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    • 1. 发明申请
    • Image recording device and image recording method, and image receiving layer transferer element and image forming medium using them
    • 图像记录装置和图像记录方法,以及使用它们的图像接收层传送元件和图像形成介质
    • US20060050123A1
    • 2006-03-09
    • US10522127
    • 2003-07-24
    • Toshiyuki WadaAkihiro ImaiYoshihiro Yokoyama
    • Toshiyuki WadaAkihiro ImaiYoshihiro Yokoyama
    • B41J2/01
    • B41J2/0057B41M5/42
    • In an apparatus for forming an image on an image receiver, in order to solve at least one problem that an ink sheet may be attached to an image receiving layer in a thermal transfer recording and that the image receiving layer may be transferred to an image receiver insufficiently in an image recording using an ink-jet head, there is provided an image recording apparatus comprising: an image forming medium which extends over at least one platen and comprises an image receiving layer, an image recording section having at least one ink-jet head which faces the image receiving layer of the image forming medium on an outer periphery of one platen of said at least one platen, and an image transfer section having an image receiver and an image transfer heat medium which faces the image forming medium in its back side, wherein the image forming medium comprises a laminate of an aqueous solvent permeating layer and the image receiving layer which are laminated on and in the above listed order from a substrate for the image forming medium.
    • 在用于在图像接收器上形成图像的装置中,为了解决在热转印记录中可以将油墨片附着到图像接收层的至少一个问题,并且图像接收层可以被转印到图像接收器 在使用喷墨头的图像记录中不充分,提供了一种图像记录装置,包括:图像形成介质,其在至少一个压板上延伸并包括图像接收层,图像记录部分具有至少一个喷墨 在所述至少一个压板的一个压板的外周面上面对图像形成介质的图像接收层的头部,以及具有图像接收器和图像传送热介质的图像转印部件,该图像接收器和图像转印热介质在其背面面向图像形成介质 其中,图像形成介质包括水性溶剂渗透层和图像接收层的层叠体,其层叠在上述列出的顺序上 从用于图像形成介质的基板。
    • 2. 发明授权
    • Electrophotographic developing apparatus which utilizes single-component
developing material
    • 采用单组分显影材料的电子照相显影装置
    • US5495322A
    • 1996-02-27
    • US70171
    • 1993-06-02
    • Toshiyuki WadaKenji AsakuraYoshihiro YokoyamaYoshihito Urata
    • Toshiyuki WadaKenji AsakuraYoshihiro YokoyamaYoshihito Urata
    • G03G15/08G03G15/06
    • G03G15/0808G03G15/0865G03G15/0877G03G15/0896
    • An electrophotographic developing apparatus includes a photoreceptor drum supported for rotation in one direction, a rotatably supported developing roller disposed in face-to-face relation with the photoreceptor drum for supplying a single-component developing material, a rotatably supported charge transfer roller disposed on one side of the developing roll remote from the photoreceptor drum and in face-to-face relation with the developing roller for delivering the developing material onto the developing roller, a charged layer regulating member disposed around the charge transfer roller and cooperable with the charge transfer roller to regulate a charging and a layer of the developing material, and a developing hopper for accommodating the developing material to be supplied to the charge transfer member. In operation, the developing material within the hopper is carried by the charge transfer roller in the form of a charged toner layer which is subsequently delivered onto the developing roller. The toner layer on the developing layer is then deposited on an electrostatic latent image formed on the photoreceptor drum. At least one of a material for, a surface roughness of and a speed of movement of the developing roller differs from that of the charge transfer roller.
    • 一种电子照相显影装置,包括一个用于一个方向旋转的感光鼓,一个与用于供应单组分显影材料的感光鼓面对面地设置的可转动支撑的显影辊,一个设置在一个显影装置上的可旋转支撑的电荷转移辊 显影辊的侧面远离感光鼓并与显影辊面对面地连接,用于将显影材料输送到显影辊上;带电层调节件,设置在电荷转移辊周围并配合电荷转移辊 以调节显影材料的充电和层,以及用于容纳要供应到电荷转移构件的显影材料的显影漏斗。 在操作中,料斗内的显影材料由带电调色剂层的形式的电荷转移辊承载,随后将其输送到显影辊上。 然后将显影层上的调色剂层沉积在形成在感光鼓上的静电潜像上。 用于显影辊的表面粗糙度和移动速度的材料中的至少一种不同于电荷转移辊的材料。
    • 7. 发明授权
    • Information recording/reproducing apparatus and method
    • 信息记录/再现装置和方法
    • US06496323B1
    • 2002-12-17
    • US09381443
    • 1999-09-20
    • Yoshio UmedaHiroshi KohsoTatsuhiko InagakiToshiyuki WadaMakoto Kuwamoto
    • Yoshio UmedaHiroshi KohsoTatsuhiko InagakiToshiyuki WadaMakoto Kuwamoto
    • G11B5596
    • G11B5/553G11B5/5582
    • To improve the positioning accuracy which has been limited so far due to a vibration mode of an actuator for positioning a head and increase the capacity of an apparatus by raising the density of tracks for recording or reproducing information. There are provided an information recording/reproducing medium, a head for recording or reproducing information while moving relatively to the information recording/reproducing medium, an actuator for supporting the head and movable in accordance with a command, and a control section for supplying a command to the actuator in accordance with a signal reproduced by the head to control the movement of the actuator, the actuator has at least one vibration mode in addition to a movement mode as a rigid body, and the control section is configured by an internal model including at least one vibration mode of the actuator and has a state estimating section for estimating quantities of states of the vibration mode and rigid-body mode of the actuator in accordance with a controlled variable corresponding to a movement command to the actuator and a controlled-variable generating section for generating a controlled variable in accordance with each estimated quantity of state estimated by the state estimating section.
    • 为了提高由于用于定位头部的致动器的振动模式到目前为止被限制的定位精度,并且通过提高用于记录或再现信息的轨道的密度来增加设备的容量。提供了一种信息记录/再现 介质,用于在相对于信息记录/再现介质移动时记录或再现信息的磁头,用于支撑磁头并根据命令可移动的致动器,以及用于根据信号向致动器提供命令的控制部分 由头部再现以控制致动器的运动,致动器除了作为刚体的运动模式之外还具有至少一个振动模式,并且控制部分由内部模型构成,该内部模型包括致动器的至少一个振动模式,以及 具有用于根据执行器的振动模式和刚体模式的状态估计量的状态估计部分 对应于对致动器的移动指令的控制变量的控制变量生成部,以及根据由状态估计部估计出的各个估计状态量来生成受控变量的受控变量生成部。
    • 8. 发明申请
    • Antenna Device and Wireless Communication Apparatus Using the Same
    • 天线装置及其使用的无线通信装置
    • US20090167614A1
    • 2009-07-02
    • US12227849
    • 2007-05-30
    • Yasunori TakakiToshiyuki WadaHiroyuki Aoyama
    • Yasunori TakakiToshiyuki WadaHiroyuki Aoyama
    • H01Q9/04H01Q1/24
    • H01Q9/42H01Q1/243
    • [Problems] To realize an antenna device that can operate in wide bands (in a plurality of frequency bands) and can achieve an excellent antenna gain and maintain non-directivity of vertically polarized waves in each band in a space-saving manner, and also to provide a technique capable of maintaining mechanical reliability of the antenna device.[Solving Means] Δn antenna device including; an approximately U-shaped conductor antenna, on one end side of which a power feeding portion is provided and on the other end side of which an end portion is provided as an open end terminal, and which has a folded-back portion; a base body made of an insulating material; a substrate on which said conductor antenna and said base body are mounted; conductor planes of said one end side and said the other end side of said conductor antenna constituted to be approximately perpendicular to each other; said base body being fixed on said substrate; at least said one end side of said conductor antenna being fixed on said base body; and said folded-back portion being fixed on said substrate.
    • [问题]为了实现能够在宽带(多个频带)中工作并且可以以节省空间的方式实现优良的天线增益并且保持每个频带中的垂直极化波的非方向性的天线装置,并且还 以提供能够保持天线装置的机械可靠性的技术。 [解决方案]德尔坦天线装置包括: 大致U字状的导体天线,其一端设有供电部,其另一端侧设置有开口端子,并具有折回部; 由绝缘材料制成的基体; 其上安装有所述导体天线和所述基体的基板; 所述导体天线的所述一端侧和所述另一端侧的导体平面构成为彼此大致垂直; 所述基体固定在所述基底上; 所述导体天线的至少所述一端侧固定在所述基体上; 并且所述折回部分固定在所述基板上。