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    • 51. 发明授权
    • Turbine pump with floating raceway
    • 涡轮泵与浮动滚道
    • US08267640B1
    • 2012-09-18
    • US12472794
    • 2009-05-27
    • Chih LinWilliam J. Watkins
    • Chih LinWilliam J. Watkins
    • F04D1/00
    • F04D13/08F04D5/002F04D29/0416
    • A turbine pump that permits an impeller to stay compliant with a raceway by the use of a preloaded floating raceway that operates by utilizing fluid floating on both side of the raceway within the pump. Exemplary embodiments of the pump include a mounting frame that is adapted to engage the pump to a drive source; an end frame that is adapted to attach to the mounting frame and includes an inlet section and an outlet section that facilitate fluid flow entering and exiting the pump; a motor shaft enclosed within the mounting frame; a floating raceway that is situated within the end frame and positioned around the distal end of the motor shaft, and includes an inlet passage, an outlet passage and a bypass hole fixed relative to the position of the inlet passage and the outlet passage; a spring located at the top of the floating raceway and at least partially contained within a corresponding cavity located in the end frame that is preloaded to help maintain a desired clearance between the floating raceway and the impeller; and an impeller secured to an distal end of the motor shaft.
    • 一种涡轮泵,其允许叶轮通过使用通过利用在泵内的滚道两侧浮动的流体操作的预加载的浮动滚道来保持与滚道的顺应性。 泵的示例性实施例包括适于将泵接合到驱动源的安装框架; 端框架,其适于附接到所述安装框架并且包括促进流体流入和流出泵的入口部分和出口部分; 封闭在安装框架内的电动机轴; 位于端框架内且围绕电动机轴的远端定位的浮动轨道,并且包括相对于入口通道和出口通道的位置固定的入口通道,出口通道和旁通孔; 位于浮动滚道顶部的至少部分地容纳在位于端框架中的相应空腔内的弹簧,其被预加载以帮助在浮动滚道和叶轮之间保持期望的间隙; 以及固定到电动机轴的远端的叶轮。
    • 52. 发明授权
    • Switch and float assembly for a pump
    • 泵的开关和浮子组件
    • US08167578B2
    • 2012-05-01
    • US12495134
    • 2009-06-30
    • Chih LinWilliam J Watkins
    • Chih LinWilliam J Watkins
    • F04B49/00
    • F04B49/025
    • An assembly controls the liquid level in a vessel in which a submersible pump is disposed. The assembly has a switch housing and a float housing, arranged proximate to each other. A switch in the switch housing selectively energizes a motor associated with the pump. When a float disposed in the float housing moves in response to a change in the liquid level of the vessel, the movement is coupled to the switch by a pair of magnets arranged in attractive relationship to each other. One of the magnets is in the switch housing and the other is in the float housing. The magnets interact by providing force fields that acts through a wall that separates the switch housing and the float housing. A lever on which the switch housing magnet is positioned tilts the magnets away from alignment as they approach each other, reducing the increase in attractive force therebetween.
    • 组件控制在其中设置潜水泵的容器中的液面。 组件具有彼此靠近设置的开关壳体和浮动壳体。 开关壳体中的开关选择性地激励与泵相关联的电动机。 当设置在浮动壳体中的浮子响应于容器的液面的变化而移动时,通过以彼此有吸引力的关系布置的一对磁体将运动耦合到开关。 磁体中的一个位于开关壳体中,另一个位于浮动壳体中。 磁体通过提供通过分隔开关壳体和浮动壳体的壁而作用的力场相互作用。 开关壳体磁体定位在其上的杠杆使它们彼此接近时使其远离对准倾斜,从而减小了它们之间的吸引力的增加。
    • 54. 发明申请
    • Equalizer bank with interference reduction
    • 均衡器银行具有干扰减少
    • US20070253577A1
    • 2007-11-01
    • US11414257
    • 2006-05-01
    • Kuo YenChih LinKai Lee
    • Kuo YenChih LinKai Lee
    • H03G5/00H04B3/14H01P9/00
    • H03G5/005H03G5/025
    • An equalizer bank with interference reduction is disclosed. The equalizer bank with interference reduction comprises a front-shelving filter, a plurality of peak filters, a rear-shelving filter and a plurality of compensators. The center frequency and the quality factor of each compensator are designed intentionally to be identical to those of the corresponding peak filter. When a user selects a specific gain level, the corresponding parameters that determine the peak filter and the compensator are retrieved directly and a complex calculation is skipped. Therefore, an audio signal can be equalized more efficiently with lower hardware cost.
    • 公开了一种具有干扰减少的均衡器组。 具有干涉降低的均衡器组包括前搁架滤波器,多个峰值滤波器,后搁架滤波器和多个补偿器。 每个补偿器的中心频率和品质因数有意设计成与相应的峰值滤波器相同。 当用户选择特定的增益级别时,直接检索确定峰值滤波器和补偿器的相应参数,并跳过复杂的计算。 因此,可以以较低的硬件成本更有效地均衡音频信号。
    • 58. 发明申请
    • MEMORY STICK HAVING A USB PORT
    • 具有USB端口的记忆棒
    • US20060023433A1
    • 2006-02-02
    • US10901223
    • 2004-07-29
    • Chih Lin
    • Chih Lin
    • H05K7/02
    • H05K5/0278G06K19/07732
    • A memory stick includes a plastic shell, an elongated metal casing mounted in the plastic shell and having a front extension exposed to the outside of the plastic shell for insertion into a USB socket of a computer, a circuit board mounted inside the elongated metal casing and having a USB connector suspended in the front extension of the elongated metal casing, a locating frame mounted inside the metal casing to support the circuit board, and an end cap capped on the rear end of the circuit board and inserted with the circuit board into the rear end of the hollow plastic shell.
    • 记忆棒包括塑料外壳,安装在塑料外壳中的细长金属外壳,并具有暴露于塑料外壳外部的前延伸部分,用于插入计算机的USB插座,安装在细长金属外壳内部的电路板, 具有悬挂在细长金属外壳的前延伸部中的USB连接器,安装在金属外壳内部以支撑电路板的定位框架,以及封装在电路板的后端上的端盖,并将电路板插入 中空塑料外壳的后端。
    • 59. 发明申请
    • Ternary and multi-nary iron-based bulk glassy alloys and nanocrystalline alloys
    • 三元和多元铁基块状玻璃合金和纳米晶合金
    • US20050263216A1
    • 2005-12-01
    • US11138287
    • 2005-05-27
    • Tsung ChinChih Lin
    • Tsung ChinChih Lin
    • H01F1/153
    • C22C45/02H01F1/15325H01F1/15333
    • Disclosed in this invention is a family of ternary and multi-nary iron-based new compositions of bulk metallic glasses which possess promising soft magnetic properties, and the composition selection rules that lead to the design of such new compositions. The embodiment alloys are represented by the formula MaXbZc, where M represents at least one of ferromagnetic elements such as iron and may partly be replaced by some other substitute elements; X is an element or combinations of elements selected from those with atomic radius at least 130% that of iron and in the mean time is able to form an M-rich eutectic; and Z is an element or combinations of elements selected from semi-metallic or non-metallic elements with atomic radius smaller than 86% that of iron and in the meantime is able to form an M-Z eutectic; a, b, c are the atomic percentage of M, X, Z, respectively, and a+b+c=100%. When 1%
    • 在本发明中公开了一种具有期望的软磁性质的块状金属玻璃的三元和多元铁基新组合物族,以及导致这种新组合物的设计的组成选择规则。 本实施方式的合金由式M代表其中M表示铁磁性元素如铁中的至少一种,并且可以 部分由其他替代要素代替; X是选自原子半径至少为铁的130%的元素或元素的组合,并且同时能够形成富M的共晶; Z是选自半金属或非金属元素的元素或元素的组合,其原子半径小于铁的86%,同时能够形成M-Z共晶; a,b,c分别为M,X,Z的原子百分数,a + b + c = 100%。 当1%