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    • 1. 发明申请
    • Procedure for operating a high frequency amplifier
    • 操作高频放大器的步骤
    • US20060192619A1
    • 2006-08-31
    • US11353949
    • 2006-02-15
    • Gebhard HoffmannAndreas SalomonGeorg Huber
    • Gebhard HoffmannAndreas SalomonGeorg Huber
    • H03F1/52
    • H03F3/195H03F1/0261H03F1/3247H03F1/3282H03F3/193H03F2200/481
    • A procedure for operation of a high frequency amplifier having a power transistor—amplifier stage designed as a source or emitter circuit for amplifying a gate or base side high frequency signal supplied over an input interface network E which signal is amplified at the drain or collector side and output via an output interface network. A device for the measurement of the drain or collector current I_D is connected at the amplifier stage on the drain or collector side and a final control element is connected on the gate or base side. A pre-adjustable desired value W_SOLL and an actual value W_IST corresponding to the drain or collector current are input to the final control element, which adjusts the gate voltage or the base current so that the drain or collector current I_D is brought to the desired value W_SOLL. At a constant input power P_IN of the high frequency amplifier, the envelope curve of the output signal RF_OUT is modulated by the desired value W_SOLL.
    • 一种用于操作具有功率晶体管放大器级的高频放大器的过程,该功率晶体管放大器级被设计为用于放大在输入接口网络E上提供的栅极或基极侧高频信号的源极或发射极电路,该信号在漏极或集电极侧被放大 并通过输出接口网络输出。 用于测量漏极或集电极电流I_D的装置在放大器级连接在漏极或集电极侧,并且最终控制元件连接在栅极或基极侧。 对应于漏极或集电极电流的可预先调整的期望值W_SOLL和实际值W_IST被输入到最终控制元件,其调节栅极电压或基极电流,使得漏极或集电极电流I_D达到期望值 W_SOLL。 在高频放大器的恒定输入功率P_IN下,输出信号RF_OUT的包络线被期望值W_SOLL调制。
    • 2. 发明授权
    • Procedure for operating a high frequency amplifier
    • 操作高频放大器的步骤
    • US07362181B2
    • 2008-04-22
    • US11353949
    • 2006-02-15
    • Gebhard HoffmannAndreas SalomonGeorg Huber
    • Gebhard HoffmannAndreas SalomonGeorg Huber
    • H03F1/52
    • H03F3/195H03F1/0261H03F1/3247H03F1/3282H03F3/193H03F2200/481
    • A procedure for operation of a high frequency amplifier having a power transistor—amplifier stage designed as a source or emitter circuit for amplifying a gate or base side high frequency signal supplied over an input interface network E which signal is amplified at the drain or collector side and output via an output interface network. A device for the measurement of the drain or collector current I_D is connected at the amplifier stage on the drain or collector side and a final control element is connected on the gate or base side. A pre-adjustable desired value W_SOLL and an actual value W_IST corresponding to the drain or collector current are input to the final control element, which adjusts the gate voltage or the base current so that the drain or collector current I_D is brought to the desired value W_SOLL. At a constant input power P_IN of the high frequency amplifier, the envelope curve of the output signal RF_OUT is modulated by the desired value W_SOLL.
    • 一种用于操作具有功率晶体管放大器级的高频放大器的过程,该功率晶体管放大器级被设计为用于放大在输入接口网络E上提供的栅极或基极侧高频信号的源极或发射极电路,该信号在漏极或集电极侧被放大 并通过输出接口网络输出。 用于测量漏极或集电极电流I_D的装置在放大器级连接在漏极或集电极侧,并且最终控制元件连接在栅极或基极侧。 对应于漏极或集电极电流的可预先调整的期望值W_SOLL和实际值W_IST被输入到最终控制元件,其调节栅极电压或基极电流,使得漏极或集电极电流I_D达到期望值 W_SOLL。 在高频放大器的恒定输入功率P_IN下,输出信号RF_OUT的包络线被期望值W_SOLL调制。
    • 4. 发明授权
    • Device for the magnetic orientation of magnetic recording media
    • 磁记录介质的磁性定向装置
    • US4043297A
    • 1977-08-23
    • US731140
    • 1976-10-12
    • Job-Werner HartmannRoland FalkAribert KrugGeorg HuberWerner BalzKarl Mahler
    • Job-Werner HartmannRoland FalkAribert KrugGeorg HuberWerner BalzKarl Mahler
    • G11B5/845B05C11/00
    • G11B5/845
    • A process and apparatus for producing magnetic discs in which the preferred direction of orientation of the anisotropic magnetic particles, contained in an organic binder system, is tangential to the circumference of the disc. Orientation is effected, prior to solidification of the magnetic layer, by the action of a magnetic field which is formed in the plane of symmetry between at least two pairs of magnetic poles, the poles of each pair being of the same polarity and opposite each other. One pair of poles flares out in cross section toward the plane of symmetry between the pairs of poles, whereas the other pair or pairs of poles of opposite polarity, when viewed in cross section, taper toward the said plane of symmetry to a point, the distance between the poles of such pair(s) being greater than that between the flared poles, and the plane of symmetry of the pairs of poles being in the plane of the disc. Using this process and apparatus, magnetic discs with a non-magnetic metallic base are obtained, in which the anisotropic magnetic particles in the layer of fluid binder applied to the base are oriented tangentially to the circumference of the disc during spin-coating.
    • 用于制造磁盘的方法和装置,其中包含在有机粘合剂系统中的各向异性磁性颗粒的优选取向方向与盘的圆周相切。 在磁性层凝固之前,通过在至少两对磁极之间的对称平面中形成的磁场的作用来实现取向,每对磁极具有相同的极性并且彼此相对 。 一对电极的横截面向着两对极之间的对称平面展开,而相反极性的另一对或两对磁极在横截面看时,朝向所述对称平面逐渐变细为一点。 这些对的极之间的距离大于扩张的极之间的距离,并且磁极对的对称平面在盘的平面中。 使用该方法和装置,获得具有非磁性金属基底的磁盘,其中施加到基底的流体粘合剂层中的各向异性磁性颗粒在旋转涂覆期间与盘的圆周相切地定向。
    • 9. 发明申请
    • Method for breaking the viscosity of polymer-thickened aqueous systems for mineral oil and natural gas exploration
    • 用于破坏矿物油和天然气勘探的聚合物增稠水性体系的粘度的方法
    • US20080194432A1
    • 2008-08-14
    • US11706058
    • 2007-02-14
    • Jurgen HeidlasAllen GossenJohann PlankPeter LangeGregor KeilhoferGeorg Huber
    • Jurgen HeidlasAllen GossenJohann PlankPeter LangeGregor KeilhoferGeorg Huber
    • C09K3/00
    • C09K8/12C09K8/508C09K8/602C09K8/604C09K8/68C09K8/74C09K8/88C09K2208/26
    • A novel method for breaking the viscosity of an aqueous phase thickened with preferably hydrophilic polymers in the exploration and production of mineral oil and/or natural gas is proposed. For this purpose, the breaking is carried out via the formation of a low-viscosity emulsion, with water as the continuous phase, this emulsion being formed by the addition of at least one surface-active component to a system which consists of the thickened drilling fluid and an oil phase which is crude oil present in the reservoir and/or oil introduced into the reservoir. Solubilizers between oil phase and water phase and in particular non-ionic surfactants, cationic surfactants and/or amphoteric surfactants are used as a preferred surface-active component. In addition to the surface-active component, it is possible to use further components, which are demulsifiers, non-emulsifiers, co-surfactants or surface tension modifiers. With the aid of this method, with the simultaneous presence of an oil phase, the aqueous phase can be displaced as a low-viscosity system and finally discharged at the surface, extremely effective cleaning of the well being associated therewith. With regard to the cost-efficiency and from an environmental point of view, the use of chemicals can be completely dispensed with.
    • 提出了一种在勘探和生产矿物油和/或天然气中破坏优选亲水聚合物增稠的水相粘度的新方法。 为此目的,通过形成低粘度乳液进行断裂,以水为连续相,该乳液通过将至少一种表面活性组分加入到由增稠的钻孔 流体和油相,其是存在于储存器中的原油和/或引入储存器的油。 油相和水相之间的增溶剂,特别是非离子表面活性剂,阳离子表面活性剂和/或两性表面活性剂被用作优选的表面活性组分。 除了表面活性组分之外,还可以使用其它组分,这些组分是破乳剂,非乳化剂,辅助表面活性剂或表面张力调节剂。 借助该方法,同时存在油相,水相可以作为低粘度体系移位,最后在表面排出,极其有效地清洗与其相关的井。 关于成本效益和从环境的角度来看,化学品的使用可以完全免除。