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    • 13. 发明授权
    • Battery casing
    • 电池外壳
    • US4399201A
    • 1983-08-16
    • US268504
    • 1981-05-29
    • Kazuyuki Nagahara
    • Kazuyuki Nagahara
    • H01M2/10H01M6/00H01M2/00H01M2/02H01M8/00
    • H01M2/1055
    • A battery casing for receiving one or more batteries, such as dry cells, to supply a battery-powered electrical device comprises first and second terminals for deriving electrical power from the battery. At least one of the first and second terminals is entirely received in the bore of the casing and is arranged to be in contact with an external conductor which will be inserted through an opening made in the top portion of the casing. The battery casing comprises a slidable member which opens and closes the opening at the top portion. The slidable member can be manipulated to assume its closed position so as to isolate at least one of the first and second terminals from the outside of the casing, preventing the terminals from making a short circuit. One of the first and second terminals, which can be isolated by the slidable member, is fixedly supported by an insulating member and is substantially U-shaped, while the other terminal may be L-shaped and a portion thereof is exposed outside.
    • 用于接收诸如干电池的一个或多个电池以供应电池供电的电气设备的电池壳体包括用于从电池导出电力的第一和第二端子。 第一和第二端子中的至少一个完全容纳在壳体的孔中,并且被布置成与外部导体接触,外部导体将通过在壳体的顶部中形成的开口插入。 电池壳体包括在顶部打开和关闭开口的可滑动构件。 可以操纵滑动构件以使其处于闭合位置,以将第一和第二端子中的至少一个与外壳隔开,从而防止端子发生短路。 可滑动构件隔离的第一和第二端子之一由绝缘构件固定地支撑并且基本上为U形,而另一个端子可以是L形的并且其一部分暴露在外部。
    • 14. 发明授权
    • Device for controlling solenoids of high speed printer
    • 用于控制高速打印机电磁铁的装置
    • US4384520A
    • 1983-05-24
    • US300539
    • 1981-09-09
    • Hiroshige NakanoKensei Hosoya
    • Hiroshige NakanoKensei Hosoya
    • B41J9/44B41J7/92
    • B41J9/44
    • In a high speed impact printer of the type arranged to impact a plurality of print hammers against given types carried by a type carrier by energizing corresponding solenoids, the energization of given solenoid or solenoids is started from a given point of time. The given solenoid(s) is/are continuously energized for a predetermined interval which is accurately determined by digital circuitry having a counter. A memory for storing data each indicative of a place in a print line in each address thereof, is provided, where a given address of the memory is periodically read and written at a given interval in response to the output signal of the counter which periodically counts the number of clock pulses. The data stored in the memory is decoded to terminate the energization of the given solenoid(s). The device according to the invention may be applied to a printer of the type arranged to drive each print hammer one after another in a sequence from the first place to the last place of a print line, and also to a printer of the type arranged to drive one or more print hammers simultaneously.
    • 在这种类型的高速冲击打印机中,通过对相应的螺线管通电来抵抗由载体承载的给定类型的多个打印锤,给定的螺线管或螺线管的通电从给定的时间点开始。 给定的螺线管被持续通电预定间隔,该预定间隔由具有计数器的数字电路精确地确定。 提供一种用于存储每个表示其每个地址中的打印行中的位置的数据的存储器,其中响应于周期性计数的计数器的输出信号以给定间隔周期性地读取和写入存储器的给定地址 时钟脉冲数。 存储在存储器中的数据被解码以终止给定螺线管的通电。 根据本发明的装置可以应用于这样的打印机,该打印机被设置成从打印线的第一位置到最后位置依次驱动每个打印锤,并且还连接到布置成 同时驱动一个或多个打印锤。
    • 16. 发明授权
    • Image forming apparatus
    • 图像形成装置
    • US6137968A
    • 2000-10-24
    • US429029
    • 1999-10-29
    • Kazuo SunouJunji ShirakawaTakayuki Muneyasu
    • Kazuo SunouJunji ShirakawaTakayuki Muneyasu
    • B65H7/00B65H7/02G03G15/00
    • B65H7/02B65H2511/20B65H2511/521B65H2511/522B65H2553/40
    • There are disposed optical sensors (S1, S2, S3,S4, S5, and S6) outside sheet trays (1, 2, 3). The optical axes of the optical sensors are respectively set in such a manner that they are parallel to their associated up-down tables (1a, 2a, and 3a) and pass upwardly of contact positions (A, B and C) between sheets (P) and sheet supply rollers (20, 21, and 22). Using these optical sensors, the present image forming apparatus is able to detect a first condition based on information as to whether a sheet is positioned at a sheet suppliable position on the up-down table of the sheet tray or not, a second condition based on information as to whether a sheet position restrict member (23) removably mounted on the sheet tray is set properly or not, a third condition based on information as to whether a foreign object has invaded the apparatus main body side or not when the sheet tray was removed from the apparatus main body, and a fourth condition based on information on the warped amount and/or folded amount of the sheet.
    • 在片材托盘(1,2,3)之间设置有光学传感器(S1,S2,S3,S4,S5和S6)。 光学传感器的光轴分别设置成它们平行于它们相关联的上下表(1a,2a和3a)并且在片材之间的接触位置(A,B和C)向上通过(P )和供纸辊(20,21和22)。 使用这些光学传感器,本图像形成装置能够基于关于片材是否位于片材盘的上下工作台上的片材可供应位置的信息来检测第一状况,基于 关于可拆卸地安装在片材托盘上的片材位置限制构件(23)是否被适当地设置的信息,第三条件是基于当片材托盘是否是异物侵入设备主体侧时的信息的第三条件 根据关于纸张的弯曲量和/或折叠量的信息从装置主体移除第四条件。
    • 19. 发明授权
    • System for management of body rotation of centrifuge
    • 离心机身体旋转管理系统
    • US5342280A
    • 1994-08-30
    • US107428
    • 1993-08-17
    • Yoshitaka NiinaiAkio NagataNorihisa SagawaShigeru ShinoharaEiji NakayamaMitsutoshi YotsuyanagiHiroshi HayasakaKazuyoshi Tokunaga
    • Yoshitaka NiinaiAkio NagataNorihisa SagawaShigeru ShinoharaEiji NakayamaMitsutoshi YotsuyanagiHiroshi HayasakaKazuyoshi Tokunaga
    • B04B13/00B04B15/00
    • B04B13/003
    • A management system for use in a centrifuge equipped with a detachable rotor which is rotatable so as to separate density-different samples by a centrifugal force due to the rotation. The management system is for managing the lifetime of the rotor on the basis of the detection results of an operated-condition detector for detecting operated conditions such as the number of times of rotation, running time and rotational speed of the rotor. The management system includes a data storing device which is provided on the rotor to be rotatable therewith and is composed of a magnetic recording medium to allow keeping data relating to the operated conditions of the rotor. Also included in the management system is a data processing unit coupled through a data reading and writing device such as a magnetic head to the data keeping device and also coupled to the operated-condition detector to be responsive to the operated conditions. The data processing unit reads out previous data from the data keeping device at the time of start of operation of the centrifuge, processes the operated conditions from the detector together with the read previous data to write on the data storing device new data produced by the data processing.
    • 一种用于设置有可拆卸转子的离心机的管理系统,其可旋转以通过由于旋转而产生的离心力分离密度不同的样品。 该管理系统根据用于检测转动次数,转速,行驶时间,转速等操作条件的操作状态检测器的检测结果来管理转子的使用寿命。 管理系统包括数据存储装置,该数据存储装置设置在转子上以与其一起旋转,并且由磁记录介质组成,以允许保持与转子的操作条件有关的数据。 还包括在管理系统中的是数据处理单元,其通过诸如磁头的数据读取和写入装置耦合到数据保存装置,并且还耦合到操作状态检测器以响应于操作条件。 数据处理单元在离心机开始运行时从数据保存装置读出以前的数据,从读取的先前数据一起处理来自检测器的操作条件,以对数据存储装置写入由数据产生的新数据 处理。