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    • 1. 发明公开
    • A WIRELESS INITIATION DEVICE
    • EP3350539A1
    • 2018-07-25
    • EP15812555.9
    • 2015-09-16
    • Orica International Pte Ltd
    • WICKS, ByronHUMMEL, DirkBOOS, Thomas
    • F42D1/045F42D3/04F42B3/10
    • F42D3/04E21C41/00F42D1/045F42D1/05F42D1/055
    • A wireless initiation device comprises a power source, a processing module, a first housing and an initiation unit. The processing module processes wireless electromagnetic communications signals received by an electromagnetic receiver system associated with the processing module. The wireless electromagnetic communications signals includes a wireless electromagnetic communications signal representative of a FIRE command. The processing module is configured to generate an initiation signal upon receipt of the FIRE command. At least one of the power source and the processing module is disposed in the first housing, and the first housing has a first connector. The initiation unit has a second housing within which is disposed an initiation module that is configured to discharge initiation energy sufficient to initiate an explosive charge associated with the device. The initiation module is connected to, or connectable with, the processing module such that initiation module can receive an initiation signal from the processing module. The initiation unit also has a second connector that is configured to mate with the first connector, thereby connecting the first and second housings. The initiation module is configured to execute a sequence upon receipt of the initiation signal, the sequence resulting in discharge of initiation energy from the initiation unit.
    • 4. 发明公开
    • ARRANGEMENT FOR DELIVERY OF PRODUCTION CONTROL INFORMATION TO A MINING WORK MACHINE
    • 向采矿作业机提供生产控制信息的安排
    • EP3234308A1
    • 2017-10-25
    • EP14824418.9
    • 2014-12-16
    • Sandvik Mining and Construction Oy
    • LAHDELMA, Ilkka
    • E21C41/00
    • G08C17/02E21B7/025E21C37/00E21C41/00G05D1/0088G05D1/0276G08C2201/20G08C2201/93G08G1/20H04W12/06
    • A method for providing a mining work machine at a work site with production control information, the method including: assigning, on the basis of overall production management information of the work site, the mining work machine with production control information, defining tasks to be performed by the work machine; downloading the control information to a mobile terminal from one or more downloading points associated with a production management system, the mobile terminal and the one or more downloading points including an application for mutually synchronizing desired control information; providing the mobile terminal in a vicinity of the mining work machine, the mining work machine further having an application for mutually synchronizing desired control information; performing an authentication between the mobile terminal and the mining work machine; selecting the control information to be downloaded to the mining work machine; and downloading the selected control information to the mining work machine wirelessly.
    • 一种用于为工作现场处的采矿作业机器提供生产控制信息的方法,所述方法包括:基于所述工作现场的整体生产管理信息,向所述采矿作业机器分配一组生产控制信息,定义任务 由工作机器执行; 从与生产管理系统相关联的一个或多个下载点将控制信息下载到移动终端,移动终端和一个或多个下载点包括用于相互同步期望的控制信息的应用; 将所述移动终端提供在所述采矿作业机器附近,所述采矿作业机器进一步包括用于使所需控制信息相互同步的应用程序; 在移动终端和采矿作业机器之间执行认证; 在由所述移动终端包括的所述应用中选择要下载到所述采矿作业机器的所述控制信息; 并将选择的控制信息无线下载至采矿作业机。
    • 6. 发明公开
    • VERFAHREN UND VORRICHTUNG ZUM NACHTRÄGLICHEN EINBAU EINER UNTERGRUNDABDICHTUNG UNTER EINER MÜLLDEPONIE
    • 方法和设备下一个垃圾填埋场表面密封件然后掺入。
    • EP0328608A1
    • 1989-08-23
    • EP88907312.0
    • 1988-08-12
    • Richter, Hans
    • Richter, Hans
    • B09B1E02D31E21C41E21D9
    • E21C41/00E02D31/006
    • Eine Vorschubpresse (6) bestückt mit einem kontinuierlich abwicklenden Foliencoil (10) wird entlang eines aus einzelnen Gliedern bestehenden Tunnelrohres unter der Mülldeponie (1) hindurchgepresst, durch Aufnehmen des Erdreichs auf der Vorderseite und Herauspressen mittels eines Presskolbens (9) auf der Rückseite, wobei die einzelnen Tunnelrohrsegmente mit der Vorwärtsbewegung kontinuierlich von den übrigen Rohren abgekoppelt werden und seitlich versetzt an einem hinter der Vorrichtung heraustretenden Tunnelrohres wieder angesetzt wird. Die Tunnelrohre sind mit Druckschleuse (19) und Materialschleusen an ihren Enden versehen. Das ganze System ist mit Druckluft auffüllbar, um das Grundwasser zurück zu halten. Die Tunnelrohre dienen gleichzeitig als Fluchtweg, Bewetterung und Materialtransport. Abstract To force a feed press (6) with a continuously unwinding sheet coil (10) along a tunnel pipe consisting of individual members and located below the refuse dump (1) the soil is taken in at the front end and pushed out at the rear end by a plunger piston (9). The individual tunnel pipe segments are continuously uncoupled by the forward movement from the other pipes, laterally displaced and reattached to a tunnel pipe projecting from the rear of the device. The ends of the tunnel pipes are fitted with man locks (19) and material locks. The whole system can be filled with compressed air to exclude groundwater. The tunnel pipes provide an escape, and serve for ventilation and material transport.
    • 带有进压力机(6)连续abwicklenden Foliencoil(10)沿着所述填埋下由单个成员隧道管(1)的压通过,通过拿起土壤上在后侧的按压活塞(9)的前部和压制出装置,其特征在于 与向前运动的每个隧道管段连续地从其它管道去耦,并且在隧道管被再次设置该装置后面的出射的横向偏移。 在它们与压力锁(19)和材料闸门端部设置的隧道管。 整个系统可以填充压缩空气,以保持地下水回来。 隧道管也可以作为逃生通道,通风和材料处理。 抽象要强制进料机(6),沿隧道管由单独构件的连续退绕片线圈(10)和位于所述垃圾场(1)土壤被取入在前端和后端被推出下面 由柱塞式活塞(9)结束。 各个隧道管段通过从另一管的向前运动,尾盘反弹移动并重新连接到隧道管从所述装置的后方突出连续脱开。 隧道管的端部都配有锁(19)和材料锁。 整个系统可以用压缩空气填充排除地下水。 隧道管道提供逃跑,全心全意为通风和物料输送。
    • 8. 发明公开
    • A SYSTEM FOR CLASSIFICATION OF MATERIALS USING LASER INDUCED BREAKDOWN SPECTROSCOPY
    • 系统ZUR KLASSIFIZIERUNG VON MATERIALIEN MITHILFE EINER LASERINDUZIERTEN BREAKDOWN-SPEKTROSKOPIE
    • EP2553435A1
    • 2013-02-06
    • EP11761828.0
    • 2011-03-29
    • DataTrace DNA Pty Ltd
    • SWIEGERS, Gerhard, FrederickKRAFT, John
    • G01N21/71E21B49/00G01V8/02E21B44/00G01J3/443
    • E21C41/00E21C41/30G01N21/21G01N21/63G01N21/6402G01N21/65G01N21/718
    • A process for real-time classification of materials, the process including: conducting laser induced breakdown spectroscopy on the material (LIBS), wherein at least one second laser pulse is directed to the plume so as to selectively energise only a portion of the plume; measuring optical emissions from the energised portion of the plume; and assessing the elemental composition of the material on the basis of the optical emissions from the excited portion of the plume; wherein the energised portion of the plume is substantially smaller than the entire plume so that the measured optical emissions are relatively independent of the size of the entire plume and hence are relatively independent of the optical absorption and vaporisation characteristics of the material, thereby allowing a more accurate assessment of the elemental composition of the material than if the assessment was based on the optical emissions from the entire plume.
    • 一种用于材料的实时分类的方法,所述方法包括:在材料(LIBS)上进行激光诱导击穿光谱,其中至少一个第二激光脉冲被引导到羽流,以便仅选择性地激励羽流的一部分; 测量从羽流通电部分的光发射; 并且基于来自羽流的激发部分的光发射来评估材料的元素组成; 其中羽流的通电部分基本上小于整个羽流,使得所测量的光发射相对独立于整个羽流的尺寸,因此相对独立于材料的光学吸收和蒸发特性,从而允许更多 准确评估材料的元素组成,而不是评估是基于整个羽流的光发射。