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    • 2. 发明授权
    • Folding carton with pressure-activated closure mechanism
    • 带压力启闭闭合机构的折叠纸箱
    • US06471123B1
    • 2002-10-29
    • US09964082
    • 2001-09-26
    • Kurt Jensen
    • Kurt Jensen
    • B65D566
    • B65D5/6685B65D5/42B65D5/4279
    • A pressure-sensitive closure mechanism for a folded carton incorporates a pressure-sensitive tape having adhesive on one surface thereof disposed on a one side of a hinged lid panel, with the adhesive exposed through an opening in the lid panel and releasably engaging an outer surface of a flap-receiving panel. The hinged lid panel is formed by folding an inner lid panel over an outer lid panel. Both lid panels have openings. The pressure-sensitive tape is disposed between the two lid panels. When the lid is closed over the opening in the carton, the user applies pressure with his finger to the backside (non-adhesive) side of the pressure-sensitive tape. The pressure pushes the tape against flap-receiving panel of the carton. Repeated closings and openings are possible.
    • 用于折叠纸箱的压敏闭合机构包括在其一个表面上具有粘合剂的压敏胶带,其设置在铰接盖板的一侧上,粘合剂通过盖板中的开口露出并且可释放地接合外表面 的翼片接收面板。 铰接盖板通过将内盖板折叠在外盖板上而形成。 两个盖板都有开口。 压敏胶带设置在两个盖板之间。 当盖子关闭在纸箱的开口上时,用户用手指将压力施加到压敏胶带的背面(非粘性)侧。 压力将胶带推到纸箱的挡板接收面板上。 重复关闭和开启是可能的。
    • 3. 发明授权
    • Paperboard clamshell construction
    • 纸板蛤壳结构
    • US6041997A
    • 2000-03-28
    • US364941
    • 1999-07-30
    • Kurt Jensen
    • Kurt Jensen
    • B65D5/42B65D5/66
    • B65D5/667B65D5/4229Y10S229/902
    • A clamshell type container is formed from a unitary blank (10) of paperboard, the top or crown of the container including two side wall panels (32) which extend slantingly downwardly and whose free edges extend beneath the upper edges of the lower container half side walls. The crown has a front wall formed of two panels (40, 48) folded together so as to define a dual layer front wall. The outer panel (40) of the dual layer front wall is provided with spaced apart perforated lines (46) to define a tear strip (44). The inner panel (48) of the dual layer front wall is provided with indicia to show the winning of a prize upon tearing off of the tear strip. Alternatively, the normally hidden inner surface of the tear strip may be provided with indicia. Either of the downwardly sloping side wall panels (32) of the crown or top may, alternatively, be provided with this tear strip and indicia construction. As a further variant, the auxiliary indicia panel (48) may be folded over the crown front panel (40) so that the auxiliary indicia panel (48) is on the outside of the dual layer (40, 48) crown front wall, instead of on the inside.
    • 蛤壳式容器由纸板的整体坯料(10)形成,容器的顶部或顶部包括两个侧壁板(32),该侧壁板(32)向下倾斜延伸,并且其自由边缘在下部容器半部的上边缘的下方延伸 墙壁 冠部具有由两个折叠在一起的面板(40,48)形成的前壁,以便限定双层前壁。 双层前壁的外板(40)设置有间隔开的穿孔线(46)以限定撕条(44)。 双层前壁的内板(48)设置有标记,以便在撕开撕裂带时显示奖品的获胜。 或者,撕开带的通常隐藏的内表面可以设置有标记。 顶部或顶部的向下倾斜的侧壁板(32)中的任一个可替代地设置有该撕裂条和标记结构。 作为另一变型,辅助标记面板(48)可以折叠在冠状前面板(40)上,使得辅助标记面板(48)位于双层(40,48)冠部前壁的外侧上 在里面。
    • 6. 发明授权
    • Tool for use in the separation of elements in a building set
    • 用于建筑物中元素分离的工具
    • US5349734A
    • 1994-09-27
    • US768577
    • 1991-11-20
    • Ole V. PoulsenCarsten MichaelsenKurt Jensen
    • Ole V. PoulsenCarsten MichaelsenKurt Jensen
    • A63H33/08A63H33/04A63H33/42B23P19/04
    • A63H33/04Y10T29/53683Y10T29/53896
    • A tool (20) for use in the separation of elements in a building set, said elements having a face provided with coupling means which have a wall part extending transversely to the face, and which are preferably disposed in parallel with a side edge, comprises a lever (25) and a gripper means. The gripper means is disposed at one end of the lever and comprises a first jaw area (21,23) intended to tightly engage the side edge of the element, and a second jaw area (22,24) intended to tightly engage the portion of the wall part of said coupling means which faces away from said side edge. The gripper means may moreover comprise complementary coupling means for at least some of said coupling means.
    • PCT No.PCT / DK90 / 00076 Sec。 371日期1991年11月20日 102(e)1991年11月20日日期PCT 1990年3月19日PCT PCT。 公开号WO90 / 11112 PCT 1990年10月4日,1990年。一种用于建筑物组件中的元件分离的工具(20),所述元件具有设有连接装置的面,该连接装置具有横向于该表面延伸的壁部分,并且优选地设置在 与侧边缘平行,包括杆(25)和夹持器装置。 夹持装置设置在杠杆的一端,并且包括旨在紧密地接合元件的侧边缘的第一钳口区域(21,23)和用于紧密接合元件的部分的第二钳口区域(22,24) 所述联接装置的面向所述侧边缘的壁部分。 夹持装置还可以包括用于至少一些所述联接装置的互补联接装置。
    • 10. 发明授权
    • Method and apparatus for increasing the accuracy of dimensional
measurements made with video cameras
    • 用于增加用摄像机进行的尺寸测量精度的方法和装置
    • US5418562A
    • 1995-05-23
    • US78082
    • 1993-06-15
    • Carlos B. RoundyGregory E. SlobodzianKurt Jensen
    • Carlos B. RoundyGregory E. SlobodzianKurt Jensen
    • H04N5/357H04N5/365H04N5/21H04N17/00
    • H04N5/365H04N5/3572
    • Video cameras, such as charge coupled device cameras, are used for optically making dimensional measurements of laser beams. Such cameras have drawbacks including baseline offset error, shading error, pixel-to-pixel fixed pattern offsets, and poor signal-to-noise ratio. Methods and apparatus to correct for these errors, without losing any desired signal components, wherein the baseline offset error is corrected without the loss of any signal components that may otherwise be obscured due to noise. The baseline of the signal is raised above a digitizer's zero level, an average baseline without an input signal present is determined, and then the average baseline is subtracted from the subsequently obtained signals. The subtraction process is performed such that the subsequent frames in memory retain all negative signal components, as well as positive signal components, and thus there is no loss of the desired signal. Any subsequent quantitative measurements consider both the positive and negative signal components and thus measurements are made as accurately as possible. After the baseline error is corrected, one or more of a number of noise reduction methods are implemented to improve the signal-to-noise ratio.
    • 诸如电荷耦合器件相机的摄像机用于光学地制造激光束的尺寸测量。 这样的相机具有缺点,包括基线偏移误差,阴影误差,像素到像素固定图案偏移和差的信噪比。 纠正这些误差的方法和装置,而不会丢失任何期望的信号分量,其中校正基线偏移误差,而不损失可能由于噪声而可能被模糊的任何信号分量的损失。 信号的基线升高到数字化仪的零电平之上,确定没有输入信号的平均基线,然后从随后获得的信号中减去平均基线。 执行减法处理使得存储器中的后续帧保持所有负信号分量以及正信号分量,并且因此不存在期望信号的损失。 任何随后的定量测量都会考虑正和负信号分量,从而尽可能准确地进行测量。 在校正基线误差之后,实施多个降噪方法中的一个或多个以提高信噪比。