank via a control valve. An electricity storage device stores electric power generated by the generator, and an electric amount detector detects the electric amount of the electricity storage device. A flow rate calculator calculates the flow rate of the returning fluid flowing through the regeneration line and the flow rate of the returning fluid flowing through the control valve line depending on an electric amount signal.
    • 用于操作机器的动力再生装置具有液压缸和返回管线,当液压缸收缩时,通过该返回管路返回到箱体的流体流动。 返回管线通过分支部分分支成多条液压管路,并且包括再生管线,其通过连接有发电机的液压马达将返回的流体引导到油箱。 控制阀线连接到分支部分,并通过控制阀将返回流体引导到油箱。 电力存储装置存储由发电机产生的电力,电量检测器检测蓄电装置的电量。 流量计算器根据电量信号计算流过再生线的返回流体的流量和流过控制阀线的返回流体的流量。
    • 4. 发明授权
    • Post-installed anchor
    • 后安装锚
    • US08430614B2
    • 2013-04-30
    • US12937736
    • 2008-04-18
    • Toshiharu ItoSeiji Hijikata
    • Toshiharu ItoSeiji Hijikata
    • F16B13/06
    • F16B13/066
    • The present invention relates to an anchor bolt and more specifically pertains to a post-installed anchor that is securely anchored to, for example, an existing concrete floor. The post-installed anchor has a sleeve fit on a bolt body and a fixation member arranged on an edge of the bolt body and screwed to a threaded end of the bolt body. The fixation member has an internal threaded end and an expansion end. The expansion end is divided into four expansion pieces by slits. The expansion pieces are arranged to face a head of the bolt body and are slightly widened toward the head of the bolt body. One end of the sleeve forms a tapered face. After insertion of the post-installed anchor into a pilot hole (installation hole) bored in the concrete floor, as the bolt body rotates, the fixation member screwed to the bolt body moves toward the sleeve. This movement causes the expansion end of the fixation member to ride on the tapered face of the sleeve and to be pressed open and extended outward. The expansion pieces of the expansion end are then buckled and bite into an inner circumferential face of the installation hole, so that the post-installed anchor is securely fixed to the installation hole.
    • 锚栓技术领域本发明涉及一种锚栓,更具体地涉及一种固定在例如现有混凝土地板上的后装锚。 后安装的锚固件具有套在螺栓本体上的套筒和布置在螺栓本体的边缘上并与螺栓本体的螺纹端螺纹连接的固定构件。 固定构件具有内螺纹端和扩展端。 扩张端通过狭缝分为四个膨胀件。 膨胀件布置成面对螺栓体的头部并且朝向螺栓体的头部稍微加宽。 套筒的一端形成锥形面。 在将后安装的锚固件插入到混凝土地板中钻孔的导向孔(安装孔)中之后,当螺栓体旋转时,螺纹连接到螺栓体的固定构件向套筒移动。 该移动使得固定构件的扩展端骑在套筒的锥形面上并被打开并向外延伸。 然后将膨胀端部的膨胀件弯曲并咬入安装孔的内周面,使得后安装的锚固件牢固地固定到安装孔。
    • 5. 发明申请
    • POWER REGENERATION DEVICE FOR OPERATING MACHINE
    • 用于操作机器的功率再生装置
    • US20140090367A1
    • 2014-04-03
    • US14117961
    • 2012-06-13
    • Seiji HijikataKazuo Fujishima
    • Seiji HijikataKazuo Fujishima
    • E02F9/22F15B21/14E02F9/24
    • E02F9/2217B60L11/18B60L2200/40E02F9/2091E02F9/2095E02F9/2221E02F9/2285E02F9/2292E02F9/2296E02F9/24E02F9/268F15B21/14Y02T10/7005
    • A power regeneration device for an operating machine has a hydraulic cylinder and a return line through which fluid returning to a tank flows when the hydraulic cylinder contracts. The return line branches into a plurality of hydraulic lines through a branching part and includes a regeneration line that which leads returning fluid to the tank via a hydraulic motor to which a generator is connected. A control valve line is connected to the branching part and leads the returning fluid to the tank via a control valve. An electricity storage device stores electric power generated by the generator, and an electric amount detector detects the electric amount of the electricity storage device. A flow rate calculator calculates the flow rate of the returning fluid flowing through the regeneration line and the flow rate of the returning fluid flowing through the control valve line depending on an electric amount signal.
    • 用于操作机器的动力再生装置具有液压缸和返回管线,当液压缸收缩时,通过该返回管路返回到箱体的流体流动。 返回管线通过分支部分分支成多条液压管路,并且包括再生管线,其通过连接有发电机的液压马达将返回的流体引导到油箱。 控制阀线连接到分支部分,并通过控制阀将返回流体引导到油箱。 电力存储装置存储由发电机产生的电力,电量检测器检测蓄电装置的电量。 流量计算器根据电量信号计算流过再生线的返回流体的流量和流过控制阀线的返回流体的流量。
    • 6. 发明申请
    • MOTIVE POWER REGENERATION SYSTEM FOR WORKING MACHINE
    • 用于工作机械的动力再生系统
    • US20130300128A1
    • 2013-11-14
    • US13696671
    • 2012-01-20
    • Kazuo FujishimaMitsuo SonodaSeiji Hijikata
    • Kazuo FujishimaMitsuo SonodaSeiji Hijikata
    • H02K7/18
    • H02K7/1853E02F9/2075E02F9/2091E02F9/2217E02F9/2285F15B21/14F15B2211/353F15B2211/6654F15B2211/761
    • A motive power regeneration apparatus for a working machine includes a regeneration circuit that is connected to a hydraulic line through which a returning fluid of a boom cylinder is distributed during a boom lowering operation. Also included are a hydraulic motor connected to a generator, a flow regulating circuit that is connected to the hydraulic line and provided with a control valve, an inverter that controls the flow rate on the regeneration circuit in accordance with a first flow rate setting which varies with the operation amount of an operating apparatus, and a control valve and a proportional valve that control the flow rate on the flow regulating circuit in accordance with a second flow rate setting which varies with the operation amount of the operating apparatus. Therefore, the motive power regeneration apparatus is capable of making an operator constantly feel comfortable with the working machine operations.
    • 用于工作机械的动力再生装置包括再生回路,该再生回路连接到在动臂下降动作期间分配有动臂缸的返回流体的液压管路。 还包括连接到发电机的液压马达,连接到液压管路并设置有控制阀的流量调节电路,根据变化的第一流量设定来控制再生电路上的流量的逆变器 以及操作装置的操作量,以及根据随着操作装置的操作量而变化的第二流量设定来控制流量调节电路上的流量的控制阀和比例阀。 因此,动力再生装置能够使操作者对工作机械的操作感到舒适。
    • 7. 发明授权
    • Motive power regeneration system for working machine
    • 工作机动力再生系统
    • US08659177B2
    • 2014-02-25
    • US13696671
    • 2012-01-20
    • Kazuo FujishimaMitsuo SonodaSeiji Hijikata
    • Kazuo FujishimaMitsuo SonodaSeiji Hijikata
    • F02D29/06
    • H02K7/1853E02F9/2075E02F9/2091E02F9/2217E02F9/2285F15B21/14F15B2211/353F15B2211/6654F15B2211/761
    • A motive power regeneration apparatus for a working machine includes a regeneration circuit that is connected to a hydraulic line through which a returning fluid of a boom cylinder is distributed during a boom lowering operation. Also included are a hydraulic motor connected to a generator, a flow regulating circuit that is connected to the hydraulic line and provided with a control valve, an inverter that controls the flow rate on the regeneration circuit in accordance with a first flow rate setting which varies with the operation amount of an operating apparatus, and a control valve and a proportional valve that control the flow rate on the flow regulating circuit in accordance with a second flow rate setting which varies with the operation amount of the operating apparatus. Therefore, the motive power regeneration apparatus is capable of making an operator constantly feel comfortable with the working machine operations.
    • 用于工作机械的动力再生装置包括再生回路,该再生回路连接到在动臂下降动作期间分配有动臂缸的返回流体的液压管路。 还包括连接到发电机的液压马达,连接到液压管路并设置有控制阀的流量调节电路,根据变化的第一流量设定来控制再生电路上的流量的逆变器 以及操作装置的操作量,以及根据随着操作装置的操作量而变化的第二流量设定来控制流量调节电路上的流量的控制阀和比例阀。 因此,动力再生装置能够使操作者对工作机械的操作感到舒适。
    • 8. 发明申请
    • After application anchor bolt
    • 应用锚栓后
    • US20110038683A1
    • 2011-02-17
    • US12937736
    • 2008-04-18
    • Toshiharu ItoSeiji Hijikata
    • Toshiharu ItoSeiji Hijikata
    • F16B39/00F16B29/00F16B35/00
    • F16B13/066
    • The present invention relates to an anchor bolt and more specifically pertains to a post-installed anchor that is securely anchored to, for example, an existing concrete floor. The post-installed anchor has a sleeve fit on a bolt body and a fixation member arranged on an edge of the bolt body and screwed to a threaded end of the bolt body. The fixation member has an internal threaded end and an expansion end. The expansion end is divided into four expansion pieces by slits. The expansion pieces are arranged to face a head of the bolt body and are slightly widened toward the head of the bolt body. One end of the sleeve forms a tapered face. After insertion of the post-installed anchor into a pilot hole (installation hole) bored in the concrete floor, as the bolt body rotates, the fixation member screwed to the bolt body moves toward the sleeve. This movement causes the expansion end of the fixation member to ride on the tapered face of the sleeve and to be pressed open and extended outward. The expansion pieces of the expansion end are then buckled and bite into an inner circumferential face of the installation hole, so that the post-installed anchor is securely fixed to the installation hole.
    • 锚栓技术领域本发明涉及一种锚栓,更具体地涉及一种固定在例如现有混凝土地板上的后装锚。 后安装的锚固件具有套在螺栓本体上的套筒和布置在螺栓本体的边缘上并与螺栓本体的螺纹端螺纹连接的固定构件。 固定构件具有内螺纹端和扩展端。 扩张端通过狭缝分为四个膨胀件。 膨胀件被布置成面对螺栓体的头部并且朝向螺栓体的头部稍微加宽。 套筒的一端形成锥形面。 在将后安装的锚固件插入到混凝土地板中钻孔的导向孔(安装孔)中之后,当螺栓体旋转时,螺纹连接到螺栓体的固定构件向套筒移动。 该移动使得固定构件的扩展端骑在套筒的锥形面上并被打开并向外延伸。 然后将膨胀端部的膨胀件弯曲并咬入安装孔的内周面,使得后安装的锚固件牢固地固定到安装孔。