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    • 11. 发明授权
    • Card connector
    • 卡连接器
    • US06942505B2
    • 2005-09-13
    • US10482020
    • 2002-06-14
    • Masanori YagiYoshikazu Ito
    • Masanori YagiYoshikazu Ito
    • H01R13/635H01R13/62
    • H01R13/635
    • A memory card connector includes a main body and mounted on the body for receiving a memory card therebetween. The card is insertable to a fully mated position, and the cover is mounted for movement on the body from an inoperative position to an eject position. An eject device includes a single spring mounted on the body and having a first portion. Operatively associated with the cover to bias the cover toward its inoperative position. A second portion of the single spring is operatively associated with the memory card for biasing the card in an eject direction away from its mated position.
    • 存储卡连接器包括主体并安装在主体上用于在其间接收存储卡。 卡可插入完全配合的位置,并且盖被安装成用于在从不工作的位置到排出位置的身体上移动。 弹出装置包括安装在主体上并具有第一部分的单个弹簧。 操作地与盖相关联以将盖偏置到其不工作位置。 单个弹簧的第二部分与存储卡可操作地相关联,用于使排出方向上的卡偏离其配合位置。
    • 12. 发明授权
    • Docking-style intermediate connector
    • 对接式中间连接器
    • US06358067B1
    • 2002-03-19
    • US09381179
    • 2000-01-31
    • Hisato TakaseYoshikazu ItoMasanori Yagi
    • Hisato TakaseYoshikazu ItoMasanori Yagi
    • H01R1200
    • H01R12/7047H01R12/716
    • An intermediate connector for engaging a surface mount connector and a cable connector contains conductive terminals in a body portion. The body portion is cooperatively defined by distinct and separate terminal contact support portions that are affixed to opposite ends of the connector terminals. The support portions may be affixed to the connector terminals from different directions and thus eliminates the need for a complex, molded connector housing. The support portions and the terminals are held together and aligned together by a retainer and a spacer is provided to maintain a desired spacing between the terminals of the connector.
    • 用于接合表面安装连接器和电缆连接器的中间连接器包括主体部分中的导电端子。 主体部分由固定到连接器端子的相对端的不同且分开的端子触头支撑部分协作地限定。 支撑部分可以从不同方向固定到连接器端子,因此不需要复杂的模制连接器壳体。 支撑部分和端子被保持在一起并且通过保持器对齐在一起,并且设置间隔件以保持连接器的端子之间的期望间隔。
    • 13. 发明授权
    • Printing device and recording paper control
    • 打印设备和记录纸控制
    • US5692110A
    • 1997-11-25
    • US708598
    • 1996-09-05
    • Masayo MiyasakaYoshikazu ItoMasahiro MinowaKazunari Yawata
    • Masayo MiyasakaYoshikazu ItoMasahiro MinowaKazunari Yawata
    • B41J11/42B41J11/48B41J13/00G06K15/00G06K15/16G06K15/06
    • B41J11/42B41J11/48B41J13/0018G06K15/00G06K15/005G06K15/021G06K15/16G06K15/1809
    • A printing device and control method that facilitates setting of waiting periods for cut-sheet paper insertion and commencement of paper transport or printing through application of waiting time control commands. By establishing a command for setting these waiting periods and incorporating apparatus in the printer for analyzing such a command, a configuration is realized in which these waiting periods are settable and adjustable by the host computer. This provides more efficient POS type printer control and allows setting of the desired time required for positioning recording paper according to operator experience. An interface unit is used to receive and interpret print data and recording paper positioning time setting commands and data from the host computer. The received commands and data are temporarily stored in a data memory, and after insertion of the recording paper is detected, used by one or more timing circuits to wait for a set amount of time before transport of or printing on the cut-sheet paper is initiated by a printing mechanism controller, during which time paper positioning is confirmed.
    • 一种打印装置和控制方法,其通过应用等待时间控制命令,有助于设置纸张插入的等待时间并开始纸张传送或打印。 通过建立用于设置这些等待时间的命令并将装置并入打印机中用于分析这样的命令,实现这样的配置,其中这些等待时间段可由主计算机设置和调节。 这提供了更高效的POS型打印机控制,并且允许根据操作员体验设置定位记录纸所需的所需时间。 接口单元用于从主机接收和解读打印数据和记录纸张定位时间设置命令和数据。 接收的命令和数据被临时存储在数据存储器中,并且在检测到插入记录纸之后,由一个或多个定时电路使用以在切纸上传送或打印之前等待一段时间 由打印机构控制器启动,在此期间确认纸张定位。
    • 16. 发明授权
    • Printer ink ribbon control
    • 打印机色带控制
    • US5360279A
    • 1994-11-01
    • US996453
    • 1992-12-23
    • Naoki AsaiChoji MorozumiYoshikazu ItoKiyoshi ItoAkira Koyabu
    • Naoki AsaiChoji MorozumiYoshikazu ItoKiyoshi ItoAkira Koyabu
    • B41J35/14
    • B41J35/14
    • A compact, lightweight printer capable of using multi-track ink ribbons that facilitates multicolor printing, without having a dedicated track switching drive system. The printer employs a printing track setting member that is activated by contact pressure from a print head carriage when it moves in one direction and vertically displaces a ribbon frame supporting the ribbon to one of several preselected heights with respect to the print head. The setting member is preferably made in the form of a setting lever with a drive end for interacting with the print head carriage and a setting end with a series of setting height stops that interact with the ribbon frame. Rotation of the setting lever places different setting level stops under the frame which varies its height accordingly. A printing track release member is also provided which is activated by contact pressure from the print head carriage when it moves in an opposite direction and raises the ribbon frame to disengage the track setting member and move the ribbon support frame to a new height. The track release member is preferably formed as a rotatable release shaft with drive end for interacting with the print head carriage and a release end with a lever extending under and toward the ribbon cassette. Rotation of the track release member shaft causes the lever to raise the ribbon frame accordingly.
    • 一种紧凑轻便的打印机,可以使用多轨油墨色带,便于多色打印,无需专门的轨道切换驱动系统。 打印机采用打印轨道设置部件,当打印头托架沿着一个方向移动时,由打印头托架的接触压力启动,并将支撑着色带的色带框架垂直移动到相对于打印头的几个预先选定的高度之一。 优选地,设置构件以具有用于与打印头滑架相互作用的驱动端的调节杆的形式和具有与带框架相互作用的一系列设置高度挡块的设置端形成。 设置杆的旋转将不同的设定水平挡块放在框架下方,从而相应地改变其高度。 还提供了一种打印轨道释放构件,当打印头滑架沿相反方向移动时,该打印轨道释放构件被来自打印头滑架的接触压力激活,并且使色带框架升高以脱离轨道设置构件并将色带支撑框架移动到新的高度。 轨道释放构件优选地形成为具有用于与打印头托架相互作用的驱动端的可旋转释放轴和具有在色带盒下方和朝向色带盒延伸的杆的释放端。 轨道释放构件轴的旋转使得杆相应地升高带状框架。