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
    • 6. 发明申请
    • Tailored and vented facial garment
    • 量身打造的面部服装
    • US20110179540A1
    • 2011-07-28
    • US12928475
    • 2010-12-13
    • Charles Bradley Sutton
    • Charles Bradley Sutton
    • A41D13/11
    • A41D13/1107A41D13/1161
    • The present invention is a protective facial garment which overcomes the problems inherent in garments that cover the face and nose. Namely, the invention addresses the problems of causing eyewear to fog from exhaled breath and having to choose between leaving the mouth and nose exposed versus covering the mouth and nose, which often results in exhaled moisture being held against the skin, causing discomfort. To address these challenges, the device is tailored to provide a vented air pocket in front of the wearer's mouth and nose and to block the natural cavity between the bridge of the wearer's nose and cheekbone. The device thus provides an alternative route for exhaled air, preventing fogging of eyewear. The air pocket provides the further benefit of warming and moistening fresh air, making breathing easier when used in cold air conditions.
    • 本发明是一种保护性面部服装,其克服了覆盖面部和鼻部的服装中固有的问题。 也就是说,本发明解决了引起眼睛从呼出气雾中出现的问题,并且必须在离开嘴和鼻部之间进行选择,而不是覆盖嘴和鼻,这通常导致呼出的水分被保持在皮肤上,引起不适。 为了解决这些挑战,该设备被设计成在佩戴者的嘴和鼻前面提供一个排气孔,并且阻挡穿戴者鼻部和颊骨之间的自然腔。 因此,该装置提供呼出空气的替代路线,防止眼镜起雾。 气囊提供进一步的益处,即加热和润湿新鲜空气,当在冷空气条件下使用时,呼吸更容易。
    • 8. 发明申请
    • Transmit multibeam for compounding ultrasound data
    • 发送复合超声数据的多波束
    • US20060241454A1
    • 2006-10-26
    • US11099866
    • 2005-04-05
    • Kutay UstunerAnming CaiCharles Bradley
    • Kutay UstunerAnming CaiCharles Bradley
    • A61B8/00
    • G01S15/8995A61B8/00A61B8/4483G01S7/5209G01S7/52092G01S7/52095
    • Transmit multibeams insonify an object with multiple noncollinear transmit beams fired substantially simultaneously. The noncollinear beams are along different scan lines of same scan geometry, or they belong to scan lines of different scan geometries. One or more receive beams are formed in parallel in response to each of the noncollinear beams. The scan geometry and/or center frequency is varied between the noncollinear transmit beams of a transmit event. By scanning the transmit multibeam, and varying the scan geometry and/or frequency between the noncollinear transmit beams of a transmit event, multiple component images are generated for compounding. The component images are scan-converted (if scan geometries are different), weighted and combined after envelope detection.
    • 发射多波束使多个基本同时发射的非共线发射波束对象物体失真。 非共线光束沿相同扫描几何的不同扫描线,或者它们属于不同扫描几何形状的扫描线。 一个或多个接收波束响应于每个非共线波束平行地形成。 扫描几何和/或中心频率在发射事件的非共线发射波束之间变化。 通过扫描发射多波束,并改变发射事件的非共线发射波束之间的扫描几何形状和/或频率,生成多个分量图像进行复合。 组件图像进行扫描转换(如果扫描几何不同),在包络检测后加权和组合。
    • 10. 发明申请
    • Coherence factor adaptive ultrasound imaging
    • 相干因子自适应超声成像
    • US20060173313A1
    • 2006-08-03
    • US11046347
    • 2005-01-27
    • D-L LiuLewis ThomasKutay UstunerCharles BradleyJohn Lazenby
    • D-L LiuLewis ThomasKutay UstunerCharles BradleyJohn Lazenby
    • A61B8/00
    • G01S7/52046G01S15/8993
    • A set of N×M signals are acquired from an object, where N is the number of array elements and M corresponds to variations in data acquisition and/or processing parameters. The parameters include transmit aperture functions, transmit waveforms, receive aperture functions, and receive filtering functions in space and/or time. A coherence factor is computed as a ratio of the energy of the coherent sum to the energy of the at-least-partially incoherent sum of channel or image signals acquired with at least one different parameter. Partial beamformed data may be used for channel coherence calculation. For image domain coherence, a component image is formed for each different transmit beam or receive aperture function, and a coherence factor image is computed using the set of component images. The coherence factor image is displayed or used to modify or blend other images formed of the same region.
    • 从对象获取一组NxM信号,其中N是数组元素的数量,M对应于数据采集和/或处理参数中的变化。 这些参数包括发射孔径功能,发射波形,接收孔径功能,以及在空间和/或时间中接收滤波功能。 相干因子被计算为用至少一个不同参数获取的信道或图像信号的至少部分非相干和的相干和的能量与能量的比率。 部分波束形成数据可用于通道相干计算。 对于图像域相干性,为每个不同的发射波束或接收孔径函数形成分量图像,并且使用该组分量图像来计算相干因子图像。 相干因子图像被显示或用于修改或混合由相同区域形成的其他图像。