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    • 1. 发明授权
    • Deployable and inflatable fendering apparatus and method
    • 可部署和充气的涂装设备及方法
    • US08087371B1
    • 2012-01-03
    • US12587330
    • 2009-09-25
    • Ali M. SadeghPaul V. CavallaroClaudia J. Quigley
    • Ali M. SadeghPaul V. CavallaroClaudia J. Quigley
    • B63B59/02
    • B63B59/02
    • A deployable and inflatable/deflatable fendering apparatus capable of providing protection for watercrafts and docks. The apparatus has an inflatable cylindrical body, an outer collar body, and a water reservoir with an inflating and deflating means. The collar body circumferentially surrounds the cylindrical body, and is made of abrasion resistant materials and protects the cylindrical body from punctures, tearing and abuse. The collar body may be inflatable or filled with foam-like material. The reservoir comprises a one-way valve, a series of ballasts and is attached to the cylindrical body and is expandable to provide stabilization of the fendering apparatus. The fendering apparatus can be deflated for storage.
    • 一种能够为船舶和码头提供保护的可展开和充气/可放气的打火装置。 该装置具有可膨胀的圆柱体,外套筒体和具有充气和排气装置的储水器。 套环本体周向围绕圆柱体,并由耐磨材料制成,并保护圆柱体免受穿刺,撕裂和滥用。 套环主体可以是可膨胀的或者填充有泡沫状材料。 储存器包括单向阀,一系列镇流器,并且附接到圆柱形主体并且可扩展以提供调光装置的稳定性。 打火机可以放气以备存放。
    • 2. 发明授权
    • Compact and stand-alone combined multi-axial and shear test apparatus
    • 紧凑且独立的组合多轴和剪切试验装置
    • US08082802B1
    • 2011-12-27
    • US12587329
    • 2009-09-25
    • Ali M. SadeghPaul V. CavallaroClaudia J. Quigley
    • Ali M. SadeghPaul V. CavallaroClaudia J. Quigley
    • G01N3/02
    • G01N3/08G01N2203/0025G01N2203/0254G01N2203/0282
    • A testing apparatus is disclosed that includes a turntable, an upper scissor jack assembly and a lower scissor jack assembly positioned in parallel planes, about a longitudinal axis and affixed to a base. The apparatus is powered by at least three motors with supporting controllers. The lower assembly is affixed to the base mechanically via the turntable which allows the lower assembly to rotate with respect to the upper assembly. There are two loading plates attached to the hinges of each scissor jack. The test specimen is secured by the loading plate. Each scissor jack operates by a screw-gear powered by one of the motors. Upon energizing a stepper motor; the screw-gear positions a scissor jack to apply a tension or compression on the specimen. While subjected to tension or compression, the lower jack assembly can be rotated with respect to the upper assembly for in-plane shear loading.
    • 公开了一种测试装置,其包括围绕纵向轴线定位并且固定到基座的转台,上部剪刀千斤顶组件和位于平行平面中的下部剪刀千斤顶组件。 该装置由具有支撑控制器的至少三个电动机供电。 下部组件通过转台机械地固定到基座上,该转台允许下部组件相对于上部组件旋转。 每个剪刀千斤顶的铰链上有两个装载板。 试样由装载板固定。 每个剪刀千斤顶由一个电动机驱动的螺旋齿轮操作。 激励步进电机; 螺丝齿轮定位剪刀千斤顶以对样本施加张力或压缩。 在承受张力或压缩的同时,下部千斤顶组件可相对于上部组件旋转以进行平面内剪切加载。
    • 6. 发明授权
    • Biaxial and shear testing apparatus with force controls
    • 具有力控制的双轴和剪切试验装置
    • US07204160B1
    • 2007-04-17
    • US11401014
    • 2006-03-30
    • Ali M. SadeghPaul V. CavallaroClaudia J. Quigley
    • Ali M. SadeghPaul V. CavallaroClaudia J. Quigley
    • G01D7/00
    • G01N3/10G01N2203/0017G01N2203/0025G01N2203/0254G01N2203/027G01N2203/0278G01N2203/0282G01N2203/0411
    • A testing apparatus having four-bar linkages pivotable to sleeves on opposite vertices with the sleeves of each vertex rotationally attached to each other. Links of each linkage are pivotally attached to loading plate assemblies securing a test specimen. During loading, the assemblies move toward or away from each other; thereby, applying compression or tension to the specimen. A pressure system fluidly impacts opposite faces of a piston of the assembly such that one of the faces is pressurized and impacts arms of the assembly for a sliding motion to move toward or away from the longitudinal axis of the apparatus thereby, applying a compression or tensile load on the specimen or augmenting the loads applied by the movement of the loading plate assemblies. The pressure system includes a controller connected to a reservoir, a pressurized source, a plurality of shutoff valves and pressure-adjustable check valves.
    • 一种具有四杆连杆的测试装置,其可在相对的顶点上枢轴转动,使每个顶点的套筒相互旋转地连接。 每个连接件的连杆枢转地连接到固定测试样品的装载板组件上。 在装载过程中,组件朝向或远离彼此移动; 从而对样品施加压缩或张力。 压力系统流体地冲击组件的活塞的相对面,使得其中一个面被加压并且撞击组件的臂以滑动运动以朝向或远离装置的纵向轴线移动,从而施加压缩或拉伸 加载在样品上或增加通过装载板组件的运动施加的载荷。 压力系统包括连接到储存器,加压源,多个截止阀和压力可调单向阀的控制器。
    • 7. 发明授权
    • Combined in-plane shear and multi-axial tension or compression testing apparatus
    • 组合平面剪切和多轴向张力或压缩试验装置
    • US06860156B1
    • 2005-03-01
    • US10851748
    • 2004-05-24
    • Paul V. CavallaroClaudia J. QuigleyAli M. Sadegh
    • Paul V. CavallaroClaudia J. QuigleyAli M. Sadegh
    • G01N3/02G01N3/08
    • G01N3/08G01N2203/0256
    • An in-plane shear and multi-axial tension or compression testing apparatus having four-bar linkages pivotable to two sleeves on an opposite vertices with the sleeves of each vertex rotationally attached to each other. Lateral links of each linkage are pivotally attached to load transfer plates in which the plates secure a test specimen. Each linkage is rotatable to the other linkages while the vertices are subjected to a compression or tensile load. The vertices are also capable of rotation by a testing machine for shear testing. During compression or tension of the vertices of the apparatus, the plates respectfully move toward or away from each other thereby applying compression or tension to the specimen. The bars of one linkage can be rotated with respect to the other, thereby applying torsional loading to the specimen.
    • 具有四杆联动器的平面内剪切和多轴向张力或压缩测试装置,其可在相对顶点上枢转到两个套筒,每个顶点的套筒彼此旋转地连接。 每个连接件的横向连杆枢转地连接到负载传递板,其中板固定测试样本。 每个连杆可转动到另一个连杆,同时顶点经受压缩或拉伸载荷。 顶点也可以通过测试机进行剪切测试。 在装置的顶点的压缩或张紧期间,板相互朝向或相互移动,从而对样本施加压缩或张力。 一个连杆的杆可以相对于另一个连杆旋转,从而对试样施加扭转载荷。
    • 8. 发明授权
    • Apparatus and method for compensated sensor output
    • 补偿传感器输出的装置和方法
    • US06687635B2
    • 2004-02-03
    • US10170861
    • 2002-06-13
    • Stephen F. HornePhilip J. MaioranaSanthi E. MathewLeonid MindlinClaudia J. QuigleyEric R. TarantoDonald K. Smith
    • Stephen F. HornePhilip J. MaioranaSanthi E. MathewLeonid MindlinClaudia J. QuigleyEric R. TarantoDonald K. Smith
    • G06F1314
    • G01D3/022
    • A compensated sensor includes a sensor, a relatively fast feedthrough path, and a relatively slow compensation path. The relatively fast feedthrough path includes a summer and output circuitry, such as a summing amplifier. The relatively slow compensation path includes circuitry that produces one or more correction factors for such sensor deficiencies as temperature dependency, or nonlinearity effects, for example. These one or more correction factors are fed to the summer for summing with the uncompensated sensor output. Additionally, the output of the output circuitry (e.g., summing amplifier), is fed back to the compensation circuitry where it is compared to a compensated sensor output developed by the compensation circuitry. The difference between the compensated sensor signal developed in the compensation circuitry and the output signal fed back to the compensation circuitry is also provided to the summer for summing with the one or more correction factors and the uncompensated sensor output.
    • 补偿传感器包括传感器,相对快速的馈通路径和相对较慢的补偿路径。 相对较快的馈通路径包括加法器和输出电路,例如求和放大器。 相对较慢的补偿路径包括产生例如温度依赖性或非线性效应等传感器缺陷的一个或多个校正因子的电路。 这些一个或多个校正因子被馈送到夏天以与未补偿的传感器输出相加。 另外,输出电路(例如,求和放大器)的输出被反馈到补偿电路,在该补偿电路中,与补偿电路开发的补偿传感器输出进行比较。 在补偿电路中产生的补偿传感器信号和反馈到补偿电路的输出信号之间的差异也被提供给加法器以与一个或多个校正因子和未补偿的传感器输出相加。