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    • 77. 发明申请
    • ELECTRONIC DEVICE HAVING TOUCH PANEL AND OPERATING CONTROL METHOD
    • 具有触控面板的电子设备和操作控制方法
    • US20110291973A1
    • 2011-12-01
    • US13117781
    • 2011-05-27
    • Hiroyuki ITOMasami ITONobuko ITO
    • Hiroyuki ITOMasami ITONobuko ITO
    • G06F3/041
    • G06F3/0416G06F3/047
    • An electronic device includes a touch panel, a position detecting portion, an operating control portion and a detection sensitivity control portion. The position detecting portion detects a close coordinate when sensing that a pointing means comes close to a position on a close plane away from the touch panel by a first distance, and detects a contact coordinate when sensing that the pointing means comes close to a position on a contact plane lying closer to the touch panel than the position on the close plane. The operating control portion controls an operation of a controlled unit based on the close coordinate and the contact coordinate. The detection sensitivity control portion switches detection sensitivity of the position detecting portion from close detection sensitivity to contact detection sensitivity when the position detecting portion senses that the pointing means comes close to the position on the close plane.
    • 电子设备包括触摸面板,位置检测部分,操作控制部分和检测灵敏度控制部分。 当检测到指示装置靠近距离触摸面板的近平面上的位置靠近第一距离时,位置检测部分检测到接近坐标,并且当感测到指示装置接近于位置时,检测接触坐标 靠近触摸面板的接触平面比靠近平面上的位置。 操作控制部分基于紧密坐标和接触坐标来控制被控制单元的操作。 当位置检测部分感测到指示装置接近靠近平面上的位置时,检测灵敏度控制部分将位置检测部分的检测灵敏度从接近检测灵敏度切换到接触检测灵敏度。
    • 78. 发明申请
    • LIQUID SUPPLY DEVICE AND LIQUID EJECTING APPARATUS
    • 液体供应装置和液体喷射装置
    • US20090160921A1
    • 2009-06-25
    • US12339254
    • 2008-12-19
    • Hiroyuki ITOHideya YOKOUCHI
    • Hiroyuki ITOHideya YOKOUCHI
    • B41J2/19B01D19/02
    • B41J2/19B01D19/0031B01D19/02B41J2/175B41J2/17509
    • A liquid supply device includes a liquid supply path for supplying liquid from an upstream, liquid supply side toward a downstream side where the liquid is consumed. A defoaming chamber in the middle of the liquid supply path causes bubbles to escape from the liquid. A decompression chamber adjacent to the defoaming chamber has a partition wall interposed therebetween and is decompressed to have lower pressure than the defoaming chamber. The partition wall allows gas to permeate therethrough by decompression of the decompression chamber and regulates permeation of liquid. The partition wall is formed by a separate member from a decompression chamber forming member that forms the decompression chamber. The partition wall forms a part of an inner surface of the liquid supply path, and the liquid supply path passes along the inside of a wall portion of the decompression chamber in the decompression chamber forming member.
    • 液体供给装置包括:液体供给路径,用于将液体从上游侧,液体供给侧向液体消耗的下游侧供给。 在液体供应路径中间的消泡室使气泡从液体中逸出。 与消泡室相邻的减压室具有插入其间的隔壁并且被减压以具有比消泡室低的压力。 分隔壁允许气体通过减压室的减压渗透到其中并调节液体的渗透。 分隔壁由形成减压室的减压室形成构件的分离构件形成。 分隔壁形成液体供给路径的内表面的一部分,液体供给路径沿减压室形成构件的减压室的壁部的内部通过。
    • 79. 发明申请
    • LIQUID SUPPLY APPARATUS AND LIQUID EJECTING APPARATUS
    • 液体供应装置和液体喷射装置
    • US20090147060A1
    • 2009-06-11
    • US12331995
    • 2008-12-10
    • Hiroyuki ITOHideya YOKOUCHI
    • Hiroyuki ITOHideya YOKOUCHI
    • B41J2/175
    • B41J2/17509B41J2/19
    • Provided is a liquid supply apparatus including: a liquid supply path which supplies a liquid from an upstream side, which is a liquid supply source, to a downstream side in which the liquid is consumed; a defoaming chamber which is provided in the liquid supply path and defoams air bubbles included in the liquid; and a depressurization chamber which is provided at a position adjacent to the defoaming chamber with a partition wall interposed therebetween and is depressurized such that the pressure thereof becomes lower than the pressure of the defoaming chamber, wherein the partition wall allows permeation of gas by the depressurization of the depressurization chamber and restricts permeation of the liquid, wherein the partition wall has rigidity, and wherein the defoaming chamber is arranged in plurality and at least two of the defoaming chambers overlap with one depressurization chamber in an upper and lower direction.
    • 本发明提供一种液体供给装置,包括:液体供给路径,其将液体从作为液体供给源的上游侧供给到液体被消耗的下游侧; 设置在液体供给路径中的消泡室,使包含在液体中的气泡脱泡; 以及减压室,其设置在与所述消泡室相邻的位置处,隔着隔壁插入其间并被减压,使得其压力变得低于所述消泡室的压力,其中所述隔壁允许通过所述减压 并限制所述液体的渗透,其中所述分隔壁具有刚性,并且其中所述消泡室布置成多个,并且所述消泡室中的至少两个在上下方向上与一个减压室重叠。
    • 80. 发明申请
    • GLASS RUN CHANNEL ASSEMBLY AND ITS MANUFACTURING METHOD
    • 玻璃运行通道组件及其制造方法
    • US20100199568A1
    • 2010-08-12
    • US12699414
    • 2010-02-03
    • Tomonori KONDOHiroyuki ITOTatsuya TAMURA
    • Tomonori KONDOHiroyuki ITOTatsuya TAMURA
    • B60J1/17E06B7/16B23P17/00
    • B60J10/76B29C45/14467B29C2045/0093B60J10/36Y10T29/4998
    • A glass run channel assembly which is made of an elastic polymeric material and which is capable of being mounted to a vehicle, including: a first long glass run channel, a second long glass run channel and a connecting glass run channel which connects the first and second glass run channels, the connecting glass run channel comprising a base bottom portion. The base bottom portion is provided with a projection portion which projects from an outer circumferential side surface of the base bottom portion. The projection portion includes at least a portion of a reinforcing member. The reinforcing member is molded in advance from a material which is harder and more rigid than the elastic polymeric material of the connecting glass run channel, and the reinforcing member includes a base portion arranged at the base bottom portion and a trunk portion which projects towards an outer circumferential side.
    • 一种由弹性聚合物材料制成并且能够安装在车辆上的玻璃导槽组件,包括:第一长玻璃导槽,第二长玻璃导槽和连接玻璃导槽,其连接第一和第 第二玻璃运行通道,连接玻璃运行通道包括底部底部。 基部底部设置有从底部底部的外周侧表面突出的突出部。 突出部分包括加强构件的至少一部分。 加强构件预先从比连接玻璃导槽的弹性聚合物材料更硬且更刚性的材料成型,并且加强构件包括布置在底部底部的基部和向基部底部突出的主体部分 外周侧。