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    • 43. 发明授权
    • Dielectric element and method for fabricating the same
    • 介电元件及其制造方法
    • US06787412B2
    • 2004-09-07
    • US10458199
    • 2003-06-11
    • Akira HashimotoYoshimi SatoAtsushi KawakamiHideya KobariTetsuya Nakajima
    • Akira HashimotoYoshimi SatoAtsushi KawakamiHideya KobariTetsuya Nakajima
    • H01L218242
    • H01L28/75H01L28/55Y10S438/957
    • It is disclosed a dielectric element comprising a lower electrode, a dielectric layer, and an upper electrode which are provided on a substrate, in which at least one of the electrodes is a Pt layer, a Ru layer is used as a base layer for the Pt layer. In the fabrication of the dielectric element, the Pt layer is formed by electroplating, a photoresist pattern is used as a plating mask, and an Ru layer is formed as a seed layer. The present invention makes it possible to provide a dielectric element using Pt as an electrode material, that is capable of easily forming a Pt electrode having excellent electrical characteristics without generating voids or seams, that is capable of forming a fine pattern, and that does not occur contamination in a processing chamber, and a method for fabricating a dielectric element of having the characteristics mentioned above.
    • 公开了一种介电元件,其包括设置在基板上的下电极,电介质层和上电极,其中至少一个电极为Pt层,Ru层用作基极层 Pt层。 在电介质元件的制造中,通过电镀形成Pt层,使用光致抗蚀剂图案作为电镀掩模,并且形成Ru层作为籽晶层。 本发明使得可以提供使用Pt作为电极材料的电介质元件,其能够容易地形成能够形成精细图案的电气特性优异的Pt电极而不产生空隙或接缝,并且不 在处理室中发生污染,以及具有上述特征的制造电介质元件的方法。
    • 47. 发明授权
    • Tape cartridge-holding mechanism and tape printing apparatus including the same
    • 盒式磁带保持机构及包括其的带式打印装置
    • US06406202B1
    • 2002-06-18
    • US09600969
    • 2000-07-25
    • Teruhiko UnnoAkira HashimotoTakuya SuetaniTomoki NakamuraNobuyuki Horii
    • Teruhiko UnnoAkira HashimotoTakuya SuetaniTomoki NakamuraNobuyuki Horii
    • B41J3522
    • B41J15/044B41J3/4075
    • There are provided a tape cartridge-holding mechanism which is capable of reliably and immovably holding a tape cartridge in a cartridge compartment without spoiling the ease of mounting and removal of the tape cartridge, and a tape printing apparatus including the tape cartridge-holding mechanism. The tape cartridge-holding mechanism comprises a lid for opening/closing a cartridge compartment, at least one pair of left and right holding nails for engaging with a tape cartridge mounted in the cartridge compartment and thereby sandwiching the tape cartridge such that the holding nails press the tape cartridge against a bottom surface of the cartridge compartment, and an urging mechanism arranged in contact with at least one of the pair of holding nails, for urging the holding nail in a direction of sandwiching the tape cartridge as closing operation of the lid is carried out.
    • 提供一种磁带盒保持机构,其能够可靠地且不可移动地将磁带盒保持在磁带盒中,而不会破坏磁带盒的安装和拆卸的容易性,以及包括磁带盒保持机构的带式打印设备。 带盒保持机构包括用于打开/关闭盒室的盖,至少一对左右保持指甲,用于与安装在盒室中的带盒卡合,从而夹住带盒,使得保持钉按压 所述带盒抵靠所述盒室的底表面,以及推压机构,其布置成与所述一对保持钉中的至少一个接触,用于在所述盖的关闭操作时沿夹持所述带盒的方向推压所述夹持钉, 执行。
    • 48. 发明授权
    • Rotary type regenerative heat exchanger
    • 旋转式再生式热交换器
    • US06328094B1
    • 2001-12-11
    • US09192035
    • 1998-11-13
    • Yasushi MoriAkira HashimotoJunichi Miyagawa
    • Yasushi MoriAkira HashimotoJunichi Miyagawa
    • F23L1502
    • F28D19/047Y10S165/018
    • There is provided a rotary type regenerative heat exchanger which can effectively prevent an air bypass leak or a gas bypass leak. A rotary type regenerative heat exchanger of the present invention has a rotor (4) rotating around a central shaft (2), a heat accumulator (8) which is constructed in a manner that an air (A) of being a heated fluid and a gas (G) of being a heating fluid filled in the rotor alternately pass therethrough by a rotation of the rotor to repeat heat accumulation and radiation, and a housing provided so as to house the rotor. Further, the rotary type regenerative heat exchanger comprises: a branch pipe (41, 47, 55) for taking out a part of the heating fluid; a seal gas fan (42, 48, 56) for pressurizing the taken-out heating fluid to a predetermined pressure; and a seal gas introducing duct (46, 52) which is provided in the housing so as to introduce the pressurized heating fluid into a predetermined space formed between the rotor and the housing.
    • 提供了可以有效地防止空气旁路泄漏或气体旁路泄漏的旋转式再生式热交换器。 本发明的旋转型再生式热交换器具有围绕中心轴(2)旋转的转子(4),蓄热器(8),其以被加热流体的空气(A)和 作为填充在转子中的加热流体的气体(G)通过转子的旋转而交替地通过,以重复热量积聚和辐射,以及设置成容纳转子的壳体。 此外,旋转型再生式热交换器包括:用于取出一部分加热流体的分支管(41,47,55); 用于将取出的加热流体加压到预定压力的密封气体风扇(42,48,56); 以及密封气体导入管道(46,52),其设置在壳体中,以将加压的加热流体引入到形成在转子和壳体之间的预定空间中。
    • 50. 发明授权
    • Fixing structure of link and pin of travelling crawler belt, and fixing method thereof
    • 行走履带的连杆和销的固定结构及其固定方法
    • US06270173B1
    • 2001-08-07
    • US09396339
    • 1999-09-15
    • Akira HashimotoTeiji YamamotoHiroyuki NakaishiKenichi HisamatsuSeiji Miyaura
    • Akira HashimotoTeiji YamamotoHiroyuki NakaishiKenichi HisamatsuSeiji Miyaura
    • F16G1306
    • F16G13/06B21K25/00B21L9/065B62D55/21
    • In a travelling crawler belt in which a pair of left and right links are connected by pins respectively press-fitted into the corresponding links, a fixing end surface of the pin or the links is continuously and locally pressed and deformed in an axial direction of the pin from the fixing end surface, along an inner or outer peripheral portion of an opening of a pin-press-fit hole. Then, a part of the opening peripheral portion of the end of the pin or the link is enlarged or reduced in diameter, so that the diametrically increased or reduced portion is retained and fixed to a mating retaining space. With this fixing method, it is possible to easily and strongly couple the links and the pin, and to obtain a fixing structure of the links and the pin for a crawler belt capable of sufficiently securing a holding force of the pin in the axial direction. When the pin is fixed at the time of the assembling of the pin, an existing press can be used without requiring any exclusive machine, and it is possible to easily and reliably assemble the links and the pin for the crawler belt.
    • 在其中一对左右连杆通过分别压配合到相应连杆中的销连接的行驶履带中,销或连杆的固定端面在轴向方向上连续地局部地按压和变形 销从固定端表面沿着针压配合孔的开口的内周或外周部分。 然后,销或端子的端部的开口周边部分的一部分的直径被扩大或减小,使得直径增大或缩小的部分保持并固定到配合保持空间​​。 通过这种固定方法,可以容易且牢固地连接链节和销,并且获得能够充分确保销在轴向方向上的保持力的履带和销的销的固定结构。 当销的组装时销被固定时,可以使用现有的压力机,而不需要任何专用机器,并且可以容易且可靠地组装用于履带的连杆和销。