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    • 84. 发明授权
    • Cable drag chain
    • 电缆拖链
    • US5881548A
    • 1999-03-16
    • US949231
    • 1997-10-13
    • Toshio TakahashiKatsutoshi ShibayamaTsutomu IwamiTakayuki Matsuda
    • Toshio TakahashiKatsutoshi ShibayamaTsutomu IwamiTakayuki Matsuda
    • B65H57/04F16G13/16H02G11/00
    • F16G13/16
    • A cable drag chain wherein a plurality of link members each comprising a pair of right and left side plates and connecting plates connecting upper and lower edges, respectively, of the side plates are connected together contiguously in a bendable manner, the connecting plates are to be connected strongly to the side plates. A cable drag chain 10 comprises a plurality of resinous link members 12 connected together contiguously in a bendable manner. Each link member 12 has a pair of right and left side plates 14, 16 and connecting plates 18, 20 which connect transversely upper and lower edges, respectively, of the side plates. A pair of connecting arms 22, 22 are projected at both ends of the connecting plate 18. A connecting arm receptacle portion 24 for receiving the connecting arms 22, 22 therein is formed in the upper edge of each side plate 14 (16) centrally in the longitudinal direction of the cable drag chain. Engaging pins 26 are projected from abutment surfaces of the connecting arms 22, 22, while engaging pin receptacle holes 28 are formed in abutment surfaces of the connecting arm receptacle portion 24. The engaging pin receptacle hole 28 is open sideways of the side plate 14 (16), but is closed at the upper edge of the side plate 14 (16), so that the connecting plate 18 is difficult to be disconnected above the side plates 14 and 16.
    • 一种电缆牵引链,其中分别包括一对左右侧板的多个连杆构件和分别连接在侧板上的上边缘和下边缘的连接板以可弯曲的方式连接在一起,连接板应为 与侧板强烈连接。 电缆拖链10包括以可弯曲的方式连续地连接在一起的多个树脂连接构件12。 每个连杆构件12具有分别连接侧板的横向上下边缘的一对左右侧板14,16和连接板18,20。 一对连接臂22,22突出在连接板18的两端。在每个侧板14(16)的上边缘中央形成有用于接收连接臂22,22的连接臂插座部分24 电缆牵引链的纵向。 接合销26从连接臂22,22的邻接表面突出,而接合销接收孔28形成在连接臂插座部分24的邻接表面中。接合销插座孔28侧向侧板14 16),但是在侧板14(16)的上边缘处封闭,使得连接板18难以在侧板14和16上方断开。
    • 85. 发明授权
    • Sintered powdered ferrous alloy article and process for producing the
alloy article
    • 烧结粉末铁合金制品及其制造方法
    • US4021205A
    • 1977-05-03
    • US693770
    • 1976-06-08
    • Takayuki MatsudaYoichi ShimizuHiroki ShimizuKazushi ImazakiSetsuo Nii
    • Takayuki MatsudaYoichi ShimizuHiroki ShimizuKazushi ImazakiSetsuo Nii
    • B22F1/00C22C19/07C22C33/02C22C38/00B22F3/00
    • C22C33/0207
    • A sintered powdered ferrous alloy article having high heat and abrasion resistances and a high workability is produced by admixing, (1) 5 to 30% by weight of a finely divided component alloy which consists of the following composition,______________________________________ 1 to 4% by weight carbon 10 to 30% by weight chromium 2 to 15% by weight nickel 10 to 30% by weight molybdenum 20 to 40% by weight cobalt 1 to 5% by weight niobium the balance iron, ______________________________________ (2) 0.8 to 2% by weight of finely divided carbon and (3) the balance of a finely divided ferrous base metal, compression molding the admixture under a pressure of 4 to 6 metric tons/cm.sup.2 and sintering the molded admixture in a reducing atmosphere at a temperature of 1050.degree. to 1150.degree. C, the resultant alloy article comprising a matrix component formed from the finely divided carbon and ferrous base metal, numerous particles of the finely divided component alloy dispersed in the matrix and bounding phases formed, around the particles of the finely divided component alloy, from a portion of the matrix and portions of the finely divided component alloy diffused into the portions of the matrix.
    • 通过混合(1)5〜30重量%的由以下组成组成的细分成分合金,制造具有高耐热耐磨性和高加工性的烧结铁粉合金制品,1〜4重量% 碳} 10〜30重量%的铬} 2〜15重量%的镍} 10〜30重量%的钼} 20〜40重量%的钴} 1〜5重量%的铌}余量的铁,}(2) 0.8至2%重量的精细分选碳和(3)精细分离的富碱基金属的平衡,压缩成型4至6公吨/ CM2压力下的粘合剂,并在A A中减少大气中的成型混合物 1050〜1150℃的温度,所得的合金制品包括由细碎的碳和铁基金属形成的基体组分,分散在基质中的细分散组分合金的许多颗粒和形成的界面相 细分成分 合金,从基体的一部分和细分散的组分合金的部分扩散到基体的部分。