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
    • 1. 发明申请
    • TORQUE INSENSITIVE HEADER ASSEMBLY
    • 扭矩敏感头组件
    • US20120318068A1
    • 2012-12-20
    • US13595057
    • 2012-08-27
    • ANTHONY D. KURTZAdam KaneBoaz Kochman
    • ANTHONY D. KURTZAdam KaneBoaz Kochman
    • G01L9/06G01L7/08
    • G01L7/08G01L9/0051G01L9/0055G01L9/06
    • There is disclosed a high pressure sensing header which is relatively insensitive to mounting torque. The header comprises an outer torque isolating shell which surrounds an inner “H” section header. The inner “H” section header has a thick diaphragm and is surrounded by the torque isolating shell which is secured to the “H” section header at a peripheral flange of the “H” section header. In this manner when the header is installed, the installation force is absorbed by the outer shell and there is no installation force or torque exhibited by the inner “H” section which will respond only to stress due to pressure. The torque isolating shell also contains a top surface which has a counterbore that accommodates a crush ring. When the unit is installed, the crush ring is crushed against an installation wall to enable the inner header to receive pressure without experiencing significant installation force.
    • 公开了一种对安装扭矩相对不敏感的高压感测头。 头部包括围绕内部H部分头部的外部扭矩隔离壳体。 内部H部分头部具有厚的隔膜,并被扭矩隔离壳围绕,该扭矩隔离壳体在H部分头部的周边凸缘处固定到H部分头部。 以这种方式,当安装头部时,安装力被外壳吸收,并且没有由内部H部分表现出的安装力或扭矩,其仅响应于由于压力引起的应力。 扭矩隔离壳体还包括具有容纳压溃环的沉孔的顶表面。 当装置安装时,挤压环被压在安装壁上,以使内部集管接收压力,而不会受到显着的安装力。
    • 2. 发明申请
    • Torque insensitive header assembly
    • 扭矩不敏感头部组件
    • US20100275696A1
    • 2010-11-04
    • US12387548
    • 2009-05-04
    • Anthony D. KurtzAdam KaneBoaz Kochman
    • Anthony D. KurtzAdam KaneBoaz Kochman
    • G01L7/08
    • G01L7/08G01L9/0051G01L9/0055G01L9/06
    • There is disclosed a high pressure sensing header which is relatively insensitive to mounting torque. Essentially the header consists of an outer torque isolating shell which has a “C” shaped cross section with the cylindrical shell surrounding an inner “H” section header. The inner “H” section header has a thick diaphragm and is surrounded by the torque isolating shell which is secured to the “H” section header at a peripheral flange of the “H” section header. In this manner when the header is installed, the installation force is absorbed by the outer shell and there is no installation force or torque exhibited by the inner “H” section which will respond only to stress due to pressure. The torque isolating shell also contains a top surface which has a counterbore which can accommodate a crush ring, and when the unit is installed, the crush ring is forced or crushed against an installation wall to enable the inner header to receive pressure without experiencing any significant installation force.
    • 公开了一种对安装扭矩相对不敏感的高压感测头。 基本上,集管由外部扭矩隔离壳体组成,外壳具有“C”形截面,圆柱形壳体围绕内部“H”部分集管。 内部“H”部分头部具有厚的隔膜,并且被扭矩隔离壳围绕,该扭矩隔离壳体在“H”部分头部的周边凸缘处固定到“H”部分头部。 以这种方式,当安装头部时,安装力被外壳吸收,并且内部“H”部分没有表现出的安装力或扭矩,该内部“H”部分将只响应于压力引起的应力。 扭矩隔离壳体还包括具有可容纳压溃环的沉孔的顶表面,并且当安装该单元时,挤压环被迫或压在安装壁上,以使内部集管容纳压力,而不会经历任何显着的 安装力。
    • 3. 发明授权
    • Torque insensitive header assembly
    • 扭矩不敏感头部组件
    • US08286495B2
    • 2012-10-16
    • US13010837
    • 2011-01-21
    • Anthony D. KurtzAdam KaneBoaz Kochman
    • Anthony D. KurtzAdam KaneBoaz Kochman
    • G01L9/06
    • G01L7/08G01L9/0051G01L9/0055G01L9/06
    • There is disclosed a high pressure sensing header which is relatively insensitive to mounting torque. The header comprises an outer torque isolating shell which surround an inner “H” section header. The inner “H” section header has a thick diaphragm and is surrounded by the torque isolating shell which is secured to the “H” section header at a peripheral flange of the “H” section header. In this manner when the header is installed, the installation force is absorbed by the outer shell and there is no installation force or torque exhibited by the inner “H” section which will respond only to stress due to pressure. The torque isolating shell also contains a top surface which has a counterbore that accommodates a crush ring. When the unit is installed, the crush ring is crushed against an installation wall to enable the inner header to receive pressure without experiencing significant installation force.
    • 公开了一种对安装扭矩相对不敏感的高压感测头。 头部包括围绕内部H部分头部的外部扭矩隔离壳体。 内部H部分头部具有厚的隔膜,并被扭矩隔离壳围绕,该扭矩隔离壳体在H部分头部的周边凸缘处固定到H部分头部。 以这种方式,当安装头部时,安装力被外壳吸收,并且没有由内部H部分表现出的安装力或扭矩,其仅响应于由于压力引起的应力。 扭矩隔离壳体还包括具有容纳压溃环的沉孔的顶表面。 当装置安装时,挤压环被压在安装壁上,以使内部集管接收压力,而不会受到显着的安装力。
    • 5. 发明申请
    • TORQUE INSENSITIVE HEADER ASSEMBLY
    • 扭矩敏感头组件
    • US20110113890A1
    • 2011-05-19
    • US13010837
    • 2011-01-21
    • ANTHONY D. KURTZAdam KaneBoaz Kochman
    • ANTHONY D. KURTZAdam KaneBoaz Kochman
    • G01L9/06G01L7/08
    • G01L7/08G01L9/0051G01L9/0055G01L9/06
    • There is disclosed a high pressure sensing header which is relatively insensitive to mounting torque. The header comprises an outer torque isolating shell which surround an inner “H” section header. The inner “H” section header has a thick diaphragm and is surrounded by the torque isolating shell which is secured to the “H” section header at a peripheral flange of the “H” section header. In this manner when the header is installed, the installation force is absorbed by the outer shell and there is no installation force or torque exhibited by the inner “H” section which will respond only to stress due to pressure. The torque isolating shell also contains a top surface which has a counterbore that accommodates a crush ring. When the unit is installed, the crush ring is crushed against an installation wall to enable the inner header to receive pressure without experiencing significant installation force.
    • 公开了一种对安装扭矩相对不敏感的高压感测头。 头部包括围绕内部“H”部分头部的外部扭矩隔离壳体。 内部“H”部分头部具有厚的隔膜,并且被扭矩隔离壳围绕,该扭矩隔离壳体在“H”部分头部的周边凸缘处固定到“H”部分头部。 以这种方式,当安装头部时,安装力被外壳吸收,并且内部“H”部分没有表现出的安装力或扭矩,该内部“H”部分将只响应于压力引起的应力。 扭矩隔离壳体还包括具有容纳压溃环的沉孔的顶表面。 当装置安装时,挤压环被压在安装壁上,以使内部集管接收压力,而不会受到显着的安装力。
    • 6. 发明授权
    • Torque insensitive header assembly
    • 扭矩不敏感头部组件
    • US07878069B2
    • 2011-02-01
    • US12387548
    • 2009-05-04
    • Anthony D. KurtzAdam KaneBoaz Kochman
    • Anthony D. KurtzAdam KaneBoaz Kochman
    • G01L9/06
    • G01L7/08G01L9/0051G01L9/0055G01L9/06
    • There is disclosed a high pressure sensing header which is relatively insensitive to mounting torque. Essentially the header consists of an outer torque isolating shell which has a “C” shaped cross section with the cylindrical shell surrounding an inner “H” section header. The inner “H” section header has a thick diaphragm and is surrounded by the torque isolating shell which is secured to the “H” section header at a peripheral flange of the “H” section header. In this manner when the header is installed, the installation force is absorbed by the outer shell and there is no installation force or torque exhibited by the inner “H” section which will respond only to stress due to pressure. The torque isolating shell also contains a top surface which has a counterbore which can accommodate a crush ring, and when the unit is installed, the crush ring is forced or crushed against an installation wall to enable the inner header to receive pressure without experiencing any significant installation force.
    • 公开了一种对安装扭矩相对不敏感的高压感测头。 基本上,集管由外部扭矩隔离壳体组成,外壳具有“C”形截面,圆柱形壳体围绕内部“H”部分集管。 内部“H”部分头部具有厚的隔膜,并且被扭矩隔离壳围绕,该扭矩隔离壳体在“H”部分头部的周边凸缘处固定到“H”部分头部。 以这种方式,当安装头部时,安装力被外壳吸收,并且内部“H”部分没有表现出的安装力或力矩,这只会由于压力而产生的应力。 扭矩隔离壳体还包括具有可容纳压溃环的沉孔的顶表面,并且当安装该单元时,挤压环被迫或压在安装壁上,以使内部集管承受压力而不经历任何显着的 安装力。
    • 8. 发明授权
    • Torque insensitive header assembly
    • 扭矩不敏感头部组件
    • US08635915B2
    • 2014-01-28
    • US13595057
    • 2012-08-27
    • Adam KaneBoaz Kochman
    • Anthony D. KurtzAdam KaneBoaz Kochman
    • G01L9/06
    • G01L7/08G01L9/0051G01L9/0055G01L9/06
    • There is disclosed a high pressure sensing header which is relatively insensitive to mounting torque. The header comprises an outer torque isolating shell which surrounds an inner “H” section header. The inner “H” section header has a thick diaphragm and is surrounded by the torque isolating shell which is secured to the “H” section header at a peripheral flange of the “H” section header. In this manner when the header is installed, the installation force is absorbed by the outer shell and there is no installation force or torque exhibited by the inner “H” section which will respond only to stress due to pressure. The torque isolating shell also contains a top surface which has a counterbore that accommodates a crush ring. When the unit is installed, the crush ring is crushed against an installation wall to enable the inner header to receive pressure without experiencing significant installation force.
    • 公开了一种对安装扭矩相对不敏感的高压感测头。 集管包括围绕内部“H”部分头部的外部扭矩隔离壳体。 内部“H”部分头部具有厚的隔膜,并且被扭矩隔离壳围绕,该扭矩隔离壳体在“H”部分头部的周边凸缘处固定到“H”部分头部。 以这种方式,当安装头部时,安装力被外壳吸收,并且内部“H”部分没有表现出的安装力或力矩,这只会由于压力而产生的应力。 扭矩隔离壳体还包括具有容纳压溃环的沉孔的顶表面。 当装置安装时,挤压环被压在安装壁上,以使内部集管接收压力,而不会受到显着的安装力。
    • 9. 发明授权
    • Apparatus and method for eliminating varying pressure fluctuations in a pressure transducer
    • 用于消除压力传感器中变化的压力波动的装置和方法
    • US07921724B2
    • 2011-04-12
    • US12574587
    • 2009-10-06
    • Anthony D. KurtzRichard MartinRobert GardnerAdam Kane
    • Anthony D. KurtzRichard MartinRobert GardnerAdam Kane
    • G01L9/06
    • G01L19/0609G01L13/025
    • A single pressure sensing capsule has a reference pressure ported to the rear side of a silicon sensing die. The front side of the silicon sensing die receives a main pressure at another port. The silicon sensing die contains a full Wheatstone bridge on one of the surfaces and within the active area designated as the diaphragm area. Thus, the difference of the main and reference pressure results in the sensor providing an output equivalent to the differential pressure, namely the main pressure minus the reference pressure which is the stress induced in a sensing diaphragm. In any event, the reference pressure or main pressure may be derived from a pump pressure which is being monitored. The pump pressure output is subjected to a pump ripple or a sinusoidally varying pressure. In order to compensate for pump ripple, one employs a coiled tube. The tube length is selected to suppress the pump ripple as applied to the sensor die. In this manner, the pump ripple cannot cause resonance which would result in pressure amplification and which pressure amplification would destroy the sensor.
    • 单个压力感测胶囊具有移动到硅感测裸片的后侧的参考压力。 硅感测模具的前侧在另一端口处接收主压力。 硅感测裸片在其中一个表面上以及指定为隔膜区域的有源区域内包含一个完整的惠斯通电桥。 因此,主要和参考压力的差异导致传感器提供与差压相当的输出,即主压力减去在感测膜片中感应的应力的参考压力。 无论如何,参考压力或主要压力可以从正被监测的泵压力导出。 泵压力输出受到泵波动或正弦变化的压力。 为了补偿泵波动,采用一个盘管。 选择管长度以抑制应用于传感器管芯的泵波动。 以这种方式,泵波动不会引起共振,这将导致压力放大,哪个压力放大会破坏传感器。
    • 10. 发明授权
    • Multiple axis load cell controller
    • 多轴称重传感器控制器
    • US07743672B2
    • 2010-06-29
    • US12157029
    • 2008-06-06
    • Anthony D. KurtzAdam KaneRichard MartinRobert Gardner
    • Anthony D. KurtzAdam KaneRichard MartinRobert Gardner
    • G01D7/00
    • G01N3/22G01L3/1457G01L5/161G01L5/223G01N3/08G01N2203/0021G01N2203/0623
    • There is disclosed a multiple axis load cell or controller in which axial and torsion measurements are decoupled while maximizing the outputs of both measurements. The active member of the load cell is a wheel with dual beams as the spokes. The wheel thus has four spokes or four beam members, each spoke is a pair of rectangular cross-section beams, orthogonal to each other. The beams have strain gages on the wide surfaces which measure the bending strain which is proportional to torsion or the axial input. There is an inner beam section and an outer beam section associated with each spoke and orthogonal to each other. The outer beams have the wide surface normal to the axis of the load cell. This beam section is more sensitive to the axial tension/compression input. The inner beam sections have their wide surface parallel to the axis of the load cell and are much less sensitive to bending but are sensitive to torsion. Therefore when a torsion or twisting motion is applied to the load cell, the inner beams with their wide surface parallel to the axis of the wheel are more sensitive and bend more. These beams experience bending as a result of the torsion input and have strain gages formed in a Wheatstone bridge arrangement to provide an output proportional to the torsion. The outer beams also have gages mounted thereon which are also wired in a Wheatstone bridge configuration and which Wheatstone bridge output of these gages are proportional to the axial force.
    • 公开了一种多轴称重传感器或控制器,其中轴向和扭转测量被解耦,同时最大化两个测量的输出。 称重传感器的活动构件是具有双梁作为轮辐的车轮。 因此,车轮具有四个轮辐或四个梁构件,每个轮辐是一对彼此正交的矩形横截面梁。 梁在宽表面上具有应变计,其测量与扭转或轴向输入成比例的弯曲应变。 存在与每个辐条相关联并且彼此正交的内梁部分和外部梁部分。 外梁具有与测力传感器的轴线垂直的宽表面。 该梁部分对轴向张力/压缩输入更敏感。 内梁部分的宽表面平行于称重传感器的轴线,并且对弯曲敏感度较低,但对扭转敏感。 因此,当对称重传感器施加扭转或扭转运动时,具有与车轮轴线平行的宽表面的内梁更敏感并且弯曲得更多。 这些梁由于扭转输入而经历弯曲,并且在惠斯登电桥布置中形成应变计以提供与扭转成比例的输出。 外梁还具有安装在其上的规格,其也以惠斯通电桥配置布线,并且这些计量器的惠斯通电桥输出与轴向力成比例。