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    • 5. 发明授权
    • Shiftable keyboard tray and method of use
    • 可移动键盘托盘及使用方法
    • US06808328B1
    • 2004-10-26
    • US10692506
    • 2003-10-24
    • Robert Gully
    • Robert Gully
    • B41J2918
    • G06F3/0216A47B21/0314
    • A shiftable keyboard tray comprising a base, a carriage for support of a keyboard movable on the base, and a palm rest movable on the base offset from the carriage and operably connected to the carriage through a coupler configured to enable movement of the carriage in a second direction when the palm rest is moved in an opposite first direction. The coupler comprises a motor mounted in engaging relationship between the carriage and the base and at least one actuation switch coupled to the palm rest and operably connected to the motor. A positioning device is mounted in engaging relationship between the carriage and the base and operably connected to the motor so as to provide data to the motor regarding the position of the carriage. In an alternative embodiment, the positioning device itself serves as the coupler operably connecting the palm rest to the carriage.
    • 一种可移动的键盘托盘,其包括底座,用于支撑可在基座上移动的键盘的托架以及可移动地抵靠托架的基座上的手掌,并且可操作地通过耦合器连接到托架,该耦合器构造成能够使托架在 当掌托沿相反的第一方向移动时的第二方向。 耦合器包括安装在托架和基座之间的接合关系中的马达以及耦合到掌托并且可操作地连接到马达的至少一个致动开关。 定位装置以滑架和基座之间的啮合关系安装并且可操作地连接到马达,以便向马达提供关于滑架位置的数据。 在替代实施例中,定位装置本身用作可操作地将手掌连接到滑架上的联接器。
    • 6. 发明授权
    • Automatic print media handling
    • 自动打印介质处理
    • US06491462B1
    • 2002-12-10
    • US09506738
    • 2000-02-18
    • Fernando JuanJuan Carlos Hernandez
    • Fernando JuanJuan Carlos Hernandez
    • B41J2918
    • B41J11/0085B41J11/48B41J13/0072B41J13/14
    • A printer for printing on a first medium in the form of a continuous band or on a second medium in the form of a sheet, in a print zone of the printer, is provided. The printer comprising a movable cover giving access to the print zone for loading said second media, a hold down system for holding said second media in position before and during printing, a first sensor to detect opening of the cover linked to said hold down system, storage means for storing said first medium, a feeder for moving said first medium from the storage means to the print zone, wherein when the cover is opened by a user of the printer the sensor activates the hold down system to accept said second medium without any further action by said user. The printer may have a second sensor for activating the feeder to withdraw the first medium from a ready to print position to a standby position while simultaneously moving the second medium through the print zone.
    • 提供一种打印机,用于在打印机的打印区域中以连续带形式的第一介质或纸张形式的第二介质上打印。 该打印机包括一个允许进入打印区域以加载所述第二介质的可移动盖,用于在打印之前和期间将所述第二介质保持在适当位置的保持系统,用于检测连接到所述压紧系统的盖的打开的第一传感器, 用于存储所述第一介质的存储装置,用于将所述第一介质从存储装置移动到打印区域的进料器,其中当打印机的使用者打开盖子时,传感器启动压紧系统以接受所述第二介质而没有任何 所述用户的进一步动作。 打印机可以具有用于激活馈送器的第二传感器,以将第一介质从准备打印位置撤回到待机位置,同时使第二介质移动通过打印区域。
    • 8. 发明授权
    • Detection mechanism, carriage monitoring device and printer incorporating the same
    • 检测机构,托架监控装置和包含其的打印机
    • US06447189B1
    • 2002-09-10
    • US09611547
    • 2000-07-07
    • Kunio Omura
    • Kunio Omura
    • B41J2918
    • G01D5/34738B41J19/202G01D5/3473
    • A space for housing an optical sensor is formed between a detection gear of a drive transfer gear and a frame for supporting the detection gear. A detected part shaped like comb teeth is formed integrally on inner walls of the detection gear. The optical sensor is placed so that the detected part passes through a space between a photo emitter and a photo receptor of the optical sensor. Since the detection gear and the frame protect the optical sensor from stray light and interfering substances such as paper powder, or the like, a high-reliability, small-sized detection mechanism can be provided.
    • 用于容纳光学传感器的空间形成在驱动传递齿轮的检测齿轮和用于支撑检测齿轮的框架之间。 形成为梳齿的被检测部分一体地形成在检测齿轮的内壁上。 光学传感器被放置成使得检测到的部分通过光学传感器的光发射器和光接收器之间的空间。 由于检测齿轮和框架保护光学传感器免受杂散光和干扰物质如纸粉等的影响,因此可以提供高可靠性的小型检测机构。
    • 9. 发明授权
    • Method of detecting amount of remaining sheets of paper
    • 检测剩余纸张量的方法
    • US06422773B1
    • 2002-07-23
    • US09473999
    • 1999-12-29
    • Kwang-taek Lim
    • Kwang-taek Lim
    • B41J2918
    • G03G15/6502B65H1/14B65H2511/152G03G2215/00729
    • A method of detecting the amount of remaining sheets of paper in a paper feeding cassette of a printing apparatus, wherein the printing apparatus receives a paper feeding cassette having a knock-up plate on which paper is placed, and which pivots as paper is removed therefrom, a pickup roller installed in the printing apparatus which elastically moves up and down within a predetermined range to contact the paper, the pickup roller being made to rotate in close contact with the paper to sequentially feed the paper into the printing apparatus, a lifting mechanism which lifts the knock-up plate step by step according to the consumption of paper, thereby placing the loaded paper against the pickup-roller, calculating a difference in the number of operations of the lifting mechanism for lifting the knock-up plate toward the pickup roller when a maximum number of sheets of paper is loaded into the paper feeding cassette and when only a single sheet of paper is placed in the paper feeding cassette, calculating an amount of consumed paper per one operation of the lifting mechanism as a set value from the calculated difference, lifting the knock-up plate when the paper feeding cassette enters into the printing apparatus until the loaded paper closely contacts the pickup roller, and counting the number of operations of the lifting mechanism, and calculating the amount of paper remaining in the paper feeding cassette based on the number of operations counted and the set value calculated. As a result, a user is always able to roughly determine how many sheets of paper are left in the cassette, thereby avoiding situations where the printing job is stopped due to a lack of paper.
    • 一种检测打印设备的供纸盒中剩余纸张量的方法,其中打印设备接收具有放置纸张的打击板的进纸盒,并且当纸张从纸张被移除时枢转 ,安装在打印装置中的拾取辊,其在预定范围内弹性地上下移动以接触纸张,使拾取辊与纸紧密接触地旋转,以将纸顺序地送入打印装置;提升机构 其根据纸的消耗逐步提升压板,从而将装载的纸张放置在拾取辊上,计算用于将拾取板提升到拾取器的提升机构的操作次数的差异 当纸张的最大张数被装载到供纸盒中时,并且当只有一张纸被放置在供纸盒中时 压缩机,根据计算出的差异计算提升机构的每次操作的消耗纸量作为设定值,当供纸盒进入打印装置时抬起打击板,直到装入的纸张紧密接触拾取辊, 以及对提升机构的操作次数进行计数,并且基于计算的操作次数和计算的设定值来计算剩余在供纸盒中的纸张量。 结果,用户总是能够粗略地确定在盒中剩余多张纸,从而避免了因缺纸而停止打印作业的情况。
    • 10. 发明授权
    • Print media level sensor and method for use in printing devices
    • 打印介质液位传感器和打印设备中使用的方法
    • US06206594B1
    • 2001-03-27
    • US09410347
    • 1999-09-30
    • Steven B. ElgeeJohn A. Underwood
    • Steven B. ElgeeJohn A. Underwood
    • B41J2918
    • B65H7/02B65H2511/152B65H2511/512B65H2553/412B65H2553/43B65H2553/51B65H2553/60B65H2220/03B65H2220/01B65H2220/11
    • A print media level sensor and method for determining a height of a stack of print media for use in printing devices are disclosed. An embodiment of a print media level sensor includes a print media stack follower configured to contact a top of a stack of print media and remain in contact with the top as a height of the stack changes. The print media stack follower also includes encoded data representative of a plurality of heights of the stack of print media. The print media level sensor additionally includes a decoder configured to read encoded data on the print media stack follower and output a signal representative of the encoded data. The print media stack follower may further include a computing device that receives the signal representative of the encoded data from the computing device and converts the signal representative of the encoded data into a signal representative of the stack height. An embodiment of a method includes tracking a height of a stack of print media via a print media stack follower and encoding data representing a plurality of different stack heights via the print media stack follower. The method additionally includes decoding the encoded data and generating a signal representative of the encoded data. The method may further include converting the signal representative of the encoded data into a signal representative of the height of the stack. Further characteristics and features of this apparatus and method are disclosed herein, as are exemplary alternative embodiments.
    • 公开了一种用于确定用于打印装置的打印介质堆叠的高度的打印介质液位传感器和方法。 打印介质液位传感器的实施例包括打印介质堆叠跟随器,其被配置为接触打印介质的堆叠的顶部并随着堆叠的高度改变而保持与顶部接触。 打印介质堆栈跟随器还包括表示打印介质堆叠的多个高度的编码数据。 打印介质层传感器还包括被配置为读取打印介质堆栈跟随器上的编码数据并输出表示编码数据的信号的解码器。 打印介质堆栈跟随器还可以包括计算设备,其接收来自计算设备的表示编码数据的信号,并将表示编码数据的信号转换为代表堆栈高度的信号。 一种方法的实施例包括经由打印介质堆栈跟踪器跟踪打印介质的堆叠的高度,以及经由打印介质堆栈跟随器对表示多个不同堆叠高度的数据进行编码。 该方法还包括解码编码数据并产生代表编码数据的信号。 该方法还可以包括将表示编码数据的信号转换为代表堆叠高度的信号。 这种装置和方法的其它特征和特征在本文中被公开,作为示例性备选实施例。