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    • 1. 发明申请
    • CLEANING OF CORONA DISCHARGE ION SOURCE
    • CORONA放电源的清洁
    • WO2014045051A1
    • 2014-03-27
    • PCT/GB2013/052469
    • 2013-09-20
    • SMITHS DETECTION-WATFORD LIMITEDEASTON, MattTAYLOR, StephenGRANT, BruceMCINTYRE, HenryCLARK, Alastair
    • EASTON, MattTAYLOR, StephenGRANT, BruceMCINTYRE, HenryCLARK, Alastair
    • G01N27/62H01J49/16
    • G01N27/622H01J27/022H01J49/16H01J49/168
    • Systems and techniques for cleaning a corona discharge point are described. A controller (150) can be operatively coupled to a corona discharge point (108) to control the operation of the corona discharge point (1089. The controller (150) and the corona discharge point (108) can be included with, for example, an ion mobility spectrometry (IMS) system (100). The controller (150) can be used to operate the corona discharge point (108) at an operating voltage for a first time interval, with or without an additional higher pulse voltage, to produce a corona discharge, and to operate the corona discharge point (108) at a cleaning voltage greater than the operating voltage for a second time interval subsequent to the first time interval to produce a corona discharge. The effectiveness of the corona discharge point (108) can be monitored by, for instance, measuring a voltage necessary to produce a corona discharge at the corona discharge point (108), measuring a current produced at the corona discharge point (108) from a corona discharge, and so forth.
    • 描述了用于清洁电晕放电点的系统和技术。 控制器(150)可以可操作地耦合到电晕放电点(108)以控制电晕放电点(1089)的操作。控制器(150)和电晕放电点(108)可以包括在例如, 离子迁移谱(IMS)系统(100),控制器(150)可用于在第一时间间隔的操作电压下操作电晕放电点(108),具有或不具有额外的较高脉冲电压,以产生 电晕放电,并且在第一时间间隔之后的第二时间间隔以大于工作电压的清洁电压操作电晕放电点(108)以产生电晕放电,电晕放电点(108)的有效性 可以通过例如测量在电晕放电点(108)处产生电晕放电所需的电压来测量电晕放电点(108)产生的电流,从而进行电晕放电等。
    • 3. 发明申请
    • SYSTEMS AND METHODS FOR COMPUTER INPUT
    • 计算机输入的系统和方法
    • WO2006134495A3
    • 2007-04-26
    • PCT/IB2006002186
    • 2006-04-18
    • IKEYINFINITY INCGRANT BRUCE D R
    • GRANT BRUCE D R
    • G06F3/02
    • G06F3/0238
    • A display device, such as a liquid crystal display, can be integrated into each key of a keyboard, numeric keypad, or other keyed input device. The display device can display a symbol when it is active. For example, a "1" when pressing that key will input a "1" and a "!" when that key input a "!." In addition to a display device, each key top can include a key cap, generally made of a transparent plastic so that the display can be seen. The key cap can be formed in the shape of a key and will generally be the portion of the input device that a user presses on to input information. A plurality of key caps can be combined to form a keyboard, numeric keypad, or other keyed input device. Throughout the rest of this application the term keyboard will generally be used in place of keyboard, numeric keypad, or other keyed device. In another embodiment a display device can be overlaid with a key cap skin to form a keyed input device, such as a keyboard. The display device can be a touch sensitive screen. Each key on the key cap skin can be pressed to input information displayed on the touch sensitive screen below. The key cap skin provides keys that are tactilely discernible without activating the keys. Individual keys can be located and distinguished from adjacent keys by touch.
    • 诸如液晶显示器的显示装置可以集成到键盘,数字键盘或其他键控输入装置的每个键中。 显示设备在活动时可以显示符号。 例如,当按下该键时,“1”将输入“1”和“!” 当该键输入“!”。 除了显示装置之外,每个键顶可以包括通常由透明塑料制成的键帽,使得可以看到显示器。 钥匙盖可以形成为钥匙的形状,并且通常将是用户按压输入信息的输入装置的部分。 可以组合多个键帽以形成键盘,数字小键盘或其他键控输入设备。 在本应用的其余部分中,术语键盘通常用于代替键盘,数字键盘或其他键控设备。 在另一个实施例中,显示设备可以用键帽皮肤覆盖以形成诸如键盘的键控输入设备。 显示设备可以是触敏屏幕。 可以按下键帽皮肤上的每个按键输入下面的触摸屏上显示的信息。 钥匙盖皮肤提供可触觉识别的钥匙,无需激活钥匙。 可以通过触摸来定位和区分各个键。
    • 4. 发明申请
    • SYSTEMS AND METHODS FOR COMPUTER INPUT
    • 计算机输入的系统和方法
    • WO2006134495A2
    • 2006-12-21
    • PCT/IB2006/002186
    • 2006-04-18
    • IKEYINFINITY INC.GRANT, Bruce, D., R.
    • GRANT, Bruce, D., R.
    • G06F3/02
    • G06F3/0238
    • A display device, such as a liquid crystal display, can be integrated into each key of a keyboard, numeric keypad, or other keyed input device. The display device can display a symbol when it is active. For example, a "1" when pressing that key will input a "1" and a "!" when that key input a "!." In addition to a display device, each key top can include a key cap, generally made of a transparent plastic so that the display can be seen. The key cap can be formed in the shape of a key and will generally be the portion of the input device that a user presses on to input information. A plurality of key caps can be combined to form a keyboard, numeric keypad, or other keyed input device. Throughout the rest of this application the term keyboard will generally be used in place of keyboard, numeric keypad, or other keyed device. In another embodiment a display device can be overlaid with a key cap skin to form a keyed input device, such as a keyboard. The display device can be a touch sensitive screen. Each key on the key cap skin can be pressed to input information displayed on the touch sensitive screen below. The key cap skin provides keys that are tactilely discernible without activating the keys. Individual keys can be located and distinguished from adjacent keys by touch.
    • 诸如液晶显示器的显示装置可以集成到键盘,数字键盘或其他键控输入装置的每个键中。 显示设备在活动时可以显示符号。 例如,当按下该键时,“1”将输入“1”和“!” 当该键输入“!”。 除了显示装置之外,每个键顶可以包括通常由透明塑料制成的键帽,使得可以看到显示器。 钥匙盖可以形成为钥匙的形状,并且通常将是用户按压输入信息的输入装置的部分。 可以组合多个键帽以形成键盘,数字小键盘或其他键控输入设备。 在本应用的其余部分中,术语键盘通常用于代替键盘,数字键盘或其他键控设备。 在另一个实施例中,显示设备可以用键帽皮肤覆盖以形成诸如键盘的键控输入设备。 显示设备可以是触敏屏幕。 可以按下键帽皮肤上的每个按键输入下面的触摸屏上显示的信息。 钥匙盖皮肤提供可触觉识别的钥匙,无需激活钥匙。 可以通过触摸来定位和区分各个键。