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    • 4. 发明申请
    • REAL TIME MISALIGNMENT CORRECTION OF INCLINATION AND AZIMUTH MEASUREMENTS
    • 倾斜度和方位角测量的实时误差校正
    • WO2009103059A2
    • 2009-08-20
    • PCT/US2009034283
    • 2009-02-17
    • BAKER HUGHES INCRECKMANN HANNOSCHUBERT FRANKSANDELMANN BERND
    • RECKMANN HANNOSCHUBERT FRANKSANDELMANN BERND
    • E21B47/022E21B47/06E21B47/08G01C9/00
    • E21B47/024E21B7/062
    • A method for determining wellbore trajectory includes determining survey parameters in the wellbore; measuring force parameter(s) in the wellbore; and correcting the survey parameters using the measured force parameter(s). The downhole measured force parameters may include forces associated with an operation of a steering device such as an internal reaction force, and /or a bending moment. In variants, the method may include measuring a wellbore temperature; measuring a wellbore parameter in addition to the temperature; and correcting a survey parameter using the measured parameter and the measured temperature. These methods may include correcting survey parameters using measured wellbore diameters. Also, a processor in the wellbore may be programmed to perform the correction while in the wellbore and / or control a steering device using measurements provided by a sensor for measuring internal reaction forces.
    • 确定井筒轨迹的方法包括确定井眼中的勘测参数; 测量井筒中的力参数; 并使用测量的力参数来校正测量参数。 井下测量的力参数可以包括与转向装置的操作相关联的力,例如内部反作用力和/或弯曲力矩。 在变体中,该方法可以包括测量井筒温度; 测量除温度外的井筒参数; 以及使用所测量的参数和所测量的温度来校正测量参数。 这些方法可能包括使用测量的井眼直径校正测量参数。 而且,井眼中的处理器可以被编程为在井眼中执行校正和/或使用由传感器提供的用于测量内部反作用力的测量来控制转向装置。
    • 7. 发明申请
    • APPARATUS FOR THE NON-DESTRUCTIVE TESTING OF SAMPLES USING ULTRASONIC WAVES
    • 设备,破坏性测试样本使用超声波
    • WO2010025717A3
    • 2010-08-05
    • PCT/DE2009001256
    • 2009-09-01
    • FRAUNHOFER GES FORSCHUNGSCHUBERT FRANKBOUHADJERA ABDELMALEK
    • SCHUBERT FRANKBOUHADJERA ABDELMALEK
    • G01N29/07
    • G01N29/07G01N29/2487G01N2291/0428
    • The invention relates to an apparatus for the non-destructive testing of samples. The samples may be composed of critical materials, which change the properties thereof during production, such as during hardening or solidification. In an apparatus according to the invention, at least one ultrasonic pressure wave converter (Tx) is disposed on a forward cell. The forward cell is filled with a fluid and with an open side is placed on one side onto a surface (A) of a conversion prism, which takes on the form of a solid body, the fluid and surface (A) thereby being in contact with each other. The conversion prism is placed with a further surface (B) onto a surface onto a sample to be tested. At least one ultrasonic pressure wave converter (Tx) can be positioned, or is positioned, at the forward cell on at least two positions (T1, T2) such that the positions are disposed at equal distances from the center of the surface (A) of the conversion prism placed onto the sample.
    • 本发明涉及一种用于样品的非破坏性测试的装置。 将样品由此可以从制造过程中改变它们的性质,例如在硬化或凝固的关键的材料形成。 在根据本发明的装置中,至少一个超声压缩波变压器(Tx)的被设置在前端单元。 流通池在在一侧填充有液体,并配有一个开口侧的转换棱柱的表面(A),以使液体和的区域(A)是固体的形式,在触碰接触。 转换棱镜设置有放置在样品的表面上的另一表面(B)进行测试。 至少一个超声压缩波变压器(Tx)的是在前端单元上的至少两个位置(T1,T2)定位或定位成使得在从转换棱镜,其被放置在样品的表面(A)的中心的距离相等的位置放置, 是。
    • 8. 发明申请
    • WATER RECLAMATION SYSTEM AND METHOD
    • 水再生系统和方法
    • WO2009129233A2
    • 2009-10-22
    • PCT/US2009040516
    • 2009-04-14
    • COMBINED SOLAR TECHNOLOGIES LLSCHUBERT FRANK
    • SCHUBERT FRANK
    • C02F1/14B01D1/00F03G6/02F24J2/04
    • C02F1/14C02F1/048Y02A20/212Y02E10/46Y02W10/37
    • A system reclaiming contaminated water includes a heat exchanger that receives the contaminated water and converts at least a portion of the contaminated water into steam and collects at least a portion of the contaminants within the heat exchanger. A thermal transfer fluid is heated by a solar concentrator during daytime and by a biofuel combustion device during nighttime. The heated fluid is circulated through the heat exchanger to heat the contaminated water. A steam engine is coupled to a generator, the steam engine receives the steam from the heat exchanger to drive the generator to provide power for the system. Steam exhausted from the steam engine is supplied to supplemental heat loads. The collected contaminants are directed to an evaporation device to remove residual liquid.
    • 回收受污染水的系统包括热交换器,该热交换器接收污染水并将至少一部分污染水转化成蒸汽并收集热交换器内的污染物的至少一部分。 传热流体在白天由太阳能聚光器加热,在夜间由生物燃料燃烧装置加热。 被加热的流体循环通过热交换器以加热污染的水。 蒸汽机连接到发电机,蒸汽机接收来自热交换器的蒸汽以驱动发电机为系统提供电力。 蒸汽机排出的蒸汽供应给补充的热负荷。 收集的污染物被引导至蒸发装置以除去残余液体。