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    • 4. 发明授权
    • Indoor skiing ground facilities having lighting fixtures
    • 具有照明灯具的室内滑雪场地设施
    • US06488590B2
    • 2002-12-03
    • US09802366
    • 2001-03-09
    • Minoru Katayama
    • Minoru Katayama
    • A63G2100
    • A63C19/10
    • In skiing ground facilities having a plurality of artificial snow manufacturing apparatuses of ice crushing type, this invention provides a system that is capable of precisely monitoring the respective artificial snow manufacturing apparatuses. This system comprises a monitoring apparatus, connected to the artificial snow manufacturing apparatus, for monitoring the operation state of each artificial snow manufacturing apparatus. This system has an outer monitoring apparatus, which is provided at an outer monitoring site positioned at a location away from the skiing ground, and is selectively connected to the monitoring apparatus provided at each skiing ground, whereby making it possible to monitor the operation state of each artificial manufacturing apparatus of each skiing ground.
    • 本发明提供一种能够精确地监视各种人造雪地制造装置的滑雪式地面设备,其具有多个人造雪地制冰装置。 该系统包括与人造雪制造装置连接的用于监视每个人造雪地制造装置的操作状态的监视装置。 该系统具有外部监视装置,其设置在位于远离滑雪场的位置处的外部监视位置,并且选择性地连接到设置在每个滑雪场处的监视装置,由此使得可以监视 每个滑雪场的人造制造装置。
    • 5. 发明授权
    • Abnormal noise inspection method for anti-vibration device for vehicle use
    • 用于车辆使用的防振装置的异常噪声检查方法
    • US08214104B2
    • 2012-07-03
    • US12044023
    • 2008-03-07
    • Katsutoshi OhtaMinoru KatayamaTakashi MoriyaYoshinori FujinamiTetsuya Miyake
    • Katsutoshi OhtaMinoru KatayamaTakashi MoriyaYoshinori FujinamiTetsuya Miyake
    • G01M17/04G01M7/02
    • G01M17/04G01M7/025G01M7/04G01M17/007
    • In an abnormal noise inspection method for an anti-vibration device for vehicle use, it is determined whether, during travel of a vehicle in which a supported member is supported to the vehicle body by an anti-vibration device, abnormal noise occurs or not in the passenger compartment owing to the anti-vibration device. The method includes: an input step of mounting to a shaker the anti-vibration device before it is assembled into the vehicle and then inputting vibrations in a predetermined pattern to a supported member-side mounting part of the anti-vibration device; a measurement step of measuring, during the inputting of vibrations, a transmission force output from a vehicle body-side mounting part of the anti-vibration device; an analysis step of frequency analyzing time-series data on the measured transmission force to obtain a power spectrum of the transmission force; and a determination step of estimating, based on the power spectrum of the transmission force and according to a predetermined evaluation criterion, whether a vehicle produces abnormal noise in the passenger compartment when it runs with the anti-vibration device mounted thereon.
    • 在用于车辆用的防振装置的异常噪声检查方法中,确定在通过防振装置将支撑部件支撑到车体的车辆的行驶期间是否发生异常噪声 乘客舱由于防振装置。 该方法包括:输入步骤,在防振装置组装到车辆中之前将振动器安装到振动器上,然后将预定图案的振动输入到防振装置的支撑构件侧安装部分; 在振动输入期间测量从防振装置的车身侧安装部输出的传递力的测量步骤; 频率分析测量的传播力的时间序列数据以获得传播力的功率谱的分析步骤; 以及确定步骤,基于所述传递力的功率谱,并且根据预定的评估标准,当其安装有所述防振装置时,车辆是否在乘客室中产生异常噪声。
    • 6. 发明授权
    • Liquid-filled anti-vibration mounting device
    • 充满液体的防振安装装置
    • US08025273B2
    • 2011-09-27
    • US11939904
    • 2007-11-14
    • Minoru KatayamaKatsutoshi OhtaSumio UchidaYoshiharu Yamamoto
    • Minoru KatayamaKatsutoshi OhtaSumio UchidaYoshiharu Yamamoto
    • F16F5/00
    • F16F13/106
    • In a liquid-filled anti-vibration mounting device suitable such as for an engine mount, an accommodation room containing a rubber movable plate is formed inside a partition member partitioning a liquid chamber into a pressure receiving chamber and a balancing chamber. The partition member includes a pair of division walls, one adjoining the pressure receiving chamber and the other adjoining the balancing chamber. Each division wall is formed with a plurality of communication holes. The communication holes are arranged to undulate at least a portion of the movable plate towards the peripheral edge thereof at specified circumferential intervals or greater by the action of the liquid pressure through the communication holes. The movable plate thus deformed, particularly its portion towards the peripheral edge, has a small area to come into contact with the division walls at a time, which effectively disperses and lessens a shock due to contact.
    • 在适用于发动机支架的充满液体的防振安装装置中,在将液体室分隔成压力接收室和平衡室的分隔部件内形成有容纳橡胶活动板的容纳室。 分隔构件包括一对分隔壁,一对分隔壁邻接压力接收室,另一个邻接平衡室。 每个分隔壁形成有多个连通孔。 连通孔布置成通过通过连通孔的液体压力的作用以特定的圆周间隔或更大的波长使可动板的至少一部分朝向其周边边缘波动。 这样变形的移动板,特别是其朝向周边边缘的部分,具有一小的面积,以便与间隔壁一次接触,这有效地分散并减轻了由于接触引起的冲击。
    • 9. 发明授权
    • Liquid-filled vibration isolator
    • 充液式隔振器
    • US07802777B2
    • 2010-09-28
    • US12487677
    • 2009-06-19
    • Minoru KatayamaNaoki Miyamoto
    • Minoru KatayamaNaoki Miyamoto
    • F16F13/00
    • F16F13/106F16F13/107
    • A liquid-filled vibration isolator has a first orifice channel providing communication between a pressure receiving chamber and a balancing chamber. One of the pressure receiving chamber and the balancing chamber is communicated via a second orifice channel with an intermediate liquid chamber. The second orifice channel has a shorter distance or a larger cross-sectional area than the first orifice channel. An elastic film member, such as a membrane, separates the intermediate liquid chamber and the other of the pressure receiving chamber and the balancing chamber from each other. A communicating hole of a predetermined size is formed in the elastic film member. An imaginary orifice channel combined from the two orifice channels provides a high damping effect on input vibration of relatively low frequency. As the vibration frequency increases, a gradual transition is made to the damping characteristic of the second orifice channel only.
    • 液体填充的隔振器具有提供压力接收室和平衡室之间的连通的第一孔口通道。 压力接收室和平衡室中的一个经由第二孔口通道与中间液体室连通。 第二孔口具有比第一孔口更短的距离或更大的横截面面积。 诸如膜的弹性膜构件将中间液体室和压力接收室和平衡室中的另一个彼此分离。 在弹性薄膜构件中形成预定尺寸的连通孔。 从两个孔口组合的假想孔口通道对相对低频率的输入振动提供高阻尼效应。 随着振动频率的增加,仅对第二孔口的阻尼特性进行逐渐转变。
    • 10. 发明授权
    • Skiing facilities capable of changing shape of surface of ski slope and method for changing shape of surface of ski slope of skiing facilities
    • 能够改变滑雪场表面形状的滑雪设施和改变滑雪设施滑雪坡面形状的方法
    • US06508717B2
    • 2003-01-21
    • US09847029
    • 2001-05-01
    • Minoru Katayama
    • Minoru Katayama
    • A63C1910
    • A63C19/10A63C2203/10
    • Skiing facilities, which supply artificial snow onto the ski slope floor to form a ski slope, the skiing facilities, comprises a movable ski slope floor provided in a part of the ski slope floor along a width direction, a movable floor driving mechanism, which is provided under the ski slope floor, for driving the movable ski slope floor in up and down directions, a cover member, which is provided under the ski slope floor, for covering a gap generated between the movable ski slope floor and the ski slope floor when the movable slope floor is driven, and a cover member driving mechanism, which is provided under the ski slope floor, for closing a gap generated between the movable ski slope floor and the ski slope floor by driving the cover member.
    • 滑雪设备将滑雪场地板上的人造雪形成滑雪场,滑雪设施包括沿着宽度方向设置在滑雪坡地板的一部分中的可移动滑雪坡地板,可动地板驱动机构 设置在滑雪坡地板下面,用于沿上下方向驱动可移动滑雪板地板,设置在滑雪坡板下方的覆盖构件,用于覆盖在可移动滑雪板地板和滑雪板底板之间产生的间隙,当 驱动可移动坡地板,并且设置在滑雪板底板下方的盖构件驱动机构,用于通过驱动盖构件来闭合在可移动滑雪板地板和滑雪板底板之间产生的间隙。