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    • 95. 发明申请
    • Simulator System
    • 模拟器系统
    • US20070282587A1
    • 2007-12-06
    • US11660492
    • 2006-01-19
    • Tetsuya SatoKunihiko WatanabeHiroshi Hirano
    • Tetsuya SatoKunihiko WatanabeHiroshi Hirano
    • G06F19/00
    • G06F17/5009
    • Provided is a simulator system by which simulations as to a temporally and/or spatially changing event are executed at both macro layer and micro layer. The simulator system comprises an upper layer processor and a lower layer processor for executing simulation processes as to an upper layer and a lower layer, which are different from each other in scale, respectively, a multiplier connecting these layer processors, an integrated processing system including an allocator, which divides a simulation program to allocate to the respective layer processors, and a data storing unit, wherein the multiplier has an upper layer control unit connected to the upper layer processor and a lower layer control unit connected to the lower layer processor, and the upper layer control unit and the lower layer control unit are so constructed that informations are exchangeable with each other. The result of the simulation in each layer is utilized as information for a simulation in another layer.
    • 提供了一种模拟器系统,通过该模拟器系统在宏观层和微层两者都执行关于时间和/或空间变化事件的模拟。 模拟器系统包括上层处理器和下层处理器,用于分别执行与规模不同的上层和下层的仿真处理,连接这些层处理器的乘法器,包括 分配器,其将模拟程序划分给各个层处理器;以及数据存储单元,其中所述乘法器具有连接到所述上层处理器的上层控制单元和连接到所述下层处理器的下层控制单元, 并且上层控制单元和下层控制单元被构造成使得信息彼此可交换。 每层仿真的结果被用作另一层仿真的信息。
    • 97. 发明授权
    • Inductive coupling apparatus for charging an electric car
    • 用于对电动汽车充电的感应耦合装置
    • US5929599A
    • 1999-07-27
    • US33794
    • 1998-03-03
    • Kunihiko WatanabeToshiro Shimada
    • Kunihiko WatanabeToshiro Shimada
    • H01F38/14H02J7/00H01F27/08
    • H01F38/14B60L11/182B60L2230/14Y02T10/7005Y02T10/7088Y02T90/122Y02T90/14
    • An inductive coupling apparatus charges a storage device in an electric car by means of an external power source apparatus. The inductive coupling apparatus includes a coil unit assembly comprising a primary coil unit (10) and a secondary coil unit (20). The primary and secondary coil units (10, 20) comprise primary and secondary coils (12, 22) and primary and secondary cores (11, 21) for supporting the respective coils (12, 22). Spacers (13, 23) are mounted on arms (11A, 21A) of the cores (11, 21) of the units (10, 20) so that the coils (12, 22) are spaced apart from the peripheral surfaces of the arms (11A, 21A), thereby forming gaps (11D, 21D) between the arms (11A, 21A) and the coils (12, 22) to flow a cooling medium such as air therebetween. When the coils (12, 22) radiate a heat upon charging, the cooling media which flow in the gaps (11D, 21D) absorb the heat from the cores (11, 21). This prevents the heat from being accumulated in spaces between the cores (11, 21) and the coils (12, 22) and suppresses the cores (11, 21) from a rise in temperature.
    • 电感耦合装置借助于外部电源装置对电动车中的存储装置进行充电。 感应耦合装置包括一个包括初级线圈单元(10)和次级线圈单元(20)的线圈单元组件。 初级和次级线圈单元(10,20)包括用于支撑相应线圈(12,22)的初级和次级线圈(12,22)和初级和次级铁芯(11,21)。 间隔件(13,23)安装在单元(10,20)的芯(11,21)的臂(11A,21A)上,使得线圈(12,22)与臂的外周表面间隔开 (11A,21A),从而在臂(11A,21A)和线圈(12,22)之间形成间隙(11D,21D),以使诸如空气之类的冷却介质流动。 当线圈(12,22)在充电时散发热量时,在间隙(11D,21D)中流动的冷却介质从芯(11,21)吸收热量。 这防止了热量积聚在芯(11,21)和线圈(12,22)之间的空间中,并且抑制了芯(11,21)的温度上升。
    • 98. 发明授权
    • Automatic accompaniment device capable of selecting a desired
accompaniment pattern for plural accompaniment components
    • 自动伴奏装置能够选择多个伴奏部件的所需伴奏模式
    • US5756917A
    • 1998-05-26
    • US423149
    • 1995-04-17
    • Kunihiko WatanabeMasao SakamaYutaka TohgiHiroyuki OhbaEiichiro AokiShigehiko Mizuno
    • Kunihiko WatanabeMasao SakamaYutaka TohgiHiroyuki OhbaEiichiro AokiShigehiko Mizuno
    • G10H1/36G10H1/42G10H7/00
    • G10H1/42G10H1/36G10H2210/361G10H2230/285G10H2230/305G10H2230/315G10H2230/325G10H2230/331G10H2230/341G10H2230/351G10H2250/365
    • A pattern memory stores plural accompaniment patterns for each of plural accompaniment components, and each of the accompaniment components is composed of one or more musical instrument parts. An operator is provided for selecting a desired accompaniment pattern for each of the components, and the accompaniment patterns correspond, in accordance with a predetermined rule, to different possible manners in which the operator is actuated, so that a specific accompaniment pattern corresponding to a manner in which the operator is actually actuated. A new accompaniment pattern is registered into the pattern memory in accordance with the predetermined rule. Information indicative of the predetermined rule may be shown on a display. The pattern memory may store accompaniment patterns for each of plural different accompaniment styles, and specific accompaniment patterns may by shared between the accompaniment styles. There are proposed various variations to select a desired accompaniment pattern for each accompaniment component. Further, it is also possible to selectively read out a predetermined part of a specific accompaniment pattern and to set such a condition to prevent a specific accompaniment from being read out. Moreover, it is possible to read out a specific accompaniment pattern which satisfies a predetermined retrieval condition or which is close to a desired accompaniment pattern. It is also possible to read out plural accompaniment patterns in sequence for sequential reproductive performance.
    • 图案存储器存储多个伴奏部件中的每一个的多个伴奏图案,并且每个伴奏部件由一个或多个乐器部件组成。 提供操作者用于为每个组件选择期望的伴奏模式,并且伴奏模式根据预定规则对应于操作者被致动的不同可能方式,使得对应于一种方式的特定伴奏模式 其中操作者实际上被致动。 根据预定规则,新的伴奏图案被登记到图案存储器中。 可以在显示器上显示指示预定规则的信息。 图案存储器可以存储多种不同伴奏风格中的每一种的伴奏模式,并且可以通过在伴奏风格之间共享特定伴奏模式。 提出了各种变化来为每个伴奏组件选择期望的伴奏模式。 此外,还可以选择性地读出特定伴奏模式的预定部分并设置这样的条件以防止特定伴奏被读出。 此外,可以读出满足预定检索条件或接近期望伴奏图案的特定伴奏图案。 也可以顺序地读出多个伴奏图案以进行顺序再生性能。