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    • 43. 发明公开
    • A razor system
    • Rasiersystem
    • EP2583799A1
    • 2013-04-24
    • EP12006357.3
    • 2008-08-29
    • The King of Shaves Company Limited
    • King William Ashley
    • B26B21/22B26B21/52B26B21/40
    • A45D27/225B26B21/225B26B21/40B26B21/4018B26B21/521B26B21/528
    • A shaving system comprises a bifurcated razor handle 1, 90 comprising a unitary, two-shot plastics moulding having a pair of hinges 4 with elastomeric springs 11 joined by a cartridge mounting portion 30, 91 which receives the bottom side of a generally flat, multi-blade cartridge 60 in fixed, snap-fit relation. The cartridge is retained in a dispenser 80 beneath a resilient leaf 84 and pressed onto the mounting portion along an engagement axis E normal to the shaving plane, the leaf being received in a recess 48 between the mounting portion and the cartridge. The cartridge is then retracted from the dispenser along a retraction axis R generally parallel with the shaving plane. The mounting portion includes digit-receiving regions 40 for pressing the mounting portion onto the cartridge, an ejection element 41, 141 for disengaging the cartridge from the handle, and an elastomeric skin-engaging platform 51 arranged in advance of the shaving plane.
    • 剃刮系统包括分叉剃刀手柄1,90,其包括一体的双注射塑料模制件,其具有一对铰链4,弹性体弹簧11由盒安装部分30,91连接,弹药弹簧11接收基本上平坦的多个 刀片盒60固定,卡扣配合。 盒被保持在弹性片84下面的分配器80中,并且沿着与剃须平面垂直的接合轴线E被按压到安装部分上,叶片被容纳在安装部分和盒之间的凹部48中。 然后,墨盒从分配器沿着大体平行于剃刮平面的回缩轴线R退回。 安装部分包括用于将安装部分压到盒上的数字接收区域40,用于将盒与手柄分离的弹出元件41,141以及设置在剃须面之前的弹性皮肤接合平台51。
    • 46. 发明公开
    • Bicycle control device
    • 自行车控制装置
    • EP2189359A1
    • 2010-05-26
    • EP08020289.8
    • 2008-11-21
    • Chen, Yi-Lun
    • Chen, Yi-Lun
    • B62J6/00
    • B62J6/001B60Q1/1423B60Q2300/112B60Q2300/314B62H5/20B62J2006/008
    • A bicycle control device includes a control module (3) comprising a speed sensing unit (12), a light sensing unit (13) and a microprocessor (11), at least one lamp (21, 22, 23, 24), a lock module (25) and a warning module (26). When a bicycle is moving, the speed sensing unit (12) detects the speed of the bicycle and generates a speed signal transmitted to the microprocessor (11), and the light sensing unit (13) detects lightness around the bicycle and generates a lightness signal transmitted to the microprocessor (11). According to the signals, the microprocessor (11) of the control device (100) sends a command signal to turn on the lamp (21, 22, 23, 24) and adjusts the luminance or the lamp (21, 22, 23, 24) in accordance with the lightness signal and the speed signal respectively. Once the bicycle is being parked and the control module (3) is being removed, the microprocessor (11) generates in lock control signal to lock the bicycle. Meanwhile, it also generates a trigger signal to turn on the warning module (26).
    • 一种自行车控制装置包括:包括速度感测单元(12),光感测单元(13)和微处理器(11)的控制模块(3),至少一个灯(21,22,23,24),锁 模块(25)和警告模块(26)。 当自行车在移动时,速度感测单元(12)检测自行车的速度,并产生传输到微处理器(11)的速度信号,并且光感测单元(13)检测自行车周围的亮度并产生亮度信号 传输到微处理器(11)。 根据这些信号,控制装置(100)的微处理器(11)发送命令信号以打开灯(21,22,23,24)并调节亮度或灯(21,22,23,24 )分别根据亮度信号和速度信号进行。 一旦自行车停放并且控制模块(3)被移除,微处理器(11)产生锁定控制信号以锁定自行车。 同时,它还产生一个触发信号来打开警告模块(26)。
    • 47. 发明公开
    • Method for detecting touch points of touch control device
    • Verfahren zur Detektion vonBerührungspunktenauf einerBerührungssteuerungsvorrichtung
    • EP2169518A1
    • 2010-03-31
    • EP08021630.2
    • 2008-12-12
    • TPK Touch Solutions Inc.
    • Liu, Cheng-YuLin, Chun-Chi
    • G06F3/045
    • G06F3/045
    • A method for detecting touch points of touch control device is disclosed. The touch control device comprises a first substrate (1) having a first conductive layer (10) and a second substrate (2) having a second conductive layer (21). The first and second conductive layers (21) are respectively connected to a control circuit (4) which is coupled to a microcontroller (5). The control circuit (4) performs driving on the first conductive layer (10) to generate a gradient potential, and performs scanning on the second conductive layer (21) to determine a first-axis coordinates. Then the control circuit (4) drives the second conductive layer (21) to generate a gradient potential, and performs scanning on the first conductive layer (10) to determine the second-axis coordinates.
    • 公开了一种用于检测触摸控制装置的触摸点的方法。 触摸控制装置包括具有第一导电层(10)的第一基板(1)和具有第二导电层(21)的第二基板(2)。 第一和第二导电层(21)分别连接到耦合到微控制器(5)的控制电路(4)。 控制电路(4)在第一导电层(10)上进行驱动以产生梯度电位,并对第二导电层(21)进行扫描以确定第一轴坐标。 然后,控制电路(4)驱动第二导电层(21)产生梯度电位,并对第一导电层(10)进行扫描以确定第二轴坐标。
    • 49. 发明公开
    • Device for scanning and detecting touch point of touch control panel and method thereof
    • 装置的控制的接触点的扫描和检测通过触摸屏和为此的方法的装置
    • EP2071434A2
    • 2009-06-17
    • EP08014788.7
    • 2008-08-20
    • TPK Touch Solutions Inc.
    • Liu, Chen-Yu
    • G06F3/041G06F3/047
    • G06F3/047G06F3/0416
    • A device for scanning and detecting a touch point of a touch control panel is disclosed, wherein a driving/scanning circuit (4) carries out one-end-sequential-driving or both-end-sequential-driving for driving each elongate conductive strip (X1, ..., Xn) of a first conductive layer (11) of the touch control panel, and a scan sensing circuit (6) carries out one-end-sequential-scanning, both-end-sequential-scanning or sequential both-end-simultaneous-scanning operation over each elongate conductive strips (Y1, ..., Yn) of a second conductive layer (21) of the touch control panel. Based on the result of the scanning operation that the scan sensing circuit (6) performs over the elongate conductive strips (Y1, ..., Yn) of the second conductive layer (21), at least one touch location can be detected on each elongate conductive strip (X1, ..., Xn) of the second conductive layer (21) with respect to each elongate conductive strip (X1, ..., Xn) of the first conductive layer (11).
    • 一种用于扫描和检测触摸控制面板的触摸点装置被盘游离缺失,worin的驱动/扫描电路(4)进行一端顺序驾驶或两末端顺序驱动用于驱动各细长导电条( X1触摸控制面板的第一导电层(11)的,...,XN),和扫描感测电路(6)进行一端顺序扫描,两末端顺序扫描或顺序都 末端同时的扫描操作在每个细长触摸控制面板的第二导电层(21)的导电条(Y1,...,YN)。 基于扫描手术的结果所做的第二导电层(21)的扫描感测电路(6)进行在细长导电条(Y1,...,YN),至少一个触摸位置可以在每个被检测 导电细长带(X1,...,XN)的第二导电层(21)相对于每个细长的第一导电层(11)的导电条(X1,...,XN)。
    • 50. 发明公开
    • Touch control device and method thereof
    • Berührungssteuereinrichtungund verfahrendafür
    • EP2063349A2
    • 2009-05-27
    • EP08013811.8
    • 2008-08-01
    • TPK Touch Solutions Inc.
    • Liu, Chen-YuLin, Chun-Chi
    • G06F3/045
    • G06F3/045G06F3/047G06F2203/04104
    • A touch control device and a method thereof are disclosed. A driving voltage is applied to a first conductive layer (10) of the touch control device. A second conductive layer (21) is connected via scanning lines (61) to a scan sensing circuit (6). To detect the location where a touch or depression occurs, the scan sensing circuit (6) repeatedly and sequentially scans first ends (Y1a, ..., Yna) of multiple elongate conductive strips (Y1, ..., Yn) that constitute the second conductive layer (21). The coordinates of the location of the depression is determined on the basis of the scanning result that the scan sensing circuit (6) performs over the elongate conductive strips (Y1, ..., Yn) of the second conductive layer (21) and the voltage that the first conductive layer (10) applies to one or more of the elongate conductive strips (Y1, ..., Yn) of the second conductive layer (21) that correspond to the location of the depression. The second ends (Y1b, ..., Ynb) of the elongate conductive strips (Y1, ..., Yn) of the second conductive layer (21) can also be connected to the scan sensing circuit (6) via scanning lines (61a) to allow the scan sensing circuit (6) to perform scanning operation over the first and second ends (Y1a, ..., Yna; Y1b, ..., Ynb) of the elongate conductive strips (Y1, ..., Yn) of the second conductive layer (21) in a sequential and repeated manner.
    • 公开了触摸控制装置及其方法。 驱动电压被施加到触摸控制装置的第一导电层(10)。 第二导电层(21)经由扫描线(61)连接到扫描感测电路(6)。 为了检测发生触摸或凹陷的位置,扫描感测电路(6)重复并顺序扫描构成多个细长导电条(Y1,...,Yn)的第一端(Y1a,...,Yna) 第二导电层(21)。 基于扫描感测电路(6)在第二导电层(21)的细长导电条(Y1,...,Yn)上执行的扫描结果和第二导电层 第一导电层(10)施加到对应于凹陷位置的第二导电层(21)的一个或多个细长导电条(Y1,...,Yn)的电压。 第二导电层(21)的细长导电条(Y1,...,Yn)的第二端(Y1b,...,Ynb)也可以通过扫描线(...)连接到扫描感测电路(6) 61a)以允许扫描感测电路(6)在细长导电条(Y1,...,...)的第一和第二端(Y1a,...,Yna; Y1b,...,Ynb)上进行扫描操作, Yn)的顺序和重复的方式。