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    • 1. 发明申请
    • Optical sytem, an analysis system and a modular unit for an electronic pen
    • 光学系统,分析系统和电子笔的模块化单元
    • US20070114367A1
    • 2007-05-24
    • US10582780
    • 2004-12-15
    • Thomas Craven-BartleOla WassvikPeter GredingerOla Stromberg
    • Thomas Craven-BartleOla WassvikPeter GredingerOla Stromberg
    • G01J1/04G01J1/42G01J5/08
    • G06F3/016G03B15/00G06F3/0321G06F3/03545H05K1/18
    • A modular unit is designed for an electronic pen. The modular unit comprises a carrier (70) with a receiver for a writing implement, a printed circuit board (72), a two-dimensional radiation sensor (78) mounted on the printed circuit board, and an imaging unit (82) which defines an image plane. The carrier (70), the printed circuit board (72), and the imaging unit (82) are joined together with the imaging unit (82) facing the radiation sensor (78) to locate the image plane at the radiation sensor (78). The modular unit may comprise an analysis system dedicated to a particular optical analysis application, such as position determination based on images of a position-coding pattern. A radiation source, such as an LED or a laser diode, may be arranged on the printed circuit board or mounted in a holder on the imaging unit. The imaging unit (82) may be implemented as a boresight unit for controlling the spatial origin of radiation transmitted towards the radiation sensor (78). The boresight unit may comprise a radiation-transmitting channel, an imaging lens, and a redirecting mirror in the channel.
    • 模块化单元设计用于电子笔。 模块化单元包括具有用于书写工具的接收器的载体(70),印刷电路板(72),安装在印刷电路板上的二维辐射传感器(78)和定义为 一个图像平面。 载体(70),印刷电路板(72)和成像单元(82)与面向辐射传感器(78)的成像单元(82)连接在一起,以将图像平面定位在辐射传感器(78) 。 模块化单元可以包括专用于特定光学分析应用的分析系统,诸如基于位置编码模式的图像的位置确定。 诸如LED或激光二极管的辐射源可以布置在印刷电路板上或者安装在成像单元上的保持器中。 成像单元(82)可以被实现为用于控制朝向辐射传感器(78)传送的辐射的空间原点的视轴单元。 视轴单元可以包括通道中的辐射透射通道,成像透镜和重定向镜。
    • 4. 发明申请
    • Electronic pen, and control device and method thereof
    • 电子笔及其控制装置及其方法
    • US20050030297A1
    • 2005-02-10
    • US10501136
    • 2003-02-12
    • Stefan BurstromMattias BrybornPeter GredingerOla StrombergMagnus Horrdin
    • Stefan BurstromMattias BrybornPeter GredingerOla StrombergMagnus Horrdin
    • G06F3/0354G09G5/00
    • G06F3/03545
    • An electronic pen (10) has a force sensor (16) whose electrical resistance varies in accordance with the amount of force applied to the pen stem (14) of the pen. The force sensor (16) is a modular unit with an electrode and a closure, which are mutually arranged in an essentially electrically insulated initial position. The closure, which conveniently is cantilevered on the electrode, is adapted to receive axial forces from the pen stem (14) and thereby to be urged to an activated position in electrical contact with the electrode. The closure is also arranged, on relaxation of the axial forces, to automatically spring from the activated position back to the initial position. A control device is used in a method for controlling the pen based on an analog measuring signal from the force sensor (16) by a processor (22) comparing the analog measuring signal with a fixed reference signal and, based on the comparison, selectively initiating conversion of the analog measuring signal into a sequence of digital force values.
    • 电子笔(10)具有力传感器(16),其电阻根据施加到笔的笔杆(14)的力的大小而变化。 力传感器(16)是具有电极和闭合件的模块化单元,其彼此相互布置在基本上电绝缘的初始位置。 方便地在电极上悬臂的闭合件适于接受来自笔杆(14)的轴向力,从而被推动到与电极电接触的激活位置。 闭合件也被布置成在松弛轴向力时自动地从激活位置弹回到初始位置。 控制装置用于通过将模拟测量信号与固定参考信号进行比较的处理器(22)基于来自力传感器(16)的模拟测量信号来控制笔的方法,并且基于该比较,选择性地启动 将模拟测量信号转换成数字力值序列。