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    • 1. 发明授权
    • Working machine
    • 工作机
    • US08443932B2
    • 2013-05-21
    • US13228004
    • 2011-09-08
    • Yasuhiro MiyaharaJunya KawamotoYuuki Umizaki
    • Yasuhiro MiyaharaJunya KawamotoYuuki Umizaki
    • F01N13/08
    • E02F9/18E02F9/0866F01N13/082F01N2590/08
    • A working machine is provided with a revolving upperstructure, working equipment, an engine compartment, a counterweight, a muffler, and an exhaust path for releasing exhaust gas, which has been discharged from the muffler, to an outer side of the revolving upperstructure. The exhaust path includes a tailpipe connected to the muffler and an exhaust pipe for releasing exhaust gas, which has been discharged from the tailpipe, to the outer side of the revolving upperstructure. The counterweight is utilized for the formation of the exhaust path. The exhaust path includes a passage formed in the counterweight and accommodating an upper end portion of the tailpipe inserted therein with a predetermined clearance formed around the upper end portion such that the exhaust gas discharged from the tailpipe can be guided to the exhaust pipe.
    • 工作机械具有旋转的上部结构,工作设备,发动机室,配重,消音器和用于将从消音器排出的废气释放到旋转上部结构的外侧的排气路径。 排气路径包括连接到消声器的尾管和用于释放已经从尾管排出的废气的排气管到旋转上部结构的外侧。 配重用于排气路径的形成。 排气路径包括形成在配重中并且容纳插入其中的排气管的上端部分的通道,其具有围绕上端部分形成的预定间隙,使得从尾管排出的废气可被引导到排气管。
    • 2. 发明申请
    • Rotation-Type Construction Machine
    • 旋转式施工机
    • US20140140799A1
    • 2014-05-22
    • US14128898
    • 2012-06-18
    • Kosuke MoriguchiKatsuhiro SasakiJunya KawamotoYasuhiro Miyahara
    • Kosuke MoriguchiKatsuhiro SasakiJunya KawamotoYasuhiro Miyahara
    • E02F9/12E02F3/32E02F3/30
    • E02F9/123E02F3/30E02F3/325E02F3/384E02F9/0875E02F9/121E02F9/2275Y10S37/902
    • To provide a swing-type construction machine that can reduce force of working device pipes which is generated in accordance with swinging of a working device and presses against a side wall of a swing post. The present invention is configured such that a swing frame side holding body for holding a part of working device pipes 21, which is located at a side of a swing frame 2a, includes a first clamp 22 having a first stage holding portion that clamps one of the group of the working device pipes and a second stage holding portion that is arranged on a position lower than the first stage holding portion and clamps the other group of the working device pipes, while a swing post side holding body for holding a part of the working device pipes 21, which is located at a side of a swing post 6, includes a second clamp 24 having a first stage holding portion that clamps the group of the working device pipes that are clamped by the first stage holding portion of the first clamp 22 and a second stage holding portion that clamps the group of the working device pipes that are clamped by the second stage holding portion of the first clamp 22.
    • 提供一种摆动式施工机械,其能够减轻根据作业装置的摆动而产生的作业装置管的压力并压靠在摆动柱的侧壁上。 本发明被构造成使得用于保持位于摆动框架2a侧的工作装置管21的一部分的摆动框架侧保持体包括:第一夹具22,具有夹持第一夹持部 所述工作装置管组和第二台保持部分布置在比所述第一阶段保持部分低的位置并且夹住所述另一组所述工作装置管,同时用于保持所述工作装置管的一部分的摆动柱侧保持体 位于摆动柱6一侧的工作装置管21包括第二夹具24,第二夹具24具有夹持由第一夹具的第一阶段保持部夹紧的一组工作装置管的第一阶段保持部 22和夹持由第一夹具22的第二级保持部夹持的工作装置管组的第二级保持部。
    • 3. 发明授权
    • Rotation-type construction machine
    • 旋转式施工机
    • US08920105B2
    • 2014-12-30
    • US14128898
    • 2012-06-18
    • Kosuke MoriguchiKatsuhiro SasakiJunya KawamotoYasuhiro Miyahara
    • Kosuke MoriguchiKatsuhiro SasakiJunya KawamotoYasuhiro Miyahara
    • E02F3/00E02F9/12E02F9/22E02F3/30E02F9/08E02F3/32E02F3/38
    • E02F9/123E02F3/30E02F3/325E02F3/384E02F9/0875E02F9/121E02F9/2275Y10S37/902
    • To provide a swing-type construction machine that can reduce force of working device pipes which is generated in accordance with swinging of a working device and presses against a side wall of a swing post. The present invention is configured such that a swing frame side holding body for holding a part of working device pipes 21, which is located at a side of a swing frame 2a, includes a first clamp 22 having a first stage holding portion that clamps one of the group of the working device pipes and a second stage holding portion that is arranged on a position lower than the first stage holding portion and clamps the other group of the working device pipes, while a swing post side holding body for holding a part of the working device pipes 21, which is located at a side of a swing post 6, includes a second clamp 24 having a first stage holding portion that clamps the group of the working device pipes that are clamped, by the first stage holding portion of the first clamp 22 and a second stage holding portion that clamps the group of the working device pipes that are clamped by the second stage holding portion of the first clamp 22.
    • 提供一种摆动式施工机械,其能够减轻根据作业装置的摆动而产生的作业装置管的压力并压靠在摆动柱的侧壁上。 本发明被构造成使得用于保持位于摆动框架2a侧的工作装置管21的一部分的摆动框架侧保持体包括:第一夹具22,具有夹持第一夹持部 所述工作装置管组和第二台保持部分布置在比所述第一阶段保持部分低的位置并且夹住所述另一组所述工作装置管,同时用于保持所述工作装置管的一部分的摆动柱侧保持体 位于摆动柱6一侧的工作装置管21包括第二夹具24,第二夹具24具有第一阶段保持部,该第一夹持部夹持第一阶段夹持部的第一阶段保持部, 夹具22和夹持由第一夹具22的第二级保持部夹持的工作装置管组的第二级保持部。
    • 4. 发明授权
    • Byte alignment/frame synchronization apparatus
    • 字节对齐/帧同步装置
    • US06625240B1
    • 2003-09-23
    • US09562941
    • 2000-05-02
    • Yasuhiro Miyahara
    • Yasuhiro Miyahara
    • H04L700
    • H04J3/0608H04J3/1611
    • In an alignment/frame synchronization apparatus, a RSB frequency-dividing circuit generates a second clock. A data width extension circuit extends eight input data into 16 output data. A byte alignment circuit generates byte signals, and byte-aligns the output signals in accordance with a byte alignment control signal. A control circuit outputs byte alignment control signals to the byte alignment circuit in correspondence with the byte signals in accordance with detection of A1A1 and A2A2 patterns, and outputs an A1/A2 consecutive pattern signal indicating the reception of a predetermined number of consecutive A1 and A2 frame patterns. A frame pulse generating circuit generates a frame pulse signal when an A2 frame pattern is received following an A1 frame pattern. A frame sync detection circuit generates a frame sync signal when the frame pulse signal output is consecutively received a first predetermined number of times. A frame sync loss detection circuit outputs a frame sync loss signal when the frame sync signal output is not consecutively received a second predetermined number of times. A frame sync error detection circuit outputs a frame sync error signal in synchronism with the second clock when it is detected that the frame sync loss signal is maintained for a predetermined period of time.
    • 在对准/帧同步装置中,RSB分频电路产生第二时钟。 数据宽度扩展电路将八个输入数据扩展为16个输出数据。 字节对齐电路产生字节信号,并根据字节对齐控制信号对输出信号进行字节对齐。 根据A1A1和A2A2模式的检测,控制电路根据字节信号将字节对准控制信号输出到字节对准电路,并输出指示接收预定数量的连续A1和A2的A1 / A2连续模式信号 框架图案。 当A1帧图案接收到A2帧图形时,帧脉冲发生电路产生帧脉冲信号。 当帧脉冲信号输出被连续接收到第一预定次数时,帧同步检测电路产生帧同步信号。 帧同步丢失检测电路当帧同步信号输出未连续接收第二预定次数时输出帧同步丢失信号。 当检测到帧同步丢失信号保持预定时间段时,帧同步错误检测电路与第二时钟同步地输出帧同步误差信号。