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    • 1. 发明申请
    • Inductive charger
    • 感应充电器
    • US20050156563A1
    • 2005-07-21
    • US10750758
    • 2004-01-05
    • Heng-I LinFeng-Ming ChuangYu-Lin WangWen-Yi Chu
    • Heng-I LinFeng-Ming ChuangYu-Lin WangWen-Yi Chu
    • F21L13/00F21L13/06H02J7/00H02J7/02H02K35/02
    • F21L13/06F21L13/00H02J7/02H02J7/025
    • An inductive charger is adapted for a portable electrical devices or information products and connects with a rectifier for charging. The inductive charger includes a hollow carrier, at least a coil surrounding an outer surface of the carrier, fixed magnets and at least a sliding magnet. The carrier has a pair of end portions opposite to each other, and the fixed magnets are respectively located on the end portions of the carrier. N poles and S poles of the fixed magnets are oriented coincident with each other. The sliding magnet is located between the fixed magnets, and N pole and S pole of the sliding magnet is opposing to N poles and S poles of the fixed magnets. When the carrier is driven, the sliding magnet moves back and forth between the fixed magnets due to magnetic repulsion of the sliding magnet, which changes flux of the coil thereby producing induced electromotive force. With quick moving of the sliding magnet, the induced electromotive force speeds up varying of flux, thereby increasing instantaneous flux. Consequently, the induced electromotive force increases and produces induced current of large magnitude. The inductive charger charges a battery quickly without restriction of place and external power and protects environment.
    • 感应充电器适用于便携式电气设备或信息产品,并与用于充电的整流器连接。 感应充电器包括中空载体,至少围绕载体的外表面的线圈,固定磁体和至少一个滑动磁体。 载体具有彼此相对的一对端部,并且固定磁体分别位于载体的端部上。 固定磁体的N极和S极彼此重合。 滑动磁体位于固定磁体之间,滑动磁体的N极和S极与固定磁体的N极和S极相对。 当载体被驱动时,滑动磁体由于滑动磁体的磁性排斥而在固定磁体之间来回移动,这改变了线圈的通量从而产生感应电动势。 随着滑动磁体的快速移动,感应电动势加快了通量的变化,从而增加了瞬时通量。 因此,感应电动势增大并产生大的感应电流。 感应充电器可以快速充电电池,而不受场所和外部电源的限制,并保护环境。
    • 3. 发明申请
    • Slurry expressing and liquid displacing device
    • 浆液表面和液体置换装置
    • US20050189287A1
    • 2005-09-01
    • US10786119
    • 2004-02-26
    • Heng-I LinFeng-Ming ChuangHsu Lin
    • Heng-I LinFeng-Ming ChuangHsu Lin
    • B01D29/33B01D29/35B01D29/64B30B9/12B30B9/14
    • B30B9/14B01D29/33B01D29/35B01D29/54B01D29/6476B01D29/828B30B9/121B30B9/128
    • The present invention provides a slurry expressing and liquid displacing device which is used to express slurry and then separate out effluence and solid of the slurry through radial pore volume displacement of continuous filtration and washing for getting high purity solid. The slurry expressing and liquid displacing device includes a expressing mechanism, a displacing mechanism, a blender, a collecting tube, and first and second storage troughs. The expressing mechanism includes a first helical transmission shaft having a compression zone for transporting and efficiently compressing the slurry. The displacing mechanism includes a second helical transmission shaft rotatably connected with the first helical transmission for connecting with displacing liquid such as water. A plurality of through holes is disposed at the side surface of the second helical transmission shaft to radially spray through for facilitating the displacing liquid to flow out therethrough. Thus effluence and solid of the slurry are efficiently separated out thereby shortening the time required for operation and increasing separating efficiency.
    • 本发明提供了一种浆液表面和液体置换装置,其用于表达浆料,然后通过连续过滤和洗涤的径向孔体积置换分离出浆料的流出物和固体,以获得高纯度固体。 浆液表面和液体置换装置包括表达机构,置换机构,混合器,收集管以及第一和第二储存槽。 表示机构包括具有用于输送和有效地压缩浆料的压缩区域的第一螺旋传动轴。 移动机构包括与第一螺旋传动装置可旋转地连接的第二螺旋传动轴,用于与诸如水的移动液体连接。 多个通孔设置在第二螺旋传动轴的侧表面处以径向喷射以便于移动液体流出。 因此,浆料的流出物和固体被有效地分离出来,从而缩短了操作所需的时间并提高了分离效率。
    • 4. 发明申请
    • Pump
    • US20050095160A1
    • 2005-05-05
    • US10694901
    • 2003-10-29
    • Heng-I LinFeng-Ming Chuang
    • Heng-I LinFeng-Ming Chuang
    • F04C2/08F04C2/12F01C1/08F01C1/24F04C18/00
    • F04C2/123F04C2/086
    • A pump includes a body, and first and second rotors. A chamber is defined in the body. First and second inlets and first and second outlets are defined in the body in communication with the chamber. The first rotor is rotatably received in the chamber and connected with a first shaft. The first rotor is generally circular with a blade extending outward therefrom. The blade includes first and second mating surfaces. A third mating surface is formed at the blade between the first and second mating surfaces. The second rotor is rotatably received in the chamber and connected with a second shaft. The second rotor is generally circular with an engaged recess inward defined therein for mating with the blade of the first rotor. The engaged recess includes first and second engaged surfaces for mating with the first and second mating surfaces. A third engaged surface is formed at the bottom of the engaged recess between the first and second engaged surfaces for mating with the third mating surface of the blade.
    • 泵包括主体,以及第一和第二转子。 在体内定义了一个腔室。 第一和第二入口以及第一和第二出口被限定在与腔室连通的身体中。 第一转子可旋转地容纳在腔室中并与第一轴连接。 第一转子通常为圆形,叶片向外延伸。 刀片包括第一和第二配合表面。 在第一和第二配合表面之间的叶片处形成第三配合表面。 第二转子可旋转地容纳在腔室中并与第二轴连接。 第二转子通常是圆形的,其中限定在其中的接合凹槽用于与第一转子的叶片配合。 接合凹槽包括用于与第一和第二配合表面配合的第一和第二接合表面。 第三接合表面形成在第一和第二接合表面之间的接合凹部的底部,用于与叶片的第三配合表面配合。