会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Printer shuttle drive having castered cam followers
    • 打印机梭子具有转向凸轮从动件
    • US4498793A
    • 1985-02-12
    • US493818
    • 1983-05-12
    • Gordon B. BarrusLeo J. EmenakerGlen R. RadkeNorman E. FarbGerold Holzer
    • Gordon B. BarrusLeo J. EmenakerGlen R. RadkeNorman E. FarbGerold Holzer
    • B41J2/245B41J9/04B41J19/04B41J25/00F16H53/06B41J25/28
    • B41J25/006F16H53/06Y10T74/2107
    • In a printer in which a shuttle and a counterbalancing mass are driven in opposing reciprocating fashion by a rotating, generally oval-shaped cam, the cam followers which couple the shuttle and the counterbalancing mass to the cam are castered to prevent skewing of the cam followers relative to the cam. Each of the cam followers is disposed between and rotatably mounted on a pair of opposite arms extending outwardly from a generally planar base of a castered yoke assembly, the planar base being pivotally coupled to a supporting member therefor which is either coupled to the shuttle or forms a part of the counterbalancing mass. In a first embodiment the pair of opposite arms extend from the planar base toward the cam so as to dispose the cam follower between the pivotal mount of the yoke assembly and the cam. In a second embodiment the pair of opposite arms extend from the planar base in a direction away from the cam so as to dispose the pivot point of the yoke assembly between the axis of rotation of the cam follower and the cam.
    • 在其中梭子和平衡质量块通过旋转的大致椭圆形的凸轮以相反的往复方式驱动的打印机中,将梭子和平衡物质联接到凸轮的凸轮从动件被转动以防止凸轮从动件 相对于凸轮。 每个凸轮随动件设置在可旋转地安装在一对相对的臂上,该对相对臂从脚轮轭组件的大体上平坦的基部向外延伸,该平面基座枢转地联接到支撑构件,支撑构件与梭子或形式 一部分平衡的群众。 在第一实施例中,一对相对的臂从平面底座朝向凸轮延伸,以将凸轮从动件布置在轭组件的枢轴安装件和凸轮之间。 在第二实施例中,一对相对臂从平面基部沿远离凸轮的方向延伸,以将轭组件的枢转点设置在凸轮从动件的转动轴线与凸轮之间。
    • 3. 发明授权
    • Paper feed system having mechanisms engaging opposite edges of print
paper above and below print station of printer
    • 送纸系统具有与打印机打印台上下打印纸的相对边缘接合的机构
    • US5354139A
    • 1994-10-11
    • US335104
    • 1989-04-07
    • Gordon B. BarrusLeo J. Emenaker
    • Gordon B. BarrusLeo J. Emenaker
    • B41J11/30B41J11/26
    • B41J11/30
    • Each of a pair of spaced apart paper feed mechanisms within the paper feed system of a dot matrix line printer has opposite upper and lower portions thereof slightly angled relative to each other and disposed on opposite sides of and close to an elongated print station having a platen at one side thereof on which the paper feed mechanisms are mounted. Guides within the print station direct a length of paper introduced onto one portion of the paper feed mechanism through the print station and onto the other portion. Each paper feed mechanism is locked in a desired position on the platen using a manually operated lever arm arrangement having a mechanical advantage. Phasing or pitch adjustment between the opposite portions of each paper feed mechanism is accomplished by either of two arrangements which vary the position of a pulley engaging an endless belt between the opposite portions in combination with an opposite spring mounted pulley which bears against the inside of and tensions the endless belt. The opposite portions of each paper feed mechanism terminate in ramps which are angled to facilitate withdrawal of pins on the belt from apertures at the edges of the print paper. A lug arrangement at the end of the ramp prevents the toothed underside of the belt from slipping off of the meshing teeth of a pulley about which the belt extends. Slide members resiliently bear against and maintain the edges of the paper in contact with the belts.
    • 点阵线打印机的供纸系统内的一对间隔开的进纸机构中的每一个具有相对的上部和下部相对于彼此略微成角度并且设置在具有压板的细长打印台的相对侧并且靠近 在其上安装有供纸机构的一侧。 打印站内的引导件将通过打印站引导到进纸机构的一部分上的纸张的长度引导到另一部分上。 使用具有机械优点的手动操作的杠杆臂装置将每个进纸机构锁定在压板上的期望位置。 每个进纸机构的相对部分之间的相位调节或俯仰调节通过两个布置中的任一个来完成,这两种布置改变了在相对部分之间接合环形带的滑轮的位置,其结合相对的弹簧安装的滑轮, 紧张无尽的腰带。 每个送纸机构的相对部分终止于斜面,该斜面成角度以便于将带上的销从打印纸边缘的孔中取出。 在斜坡末端处的凸耳装置防止带的齿形下侧从带延伸的滑轮的啮合齿滑落。 滑动构件弹性地承受并保持与皮带接触的纸的边缘。
    • 4. 发明授权
    • Resettable locking platen gap adjustment mechanism
    • 可复位的压板间隙调整机构
    • US4932797A
    • 1990-06-12
    • US208573
    • 1988-06-17
    • Leo J. EmenakerGordon B. Barrus
    • Leo J. EmenakerGordon B. Barrus
    • B41J11/20
    • B41J11/20
    • In a printer in which a plurality of hammers mounted along the length of an elongated hammerbank are selectively fired as the hammerbank is reciprocated relative to an elongated platen to impact a length of ink ribbon against at least one length of print paper supported by the platen to effect printing in dot matrix fashion, the platen being rotatable about an axis of rotation to vary the size of a platen gap between the plurality of hammers and the platen, a mechanism is provided for positively locking the platen in any one of a succession of different rotational positions to provide locking platen gap adjustment. The Positions are identified in order to facilitate resetting of the platen to a desired gap size. The mechanism includes a rotatable knurled thumbknob having mounted thereon a cam having a succession of eccentric or radially varying detents in an outer surface thereof which receives the end of a pivotally mounted, spring-biased lever. Manual rotation of the thumbknob gradually rotates the lever as the end of the lever is positively positioned in each of the succession of detents. An opposite end of the lever engages a platen handle which is coupled to the platen and which is spring-biased to maintain engagement of the handle with the lever.
    • 5. 发明授权
    • Color printer
    • 彩色打印机
    • US4687359A
    • 1987-08-18
    • US843852
    • 1986-03-20
    • Gordon B. BarrusLeo J. Emenaker
    • Gordon B. BarrusLeo J. Emenaker
    • B41J15/16B41J35/06B41J35/18B41J33/40B41J33/34
    • B41J15/16B41J35/06B41J35/18
    • In a color printer in which a shuttle assembly containing a plurality of impacting print hammers is reciprocated in bidirectional fashion relative to an opposing platen to impact a print paper against the platen through the different color zones of an ink ribbon to print in color, the different color zones of the ribbon are arranged in a repeating pattern along the length thereof enabling the lightest color to be printed first followed by successively darker colors as the ribbon is advanced bidirectionally between the opposite ends thereof. A pair of barrier zones having a blank ribbon zone therebetween are disposed between each adjacent pair of color zones on the ribbon to prevent ribbon contamination due to bleeding of ink between adjacent color zones when the ribbon is wound on a reel. Ribbon contamination is further prevented by the blank ribbon zones which absorb ink that rubs off onto the ribbon guides. The various different color zones are identified by one or more strips which extend across the width of the ribbon adjacent each color zone and which identify the color therein in bar code fashion. The color printer may be operated in a manner which provides multiple passes of each color zone through the print station between the shuttle assembly and the platen to prolong the life of the ribbon and to enable the printer to quickly advance to the next color zone with a minimum amount of search time. The print paper which is driven bidirectionally by tractor drives above the print station is held in tension by an arrangement below the print station which employs a torque motor having an elastomeric wheel engaging a side of the paper opposite an arrangement of non-ink absorbing rollers.
    • 在一种彩色打印机中,其中包含多个冲击打印锤的梭子组件相对于相对的台板以双向方式往复运动,以通过墨带的不同颜色区域将打印纸冲击压板以打印颜色, 色带的颜色区域沿其长度布置成重复图案,使得最初的颜色可以首先被打印,随着色带在其相对端之间双向前进而连续更暗的颜色。 在其间具有空白色带区的一对阻挡区域设置在色带上的每个相邻的一对色区之间,以防止当色带卷绕在卷轴上时由于相邻色区之间的墨水渗漏而引起的色带污染。 通过吸收墨水的色带区域进一步防止带状物污染,从而将色带吸附到色带引导件上。 各种不同的颜色区域由一个或多个条带识别,该条带在邻近每个颜色区域的带的宽度上延伸,并且以条形码方式识别其中的颜色。 彩色打印机可以以提供穿梭组件和压盘之间的打印站的每个颜色区域的多次通过的方式操作,以延长色带的寿命并且使得打印机能够快速前进到下一个彩色区域 最少搜索时间。 由打印站上方的拖拉机驱动器双向驱动的打印纸由打印站下方的布置保持张紧,印刷站采用具有弹性体轮的扭矩马达,该弹性轮与非油墨吸收辊的布置相对。
    • 6. 发明授权
    • Printer system
    • 打印机系统
    • US3941051A
    • 1976-03-02
    • US495830
    • 1974-08-08
    • Gordon B. BarrusLeo J. EmenakerRaymond F. Melissa
    • Gordon B. BarrusLeo J. EmenakerRaymond F. Melissa
    • B41J2/245B41J9/36B41J19/04B41J25/00G06K15/10B41J5/08
    • B41J25/006B41J2/245B41J9/36
    • A dot matrix printer system utilizes a reciprocating shuttle having a plurality of hammer elements and externally energized hammer controls mounted with the hammers on the shuttle. Each hammer scans a number of dot printing positions within a dot matrix line, and is energized at a high repetition rate during movement to imprint serially the dot patterns in that line for several successive characters. The paper is then advanced and the next dot matrix line is printed in the reverse direction. The shuttle mechanism forms a part of a dynamically balanced system, being in one example driven in a trapezoidal motion from a cam system that also engages an oppositely moving counterweight system. A highly reliable fast acting hammer bank comprises an array of individual spring hammer elements and associated magnetic actuators, the hammer elements normally being magnetically biased to a retract position by a permanent magnet. The magnetic field is neutralized to permit hammer flight with controlled velocity for imprinting, with hammer return being automatically achieved by the magnetic bias. The system is amenable to generation of a wide variety of dot matrices and arbitrary printing patterns, and provides uniform and well defined characters through a substantial number of copies, but nevertheless operates reliably and at high speed with a low cost mechanism that does not require adjustment.
    • 点阵式打印机系统利用具有多个锤元件的往复运动梭,以及将锤子安装在穿梭机上的外部激励的锤子控制装置。 每个锤子扫描点阵线内的多个点打印位置,并且在移动期间以高重复率激励以将该行中的点图案连续地印刷几个连续的字符。 然后纸张前进,并且相反方向打印下一个点阵线。 往复运动机构形成动态平衡系统的一部分,在一个示例中,该凸轮系统以一个梯形运动从凸轮系统驱动,凸轮系统也与相对移动的配重系统接合。 高度可靠的快速作用的锤组包括单独的弹簧锤元件和相关联的磁致动器的阵列,锤元件通常通过永久磁铁磁力偏置到缩回位置。 磁场被中和以允许锤击以受控的速度进行压印,通过磁偏置自动实现锤回位。 该系统适合生成各种各样的点阵和任意印刷图案,并且通过大量的拷贝提供均匀且定义良好的字符,但仍然以不需要调整的低成本机制可靠且高速运行 。
    • 7. 发明授权
    • Counterbalanced bidirectional shuttle drive
    • 平衡双向往复驱动
    • US4239403A
    • 1980-12-16
    • US7789
    • 1979-01-30
    • Jerry MatulaGlen R. RadkeGordon B. Barrus
    • Jerry MatulaGlen R. RadkeGordon B. Barrus
    • B41J2/245B41J2/22B41J9/12B41J19/04B41J25/00B41J19/14
    • B41J25/006
    • A counterbalanced bidirectional drive for a hammer bank shuttle assembly within a line printer utilizes a band formed into an endless loop extending around and between an opposite pair of rotatable pulleys on opposite sides of the pulleys. A hammer bank-carrying shuttle assembly is coupled to a portion of the band between the pulleys on one side of the pulleys and is counterbalanced by an elongated bar of similar mass coupled to a portion of the band between the pulleys on the opposite side of the pulleys from the shuttle assembly. A DC motor coupled to one of the pulleys is alternately energized in opposite senses so as to bidirectionally drive the shuttle assembly along a linear path between opposite limits defined by resilient members impacted by an element mounted on the counterbalancing bar.
    • 用于行式打印机内的锤子组穿梭组件的平衡双向驱动器利用形成为在滑轮的相对侧上并在相对的一对可旋转滑轮之间延伸的环形环的带。 一个承载锤子的梭子组件与皮带轮一侧的皮带轮之间的带的一部分相耦合,并且通过与皮带轮之间的带的相对侧上相对的一部分相似质量的细长杆相平衡 梭子组件的滑轮。 耦合到其中一个滑轮的直流电动机以相反的方式交替地通电,以便沿着由安装在平衡杆上的元件冲击的弹性构件限定的相反限制之间的线性路径双向驱动梭组件。
    • 9. 发明授权
    • Counterbalanced bidirectional shuttle drive having linear motor
    • 具有线性电动机的双向往复式平衡驱动
    • US4359289A
    • 1982-11-16
    • US096025
    • 1979-11-20
    • Gordon B. BarrusJerry Matula
    • Gordon B. BarrusJerry Matula
    • B41J2/245B41J9/12B41J19/04B41J19/30H02K33/00H02K33/18H02K41/035B41J19/00
    • H02K33/00B41J19/305H02K33/18
    • An arrangement for bidirectionally driving a hammer bank shuttle assembly along a linear path in a line printer includes an opposite pair of circular, rotatable elements having an elongated shuttle assembly mounting element and an elongated counterbalancing element extending between the pair of rotatable elements on the opposite sides thereof. Pole pieces and a magnet disposed between and adjacent the shuttle assembly mounting element and the counterbalancing element provide magnetic flux which flows through portions of the opposite elements to attract and maintain the elements in contact with the opposite rotatable elements. A pair of serially coupled coils mounted on the counterbalancing element and disposed within the air gaps formed by the pole pieces and the magnet are energized by a cyclically varying signal to bidirectionally drive the shuttle assembly mounting element and its included hammer bank shuttle assembly along the linear path as the counterbalancing element is caused to reciprocate between opposite limits of movement defined by an opposite pair of resilient elements in the path of movement of the counterbalancing element. In an alternative embodiment the coils are disposed between the counterbalancing element and the shuttle assembly mounting element so as to form air gaps with and magnetically interact with a first pair of magnets mounted in spaced-apart relation along the length of the counterbalancing element and a second pair of magnets mounted in spaced-apart relation along the length of the shuttle assembly mounting element.
    • 在线打印机中沿着线性路径双向驱动锤子组穿梭组件的布置包括相对的一对圆形可旋转元件,其具有细长的梭组件安装元件和在相对侧上的一对可旋转元件之间延伸的细长平衡元件 其中。 设置在穿梭组件安装元件和平衡元件之间和相邻的杆件和磁体之间提供磁通量,其流过相对元件的一部分以吸引并保持元件与相对的可旋转元件接触。 安装在平衡元件上并设置在由极片和磁体形成的空气间隙内的一对串联线圈通过周期性变化的信号来激励,以沿着线性方向双向驱动梭组件安装元件及其包括的锤子组穿梭组件 平衡元件在平衡元件的移动路径中由相对的一对弹性元件限定的相对移动极限之间往复运动。 在替代实施例中,线圈设置在平衡元件和梭组件安装元件之间,以便形成与沿着平衡元件的长度以间隔关系安装的第一对磁体并与其磁力相互作用的气隙, 一对磁体沿着梭组件安装元件的长度以间隔的关系安装。
    • 10. 发明授权
    • Printer continuous paper drive
    • 打印机连续纸张驱动
    • US06436023B2
    • 2002-08-20
    • US09726639
    • 2000-11-30
    • Gordon B. BarrusMoshe Ben-YeoshuaSaul GutnikFritz Dietiker
    • Gordon B. BarrusMoshe Ben-YeoshuaSaul GutnikFritz Dietiker
    • B31B188
    • B41J15/00B41J11/26B65H20/20B65H45/1015B65H2401/1121B65H2401/211B65H2401/241B65H2404/133B65H2404/14B65H2701/11231
    • A paper stacker for use with a printer which prints connected sheets that are to be stacked in a folded relationship having a surface for receiving the paper with a frame surrounding the paper that is raised in relationship to the paper in order to maintain paper within the confines of the frame as the frame moves upwardly. The frame is balanced by a constant force spring, and is indexed by optical sensors. The frame includes two adjustable fences for variously sized paper which adjustably moves with paddles to press the paper edges downwardly in the stack. Pinch rollers for driving the paper include low inertia drive rollers formed of a relatively low density plastic material with a pair of idler rollers. To improve stacking, ironing tractor idler rollers iron the tractor perforations, and chains orient the catenary stacking movement.
    • 一种用于打印机的纸堆叠器,其打印要以折叠关系堆叠的连接的纸张,该纸张具有用于接收纸张的表面,该纸张围绕围绕与纸张相关联的纸张的框架,以便将纸张保持在纸张的范围内 当框架向上移动时。 框架由恒力弹簧平衡,并被光学传感器索引。 该框架包括两个可调节的围栏,用于各种尺寸的纸张,可调节地移动与桨将纸边沿向下压入堆叠。 用于驱动纸张的夹送辊包括由具有一对空转辊的相对低密度塑料材料形成的低惯性驱动辊。 为了改善堆放,熨烫拖拉机空转辊熨斗拖拉机穿孔,链条定向悬链线堆叠运动。