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    • 16. 发明授权
    • Balancer integrated with crankcase
    • 平衡器与曲轴箱结合
    • US08662046B2
    • 2014-03-04
    • US13276759
    • 2011-10-19
    • Masatoshi MatsuoHidenori Tasaka
    • Masatoshi MatsuoHidenori Tasaka
    • F02B75/06F01M9/10
    • F16F15/267F02F7/0068
    • A balancer integrated with a crankcase of an internal combustion engine, including balance shafts that are driven and rotated by a rotational force transmitted from a crankshaft of the internal combustion engine to the balance shafts through an endless transmission member to reduce second order vibration of the internal combustion engine, a tensioner that applies tension to the endless transmission member by pressing an outer surface of the endless transmission member using a hydraulic pressure, a tensioner mounting portion to which the tensioner is mounted, the tensioner mounting portion being integrally formed with the crankcase, and an oil supply portion projectingly disposed along an outer surface of the tensioner mounting portion and integrally formed with the tensioner mounting portion, the oil supply portion supplying the hydraulic pressure to the tensioner through the tensioner mounting portion.
    • 一种与内燃机的曲轴箱一体化的平衡器,包括平衡轴,所述平衡轴通过环形传动构件从内燃机的曲轴传递到平衡轴的旋转力而被驱动和旋转,以减少内部的第二级振动 内燃机,通过使用液压压迫环形传递构件的外表面而向无端传递构件施加张力的张紧器;张紧器安装在其上的张紧器安装部,与曲轴箱一体形成的张紧器安装部, 以及沿张紧器安装部的外表面突出设置并与张紧器安装部一体形成的供油部,所述供油部通过张紧器安装部向张紧器供给液压。
    • 18. 发明申请
    • Mobile-object terminal device, mobile-object-function restriction system and method, and record medium
    • 移动对象终端设备,移动对象功能限制系统和方法以及记录介质
    • US20070142068A1
    • 2007-06-21
    • US10593031
    • 2005-05-31
    • Masatoshi Matsuo
    • Masatoshi Matsuo
    • H04B7/00H04Q7/20
    • H04W48/04H04M1/66H04M1/72577H04W8/18
    • A mobile-object-function restriction system executes function restriction in a function-limited area, gives benefit in compensation for the executed function restriction, and releases the function restriction in emergency. In the system, a transmitting device (200) transmits, to a mobile-object terminal device (100), mobile-object information including function restriction information, emergency information for releasing function restriction in emergency, and benefit information to give benefit in compensation for the executed function restriction. A receiving unit (10) receives the mobile-object information and stores it to an information storage unit (50). A function restriction unit (60), upon receipt of function start direction issued by a functional means, permits or restricts the execution of the function concerned, with reference to the function restriction information and the emergency information stored in the information storage unit (50). The receiving unit determines and accumulates benefit chosen from the benefit information in compensation for the executed function restriction.
    • 移动对象功能限制系统在功能限制区域中执行功能限制,对执行的功能限制进行补偿,在紧急情况下释放功能限制。 在该系统中,发送装置(200)向移动对象终端装置(100)发送包括功能限制信息的移动对象信息,紧急情况下的用于释放功能限制的紧急信息以及利益信息,以便对 执行功能限制。 接收单元(10)接收移动对象信息并将其存储到信息存储单元(50)。 参照功能限制信息和存储在信息存储单元(50)中的紧急信息,功能限制单元(60)在接收到由功能装置发出的功能开始方向后,允许或限制相关功能的执行, 。 接收单元确定并累积从所述利益信息中选择的利益,以补偿所执行的功能限制。
    • 19. 发明授权
    • Method of simulating indoor behavior of pesticidal compound
    • 模拟农药化合物室内行为的方法
    • US06810371B1
    • 2004-10-26
    • US09101236
    • 1998-07-06
    • Yoshihide MatobaMasatoshi Matsuo
    • Yoshihide MatobaMasatoshi Matsuo
    • G06G748
    • G06F17/5009
    • The present invention relates to a method of simulating an indoor behavior of a pesticidal compound, and aims to provide a simulation method which can process simultaneous differential equations necessary for simulation accurately in a short time, and to evaluate safety of the compound with respect to a human body. The simulation method includes a step of dividing an indoor environment into predetermined media and forming a differential equation concerning a fugacity of the compound in each of the media; a step of determining the fugacity of the compound in each of the media from the differential equation; a step of determining the indoor behavior of the compound from the fugacity of the compound in each of the media; a step of changing, in response to a fluctuation in mass balance of the compound indoors, a minute time unit used when solving the differential equation; and a step of evaluating, according to the indoor behavior of the compound, safety of the compound with respect to the human body.
    • 本发明涉及一种模拟农药化合物室内行为的方法,其目的在于提供一种模拟方法,该方法能够在短时间内精确地处理模拟所需的同时微分方程,并且评估化合物相对于 人体。 模拟方法包括将室内环境划分成预定介质并形成关于每个介质中化合物的逸度的微分方程的步骤; 从微分方程中确定每种介质中化合物的逸度的步骤; 从化合物在每种介质中的逸度确定化合物的室内行为的步骤; 响应于化合物室内的质量平衡的波动而改变的步骤是在求解微分方程时使用的微小时间单位; 以及根据化合物的室内行为评估化合物相对于人体的安全性的步骤。