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    • 1. 发明申请
    • Position determination with peer-to-peer communication
    • 通过点对点通信进行位置确定
    • US20060267841A1
    • 2006-11-30
    • US11367877
    • 2006-03-02
    • Chong LeeJeremy SteinLeonid Sheynblat
    • Chong LeeJeremy SteinLeonid Sheynblat
    • G01S3/02
    • G01S5/06G01S5/0081G01S5/0221G01S5/0226G01S5/0289G01S5/14G01S13/74G01S13/876G01S19/46G01S2205/008H04W64/00H04W84/18
    • For position determination with peer-to-peer communication, a target terminal broadcasts a request for assistance in determining its position. At least one ranging terminal receives the request. Each ranging terminal sends a response with a time of arrival (TOA) measurement for the request and the position of the ranging terminal. For two-way peer-to-peer, the target terminal receives at least one response from the at least one ranging terminal, obtains a TOA measurement for each response, estimates the distance to each ranging terminal based on the TOA measurement for the request and/or the TOA measurement for the response, and computes a position estimate for itself based on the estimated distance and the position for each ranging terminal. For one-way peer-to-peer, a network entity receives at least one response from the at least one ranging terminal, computes a position estimate for the target terminal, and sends the position estimate to the target terminal.
    • 为了通过点对点通信进行位置确定,目标终端在确定其位置时广播请求协助。 至少一个测距终端接收请求。 每个测距终端都会发送响应,其中包含请求的到达时间(TOA)测量和测距终端的位置。 对于双向对等,目标终端从至少一个测距终端接收至少一个响应,获得每个响应的TOA测量,基于该请求的TOA测量估计到每个测距终端的距离;以及 /或用于响应的TOA测量,并且基于每个测距终端的估计距离和位置来计算其自身的位置估计。 对于单向对等体,网络实体从至少一个测距终端接收至少一个响应,计算目标终端的位置估计,并将位置估计发送给目标终端。
    • 6. 发明授权
    • Controlling power consumption of a mobile device based on gesture recognition
    • 基于手势识别控制移动设备的功耗
    • US09086875B2
    • 2015-07-21
    • US12792600
    • 2010-06-02
    • Newfel HarratLeonid Sheynblat
    • Newfel HarratLeonid Sheynblat
    • G06F1/32G06F3/01H04W52/02
    • G06F1/3203G06F1/3293G06F3/017H04M2250/12H04W52/0254H04W52/0293Y02D10/122Y02D70/142Y02D70/144Y02D70/164Y02D70/20
    • In an embodiment, a mobile device includes a sensor processor system, an application processor system and a power management controller that controls power being applied to the application processor system. The sensor processor system monitors sensors connected to the mobile device. The sensor processor system detects a pre-defined gestures and an environmental condition or event based on the monitoring. The pre-defined gesture corresponds to one or more actions initiated by a user of the mobile device (e.g., the user jogs with the mobile device, places the mobile device in his/her pocket or backpack, etc.). The sensor processor system selects a power profile to be applied to the application processor system based on the detection, and instructs the power management controller to apply the selected power profile to the application processor system.
    • 在一个实施例中,移动设备包括传感器处理器系统,应用处理器系统和控制施加到应用处理器系统的功率的电源管理控制器。 传感器处理器系统监测连接到移动设备的传感器。 传感器处理器系统基于监视来检测预定义的手势和环境状况或事件。 预定义的手势对应于移动设备的用户发起的一个或多个动作(例如,用户使用移动设备进行慢跑,将移动设备放置在他/她的口袋或背包等中)。 传感器处理器系统基于检测选择应用于应用处理器系统的功率分布,并指示电源管理控制器将所选择的功率配置文件应用于应用处理器系统。
    • 8. 发明授权
    • Sensor-based orientation system
    • 基于传感器的定向系统
    • US08910522B2
    • 2014-12-16
    • US13178724
    • 2011-07-08
    • Leonid Sheynblat
    • Leonid Sheynblat
    • G01P3/04G01C21/16G01P15/18
    • G01C21/16G01P15/18
    • A method for measuring positional changes of an object, including rotation about any or all of three axes, using linear accelerometers. There is disclosed a method of using a linear accelerometer to integrate two 3D linear accelerometers in order to measure and supply for further use six-dimensional information, that is, translation in three dimensions and rotation about three axes. Two linear accelerometer sensors are used to determine all but rotation about an imaginary axis between the accelerometers. Output from a third accelerometer may be used to generate the data needed to determine rotation about the imaginary axis. The need for a gyroscope for detecting changes in heading (i.e., yaw or azimuth) may therefore be avoided.
    • 一种用于使用线性加速度计测量物体的位置变化的方法,包括围绕任何或全部三个轴的旋转。 公开了一种使用线性加速度计来集成两个3D线性加速度计的方法,以便测量和供应以进一步使用六维信息,即三维平移和围绕三个轴的旋转。 两个线性加速度计传感器用于确定围绕加速度计之间的虚轴的所有旋转。 可以使用来自第三加速度计的输出来产生确定围绕虚轴的旋转所需的数据。 因此,可以避免需要用于检测航向变化的陀螺仪(即偏航或方位角)。