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    • 2. 发明授权
    • Heald frame for a weaving loom
    • 编织机的综框
    • US4706716A
    • 1987-11-17
    • US848921
    • 1986-04-07
    • John D. Griffith
    • John D. Griffith
    • D03C7/00D03C5/02D03C7/04D03C9/06D03C13/00D03D47/36D03D49/20D03D49/60
    • D03C9/0616D03C5/02D03C7/04D03C9/0633D03D49/20D03D49/60
    • A heald frame for a weaving loom comprising an upper cross-member and a lower cross-member adapted to support healds directly therebetween. The upper and lower cross-members are joined together by spaced end members and a plurality of connection members spaced along the length of the cross-members between the end members and attached to the cross-members to restrain relative movement between the cross-members and retain a constant spaced relationship between the cross-members along their length. The connection members have portions of a narrow width extending between the upper and lower cross-members so that, during weaving, warp yarns pass the connection members without interference. First and second connection members are disposed, respectively, at opposite ends of each connecting member for causing reciprocation of the frame.
    • 一种用于织机的综框,包括上横向构件和适于直接在其间支撑综丝的下横向构件。 上横向构件和下横梁通过间隔开的端部构件连接在一起,并且多个连接构件沿着端部构件之间的横向构件的长度间隔开并且附接到横向构件以限制横向构件与横向构件之间的相对运动 沿着它们的长度保持横向构件之间的恒定的间隔关系。 连接构件具有在上横向构件和下横向构件之间延伸的窄宽度的部分,使得在编织期间,经纱无阻碍地通过连接构件。 第一和第二连接构件分别设置在每个连接构件的相对端,用于使框架往复运动。
    • 5. 发明授权
    • Profile rod and carrier rod for a heald shaft
    • 用于综框的型材杆和承载杆
    • US07779869B2
    • 2010-08-24
    • US12232130
    • 2008-09-11
    • Franz Mettler
    • Franz Mettler
    • D03C9/04D03C9/06D03C13/00
    • D03C9/0666D03C9/0616
    • A profile rod (15) preferably consisting of an extruded aluminum profile has lateral walls (18, 19) that have two snap-in zones (25, 26) that project toward each other and extend parallel to each other over the entire length of the profile rod (15) and that are located on the same height. The distances of the two snap-in zones (25, 26) from the closest strip (21) correspond to each other. In this manner, the profile rod (15) may be made extremely thin-walled, on the one hand, and offers possibilities for fastening profile pieces that permit the input of larger forces into the profile rod (15) as well as the output of such forces therefrom, on the other hand. This concept offers a basis for the construction of light-weight heald shafts that can still handle great loads.
    • 优选由挤压铝型材构成的轮廓杆(15)具有侧壁(18,19),其具有两个卡扣区域(25,26),所述卡入区域彼此突出并且在所述整体长度方向上彼此平行延伸 型材杆(15),并位于同一高度。 两个卡扣区域(25,26)与最近的条带(21)的距离彼此对应。 以这种方式,一方面,型材杆(15)可以制成非常薄壁,并且提供了用于紧固轮廓片的可能性,所述轮廓片允许将更大的力输入到型材杆(15)中以及输出 另一方面,这样的力量。 这个概念为构造轻型综框提供了基础,它仍然可以承受很大的负载。
    • 6. 发明申请
    • Profile rod and carrier rod for a heald shaft
    • 用于综框的型材杆和承载杆
    • US20090065088A1
    • 2009-03-12
    • US12232130
    • 2008-09-11
    • Franz Mettler
    • Franz Mettler
    • D03C9/06
    • D03C9/0666D03C9/0616
    • A profile rod (15) preferably consisting of an extruded aluminum profile has lateral walls (18, 19) that have two snap-in zones (25, 26) that project toward each other and extend parallel to each other over the entire length of the profile rod (15) and that are located on the same height. The distances of the two snap-in zones (25, 26) from the closest strip (21) correspond to each other. In this manner, the profile rod (15) may be made extremely thin-walled, on the one hand, and offers possibilities for fastening profile pieces that permit the input of larger forces into the profile rod (15) as well as the output of such forces therefrom, on the other hand. This concept offers a basis for the construction of light-weight heald shafts that can still handle great loads.
    • 优选由挤压铝型材构成的轮廓杆(15)具有侧壁(18,19),其具有两个卡扣区域(25,26),所述卡入区域彼此突出并且在所述整体长度方向上彼此平行延伸 型材杆(15),并位于同一高度。 两个卡扣区域(25,26)与最近的条带(21)的距离彼此对应。 以这种方式,一方面,型材杆(15)可以制成非常薄壁,并且提供了用于紧固轮廓片的可能性,所述轮廓片允许将更大的力输入到型材杆(15)中以及输出 另一方面,这样的力量。 这个概念为构造轻型综框提供了基础,它仍然可以承受很大的负载。
    • 7. 发明申请
    • Shaft rod for a heald shaft
    • 用于综合轴的轴杆
    • US20080135121A1
    • 2008-06-12
    • US12000127
    • 2007-12-10
    • Johannes BruskeHolger CebullaStefan DropeBernd Pfeffer
    • Johannes BruskeHolger CebullaStefan DropeBernd Pfeffer
    • D03C9/06
    • D03C9/0616D03C9/0625D03C9/0675
    • The shaft rod in accordance with the invention consists of only one (steel) metal sheet which is essentially configured without a large hollow chamber. The metal sheet has two stiffening means which are preferably located at the top and at the bottom of the shaft rod and are configured as edges. Preferably, the upper stiffening means (10) is implemented in the configuration of a small hollow chamber or of a solid reinforcement. The lower stiffening means (11) is implemented by attaching the heald support rail. Attachment may occur in accordance with any joining method, such as, for example, welding, cementing, clinching. The shaft rod may be manufactured by shape-rolling or roll-forming, as well as by all other reforming processes that are suitable for metal sheets. It is preferred that the heald support rail be directly integrated in the sheet metal form of the shaft rod. As a result, the entire shaft rod consists of a single metal sheet.
    • 根据本发明的轴杆仅由一个(钢)金属板构成,其基本上构造成没有大的中空室。 金属片具有两个加强装置,优选地位于轴杆的顶部和底部,并被构造成边缘。 优选地,上部加强装置(10)以小型中空室或固体加强件的构造实施。 下部加强装置(11)通过连接综框支撑导轨来实现。 可以根据任何接合方法进行附接,例如焊接,固井,铆接。 轴杆可以通过成形轧制或辊轧成型以及适用于金属板的所有其它重整工艺来制造。 综合支撑轨道最好直接集成在轴杆的钣金形式中。 结果,整个轴杆由单个金属板组成。