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    • 1. 发明申请
    • Inter-System Communications in Mobile Communications System
    • 移动通信系统中的系统间通信
    • US20090239527A1
    • 2009-09-24
    • US12223515
    • 2007-01-31
    • Tapani ForstenHarri JokelaRisto Makinen
    • Tapani ForstenHarri JokelaRisto Makinen
    • H04W4/00
    • H04W4/10H04W76/45H04W88/16H04W92/02
    • The present invention relates to a method of arranging inter-working for a communications system comprising a PMR (private mobile radio) system part and a PLMN (public land mobile network) system part. The system comprises a mobile intermediate device capable of communicating with the PMR system part and the PLMN system part and comprising a converter for performing protocol conversion between the PMR system part and the PLMN system part, the method comprising: detecting in the intermediate device a need for inter-system transfer from a source system part to a target system part, performing by the converter conversion for an information unit from a source system to a format appropriate in the target system part; and transmitting the converted information unit to the target system part.
    • 本发明涉及一种用于包括PMR(专用移动无线电)系统部分和PLMN(公共陆地移动网络)系统部分)的通信系统的相互连接的方法。 该系统包括能够与PMR系统部分和PLMN系统部分通信并包括用于在PMR系统部分和PLMN系统部分之间执行协议转换的转换器的移动中间设备,该方法包括:在中间设备中检测需要 用于从源系统部件到目标系统部件的系统间传送,通过转换器将信息单元从源系统执行到在目标系统部件中适当的格式; 以及将转换的信息单元发送到目标系统部分。
    • 2. 发明授权
    • Deflection-compensated doctor blade beam
    • 偏转补偿刮刀梁
    • US5269846A
    • 1993-12-14
    • US804952
    • 1991-12-11
    • Juhani EskelinenRisto MakinenMarkku Jarvensivu
    • Juhani EskelinenRisto MakinenMarkku Jarvensivu
    • B05C11/04D21G3/00D21G9/00
    • D21G9/00B05C11/042D21G3/005
    • A deflection-compensated doctor blade beam of a coater used for coating web materials. The doctor blade beam comprises a box-section frame (3), together with a holder (2) of the doctor blade (8), and a support tube (4) placed inside the frame (3). The support tube (4) is backed against the frame (3) preferably with three asymmetrically placed compensating elements (5), which advantageously are pressurized hoses. The deflection of the doctor blade beam is accomplished by varying the volume of the compensating elements (5) through pressure alterations in the elements. A displacement of desired direction can be achieved by differentially pressurizing the three compensating elements (5). By using this apparatus, the deflection of the doctor blade can be compensated to full straightness. The compensating system is controlled with the help of a feedback loop using data from a direct measurement of beam deflection, or alternatively, from the coat thickness profile. The straightness of the beam can be controlled on the basis of measurement this data either automatically or manually.
    • 用于涂布网材料的涂布机的偏转补偿刮刀光束。 刮刀叶片梁包括与刮板(8)的保持器(2)一起的箱形框架(3)和放置在框架(3)内部的支撑管(4)。 支撑管(4)优选用三个不对称放置的补偿元件(5)支撑在框架(3)上,该补偿元件(5)有利地是加压软管。 刮刀梁的偏转通过通过元件中的压力改变来改变补偿元件(5)的体积来实现。 可以通过对三个补偿元件(5)进行差分加压来实现期望方向的位移。 通过使用该装置,刮刀的偏转可以被补偿为完全的直线度。 使用来自直接测量光束偏转的数据的反馈回路来控制补偿系统,或者替代地,从涂层厚度分布图来控制补偿系统。 可以根据自动或手动测量数据来控制光束的平直度。