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    • 31. 发明授权
    • Door opening/closing device for ice dispenser in refrigerator
    • 冰箱冰机门打开/关闭装置
    • US08615929B2
    • 2013-12-31
    • US12839892
    • 2010-07-20
    • Sang Ho LeeJin Sung ParkSo Yeon WonJin Ho Lee
    • Sang Ho LeeJin Sung ParkSo Yeon WonJin Ho Lee
    • E05F15/02E05F15/10
    • E05F15/614E05Y2800/71E05Y2900/20E05Y2900/31Y10T74/18792
    • A door opening/closing device for an ice dispenser is disclosed. The door opening/closing device includes a DC motor 1 which is rotated in forward and reverse directions, a 2-staged spur gear 3 meshed with a worm gear 2 installed on a driving shaft, a 3-staged spur gear 4 meshed with the 2-staged spur gear 3, and a fan-shaped output gear 5 meshed with the 3-staged spur gear 4 and rotated in forward and reverse directions by interconnection of the motor 1 and the gears 2, 3 and 4. If the output gear 5 is rotated in the forward direction, a rod-shaped boss 5a pushes and rotates a link lever 6a to press a coil spring 8 wound around an opening/closing link 6 and thus open a door 7. If the output gear 5 is rotated in the reverse direction, the coil spring 8 is released from a pressurized state, and the rod-shaped boss 5a rotates in the reverse direction while abutting against the link lever 6a, so that the door 7 is closed without generating impact and sound.
    • 公开了一种用于冰分配器的门打开/关闭装置。 门打开/关闭装置包括沿正反向旋转的直流电动机1,与安装在驱动轴上的蜗轮2啮合的2级正齿轮3,与2相啮合的3级正齿轮4 台阶正齿轮3和与3级正齿轮4啮合并通过电动机1和齿轮2,3和4的互连而沿正反方向旋转的扇形输出齿轮5。如果输出齿轮5 杆状凸台5a推动并旋转连杆杆6a以按压卷绕在打开/关闭杆6上的螺旋弹簧8,从而打开门7.如果输出齿轮5在 螺旋弹簧8从加压状态释放,并且杆状凸台5a在与连杆6a抵接的同时沿相反方向转动,使得门7关闭而不产生冲击和声音。
    • 33. 发明申请
    • DOORS AND WINDOWS SYSTEM HAVING EARTHQUAKE-RESISTANT PERFORMANCE
    • 具有防地震性能的门窗系统
    • US20130086851A1
    • 2013-04-11
    • US13704403
    • 2010-07-14
    • Sang Hoon OhSang Ho Lee
    • Sang Hoon OhSang Ho Lee
    • E04B1/98
    • E04B1/985E06B1/6084
    • A Door or window system having earthquake-resistant performance, comprising: a main frame having two vertical frame members that are separated so as to be mutually parallel to each other, and an upper frame member and a lower frame member connected to the upper and lower end portions of the vertical frame members; a plurality of pillar members that are separated from the vertical frame members and arranged side by side thereto; a support beam, which is fixed to the end portions of the pillar members, extends horizontally, and has both end portions separated from the vertical frame members; and a damper, which is fixed between the support beam and the upper frame member, or between the support beam and the lower frame member, receives a horizontal load applied from the exterior, and is plastically-deformed when yielding to a horizontal load that is more than the tolerated horizontal load.
    • 一种具有抗震性能的门窗系统,包括:主框架,具有彼此相互平行分离的两个垂直框架构件;以及上框架构件和下框架构件,其连接到上下 垂直框架构件的端部; 多个立柱构件,其与所述竖直框架构件分离并且并排布置; 固定在柱构件的端部的支撑梁水平地延伸,并且两端部与立式框架构件分离; 并且固定在支撑梁和上框架构件之间或者在支撑梁和下框架构件之间的阻尼器接收从外部施加的水平载荷,并且当屈服于水平载荷时是塑性变形的, 超过允许的水平负载。
    • 34. 发明申请
    • TOUCH INPUT SENSING DEVICE AND TOUCH INPUT SENSING METHOD
    • 触摸输入感应装置和触摸输入感应方法
    • US20130063390A1
    • 2013-03-14
    • US13332603
    • 2011-12-21
    • Yong Il KwonSang Ho LeeGyung Hee HongTah Joon Park
    • Yong Il KwonSang Ho LeeGyung Hee HongTah Joon Park
    • G06F3/044G06F3/041
    • G06F3/044G06F3/0418
    • There are a touch input sensing device and a touch input sensing method. The touch input sensing device includes: a plurality of sensing electrodes; and a controller obtaining sensing signals generated from the plurality of sensing electrodes through a plurality of sensing channels electrically connected to the plurality of sensing electrodes, wherein the controller calculates a difference value between the sensing signals obtained from the plurality of sensing channels connected to the mutually adjacent sensing electrodes among the plurality of sensing electrodes to determine a touch input. A weighting value is assigned to a difference value between sensing signals obtained from mutually adjacent sensing electrodes, based on which the coordinates, or the like, of a touch input are determined, thus significantly reducing the influence of noise and accurately determining a touch input.
    • 具有触摸输入感测装置和触摸输入感测方法。 触摸输入感测装置包括:多个感测电极; 以及控制器,其通过电连接到所述多个检测电极的多个感测通道获得从所述多个感测电极产生的感测信号,其中,所述控制器计算从连接到所述多个感测电极的所述多个感测通道获得的感测信号之间的差值 在多个感测电极之间的相邻感测电极以确定触摸输入。 将由相互相邻的检测电极获得的感测信号之间的差值分配给加权值,基于该值,触摸输入的坐标等被确定,从而显着地减少了噪声的影响并准确地确定了触摸输入。
    • 37. 发明申请
    • Methods of Coating Substrate With Plasma Resistant Coatings and Related Coated Substrates
    • 用等离子体涂层和相关涂层基材涂覆基材的方法
    • US20110135915A1
    • 2011-06-09
    • US12953224
    • 2010-11-23
    • Sang Ho LeeGary Reichl
    • Sang Ho LeeGary Reichl
    • B32B5/00C23C14/30C23C14/28C23C14/06C23C16/22C23C14/34B05D1/36
    • C23C14/083H01J2237/332Y10T428/265
    • The invention includes a method of coating a substrate with a plasma etch-resistant layer that exhibits reduced particulation comprising applying an coating layer to a substrate wherein coating layer has a thickness of about 20 microns or less and wherein the coating layer, after exposure to a fluorine based plasma for an amount of time, is substantially free of any cracks or fissures that span the cross section of the coating layer.A coated substrate prepared by the methods described. Also included in the invention are coated substrates for use as a structural element in a fluorine-based semiconductor wafer processing protocol, wherein the coating is a coating layer having a thickness of about 20 microns or less and wherein the coating layer, after exposure to a fluorine based plasma for an amount of time, is substantially free of any cracks or fissures that span the cross section of the coating layer and exhibits reduced particulation.Included are structural elements used in a fluorine-based semiconductor wafer processing protocol, wherein at least a portion of a surface of a structural element is coated with a coating layer that having a thickness of about 20 microns or less and wherein the coating layer, after exposure to a fluorine based plasma for an amount of time, is substantially free of any cracks or fissures that span the cross section of the coating layer and exhibits reduced particulation.
    • 本发明包括一种用等离子体耐蚀刻层涂覆基材的方法,该层具有减小的颗粒,包括将涂层施加到基材上,其中涂层具有约20微米或更小的厚度,并且其中所述涂层在暴露于 基于氟的等离子体一段时间,基本上没有跨过涂层的横截面的任何裂纹或裂缝。 通过所述方法制备的涂布基材。 本发明还包括用作氟基半导体晶片处理方案中的结构元件的涂布基材,其中所述涂层是具有约20微米或更小的厚度的涂层,并且其中所述涂层在暴露于 基于氟的等离子体一段时间,基本上没有任何裂缝或裂缝跨过涂层的横截面并显示减少的颗粒。 包括在氟基半导体晶片处理方案中使用的结构元件,其中结构元件的表面的至少一部分涂覆有具有约20微米或更小的厚度的涂层,并且其中所述涂层在 暴露于基于氟的等离子体一段时间内,基本上没有任何裂缝或裂缝跨过涂层的横截面并表现出减少的颗粒化。