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    • 91. 发明申请
    • Convenient auto-assembling system for small shell devices
    • 便于小型设备的自动组装系统
    • US20070079502A1
    • 2007-04-12
    • US11231508
    • 2005-09-21
    • Shin WangChih Yang
    • Shin WangChih Yang
    • B23P21/00
    • B23P21/00B23P19/001Y10T29/53313
    • The present invention discloses an auto-assembling system for assembling the frames and the covers of devices, completely. The auto-assembling system configured on a platform includes a transportation device, a lateral assembling power module, a buffer, a control circuit and a power source. The above-mentioned transportation device has a fillister for receiving the frames and the covers of the devices. The frames that are combined with the covers in the transportation device are driven by the horizontal assembling power module. The buffer is used as a cushion for the lateral assembling power module. When the lateral assembling power module moves to the buffer, it causes the frames and the covers to be assembled. The control circuit connects to the lateral assembling power module for controlling the activating timing of the foregoing lateral assembling power module. The power source connects to the lateral assembling power module and the control circuit to provide the power for them.
    • 本发明公开了一种用于组装框架和装置盖的自动组装系统。 配置在平台上的自动组装系统包括运输设备,横向组装功率模块,缓冲器,控制电路和电源。 上述运送装置具有用于容纳框架和装置的盖的填充件。 与运输装置中的盖组合的框架由水平组装电源模块驱动。 缓冲器用作横向组装电源模块的缓冲垫。 当侧向组装功率模块移动到缓冲器时,它使框架和盖组装。 控制电路连接到侧向组装功率模块,用于控制前述横向组装功率模块的启动定时。 电源连接到侧向组装电源模块和控制电路,为它们提供电源。
    • 94. 发明授权
    • C-type column structure
    • C型柱结构
    • US07086814B2
    • 2006-08-08
    • US11003492
    • 2004-12-06
    • Shih-Ming WangHung-Wei Liao
    • Shih-Ming WangHung-Wei Liao
    • B23Q1/01
    • B23Q1/015Y10S29/101Y10T408/91Y10T409/309576
    • A C-type column structure. The C-type column structure includes a hollow column, a column extending portion, and a support portion. The hollow column is formed with a closed U-shaped cross section, a curved portion, a trapezoid portion, a first end surface, and a second end surface. The curved portion is connected to the trapezoid portion to form the hollow column. The first end surface is opposite to the second end surface. The hollow column expands uniformly from the first end surface to the second end surface and has a predetermined thickness. The column extending portion is connected to the trapezoid portion and is adjacent to the first end surface. The support portion is connected to the trapezoid and column extending portions and is under the column extending portion.
    • C型柱结构。 C型柱结构包括中空柱,柱延伸部和支撑部。 中空柱形成有封闭的U形横截面,弯曲部分,梯形部分,第一端面和第二端面。 弯曲部分连接到梯形部分以形成中空柱。 第一端面与第二端面相对。 中空柱从第一端面向第二端面均匀地膨胀,并且具有预定的厚度。 柱延伸部分连接到梯形部分并且与第一端面相邻。 支撑部分连接到梯形和柱延伸部分,并且在柱延伸部分下方。
    • 95. 发明申请
    • Detecting and suppressing methods for milling tool chatter
    • 检测和抑制铣刀颤动的方法
    • US20060159538A1
    • 2006-07-20
    • US11186771
    • 2005-07-22
    • Shih-Ming WangHsiang-Yung Hsieh
    • Shih-Ming WangHsiang-Yung Hsieh
    • B23Q11/00
    • B23Q17/0976Y10T409/303752Y10T409/304312
    • A detecting and suppressing control method for milling tool chatter. Milling parameters are defined. A milling device is initiated using the milling parameters. Milling signals are extracted using a sensor installed on the milling device. It is determined whether chatter relating to the milling device occurs, comprising determining whether the milling signals are high frequency signals, and, if the milling signals are high frequency signals, determining whether signal points generated based on the milling signals are located in a stable area derived using a sliding function. When the signal points are located in the stable area, the milling signals are stable milling signals. When the signal points are located outside the stable area, rotational rates of a spindle of the milling device are adjusted.
    • 一种用于铣刀颤动的检测和抑制控制方法。 铣削参数被定义。 使用铣削参数启动铣削装置。 使用安装在铣削装置上的传感器来提取铣削信号。 确定是否发生与铣削装置有关的颤动,包括确定铣削信号是否是高频信号,以及如果铣削信号是高频信号,则确定基于铣削信号产生的信号点是否位于稳定区域 派生使用滑动功能。 当信号点位于稳定区域时,铣削信号是稳定的铣削信号。 当信号点位于稳定区域之外时,调整铣削装置的主轴的旋转速率。
    • 97. 发明申请
    • C-type column structure
    • C型柱结构
    • US20050260053A1
    • 2005-11-24
    • US11003492
    • 2004-12-06
    • Shih-Ming WangHung-Wei Liao
    • Shih-Ming WangHung-Wei Liao
    • B23C1/00B23Q1/01
    • B23Q1/015Y10S29/101Y10T408/91Y10T409/309576
    • A C-type column structure. The C-type column structure includes a hollow column, a column extending portion, and a support portion. The hollow column is formed with a closed U-shaped cross section, a curved portion, a trapezoid portion, a first end surface, and a second end surface. The curved portion is connected to the trapezoid portion to form the hollow column. The first end surface is opposite to the second end surface. The hollow column expands uniformly from the first end surface to the second end surface and has a predetermined thickness. The column extending portion is connected to the trapezoid portion and is adjacent to the first end surface. The support portion is connected to the trapezoid and column extending portions and is under the column extending portion.
    • C型柱结构。 C型柱结构包括中空柱,柱延伸部和支撑部。 中空柱形成有封闭的U形横截面,弯曲部分,梯形部分,第一端面和第二端面。 弯曲部分连接到梯形部分以形成中空柱。 第一端面与第二端面相对。 中空柱从第一端面向第二端面均匀地膨胀,并且具有预定的厚度。 柱延伸部分连接到梯形部分并且与第一端面相邻。 支撑部分连接到梯形和柱延伸部分,并且在柱延伸部分下方。