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    • 2. 发明授权
    • Automatic processing apparatus for processing silver halide
photosensitive material and supply method of supplying solid processing
agent used for silver halide photosensitive material and supply device
thereof
    • 用于处理卤化银感光材料的自动处理设备和用于卤化银感光材料的固体处理剂的供应方法及其供应装置
    • US5579075A
    • 1996-11-26
    • US395622
    • 1995-02-28
    • Moeko HagiwaraTsuyoshi Haraguchi
    • Moeko HagiwaraTsuyoshi Haraguchi
    • G03C5/26G03D3/00G03D3/06G03D3/02
    • G03D3/065G03D2203/0616G03D2203/0675
    • An automatic processing apparatus having a processing solution tank for processing a silver halide photosensitive material, includes a container accommodating a set of solid processing agents which can process a predetermined amount of the material, a detector for detecting an amount of the material to be processed, and a supplier for supplying an amount of the solid processing agents accommodated in the container into the processing solution tank in accordance with a detected amount of the material. The apparatus further includes a controller for controlling the supplier in which the controller controls the supplier to supply all amount of the solid processing agents remained in the container to the processing solution tank, when the processing agents are remained in the container after the predetermined amount of the material is completed to be processed. The controller controls the supplier to inhibit a supply of another set of the solid processing agents until the predetermined amount of the material is completed to be processed, when all amount of the solid processing agents in the container has been supplied onto the processing solution tank before the predetermined amount of the material is completed to be processed.
    • 一种具有用于处理卤化银感光材料的处理溶液槽的自动处理装置,包括容纳一组可处理预定量的固体处理剂的容器,用于检测待处理材料量的检测器, 以及供应商,用于根据检测到的材料量将容纳在容器中的固体处理剂的量供应到处理溶液罐中。 该设备还包括控制器,用于控制供应商,其中控制器控制供应商将残留在容器中的所有固体处理剂提供给处理溶液罐,当处理剂在预定量的 材料完成处理。 当所有量的固体处理剂已经被提供到处理溶液罐前,控制器控制供应商抑制另一组固体处理剂的供应,直到完成预定量的材料被处理 完成预定量的材料以进行处理。
    • 6. 发明授权
    • Image recording apparatus with plural print heads
    • 具有多个打印头的图像记录装置
    • US06198494B1
    • 2001-03-06
    • US09039897
    • 1998-03-16
    • Tsuyoshi HaraguchiTakashi DeguchiTuyosi HattoriTakashi Igarashi
    • Tsuyoshi HaraguchiTakashi DeguchiTuyosi HattoriTakashi Igarashi
    • B41C104
    • H04N1/506B41J2/47
    • In a color image recording apparatus provided with plural print heads and a conveyor, each print head includes a plurality of recording elements aligned along at least a single line in a primary scanning direction and the plural print heads are arranged in parallel to each other in the primary scanning direction so that plural component images of the color image are formed parallel respectively by the plural print heads. A reference component image forming device controls the plural pieces of print heads so as to form and superimpose plural reference component images based on the reference component image data and timing setting values. A timing correcting unit analyzes positional deviations in the secondary scanning direction among the plural superimposed reference component images and corrects the timing setting values on the basis of the positional deviations in the secondary scanning direction.
    • 在设置有多个打印头和传送带的彩色图像记录装置中,每个打印头包括沿着主扫描方向沿着至少一条直线排列的多个记录元件,并且多个打印头在 主扫描方向,使得彩色图像的多个分量图像分别由多个打印头形成为平行。 参考分量图像形成装置控制多个打印头,以便基于参考分量图像数据和定时设置值来形成和叠加多个参考分量图像。 定时校正单元分析多个叠加基准分量图像中的副扫描方向的位置偏差,并根据二次扫描方向的位置偏差校正定时设定值。
    • 8. 发明授权
    • Noncontact tonometer for measuring intraocular pressure
    • 用于测量眼内压的非接触眼压计
    • US5833606A
    • 1998-11-10
    • US842014
    • 1997-04-23
    • Tsuyoshi Haraguchi
    • Tsuyoshi Haraguchi
    • A61B3/16
    • A61B3/165
    • A noncontact tonometer for measuring intraocular pressure is provided. When a rotary solenoid (7) is supplied with electric power, a piston (4) within a cylinder (2) is moved up, and thereby air is jetted through a nozzle (9) of a head (3) toward an eye (H) of a subject. At the same time, infrared rays are projected onto the eye (H) from a light source (11). Reflected light from a cornea of the eye (H) is received by a light receiving sensor (12). A signal generated by the light receiving sensor (12) is transmitted to a control circuit (16) via a flat-state detecting circuit (13). As a result, the intraocular pressure of the eye (H) is measured. The noncontact tonometer further includes two condensers (17, 18). A command from the control circuit (16) is input to a condenser switching portion (20) by operating a driving switch (21). Thereby, one of the condensers (17, 18) is selected to supply the rotary solenoid (7) with the electric power.
    • 提供了一种用于测量眼内压的非接触眼压计。 当向旋转螺线管(7)供电时,气缸(2)内的活塞(4)向上移动,从而通过头部(3)的喷嘴(9)朝向眼睛(H )的主题。 同时,红外线从光源(11)投射到眼睛(H)上。 来自眼睛的角膜(H)的反射光被光接收传感器(12)接收。 由光接收传感器(12)产生的信号经由平坦状态检测电路(13)发送到控制电路(16)。 结果,测量眼睛的眼压(H)。 非接触式眼压计还包括两个冷凝器(17,18)。 来自控制电路(16)的指令通过操作驱动开关(21)被输入到冷凝器切换部分(20)。 因此,选择一个冷凝器(17,18)以向旋转螺线管(7)供电。