摘要：【中文】本发明公开了一种用于隧道施工的钻取芯一体化钻机，包括超前钻机本体、钻杆、定位板、底座、芯料框以及控制系统，所述超前钻机本体、定位板均安装在底座上，钻杆安装在超前钻机本体上，定位板与钻杆相互对齐，芯料框设置在超前钻机本体、定位板之间；所述钻杆为双层结构，包括外套杆和内套杆，外套杆和内套杆均为环形结构，且内套杆外壁与外套杆内壁之间留有灰料槽；所述外套杆和内套杆杆口分别设置有开孔刀和打磨刀，在内套杆环形腔底部设置有活动推板，活动推板通过液压杆安装在内套杆底部；所述液压杆设置有液压系统，液压系统、朝前钻机本体均与控制系统连接；本发明实现了钻杆钻孔取芯一体化，有效减轻了后续工作压力。 【EN】The invention discloses a core drilling and taking integrated drilling machine for tunnel construction, which comprises an advanced drilling machine body, a drilling rod, a positioning plate, a base, a core material frame and a control system, wherein the advanced drilling machine body and the positioning plate are both arranged on the base; the drill rod is of a double-layer structure and comprises an outer loop rod and an inner loop rod, the outer loop rod and the inner loop rod are both of annular structures, and a dust groove is reserved between the outer wall of the inner loop rod and the inner wall of the outer loop rod; the openings of the outer loop bar and the inner loop bar are respectively provided with a tapping knife and a polishing knife, the bottom of an annular cavity of the inner loop bar is provided with a movable push plate, and the movable push plate is arranged at the bottom of the inner loop bar through a hydraulic rod; the hydraulic rod is provided with a hydraulic system, and the hydraulic system and the forward drilling machine body are connected with a control system; the invention realizes the integration of drilling and coring of the drill rod and effectively lightens the subsequent working pressure.

摘要：【中文】本发明公开了一种基于射频技术的资产全周期管控方法及装置。该方法包括：为各个资产分配射频识别标签；基于所述射频识别标签实时获取各个资产的状态信息；基于所述状态信息与射频管理分析模型生成各个资产的使用描述数据；以及基于所述各个资产的使用描述数据对所述各个资产进行全周期的管控。本公开涉及的资产全周期管控方法及装置，能够对设备的全生命周期进行有效管理，以实现全程监控，从而在更高的逻辑层次上实现设备泛在协同和智能决策，为生产环境设备的最优化使用、管理提供最佳决策依据。 【EN】The invention discloses an asset full-period management and control method and device based on a radio frequency technology. The method comprises the following steps: assigning a radio frequency identification tag to each asset; acquiring state information of each asset in real time based on the radio frequency identification tag; generating usage description data of each asset based on the state information and a radio frequency management analysis model; and performing full-period management and control on the assets based on the use description data of the assets. The asset full-period management and control method and device can effectively manage the full life period of the equipment to realize full-course monitoring, thereby realizing equipment ubiquitous cooperation and intelligent decision on a higher logic level and providing an optimal decision basis for optimal use and management of production environment equipment.

摘要：【中文】本发明公开了一种多目标资源调度自动化管控方法及装置。该方法包括：获取来自移动物联网终端的任务信息；确定多个目标资源的空闲信息；基于所述空闲信息与所述任务信息进行所述多个目标资源的动态建模，生成调度信息；以及基于所述调度信息对所述多个目标资源进行调度。本公开涉及的多目标资源调度自动化管控方法及装置，能够实时、高效、精确的对调度自动化中的管控数据动态进行更新和呈现，对资产进行实时监控、智能盘点和高效管理。 【EN】The invention discloses a multi-target resource scheduling automatic control method and device. The method comprises the following steps: acquiring task information from a mobile Internet of things terminal; determining idle information of a plurality of target resources; performing dynamic modeling on the plurality of target resources based on the idle information and the task information to generate scheduling information; and scheduling the plurality of target resources based on the scheduling information. The multi-target resource scheduling automatic management and control method and device can update and present management and control data in scheduling automation dynamically in real time, efficiently and accurately, and perform real-time monitoring, intelligent inventory and efficient management on assets.

摘要：【中文】本发明公开了一种用于电力巡检机器人的方法及装置。该方法包括：电力巡检机器人根据预设参数启动执行巡检任务；在执行所述巡检任务的过程中获取实时网关图像；基于所述实时网关图像确定网关的状态；以及在所述网关的状态不满足预设参数时，基于自动插拔模式识别模型对所述网关进行处理。本公开涉及的用于电力巡检机器人的方法及装置，能够通过电力巡检机器人对电力设备进行自动化巡检和故障定位，还能够自动处理故障。 【EN】The invention discloses a method and a device for a power inspection robot. The method comprises the following steps: the power inspection robot starts to execute inspection tasks according to preset parameters; acquiring a real-time gateway image in the process of executing the inspection task; determining a state of a gateway based on the real-time gateway image; and processing the gateway based on an automatic plug-pull mode identification model when the state of the gateway does not meet the preset parameters. The method and the device for the power inspection robot can automatically inspect and locate the fault of the power equipment through the power inspection robot and can automatically process the fault.