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    • 51. 发明授权
    • Apparatus for microindentation hardness testing and surface imaging
incorporating a multi-plate capacitor system
    • 用于微压痕硬度测试和表面成像的装置,包括多板电容器系统
    • US6026677A
    • 2000-02-22
    • US965332
    • 1997-11-06
    • Wayne A. Bonin
    • Wayne A. Bonin
    • G01G7/06G01N3/42G01P15/125G01B5/28
    • G01G7/06B82Y35/00G01N3/42G01P15/125G01Q60/366G01N2203/0051G01N2203/0623Y10S977/872
    • A force, weight or position sensor unit and sensor element incorporated into an apparatus for microindentation hardness testing and surface imaging which allows immediate imaging of the surface subsequent to hardness testing. The sensor uses a multi-capacitor system having drive and pick-up plates mounted on an appropriate suspension system to provide the desired relative motion when a force is applied to the pick-up plate. The output signal is run through a buffer amplifier and synchronously demodulated to produce a signal proportional to force or displacement. The sensor element is mounted on a scanning tunneling microscope base and a sample mounted on the sensor. The force sensor is used for both measuring the applied force during microindentation or micro hardness testing and for imaging before and after the testing to achieve an atomic force microscope type image of the surface topography before and after indentation testing.
    • 力,重量或位置传感器单元和传感器元件结合到用于微压痕硬度测试和表面成像的装置中,其允许在硬度测试之后立即对表面进行成像。 该传感器使用多电容器系统,其具有安装在合适的悬挂系统上的驱动和拾取板,以在向拾取板施加力时提供期望的相对运动。 输出信号通过缓冲放大器运行并同步解调,以产生与力或位移成比例的信号。 传感器元件安装在扫描隧道显微镜底座和安装在传感器上的样品上。 力传感器用于在微压痕或显微硬度测试期间测量施加的力,并用于测试前后的成像,以实现压痕测试前后的表面形貌的原子力显微镜型图像。
    • 53. 发明授权
    • Device for sensing food weight in a microwave oven
    • 用于在微波炉中感测食物重量的装置
    • US5712451A
    • 1998-01-27
    • US462288
    • 1995-06-05
    • Jong Cheol Lee
    • Jong Cheol Lee
    • G01G3/00F24C7/02G01G7/06G01G19/52G01G19/56H05B6/64H05B6/80G01G3/14H05B1/02H05B6/50
    • H05B6/6411G01G19/56G01G7/06H05B6/6464
    • A device for sensing food weight in a microwave oven includes a bracket formed into one body and mounted with a motor assembly having a motor axis, a movable electrode plate fixed to an extending piece separated from the bottom of the bracket and a printed circuit board in which a fixed electrode plate is printed. The printed circuit board is inserted in a space formed between the bottom of the bracket and the movable electrode plate. An initial food weight is set by varying an overlapping area of the movable electrode plate and the fixed electrode plate. The food weight is sensed by using the distance variation between the movable electrode plate and the fixed electrode plate. Since no weight is applied to the printed circuit board, the deformation and the destruction of the printed circuit board is prevented. Further, the distance between the fixed electrode plate and the movable electrode plate may be maintained constantly.
    • 用于感测微波炉中的食物的装置包括形成为一体并且安装有具有电动机轴的电动机组件的支架,固定到与支架的底部分离的延伸件的可动电极板和印刷电路板 打印固定电极板。 印刷电路板插入形成在托架的底部和可动电极板之间的空间中。 通过改变可动电极板和固定电极板的重叠区域来设定初始食物重量。 通过使用可动电极板和固定电极板之间的距离变化来感测食物重量。 由于不对印刷电路板施加重量,因此可以防止印刷电路板的变形和破坏。 此外,固定电极板和可动电极板之间的距离可以恒定地保持。
    • 57. 发明授权
    • Silicon membrane micro-scale
    • 硅膜微尺度
    • US4960177A
    • 1990-10-02
    • US201881
    • 1988-06-03
    • James W. Holm-KennedyDonald K. Umemoto
    • James W. Holm-KennedyDonald K. Umemoto
    • G01G7/06G01L1/14G01L1/18
    • G01L1/148G01G7/06G01L1/18
    • This invention relates to force responsive transducers and more particularly concerns a micromachined, solid state micro-scale. The device consists of a central silicon platorm surrounded and supported by a thin silicon membrane. The silicon substrate is placed over an aluminum pad recessed into a well on a supporting glass substrate. The micro-scale responds to a static method of measuring force, similar to a spring scale. A gravitational acceleration vector acting on a mass placed onto the device produces a force known as weight. The weight mechanically displaces the silicon platform and membrane which is transduced to an electrical signal where a change in capacitance is measured. Geometry of the silicon platform, membrane and glass well depth may be used to affect the linearity, sensitivity and range of measurement of the micro-scale.
    • 本发明涉及力响应传感器,并且更具体地涉及微加工的固态微尺度。 该装置由被薄的硅膜包围和支撑的中心硅板。 将硅衬底放置在凹入到支撑玻璃衬底上的阱中的铝垫上。 微尺度响应于静态的测量力的方法,类似于弹簧秤。 作用在放置在设备上的质量块上的重力加速度矢量产生称为重量的力。 该重量将硅平台和膜机械地移位,该平台和膜被传导到测量电容变化的电信号。 硅平台的几何形状,膜和玻璃深度可用于影响微尺度的线性度,灵敏度和测量范围。
    • 59. 发明授权
    • Transmitter with an improved span adjustment
    • 变送器具有改进的量程调整
    • US4748852A
    • 1988-06-07
    • US917790
    • 1986-10-10
    • Roger L. Frick
    • Roger L. Frick
    • G01D3/02G01G7/06G01G23/01G01L9/12
    • G01G23/01G01D3/021G01G7/06G01L9/12
    • A transmitter senses a process variable and provides a two-wire output adjusted by a span adjustment. The transmitter has a sensor which senses the process variable and provides a sensor signal. An output circuit provides a two-wire output representative of the sensed process variable. A span-controlling circuit is coupled between the sensor and the output circuit and receives a span adjustment. The span-controlling circuit includes an amplifier coupled to a potentiometer which adjusts the span based on the span adjustment. The wiper of the potentiometer is connected to the amplifier output so that one portion of the potentiometer resistance provides feedback from the amplifier output to the amplifier input. A second portion of the potentiometer resistance is coupled between the amplifier output and the output circuit. Both portions of resistance affect both the span and the resolution of the output. The arrangement provides an improved resolution over a wide turn-down-ratio.
    • 变送器检测过程变量,并提供通过量程调整调整的双线输出。 发射器具有感测过程变量并提供传感器信号的传感器。 输出电路提供表示所感测的过程变量的双线输出。 跨距控制电路耦合在传感器和输出电路之间,并接收跨距调整。 跨距控制电路包括耦合到电位器的放大器,其根据跨度调节来调整跨度。 电位计的擦拭器连接到放大器输出端,使电位器电阻的一部分提供从放大器输出到放大器输入的反馈。 电位器电阻的第二部分耦合在放大器输出和输出电路之间。 电阻的两个部分影响输出的跨度和分辨率。 该设置提供了一个改进的解决方案,在很大的降低比率。
    • 60. 发明授权
    • Scale
    • 规模
    • US4646859A
    • 1987-03-03
    • US735503
    • 1985-05-17
    • James M. Stuart
    • James M. Stuart
    • G01G7/06G01G21/24G01G21/10G01G3/14
    • G01G7/06G01G21/24
    • A scale comprising a stationary frame assembly, platform means arranged to move vertically upon receipt of some material thereon and at least one movable beam assembly, each movable beam assembly being coupled to the stationary frame assembly by a force sensing means which resists downward movement of the platform. The platform is coupled to the beam assemblies that are movable, and each movable beam assembly has a section for supporting a displacement sensing means thereon. Most preferably the displacement sensing means is an electronic sensing means adapted to move substantially horizontally for detecting movement of the movable beam assemblies that is transmitted through the platform means when the material is placed on said platform means, and said electronic sensing means produces a signal indicative of the weight of said material.
    • 包括固定框架组件的平台,平台装置,其布置成在其上接收到一些材料时垂直移动,以及至少一个可移动梁组件,每个可移动梁组件通过力传感装置联接到固定框架组件,该力传感装置抵抗 平台。 平台联接到可移动的梁组件,并且每个可移动梁组件具有用于在其上支撑位移感测装置的部分。 最优选地,位移感测装置是适于基本上水平地移动的电子感测装置,用于当材料放置在所述平台装置上时检测通过平台装置传播的可移动束组件的移动,并且所述电子感测装置产生指示信号 的所述材料的重量。