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    • 1. 发明公开
    • PROCESS FOR PRODUCING A HYDROCARBON MIXTURE
    • 生产烃混合物的方法
    • EP3260522A1
    • 2017-12-27
    • EP16175757.0
    • 2016-06-22
    • Zubaniuk, IuriiEl'Circy, Mohamed Osama Ahmed FahmyChernova, Ganna
    • Zubaniuk, IuriiEl'Circy, Mohamed Osama Ahmed FahmyChernova, Ganna
    • C10L1/32B01F3/08
    • C10L1/328B01F3/0819B01F11/0258C10L1/32C10L1/324
    • A process (1) for producing a hydrocarbon mixture (20) defined by at least two components (21) and at least one additional hydrocarbon component (23) comprising a homogenisation step (2) of said at least two components (21) defining said hydrocarbon mixture (20), at least one of the components (21) being a hydrocarbon component (22), and comprising an evaluation step (3) of the internal composition of the hydrocarbon mixture (20), performed before the homogenisation step (2), a fragmentation step (4) of the molecules of at least one hydrocarbon component (22), performed between the evaluation step (3) and the homogenisation step (2), and a stabilisation step (5) of the hydrocarbon mixture (20), the stabilisation step (5) comprising, in the following order, a breaking step (5a) of the components (21) and of the additional hydrocarbon component (23) of the hydrocarbon mixture (20), an ionisation step (5b) of the components (21) and of the additional hydrocarbon component (23) and a dispersion step (5c) of the hydrocarbon components (22) and of the additional hydrocarbon component (23) of the hydrocarbon mixture (20).
    • 一种用于生产由至少两种组分(21)限定的烃混合物(20)和至少一种包括所述至少两种组分(21)的均化步骤(2)的另外的烃组分(23)的方法(1),其限定所述 烃混合物(20),所述组分(21)中的至少一个是烃组分(22),并且包括所述烃混合物(20)的内部组分的评估步骤(3),在所述均化步骤 ),在评估步骤(3)和均化步骤(2)之间进行的至少一种烃组分(22)的分子的破碎步骤(4)和烃混合物(20)的稳定化步骤(5) ),稳定化步骤(5)按以下顺序包括烃混合物(20)的组分(21)和附加烃组分(23)的分解步骤(5a),离子化步骤(5b) 组分(21)和附加烃组分(23)的混合物 (22)的烃步骤(5c)和烃混合物(20)的附加烃组分(23)的步骤(5c)。
    • 3. 发明公开
    • PROCESS FOR PRODUCING A HYDROCARBON MIXTURE
    • 生产烃混合物的方法
    • EP3260523A1
    • 2017-12-27
    • EP17177341.9
    • 2017-06-22
    • El'Circy, Mohamed Osama Ahmed FahmyZubaniuk, IuriiChernova, Ganna
    • El'Circy, Mohamed Osama Ahmed FahmyZubaniuk, IuriiChernova, Ganna
    • C10L1/32B01F3/08
    • C10L1/328B01F3/0819B01F11/0258C10L1/32C10L1/324
    • A process (1) for producing a first mixture (20) defined by at least two components (21), and at least one additional hydrocarbon component (23), at least one of the components (21) being a solid hydrocarbon component (22), comprising: a fragmentation step (4) of the solid hydrocarbon component (22), a homogenisation step (2) of the two components (21) defining said first mixture (20), a stabilisation step (5) of the hydrocarbon mixture (20), the stabilisation step (5) comprising, in the following order, at least: a breaking step (5a) of the components (21) and the additional hydrocarbon component (23) of the hydrocarbon mixture (20), an ionisation step (5a) of the components (21) and of the additional hydrocarbon component (23) of the first mixture (20), a dispersion step (5a) of the fragmented hydrocarbon component (22) and the additional hydrocarbon component (23) of the hydrocarbon mixture (20).
    • 一种用于生产由至少两种组分(21)和至少一种另外的烃组分(23)限定的第一混合物(20)的方法(1),至少一种组分(21)是固体烃组分(22) ),包括:固体烃组分(22)的分解步骤(4),限定所述第一混合物(20)的两种组分(21)的均化步骤(2),烃混合物的稳定化步骤(5) (20)中,所述稳定化步骤(5)按照以下顺序至少包括:所述烃混合物(20)的组分(21)和额外的烃组分(23)的分解步骤(5a),电离 (22)的组分(21)的步骤(5a)和第一混合物(20)的附加烃组分(23)的步骤(5a),碎裂烃组分(22)的分散步骤 烃混合物(20)。
    • 5. 发明申请
    • AIRCRAFT BAGGAGE LOADING VERIFICATION SYSTEM
    • 航空货运装载验证系统
    • WO2014161556A1
    • 2014-10-09
    • PCT/EG2013/000024
    • 2013-09-26
    • MOHAMED, Osama Aziz El-Masry Ali
    • MOHAMED, Osama Aziz El-Masry Ali
    • G08B13/14G06Q10/02B60R9/042
    • G06Q10/08
    • The invention is mainly about introducing an Integral Baggage Boarding Verification System operated by the Airlines that can be combined with the different Baggage Handling Systems operated by the Airports to address the high mishandled baggage rate occurring every year which causes bad reputation and high compensation expenses to the airlines. This can be achieved through equipping each Aircraft (Cargo Area) with a Fixed RFID Reader (including GSM/GPRS Module) along with assigning RFID Tags for each Checked In Baggage. Accordingly each baggage will be verified that it has boarded the aircraft via reading its RFID Tag as it gets loaded to the aircraft. After finalizing the baggage loading process to the aircraft and before taking off, a consolidated report of the boarded baggage will be wirelessly transmitted to the Airline On-Site Office where it can be cross-matched with the boarded baggage/passengers report provided by the Airport and hence spotting any missing/unknown baggage on the aircraft before taking off and taking the corrective action accordingly. This ensures a more proactive way of detecting any mishandled baggage in a timely manner and in regardless of the efficiency of the airport baggage handling system being advanced or normal, hence reducing the mishandled baggage rates for the Airlines to save their reputation and avoid compensation expenses which will definitely lead to adding a competitive edge to some airlines over the others.
    • 本发明主要是介绍航空运营的一体式行李托运验证系统,可与机场运营的不同行李处理系统结合,以解决每年发生的高错误行李率,造成不良声誉和高额赔偿费用 航空公司。 这可以通过为每个飞机(货物区)配备固定RFID读取器(包括GSM / GPRS模块)以及为每个托运行李分配RF​​ID标签来实现。 因此,每个行李都将被证实,它已经被装载到飞机上时通过阅读其RFID标签登上飞机。 在将行李装运过程确定为飞机后起飞时,将对托运行李的综合报告无线传送到航空现场办公室,并与机场提供的登机行李/乘客报告进行交叉匹配 并因此在起飞前采取相应的纠正措施,在飞机上发现任何丢失/未知的行李。 这确保了更加主动的方式,及时检测任何处理不当的行李,无论机场行李处理系统的效率是高级还是正常,从而减少了航空公司处理不当行李的费用,以挽救他们的声誉,并避免赔偿费用 肯定会导致一些航空公司比其他航空公司增加竞争优势。
    • 8. 发明申请
    • Brushless exciter with electromagnetically decoupled dual excitation systems for starter-generator applications
    • 具有用于起动发电机应用的电磁去耦双激励系统的无刷励磁机
    • US20050162030A1
    • 2005-07-28
    • US10766341
    • 2004-01-27
    • Manoj ShahMohamed OsamaLuis Garces
    • Manoj ShahMohamed OsamaLuis Garces
    • H02K3/00H02K19/00H02K19/12H02K19/26H02K19/38
    • H02K19/26H02K19/12
    • A synchronous electric machine having a rotor member and a stator member having a stator core is provided. The electric machine further includes a main machine having a direct current (DC) rotor field winding mounted on the rotor member; and a dual (AC/DC) excitation system. The excitation system includes a rotatable polyphase armature winding in electrical communication with a rectifier assembly for conducting direct current to the rotor field winding of the main machine, and a plurality of DC salient poles and at least one alternating current (AC) salient pole both included in the stator core. A magnetic axis of respective AC field coils is disposed substantially in electromagnetic space-quadrature relation with respect to magnetic axes of adjacent DC field coils, wherein when the respective AC field coils are energized, an alternating current is induced in the polyphase armature winding for providing excitation to the main machine.
    • 提供具有转子构件和具有定子芯的定子构件的同步电机。 电机还包括具有安装在转子构件上的直流(DC)转子磁场绕组的主机; 和双(AC / DC)励磁系统。 激励系统包括与整流器组件电连通的可旋转多相电枢绕组,用于将直流电流传导到主机的转子励磁绕组,以及多个DC凸极和至少一个交流(AC)凸极, 在定子铁心中。 相应的AC励磁线圈的磁轴相对于相邻DC励磁线圈的磁轴基本上呈电磁空间 - 正交关系,其中当相应的AC励磁线圈通电时,在多相电枢绕组中感应出交流电流,以提供 激励到主机。