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    • 1. 发明授权
    • Radio frequency tags for media access and control
    • 用于媒体访问和控制的射频标签
    • US06717507B1
    • 2004-04-06
    • US09351262
    • 1999-07-12
    • Oliver T. BayleyBernard J. KerrGeoffrey M. SmithJames E. DishmanMark A. McCabe
    • Oliver T. BayleyBernard J. KerrGeoffrey M. SmithJames E. DishmanMark A. McCabe
    • G05B2302
    • G11B27/11G07C9/00111G11B27/102G11B27/105G11B2220/17G11B2220/2545G11B2220/65G11B2220/657
    • Provided are RF tags configured to access and/or control electronic media. These tags have a memory programmed to access a particular media source when polled by a RF transceiver connected with (preferably integrated with) a media player. The memory of tags may also be programmed with control parameters relating to the accessed piece of electronic media content. That is, the tags' memories may be written to with information relating to the tag user's preferences with respect to the piece of media, for example parameters such as volume or language for an audiovisual piece of media. Such preferences may be determined, for example, based on previous uses of the media. Or, the memory may register the place in the playback of the media when the tag is removed from the RF field of the RF transceiver so that playback may be resumed from that place when the tag again enters the field and is polled by the transceiver. RF media access and control systems incorporating such tags, and methods of using them are also provided.
    • 提供了被配置为访问和/或控制电子媒体的RF标签。 当由与媒体播放器(优选与媒体播放器集成在一起)的RF收发器轮询时,这些标签具有被编程为访问特定媒体源的存储器。 标签的存储器也可以用与所访问的电子媒体内容相关的控制参数进行编程。 也就是说,标签的存储器可以被写入与关于该片介质的标签用户偏好相关的信息,例如用于音像片段的诸如音量或语言的参数。 这样的偏好可以例如基于介质的先前使用来确定。 或者,当标签从RF收发器的RF场中移除时,存储器可以在媒体的回放中注册该位置,使得当标签再次进入该字段并被收发器轮询时可以从那个位置恢复播放。 还提供了包含这种标签的RF介质访问和控制系统以及使用它们的方法。
    • 2. 发明申请
    • Expanding search query input box to support livesearch interaction
    • 扩展搜索查询输入框以支持搜索交互
    • US20080109752A1
    • 2008-05-08
    • US11594593
    • 2006-11-07
    • Oliver T. BayleyAshley W. HallSwati Raju
    • Oliver T. BayleyAshley W. HallSwati Raju
    • G06F17/00G06F3/00
    • G06F17/24G06F9/451G06F16/957
    • Techniques are described herein for a UI mechanism that supports interaction between user input and data related to the user input using a display screen. The UI mechanism first determines initial dimensions for an input region. As user inputs characters into the user input region, the UI mechanism enforces a constraint on the size of the user input region in the first direction and adapts the dimensions of the input region to fit the user input by resizing the user input box in the second direction. This allows the user input and related data to be displayed in sections on the display screen in a stable manner along a certain direction. This also allows the user to see an entire searchable text in a single glance and encourages the user to input more characters, or words, thereby leading to a highly pertinent set of results or suggestions.
    • 这里描述了用于支持用户输入与使用显示屏幕的与用户输入相关的数据之间的交互的UI机制的技术。 UI机制首先确定输入区域的初始维度。 当用户将字符输入到用户输入区域中时,UI机制对第一方向上的用户输入区域的大小施加约束,并且通过在第二方向调整用户输入框来调整输入区域的尺寸以适应用户输入 方向。 这允许用户输入和相关数据以一定方向以稳定的方式显示在显示屏上。 这也允许用户一目了然地查看整个可搜索的文本,并鼓励用户输入更多的字符或单词,从而导致高度相关的结果或建议。
    • 8. 发明授权
    • Flexible variation of haptic interface resolution
    • 触觉界面分辨率的灵活变化
    • US06496200B1
    • 2002-12-17
    • US09433607
    • 1999-11-02
    • Scott S. SnibbeKaron E. MacLeanKimberly H. JohnsonOliver T. BayleyWilliam L. Verplank
    • Scott S. SnibbeKaron E. MacLeanKimberly H. JohnsonOliver T. BayleyWilliam L. Verplank
    • G06G500
    • G06F3/016
    • A haptic interface device produces a haptic display in response to a user's interaction with an environment with which the haptic interface device is associated. The invention enables the resolution of the haptic display produced by the haptic interface device to be changed by the user. In particular, the invention can be implemented so that the haptic display resolution can be changed (readily) as the user interacts with the environment using the haptic interface device. Thus, the invention can enable a user to interact with a particular environment at different levels of detail (i.e., different resolutions) and, in particular, can enable the user to immediately change from interacting with the environment at one level of detail to interacting with the environment at a different level of detail. The invention can also enable a user to change the resolution of the haptic display of a haptic interface device by interacting with the haptic interface device and/or an apparatus used by the user to interact with the environment, thus facilitating the ability of the user to change the resolution of the haptic display while simultaneously interacting with the environment and thereby enabling the user to change quickly between different levels of haptic display detail. Additionally, the invention can enable a user to effect continuous change in the resolution of the haptic display of a haptic interface device, thus enabling the user to interact with the environment at any desired level of haptic display detail.
    • 触觉接口装置响应于用户与触觉界面装置所关联的环境的交互而产生触觉显示。 本发明使得由触觉接口设备产生的触觉显示的分辨率可由用户改变。 具体地,可以实现本发明,使得当用户使用触觉接口设备与环境进行交互时,可以(容易地)改变触觉显示分辨率。 因此,本发明可以使用户能够以不同的细节水平(即,不同的分辨率)与特定环境进行交互,并且特别地,可以使用户能够在一个细节上与环境的交互作用立即改变以与 环境处于不同程度的细节。 本发明还可以使用户能够通过与触觉接口设备和/或用户与环境交互使用的设备交互来改变触觉界面设备的触觉显示的分辨率,从而有助于用户 在同时与环境相互作用的同时改变触觉显示的分辨率,从而使用户能够在不同程度的触觉显示细节之间快速地改变。 此外,本发明可以使用户能够实现触觉界面设备的触觉显示的分辨率的连续变化,从而使得用户能够在任何期望的触觉显示细节级别与环境交互。
    • 10. 发明授权
    • Interactive radio frequency tags
    • 交互式射频标签
    • US08054163B2
    • 2011-11-08
    • US12909800
    • 2010-10-21
    • Oliver T. BayleyBernard J. KerrGeoffrey M. SmithJames E. DishmanMark A. McCabeJohn M. Ananny
    • Oliver T. BayleyBernard J. KerrGeoffrey M. SmithJames E. DishmanMark A. McCabeJohn M. Ananny
    • H04Q5/22
    • G06K19/0723G06K19/07345
    • Interactive radio frequency tags that are responsive to external stimuli to change state are disclosed. The tags preferably include a passive radio frequency transponder, having an antenna, an interface for receiving an external stimulus, and one or more integrated circuits responsive to the external stimulus received at the interface to change the state of the transponder. Also disclosed is a “sensor tag” which changes state in response to a particular environmental stimulus. In addition, either of these “button” or “sensor” features may be combined with an output feature which visually, audibly, tactilely or otherwise signals the state or change of state of an RF tag, or the tag may be designed to produce an output in response to the external stimulus of the RF signal received at the tag's antenna.
    • 公开了响应于外部刺激改变状态的交互式射频标签。 标签优选地包括无源射频转发器,其具有天线,用于接收外部刺激的接口,以及响应于在接口处接收到的外部刺激以改变应答器的状态的一个或多个集成电路。 还公开了响应于特定环境刺激改变状态的“传感器标签”。 此外,这些“按钮”或“传感器”特征中的任一个可以与在视觉上,可听地,触觉地或以其他方式指示RF标签的状态或状态的信号的输出特征组合,或者标签可被设计成产生 响应于在标签天线处接收的RF信号的外部刺激而输出。