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    • 42. 发明授权
    • Internal gear oil pump made of aluminum alloys
    • 内部齿轮油泵由铝合金制成
    • US06382942B1
    • 2002-05-07
    • US09708616
    • 2000-11-09
    • Masato OtsukiMasahisa MiyaharaMakoto YoshidaHaruo OkamotoAkira FujikiHiroyuki NishiyamaMotohiro Suzuki
    • Masato OtsukiMasahisa MiyaharaMakoto YoshidaHaruo OkamotoAkira FujikiHiroyuki NishiyamaMotohiro Suzuki
    • F04C210
    • F04C2/10F04C2/082
    • An internal gear oil pump made of Al alloys having less mutual damage property and superior wear resistance is provided. The internal gear oil pump has a casing with a gear compartment, a drive gear, and a driven gear, all of which are the structural members of the internal gear oil pump. The casing is constituted of an Al-alloy casting. The drive gear and the driven gear are constituted of a hot plastic working material of Al—Si alloy powder. The hot plastic working material is constituted of an Al—Si alloy having a structure in which unit crystal phases are dispersed in a base matrix by 10 to 40 area percent. by the structural observation with an optical microscope, the unit. crystal phases being harder than the base matrix. The base matrix is constituted of an Al—Si alloy which contains, on weight basis, 10% to 18% Si, 4% to 8% Fe, 1% to 3% Ni, 1% to 3% Cr, and the balance being Al and incidental impurities. The alloy has a structure in which ultrafine grains of intermetallic compounds and Si are dispersed in the matrix. The unit crystal phases are constituted of an Al—Si alloy which contains, on weight basis, 25% to 40% Si, 1% to 3% Fe, 2% to 6% Ni, 0.3% to 2% Cr, and the balance being Al and incidental impurities. The alloy has a structure in which ultrafine grains of intermetallic compounds and Si, and primary Si crystal grains are dispersed in the matrix of the unit crystal phases.
    • 提供由Al合金制成的内齿轮油泵,具有较小的相互损伤性能和优异的耐磨性。 内齿轮油泵具有齿轮箱,驱动齿轮和从动齿轮的外壳,所有这些都是内齿轮油泵的结构件。 壳体由Al合金铸件构成。 驱动齿轮和从动齿轮由Al-Si合金粉末的热塑性加工材料构成。 热塑性加工材料由具有单晶结晶相分散在基体中10〜40面积%的结构的Al-Si合金构成。 通过光学显微镜的结构观察,单位。 晶相比基体硬。 基体由Al-Si合金构成,以重量计含有10%至18%的Si,4%至8%的Fe,1%至3%的Ni,1%至3%的Cr,余量为 铝和杂质。 该合金具有将金属间化合物和Si的超细晶粒分散在基体中的结构。 单位晶相由Al-Si合金构成,Al-Si合金以重量计含有25%至40%的Si,1%至3%的Fe,2%至6%的Ni,0.3%至2%的Cr,余量 是Al和杂质。 该合金具有金属间化合物的超细晶粒和Si以及初级Si晶粒分散在单晶结晶相的基体中的结构。
    • 43. 发明授权
    • Inverted hybrid thin film magnetic head and method of manufacturing the same
    • 倒置混合薄膜磁头及其制造方法
    • US06259585B1
    • 2001-07-10
    • US09013593
    • 1998-01-26
    • Yoshitaka SasakiMakoto YoshidaNobuya OyamaTsutomu Koyanagi
    • Yoshitaka SasakiMakoto YoshidaNobuya OyamaTsutomu Koyanagi
    • G11B539
    • G11B5/3967G11B5/313
    • An inverted hybrid type thin film magnetic head including a substrate, an inductive recording element provided on the substrate and a magnetoresistive reading element provided on the inductive recording element. The inductive recording element having a first magnetic film provided on an inner surface of a recessed portion formed in the surface of the substrate and on the surface of the substrate to constitute a pole portion, a thin film coil formed within the recessed portion, a gap film formed on the pole portion of the first magnetic film and on an insulating film which supports and isolates coil turns, and a second magnetic film applied on the gap film and having a pole portion which is opposed to the pole portion of the first magnetic film via the gap film. The magnetoresistive reading element includes a magnetoresistive film formed within a shield gap film provided on the second magnetic film and a third magnetic film formed on the shield gap film. The pole portion of the second magnetic film is preferably formed by a protrusion projecting into a groove. A bonding pad electrically connected to one end of the thin film coil is provided on a side wall of a slider such that a center of the bonding pad situates within a pattern of the coil. Remaining bonding pads connected to the other end of the coil as well as to both ends of the magnetoresistive film are also provided on the side wall of the slider.
    • 一种反相混合型薄膜磁头,其包括基板,设置在基板上的感应记录元件和设置在感应记录元件上的磁阻读取元件。 该感应记录元件具有第一磁性膜,该第一磁性膜设置在形成在该基板的表面上的凹部的内表面上,并且在该基板的表面上,构成极部,形成在该凹部内的薄膜线圈, 形成在第一磁性膜的极部上的绝缘膜和支撑并隔离线圈的绝缘膜,以及施加在间隙膜上的具有与第一磁性膜的极部相对的极部的第二磁性膜 通过间隙膜。 磁阻读取元件包括形成在设置在第二磁性膜上的屏蔽间隙膜内的磁阻膜和形成在屏蔽间隙膜上的第三磁性膜。 第二磁性膜的极部优选由突出到槽中的突起形成。 电连接到薄膜线圈的一端的焊盘设置在滑块的侧壁上,使得焊盘的中心位于线圈的图案内。 连接到线圈的另一端以及磁阻膜的两端的剩余焊盘也设置在滑块的侧壁上。
    • 46. 发明授权
    • Asynchronous transfer mode type multimedia radiocommunication system
    • 异步传输模式型多媒体无线电通信系统
    • US5729526A
    • 1998-03-17
    • US663895
    • 1996-06-14
    • Makoto Yoshida
    • Makoto Yoshida
    • H04L27/18H03M13/23H04B7/26H04J11/00H04L1/00H04L5/02H04L12/70H04Q11/04H04W28/06H04J3/02
    • H04L1/0072H04L1/007H04L5/023H04Q11/0478H04L1/0054H04L1/0059H04L2012/5607H04L2012/5651
    • An asynchronous transfer mode type multimedia radiocommunication system including a transmitter and a receiver connected to the transmitter via an asynchronous transfer mode network and wherein accesses to two channel data which communicate by radio and have different levels of communication quality, are performed by the asynchronous transfer mode network. A separator of a transmitter separates input data into L-bit main channel data and one-bit sub channel data. A convolutional coder convolutionally codes the data. Further, a mapper maps the resultant binary information onto crossed I and Q channel axes according to the data by switching for each L bit of the main channel data, thereby enabling transmission of additive information corresponding to data of 1/L the transfer rate. Thereafter, a viterbi decoder of a receiver decodes the information. Further, a sub channel having arbitrary communication quality can be provided by arbitrarily selecting the value (L.sub.min .ltoreq.L) of an L bit.
    • 一种异步传输模式型多媒体无线电通信系统,包括经由异步传输模式网络连接到发射机的发射机和接收机,并且其中通过无线电通信并具有不同级别的通信质量的对两个信道数据的访问是通过异步传输模式 网络。 发射机的分离器将输入数据分为L位主通道数据和一位子通道数据。 卷积编码器对数据进行卷积编码。 此外,映射器通过切换主信道数据的每个L位,根据数据将所得到的二进制信息映射到交叉的I和Q信道轴上,从而能够传输与传输速率1 / L的数据相对应的附加信息。 此后,接收机的维特比解码器解码该信息。 此外,可以通过任意选择L位的值(Lmin