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    • 32. 发明授权
    • Transfer type heat-sensitive recording device
    • 转印式热敏记录装置
    • US4481518A
    • 1984-11-06
    • US423779
    • 1982-09-27
    • Toshiharu InuiFujio MoriguchiTakashi Ohmori
    • Toshiharu InuiFujio MoriguchiTakashi Ohmori
    • B41J2/325G01D15/10B41J13/02
    • G01D15/10
    • A heat-sensitive transfer type recording device is provided with a thermal head having heat generating elements and a backing roll operatively positioned relative to the heat generating elements to accommodate the passage of an ink donor sheet and a recording sheet therebetween under pressure. A separation roll is spaced from the backing roll to provide for the passage of said ink donor sheet and said recording sheet therebetween at a pressure substantially less than the pressure exerted on the sheets upon passage between the backing roll and the heat generating elements. The ink donor sheet is directed about the separation roll at a relatively sharp angle to separate the recording sheet from the ink donor sheet with a complete transfer of the ink from the ink donor sheet to the recording sheet as a result of the reduced pressure on the sheets at the separation roll.
    • 热敏转印型记录装置设置有具有发热元件的热​​敏头和相对于发热元件可操作地定位的背衬辊,以适应压力下的供墨片和记录片的通过。 分离辊与背衬辊间隔开以提供所述供墨片和所述记录片材在其间的压力,其压力基本上小于在背衬辊和发热元件之间通过时施加在片材上的压力。 墨供体片以相对尖锐的角度围绕分离辊指向,以将记录片材与供墨片材分离,由于墨水供应器片材上的压力降低,墨水从供墨片材完全转印到记录片材上 分离辊上的片材。
    • 35. 发明申请
    • Objective lens holder, objective lens driving device including same and optical disk read/write device
    • 物镜支架,物镜驱动装置及光盘读/写装置
    • US20060119933A1
    • 2006-06-08
    • US11292904
    • 2005-12-01
    • Toshiharu InuiTakashi Kawano
    • Toshiharu InuiTakashi Kawano
    • G02B13/14
    • G11B7/0935
    • An objective lens holder of the present invention includes: (i) a cavity, having an entrance and an exit, which guides, to an objective lens, an incident light beam entering the entrance, the exit being provided on a side of the cavity where the objective lens is housed; and (ii) beam diameter limiting means having an opening for limiting, to an effective diameter of the objective lens, a beam diameter of the incident light beam passing through the cavity. The cavity is surrounded with internal wall surfaces facing each other so that space between the internal wall surfaces gradually increases from the opening of the aperture toward the entrance or the exit. This makes it possible to provide a highly rigid objective lens holder that allows high-speed read/write operations.
    • 本发明的物镜保持器包括:(i)具有入口和出口的空腔,其引导到物镜进入入口的入射光束,该出口设置在腔的一侧, 容纳物镜; 和(ii)光束直径限制装​​置,其具有用于限制通过该腔的入射光束的光束直径的物镜的有效直径的开口。 空腔被彼此面对的内壁表面围绕,使得内壁表面之间的空间从孔的开口朝向入口或出口逐渐增加。 这使得可以提供允许高速读/写操作的高度刚性的物镜保持器。
    • 36. 发明申请
    • Lens driving unit
    • 镜头驱动单元
    • US20050286352A1
    • 2005-12-29
    • US11166911
    • 2005-06-23
    • Toshiharu Inui
    • Toshiharu Inui
    • G02B7/04G02B7/10G11B7/00
    • G02B7/102
    • In a lens driving unit, when a first lens group holder 10 has received an impact from external in a use state in which first, second lens group holders 10, 11 are projecting, the first lens group holder 10 and the first nut 16 are released from their coupling by attractive force of a magnet 18. Then, the first lens group holder 10 is moved toward one side opposite to the subject side. Thus, with a cushioning member 20 brought into contact with a second lens group holder 11, the second lens group holder 11 and the second nut 17 are released from their coupling by attractive force of a magnet 19, and the first, second lens group holders 10, 11 are moved toward one side opposite to the subject side. As a result, the lens group holders 10, 11 instantaneously come into a collapsed state, by which the impact is relaxed so that damage of the lens barrel portion or the like is reduced, while a miniaturization of the lens driving unit in the optical axis direction can be achieved. Moreover, cushioning members 20, 21 relax the impact due to collisions among component parts to reduce damage.
    • 在透镜驱动单元中,当第一透镜组保持器10在第一,第二透镜组保持器10,11突出的使用状态下从外部接收到冲击时,第一透镜组保持器10和第一螺母16被释放 从它们的耦合通过磁体18的吸引力。然后,第一透镜组保持器10朝向与被摄体侧相对的一侧移动。 因此,通过与第二透镜组保持器11接触的缓冲构件20,第二透镜组保持器11和第二螺母17通过磁体19的吸引力从它们的耦合释放,并且第一,第二透镜组保持器 10,11向与被摄体侧相对的一侧移动。 结果,透镜组保持器10,11瞬时进入折叠状态,通过该状态使冲击松弛,从而减小镜筒部等的损伤,同时透镜驱动单元在光轴上的小型化 方向可以实现。 此外,缓冲构件20,21放松由于部件之间的碰撞引起的冲击,以减少损坏。
    • 37. 发明申请
    • Objective lens driving device and optical pickup device using the same
    • 物镜驱动装置及使用其的光学拾取装置
    • US20050190664A1
    • 2005-09-01
    • US11070325
    • 2005-03-01
    • Toshiharu InuiShinichi Tomoyama
    • Toshiharu InuiShinichi Tomoyama
    • G11B7/09G11B7/135G11B7/00
    • G11B7/1374
    • An objective lens driving device includes: a movable section 8 for collecting light of a light source onto an optical disk 2; and a driving section for driving the movable section 8 (i) in a direction of a light axis of an objective lens 1 which direction is orthogonal to a storage surface of the optical disk 2 and (ii) in an in-plane direction orthogonal to the light axis, wherein the movable section 8 includes a protruding portion 4 which protrudes in a direction orthogonal to the direction of the light axis of the objective lens 1, and there is provided a stopper section 16 for restricting a movable range of the movable section 8 by coming into contact with the protruding portion 4 when the movable section 8 moves.
    • 物镜驱动装置包括:用于将光源的光收集到光盘2上的可移动部分8; 以及用于沿着与光盘2的存储表面正交的方向驱动可动部分8(i)的方向与物镜1的光轴方向驱动的驱动部分,以及(ii)在垂直于 光轴,其中可动部分8包括在与物镜1的光轴方向正交的方向上突出的突出部分4,并且设置有止动部分16,用于限制可移动部分的可移动范围 当可移动部分8移动时,通过与突出部分4接触。
    • 39. 发明授权
    • Printing apparatus and suction recovery control method
    • 印刷装置和抽吸恢复控制方法
    • US06752485B2
    • 2004-06-22
    • US10351417
    • 2003-01-27
    • Shuichi MurakamiToshiharu InuiYoshiyuki TougeMasaya Uetsuki
    • Shuichi MurakamiToshiharu InuiYoshiyuki TougeMasaya Uetsuki
    • B41J2165
    • B41J2/16532
    • An ink-jet printing apparatus and suction recovery control method which can minimize reduction in throughput while maintaining a printhead in the most appropriate condition, and can reduce the amount of wasted ink. According to the suction recovery control method, a printing period of predetermined printing operation is timed, and the number of print dots formed by discharging ink from a printhead during the predetermined printing operation is counted. Based on the timed printing period and counted number of print dots, the number of print dots per unit time is calculated. Then based on the calculated number of print dots per unit time, timing of suction recovery operation is determined, and suction recovery operation of the printhead is performed according to the determined timing.
    • 一种喷墨打印设备和抽吸恢复控制方法,其可以在将打印头保持在最适当的状态的同时最小化吞吐量,并且可以减少浪费的墨水量。 根据抽吸恢复控制方法,对预定打印操作的打印周期进行定时,并且对在预定打印操作期间从打印头排出墨水形成的打印点的数量进行计数。 根据定时的打印期间和打印点的数量,计算出每单位时间的打印点数。 然后,基于计算出的每单位时间的打印点数,确定抽吸恢复操作的定时,并且根据所确定的定时执行打印头的抽吸恢复操作。