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    • 3. 发明授权
    • Method of making an optoelectronic module and optoelectronic module obtained by such method
    • 制造光电子模块和通过这种方法获得的光电子模块的方法
    • US07750288B2
    • 2010-07-06
    • US11960269
    • 2007-12-19
    • André GrandjeanAbdul-Hamid Kayal
    • André GrandjeanAbdul-Hamid Kayal
    • H01J40/14G02B27/00H01L21/82
    • H01L25/167H01L31/0203H01L2224/45144H01L2224/48091H01L2224/49171H01L2924/00014H01L2924/00
    • The method of making an optoelectronic module (10, 20), which includes a first light source circuit (5) and a second photoreceptor circuit (6) for picking up light from the first light source circuit reflected on an external surface. A first moulding (20) with an encapsulation material is made on one part of a lead frame (10) having several conductive paths (12) and an external frame (11) connecting all of the conductive paths. A first light source circuit (5) is placed on one portion of a first conductive path (13) of the lead frame that is not covered by the first moulding. A second photoreceptor circuit (6) is placed on one portion of a second conductive path (14) of the lead frame not covered by the first moulding. A through opening (21) is also made in the first moulding (20) between the external frame (11) and the location of the first light source circuit (5) to give access to the first connecting path (13) and to a third connecting path (15) for the first light source circuit. The contact pads of the first and second circuits (5, 6) are connected by metal wires (25) to corresponding uncovered pads of certain connecting paths (12) of the lead frame (10). The first and third connecting paths (13, 15) are then cut through the through opening (21) of the first moulding (20) in order to insulate electrically the first light source circuit (5) from the external parts. The light source circuit is thus protected from any electrostatic discharge. A second moulding can then be made on the first moulding (20) in order to close the through opening and obtain first and second apertures on the first and second circuits (5, 6) for the passage of light.
    • 制造光电子模块(10,20)的方法,其包括用于从外表面反射的第一光源电路拾取光的第一光源电路(5)和第二感光体电路(6)。 具有封装材料的第一模制件(20)在具有连接所有导电路径的多个导电路径(12)和外部框架(11)的引线框架(10)的一部分上制成。 第一光源电路(5)被放置在引线框架的未被第一模制件覆盖的第一导电路径(13)的一部分上。 第二感光体电路(6)被放置在未被第一模制件覆盖的引线框架的第二导电路径(14)的一部分上。 在外框(11)和第一光源电路(5)的位置之间的第一模制件(20)中还形成有通孔(21),以允许进入第一连接路径(13)和第三连接路径 用于第一光源电路的连接路径(15)。 第一和第二电路(5,6)的接触焊盘通过金属线(25)连接到引线框架(10)的某些连接路径(12)的相应的未覆盖的焊盘。 然后通过第一模制件(20)的通孔(21)切割第一和第三连接路径(13,15),以便使第一光源电路(5)与外部部件电气绝缘。 因此,光源电路被防止任何静电放电。 然后可以在第一模制件(20)上制造第二模制件,以封闭通孔,并获得第一和第二回路(5,6)上的光通过的第一和第二孔。
    • 6. 发明授权
    • Extension of battery life in a battery-powered optical pointing device
    • 在电池供电的光学指向设备中延长电池寿命
    • US07295183B2
    • 2007-11-13
    • US10795443
    • 2004-03-09
    • Michel WilleminAndré GrandjeanMarc DegrauweJames Harold Lauffenburger
    • Michel WilleminAndré GrandjeanMarc DegrauweJames Harold Lauffenburger
    • G09G5/00
    • G06F3/0421G06F1/3203G06F1/3287Y02D10/171Y02D50/20
    • A method for extending battery life in an optical pointing device powered by one or more battery cells (30), the optical pointing device including an optical motion sensing device (10) for tracking motion with respect to a surface (S) and comprising motion sensing circuitry (12) coupled to an optical sensor (15) and at least one light source (14) for illuminating a portion of the surface. The method comprises the steps of (i) monitoring the power output of the said one or more battery cells (30), (ii) detecting when the said power output falls below a certain threshold indicative of a low battery status (EOL) and (iii) upon detection of the low battery status, switching the optical pointing device into a low power consumption mode where power consumption of the optical pointing device is reduced and performance of the optical motion sensing device is partially degraded. An optical pointing device implementing this method.
    • 一种用于在由一个或多个电池单元(30)供电的光学指向装置中延长电池寿命的方法,所述光学指向装置包括用于跟踪相对于表面(S)的运动的光学运动感测装置(10),并且包括运动感测 耦合到光学传感器(15)的电路(12)和用于照射表面的一部分的至少一个光源(14)。 该方法包括以下步骤:(i)监测所述一个或多个电池单元(30)的功率输出,(ii)检测所述功率输出何时下降到指示低电量状态(EOL)的特定阈值以及( iii)在检测到低电池状态时,将光学指向装置切换到低功耗模式,其中光学指向装置的功率消耗减小并且光学运动感测装置的性能部分劣化。 实现该方法的光学指向装置。