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    • 124. 发明授权
    • Apparatus for stacking signatures or the like
    • 用于堆放签名等的装置
    • US4772003A
    • 1988-09-20
    • US18341
    • 1987-02-24
    • Yosuke NobutaTouri TakahashiJunzo NagashimaKazuo YoshidaMasao Yamanaka
    • Yosuke NobutaTouri TakahashiJunzo NagashimaKazuo YoshidaMasao Yamanaka
    • B65H31/06B65H39/02
    • B65H29/66B65H31/06B65H33/12B65H2301/42146B65H2301/4223B65H2301/4263B65H2301/4422B65H2404/261B65H2701/1315Y10S414/102
    • An apparatus for stacking signatures or the like includes a guide plate having a predetermined angle of inclination and a conveyor for successively loading signatures onto the upper end of the guide plate from the upper side of the latter. The foremost end of a stack of signatures which are being stacked on the guide plate is supported by a first support member which gradually lowers through a section from the signature loading position to an intermediary position, and is then supported by a second support member through a section from the intermediary position to an unloading position. The rearmost end of the stack of signatures is supported by a third support member through the entire section from the loading position to the unloading position. For this purpose, the first, second and third support members are repeatedly moved along the guide plate in relation to each other. Also disclosed are techniques accompanying the signature stacking technique, that is, means for pressing a signature at the loading section, means for forming a stack of signatures, auxiliary means for forming a stack of signatures and means for attaching a panel to each of the front and rear ends of a stack of signatures.
    • 用于堆叠签名等的装置包括具有预定倾斜角度的引导板和用于从引导板的上侧从引导板的上端连续地加载签名的传送器。 堆叠在引导板上的一叠签名的最前端由第一支撑构件支撑,该第一支撑构件逐渐从通过签名装载位置到中间位置的部分下降,然后由第二支撑构件通过 从中间位置到卸载位置。 签名堆的最后端由第三支撑构件通过从装载位置到卸载位置的整个部分支撑。 为此,第一,第二和第三支撑构件相对于彼此重复地沿导向板移动。 还公开了附带签名堆叠技术的技术,即用于在装载部分处按压签名的装置,用于形成签名堆栈的装置,用于形成签名堆栈的辅助装置和用于将面板附接到每个前部的装置 和一叠签名的后端。
    • 127. 发明授权
    • Wire data transmission system
    • 线数据传输系统
    • US4423506A
    • 1983-12-27
    • US253838
    • 1981-04-29
    • Kikuo KawasakiTomomi SanoKazuo Yoshida
    • Kikuo KawasakiTomomi SanoKazuo Yoshida
    • H04L25/02H04B3/54H04L5/16H04L12/403H04L25/38H04L25/49H04Q9/00H04J3/02
    • H04L12/40169H04B3/548H04L12/403H04L25/4902H04Q9/00H04B2203/5416H04B2203/5425H04B2203/5458H04B2203/547H04B2203/5495
    • In a wire data transmission system which transmits data from a master station to a number of slave stations or vice versa through a pair of signal wires connected in parallel with each other, only the master station need be provided with a data transmission power source. Signal lines receiving DC voltage from the power source through a resistor are periodically short-circuited within the master station, thereby to transmit "1" or "0" encoded data according to the duration of the short-circuiting time of the signal lines, along with an identification code which designates a slave station. In the slave station, a variation of a voltage between the signal lines is detected, so that the slave station receives the identification code and encoded data from the master station, and a state of short circuit between lines corresponding to encoded data or a clock pulse from the master station is changed by short-circuiting the signal lines, so that the slave station transmits the encoded data to the master station. The master station detects the change of the code transmitted therefrom to receive the encoded data from the slave station. When a short circuit fault occurs between the lines in the number of slave station equipments connected in parallel to the pair of signal lines, the slave station in which the short circuit fault has occurred is automatically isolated from the pair of signal lines.
    • 在通过彼此并联连接的一对信号线将数据从主站发送到多个从站或反之亦然的有线数据传输系统中,只有主站需要提供数据传输电源。 通过电阻从电源接收直流电压的信号线周期性地在主站内短路,从而根据信号线的短路时间的持续时间沿着“1”或“0”编码的数据发送 具有指定从站的识别码。 在从站中,检测信号线之间的电压变化,从而从站接收来自主站的识别码和编码数据,以及对应于编码数据的行之间的短路状态或时钟脉冲 通过使信号线短路来改变主站,从而从站将编码数据发送到主站。 主站检测从其发送的代码的改变以从从站接收编码数据。 当在与一对信号线并联的从站设备的数量的线路之间发生短路故障时,发生短路故障的从站与该对信号线自动隔离。
    • 128. 发明授权
    • Support devices for automobile engine
    • 汽车发动机支撑装置
    • US4142701A
    • 1979-03-06
    • US778979
    • 1977-03-18
    • Yuichi FujiiYasuo SuzukiRikizo YoshikawaKiyokazu SeoKatsunori MoriYasunobu KikuchiKazuo Yoshida
    • Yuichi FujiiYasuo SuzukiRikizo YoshikawaKiyokazu SeoKatsunori MoriYasunobu KikuchiKazuo Yoshida
    • B60K5/12F16F1/387F16F15/00
    • B60K5/1216F16F1/387
    • Support devices for automobile engine comprising attaching two buffers each comprising connecting the exterior surface of a metal shaft with the interior surface of a metal hollow cylinder arranged so as to surround the shaft in spaced relation by means of an elastic rubber member to provide higher and lower directions of the rigidities between the shaft and the metal cylinder at a plane perpendicular to the coextensive axes of the shaft and the metal cylinder in horizontal relation with respect to the coextensive direction of the shaft and the metal cylinder and connecting one end of either the shaft or the metal cylinder with the car body and another end thereof with the engine so that the coextensive line of the direction having higher rigidity intersects with a vertical plane through the center of gravity of the engine at a position below the intersection of the coextensive line directed to the direction having lower rigidity with the above-mentioned vertical plane to support symmetrically the engine on the car body in a laterally spaced relation, thereby eliminating the heavy noises generated by the operation of the automobile engine and preventing the separation of the engine from the car body.
    • 用于汽车发动机的支撑装置包括附接两个缓冲器,每个缓冲器包括将金属轴的外表面与金属中空筒的内表面相连接,金属中空筒的内表面通过弹性橡胶构件间隔开地围绕轴设置,以提供更高和更低的 在轴和金属圆筒之间的刚性方向与垂直于轴和金属圆筒的共同轴线垂直的平面相对于轴和金属圆筒的共同延伸方向呈水平关系并且连接轴的一端 或具有车体的金属圆筒,其另一端与发动机相连,使得具有较高刚度的方向的共同延伸线与垂直平面相交,通过发动机重心在垂直方向相交的位置下方 与上述垂直平面具有较低刚度的方向以支撑对称 在车身上以发动机的方式相互间隔开,从而消除了汽车发动机的操作产生的重大噪音,并防止了发动机与汽车车体的分离。