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    • 4. 发明授权
    • Integrated imaging and printing apparatus
    • 集成成像和打印设备
    • US07068305B2
    • 2006-06-27
    • US09799981
    • 2001-03-06
    • Yoshinari HiguchiSeiichi MorikawaHajime IshimitsuKoichi SakataJunya Ishihara
    • Yoshinari HiguchiSeiichi MorikawaHajime IshimitsuKoichi SakataJunya Ishihara
    • H04N5/225
    • H04N1/00899B41J2/2132H04N1/00283H04N1/00885H04N1/2154
    • A stable condition for a printing operation regarding an apparatus having a printer unit and a battery unit, eliminating problems related to lack of a battery power during the printing operation performed by the battery, specifically for a portable apparatus using the battery, is obtained by an apparatus having the printer unit in which the printing operation is performed by processing data inputted from outside an embodiment thereof and/or data stored therein, in which the apparatus having the printer unit can be activated by the battery and perform communication with the battery so that, based on received information related to the remaining power of the battery as well as calculating the printing enabling power based on, for example, temperatures outside and/or inside the apparatus and the amount of data to be printed out, the remaining power of the battery is compared with the printing enabling power and, if the remaining power of the battery is lower than the printing enabling power, then a condition of inability of execution of printing operation is established and informed to a user in order to restrain printing action.
    • 对于具有打印机单元和电池单元的设备的打印操作的稳定条件,消除了由电池执行的打印操作期间与电池电力不足相关的问题,特别是对于使用电池的便携式设备,通过 具有打印机单元的打印机单元,其中通过处理从其实施例外部输入的数据和/或存储在其中的数据来执行打印操作,其中具有打印机单元的设备可以被电池激活并执行与电池的通信,使得 基于接收到的关于电池的剩余电力的信息以及基于例如设备外部和/或内部的温度以及要打印出的数据量计算打印使能电力的剩余电力 电池与打印使能电源进行比较,如果电池的剩余电量低于打印使能电源 然后建立执行打印操作的条件,并向用户通知以限制打印动作。
    • 5. 发明申请
    • Apparatus having a printer unit
    • 具有打印机单元的装置
    • US20050083410A1
    • 2005-04-21
    • US10982343
    • 2004-11-04
    • Yoshinari HiguchiSeiichi MorikawaHajime IshimitsuKoichi SakataJunya Ishihara
    • Yoshinari HiguchiSeiichi MorikawaHajime IshimitsuKoichi SakataJunya Ishihara
    • B41J29/46B41J2/21B41J29/38H04N1/00H04N5/225H04N5/76H04N5/765
    • H04N1/00899B41J2/2132H04N1/00283H04N1/00885H04N1/2154
    • A stable condition for a printing operation regarding an apparatus having a printer unit and a battery unit, eliminating problems related to lack of a battery power during the printing operation performed by the battery, specifically for a portable apparatus using the battery, is obtained by an apparatus having the printer unit in which the printing operation is performed by processing data inputted from outside an embodiment thereof and/or data stored therein, in which the apparatus having the printer unit can be activated by the battery and perform communication with the battery so that, based on received information related to the remaining power of the battery as well as calculating the printing enabling power based on, for example, temperatures outside and/or inside the apparatus and the amount of data to be printed out, the remaining power of the battery is compared with the printing enabling power and, if the remaining power of the battery is lower than the printing enabling power, then a condition of inability of execution of printing operation is established and informed to a user in order to restrain printing action.
    • 对于具有打印机单元和电池单元的设备的打印操作的稳定条件,消除了由电池执行的打印操作期间与电池电力不足相关的问题,特别是对于使用电池的便携式设备,通过 具有打印机单元的打印机单元,其中通过处理从其实施例外部输入的数据和/或存储在其中的数据来执行打印操作,其中具有打印机单元的设备可以被电池激活并执行与电池的通信,使得 基于接收到的关于电池的剩余电力的信息以及基于例如设备外部和/或内部的温度以及要打印出的数据的数量计算打印使能电力的剩余电力 电池与打印使能电源进行比较,如果电池的剩余电量低于打印使能电源 然后建立执行打印操作的条件,并向用户通知以限制打印动作。
    • 7. 发明授权
    • Connector plug
    • 连接器插头
    • US6024606A
    • 2000-02-15
    • US981067
    • 1997-12-10
    • Seiichi MorikawaNaoyuki Ono
    • Seiichi MorikawaNaoyuki Ono
    • H01R13/648H01R13/46H01R13/639H01R9/03
    • H01R13/639H01R13/6582H01R13/6592
    • In a connector plug covering the housing (78) with contacts (82) in the socket engaging hole (81) by the metal shell portion (88) of the shield case (79), the metal shell portion (88) is roughly angular cylindrical in the direction of insertion of a plug, by installing the elasticity portion (77) bulged out to this roughly angular and cylindrical both-side portion (88) or bent to curve outwards the lower part of the roughly angular cylindrical both-side portion, and forms in the direction of insertion of a plug the gap (89) to let have flexibility to the metal shell portion (88) in the bottom. And then, if the connector plug (41) is inserted into the connector socket (42), by the elasticity portion (77) of the metal shell portion (88), the metal shell portion (88) has flexibility as a whole, the escape when the metal shell portion (88) is pressed in to the inner part, is absorbed, the metal shell portion (88) is surely stuck and connected to the connector socket (42),and the overall structure comes to be compact.
    • PCT No.PCT / JP96 / 01188 Sec。 371 1997年12月10日第 102(e)日期1997年12月10日PCT提交1996年4月30日PCT公布。 出版物WO96 / 42122 日期1996年12月27日在通过屏蔽壳体(79)的金属壳部分(88)在插座接合孔(81)中覆盖壳体(78)的连接器插头中,金属壳部分(88) )通过将弹性部分(77)安装到这个大致角形和圆柱形的两侧部分(88)上或者弯曲成大致角圆柱体的下部向外弯曲,沿着插头的插入方向大致呈圆柱形的圆柱形 并且在插头的插入方向上形成间隙(89)以使其具有对底部的金属壳部分(88)的柔性。 然后,如果连接器插头(41)通过金属外壳部分(88)的弹性部分(77)插入连接器插座(42)中,则金属外壳部分(88)整体上具有柔性, 当金属壳部分(88)被压入内部部分时被吸收,金属壳部分88被可靠地卡住并连接到连接器插座42,整体结构变得紧凑。
    • 9. 发明授权
    • Connector socket
    • 连接器插座
    • US5718605A
    • 1998-02-17
    • US660951
    • 1996-06-12
    • Seiichi MorikawaNaoyuki Ono
    • Seiichi MorikawaNaoyuki Ono
    • H01R13/648H01R13/46H01R13/658
    • H01R12/707H01R12/7047H01R23/6873
    • A connector socket features a shield case 44, an upper lid of the shield 45, and a shield base plate 46 which are each made of conductive metal plate, and which enclose and cover a housing 43 in such a way that the housing 43, which is composed of the insulating material, can be connected to a wiring plate 14. The shield case 44 includes a side plate portion 58 which fits along both sides of the housing 43 in a manner which engages centrally located engaging portion 56, a lid which covers the upper portion of the shield case 44, and a shield base which is applied to the lower surface of the housing 43. The three pieces are fixed by way of screw fastening pieces 74, 61 and 69 which are respectively integral with the shield case 44, upper lid of the shield 45 and the shield base plate 46, into a single unit and has a connection piece 62 which is integral with the shield base plate 46 and which extends from one side of the shield case and contacts the wiring plate 14.
    • 连接器插座具有屏蔽壳体44,屏蔽件45的上盖和屏蔽基板46,每个屏蔽底板46由导电金属板制成,并且以这样的方式包围和覆盖壳体43,使得壳体43 由绝缘材料构成,可以连接到布线板14.屏蔽壳44包括侧板部分58,侧板部分58以与中心定位的接合部分56接合的方式装配在壳体43的两侧,盖板覆盖 屏蔽壳体44的上部以及被施加到壳体43的下表面的屏蔽基座。三个部件通过分别与屏蔽壳体44一体的螺钉紧固件74,61和69固定 屏蔽45的上盖和屏蔽基板46成一个单元,并且具有与屏蔽基板46成一体的连接片62,该连接片62从屏蔽壳的一侧延伸并与布线板14接触。