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    • 6. 发明申请
    • DUAL MODE ACTIVE STYLUS FOR WRITING BOTH ON A CAPACITIVE TOUCHSCREEN AND PAPER
    • 用于在电容式触摸屏和纸张上书写的双模式主动式
    • US20130249870A1
    • 2013-09-26
    • US13426860
    • 2012-03-22
    • Jiri SlabyRoger W. AdyWilliam R. Groves
    • Jiri SlabyRoger W. AdyWilliam R. Groves
    • G06F3/033
    • G06F3/044G06F3/03545
    • An active stylus writing apparatus for writing on a touch-sensitive interface and paper; including a conductive carrier coupled on a first end of the active stylus writing apparatus, and also coupled to internal circuitry for providing an active electrically charged capacitive field to inject a sufficient capacitive charge for writing upon the touch-sensitive interface. Additionally, the active stylus may include a removable compound end cap, typically comprised of at least two segments, the removable compound end cap configured to electrically couple to the conductive carrier when covering the conductive carrier on the first end of the active stylus writing apparatus, wherein the compound end cap is conductive in at least one segment and non-conductive in another segment.
    • 一种用于在触敏界面和纸上书写的活动手写笔写装置; 包括耦合在有源触针写入装置的第一端上的导电载体,并且还耦合到内部电路,用于提供有源带电的电容场以注入用于在触敏界面上写入的足够的电容电荷。 另外,活动触针可以包括通常由至少两个区段组成的可移除的复合端盖,所述可移除的复合端盖被配置为当覆盖有源触笔写入装置的第一端上的导电载体时电耦合到导电载体, 其中所述化合物端帽在至少一个区段中是导电的,而在另一个区段中是非导电的。
    • 8. 发明授权
    • Apparatus for non-disruptively interconnecting perpheral device modules
with a host device
    • 用于不间断地将主设备模块与主机设备互连的设备
    • US5625238A
    • 1997-04-29
    • US383394
    • 1995-02-03
    • Roger W. AdyCharles D. Hood, IIIWilliam R. Groves
    • Roger W. AdyCharles D. Hood, IIIWilliam R. Groves
    • G06F13/40G06F13/00
    • G06F13/4081
    • The apparatus permits non-disruptive addition and removal of PCMCIA modules from a host device. The host device includes a signal bus connected to mating pins of the card header. The card header has a three-sided frame into which a module is inserted. A switch disposed on an edge of the header is responsive to insertion and de-insertion of the module. The length of the mating pins vary where selected mating pins of the card header have a first length for detecting substantially complete insertion and partial de-insertion of the module, and pins of a second length for applying bus signals to the module. Pins of a third length facilitate applying electrical power to the module. The computer is responsive to the switch and the mating pins such that the signal bus is deactivated to prevent corruption of the bus signals when the switch detects insertion of the module. The signal bus remains deactivated until the module is in communication with pins of a first length, whereupon the signal bus is then reactivated. This prevents electrical transients from reaching the bus. Additionally, the signal bus is deactivated upon partial de-insertion of the module when the module is no longer in communication with pins of first length. The signal bus remains deactivated until the switch detects complete de-insertion of the module, whereupon the signal bus is then reactivated.
    • 该设备允许从主机设备不间断地添加和删除PCMCIA模块。 主机设备包括连接到卡片头的配合销的信号总线。 卡片头具有插入模块的三面框架。 设置在标题的边缘上的开关响应于模块的插入和解除插入。 匹配引脚的长度变化,其中卡片头的选定的配合引脚具有用于检测模块的基本上完全插入和部分去插入的第一长度,以及用于将总线信号施加到模块的第二长度的引脚。 第三长度的引脚有助于向模块施加电力。 计算机响应于开关和配合销,使得信号总线被停用以防止当开关检测到模块的插入时总线信号的损坏。 信号总线保持禁用,直到模块与第一长度的引脚通信,然后信号总线被重新激活。 这可以防止电气瞬变到达总线。 此外,当模块不再与第一长度的引脚通信时,信号总线在模块的部分解除插入时被去激活。 信号总线保持禁用,直到交换机检测到模块完全取消插入,然后重新激活信号总线。
    • 9. 发明授权
    • Radio device with radio shielding and method of manufacture
    • 带无线电屏蔽的无线电设备和制造方法
    • US5764492A
    • 1998-06-09
    • US679412
    • 1996-07-08
    • Roger W. AdyWilliam R. GrovesLarry J. ZibrikRobert CosbeyVan Oler
    • Roger W. AdyWilliam R. GrovesLarry J. ZibrikRobert CosbeyVan Oler
    • G06F3/00H04B1/38H05K9/00
    • H04B1/38
    • A radio device such as a radio modem having a radio shielding receptacle (10) with a base (16) and first and second sides (40, 42) and having side walls (14). A first circuit board (e.g. radio frequency circuit board 20) is mounted in the receptacle between the side walls, extending across the first side of the base. A second circuit board (e.g. logic circuit board 22) is mounted across the second side of the base such that the base of the receptacle separates the first and second circuit boards. A radio shielding housing (top assembly cover 26and bottom cover 38) surrounds the receptacle and the first and second circuit boards. In an aspect of the invention the device is dimensioned to conform to a Personal Computer Memory Card International Association standard and has an antenna connection (76). An elongate recess (74) extends between the two sides of the housing and the antenna connection is mounted within the recess.
    • 一种无线电设备,例如具有无线电屏蔽接收器(10)的无线电调制解调器,具有基座(16)和第一和第二侧面(40,42)并具有侧壁(14)。 第一电路板(例如射频电路板20)安装在插座之间的侧壁之间,延伸穿过基座的第一侧。 第二电路板(例如逻辑电路板22)跨越基座的第二侧安装,使得插座的基座分离第一和第二电路板。 无线电屏蔽壳体(顶部组件盖26和底盖38)围绕插座和第一和第二电路板。 在本发明的一个方面,该装置的尺寸被设计成符合个人计算机存储卡国际协会标准并且具有天线连接(76)。 细长的凹部(74)在壳体的两侧之间延伸,天线连接件安装在凹槽内。
    • 10. 发明授权
    • Mounting system and method
    • 安装系统和方法
    • US06215667B1
    • 2001-04-10
    • US09460137
    • 1999-12-13
    • Roger W. AdyDaniel GioiaWilliam R. Groves
    • Roger W. AdyDaniel GioiaWilliam R. Groves
    • H05K500
    • H05K7/142
    • A mounting system (10) and method for adjusting the position of a PCB (14) in a housing (22) therefor is provided. An annular, stepped mounting member (16) having axially and radially spaced surface portions (19) provides predetermined positions for the PCB (14) in the housing (22) based on the size of a mounting opening (20) of the PCB (14). The PCB (14) is placed onto the mounting member (16) with those surface portions (19) that are of smaller diameter than the opening (20) fitting therethrough until the first portion (19) having a larger diameter is encountered which will be engaged against the PCB (14). In this manner, the present system (10) allows for a relatively quick and easy change to the size of the PCB mounting hole opening (20) to be made to effect a change in the PCB vertical position in the housing (22) thereby avoiding expensive and time-consuming changes that are usually required when the position of the PCB (14) needs to be changed to accommodate component reconfigurations and the like.
    • 提供一种用于调整其中壳体(22)中的PCB(14)的位置的安装系统(10)和方法。 基于PCB(14)的安装开口(20)的尺寸,具有轴向和径向隔开的表面部分(19)的环形阶梯式安装构件(16)为壳体(22)中的PCB(14)提供预定位置 )。 PCB(14)被放置在安装构件(16)上,那些表面部分(19)的直径小于开口(20)的直径,直到遇到具有较大直径的第一部分(19) 与PCB(14)接合。 以这种方式,本系统(10)允许相对快速和容易地改变PCB安装孔开口(20)的尺寸,以实现壳体(22)中PCB垂直位置的变化,由此避免 当需要改变PCB(14)的位置以适应组件重新配置等时通常需要昂贵且耗时的变化。