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    • 1. 发明授权
    • Methods and devices enabling displays of electronic devices based on separation thereof
    • 基于其分离使得能够显示电子设备的方法和装置
    • US06594762B1
    • 2003-07-15
    • US09305867
    • 1999-05-05
    • Mike DoubTuyen Banh
    • Mike DoubTuyen Banh
    • G06F1130
    • G06F21/35G06Q20/3674
    • An electronic device and a remote device cooperate to enable a display of an electronic device when a distance between the electronic device and the remote device is less than a transmit range and to disable the display when the distance is greater than the transmit range. Disabling the display of the electronic device may improve the security of data on display. Moreover, the disabling and enabling of the display may be carried out automatically, thereby possibly relieving the authorized user from logging out or powering-off the electronic device to secure the display. When the authorized user carries the remote device, the display may be enabled and disabled as the user moves relative to the electronic device. The display of the electronic device may be enabled when the electronic device and the remote device are located within a first distance and the display is disabled when the remote device is located a second distance from the remote device, wherein the second distance is greater than the first distance. For example, when the user carries the remote device, the display is enabled when the user is within a first distance from the electronic device. When the user carriers the remote device to a second greater distance from the electronic device, the display is enabled.
    • 当电子设备和远程设备之间的距离小于发送范围时,电子设备和远程设备协作以实现电子设备的显示,并且当距离大于发送范围时禁用显示。 禁用电子设备的显示可以提高显示数据的安全性。 此外,可以自动执行显示器的禁用和启用,从而可能减轻授权用户注销或关闭电子设备以保护显示器。 当授权用户携带远程设备时,当用户相对于电子设备移动时,可以启用和禁用显示器。 当电子设备和远程设备位于第一距离内时,可以启用电子设备的显示,并且当远程设备距离远程设备位于第二距离时禁止显示,其中第二距离大于 第一距离 例如,当用户携带远程设备时,当用户距离电子设备的第一距离内时,显示器被启用。 当用户将远程设备携带到与电子设备相距更远的距离时,显示器被使能。
    • 2. 发明授权
    • Automatic gain control loop
    • 自动增益控制回路
    • US5721757A
    • 1998-02-24
    • US619044
    • 1996-03-20
    • An Tuyen BanhRulon G. VanDyke
    • An Tuyen BanhRulon G. VanDyke
    • H03G3/20H03G3/30H04Q7/36H04L27/08
    • H03G3/3052
    • In accordance with one embodiment of the present invention, in a wireless telecommunications system, an automatic gain control loop for a base station, comprises a demodulator having at least one output terminal. The demodulator is adapted to demodulate signals received by the base station so as to provide a plurality of phase signals via its output terminals. These phase signals correspond to the phase of the signals received by the base station. A plurality of variable-gain amplifiers are adapted to receive one of the phase signals and to change the amplitude of said phase signals. A plurality of signal processing units are adapted so as to receive signals provided by the variable amplifiers, and each of the signal processing units is further adapted to generate a feedback control signal so as to control the gain of each one of the variable-gain amplifiers. In accordance with another embodiment of the invention, a method for controlling the gain of signals received by a base station in a cellular communication system comprises the steps of demodulating the signals so as to generate phase signals corresponding to the received signals, variably controlling the magnitude of each one of the phase signals based on a feedback control signal, and processing the phase signals so as to generate the feedback control signal.
    • 根据本发明的一个实施例,在无线电信系统中,用于基站的自动增益控制回路包括具有至少一个输出端的解调器。 解调器适于对由基站接收的信号进行解调,以便经由其输出端提供多个相位信号。 这些相位信号对应于由基站接收的信号的相位。 多个可变增益放大器适于接收相位信号之一并改变所述相位信号的振幅。 多个信号处理单元适于接收由可变放大器提供的信号,并且每个信号处理单元还适于产生反馈控制信号,以便控制每个可变增益放大器的增益 。 根据本发明的另一个实施例,一种用于控制由蜂窝通信系统中的基站接收的信号的增益的方法包括以下步骤:对信号进行解调,以产生对应于接收信号的相位信号,可变地控制幅度 基于反馈控制信号的每个相位信号,并且处理相位信号以产生反馈控制信号。
    • 3. 发明申请
    • Multiple Input Multiple Output Signal Receiving Apparatus with Optimized Performance
    • 具有优化性能的多输入多输出信号接收装置
    • US20070298748A1
    • 2007-12-27
    • US11736458
    • 2007-04-17
    • An Tuyen BanhYong SuXinguang Xu
    • An Tuyen BanhYong SuXinguang Xu
    • H04B1/10
    • H04B7/0868
    • A MIMO signal receiving apparatus includes a first antenna for receiving a first RF signal; a second antenna for receiving a second RF signal; a superheterodyne receiver for receiving one or all of the first and second RF signals into at least one first analog signal; a direct conversion receiver for converting one or all of the first and second RF signals into at least one second signal; and an antenna switching module coupling the first and second antennas to the superheterodyne receiver and the direct conversion receiver for electively directing the first and second RF signals to the superheterodyne receiver and/or the direct conversion receiver, depending on an antenna switch control signal indicating a signal quality derived from the first and second analog signals.
    • MIMO信号接收装置包括用于接收第一RF信号的第一天线; 用于接收第二RF信号的第二天线; 用于将第一和第二RF信号中的一个或全部接收到至少一个第一模拟信号中的超外差接收器; 直接转换接收器,用于将第一和第二RF信号中的一个或全部转换成至少一个第二信号; 以及天线切换模块,其将所述第一和第二天线耦合到所述超外差接收机和所述直接转换接收机,用于根据指示a的天线切换控制信号将所述第一和第二RF信号选择性地引导到所述超外差接收机和/或所述直接转换接收机 信号质量源自第一和第二模拟信号。
    • 6. 发明授权
    • Communications devices and methods that operate according to communications device orientations determined by reference to gravitational sensors
    • 根据通过参考重力传感器确定的通信设备取向来操作的通信设备和方法
    • US06411828B1
    • 2002-06-25
    • US09272926
    • 1999-03-19
    • Robert Michael LandsAn Tuyen Banh
    • Robert Michael LandsAn Tuyen Banh
    • H04B138
    • H04M1/605H04M2250/12
    • A wireless user terminal operates in a mode that is selected based on an indication of the orientation of the wireless user terminal from a gravitational sensor in the wireless user terminal. When the wireless user terminal is in a first orientation, the wireless user terminal operates in a speakerphone mode. When the wireless user terminal is in a second orientation, the wireless user terminal operates in a handset mode. The mode of operation of the wireless user terminal transitions based on movement of the wireless user terminal from the first orientation to the second orientation. For example, when the wireless user terminal placed in a horizontal orientation, one of the speakerphone modes is selected. When the user picks up the wireless user terminal, the wireless user terminal transitions to handset mode. In a personal speakerphone mode, the volume to a handset speaker in the wireless user terminal is increased so that a call may be carried on without holding the wireless user terminal near the user's ear and mouth. In a conference speakerphone mode, the wireless user terminal transmits/receives audio signals to/from an external speaker and external microphone.
    • 无线用户终端以基于无线用户终端中的来自重力传感器的无线用户终端的取向的指示来选择的模式进行操作。 当无线用户终端处于第一方向时,无线用户终端以扬声器模式工作。 当无线用户终端处于第二方向时,无线用户终端以手机模式工作。 无线用户终端的操作模式基于无线用户终端从第一方向移动到第二方向而转变。 例如,当无线用户终端处于水平方向时,选择扬声器模式之一。 当用户拿起无线用户终端时,无线用户终端转换到手机模式。 在个人扬声器模式中,增加无线用户终端中对手机扬声器的音量,从而可以在不用用户耳朵和耳朵附近的无线用户终端的情况下进行呼叫。 在会议扬声器模式中,无线用户终端向外部扬声器和外部麦克风发送/接收音频信号。
    • 7. 发明授权
    • Voice communication for handheld computing devices
    • 手持计算设备的语音通信
    • US6144864A
    • 2000-11-07
    • US173809
    • 1998-10-16
    • Robert Michael LandsAn Tuyen Banh
    • Robert Michael LandsAn Tuyen Banh
    • H04M1/15H04M1/60H04Q7/32
    • H04M1/15H04M1/6016H04M1/6033H04M1/6041
    • A handheld voice communication system including a handheld computing device and a handset linked to the computing device via a retractable cable. The handheld computing device includes a data display screen and a microphone integrated therein, and the handset includes a speaker. The handset is movable between a retracted position, wherein at least one portion of the cable is retracted into the computing device and the handset is in contact with the computing device, and an extended position wherein at least one portion of the cable is extended out of the computing device and the handset is spaced away from the computing device. In one embodiment, the speaker is capable of high-level audio output when the handset is in the retracted position and capable of low-level audio output when the handset is in the extended position.
    • 一种手持式语音通信系统,包括手持计算设备和经由可伸缩电缆链接到计算设备的手机。 手持式计算装置包括数据显示屏和集成在其中的麦克风,手机包括扬声器。 听筒可以在缩回位置之间移动,其中电缆的至少一部分缩回到计算设备中,并且手机与计算设备接触,以及延伸位置,其中电缆的至少一部分延伸出 计算设备和手机与计算设备间隔开。 在一个实施例中,当手机处于缩回位置时,扬声器能够进行高电平音频输出,并且当手机处于伸出位置时能够进行低电平音频输出。
    • 8. 发明授权
    • Multiple input multiple output signal receiving apparatus with optimized performance
    • 具有优化性能的多输入多输出信号接收装置
    • US07937052B2
    • 2011-05-03
    • US11736458
    • 2007-04-17
    • An Tuyen BanhYong SuXinguang Xu
    • An Tuyen BanhYong SuXinguang Xu
    • H04B1/10H04B17/00
    • H04B7/0868
    • A multiple input multiple output signal receiving apparatus includes a first antenna configured to receive a first radio frequency (RF) signal, a second antenna configured to receive a second RF signal, a superheterodyne receiver, a direct conversion receiver, and an antenna switching module. The superheterodyne receiver is configured to convert one or both of the first and second RF signals into at least one first analog signal. The direct conversion receiver is configured to convert one or both of the first and second RF signals into at least one second analog signal. The antenna switching module couples the first and second antennas to the superheterodyne receiver and the direct conversion receiver, and is configured to selectively direct the first and second RF signals to the superheterodyne receiver and/or the direct conversion receiver, depending on an antenna switch control signal indicating a signal quality derived from the first and second analog signals.
    • 多输入多输出信号接收装置包括被配置为接收第一射频(RF)信号的第一天线,被配置为接收第二RF信号的第二天线,超外差接收机,直接转换接收机和天线切换模块。 超外差接收器被配置为将第一和第二RF信号中的一个或两个转换成至少一个第一模拟信号。 直接转换接收器被配置为将第一和第二RF信号中的一个或两个转换成至少一个第二模拟信号。 天线切换模块将第一和第二天线耦合到超外差接收机和直接转换接收机,并且被配置为根据天线切换控制将第一和第二RF信号选择性地引导到超外差接收机和/或直接转换接收机 指示从第一和第二模拟信号导出的信号质量的信号。
    • 9. 发明授权
    • Hearing protection for a wireless communications device
    • 无线通信设备的听力保护
    • US06349225B1
    • 2002-02-19
    • US09285221
    • 1999-04-01
    • Robert Michael LandsAn Tuyen Banh
    • Robert Michael LandsAn Tuyen Banh
    • A04M100
    • H04M1/03H04M1/0214H04M1/0243H04M1/6016
    • Wireless communications devices using a given speaker for both handset and speakerphone operation are equipped with a mechanical spacer that automatically inhibits the user from placing the speaker in close proximity to the user's ear when the wireless communications device is in speakerphone mode. The spacer is moved from a normal position to a blocking position to switch the device from handset to speakerphone mode. The mechanical spacer may take a variety of forms, such as an articulating antenna, a moveable frame, a moveable speaker flap, and the like. The extra space between the speaker and the user's ear mandated by the presence of the spacer allows the sound generated by the speaker in speakerphone mode to dissipate somewhat before reaching the user's ear, even when the speaker is held as close as possible, thereby automatically providing hearing protection when the wireless communications device is configured for speakerphone operation. In addition, when wireless communications devices incorporating the present invention are in handset mode, the audio level from the speaker is attenuated before reaching the user's ear. This attenuation may come from electronic means, such as by using a lower amount of amplification, or from mechanical means, such as by blocking or otherwise diminishing the sound generated by the speaker, or both. Thus, a wireless communications device incorporating the present invention automatically provides hearing protection during both handset and speakerphone modes of operation.
    • 使用给定扬声器用于手机和免提电话操作的无线通信设备配备有机械间隔件,当无线通信设备处于免提模式时,其自动地禁止用户将扬声器放置在与用户耳朵附近的位置。 间隔件从正常位置移动到阻挡位置,以将设备从手机切换到扬声器模式。 机械间隔件可以采取各种形式,例如铰接天线,可移动框架,可移动的扬声器挡板等。 扬声器和用户的耳朵之间的额外空间由间隔件的存在使得扬声器在扬声器模式下产生的声音在到达用户的耳朵之前有些散发,即使扬声器保持尽可能靠近,从而自动提供 当无线通信设备被配置为免提电话操作时的听觉保护。 此外,当结合本发明的无线通信设备处于手机模式时,来自扬声器的音频电平在到达用户的耳朵之前衰减。 这种衰减可以来自电子装置,例如通过使用较低量的放大,或来自机械装置,例如通过阻塞或以其它方式减少由扬声器产生的声音,或两者。 因此,结合本发明的无线通信设备在手机和免提电话操作模式期间自动提供听力保护。