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    • 5. 发明申请
    • Quick-attach/detach cab for vehicle
    • 汽车快速安装/拆卸驾驶室
    • US20080265609A1
    • 2008-10-30
    • US12080990
    • 2008-04-08
    • Gary N. OrrellMichael A. OrrellMartin RobinsonJeremy Cirota
    • Gary N. OrrellMichael A. OrrellMartin RobinsonJeremy Cirota
    • B60J7/08
    • B60J7/11B60J1/04B60J1/1807
    • Removable cab components and a removable cab assembly for a vehicle. A durable cab assembly is provided, which generally includes a roof, a windshield and a rear panel that is removably attachable to the vehicle. In certain embodiments, the roof, windshield and rear panel are separate components, each separately removably attachable to the vehicle. In certain embodiments, each component of the cab assembly is removably attachable to the roll cage of the vehicle without comprising the integrity of the roll cage. The attachment and detachment of the cab assembly can be carried out manually, by a single person, in a short period of time, without requiring separate tools. The invention is also directed to the windshield, roof and rear panel as individual components adapted for quick attachment/detachment to a vehicle, and a method of attaching or detaching cab components or a cab assembly.
    • 用于车辆的可移动驾驶室部件和可拆卸的驾驶室组件。 提供了一种耐用的驾驶室组件,其通常包括屋顶,挡风玻璃和可拆卸地附接到车辆的后面板。 在某些实施例中,屋顶,挡风玻璃和后面板是分开的部件,每个部件可拆卸地附接到车辆上。 在某些实施例中,驾驶室组件的每个部件可移除地附接到车辆的卷笼,而不包括卷笼的完整性。 驾驶室组件的附接和拆卸可以由单个人在短时间内手动执行,而不需要单独的工具。 本发明还涉及挡风玻璃,屋顶和后面板作为适于快速附接/拆卸到车辆的各个部件,以及附接或拆卸驾驶室部件或驾驶室组件的方法。
    • 7. 发明授权
    • Machine reading of printed data
    • 机读数据打印
    • US09104936B2
    • 2015-08-11
    • US14344799
    • 2012-09-14
    • Alan Joseph BellMartin RobinsonGuanhua Chen
    • Alan Joseph BellMartin RobinsonGuanhua Chen
    • G06K9/18G06K9/22G06K9/78G06K9/54
    • G06K9/18G06K9/22G06K9/54G06K9/78G06K2209/01
    • A method of reading data represented by characters formed of an x by y array of dots, e.g. as printed by a dot-matrix printer, is described. An image of the character(s) is captured by a digital camera device and transmitted to a computer, and by using analysis software operating in the computer to which the camera image has been sent, dot shapes are identified and their positions within the captured image detected, using the similarity of dots to idealized representations of dots using a combination of covariance, correlation or color data. The position information about the detected dots is then processed to determine the distance between dots and to identify “clusters” of adjacent dots in groups of dots close to one another, and to enable such clusters to be mapped on to a notional x by y grid that defines the intended positions of the dots where grid elements intersect. The image is then analyzed to determine, for each intersection of the grid, whether a dot is present or not, and starting at one corner of the x by y grid, a binary number is generated corresponding to the presence or absence of a dot at each intersection. This binary number is compared with the binary number in a reference table of binary numbers referenced to information corresponding to a dot-matrix printed character, and an output then produced corresponding to the character(s) identified. By using Reed Solomon mathematics, characters which have been misprinted can still be reliably identified.
    • 一种读取由x×y个点阵列形成的字符表示的数据的方法,例如 如点阵式打印机所印刷的那样。 字符的图像由数字照相机装置拍摄并发送到计算机,并且通过使用在相机图像已发送到的计算机中操作的分析软件,识别出点形状及其在拍摄图像内的位置 使用协方差,相关性或颜色数据的组合,使用点与点的理想化表示的相似性来检测。 然后处理关于检测到的点的位置信息以确定点之间的距离并且识别彼此靠近的点组中的相邻点的“聚类”,并且使得能够将这样的集群映射到名义x乘以y格网 其定义网格元素相交的点的预期位置。 然后分析图像以确定网格的每个交点是否存在点,并且从x乘以y网格的一个角开始,生成对应于存在或不存在点的二进制数 每个交叉点。 将该二进制数与参照对应于点阵打印字符的信息的二进制数的参考表中的二进制数比较,然后对应于所标识的字符产生输出。 通过使用里德所罗门数学,错误印刷的字符仍然可以被可靠地识别。