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    • 51. 发明授权
    • Conduit-supporting structure for a small watercraft
    • 小型船只的导管支撑结构
    • US06925948B2
    • 2005-08-09
    • US10667156
    • 2003-09-19
    • Jun Nakajima
    • Jun Nakajima
    • B63H11/08B63B17/00B63B35/73B63B43/12B63H21/38F01P11/04B63B5/24
    • B63B17/00B63B35/731B63B43/12B63B2231/50F01P11/04
    • A conduit-supporting structure for a small watercraft allows the number of conduit guide components to be reduced, and the required number of processes in piping and wiring to be reduced during assembly. A vessel body includes a hull 14, constituting the lower portion thereof, and a deck for covering on top of the hull. A floatation insert block F1 is disposed between the hull 14 and the deck, and the block F1 is made with a supporting groove F1a formed therein, for guiding conduit such as a pipe and/or a cable. The conduit is guided along the supporting groove F1a, and is supported in the supporting groove F1a by being pushed therein, taking an advantage of the resiliency of the floatation insert block F1.
    • 用于小型船舶的管道支撑结构允许减少管道引导部件的数量,并且在组装期间要减少管道和接线中所需要的工艺数量。 船体包括构成其下部的船体14和用于覆盖在船体顶部的甲板。 浮体插入块F 1设置在船体14和甲板之间,并且块F 1由形成在其中的支撑槽F 1a制成,用于引导诸如管道和/或缆索的导管。 导管沿着支撑槽F 1a被引导,并且借助于浮动插入块F 1的弹性的优点被支撑在支撑槽F 1a中。
    • 52. 发明授权
    • Personal watercraft
    • 个人船只
    • US06761601B2
    • 2004-07-13
    • US10282100
    • 2002-10-29
    • Jun NakajimaYoshiaki Noda
    • Jun NakajimaYoshiaki Noda
    • B63H210
    • F02M35/168B63B35/731B63H21/24F02B61/045
    • To provide a personal watercraft such that sea water or water can be prevented from being accumulated in an intake system equipment, and sea water or water can be prevented from penetrating into an engine even if the sea water or water should have penetrated into a watercraft body. A personal watercraft has a structure in which a watercraft body includes a hull constituting a lower portion of the watercraft body and a deck constituting an upper portion of the watercraft body. An engine is mounted in a space surrounded by the watercraft body. An intake system of the engine is provided with a vertically elongate air box. A lower portion of the air box is provided with first and second air suction ports. An inlet of an air passage for leading air from the air box to the engine is opened in the upper half of the air box.
    • 为了提供一种个人船舶,使得可以防止海水或水积聚在进气系统设备中,并且即使海水或水应该已经穿透到船体中,也可以防止海水或水渗入发动机 。 个人船舶具有船体本体包括构成船体的下部的船体和构成船体的上部的甲板的结构。 发动机安装在由船只身体包围的空间内。 发动机的进气系统设有垂直细长的气箱。 空气箱的下部设置有第一和第二空气吸入口。 用于将空气从空气箱引导到发动机的空气通道的入口在空气箱的上半部分中打开。
    • 54. 发明授权
    • Personal watercraft
    • 个人船只
    • US06726514B2
    • 2004-04-27
    • US10283255
    • 2002-10-30
    • Jun NakajimaYoshiaki Noda
    • Jun NakajimaYoshiaki Noda
    • B63H2138
    • F02M35/168B63B35/731B63B2029/043B63H21/24B63H21/30F02B61/045
    • A personal watercraft capable of preventing sea water or other water from remaining in intake system components. A personal watercraft is configured such that a saddle-type seat is disposed at approximately a central portion of a body. An engine is mounted under the seat with an axial line of the engine extending in the longitudinal direction of the body with cylinders provided in the engine extending along the longitudinal direction of the body. First to fourth intake pipes communicate with the cylinders and extend from a side surface of the engine. An air box for containing the first to fourth intake pipes is disposed in a space between the engine and a left side wall. The air box includes, at its portion in front of or behind the first to fourth intake pipes, a swelled portion swelled inwardly of the body in the width direction. An air suction port is formed in a lower portion of the swelled portion.
    • 能够防止海水或其他水残留在进气系统部件中的个人船只。 个人船舶构造成使得鞍座式座椅设置在身体的大致中心部分处。 发动机安装在座椅下面,发动机的轴线沿主体的纵向方向延伸,其中设置在发动机中的气缸沿主体的纵向方向延伸。 第一至第四进气管与气缸连通并从发动机的侧面延伸。 用于容纳第一至第四进气管的空气箱设置在发动机和左侧壁之间的空间中。 空气箱在其第一至第四进气管前面或后面的部分包括在宽度方向上向内膨胀的膨胀部分。 在膨胀部的下部形成有吸气口。
    • 56. 发明授权
    • Memory management system for the time-wise management of memory
    • 内存管理系统,用于时间管理内存
    • US5623639A
    • 1997-04-22
    • US468185
    • 1995-06-06
    • Masatomo YazakiJun Nakajima
    • Masatomo YazakiJun Nakajima
    • G06F9/46G06F12/02G06F12/08
    • G06F12/08
    • The present invention relates to a time management system for a memory for processing a time-series data, such as animation image and a sound data. The time-series data is managed on a timewise basis so that it is possible to transfer the time-series data into a real memory without a swap-out/swap-in operation. The present invention includes a memory unit 5, a time measuring unit 3 including a time managing table 31 to manage a timing for acquisition/release of an area in the memory unit, and an area managing unit 4 including a user area time managing table 41 to manage the memory unit on a timewise basis in accordance with an area acquisition signal and an area release signal transferred from the time measuring unit. When the time measuring unit 3 detects a designated time, it requests an acquisition of the memory unit from the area managing unit 4, and when the time measuring unit 3 detects a time-out of the designated time, it sends a release of the memory unit request to the area managing unit 4.
    • 本发明涉及一种用于处理诸如动画图像和声音数据的时间序列数据的存储器的时间管理系统。 时间序列数据在时间上被管理,使得可以将时间序列数据传送到实际存储器中,而不需要交换/交换操作。 本发明包括存储单元5,时间测量单元3,其包括用于管理存储单元中的区域的获取/释放的定时的时间管理表31以及包括用户区域时间管理表41的区域管理单元4 根据从时间测量单元传送的区域获取信号和区域释放信号,时间地管理存储器单元。 当时间测量单元3检测到指定时间时,它从区域管理单元4请求获取存储器单元,并且当时间测量单元3检测到指定时间的超时时,它发送存储器的释放 单元请求到区域管理单元4。
    • 59. 发明授权
    • Management system for managing computer system comprising multiple monitoring-target devices
    • 用于管理包括多个监控目标设备的计算机系统的管理系统
    • US09244800B2
    • 2016-01-26
    • US13991671
    • 2012-09-03
    • Jun NakajimaMasataka Nagura
    • Jun NakajimaMasataka Nagura
    • G06F11/00G06F11/30G06F11/07G06F11/22G06F11/14
    • G06F11/079G06F11/0709G06F11/0727G06F11/0751G06F11/0793G06F11/1484G06F11/2257G06F11/3051
    • A management system manages a computer system including multiple monitoring-target devices. A storage device of the management system stores a general rule, general plan information, unresolved information, and configuration information. A control device of the management system creates multiple expanded rules based on the general rule and the configuration information, and if an event related to any of the multiple monitoring-target devices has occurred, identifies, based on the multiple expanded rules, a first conclusion event constituting a candidate for the cause of the occurred event, creates, based on the general plan information, one or more expanded plans, which are recovery plans that can be implemented if the first conclusion event is a cause, identifies an unresolved event based on the unresolved information, identifies a risk site based on the identified unresolved event, and displays data showing the first conclusion event, expanded plan, and risk site.
    • 管理系统管理包括多个监控目标设备的计算机系统。 管理系统的存储装置存储一般规则,一般计划信息,未解决的信息和配置信息。 管理系统的控制装置基于通用规则和配置信息创建多个扩展规则,并且如果发生与多个监控目标设备中的任一个有关的事件,则基于多个扩展规则识别第一结论 构成事件原因的候选人的事件根据总体规划信息创建一个或多个扩展计划,即如果第一个结论事件是原因可以实现的恢复计划,则基于以下原因识别未解决的事件: 未解决的信息,基于所识别的未解决事件识别风险站点,并显示显示第一个结论事件,扩展计划和风险站点的数据。