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    • 1. 发明授权
    • Device and method for controlling the concentration of aqueous solution
of alcohol
    • 用于控制酒精水溶液浓度的装置和方法
    • US4745953A
    • 1988-05-24
    • US934790
    • 1986-11-25
    • Michiaki KobayashiDaiji SuzukiKenji Yamada
    • Michiaki KobayashiDaiji SuzukiKenji Yamada
    • B41F33/00G01N33/18B65B3/04
    • G01N33/1826B41F33/0054
    • The invention discloses a device for measuring the concentration of alcohol contained in the dampening water used in printing. Part of the dampening water pumped up from a dampening water tank (1) and delivered to a water fountain (3) is sampled through a bypass passage and the dampening water is returned to the dampening water tank (1) after the measurement of the concentration of the sampled dampening water. A measuring unit (8) for detecting the concentration of alcohol has a shielding plate (13) disposed adjacent to the dampening water inlet so that the disturbance of the surface of the dampening water introduced into the measuring unit is prevented. The dampening water discharge outlet consists of a pipe whose upper end is in coplanar relationship with a predetermined surface level of the aqueous solution in the measuring unit so that the excessive dampening water overflows into the pipe (10) to return to the dampening water tank. The measuring unit (8) includes a temperature sensor (15), a gas sensor (16) and a pH sensor (50) when required and the gas sensor (16) is disposed within a predetermined closed space.
    • 本发明公开了一种用于测量印刷中使用的润版水中所含醇的浓度的装置。 从润版水箱(1)泵出并送到水池(3)的一部分润版水通过旁路通道进行取样,在测量浓度后,润湿水返回润版水箱(1) 的采样润版水。 用于检测醇浓度的测量单元(8)具有邻近润湿水入口设置的屏蔽板(13),从而防止了引入到测量单元中的润版水表面的干扰。 润版水排出口由上部与测量单元中的水溶液的预定表面水平共面关系的管构成,使得过量的润版水溢出到管道(10)中以返回到润版水箱。 当需要时,测量单元(8)包括温度传感器(15),气体传感器(16)和pH传感器(50),并且气体传感器(16)设置在预定的封闭空间内。
    • 2. 发明授权
    • System and plate bending machine for registering in an offset printing
press
    • 系统和板材弯曲机,用于记录胶版印刷机
    • US4594868A
    • 1986-06-17
    • US631200
    • 1984-07-16
    • Hideo TakeuchiMichiaki KobayashiHiroyuki HashimotoDaiji Suzuki
    • Hideo TakeuchiMichiaki KobayashiHiroyuki HashimotoDaiji Suzuki
    • B41F13/12B41F27/00B41F33/00G03F9/00B21D5/04
    • B41F27/005B41F13/12B41F33/0081G03F9/00
    • A method for registering in an offset printing press comprises: mounting a printing plate on a shiftable table of a plate bending machine; detecting datum fine lines on said plate, by means of optical sensors; shifting the shiftable table so that said datum fine lines are placed at specific positions; inscribing, by means of a register mark inscribing device, register marks for carrying out automatic registering while, at the same time, bending the lateral edges of the printing plate; thereafter mounting the printing plate on a corresponding plate cylinder of a printing press; and carrying out automatic registering. The above plate bending machine comprises plate bending mechanisms, a shiftable table for holding the printing plate, optical detection sensors disposed above the shiftable table and operating to detect datum lines on the plate and thereby to generate signals for the movement of the table and register mark inscribing devices for automatic registering on a plate cylinder of the printing press.
    • 一种用于记录胶版印刷机的方法,包括:将印版安装在平板折弯机的可移动台上; 通过光学传感器检测所述板上的基准细线; 移动可移动台,使得所述基准细线被放置在特定位置; 通过对准标记刻印装置刻印用于进行自动登记的对准标记,同时弯曲印版的侧边缘; 然后将印版安装在印刷机的对应印版滚筒上; 并进行自动注册。 上述板材弯曲机包括板弯曲机构,用于保持印版的可移动台,设置在可移动台上方的光学检测传感器,并操作以检测板上的基准线,从而产生用于移动台和对准标记的信号 用于在印刷机的印版滚筒上自动记录的印刷装置。
    • 4. 发明授权
    • Method, system, and plate bending machine for registering in an offset
printing press
    • 方法,系统和板材弯曲机,用于记录胶版印刷机
    • US4489652A
    • 1984-12-25
    • US434241
    • 1982-10-14
    • Hideo TakeuchiMichiaki KobayashiHiroyuki HashimotoDaiji Suzuki
    • Hideo TakeuchiMichiaki KobayashiHiroyuki HashimotoDaiji Suzuki
    • B41F27/00B41F13/12B41F29/00
    • B41F27/005Y10S101/36
    • A method for registering in an offset printing press comprises: mounting a printing plate on a shiftable table of a plate bending machine; detecting datum fine lines on said plate, by means of optical sensors; shifting the shiftable table so that said datum fine lines are placed at specific positions; inscribing, by means of a register mark inscribing device, register marks for carrying out automatic registering while, at the same time, bending the lateral edges of the printing plate; thereafter mounting the printing plate on a corresponding plate cylinder of a printing press; and carrying out automatic registering. The above plate bending machine comprises plate bending mechanisms, a shiftable table for holding the printing plate, optical detection sensors disposed above the shiftable table and operating to detect datum lines on the plate and thereby to generate signals for the movement of the table and register mark inscribing devices for automatic registering on a plate cylinder of the printing press.
    • 一种用于记录胶版印刷机的方法,包括:将印版安装在平板折弯机的可移动台上; 通过光学传感器检测所述板上的基准细线; 移动可移动台,使得所述基准细线被放置在特定位置; 通过对准标记刻印装置刻印用于进行自动登记的对准标记,同时弯曲印版的侧边缘; 然后将印版安装在印刷机的对应印版滚筒上; 并进行自动注册。 上述板材弯曲机包括板弯曲机构,用于保持印版的可移动台,设置在可移动台上方的光学检测传感器,并操作以检测板上的基准线,从而产生用于移动台和对准标记的信号 用于在印刷机的印版滚筒上自动记录的印刷装置。
    • 6. 发明授权
    • Method and device for measuring the quantity of water dampening the face
of an offset printing plate
    • 用于测量胶印印版的表面的水量的方法和装置
    • US4787238A
    • 1988-11-29
    • US5295
    • 1987-01-20
    • Toshiyuki SekiDaiji Suzuki
    • Toshiyuki SekiDaiji Suzuki
    • B41F33/00G01N21/35G01N21/55G01C25/00G01N21/49
    • B41F33/0063G01N21/55G01N2021/556G01N21/3554G01N2201/127
    • A method and device for measuring the quantity of water dampening the face of an offset printing plate in which a light beam is made incident at a suitable angle to the face of the printing plate and the light beam directly reflected from the plate at the same angle with the angle of incidence as well as the light beam diffuse-reflected in the direction normal to the face of the printing plate are independently detected so that an image area and a non-image area on the face of the plate are detected in response to the diffuse-reflected light beam; and the variations in level of the directly reflected light beam is calibrated in response to the diffuse-reflected light beam. In order to eliminate the adverse effects caused by the difference in characteristics of light sensors for receiving the directly reflected light beam and the diffuse-reflected light beam, respectively, the outputs of the light sensors for receiving the directly reflected light beam and the diffuse-reflected light beam when the face of the printing plate is sufficiently dampened with water as well as the outputs thereof when the face of the printing plate is completely dried are previously measured so that the calibration of the result of measurement can be calibrated by using the above-described two outputs.
    • 一种用于测量胶片印版的表面的水的量的测量方法和装置,其中光束以适当的角度入射到印版的表面,并且光束以相同角度从板反射 独立地检测入射角以及在垂直于印版的表面的方向上漫反射的光束,以便响应于检测到的板的表面上的图像区域和非图像区域 漫反射光束; 并且响应于漫反射光束校准直接反射光束的电平的变化。 为了消除用于接收直接反射光束和漫反射光束的光传感器的特性差异引起的不利影响,用于接收直接反射光束和漫反射光束的光传感器的输出, 预先测量当印版的表面完全干燥时印刷板的表面被充分地润湿的反射光束及其输出,以便可以通过使用上述方法校准测量结果 说明了两个输出。
    • 7. 发明授权
    • Automatic sheet stack loading mechanism of sheet feeding apparatus
    • 纸张进给装置的自动纸张堆叠装载机构
    • US5011126A
    • 1991-04-30
    • US376621
    • 1989-07-07
    • Daiji SuzukiYasuhiro Sudo
    • Daiji SuzukiYasuhiro Sudo
    • B65H1/30B65H1/26B65H3/32
    • B65H1/263B65H2301/363B65H2301/422B65H2301/42256B65H2801/21
    • An automatic sheet stack loading mechanism of a paper sheet feeding apparatus has a main lift for supporting a stack of sheets to be fed thereon. The main lift is incrementally moved upwardly to place the uppermost sheet of the stack at a predetermined height position with respect to a sheet separator disposed over the stack and operating to separate the sheets one by one from the stack. When the stack of sheets is consumed considerably, parallel horizontal spits are inserted under the stack from both transverse sides of the stack thereby to support the load of the stack and to enable the main lift to be lowered to receive a new stack of the sheets. The insertion of the spits in the transverse direction of the stack is advantageous in that the central portion of the sheets of the stack along the direction of feed of the sheets is maintained at constant height irrespective of downward deflection of the spits so that adjustment in position of the sheet separator is not required.
    • 纸张供给装置的自动纸张堆叠装载机构具有用于支撑要在其上进给的纸张堆叠的主升力。 主升降机被递增地向上移动以将堆叠的最上面的纸张相对于布置在堆叠上的纸张分离器放置在预定的高度位置,并且操作以将纸张逐一从堆叠中分离。 当堆叠的纸张被大量消耗时,平行的水平喷嘴从堆叠的两个横向侧面插入在堆叠下方,从而支撑堆叠的负载,并且使主升降机能够降低以接收纸张的新堆叠。 在烟囱的横向方向上插入痰是有利的,因为堆垛的片材的中心部分沿着片材的进给方向被保持在恒定的高度,而与吐出物的向下偏转无关,从而调节位置 的纸张分离器不需要。