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    • 83. 发明授权
    • Electrode plate with a rounded corner and edge for storage battery
    • 电极板带有圆角和边缘用于蓄电池
    • US06641956B1
    • 2003-11-04
    • US09630168
    • 2000-08-01
    • Hiroyuki SuzukiKyoichi ArigaHiroyuki Takayasu
    • Hiroyuki SuzukiKyoichi ArigaHiroyuki Takayasu
    • H01M470
    • H01M4/70H01M10/0431H01M10/345Y02E60/124
    • An electrode plate of a storage battery includes a rectangular, conducting, porous base plate 12 and a paste 13 containing an active substance, spread over the surfaces of the base plate 12, and filled in the hollow spaces in the base plate by rolling so as to form layers attached to the surfaces of the base plate 12. When shaping the base plate 12, the corners C of the base plate 12 are rounded, and the edge of at least one of the sides S of the base plate 11 is rounded in cross section. Thus, burrs at the corners C and along the sides S are removed so that the exertion of excessive contact pressure on the corners C and the sides S of the base plate is prevented in the assembled state of the storage battery, whereby the occurrence of short circuit is also prevented.
    • 蓄电池的电极板包括矩形的,导电的多孔基板12和含有活性物质的糊状物13,分散在基板12的表面上,并通过轧制填充在基板的中空空间中,以便 以形成附接到基板12的表面的层。当对基板12成形时,基板12的拐角C是圆形的,并且基板11的至少一个侧面S的边缘是圆形的 横截面。 因此,在拐角C和侧面S处的毛刺被去除,从而在蓄电池的组装状态下防止在基板的拐角C和侧面S上施加过大的接触压力,从而发生短路 电路也被防止。
    • 86. 发明授权
    • Sealing device for gas compressor-expander
    • 气体压缩机膨胀机密封装置
    • US06481215B1
    • 2002-11-19
    • US09462742
    • 2000-02-15
    • Kazuo IkegamiMitsuhiro MasudaHiroyuki Suzuki
    • Kazuo IkegamiMitsuhiro MasudaHiroyuki Suzuki
    • F25B900
    • F02G1/0535F25B9/14
    • In a gas compressor-expander according to the invention, a partition wall 19 between a space 21 in the rear of a piston and a crank chamber 12 has a piston rod 22 slidably extending therethrough and a seal device 9 surrounding the piston rod 22. The seal device 9 comprises a first seal member 93 having a high sealing property against a flow from the crank chamber 12 toward the space 21, an intermediate chamber 91 provided in the vicinity of the first seal member 93 at one side thereof toward the space, a second seal member 95 disposed in the vicinity of the intermediate chamber 91 at one side thereof toward the space, and a communication channel 96 for holding the intermediate chamber 91 and the crank chamber 12 in communication with each other. This construction gives a prolonged life to the seal device and prevents impairment of the refrigeration capacity of the gas compressor-expander.
    • 在根据本发明的气体压缩机 - 膨胀机中,在活塞后部的空间21和曲柄室12之间的分隔壁19具有可滑动地延伸穿过的活塞杆22和围绕活塞杆22的密封装置9。 密封装置9包括对从曲柄室12朝向空间21的流动具有高密封性的第一密封构件93,在其一侧朝向空间设置在第一密封构件93附近的中间室91, 第二密封构件95设置在中间室91的一侧附近朝向空间,以及用于保持中间室91和曲柄室12彼此连通的连通通道96。 这种结构使得密封装置寿命延长,并且防止气体压缩机 - 膨胀机的制冷能力的损害。
    • 87. 发明授权
    • Media library apparatus and method of controlling the media library apparatus
    • 媒体库设备和控制媒体库设备的方法
    • US06480971B1
    • 2002-11-12
    • US09448220
    • 1999-11-23
    • Tadashi MatsumotoHiroyuki Suzuki
    • Tadashi MatsumotoHiroyuki Suzuki
    • G06F1100
    • G11B27/322G06F3/0613G06F3/0659G06F3/0686G11B17/225G11B27/002G11B2220/415
    • For each of a plurality of media that are to be simultaneously subjected to a data striping process, a management region is provided where data can be saved separately from an existing substitute sector. When some defect or trouble is found in any one of the media and there is no available substitute sector in that trouble-plagued medium, the data striping process can be carried on, without suspension, by using the management region for data writing purposes. Such arrangements can supplement the capacity of data areas of the substitute sector, which thus allows the data striping process to be appropriately carried on even when the capacity of the substitute sector has been used up. Further, by setting the management region for each of media within a same volume and storing common management information redundantly in the individual management regions, it is possible to avoid unstableness of the media management that would be encountered due to use of non-fixed, transportable media. Further, because the capacity of the management regions can be set as desired by a user, the user can readily know the thus-set capacity whenever necessary, and thus it is possible for the user to ascertain presence of any necessary empty area prior to the data write processing.
    • 对于要同时进行数据条带化处理的多个媒体中的每一个,提供管理区域,其中可以与现有替代扇区分开地保存数据。 当在任何一种媒体中发现一些缺陷或麻烦,并且在该麻烦困扰的介质中没有可用的替代扇区时,可以通过使用用于数据写入的管理区域来进行数据划分过程而不中止。 这样的安排可以补充替代部门的数据区域的能力,从而即使在替代部门的能力已经用完的情况下也能适当地进行数据划分过程。 此外,通过将相同卷内的每个媒体的管理区域设置为冗余地存储在各个管理区域中的共同管理信息,可以避免由于使用非固定的,可运输的 媒体。 此外,由于管理区域的容量可以由用户根据需要进行设定,因此用户可以在需要时容易地知道如此设定的容量,因此用户可以确定存在任何必要的空区域 数据写入处理。