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    • 1. 发明授权
    • Speed control for a universal electric motor
    • 通用电动机的速度控制
    • US4134038A
    • 1979-01-09
    • US869611
    • 1978-01-16
    • Wolfgang KosakPeter WernerHans GerberIvan Hidveghy
    • Wolfgang KosakPeter WernerHans GerberIvan Hidveghy
    • H02P25/14H02P5/40
    • H02P25/14
    • A first thyristor, under control of a speed setting provided in an RC circuit varies the phase duration of current supply to the motor during positive halfwaves of the a c supply, and a second thyristor controlled in accordance with the motor current provided through the first thyristor determines the phase angle during which current flows through the motor in the negative halfwave of the voltage supply, so as to maintain the speed at the set value under varying conditions of load. During positive halfwaves, a capacitor is charged to a voltage corresponding to the amount of current flow through the motor and during the following negative halfwave, the charge is increased at a rate set by an RC circuit, resulting in turning on the second thyristor early under heavy load conditions, and late under light load conditions, and indeed not at all under idling conditions.
    • 在RC电路中提供的速度设置的第一晶闸管在交流电源的正半波期间改变电动机向电动机供电的相位持续时间,并且根据通过第一晶闸管提供的电机电流来控制的第二晶闸管确定 电流在电源的负半波中流过电动机的相位角,以便在变化的负载条件下将速度保持在设定值。 在正半波期间,电容器被充电到与通过电动机的电流量相对应的电压,并且在随后的负半波期间,电荷以由RC电路设置的速率增加,导致在第二晶闸管的早期接通 重负载条件下,在轻负载条件下较晚,实际上并不是在空转条件下。
    • 2. 发明授权
    • Speed setting and control system for universal motors
    • 通用电机速度设定和控制系统
    • US4158796A
    • 1979-06-19
    • US908985
    • 1978-05-24
    • Wolfgang KosakPeter WernerHans GerberIvan Hidveghy
    • Wolfgang KosakPeter WernerHans GerberIvan Hidveghy
    • H02P7/295H02P25/14H02P5/40
    • H02P25/14
    • A universal motor is energized by a speed setting circuit during one half wave and a speed control circuit during the next half wave of each cycle of an AC supply. The speed setting and speed control circuits each have a separate timing circuit including a capacitor. There is thus no residual charge on the capacitor of the speed setting circuit remaining from the operation of the speed control circuit during the preceding half wave. The residual charge prevented the setting of low motor speeds in the known systems. The speed control circuit includes a storage capacitor transformer coupled to the motor so that its initial charge corresponds to the current through the motor during the preceding half wave. The charge is transferred to a second capacitor. When the voltage across the second capacitor reaches a predetermined threshold valve, a switch in the speed control circuit becomes conductive and current flows through the motor.
    • 在一个半波期间,通用电机由速度设定电路和速度控制电路在AC电源的每个周期的下一个半波期间通电。 速度设定和速度控制电路各自具有包括电容器的单独的定时电路。 因此,在前一半波期间,速度设定电路的电容器的剩余电荷不受速度控制电路的动作的影响。 剩余电量阻止了已知系统中低电机速度的设置。 速度控制电路包括耦合到电动机的存储电容器变压器,使得其初始电荷对应于在前一半波期间通过电动机的电流。 电荷被转移到第二电容器。 当第二电容器两端的电压达到预定阈值阀时,速度控制电路中的开关变为导通状态,电流流过电动机。
    • 6. 发明申请
    • METHOD FOR PRODUCING SANDWICH CONSTRUCTION ELEMENTS
    • 生产三明治建筑元素的方法
    • US20130209723A1
    • 2013-08-15
    • US13805081
    • 2011-06-24
    • Franz Josef MüllerPeter WernerPeter Stracke
    • Franz Josef MüllerPeter WernerPeter Stracke
    • E04B1/14
    • E04B1/14B29C44/06B29C44/1214B29C44/1228B29C44/326B29C70/68B29K2311/10B32B5/18B32B5/20B32B5/22B32B5/245B32B37/1207B32B38/06B32B2037/1269B32B2038/0084B32B2250/40B32B2260/021B32B2260/023B32B2260/046B32B2262/062B32B2262/065B32B2262/08B32B2262/14B32B2266/0285B32B2305/022B32B2305/07B32B2305/20B32B2305/34B32B2307/546B32B2307/718B32B2309/02B32B2309/04B32B2309/10B32B2419/00B32B2607/00C08J5/045C08J5/24C08J9/0085C08J2361/06E04C2/22E04C2/243Y10T428/23914
    • The invention relates to a method for producing sandwich construction elements for substantially load-bearing and self-supporting building parts. In order to produce a sandwich element which is suitable for self-supporting and substantially load-bearing building parts, since it ensures the necessary transmission of the compressive, tensile and shear forces between the cover layer and core layer and meets the increased fire-protection requirements, the production method proposed contains the following steps: a) producing at least one layer of a mechanically bonded fiber nonwoven which is impregnated with a binder based on at least one heat-curable resin system, and is itself based on naturally occurring raw materials, in particular hemp, flax, jute, sisal, kenaf, cotton and wool and/or mixtures thereof, b) curing the heat-curable resin system in order to produce at least one hardened layer of the fiber nonwoven, wherein, before and/or during the curing operation, a surface structure is applied to at least part of the layer of the fiber nonwoven and/or at least one further binder based on at least one heat-curable resin system is applied to at least part of the surface of the hardened layer of the fiber nonwoven, and fixed thermally, c) bringing a heat-foamable or heat-foamed phenol resin into contact with that surface of at least one hardened layer of the fiber nonwoven which has been modified according to step b), d) possibly annealing, at temperatures ranging from 40 to 80° C., the composite produced in a) to c), and e) curing the further binder based on at least one heat-curable resin system, and possibly applied in b), at a temperature ranging from 150 to 200° C., possibly under elevated pressure.
    • 本发明涉及一种用于生产用于大体上承载和自支撑建筑部件的夹层结构件的方法。 为了生产适合于自支撑和基本承重建筑部件的夹层元件,因为它确保了覆盖层和芯层之间的压缩,拉伸和剪切力的必要传递,并满足增加的防火保护 要求,提出的生产方法包括以下步骤:a)生产至少一层机械粘合的纤维非织造材料,其基于至少一种热固性树脂体系浸渍有粘合剂,并且本身基于天然存在的原料 特别是大麻,亚麻,黄麻,剑麻,洋麻,棉和羊毛和/或其混合物,b)固化可热固化的树脂体系,以便生产至少一个纤维无纺布的硬化层,其中,在和/ 或者在固化操作期间,基于至少一种热固化树脂体系,至少部分纤维非织造材料层和/或至少一种其它粘合剂施加表面结构 施加到纤维非织造材的硬化层的至少一部分表面上并热固化,c)使可发泡或热发泡的酚醛树脂与纤维非织造材料的至少一个硬化层的表面接触, 已经根据步骤b)进行了改性,d)在40至80℃的温度下可能退火,在a)至c)中制备的复合材料,以及e)基于至少一种可热固化的 树脂体系,并且可能在b)中,在150至200℃的温度下,可能在升高的压力下。
    • 7. 发明申请
    • Methods and Arrangements for Handling a Setup of an S1 Application Protocol Signalling Connection
    • 用于处理S1应用协议信令连接的设置的方法和安排
    • US20120252436A1
    • 2012-10-04
    • US13516504
    • 2009-12-16
    • Peter ÖstrupStefan EngströmPeter Werner
    • Peter ÖstrupStefan EngströmPeter Werner
    • H04W8/02
    • H04W60/00H04W48/17H04W76/10H04W92/045
    • The invention relates to a method in a Mobility Management Entity (10,11) for handling a setup of an S1 Application Protocol signalling connection between a first radio base station and the Mobility Management Entity (10,11) in a Long Term Evolution radio communications network. The Mobility Management Entity (10,11) receives an S1 Setup Request message from the first radio base station (12). Furthermore, the Mobility Management Entity (10,11) sends an S1 Setup Response message to the first radio base station (12) enabling the first radio base station to handle the setup of the S1 Application Protocol signalling connection. The S1 Setup Response message comprises an indication of at least one supported tracking area code of a tracking area, which tracking area is served by the Mobility Management Entity (10,11).
    • 本发明涉及移动性管理实体(10,11)中的方法,用于在长期演进无线电通信中处理第一无线电基站和移动性管理实体(10,11)之间的S1应用协议信令连接的建立 网络。 移动管理实体(10,11)从第一无线电基站(12)接收S1建立请求消息。 此外,移动管理实体(10,11)向第一无线电基站(12)发送S1建立响应消息,使得第一无线电基站能够处理S1应用协议信令连接的建立。 S1设置响应消息包括跟踪区域的至少一个支持的跟踪区域代码的指示,该跟踪区域由移动性管理实体(10,11)服务。