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    • 3. 发明授权
    • Vibration-preventing rubber device
    • 防震橡胶装置
    • US4781361A
    • 1988-11-01
    • US881954
    • 1986-07-03
    • Katsunori MakibayashiKenji MuraseMotoo Kunihiro
    • Katsunori MakibayashiKenji MuraseMotoo Kunihiro
    • F16F13/18B62D27/04F16F3/08F16F13/00F16F13/24
    • F16F13/24
    • This invention relates to a vibration-preventing device wherein a partition wall is positioned outside of an inner cylinder and is interposed between an upper plate and a lower plate. The partition wall includes a hub portion. The upper plate and lower plate are connected to the inner cylinder. An upper vibration-preventing rubber member and an upper elastic film are interposed between the partition wall and the upper plate and cooperate to define an enclosure which functions as an upper damper liquid chamber. A lower vibration-preventing rubber member and a lower elastic film are interposed between the partition wall and the lower plate and cooperate to form an enclosure which functions as a lower damper liquid chamber. The upper damper liquid chamber communicates with the lower damper liquid chamber through an orifice. An elastic element in a cylindrical form or the like is interposed between confronting parts of an outer peripheral surface of the inner cylinder and an inner peripheral surface of the hub of the partition wall.
    • 防震装置技术领域本发明涉及一种防振装置,其中分隔壁位于内筒外部并且介于上板和下板之间。 分隔壁包括轮毂部分。 上板和下板连接到内筒。 上部防振橡胶构件和上部弹性膜插入在分隔壁和上部板之间,并配合以限定用作上部阻尼液体室的外壳。 在隔壁和下板之间插入有较低的防振橡胶构件和下弹性膜,并配合形成用作下阻尼器液室的外壳。 上阻尼液体室通过孔与下阻尼液体室连通。 圆柱形的弹性元件等插入在内筒的外周面的相对部分和分隔壁的轮毂的内周面之间。
    • 4. 发明授权
    • Vibration-preventing rubber device
    • 防震橡胶装置
    • US4753421A
    • 1988-06-28
    • US881955
    • 1986-07-03
    • Katsunori MakibayashiKenji MuraseMotoo Kunihiro
    • Katsunori MakibayashiKenji MuraseMotoo Kunihiro
    • F16F13/06B62D27/04F16F3/08F16F13/00F16F13/24
    • F16F13/24
    • This invention relates to a vibration-preventing rubber device in which a partition wall having a hub is positioned outside an inner cylinder and is interposed between an upper plate and a lower plate which are connected to the inner cylinder. An upper vibration-preventing rubber member is interposed between the partition wall and the upper plate and cooperates with the partition wall and the upper plate to define an upper damper liquid chamber. A lower vibration-preventing rubber member is interposed between the partition wall and the lower plate and cooperates with the partition wall and the lower plate to define a lower damper liquid chamber. The upper damper liquid chamber communicates with the lower damper liquid chamber through an orifice. The orifice is formed from a long curved pipe in the shape of a helix or the like.
    • 本发明涉及一种防振橡胶装置,其中具有轮毂的分隔壁位于内筒的外侧并且介于与内筒连接的上板和下板之间。 上部防振橡胶构件插入在分隔壁和上板之间,与分隔壁和上板配合以限定上阻尼液体室。 在隔壁和下板之间插入有较低的防振橡胶构件,与分隔壁和下板配合形成下阻尼液室。 上阻尼液体室通过孔与下阻尼液体室连通。 孔由螺旋形等的长弯曲管形成。
    • 6. 发明授权
    • Gas discharge panel information read-out system
    • 排气板信息读出系统
    • US3939454A
    • 1976-02-17
    • US493124
    • 1974-07-30
    • Shizuo AndohKenji Murase
    • Shizuo AndohKenji Murase
    • H04N5/66G09G3/291G11C11/28G11C7/00
    • G11C11/28
    • A system for reading out information in a plasma display memory panel having a set of X and a set of Y electrodes is disclosed in which a forward current is conducted through unidirectional conducting devices having a charge storage effect, for example, charge storage diodes, connected to the X or Y electrodes; a read voltage is applied to one of a selected one of the Y sets of and X electrodes; a charging current due to the read voltage is conducted through the charge storage diodes in a backward direction making use of their backward recovery time; a gas discharge current, after the charging current terminates, flows in the stray capacitance of the selected X or Y electrode, raising its potential relative to the ground potential; and the potential rise is detected to thereby effect read-out of the information.
    • 公开了一种用于在具有一组X和一组Y电极的等离子体显示存储器面板中读出信息的系统,其中正向电流通过具有电荷存储效应的单向导电装置(例如,电荷存储二极管)被连接 到X或Y电极; 将读取电压施加到Y组和X电极中的所选择的一个中; 利用其反向恢复时间,通过电荷存储二极管以反向方向进行由读取电压引起的充电电流; 在充电电流终止之后,气体放电电流流过所选择的X或Y电极的杂散电容,相对于地电位升高其电位; 并且检测到电位上升,从而实现信息的读出。
    • 7. 发明授权
    • Exhaust pipe supporting device
    • 排气管支撑装置
    • US5829732A
    • 1998-11-03
    • US819131
    • 1997-03-17
    • Naoki YamaguchiKenji MuraseMotoo KunihiroTakashi AkimotoHiroyuki Fujioka
    • Naoki YamaguchiKenji MuraseMotoo KunihiroTakashi AkimotoHiroyuki Fujioka
    • F16F1/377F16F7/108F16F7/00
    • F16F1/377F16F7/108F16F2236/06
    • An exhaust pipe supporting device includes a generally elliptical body portion integrally formed of an elastic material, such as rubber. The body portion includes a first holder portion having a through-hole to receive a support member associated with a car body, a second holder portion having another through-hole to receive a support member associated with the exhaust pipe. A pair of lateral walls connect the first and second holder portions by attachment at opposite ends to opposed sides of the first and second holding portions. The first and second holding are held in this manner in spaced apart relation to each other, and a central connector is disposed intermediate between the first and second holder portions and connected at opposite sides thereof to the lateral walls. The central connector portion includes a central portion formed as a mass section, which optionally includes a metal mass portion, and opposite lateral portions which extend from the mass section to the opposite sides. The mass section is heavier than the opposite portions, the latter which are bifurcated to provide branch portions advantageously diverging at a branch angle in a range between 30 and 60 degrees.
    • 排气管支撑装置包括由橡胶等弹性材料一体形成的大致椭圆形的本体部。 主体部分包括第一保持器部分,其具有用于容纳与车体相关联的支撑构件的通孔,第二保持器部分具有用于接收与排气管相关联的支撑构件的另一个通孔。 一对侧壁通过在相对的端部处附接到第一和第二保持部分的相对侧而连接第一和第二保持器部分。 第一和第二保持件以这种方式彼此间隔开地保持,并且中心连接器设置在第一和第二保持器部分之间的中间并且在其相对侧连接到侧壁。 中央连接器部分包括形成为质量部分的中心部分,其可选地包括金属质量部分,以及从质量部分延伸到相对侧的相对的侧部。 质量部分比相对部分重,后者分叉以提供分支部分,有利地以30度和60度之间的范围内的分支角发散。
    • 8. 发明授权
    • Vibration-preventing rubber device
    • 防震橡胶装置
    • US4721291A
    • 1988-01-26
    • US882140
    • 1986-07-03
    • Katsunori MakibayashiKenji MuraseMotoo Kunihiro
    • Katsunori MakibayashiKenji MuraseMotoo Kunihiro
    • F16F13/18B62D27/04F16F3/08F16F13/00F16F13/24F16F5/00
    • F16F13/24
    • This invention relates to a multiple mounting vibration-preventing device wherein a partition wall is interposed between an upper plate and a lower plate. An upper vibration-preventing rubber member is interposed between the partition wall and the upper plate so as to define an upper damper liquid chamber therebetween. A lower vibration-preventing rubber member is interposed between the partition wall and the lower plate so as to define a lower damper liquid chamber therebetween. The upper damper liquid chamber communicates with the lower damper liquid chamber through an orifice. Either or both the upper damper liquid chamber and the lower damper liquid chamber is horizontally divided into a plurality of damper liquid subschambers by division plates extending in the vertical direction of the damper liquid chambers. Adjacent damper liquid subchambers communicate through orifices provided in the division plates.
    • 本发明涉及一种多重安装防振装置,其中隔壁插在上板和下板之间。 在隔壁和上板之间插入上防振橡胶构件,以在其间限定上阻尼液体室。 在隔壁和下板之间插入有较低的防振橡胶构件,以便在它们之间限定下阻尼液体室。 上阻尼液体室通过孔与下阻尼液体室连通。 上阻尼液体室和下阻尼液体室中的一个或两者通过在阻尼液室的垂直方向上延伸的分隔板水平分成多个阻尼液体子室。 相邻的阻尼液体子室通过分隔板中提供的孔连通。
    • 9. 发明授权
    • Driving system and method for shifting a discharge spot in a plasma
display panel
    • 用于在等离子体显示面板中移动放电点的驱动系统和方法
    • US4109181A
    • 1978-08-22
    • US782454
    • 1977-03-29
    • Kenji MuraseSei SatoHisashi YamaguchiHirofumi Kashiwara
    • Kenji MuraseSei SatoHisashi YamaguchiHirofumi Kashiwara
    • G09G3/285G09G3/29H01J11/10H01J11/12H01J11/24H05B37/00H05B39/00H05B41/00
    • H01J11/00G09G3/29
    • An improved driving system and method for shifting a discharge spot from a given discharge cell to an adjacent discharge cell in an A.C. gas discharge, or plasma display, panel, having opposed sets of electrodes respectively covered with corresponding dielectric layers thereby insulated from the discharge gas space. One set of electrodes comprises common electrodes extending in parallel relationship and defining the direction of propagation of the shifted discharge spots. The other set of electrodes, spaced apart from the first set by the gas space, extends in parallel relation transversely to the first common electrodes, and comprise the shift electrodes. The shift electrodes are arranged in groups of a predetermined number in each group and a corresponding number of buses permits selective application of shift pulses to the respectively associated shift electrodes in sequence for each group and simultaneously for the successive groups. An improved operating margin for the shift function is achieved by utilizing the priming discharge effect of a given cell currently discharging, to reduce the necessary firing voltage at an adjacent discharge cell to which the current discharge spot is to be shifted, while minimizing the probability of misfiring at corresponding, remote cells energized in the same phases. An overlap pulse is applied to a discharge cell at which a discharge spot currently is established, to provide a priming discharge for the adjacent cell to which the spot is to be shifted. A shift pulse applied to the adjacent cell terminates after termination of the overlap pulse and thereby produces a lateral field between the two adjacent discharge cells whereby the space charge generated by the priming discharge is attracted to and reduces the necessary firing voltage at the adjacent cell. The duration of the overlap pulse in relation to the amplitude of the shift pulse defines an operating margin for the shift operation which is optimized over a preferred range of the overlap pulse duration.
    • 10. 发明申请
    • Floor panel structure for automobile body
    • 汽车车身地板结构
    • US20060163914A1
    • 2006-07-27
    • US11334475
    • 2006-01-19
    • Takanobu KamuraKenji MuraseTsuyoshi Sugihara
    • Takanobu KamuraKenji MuraseTsuyoshi Sugihara
    • B62D25/20
    • B62D25/20B62D21/10B62D25/025B62D25/2036
    • Disclosed is a floor panel structure for an automobile body, which comprises a floor panel (2, 4, 6, 12) joined to a plurality of frame members (22, 24, 27 to 32, etc.) extending in longitudinal and lateral directions of the automobile body so as to make up an automobile floor. At least a part of the floor panel has a panel zone (S1, S2, S4, S5, S6, S8) surrounded by the frame members. The panel zone includes a high-rigid portion (84) formed by deforming a central region thereof to protrude upward or downward, and a low-rigid portion (86) formed around the high-rigid portion. The high-rigid portion is formed with a concavoconvex element, such as a bead (90). The floor panel structure of the present invention can effectively reduce vibrational energy of a floor panel so as to reduce acoustic radiation from the floor panel.
    • 公开了一种用于汽车车身的地板面板结构,其包括接合到沿纵向和横向延伸的多个框架构件(22,24,27至32等)的地板镶板(2,4,6,12) 的汽车车身,以构成汽车地板。 地板镶板的至少一部分具有由框架构件包围的面板区域(S 1,S 2,S 4,S 5,S 6,S 8)。 面板区域包括通过使其中心区域变形而向上或向下突出而形成的高刚性部分(84)和围绕高刚性部分形成的低刚性部分(86)。 高刚性部分由诸如胎圈(90)的凹凸元件形成。 本发明的地板镶板结构能够有效地降低地板镶板的振动能,从而降低来自地面板的声辐射。