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    • 6. 发明申请
    • SYSTEM AND METHOD FOR TRANSMITTING BIDIRECTIONAL SIGNALS OVER A CABLE ANTENNA
    • 用于在电缆天线上传输双向信号的系统和方法
    • US20080294815A1
    • 2008-11-27
    • US11861168
    • 2007-09-25
    • Rene SommerPierre ChenesPhilippe Junod
    • Rene SommerPierre ChenesPhilippe Junod
    • G06F3/00H04B7/00
    • G06F1/18
    • A method and system for data wireless systems on computers, for using the same cable to bi-directionally transmit antenna signals as well as other signals to and from the inside of a shielded computer housing. An example of a control signal is a connect signal for establishing initial contact between the computer and a remote wireless device. An example of a control signal transmitted from inside the computer housing to the outside, is a signal for lighting an LED. Antenna signals are separated from the control signals based on differences between these signals, for example, differences in frequency. In one embodiment, a capacitor filters out a DC control switch signal, while the high frequency antenna signal is filtered by the normal input pin circuitry of a processor.
    • 一种用于计算机上的数据无线系统的方法和系统,用于使用相同的电缆将天线信号双向传输以及向屏蔽计算机外壳的内部传送其他信号。 控制信号的示例是用于在计算机和远程无线设备之间建立初始接触的连接信号。 从计算机外壳内部传输到外部的控制信号的示例是用于点亮LED的信号。 基于这些信号之间的差异,例如频率差异,天线信号与控制信号分离。 在一个实施例中,电容器滤除DC控制开关信号,而高频天线信号由处理器的正常输入引脚电路滤波。
    • 7. 发明申请
    • System and method for transmitting bidirectional signals over a cable antenna
    • 通过电缆天线发送双向信号的系统和方法
    • US20060031608A1
    • 2006-02-09
    • US10910951
    • 2004-08-03
    • Rene SommerPierre ChenesPhilippe Junod
    • Rene SommerPierre ChenesPhilippe Junod
    • G06F13/38G06F13/12
    • G06F1/18
    • A method and system for data wireless systems on computers, for using the same cable to bi-directionally transmit antenna signals as well as other signals to and from the inside of a shielded computer housing. An example of a control signal is a connect signal for establishing initial contact between the computer and a remote wireless device. An example of a control signal transmitted from inside the computer housing to the outside, is a signal for lighting an LED. Antenna signals are separated from the control signals based on differences between these signals, for example, differences in frequency. In one embodiment, a capacitor filters out a DC control switch signal, while the high frequency antenna signal is filtered by the normal input pin circuitry of a processor.
    • 一种用于计算机上的数据无线系统的方法和系统,用于使用相同的电缆将天线信号双向传输以及向屏蔽计算机外壳的内部传送其他信号。 控制信号的示例是用于在计算机和远程无线设备之间建立初始接触的连接信号。 从计算机外壳内部传输到外部的控制信号的示例是用于点亮LED的信号。 基于这些信号之间的差异,例如频率差异,天线信号与控制信号分离。 在一个实施例中,电容器滤除DC控制开关信号,而高频天线信号由处理器的正常输入引脚电路滤波。
    • 8. 发明授权
    • Loop antenna parasitics reduction technique
    • 环形天线寄生减少技术
    • US06359594B1
    • 2002-03-19
    • US09452567
    • 1999-12-01
    • Philippe Junod
    • Philippe Junod
    • H01Q124
    • H01Q7/005
    • An antenna circuit and matching technique that cancels the inductive reactance of an antenna and thereby reduces the reactive voltage of the antenna are provided. Serial tuning capacitors are inserted along the conductor of the loop antenna as often as necessary to achieve a negligible instantaneous level of reactance on the antenna. The loop antenna is broken up into loop segments, where each segment may or may not have a serial capacitor depending on the desired performance criteria. Each capacitor is selected so as to have a reactance that effectively cancels the inductive reactance of a portion of the loop segment preceding the corresponding serial capacitor. The advantage is that the instantaneous level of reactance on antenna stays nulled, and thus any reactive voltage difference between loop segments remains negligible, even with high current flowing inside the antenna. Parasitics such as ohmic losses, internal capacitive loss and capacitive loss to the external world are all reduced. Moreover, the selected serial tuning capacitors are placed along the antenna wire to effect an average reactive voltage of substantially 0 volts across the antenna. The antenna is thus balanced about GND. Principles of reciprocity regarding passive antennas apply, so both transmitting and receiving antenna configurations are applicable.
    • 提供一种消除天线的感抗从而降低天线的无功电压的天线电路和匹配技术。 串行调谐电容器沿着环形天线的导线被插入,以便在天线上实现可忽略的瞬时电抗水平。 环形天线被分解成环路段,其中根据期望的性能标准,每个段可以具有也可以不具有串联电容器。 选择每个电容器以具有有效地抵消相应串联电容器之前的环路段的一部分的感抗的电抗。 优点是天线上的瞬时电抗水平保持为零,因此即使在天线内部流过高电流,环路段之间的任何无功电压差仍可忽略不计。 诸如欧姆损耗,内部电容损耗和对外部世界的电容损耗之类的损失都减少了。 此外,所选择的串行调谐电容器沿着天线布线放置,以实现天线基本上为0伏的平均无功电压。 因此天线平衡约GND。 无源天线的互惠原则适用,因此发射和接收天线配置都适用。
    • 9. 发明授权
    • Wireless mouse
    • 无线鼠标
    • US5854621A
    • 1998-12-29
    • US826935
    • 1997-04-07
    • Philippe JunodBerni JossNicolas SasselliRene SommerAldo Bussien
    • Philippe JunodBerni JossNicolas SasselliRene SommerAldo Bussien
    • G06F3/038G06F3/033
    • G06F3/0383Y02B60/50
    • The present invention provides a wireless radio frequency ("RF") communications interface between peripherals and the host personal computer or workstation. In one embodiment, the present invention provides a wireless electronic mouse which uses an RF transmitter to transmit information unidirectionally to a receiver which is coupled to a host computer. This arrangement eliminates the need for a cable connection between the mouse and the receiver, while at the same time permitting continuous communication therebetween. The present invention also provides a method and apparatus to allow the receiver to differentiate between multiple RF wireless mice operating within the same transmission zone by a combination of providing a unique identification code to each transmitting mouse and allowing the user to choose from a plurality of transmission channels. The receiver then automatically switches to the channel selected by the user. The present invention can further receive transmissions from either one or two peripheral devices. In one device mode, the receiver filters out stray frequencies from other RF peripherals. In two device mode, the receiver has the ability to receive information from two RF peripherals, while filtering out other stray RF peripherals operating in the same transmission zone. This allows a user to use the same receiver for one peripheral, such as a mouse, for detailed work and another peripheral for other types of special applications, such as a pointing device for software presentations. The present invention further provides for a power consumption minimization method in the wireless peripheral.
    • 本发明提供外设与主机个人计算机或工作站之间的无线射频(“RF”)通信接口。 在一个实施例中,本发明提供了一种无线电子鼠标,其使用RF发射机将信息单向地发送到耦合到主计算机的接收机。 这种布置消除了在鼠标和接收器之间的电缆连接的需要,同时允许鼠标和接收器之间的连续通信。 本发明还提供了一种方法和装置,其允许接收机通过向每个发送鼠标提供唯一的识别码并允许用户从多个传输中选择的组合来区分在相同传输区域内操作的多个RF无线鼠标之间 频道 接收机然后自动切换到用户选择的频道。 本发明还可以从一个或两个外围设备接收传输。 在一种器件模式下,接收器滤除其他RF外设的杂散频率。 在两种器件模式下,接收器能够从两个RF外设接收信息,同时滤除在相同传输区域内工作的其他杂散RF外设。 这允许用户为一个外围设备(例如鼠标)使用相同的接收机用于详细的工作,并且对于其他类型的特殊应用(例如用于软件呈现的指示设备)使用另一个外围设备。 本发明还提供了一种无线外设中的功耗最小化方法。
    • 10. 发明授权
    • Loop antenna parasitics reduction technique
    • US06600452B2
    • 2003-07-29
    • US09997338
    • 2001-11-29
    • Philippe Junod
    • Philippe Junod
    • H01Q124
    • H01Q7/005
    • An antenna circuit and matching technique that cancels the inductive reactance of an antenna and thereby reduces the reactive voltage of the antenna are provided. Serial tuning capacitors are inserted along the conductor of the loop antenna as often as necessary to achieve a negligible instantaneous level of reactance on the antenna. The loop antenna is broken up into loop segments, where each segment may or may not have a serial capacitor depending on the desired performance criteria. Each capacitor is selected so as to have a reactance that effectively cancels the inductive reactance of a portion of the loop segment preceding the corresponding serial capacitor. The advantage is that the instantaneous level of reactance on antenna stays nulled, and thus any reactive voltage difference between loop segments remains negligible, even with high current flowing inside the antenna. Parasitics such as ohmic losses, internal capacitive loss and capacitive loss to the external world are all reduced. Moreover, the selected serial tuning capacitors are placed along the antenna wire to effect an average reactive voltage of substantially 0 volts across the antenna. The antenna is thus balanced about GND. Principles of reciprocity regarding passive antennas apply, so both transmitting and receiving antenna configurations are applicable.