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    • 71. 发明授权
    • Method for manufacturing school bus seat with energy absorber and using same
    • 用能量吸收器制造校车座椅的方法和使用方法
    • US08647544B2
    • 2014-02-11
    • US12035767
    • 2008-02-22
    • Selwyn Arthur Burch
    • Selwyn Arthur Burch
    • B29C67/20
    • B29C44/1228B29C44/146B60N2/015B60N2/242B60N2/4214B60N2/42709B60N2/42745B60N2/682
    • A method and an apparatus for manufacturing an envelope style bus seat back cushion includes the steps of opening a hinged mold and then spraying the cavity of the mold with an elastomeric skin. The hinged mold includes first and second sides having a cavity in each of the sides. The cavities of the mold combine to form a mold cavity. The sides of the mold include interengaging faces, ridges and recesses. The faces, ridges and recesses interengage to seal the mold. Once the first and second sides of the hinged mold are closed and intermate, the steps of injecting a urethane foam into the mold cavity of the closed hinged mold are inserting, quickly, a center core insert into the mold cavity of the closed hinged mold; curing the urethane foam; removing the center core insert from the mold cavity; opening the first and second sides of the mold cavity; and, removing and demolding the envelope style bus seat back cushion from the mold.
    • 用于制造封套式总线座椅靠背衬垫的方法和装置包括以下步骤:打开铰接模具,然后用弹性体皮肤喷涂模具的空腔。 铰链模具包括在每个侧面中具有空腔的第一和第二侧面。 模具的空腔结合形成模腔。 模具的侧面包括相互接合的面,脊和凹槽。 面,脊和凹槽互相密封模具。 一旦铰链模具的第一和第二面闭合并且相互啮合,将聚氨酯泡沫注入封闭的铰接模具的模腔中的步骤将快速地将中心芯插入件插入封闭的铰接模具的模腔中; 固化聚氨酯泡沫; 将中心芯插入件从模腔中取出; 打开模腔的第一和第二面; 并从模具中拆下和脱模信封样式的座椅靠背垫。
    • 72. 发明授权
    • Cable protection and guide apparatus
    • 电缆保护和导向装置
    • US08567171B2
    • 2013-10-29
    • US13536532
    • 2012-06-28
    • Shoichiro KomiyaKatsuhide Yamashita
    • Shoichiro KomiyaKatsuhide Yamashita
    • F16G13/16
    • F16G13/16H02G3/0475H02G11/006
    • The invention provides a cable protection and guide apparatus allowing a protecting and guiding apparatus to be downsized by reducing a radius of a polygonal bend formed when link plates are bent back in a cable longitudinal direction between a cable stationary end and a cable mobile end and achieving smooth relative movements of shoes that face with each other between the upper and lower cable-bend inner circumferential sides by easing impact energy and impact sound of the shoes. The shoes provided on the cable-bend inner circumferential sides of the pair of link plates laterally and separately disposed have slidable-contact portions having parallelogram slidable-contact surfaces configured to face to and to mutually slidably contact with each other between upper and lower cable-bend inner circumferential sides.
    • 本发明提供了一种电缆保护和引导装置,其允许通过减小连接板在电缆固定端和电缆移动端之间的电缆纵向方向上向后弯曲而形成的多边形弯曲的半径而使保护和引导装置小型化,并实现 通过减轻鞋子的冲击能量和冲击声,在上下电缆弯曲内周侧之间彼此面对的鞋子的平滑相对运动。 设置在横向和单独布置的一对链板的电缆弯曲内周侧上的鞋子具有可滑动接触部分,其具有平行四边形可滑动接触表面,其被构造成在上部和下部电缆连接器之间彼此面对并相互可滑动地接触, 弯曲内周侧。
    • 73. 发明授权
    • Laser beam combining and power scaling device
    • 激光束组合和功率放大装置
    • US08509272B2
    • 2013-08-13
    • US12481784
    • 2009-06-10
    • Dwight KimberlinDonald Bishop
    • Dwight KimberlinDonald Bishop
    • H01S3/082H01S3/11
    • H01S3/127G02B19/0028G02B19/0057G02B27/1006G02B27/1073G02B27/14G02B27/144G02B27/145H01S3/09415H01S3/11H01S3/1611H01S3/1643H01S3/23
    • A laser beam combining and power scaling device and method. A first highly reflective mirror residing perpendicular to the first optical axis reflecting radiation emitted from the first laser head. A first Q-switch in alignment with the first optical axis interposed between the first highly reflective mirror and the first laser head. A second highly reflective mirror residing perpendicular to the second optical axis reflecting radiation emitted from the second laser head. The second Q-switch in alignment with the second optical axis is interposed between the second highly reflective mirror and the first laser head. A third optical axis is coincident with the first optical axis. A third highly reflective mirror residing perpendicular to the third optical axis in alignment therewith. The third optical axis may include a third diode pumped laser head and Q-switch. A beam splitter resides at the intersection of the axes.
    • 激光束组合和功率缩放装置及方法。 第一高反射镜,其垂直于第一光轴垂直,反射从第一激光头发射的辐射。 第一Q开关,其与插入在第一高反射镜和第一激光头之间的第一光轴对准。 第二高反射镜,垂直于第二光轴,反射从第二激光头发出的辐射。 与第二光轴对准的第二Q开关设置在第二高反射镜和第一激光头之间。 第三光轴与第一光轴重合。 第三高反射镜,其垂直于与其对准的第三光轴。 第三光轴可以包括第三二极管泵浦激光头和Q开关。 分束器位于轴的相交处。
    • 74. 发明授权
    • Mixer structure for doppler radar applications
    • 多普勒雷达应用的混频器结构
    • US08384586B2
    • 2013-02-26
    • US13273184
    • 2011-10-13
    • Yves Borlez
    • Yves Borlez
    • G01S13/00
    • H03D7/02G01S7/032G01S13/56H03D9/0633
    • A Mixer structure (210) for Doppler radar applications and a Doppler radar sensor (30) having an oscillator input port (LO) for output signals from an electric oscillator (32), having a radio frequency input port (RF) for output signals from receiving means (34), having an output port (IF) for an overall output intermediate signal produced in the mixer structure (210) and having two mixer branches (12a, 12b) each with a diode (18a, 18b). The mixer branches (12a, 12b) are connected to the oscillator input port (LO) and to the radio frequency input port (RF) in such a manner that intermediate signals (IF1, IF2), which are produced in these mixer branches (12a, 12b) and correspond to a Doppler shift between the oscillator signal and the radio frequency signal, are processed to the overall output signal.
    • 一种用于多普勒雷达应用的混频器结构(210)和具有用于从电振荡器(32)输出信号的振荡器输入端口(LO)的多普勒雷达传感器(30),具有用于输出信号的射频输入端口(RF) 接收装置(34),具有用于在混合器结构(210)中产生的总输出中间信号的输出端口(IF),并具有两个具有二极管(18a,18b)的混频器分支(12a,12b)。 混频器分支(12a,12b)以这样的方式连接到振荡器输入端口(LO)和射频输入端口(RF),即在这些混频器分支(12a)中产生的中间信号(IF1,IF2) ,12b)并且对应于振荡器信号和射频信号之间的多普勒频移被处理为总输出信号。
    • 75. 发明授权
    • Conduit sensor device with magnetic shunt and process for modifying a magnetic field
    • 具有磁分路的导管传感器装置和用于修改磁场的过程
    • US08232796B2
    • 2012-07-31
    • US12836230
    • 2010-07-14
    • Paul LaursenCorry ComelloRoderick Lee
    • Paul LaursenCorry ComelloRoderick Lee
    • G01R33/12
    • G01N27/82G01N2291/2636
    • A conduit sensor device includes first and second pairs of permanent magnets. First and second rotor shunts include first and second rotatable magnets and interposed between the first and second pairs of permanent magnets, respectively. A shunt shaft includes a first helical worm gear and a second helical worm gear mounted thereon. The first rotor shunt includes a first rotatable magnet and a first rotor gear locked together. The first helical worm gear meshing with the first rotor gear driving the first rotor gear and the first rotatable magnet. The second rotor shunt includes a second rotatable magnet and a second rotor gear locked together. The second helical worm gear meshes with the second rotor gear driving the second rotor gear and the second rotatable magnet. The surface areas of the first and second pairs of permanent magnets equals the surface area of the first and second rotatable magnets.
    • 导管传感器装置包括第一和第二对永磁体。 第一和第二转子分流器包括分别介于第一和第二对永磁体之间的第一和第二可旋转磁体。 分流轴包括安装在其上的第一螺旋蜗轮和第二螺旋蜗轮。 第一转子分流器包括锁定在一起的第一可旋转磁体和第一转子齿轮。 与第一转子齿轮啮合的第一螺旋蜗轮驱动第一转子齿轮和第一可旋转磁体。 第二转子分流器包括锁定在一起的第二可旋转磁体和第二转子齿轮。 第二螺旋蜗轮与驱动第二转子齿轮的第二转子齿轮和第二可旋转磁体啮合。 第一和第二对永磁体的表面积等于第一和第二可旋转磁体的表面积。
    • 76. 发明授权
    • Method and apparatus for measuring thermal conductivity of small, highly insulating specimens
    • 测量小,高度绝缘的试样的导热性的方法和装置
    • US08220989B1
    • 2012-07-17
    • US12571215
    • 2009-09-30
    • Robert A. MillerMaria A. Kuczmarski
    • Robert A. MillerMaria A. Kuczmarski
    • G01N25/20
    • G01N25/18
    • A hot plate method and apparatus for the measurement of thermal conductivity combines the following capabilities: 1) measurements of very small specimens; 2) measurements of specimens with thermal conductivity on the same order of that as air; and, 3) the ability to use air as a reference material. Care is taken to ensure that the heat flow through the test specimen is essentially one-dimensional. No attempt is made to use heated guards to minimize the flow of heat from the hot plate to the surroundings. Results indicate that since large correction factors must be applied to account for guard imperfections when specimen dimensions are small, simply measuring and correcting for heat from the heater disc that does not flow into the specimen is preferable. The invention is a hot plate method capable of using air as a standard reference material for the steady-state measurement of the thermal conductivity of very small test samples having thermal conductivity on the order of air.
    • 用于测量热导率的热板方法和装置结合以下能力:1)非常小的样品的测量; 2)测量具有与空气相同顺序的导热性的样品; 和3)使用空气作为参考材料的能力。 注意确保通过试样的热量基本上是一维的。 没有尝试使用加热的防护装置来最小化从热板到周围环境的热量流动。 结果表明,由于在样本尺寸小的情况下必须应用大的校正因子来考虑保护缺陷,所以简单地测量和校正不流入样品的加热盘的热量。 本发明是一种能够使用空气作为标准参考材料的热板方法,用于稳定测量具有空气顺序的导热性的非常小的测试样品的热导率。
    • 78. 发明授权
    • Lightweight cordless security camera
    • 轻便无绳安全摄像头
    • US08131145B2
    • 2012-03-06
    • US12181300
    • 2008-07-28
    • Karl Frederick Scheucher
    • Karl Frederick Scheucher
    • G03B7/26G03B17/00G03B17/02
    • H02J7/0063H04N7/183
    • The present invention is a lightweight, cordless security camera comprising a lightweight stand or tripod, a video camera with pan, tilt, and zoom articulation and an audio microphone, a wireless networking interface enabling wireless access to the camera controls, video, and audio data streams, an antenna enabling transmission and reception of the aforementioned data via the aforementioned wireless networking interface, and a lightweight, battery power supply providing power to the video camera and wireless networking system. The lightweight, battery power supply includes one or more quickly coupled and uncoupled lightweight batteries which can be easily and quickly interchanged to provide continuous power to the security camera. This enables security forces such as police and military forces to safely and continuously monitor and surveil areas including crime scenes and combat theaters.
    • 本发明是一种重量轻的无绳安全摄像机,其包括轻量级支架或三脚架,具有摇摄,倾斜和变焦关节的摄像机和音频麦克风,能够无线访问相机控制,视频和音频数据的无线网络接口 流,通过上述无线联网接口发送和接收上述数据的天线,以及向摄像机和无线网络系统提供电力的轻量级电池电源。 轻量级的电池电源包括一个或多个快速耦合和非耦合的轻质电池,其可以容易且快速地互换以向安全摄像机提供连续的电力。 这样使安全部队,如警察和军队能够安全,持续地监测和监视犯罪现场和战场等地区。
    • 79. 发明授权
    • Mixer structure for doppler radar applications
    • 多普勒雷达应用的混频器结构
    • US08102307B2
    • 2012-01-24
    • US12496596
    • 2009-07-01
    • Yves Borlez
    • Yves Borlez
    • G01S13/00
    • H03D7/02G01S7/032G01S13/56H03D9/0633
    • A Mixer structure (210) for Doppler radar applications and a Doppler radar sensor (30) having an oscillator input port (LO) for output signals from an electric oscillator (32), having an radio frequency input port (RF) for output signals from receiving means (34), having an output port (IF) for an overall output intermediate signal produced in the mixer structure (210) and having two mixer branches (12a, 12b) each with a diode (18a, 18b). The mixer branches (12a, 12b) are connected to the oscillator input port (LO) and to the radio frequency input port (RF) in such a manner that intermediate signals (IF1, IF2), which are produced in these mixer branches (12a, 12b) and correspond to a Doppler shift between the oscillator signal and the radio frequency signal, are processed to the overall output signal.
    • 一种用于多普勒雷达应用的混频器结构(210)和具有用于来自电振荡器(32)的输出信号的振荡器输入端口(LO)的多普勒雷达传感器(30),具有用于输出信号的射频输入端口(RF) 接收装置(34),具有用于在混合器结构(210)中产生的总输出中间信号的输出端口(IF),并具有两个具有二极管(18a,18b)的混频器分支(12a,12b)。 混频器分支(12a,12b)以这样的方式连接到振荡器输入端口(LO)和射频输入端口(RF),即在这些混频器分支(12a)中产生的中间信号(IF1,IF2) ,12b)并且对应于振荡器信号和射频信号之间的多普勒频移被处理为总输出信号。
    • 80. 发明授权
    • Sensor for presence detection
    • 传感器用于存在检测
    • US08077034B2
    • 2011-12-13
    • US12443181
    • 2006-09-28
    • Yves BorlezOlivier GillieauxChristian Leprince
    • Yves BorlezOlivier GillieauxChristian Leprince
    • G08B13/18
    • G08B13/196
    • The invention refers to a sensor (10) for presence detection, and a method for presence detection, in a detection area (18) comprising at least an image generator (14) for generating an image on a detection area (18) formed by illuminated structures reflecting from said detection area (18), a detector (20) for detecting signals of the image reflected from the detection area (18), an image processing unit (24) for comparing the signals based on the reflected and received image with signals of a reference image stored in storing means of the image processing unit (24), wherein the image generator (14) generates a pattern (16) on the detection area (18) having illuminated and non-illuminated zones, the image processing unit (24) uses triangulation technique to detect changes of the pattern (16) within the detection area (18) over the reference image.
    • 本发明涉及一种用于存在检测的传感器(10)和一种用于存在检测的方法,该检测区域(18)包括至少一个图像发生器(14),用于在由发光(18)形成的检测区域(18)上产生图像 从所述检测区域(18)反射的结构,用于检测从检测区域(18)反射的图像的信号的检测器(20),用于将基于反射和接收图像的信号与信号进行比较的图像处理单元(24) 存储在图像处理单元(24)的存储装置中的参考图像,其中图像生成器(14)在具有照明和非照明区域的检测区域(18)上生成图案(16),图像处理单元 24)使用三角测量技术来检测参考图像上的检测区域(18)内的图案(16)的变化。