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    • 71. 发明授权
    • Beverage container with increased bottom strength
    • 具有增加底部强度的饮料容器
    • US6098832A
    • 2000-08-08
    • US958901
    • 1997-10-28
    • K. Reed JentzschOtis H. WilloughbyGary A. Baldwin
    • K. Reed JentzschOtis H. WilloughbyGary A. Baldwin
    • B21D51/26B65D1/02B65D1/16B65D7/00
    • B65D1/0276B21D51/26B65D1/165Y10S220/906
    • A beverage container with increased strength includes a generally cylindrical sidewall that is disposed around a vertical axis, and a bottom. The bottom provides a supporting surface and includes a bottom recess portion that is disposed radially inwardly of the supporting surface. The bottom recess portion includes a concave domed panel that is disposed a positional distance above the supporting surface by a dome positioning portion of the bottom recess portion. The domed panel includes a portion thereof with a curvature in the range wherein increases in the curvature decrease the static dome reversal pressure; and the dome positioning portion includes first and second parts thereof that are disposed at different radial distances from the vertical axis and that provide increases in both roll-out resistance and static dome reversal pressure. In various embodiments the first and second parts are circumferential, arcuate, or longitudinal; and, in at least some embodiments, an increase in cumulative drop height is achieved as well as increases in both roll-out resistance and static dome reversal pressure.
    • 具有增加强度的饮料容器包括围绕垂直轴设置的大致圆柱形侧壁和底部。 底部提供支撑表面并且包括设置在支撑表面的径向内侧的底部凹部。 底部凹部包括通过底部凹部的圆顶定位部分在支撑表面上方设置位置距离的凹圆顶形面板。 圆顶面板包括其曲率的一部分,其曲率的增加减小了静态圆顶反转压力; 并且圆顶定位部分包括其第一和第二部分,其设置在与垂直轴线不同的径向距离处,并且提供推出阻力和静止圆顶反向压力的增加。 在各种实施例中,第一和第二部分是周向的,弓形的或纵向的; 并且在至少一些实施例中,实现累积落差高度的增加以及滚出阻力和静态圆顶反转压力的增加。
    • 77. 发明授权
    • Method and apparatus for processing container ends
    • 用于处理容器端部的方法和装置
    • US5597284A
    • 1997-01-28
    • US569371
    • 1995-12-08
    • Kenneth E. WeltlichHoward C. ChasteenMichael A. ShusterStephen R. Pickenbrock
    • Kenneth E. WeltlichHoward C. ChasteenMichael A. ShusterStephen R. Pickenbrock
    • B65B5/06B65B35/54B65G57/24
    • B65B35/54B65B5/068
    • An assembly is provided for processing container ends received from at least two sources by loading the container ends into trays and stacking the trays. The assembly has a transport device capable of engaging sticks of container ends in a pick-up area and providing the sticks to a plurality of corresponding loading areas such that sticks from different sources are placed in different loading areas. Sticks are provided to the pick-up area by supply subassemblies which receive continuous arrays of container ends from the sources, separate the arrays into sticks, and provide the sticks to the pick-up area. The tray loading subassembly is further capable of engaging and transporting an empty tray from a stack of empty trays to the loading areas such that a stack of trays may be formed. Once the desired stack of trays is formed, a discharge subassembly transports the stack from the loading area to a discharge area for subsequent removal and transport to a desired location.
    • 提供了一种组件,用于通过将容器端部装载到托盘中并堆叠托盘来处理从至少两个源接收的容器端部。 组件具有能够在拾取区域中接合容器端部的棒的运送装置,并且将棒提供到多个相应的装载区域,使得来自不同源的棒被放置在不同的装载区域中。 通过从源头接收连续的容器端部阵列的供应子组件将棒提供到拾取区域,将阵列分成棒,并将棒提供到拾取区域。 托盘装载子组件还能够将空托盘从空托盘的堆叠运送到装载区域,从而可以形成托盘堆叠。 一旦形成了期望的托盘堆叠,排放子组件将堆叠从装载区域运送到排放区域,以便随后移除并运输到期望的位置。
    • 79. 发明授权
    • System for non-contact identification and inspection of color patterns
    • 系统用于非接触式识别和检查色彩图案
    • US5374988A
    • 1994-12-20
    • US994414
    • 1992-12-21
    • Ronald D. WertzJeffrey P. Davies
    • Ronald D. WertzJeffrey P. Davies
    • B07C5/342G01N21/89G01N21/27
    • B07C5/342B07C5/3425
    • An optical inspection system which inspects for the presence of color defects in a stream of material (e.g. carpeting, fabric, wall paper, printed matter, or a series of discrete objects) traveling along a production line. The optical inspection system positions one or more optical heads near the stream of material as it moves along the production line without physically interfering or interacting with the movement. Each optical head senses a preselected number of different colors appearing in a predetermined field of view on the stream of material. The optical head produces electrical signals corresponding to the intensity of each sensed color within its field of view during each sample. A computer is utilized to process these electrical signals from each optical head. The computer first generates a number of two color signatures based upon the selected number of colors for each optical head. After a sufficient number of samples have been sensed by the optical head so that all two color signatures are fully developed, the computer senses the colors from each successive sample and compares it to the generated color signatures. If the color pattern from a sample falls outside the generated color signatures, then an error signal is generated.
    • 一种光学检查系统,其检查沿着生产线行进的材料流(例如地毯,织物,墙纸,印刷物或一系列离散物体)中存在颜色缺陷。 光学检查系统在材料流附近沿着生产线移动一个或多个光学头,而不会物理地干扰或与该运动相互作用。 每个光学头感测在材料流上出现在预定视野中的预选数量的不同颜色。 光学头在每个采样期间产生对应于其视野内的每个感测颜色的强度的电信号。 利用计算机来处理来自每个光学头的这些电信号。 计算机首先基于每个光学头的所选择的颜色数量生成多个两个颜色特征。 在通过光学头感测足够数量的样本以使得所有两种颜色特征被完全显影之后,计算机感测来自每个连续样本的颜色并将其与生成的颜色特征进行比较。 如果来自样本的颜色图案落在产生的颜色特征之外,则产生误差信号。