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
    • 4. 发明申请
    • FOOD CONTAINER INTERNAL PRESSURE ANALYSIS
    • 食品容器内部压力分析
    • WO1997046858A1
    • 1997-12-11
    • PCT/US1997008184
    • 1997-05-21
    • BENTHOS, INC.
    • BENTHOS, INC.HULSMAN, William, H.
    • G01M03/36
    • G01S13/88G01M3/36G01S13/34G01S13/536G01S13/583G01S2007/4082
    • A sensor structure (20) for use with container inspection systems utilizes a continuous-wave (CW) microwave radar to measure the curvature or the vibration characteristics of a container wall (26) through a thick corrugated cardboard case top or on a single item container processing line. A radar antenna (32) directs RF energy toward cans moving along a conveyor (48). The antenna emits a beam which, over time, illuminates a narrow region along a line from one outer edge of the can to the opposing outer edge, as the can passes the antenna. During this time, a continuous measurement of the relative change in distance from the antenna to the top of the can (28) is generated and sampled for acquisition by a computer, and an estimate of the profile is made from changes in the distance measurement.
    • 与容器检查系统一起使用的传感器结构(20)利用连续波(CW)微波雷达来测量容器壁(26)的曲率或振动特性,通过厚的瓦楞纸板箱顶部或单个物品容器 加工线。 雷达天线(32)将RF能量引导到沿着传送器(48)移动的罐。 天线发射光束,随着时间的推移,沿着从罐的一个外边缘到相对的外边缘的线照亮狭窄的区域,因为可以通过天线。 在此期间,对罐(28)的从天线到顶部的距离的相对变化的连续测量被产生并采样以供计算机采集,并且通过距离测量的变化对轮廓进行估计。
    • 6. 发明申请
    • CONTAINER LEAK DETECTOR
    • 集装箱泄漏检测器
    • WO1989003521A1
    • 1989-04-20
    • PCT/US1988001798
    • 1988-05-27
    • McDANIEL, Patrick, K.
    • G01M03/36
    • G01M3/3281G01M3/329G01M3/366
    • Disclosed are container testing apparatuses (10) and methods for detecting leaks in containers (100). Such employ first and second seals (22, 24) for defining a testing chamber therebetween. An acutating seal (327) is shown which is controllably retracted from engagement with sidewalls of the container. Another embodiment uses two passive seals (422, 424). A further embodiment uses a pressurized expandable seal (24). In a preferred apparatus and method, at least one of the first and second seals (422) functions by inwardly pressing against the container surfaces to enhance sealing upon application of differentially pressurized fluid within the testing fluid chamber (445). A detector (38) can be employed to sense changes in the container associated with the existence of a leak through which the differential pressure is communicated.
    • 公开了容器测试装置(10)和用于检测容器(100)中的泄漏的方法。 这样采用用于在其间限定测试室的第一和第二密封件(22,24)。 显示了一种可触发的密封件(327),其可与容器的侧壁接合而可控地缩回。 另一个实施例使用两个被动密封件(422,424)。 另一实施例使用加压可膨胀密封件(24)。 在优选的装置和方法中,第一和第二密封件(422)中的至少一个通过向内压靠容器表面起作用,以在施加差分加压的流体在测试流体室(445)内时增强密封。 可以使用检测器(38)来检测与通过差压传递的泄漏的存在相关联的容器中的变化。
    • 7. 发明申请
    • TESTING OF PACKAGES
    • 包装测试
    • WO1993017317A1
    • 1993-09-02
    • PCT/GB1993000268
    • 1993-02-09
    • FENLON, RichardFENLON, Christopher
    • FENLON, Richard
    • G01M03/36
    • G01M3/36
    • The sealing integrity and/or the proper filling of packages (12) is determined by conveying them continuously along a path (11) and applying loads to them. The loads (24, 26) have package contacting surface portions that travel in the conveying direction, e.g. provided by driven belts (26) or arrays of free-running rollers (46). Preferably each package is subjected to a first load and to a second load greater than the first, and two values related to the effective thickness under the loads are derived and compared by a computer system (36, 38, 40). The difference value is indicative of seal quality.
    • 包装(12)的密封完整性和/或适当的填充通过沿着路径(11)连续输送并且向它们施加载荷来确定。 负载(24,26)具有沿输送方向行进的封装接触表面部分,例如, 由从动带(26)或自由运转辊(46)的阵列提供。 优选地,每个包装经受第一负载和大于第一负载的第二负载,并且通过计算机系统(36,38,40)导出和比较与负载下的有效厚度相关的两个值。 差值表示密封质量。