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    • 82. 发明申请
    • DIRECT CONTACT SCANNER AND RELATED METHOD
    • 直接联系扫描仪及相关方法
    • WO1997034288A1
    • 1997-09-18
    • PCT/US1997003225
    • 1997-02-28
    • HEWLETT-PACKARD COMPANY
    • HEWLETT-PACKARD COMPANYDIAS, J., FlemingMELTON, Hewlett, E., Jr.
    • G10K11/24
    • A61B8/12A61B8/445A61B8/4461A61B2017/22017G10K11/24
    • A direct contact scanner (101) uses a fiber acoustic waveguide (107, 141) to convey ultrasound from an ultrasound transducer (117) to a direct contact area (122). The waveguide extends from a main body (105) of the scanner into an oblong nose (109), and terminates in a deflector (149). To minimize thickness of the nose, the waveguide and deflector are rotated about an ultrasound transmission axis (119) of the waveguide, enabling the scanner to be used in a variety of situations where quarters are cramped. A coupling fluid (111) conveys ultrasound between the deflector (149) and a radome (113), which directly contacts the object (103) to be scanned. Using the waveguide, an ultrasound transducer and supporting electronics (118) may be distanced from the direct contact area (122) and separated from the fluid (111), thereby insulating the fluid from possible electronic leakage currents and heat.
    • 直接接触扫描仪(101)使用纤维声波导(107,141)将超声波从超声换能器(117)传送到直接接触区域(122)。 波导从扫描仪的主体(105)延伸成长方形的鼻子(109),并终止在偏转器(149)中。 为了最小化鼻子的厚度,波导和偏转器围绕波导的超声波传播轴线(119)旋转,使得扫描仪能够在季节狭窄的各种情况下使用。 耦合流体(111)在偏转器(149)和直接接触待扫描对象(103)的天线罩(113)之间传送超声波。 使用波导,超声换能器和支撑电子器件(118)可以与直接接触区域(122)分开并与流体(111)分离,从而将流体与可能的电子泄漏电流和热量隔离。
    • 84. 发明申请
    • HEATED INKJET PRINT MEDIA SUPPORT SYSTEM
    • 加热喷墨打印媒体支持系统
    • WO1997028003A1
    • 1997-08-07
    • PCT/US1997000957
    • 1997-01-30
    • HEWLETT-PACKARD COMPANYRASMUSSEN, Steve, O.GAST, Paul, D.
    • HEWLETT-PACKARD COMPANY
    • B41J13/08
    • B41J11/007B41J2/01B41J11/002B41J11/0085
    • To maintain a uniform spacing between the print media, such as paper or fabric, and an inkjet printhead having a large print swath, for instance about 25 millimeters (one inch) wide, a new media support system is provided for inkjet printing mechanisms, such as printers or plotters. The support system employs an endless belt (62) driven from the belt interior surface by a roller drive system that uniformly supports the print media under the reciprocating printhead (54, 56). The belt may be lined with anti-cockle ribs or it may be foraminous, with a vacuum applied thereunder to pull the media onto the belt. An ink drying system is included for heating the belt and thus the media to avoid ink bleed. A method is also provided for supporting and transporting a large sheet of print media through a printzone of an inkjet printing mechanism having such a large swath inkjet head.
    • 为了在诸如纸或织物的打印介质和具有大的打印幅宽的喷墨打印头之间保持均匀的间隔,例如大约25毫米(一英寸)宽,为喷墨打印机构提供了新的介质支撑系统,例如 作为打印机或绘图仪。 所述支撑系统采用通过辊驱动系统从带内表面驱动的环形带(62),所述辊驱动系统在往复打印头(54,56)下均匀地支撑所述打印介质。 皮带可以衬有防起皱肋骨,或者可以是多孔的,其上施加有真空以将介质拉到皮带上。 包括一个油墨干燥系统,用于加热带,从而加热介质以避免油墨渗出。 还提供了一种用于通过具有这种大幅面喷墨头的喷墨打印机构的打印区支持和传送大片打印介质的方法。
    • 87. 发明申请
    • MEDIA ROLLER HIGH FRICTION SURFACING SYSTEM
    • 媒体滚子高摩擦表面系统
    • WO1996015875A1
    • 1996-05-30
    • PCT/US1995014854
    • 1995-11-13
    • HEWLETT-PACKARD COMPANY
    • HEWLETT-PACKARD COMPANYOLSON, Allan, G.KELLY, Kieran, B.CASEY, Shannon, D.KENT, Blair, M.
    • B24B19/00
    • B65H27/00B24B5/50B24B19/028B24B41/04B24D11/00B65H2404/133B65H2404/182
    • A method and apparatus is achieved for creating or restoring a high friction surface to a drive roller (52). Abrasive pads (12) define a scrubbing surface for acting upon a media roller's surface (54-58). As the roller's surface is scrubbed, creping occurs which increases the surface's coefficient of friction between the roller and media sheet ("COF(rm)"). In one embodiment, the creping apparatus is formed by a pair of plates (16, 18) hinged along one edge (30) and open along an opposite edge (28). A spring (19) is positioned between the plates biasing the plates apart at the open end. One or more abrasive pads are attached to the outer surface of one plate (18). To create or restore a high friction surface, the apparatus (10) is positioned adjacent to the roller (52). By approximately defining the force applied between the roller (52) and abrasive pads (12) and by using an abrasive pad of known grit, initially surface contaminants, if any, are scrubbed from the roller surface (54-58).
    • 实现了用于将高摩擦表面创建或恢复到驱动辊(52)的方法和装置。 研磨垫(12)限定用于作用在介质辊表面(54-58)上的擦洗表面。 当辊的表面被擦洗时,发生起皱,这增加了辊和介质片之间的表面摩擦系数(“COF(rm)”)。 在一个实施例中,起皱装置由沿着一个边缘(30)铰接并沿着相对边缘(28)敞开的一对板(16,18)形成。 弹簧(19)被定位在板之间,使板在开口端分开。 一个或多个研磨垫附接到一个板(18)的外表面。 为了创建或恢复高摩擦表面,装置(10)被定位成与辊(52)相邻。 通过大致限定施加在辊(52)和研磨垫(12)之间的力并且通过使用已知砂粒的研磨垫,最初的表面污染物(如果有的话)从辊表面(54-58)被擦洗。
    • 89. 发明申请
    • INFORMATION MANAGEMENT DEVICE
    • 信息管理设备
    • WO1996003687A1
    • 1996-02-08
    • PCT/GB1994001628
    • 1994-07-28
    • HEWLETT-PACKARD COMPANYBEDFORD-ROBERTS, James
    • HEWLETT-PACKARD COMPANY
    • G06F03/033
    • G06F3/04883G06F3/0481
    • A device (10) for storing information electronically and which has a pen-sensitive screen (12) enabling a user to make freehand input has the screen divided into two areas - a main area (17) and a subsidiary area (18) adjacent the main area. The user can tag items of freehand input causing a tag item (20, 22) to be displayed alongside the freehand input and can subsequently manipulate (e.g. delete, move, copy) the freehand input by selecting and manipulating the associated tag item. Tag items provide a permanent way of structuring data and are an elegant way of uniting several data manipulations.
    • 一种用于以电子方式存储信息并具有能够使用户进行徒手输入的笔敏屏幕(12)的设备(10),其中屏幕分为两个区域 - 主区域(17)和邻近的区域(18) 主要区域。 用户可以标记手写输入的项目,导致标签项目(20,22)被显示在手绘输入旁边,并且可以随后通过选择和操纵关联的标签项来操纵(例如,删除,移动,复制)手绘输入。 标签项提供了一种永久性的数据结构方式,并且是一种优雅的组合数据操作的方式。