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    • 2. 发明申请
    • UNI-DIRECTIONAL AXIAL TURBINE BLADE ASSEMBLY
    • 单向轴向涡轮叶片组件
    • US20140127019A1
    • 2014-05-08
    • US13669081
    • 2012-11-05
    • Mohammad Ismail Abbasi SHAKIBAPOUR
    • Mohammad Ismail Abbasi SHAKIBAPOUR
    • F01D5/14
    • F01D5/141F03B13/264F03D1/0633F05B2210/404Y02E10/38Y02E10/721Y02T50/673
    • A uni-directional axial turbine blade assembly comprises a central disc member coupled to an elongated shaft of a motor or generator, a rotational support member mounted on outer circumference of the central disc member, an outer ring mounted on outer circumference of the rotational support member and a plurality of blade members spaced equidistantly, extending radially outward from the outer ring. Each blade member includes a straight leading edge, a curved trailing edge, an exterior surface including a first region having a curved surface, a second region having a flat surface and a convex surface extending from the flat surface and terminating to a radially inward portion and an interior surface including a third region having a concave surface. The preferred embodiment renders the formation of a unique blade configuration that facilitates uni-directional rotation of the blade assembly irrespective of changes in flow direction of fluid.
    • 单向轴向涡轮叶片组件包括联接到马达或发电机的细长轴的中心盘构件,安装在中心盘构件的外圆周上的旋转支撑构件,安装在旋转支撑构件的外周上的外圈 以及多个叶片构件,其间隔开等距离地从外圈径向向外延伸。 每个叶片构件包括直的前缘,弯曲的后缘,包括具有弯曲表面的第一区域的外表面,具有平坦表面的第二区域和从平坦表面延伸并终止于径向向内部分的凸起表面, 内表面包括具有凹面的第三区域。 优选实施例使得形成独特的叶片构造,其有助于叶片组件的单向旋转,而与流体的流动方向的变化无关。
    • 3. 发明授权
    • Method of transferring individual ends of yarns from a beam to individual cones
    • 将纱线的单个端部从梁转移到单个锥体的方法
    • US06199787B1
    • 2001-03-13
    • US09306384
    • 1999-05-06
    • Asif JaffarMohammad Ismail Jaffar
    • Asif JaffarMohammad Ismail Jaffar
    • B65H2318
    • B65H54/00B65H54/20B65H2701/31B65H2701/38
    • A method of winding yarn into hanks, comprising the steps of loading a beam having a sheet of parallel ends of yarn wound thereon onto a rotatable beam stand; unwinding the sheet from the beam and passing the sheet through a nip between two reciprocating rolls; separating the parallel ends of yarn in the sheet from each other; and guiding each of the separated ends of yarn to a rotatable reel. The ends of yarn are then wound onto the rotatable reel by rotating the beam to release the sheet wound thereon; rotating the interacting rolls to draw the sheet through the nip; and rotating the reel to wind each separated end of yarn onto the reel. The rotational velocity of the beam and of the reciprocating rolls are controlled so as to keep the tension on the sheet of yarns below a defined value. By controlling tension, one reduces the likelihood of thread breakage and causes the yarns to be wound onto the reels in the form of loose hanks. The yarn may be easily unwound from the loose hanks and wound into cones for knitting and weaving.
    • 一种将纱线卷绕成绞线的方法,包括以下步骤:将具有卷绕在其上的纱线的平行端的片材加载到可旋转的支架上; 将纸张从梁上展开并使片材通过两个往复辊之间的辊隙; 将片材中纱线的平行端彼此分离; 并且将每个分离的纱线的端部引导到可旋转的卷轴。 然后通过旋转梁将纱线的端部卷绕到可旋转的卷轴上以释放卷绕在其上的片材; 旋转相互作用的辊以使片材通过辊隙; 并旋转卷轴以将纱线的每个分离端卷绕到卷轴上。 控制梁和往复辊的旋转速度以使纱线上的张力保持在规定值以下。 通过控制张力,可以减少断线的可能性,并使纱线以松散的绞合线的形式缠绕在卷轴上。 纱线可以很容易地从松散的绞身中松开,并缠绕到针织和编织的锥体中。
    • 4. 发明授权
    • Uni-directional axial turbine blade assembly
    • 单向轴向涡轮叶片组件
    • US09217332B2
    • 2015-12-22
    • US13669081
    • 2012-11-05
    • Mohammad Ismail Abbassi Shakibapour
    • Mohammad Ismail Abbassi Shakibapour
    • F03D1/06F03B3/12F01D5/14F03B13/26
    • F01D5/141F03B13/264F03D1/0633F05B2210/404Y02E10/38Y02E10/721Y02T50/673
    • A uni-directional axial turbine blade assembly comprises a central disc member coupled to an elongated shaft of a motor or generator, a rotational support member mounted on outer circumference of the central disc member, an outer ring mounted on outer circumference of the rotational support member and a plurality of blade members spaced equidistantly, extending radially outward from the outer ring. Each blade member includes a straight leading edge, a curved trailing edge, an exterior surface including a first region having a curved surface, a second region having a flat surface and a convex surface extending from the flat surface and terminating to a radially inward portion and an interior surface including a third region having a concave surface. The preferred embodiment renders the formation of a unique blade configuration that facilitates uni-directional rotation of the blade assembly irrespective of changes in flow direction of fluid.
    • 单向轴向涡轮叶片组件包括联接到马达或发电机的细长轴的中心盘构件,安装在中心盘构件的外圆周上的旋转支撑构件,安装在旋转支撑构件的外周上的外圈 以及多个叶片构件,其间隔开等距离地从外圈径向向外延伸。 每个叶片构件包括直的前缘,弯曲的后缘,包括具有弯曲表面的第一区域的外表面,具有平坦表面的第二区域和从平坦表面延伸并终止于径向向内部分的凸起表面, 内表面包括具有凹面的第三区域。 优选实施例使得形成独特的叶片构造,其有助于叶片组件的单向旋转,而与流体的流动方向的变化无关。