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    • 61. 发明授权
    • Micromachined comb drive for quantitative nanoindentation
    • 微加工梳状驱动器用于定量纳米压痕
    • US08161803B2
    • 2012-04-24
    • US12497834
    • 2009-07-06
    • Yunje OhSyed Amanula Syed AsifOden Warren
    • Yunje OhSyed Amanula Syed AsifOden Warren
    • B82Y3/00G01N3/42G01N3/00
    • G01N3/40G01B7/34G01N3/42G01N19/00G01N2203/0051G01N2203/0286G01N2203/0617G01Q60/366Y10S977/956
    • A microelectromechanical (MEMS) nanoindenter transducer including a body, a probe moveable relative to the body, an indenter tip coupled to an end of the moveable probe, the indenter tip moveable together with the probe, and a micromachined comb drive. The micromachined comb drive includes an electrostatic actuator capacitor comprising a plurality of comb capacitors configured to drive the probe, together with the indenter tip, along a displacement axis, including in an indentation direction, upon application of a bias voltage to the actuation capacitor. The micromachined comb drive further includes a plurality of sensing capacitors forming a differential capacitive displacement sensor, each sensing capacitor comprising a plurality of comb capacitors and each configured to provide capacitance levels which, together, are representative of a position of the probe, wherein each of the comb capacitors of the actuator capacitor and the sensing capacitors includes a fixed electrode comb coupled to the body and a moveable electrode comb coupled to the probe.
    • 微机电(MEMS)纳米压头换能器,包括主体,可相对于主体移动的探针,连接到可移动探针的端部的压头,可与探针一起移动的压头以及微机械梳状驱动器。 微加工梳状驱动器包括静电致动器电容器,该静电致动器电容器包括多个梳状电容器,该多个梳状电容器被配置为在施加偏置电压到致动电容器时沿包括压痕方向的位移轴沿着位移轴驱动探头。 微加工梳状驱动器还包括形成差分电容位移传感器的多个感测电容器,每个感测电容器包括多个梳状电容器,并且每个感测电容器被配置为提供一起代表探针位置的电容电平,其中, 致动器电容器和感测电容器的梳状电容器包括耦合到主体的固定电极梳和耦合到探针的可移动电极梳。
    • 65. 发明申请
    • NANOINDENTER TIP FOR UNIAXIAL TENSION AND COMPRESSION TESTING
    • 用于单向拉伸和压缩测试的纳米级丝锥
    • US20100281963A1
    • 2010-11-11
    • US11964450
    • 2007-12-26
    • Julia R. Greer
    • Julia R. Greer
    • G01N3/42
    • G01N3/42G01N3/08G01N2203/0647G01Q60/366
    • The invention is an indenter tip that is modified to permit both compression testing and tensile testing on samples having dimensions smaller than approximately 1 μm. The modified indenter tip has both a surface that can be used to apply compressive forces, and tines that can be used to engage a free end of a specimen to be tested in tension. The apparatus used to perform the tests includes elements of a scanning electron microscope that permit visualization of the specimen to be tested and the modified indenter tip, so as to permit appropriate alignment and engagement of the same. The apparatus also includes elements of a microindenter that provide mechanical manipulation of the relative position and orientation of the modified indenter tip and of the specimen to be tested, as well as the necessary controls and instrumentation to perform the test and to collect, record and manipulate data.
    • 本发明是一种压头尖端,其被修改为允许对具有小于约1μm的尺寸的样品进行压缩测试和拉伸测试。 改进的压头具有可用于施加压缩力的表面和可用于接合待测试样品的自由端的张力。 用于进行测试的装置包括扫描电子显微镜的元件,其允许待测试样品和修改的压头尖端的可视化,以便允许其适当的对准和接合。 该装置还包括微压痕器的元件,其提供改变的压头和待测试样品的相对位置和取向的机械操作,以及执行测试并收集,记录和操作的必要控制和仪器 数据。
    • 66. 发明申请
    • CONE PENETROMETERS FOR MEASURING IMPEDANCE OF GROUND
    • 用于测量地面阻力的锥形蝶阀
    • US20100257920A1
    • 2010-10-14
    • US12564127
    • 2009-09-22
    • Jong-Sub LeeHyung-Koo YoonRae Hyun KimJoon Han Kim
    • Jong-Sub LeeHyung-Koo YoonRae Hyun KimJoon Han Kim
    • G01N3/42
    • E02D1/022
    • Provided are cone penetrometers for measuring the impedance of the ground. In an embodiment, the cone penetrometer comprises an inner electrode, an outer electrode, an insulator layer and a penetrating rod. The inner electrode includes a cone, a first contact portion to which terminal cables of an impedance meter are connected, and a metal rod. The metal rod has a diameter smaller than that of the cone. The metal rod has a front end connected to the bottom of the cone and a rear end connected to the first contact portion. The outer electrode has an inner diameter smaller than the diameter of the cone and is in the form of a hollow tube accommodating the metal rod. The insulator layer is formed between the inner electrode and the outer electrode to prevent short circuits between the two electrodes. The penetrating rod is in the form of a hollow tube accommodating the outer electrode. The use of the cone penetrometers improves the accuracy and reliability of the measured results. Further, the cone penetrometers can be miniaturized while maintaining high stiffness against buckling.
    • 提供用于测量地面阻抗的锥形透度计。 在一个实施例中,锥形穿透计包括内部电极,外部电极,绝缘体层和穿透杆。 内电极包括锥体,连接有阻抗计的端子电缆的第一接触部分和金属棒。 金属棒的直径小于圆锥体的直径。 金属棒具有连接到锥体的底部的前端和连接到第一接触部分的后端。 外部电极的内径小于锥体的直径,并且是形成容纳金属棒的中空管的形式。 在内部电极和外部电极之间形成绝缘体层,以防止两个电极之间的短路。 穿透杆是容纳外部电极的中空管的形式。 锥形穿透仪的使用提高了测量结果的准确性和可靠性。 此外,锥形贯通计可以小型化,同时保持高刚度抵抗弯曲。
    • 67. 发明申请
    • HARDNESS TESTER WITH INDENTER OF HARD METAL OR COMPOUND AND OSCILLATING CROWN FOR TESTING AT HIGH LOAD AND METHOD OF COMPARATIVE ASSESMENT OF THE HARDNESS/DEPTH PROFILE
    • 硬质金属或复合材料的硬度测试仪和用于高负荷测试的振动试验机和硬度/深度型材比较方法的比较方法
    • US20090107221A1
    • 2009-04-30
    • US11573173
    • 2004-07-02
    • Alfred ErnstErik Ernst
    • Alfred ErnstErik Ernst
    • G01N3/42
    • G01N3/42G01N2203/0098
    • A device for detecting the depth of penetration of the tip of an indenter of a hardness tester has a terminal crown turnable and slantable with respect to a cylindrical body of a reference sleeve, terminating with two spikes extending from diametrically opposed positions of a circular end surface of the terminal crown, the vertexes of which bear on the surface of the piece to be tested. The terminal crown having an end retained within the body of the sleeve and an inner circular surface defining a cuspid along a diameter orthogonal to the diameter of alignment of said two spikes, abutting on a planar circular end surface of the retaining body of the sleeve such to determine a linear or fulcrum abutment along diametrically aligned vertexes of said cuspid. The tester uses an indenter of a hard metal or compound by periodically recalibrating a hardness tester in function of said depth of penetration originally established on a reference sample of known and homogenous hardness. A method of deriving a hardness profile in terms of Vickers points for a certain depth by using the hardness tester is also described.
    • 用于检测硬度计的压头尖端的穿透深度的装置具有相对于基准套筒的圆筒体可转动和倾斜的端子顶端,其终止于从圆形端面的径向相对位置延伸的两个尖峰 的顶端,其顶点承载在待测试件的表面上。 具有保持在套筒主体内的端部的端部冠部和沿着与所述两个钉钉的对准直径正交的直径限定尖端的内圆形表面,该胎冠抵靠在套筒的保持体的平坦的圆形端表面上, 以确定沿所述尖端的沿直线对准的顶点的直线或支点基台。 测试仪使用硬质金属或化合物的压头,通过定期重新校准硬度计,其功能在于原始建立在已知和均匀硬度的参考样品上的渗透深度。 还描述了通过使用硬度计从维氏点得出某一深度的硬度分布的方法。
    • 68. 发明授权
    • Method and apparatus for dynamic impact testing
    • 动态冲击试验方法和装置
    • US07412870B2
    • 2008-08-19
    • US11293030
    • 2005-12-02
    • Anguel S. Brankov
    • Anguel S. Brankov
    • G01N3/48G01N3/32G01N3/42
    • G01N3/303
    • A method and apparatus wherein a material or object to be tested is placed on a base support. A stopper assembly having a stopper tip on one end in contact with the test material or object, and a washer on the opposite end attached to a rod. A projectile is propelled with a selected level of force along the rod and impacts the washer, which transmits the force of impact through the stopper tip to the test material or object. The level of propelling force, the mass of the projectile, the construction of the stopper assembly and the location of impact on the test material or object may be precisely adjusted to simulate real-life impacts.
    • 一种方法和装置,其中待测试的材料或物体放置在基座上。 一种止动器组件,其一端具有与测试材料或物体接触的止动器末端,以及在与杆连接的另一端上的垫圈。 抛射体沿着杆推动选定的力,并冲击垫圈,将冲击力通过止动器尖端传递到测试材料或物体。 可以精确调整推进力的水平,弹丸的质量,塞子组件的构造和对测试材料或物体的影响位置,以模拟现实生活的影响。
    • 69. 发明申请
    • Earthquake disaster prevention system
    • 地震灾害预防系统
    • US20070144242A1
    • 2007-06-28
    • US11640323
    • 2006-12-18
    • Sadayuki MatsumiyaTadao NakayaYuwu Zhang
    • Sadayuki MatsumiyaTadao NakayaYuwu Zhang
    • G01N3/42
    • G01V1/008
    • An earthquake disaster prevention system having: an estimation section to estimate a size of an earthquake from a P-wave of the earthquake detected by the earthquake detector; a stopping control section to control to stop the motion of the operation device when the size of the earthquake estimated by the estimation section exceeds a stopping reference value; a calculation section to calculate at any time the size of the earthquake from the S-wave of the earthquake detected by the earthquake detector; a convergence judgment section to judge convergence of the earthquake by judging whether a predetermined earthquake convergence condition is satisfied from the size of the earthquake calculated by the calculation section; and a resumption control section to resume a predetermined motion of the operation device stopped by the stopping control section when the earthquake is judged to have converged by the convergence judgment section.
    • 一种地震防灾系统,具有:由地震检波器检测到的地震P波估计地震大小的估计部; 停止控制部,其在由所述估计部估计出的地震的大小超过停止基准值时,控制所述操作装置的动作停止; 一个计算部分,随时计算地震检测仪检测到的地震S波的大小; 收敛判定部,通过从所述计算部计算出的地震的大小判断是否满足预定的地震收敛条件来判断地震的收敛; 以及恢复控制部分,当判断出地震被会聚判断部分收敛时,恢复由停止控制部分停止的操作装置的预定运动。
    • 70. 发明申请
    • Ball penetrometer for soft soils testing
    • 用于软土测试的球形透度计
    • US20070125158A1
    • 2007-06-07
    • US10593546
    • 2005-02-25
    • Patrick KelleherStephen PayorJames Shiels
    • Patrick KelleherStephen PayorJames Shiels
    • G01N3/42G01N33/24E02D1/00E21B49/00
    • E21B49/006E02D1/022E21B49/001G01N3/064G01N3/42G01N2203/0082
    • A ball penetrometer probe for in situ measurement of soft soil properties, particularly in the seabed, comprises a spherical body and slender shaft assembly, and either individually or in combination, an anti-friction sleeve enclosing the shaft and/or a peripheral porous ring on the spherical body with connecting internal passages through the shaft assembly, the shaft being adapted to attach to an electronic transducer module. The ball penetrometer is deployed to penetrate the soil bed, to continuously measure the soil bearing forces resisting penetration and withdrawal of the ball, to optionally measure the pore water pressure of the soil in contact with the ball and to transmit the measurement data from the probe to a remote operating station, either by wireless means such as an acoustic transducer or via a wired electrical connection.
    • 用于原位测量软土特性的球形透度计探头,特别是在海底,包括球体和细长轴组件,并且单独地或组合地包括围绕轴和/或外围多孔环的抗摩擦套筒 所述球形体具有通过所述轴组件的连接内部通道,所述轴适于附接到电子换能器模块。 球贯通计量器被部署以穿透土壤床,以连续测量抵抗球的渗透和退出的土壤承载力,以可选地测量与球接触的土壤的孔隙水压力并将测量数据从探针 通过诸如声换能器之类的无线装置或通过有线电连接到远程操作站。