会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明授权
    • Selectively coupled two-piece antenna
    • 选择性耦合两片天线
    • US06812896B2
    • 2004-11-02
    • US10228698
    • 2002-08-26
    • Raymond C. WallaceAllen M-T. TranJohn K. M. LeeErnest T. Ozaki
    • Raymond C. WallaceAllen M-T. TranJohn K. M. LeeErnest T. Ozaki
    • H01Q124
    • H01Q9/14H01Q1/244
    • A selectively coupled two-piece antenna for use in a mobile phone having a casing and radio frequency (RF) communications circuitry includes a composite radiator that is selectively extendable from and retractable into the casing and a communications interface that is connected to the RF communications circuitry. The composite radiator has first and second radiating elements, and a connecting element. When the composite radiator is extended, the connecting element connects the first and second radiating elements. In this position, the communications interface connects the RF communications circuitry to the first and second radiating elements. Thus, the RF communications circuitry transmits and/or receives RF signals through both the first and second radiating elements as a top loaded antenna. However, when the composite radiator is retracted, the connecting element electrically isolates the first and second radiating elements.
    • 一种用于具有壳体和射频(RF)通信电路的移动电话中的选择性耦合的两件式天线包括可选择性地从壳体中伸出并可缩回到壳体中的复合辐射器,以及连接到RF通信电路的通信接口 。 复合散热器具有第一和第二辐射元件和连接元件。 当复合散热器延伸时,连接元件连接第一和第二辐射元件。 在该位置,通信接口将RF通信电路连接到第一和第二辐射元件。 因此,RF通信电路通过第一和第二辐射元件作为顶部加载天线发射和/或接收RF信号。 然而,当复合散热器缩回时,连接元件电隔离第一和第二辐射元件。
    • 4. 发明授权
    • Variable length whip with helix antenna system
    • 可变长度鞭子与螺旋天线系统
    • US5835065A
    • 1998-11-10
    • US719297
    • 1996-09-19
    • Raymond C. WallaceJohn K. M. LeeRoger W. Martin
    • Raymond C. WallaceJohn K. M. LeeRoger W. Martin
    • H01Q1/10H01Q1/24H01Q1/52H01Q9/32H01Q9/40H01Q11/08
    • H01Q9/40H01Q1/10H01Q1/244H01Q1/52H01Q11/08H01Q9/32
    • An antenna system for a communication device. A whip antenna is surrounded by a helical antenna. A switch couples the helical antenna to the signal source when the whip antenna is in a retracted position. The whip antenna is comprised of an upper conductive portion, a lower conductive portion, and a dielectric portion which isolates the upper and lower conductive portions from each other. A conductive sleeve member surrounds the whip antenna and is slidably mounted thereon. In a first embodiment, when the whip antenna is extended, the conductive sleeve member slides over the dielectric portion, coupling the upper and lower conductive portions together. As the whip antenna is retracted, the helical antenna pushes the conductive sleeve member to the top end of the whip antenna, isolating the whip antenna from the helical antenna. In a second embodiment, the helical antenna is an integral part of the conductive sleeve member.
    • 一种用于通信设备的天线系统。 鞭状天线被螺旋天线包围。 当鞭状天线处于缩回位置时,开关将螺旋天线耦合到信号源。 鞭状天线包括上部导电部分,下部导电部分和将上部和下部导电部分彼此隔离的电介质部分。 导电套筒构件围绕鞭状天线并可滑动地安装在其上。 在第一实施例中,当鞭状天线延伸时,导电套筒构件在电介质部分上滑动,将上部和下部导电部分连接在一起。 当鞭状天线缩回时,螺旋天线将导电套筒构件推到鞭状天线的顶端,将鞭状天线与螺旋形天线隔离。 在第二实施例中,螺旋天线是导电套筒构件的整体部分。
    • 5. 发明授权
    • Adaptive average power tracking
    • 自适应平均功率跟踪
    • US08538353B2
    • 2013-09-17
    • US13031027
    • 2011-02-18
    • Raymond C. Wallace
    • Raymond C. Wallace
    • H04B1/03
    • H04W52/52H03F1/0227H03F1/0255H03F1/32H03F1/56H03F3/195H03F3/24H03F3/72H03F2200/105H03F2200/222H03F2200/321H03F2200/387H03F2200/408H03F2200/411H03F2200/507H03F2200/511H03F2203/7227H03G3/3042H04B1/0475H04B17/13
    • Exemplary embodiments of the invention include a request received to change a TX output power setting or a frequency channel setting. In response, the requested TX output power setting is used to generate a TX output signal in the proper frequency channel. Handset circuitry makes OOB power measurements, the results of which are used to determine a VCC2 setting. The VCC2 setting is a setting that results in an MPS requirement just being met. The VCC2 setting is stored in association with the TX output power and frequency channel setting. The determined VCC2 setting is also used to set the VCC2 supply voltage for the power amplifier. Once set, VCC2 remains fixed until the next request. Each individual handset uses this Adaptive Average Power Tracking (AAPT) method, thereby reducing its VCC2 voltage during operation and conserving power. Because each handset uses AAPT, factory calibration to account for unit-to-unit variations in transmitter circuitry performance is avoided.
    • 本发明的示例性实施例包括接收以改变TX输出功率设置或频率信道设置的请求。 作为响应,所请求的TX输出功率设置用于在适当的频道中产生TX输出信号。 手机电路进行OOB功率测量,其结果用于确定VCC2设置。 VCC2设置是一个设置,导致满足MPS要求。 VCC2设置与TX输出功率和频率通道设置相关联存储。 确定的VCC2设置也用于设置功率放大器的VCC2电源电压。 一旦设置,VCC2保持固定,直到下一个请求。 每个单独的手机使用这种自适应平均功率跟踪(AAPT)方法,从而在运行期间降低其VCC2电压并节省功率。 因为每个手机使用AAPT,所以避免了发射机电路性能的单位到单位变化的出厂校准。
    • 7. 发明申请
    • ADAPTIVE AVERAGE POWER TRACKING
    • 自适应平均功率跟踪
    • US20120214423A1
    • 2012-08-23
    • US13031027
    • 2011-02-18
    • Raymond C. Wallace
    • Raymond C. Wallace
    • H04B7/00
    • H04W52/52H03F1/0227H03F1/0255H03F1/32H03F1/56H03F3/195H03F3/24H03F3/72H03F2200/105H03F2200/222H03F2200/321H03F2200/387H03F2200/408H03F2200/411H03F2200/507H03F2200/511H03F2203/7227H03G3/3042H04B1/0475H04B17/13
    • Exemplary embodiments of the invention include a request received to change a TX output power setting or a frequency channel setting. In response, the requested TX output power setting is used to generate a TX output signal in the proper frequency channel. Handset circuitry makes OOB power measurements, the results of which are used to determine a VCC2 setting. The VCC2 setting is a setting that results in an MPS requirement just being met. The VCC2 setting is stored in association with the TX output power and frequency channel setting. The determined VCC2 setting is also used to set the VCC2 supply voltage for the power amplifier. Once set, VCC2 remains fixed until the next request. Each individual handset uses this Adaptive Average Power Tracking (AAPT) method, thereby reducing its VCC2 voltage during operation and conserving power. Because each handset uses AAPT, factory calibration to account for unit-to-unit variations in transmitter circuitry performance is avoided.
    • 本发明的示例性实施例包括接收以改变TX输出功率设置或频率信道设置的请求。 作为响应,所请求的TX输出功率设置用于在适当的频道中产生TX输出信号。 手机电路进行OOB功率测量,其结果用于确定VCC2设置。 VCC2设置是一个设置,导致满足MPS要求。 VCC2设置与TX输出功率和频率通道设置相关联存储。 确定的VCC2设置也用于设置功率放大器的VCC2电源电压。 一旦设置,VCC2保持固定,直到下一个请求。 每个单独的手机使用这种自适应平均功率跟踪(AAPT)方法,从而在运行期间降低其VCC2电压并节省功率。 因为每个手机使用AAPT,所以避免了发射机电路性能的单位到单位变化的出厂校准。