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    • 2. 发明授权
    • IC card
    • IC卡
    • US4933540A
    • 1990-06-12
    • US169459
    • 1988-03-17
    • Makoto OmoriToshinobu BanjoShigeo Onoda
    • Makoto OmoriToshinobu BanjoShigeo Onoda
    • B42D15/10G06K19/077
    • G06K19/07743
    • An IC card has a shutter reciprocatively mounted on a frame in order to protect a plurality of external-element connection terminals which are mounted on the frame. Guide grooves formed in the frame include those which receive corresponding projections formed on spring-mounting portions of the shutter to keep the projections in engagement therewith, thereby enabling both the base portion and the spring-mounting portion of the shutter to be guided. End portions at one end of those guide grooves determine a position of the shutter such that the shutter is prevented from overshooting the frame. Thus, the IC card is capable of ensuring stable opening and closing action of the shutter.
    • 一个IC卡具有一个往复式安装在框架上的挡板,以便保护安装在框架上的多个外部元件连接端子。 形成在框架中的引导槽包括接收形成在活门的弹簧安装部分上的相应突起以保持突起与其接合,从而能够引导闸板的基部和弹簧安装部分两者的引导槽。 这些导向槽的一端的端部确定快门的位置,从而防止快门超过框架。 因此,IC卡能够确保快门的稳定的打开和关闭动作。
    • 5. 发明授权
    • Apparatus for manufacturing semiconductor and method of manufacturing
semiconductor
    • 半导体制造装置及半导体制造方法
    • US5445677A
    • 1995-08-29
    • US241572
    • 1994-05-12
    • Yoshinobu KawataToshinobu Banjo
    • Yoshinobu KawataToshinobu Banjo
    • H01L21/205C23C16/04C23C16/44C23C16/455C23C16/458H01L21/683C23C16/00
    • C23C16/45565C23C16/04C23C16/45508C23C16/45521C23C16/4586H01L21/6838
    • A treatment utilizing chemical vapor deposition is conducted on a major treatment surface (14) of a semiconductor substrate (8) under the condition where the semiconductor substrate (8) is held on a bottom surface of a stage (10) by suction force which is caused by reducing pressure in a vacuum pocket (13). In such a treatment, inert gas supplied by an inert gas feeder (24) is fed through a fluid duct (43) and inert gas feed holes (52) to an inert gas jetting gap (32) which is a space between an outermost circular surface (31) of an outer portion of a substrate holding surface (11) and a reverse major surface (12) of the semiconductor substrate (8). The inert gas is jetted out of the inert gas jetting gap (32) to a reaction chamber (6). Jets of the inert gas prevents undesirable objects or reaction byproduct (34) from easily penetrating in an inner region of the substrate holding surface (11). Thus, deposition of the reaction byproduct is prevented, and reduction of strength of holding the semiconductor substrate by suction force is avoided. As a result, operating efficiency of a semiconductor manufacturing apparatus and the yield are enhanced.
    • 在半导体基板(8)通过抽吸力将其保持在台(10)的底面上的状态下,在半导体基板(8)的主处理表面(14)上进行利用化学气相沉积的处理, 由真空口袋(13)中的压力降低引起的。 在这种处理中,由惰性气体供给器(24)供应的惰性气体通过流体管道(43)和惰性气体供给孔(52)供给到惰性气体喷射间隙(32),惰性气体喷射间隙(32)是最外圆 衬底保持面(11)的外部部分的表面(31)和半导体衬底(8)的反向主表面(12)。 将惰性气体从惰性气体喷射间隙(32)喷射到反应室(6)。 惰性气体的喷射可防止不期望的物体或反应副产物(34)容易地渗透到基板保持表面(11)的内部区域中。 因此,防止反应副产物的沉积,并且避免了通过抽吸力来保持半导体衬底的强度的降低。 结果,提高了半导体制造装置的工作效率和成品率。
    • 9. 发明授权
    • Resin molding apparatus
    • 树脂成型装置
    • US07390188B2
    • 2008-06-24
    • US11387842
    • 2006-03-24
    • Toshinobu BanjoShigeru HirataMasanori Shirasawa
    • Toshinobu BanjoShigeru HirataMasanori Shirasawa
    • B29C45/64
    • B29C45/1761B29C45/1744B29C2045/1763
    • A resin molding apparatus includes a fixing member to which a top mold is attached, a movable member to which a bottom mold is attached, a push-up member provided below the movable member, a drive mechanism moving the push-up member in upward/downward direction, and a flexible joint provided between the movable member and the push-up member. The push-up force of the drive mechanism is transmitted from the push-up member via the flexible joint to the movable member. Thus, a crack does not occur at a connection portion between the push-up member and the movable member. Therefore, a gap is not created between the top mold and the bottom mold. As a result, an excellent molded product is formed.
    • 树脂成形装置包括:固定部件,顶模附着到该固定部件,安装有底模的可动部件,设置在可动部件的下方的上推部件,将上推部件向上方移动的驱动机构, 以及设置在可动构件和上推构件之间的柔性接头。 驱动机构的上推力从上推构件通过柔性接头传递到可动构件。 因此,在上推构件和可动构件之间的连接部分处不会发生裂纹。 因此,在顶模和底模之间不产生间隙。 结果,形成了优异的模制品。