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
    • 3. 发明申请
    • FLEXURAL PIVOT FOR MICRO-SENSORS
    • 用于微型传感器的柔性传感器
    • WO2009043032A1
    • 2009-04-02
    • PCT/US2008/078168
    • 2008-09-29
    • ENDEVCO CORPORATIONWILNER, Leslie, Bruce
    • WILNER, Leslie, Bruce
    • G01P3/00
    • G01L1/2218G01P15/0888G01P15/123G01P2015/0831
    • A micro-sensor is provided with a fixed reference frame and an elastic pivot. The elastic pivot has at least two co-axial segments of pivot and is coupled to the fixed reference frame. The elastic pivot has a neutral axis that is a central line of the pivot. A moveable body is coupled to the elastic pivot and the reference frame. The moveable body and the reference frame share a reference surface. The moveable body extends between the two co-axial segments to provide that for a rotation of the moveable body about the pivot the moveable body approaches the reference surface at a first side, and recedes from the reference surface from an opposite side to provide an opening gap and a closing gap. The neutral axis is below the reference surface.
    • 微传感器设置有固定的参考框架和弹性枢轴。 弹性枢轴具有至少两个枢轴的同轴段,并且连接到固定的参考系。 弹性枢轴具有作为枢轴的中心线的中性轴线。 可移动主体联接到弹性枢轴和参考框架。 可移动体和参考框架共享参考面。 可移动体在两个同轴段之间延伸以提供可移动体围绕枢轴旋转的可动体在第一侧接近参考表面,并从参考表面从相对侧后退以提供开口 差距和缩小差距。 中性轴低于参考面。
    • 4. 发明申请
    • HIGHLY SENSITIVE PIEZORESISTIVE ELEMENT
    • 高灵敏度的PIEZORESISTIVE元素
    • WO2008043061A2
    • 2008-04-10
    • PCT/US2007/080547
    • 2007-10-05
    • ENDEVCO CORPORATIONWILNER, Leslie, Bruce
    • WILNER, Leslie, Bruce
    • G01L1/22H01C17/00
    • G01L1/2293G01L1/18Y10T29/49103
    • A mechanical-to-electrical sensing structure has first and second movable blocks formed in a handle layer. A first hinge is coupled to the first and second movable blocks and configured to resist loads other than flexing of the first hinge. The first hinge is formed in the handle layer. A first gauge is separated from the first hinge and aligned to provide that a moment tending to rotate one of the first or second blocks relative to the other about the first hinge applies a tensile or compressive force along a length of the first gauge. The first gauge is formed from a device layer with an oxide between the device and handle layers. The sensing structure is made from an SOI wafer, and the first gauge is protected during an etching away of handle material beneath the first gauge by an oxide between the device and handle layers and an etch-resistant oxide or nitride on exterior surfaces of the first gauge.
    • 机械到电感测结构具有形成在手柄层中的第一和第二可移动块。 第一铰链联接到第一和第二可移动块并且构造成抵抗除了第一铰链的弯曲之外的载荷。 第一铰链形成在手柄层中。 第一仪表与第一铰链分离并对齐以提供趋向于使第一或第二块之一相对于第一铰链围绕第一铰链旋转的力矩沿着第一量规的长度施加拉伸或压缩力。 第一规格由装置层和手柄层之间的氧化物的器件层形成。 感测结构由SOI晶片制成,并且在第一规格下方的手柄材料的蚀刻之前,第一规格由器件和手柄层之间的氧化物和第一表面的外表面上的抗蚀刻氧化物或氮化物进行保护 测量。
    • 6. 发明申请
    • COUPLED PIVOTED ACCELERATION SENSORS
    • 耦合的辅助加速度传感器
    • WO2009120807A2
    • 2009-10-01
    • PCT/US2009/038303
    • 2009-03-25
    • ENDEVCO CORPORATIONWILNER, Leslie, Bruce
    • WILNER, Leslie, Bruce
    • G01P15/12
    • G01P15/0888G01P15/123
    • A pivoted acceleration sensor has a substrate that is substantially parallel to first and second surfaces. A reference frame is provided. A first unbalanced seismic mass is suspended within the reference frame and is coupled with the reference frame through first and second strain gauges. The first and second strain gauges are located along a pivot axis of the first unbalanced seismic mass. The first and second strain gauges are first and second piezoresistors on the first surface of the substrate. A second unbalanced seismic mass is flexibly coupled with the first unbalanced seismic mass. The second unbalanced seismic mass is suspended within the reference frame and is coupled with the reference frame through third and fourth strain gauges. The third and fourth strain gauges are located along a pivot axis of the second unbalanced seismic mass. The third and fourth strain gauges are third and fourth piezoresistors on the first surface of the substrate. Metallization on the first surface of the substrate is configured to connect the first, second, third and fourth piezoresistors in a bridge configuration without crossovers.
    • 枢转式加速度传感器具有基本平行于第一和第二表面的基板。 提供了一个参考框架。 第一不平衡震动质量块悬挂在参考框架内并通过第一和第二应变仪与参考框架耦合。 第一和第二应变仪沿着第一不平衡质量块的枢轴定位。 第一和第二应变仪是基板第一表面上的第一和第二压电电阻器。 第二个不平衡震动块与第一个不平衡震动块灵活耦合。 第二不平衡质量块悬挂在参考框架内,并通过第三和第四应变仪与参考框架耦合。 第三和第四应变仪沿着第二不平衡质量块的枢转轴线定位。 第三和第四应变片是基片第一表面上的第三和第四压电电阻器。 衬底的第一表面上的金属化被配置为在没有交叉的桥配置中连接第一,第二,第三和第四压电电阻。
    • 7. 发明申请
    • PIEZORESISTIVE STRAIN CONCENTRATOR
    • PIEZORESISTIVE应变浓缩器
    • WO2006060452A2
    • 2006-06-08
    • PCT/US2005/043259
    • 2005-11-29
    • ENDEVCO CORPORATIONWILNER, Leslie, Bruce
    • WILNER, Leslie, Bruce
    • G01L1/22
    • G01L1/2231G01L9/0042G01L9/0054G01L19/141
    • A piezoresistive strain concentrator that converts mechanical movement into electrical output and a process for fabricating the concentrator are provided. The device includes a strain sensing structure composed of a piezoresistive strain sensitive element that spans a gap in a substrate. The strain sensing structure is supported on a strain concentrating structure also spanning the gap that has vertical walls extending to a cross-section at the base of the gap, both structures being etched from the substrate. The structure of the strain-concentrating support for the strain sensitive element is fabricated by deep reactive ion etch (DRIE). The strain sensing structure has an increased sensitivity, a low gage factor and an increased resistance to buckling and fracture compared to previous strain gage structures. Several of the strain sensing structures can be connected in a sequence in a bridge circuit.
    • 提供了将机械运动转换成电输出的压阻应变集中器和用于制造集中器的工艺。 该装置包括应变感测结构,其由跨越衬底中的间隙的压阻应变敏感元件组成。 应变感测结构支撑在应变集中结构上,该应变集中结构也跨越间隙,该间隙具有延伸到间隙底部横截面的垂直壁,两个结构都从基板上蚀刻。 通过深反应离子蚀刻(DRIE)制造应变敏感元件的应变集中支撑体的结构。 与以前的应变计结构相比,应变感测结构具有增加的灵敏度,低的量规因子和增加的抵抗和断裂的抗性。 应变感测结构中的几个可以以桥式电路中的顺序连接。
    • 8. 发明申请
    • DIFFERENTIAL CAPACITIVE TRANSDUCER AND METHOD
    • 差分电容式传感器和方法
    • WO1989008847A1
    • 1989-09-21
    • PCT/US1989000988
    • 1989-03-13
    • ENDEVCO CORPORATION
    • ENDEVCO CORPORATIONWILNER, Leslie, Bruce
    • G01P15/125
    • G01P15/125Y10T29/435
    • A differential variable capacitance acceleration sensor includes a sandwich structure having three stacked plates (10, 40, 60) of silicon with the center plate (10) mounted such that its center portion (12) is enabled to move in a sealed cavity with each side thereof moving toward and away from a fixed cooperating plate forming the opposite side of a capacitive circuit. The center portion (12) or mass of the center plate (10) is suspended from its rim (14) by means of a large number of integral fingers (18, 20) extending from the rim (14) to the top and bottom surfaces of the center portion (12). This center mass (12) includes a number of through holes (16) to permit the passage of air from one side to the other and may also include grooves to aid in the flow of air. The fixed top plate or lid (40) and the base (60) also have, or may have, grooves (46, 66) to assist in the passage of air. An alternative embodiment includes a smaller number of more compliant fingers (108) to provide a more compliant structure. A number of spaced stops (48, 68) are provided in the lid and based to overcome electrostatic and pneumatic latch up. The method of forming the individual parts is also taught.