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    • 2. 发明授权
    • Bulky yarn and method for producing the same
    • 粗纱及其制造方法
    • US4167847A
    • 1979-09-18
    • US878171
    • 1978-02-15
    • Hajime AraiYoshiaki SatoKiyoshi Nakagawa
    • Hajime AraiYoshiaki SatoKiyoshi Nakagawa
    • D02G1/00D02G1/18D02G1/20D02G3/34D02J1/00D02G3/04D02G3/24
    • D02G1/20D02G1/18
    • Disclosed is a bulky yarn made from a thermoplastic multifilament yarn. Each of the individual filaments forming the yarn has a randomly varying thermal shrinkage along its length. The filaments in the cross-section of the yarn also have randomly varying thermal shrinkages. The bulky yarn forms a plurality of loops having a stable and compact configuration, while the number of filament slack portions which project outwardly from the yarn surface is significantly decreased.A method for producing a bulky yarn possessing the above-mentioned construction is also disclosed. In the method, individual filaments forming the multifilament yarn are interlaced with each other, before or after which the yarn is subjected to a so-called random heat treatment. The interlaced and randomly heat-treated yarn is supplied at an over-feed condition to a fluid turbulent flow region which causes the individual filaments to form a plurality of loops and entanglements, and then the yarn is wound onto a package.
    • 公开了由热塑性复丝纱线制成的大体积纱线。 形成纱线的每个单根长丝沿其长度具有随机变化的热收缩。 纱线横截面中的长丝也具有随机变化的热收缩。 大体积的纱线形成具有稳定且紧凑的构造的多个环,而从纱线表面向外突出的丝状松弛部分的数量显着减少。
    • 3. 发明授权
    • Head suspension having wiring disposed with conductive layer
    • 头部悬挂,其布线布置有导电层
    • US07643252B2
    • 2010-01-05
    • US11359317
    • 2006-02-21
    • Hajime AraiIkuo Someya
    • Hajime AraiIkuo Someya
    • G11B5/48
    • G11B5/4833G11B5/40H05K1/0259H05K1/056H05K1/167H05K3/28
    • A head suspension prevents a read element from electrostatic discharge damage without employing a static electricity remover, and at the same time, secures the frequency characteristics of a write signal. The head suspension has a load beam to apply load to a slider that writes and reads data to and from a hard disk, a flexture made of a conductive thin plate attached to the load beam, to support the slider, write wires connected to the slider and formed on an insulating base layer that is made of flexible resin and is formed on the flexure, and coating made of conductive flexible resin to discharge static electricity. The coating is formed over the read wires and is extended to the surface of the flexure.
    • 磁头悬挂防止读取元件在不使用静电除去器的情况下受到静电放电损坏,并且同时确保写入信号的频率特性。 磁头悬架具有负载梁,以将负载施加到从硬盘写入和读取数据的滑块,由连接到负载梁的导电薄板制成的挠曲件,以支撑滑块,写入连接到滑块的电线 并且形成在由柔性树脂制成并形成在挠曲件上的绝缘基底层上,以及由导电柔性树脂制成的涂层以释放静电。 涂层形成在读取的导线上并延伸到挠曲件的表面。
    • 5. 发明授权
    • Fluid coupling power transmission with lockup clutch
    • 带联锁离合器的液力偶合动力传动
    • US5348127A
    • 1994-09-20
    • US945947
    • 1992-09-17
    • Kiyohito MurataYoshio ShindoHajime Arai
    • Kiyohito MurataYoshio ShindoHajime Arai
    • F16F15/134F16H45/02F16D33/00
    • F16H45/02F16F15/134F16H2045/0226F16H2045/0278F16H2045/0284F16H2045/0289F16H2045/0294
    • A fluid coupling power transmission is constructed such that a pump impel let and a turbine runner are arranged to face each other in a housing, to which torque is inputted, and such that a lockup clutch is disposed in the housing for transmitting the torque from the housing to the turbine runner. The fluid coupling power transmission comprises: a damper mass made rotatable relative to the housing and arranged at the side facing the pump impeller across the turbine runner; an elastic member adapted to be compressed by the revolution of the, damper mass relative to the housing; a lockup piston interposed between the damper mass and the turbine runner and pushed by oil pressure toward the damper mass into selective engagement with the damper mass; a first oil pressure chamber adapted to be fed with the oil pressure for pushing the lockup piston toward the damper mass; a second oil pressure chamber formed between the lockup piston and the damper mass, when the lockup piston engages with the damper mass, and adapted to be fed with oil pressure for separating the lockup piston from the damper mass; and a reaction mechanism for applying a reaction to the damper mass In a direction to separate the damper mass from the housing against the force for the lockup piston to push the damper mass.
    • 液体联接动力传递装置被构造成使得泵推动器和涡轮流道被布置成在输入扭矩的壳体中彼此面对,并且使得锁定离合器设置在壳体中以将扭矩传递到 房屋到涡轮转轮。 所述流体联接动力传动装置包括:阻尼器块,其相对于所述壳体可转动并布置在所述泵叶轮的面对所述涡轮机转轮的一侧; 弹性构件,适于通过所述阻尼器块相对于所述壳体的旋转而被压缩; 一个锁止活塞,介于阻尼块和涡轮转轮之间,并被油压推向阻尼器块,以与阻尼器块选择性接合; 第一油压室,适于供给用于将锁止活塞推向阻尼块的油压; 当所述锁止活塞与所述阻尼块接合时,形成在所述锁止活塞和所述阻尼块之间的第二油压室,并且适于供给用于将所述锁止活塞与所述阻尼块分离的油压; 以及用于向阻尼器块施加反作用力的反作用机构,用于将阻尼块与壳体抵抗抵抗活塞的力分离以推动阻尼块。
    • 8. 发明授权
    • Polyester multifilament yarn and process for producing thereof
    • 聚酯复丝纱及其制造方法
    • US4491657A
    • 1985-01-01
    • US354200
    • 1982-03-03
    • Isoo SaitoKotaro FujiokaHajime AraiHideo Saruyama
    • Isoo SaitoKotaro FujiokaHajime AraiHideo Saruyama
    • B60C9/00D01F6/62D02G3/48C08G63/02
    • D01F6/62D01D5/12D02G3/48D10B2331/04
    • A polyester multifilament yarn which has the following properties: an initial modulus (Mi) of 90 to 130 grams per denier, a terminal modulus (Mt), a shrinkage index value (.DELTA.S/IV) of 2 to 8 percent, a birefringence (.DELTA.n) of 165.times.10.sup.-3 to 190.times.10.sup.3, a crystalline orientation function (fc) of 0.93 to 0.97, a crystal size (D) 47 to 55 angstroms, a long period (Lp) of 130 to 145 angstroms, a molecular orientation index in the amorphous region (F) of 0.80 to 0.92, and a concentration of carboxyl end groups (--COOH) of 0 to 25 equivalents per 10.sup.6 grams of the polymer is disclosed. The yarn is improved in modulus and shrinkage. A textile reinforcement for tire cord obtained from the multifilament yarn, exhibits exceedingly improved resistance to fatigue and durability to heating. The polyester multifilament yarn is obtained by (A) melt-spinning polymer at high speed (B) solidifying the spun yarn through a solidification zone comprising (a) a heating zone and (b) cooling zone adjacent to the lower part of the heating zone, and (C) withdrawing the solidified yarn, and (D) hot drawing the yarn.
    • 一种聚酯复丝纱,具有以下特性:初始模量(Mi)为90-130克/旦尼尔,末端模量(Mt),收缩指数值(DELTA S / IV)为2-8%,双折射率 DELTA n)为165×10 -3至190×10 3,结晶取向功能(fc)为0.93至0.97,晶体尺寸(D)为47至55埃,长周期(Lp)为130至145埃,分子取向指数 公开了0.80至0.92的无定形区域(&upbar&F),并且公开了每106克聚合物的羧基端基(-COOH)浓度为0至25当量。 纱线的模量和收缩率提高。 从复丝纱线获得的用于轮胎帘线的织物增强件,耐疲劳性和加热耐久性显着提高。 聚酯复丝纱线是通过(A)将高分子聚合物(B)熔融纺丝得到的(B),使细纱线固化在一个凝固区域,该凝固区域包括(a)加热区域和(b)与加热区域的下部相邻的冷却区域 ,(C)取出固化纱线,(D)热拉伸纱线。