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    • 3. 发明授权
    • Apparatus and method for measuring viscoelastic properties of materials
    • 用于测量材料粘弹性的装置和方法
    • US4601195A
    • 1986-07-22
    • US722150
    • 1985-04-11
    • Ronald F. Garritano
    • Ronald F. Garritano
    • G01N11/14G01N11/00G01N11/10G01N19/00
    • G01N11/10
    • Apparatus and method for measuring the viscous component and the elastic component of forces within a viscoelastic test specimen placed in shear, the test specimen being coupled to a platen having a rest position, the platen being displaceable from the rest position rotationally and axially relative to a fixed axis in response to rotational and axial forces exerted by the test specimen upon the platen as a result of the viscous component and the elastic component, the apparatus and method including an arrangement of component parts and a plurality of steps for establishing a rotational counterforce for balancing the rotational force on the platen and simultaneously establishing an axial counterforce for balancing the axial force on the platen to maintain the platen at the rest position, and indicating the magnitude of the counterforces necessary to maintain the platen at the rest position, whereby the viscous component and the elastic component of forces are measured at zero compliance.
    • 用于测量放置在剪切中的粘弹性测试样本中的粘性组分和力的弹性分量的装置和方法,所述测试样本被联接到具有静止位置的压板,所述压板可相对于所述静态位置旋转地和轴向地从所述静止位置移位 由于粘性部件和弹性部件的结果,响应于由试样施加在压板上的旋转和轴向力的固定轴线,该装置和方法包括组成部件的布置和用于建立旋转反作用力的多个步骤 平衡压板上的旋转力并且同时建立用于平衡压板上的轴向力的轴向反作用力以将压板保持在静止位置,并且指示将压板保持在静止位置所需的抵抗力的大小,由此粘性 部件和力的弹性分量以零顺应度测量 。
    • 4. 发明授权
    • Viscosity and elasticity of a fluid
    • 液体的粘度和弹性
    • US4468953A
    • 1984-09-04
    • US400683
    • 1982-07-22
    • Ronald F. Garritano
    • Ronald F. Garritano
    • G01N11/14G01N11/10
    • G01N11/14
    • Disclosed herein is a torsion tube apparatus for making on-line measurements of the viscosity and elasticity of a fluid. The apparatus includes a housing member, an outer cylinder having one end rotatably mounted with respect to the housing member, and a motor for rotating this outer cylinder. An elongated torsion tube is mounted concentrically within and spaced from the outer cylinder and has one end fixed to the housing member, with its other end freely disposed within the cylinder for torsional movement with respect to the fixed end. Therefore, an annular void is defined between the tube and cylinder. Fluid may be introduced through a conduit into the interior of the cylinder for flow therethrough and discharge therefrom, such that rotating motion of the fluid caused by rotation of the cylinder exerts a torsional force directly on the outer surface of the tube. A torsion indicating shaft extends concentrically through the tube, having its one end fixed to the free end of the tube. An indicator is fixed to the other end of the shaft. Accordingly, torsional force on the tube provides the sole source of rotative movement of the shaft that is detected by the indicator. The assembly provides a smooth axial path for the fluid which flows through the annular void between the outer cylinder and tube.
    • 本文公开了一种用于在线测量流体的粘度和弹性的扭转管装置。 该装置包括壳体构件,具有相对于壳体构件可旋转地安装的一端的外筒和用于旋转该外筒的马达。 细长的扭转管同心地安装在外筒内并与外筒间隔开,并且其一端固定到壳体构件,其另一端自由地设置在气缸内,用于相对于固定端的扭转运动。 因此,在管和气缸之间限定环形空隙。 流体可以通过导管引入气缸的内部,用于流过其中并从中排出,使得由气缸的旋转引起的流体的旋转运动在管的外表面上直接施加扭转力。 扭转指示轴同心地延伸穿过管,其一端固定在管的自由端。 指示器固定在轴的另一端。 因此,管上的扭转力提供由指示器检测到的轴的旋转运动的唯一来源。 该组件为流过外筒和管之间的环形空隙的流体提供了平滑的轴向路径。
    • 5. 发明授权
    • Wide range dynamic rheometer
    • 宽范围动态流变仪
    • US06931915B2
    • 2005-08-23
    • US10459056
    • 2003-06-10
    • Ronald F. GarritanoJohn P. BertingPaul G. Mode
    • Ronald F. GarritanoJohn P. BertingPaul G. Mode
    • G01N11/14G01N11/00
    • G01N11/14G01N2011/0013G01N2011/002
    • A rheometer includes a holder assembly for coupling a test specimen to a motor assembly to effect rotational strain in the test specimen while enabling the determination of axial displacement effected by the test specimen normal to the direction of the rotational strain, the holder assembly having a first member coupled to the test specimen, a second member coupled to the motor assembly, and a suspension arrangement coupling the first member with the second member for simultaneous maximum resistance to relative rotational displacement between the first and second members and minimum resistance to relative axial displacement between the first and second members. Information pertaining to the axial displacement, and to the temperature of the test specimen, is obtained through measuring circuits which include sensors placed in moving component parts of the rheometer and is delivered to an external processor through information transmission systems which include an induction arrangement for transmitting the information while maintaining the desired minimum resistance to the relative axial displacement. Power is delivered to the measuring circuits through a power transfer system which includes a similar induction arrangement.
    • 流变仪包括用于将测试样品耦合到电动机组件以在试样中产生旋转应变的保持器组件,同时能够确定垂直于旋转应变方向的试样产生的轴向位移,保持器组件具有第一 耦合到测试样本的构件,联接到马达组件的第二构件和将第一构件与第二构件联接的悬挂装置,用于同时最大阻力抵抗第一构件与第二构件之间的相对旋转位移, 第一和第二成员。 通过测量电路获得关于轴向位移和测试样本的温度的信息,该测量电路包括放置在流变仪的移动部件中的传感器,并通过信息传输系统传送到外部处理器,该信息传输系统包括用于发送的感应装置 同时保持对相对轴向位移的期望的最小阻力的信息。 电力通过包括类似感应装置的电力传输系统传送到测量电路。
    • 7. 发明授权
    • System and method for dynamically controlling operation of rheometric instruments
    • 用于动态控制流变仪的操作的系统和方法
    • US07607098B2
    • 2009-10-20
    • US10643879
    • 2003-08-20
    • Peter Mark GrehlingerRonald F. GarritanoJohn P. Berting
    • Peter Mark GrehlingerRonald F. GarritanoJohn P. Berting
    • G06F3/00G01N11/00
    • G06F8/34G01N2011/0006
    • System and methods are described for dynamically controlling operation of a rheometer. A program is created on a programming interface for executing a test upon a sample in a rheometer by receiving user selections of a plurality of nodes and connections of each node to another node according to directional connection indicators. Nodes indicate steps for performing a test upon a sample or configuring a rheometer for performing a test upon a sample. Scripts are created for generating a sequence of instructions to the rheometer. The scripts include instructions for performing steps indicated by each of the selected nodes and in accordance with the directional connection indicators. Low-level instructions are downloaded from the scripts for execution in the rheometer, and drivers in the rheometer are instructed for performing the downloaded instructions.
    • 描述了用于动态地控制流变仪的操作的系统和方法。 在编程接口上创建一个程序,用于根据方向性连接指示器,通过接收多个节点的用户选择和每个节点与另一个节点的连接,来对流变仪中的样本进行测试。 节点指示对样品进行测试或配置用于对样品进行测试的流变仪的步骤。 创建脚本来生成流变仪的指令序列。 脚本包括用于执行由每个所选节点指示的步骤并根据定向连接指示符的指令。 从脚本下载低级指令,以便在流变仪中执行,并指示流变仪中的驱动程序执行下载的指令。
    • 8. 发明授权
    • On-line rheological measurement for process control
    • 过程控制在线流变学测量
    • US06182503B2
    • 2001-02-06
    • US09346255
    • 1999-07-01
    • Paul G. ModeRonald F. Garritano
    • Paul G. ModeRonald F. Garritano
    • G01N1108
    • G01N11/08G01N33/442Y10T137/2562Y10T137/2579
    • On-line rheological measurements are made on a process flowing material, such as a polymer melt, utilizing a rheometer of the type in which an inlet pump delivers a relatively large volumetric flow of diverted process material from a process main stream to an inlet site located in very close proximity to the entrance of a capillary passage, and a metering pump draws a smaller portion of the volumetric flow of the diverted material from the inlet site through the capillary passage for return to the process main stream. The viscosity of the diverted material is measured as a function of the rate of flow of the material through the capillary passage and the pressure drop between spaced apart locations along the capillary passage. A parallel flow passage has a volumetric flow capacity considerably greater than the volumetric flow capacity of the capillary passage, an inlet placed at the inlet site, in very close proximity with the entrance of the capillary passage, and an outlet placed downstream of the metering pump. A parallel flow pump in the parallel flow passage moves the balance of the volumetric flow of diverted material from the inlet site for return to the process main stream to assure a continuous supply of fresh diverted material at the entrance to the capillary passage.
    • 在线流变学测量在诸如聚合物熔体的工艺流动材料上进行,其使用流变仪,其中入口泵将转移的工艺材料的相对大的体积流从过程主流输送到位于 在非常接近毛细管通道的入口处,并且计量泵从引入部位通过毛细通道抽取转向材料的体积流量的较小部分以返回到过程主流。 根据通过毛细通道的材料的流动速率和沿着毛细通道的间隔开的位置之间的压降,测量转向材料的粘度。 平行流通道的体积流量明显大于毛细通道的体积流量,入口处的入口与毛细管通道的入口非常接近,并且位于计量泵下游的出口 。 平行流动通道中的平行流动泵将转移材料的体积流量的平衡从入口位置移动以返回到过程主流,以确保在毛细管通道的入口处连续供应新鲜的转向材料。
    • 10. 发明授权
    • Method and apparatus for analyzing samples using nuclear magnetic
resonance
    • 使用核磁共振分析样品的方法和装置
    • US5397987A
    • 1995-03-14
    • US25586
    • 1993-03-03
    • Ronald F. Garritano
    • Ronald F. Garritano
    • G01R33/31G01R33/44G01V3/00
    • G01R33/31G01R33/44
    • A magnetic resonance analyzing apparatus includes a sampling region; a first temperature stabilization assembly for maintaining the sampling region at a predetermined temperature; a magnet for applying a base magnetic field to the sampling region; a coil for applying a first 0.degree. phase excitation pulse to the sampling region at a first time, and a second 90.degree. phase offset excitation pulse to the sampling region at a second time corresponding substantially to an end of a first time period during which an output signal emitted from the sample as a result of the first excitation pulse can not be detected; a detector for detecting the output signal in response to the excitation pulses; a computer for forming a free induction decay (FID) curve from the output signal, starting from a third time corresponding substantially to an end of a second time period during which an output signal emitted from the sample as a result of the second excitation pulse can not be detected, separating the FID curve into a Gaussian (crystallinity) curve, exponential (amorphous) curve, and intermediate (combination of crystallinity and amorphous) curve, and determining a characteristic of the sample in correspondence with y-axis intercepts of at least one of the Gaussian, exponential, intermediate and FID curves; and a second temperature stabilization assembly for controlling the temperature of the sample at the predetermined temperature prior to entering the sampling region.
    • 磁共振分析装置包括采样区域; 用于将采样区域保持在预定温度的第一温度稳定组件; 用于将基极磁场施加到采样区域的磁体; 用于在第一时间向采样区域施加第一0°相位激励脉冲的线圈和第二时间对应于采样区域的第二90°相位偏移激励脉冲,其基本上对应于第一时间段的结束,在第一时间段期间, 作为第一激励脉冲的结果从样本发射的输出信号不能被检测到; 响应激励脉冲检测输出信号的检测器; 用于从输出信号形成自由感应衰减(FID)曲线的计算机,从基本上对应于基本上到第二时间段的结束的第三时间开始,在第二时间段期间,作为第二激励脉冲的结果,从样本发射的输出信号可以 没有检测到,将FID曲线分离成高斯(结晶度)曲线,指数(非晶态)曲线和中间体(结晶度和非晶态组合)曲线,并且确定与至少至少的y轴截距对应的样品的特征 高斯,指数,中间和FID曲线之一; 以及第二温度稳定组件,用于在进入采样区域之前控制样品在预定温度下的温度。