摘要：【中文】本发明公开了一种背负式锂电电连接快速压接设备，包括外壳、一键控制按钮、万向转接头、液压油缸、柱塞油泵、转动连杆、直流电机、电磁阀、储油装置、安全阀、螺堵、放油阀、吸油单向阀、柱塞杆、回油单向阀、一位弹簧、活塞杆、二位弹簧、导向杆和电路控制板。本发明的液压油缸设置有至少两路回油路，并且压接的压力可以调节。另外，本发明既可以在活塞杆的前端配装压接式钳头进行压接工作，也可以在活塞杆的前端连接万向转接头，将液压油经空心活塞杆通过万向转接头分为2路输出，连接独立式压接钳头进行压接工作。本发明还设置有背带。因此本发明压接范围宽、压接力大、压接效率高和便于高空作业携带。 【EN】The invention discloses a backpack lithium battery electric connection rapid crimping device which comprises a shell, a one-key control button, a universal adapter, a hydraulic oil cylinder, a plunger oil pump, a rotating connecting rod, a direct current motor, an electromagnetic valve, an oil storage device, a safety valve, a plug, an oil drain valve, an oil absorption one-way valve, a plunger rod, an oil return one-way valve, a one-position spring, a piston rod, a two-position spring, a guide rod and a circuit control board. The hydraulic oil cylinder is provided with at least two oil return paths, and the pressure of crimping can be adjusted. In addition, the invention can be used for carrying out crimping work by assembling the crimping type tong head at the front end of the piston rod, and can also be used for connecting the universal adapter at the front end of the piston rod, dividing hydraulic oil into 2 paths through the hollow piston rod by the universal adapter and outputting the 2 paths, and connecting the independent crimping tong head to carry out crimping work. The invention is also provided with a strap. Therefore, the invention has wide crimping range, large crimping force, high crimping efficiency and convenient carrying in high-altitude operation.

摘要：【中文】一种提高低透松软煤层抽采钻孔稳定性的方法，包括以下步骤：1，在钻杆外侧套上可伸缩拖动式套管；2，向煤层深处钻孔；3，钻孔达指定深度后，将钻杆和可伸缩拖动式套管撤出钻孔腔；4，向钻孔腔内放置防塌管至钻孔腔底部；5，在封孔管两端分别固定一个柔性气囊，两个柔性气囊之间通过通气管连接；6，在靠近钻孔腔位置的柔性气囊的上下两端分别固定注浆软管和回浆软管；7，将封孔管套在防塌管上，对两个柔性气囊充气，使其与钻孔腔内壁紧密贴合；8，对两个柔性气囊之间的封闭空间进行注浆；9，注浆完毕后拆除注浆装置，扎紧注浆软管与回浆软管。本方法保证了抽采钻孔的稳定性，以解决松软煤层成孔率低、封孔效果差的问题。 【EN】A method for improving the stability of a low-permeability soft coal seam extraction drill hole comprises the following steps: 1, sleeving a telescopic dragging type sleeve on the outer side of a drill rod; 2, drilling holes in the deep part of the coal seam; 3, after the drill hole reaches the designated depth, the drill rod and the telescopic dragging type sleeve are withdrawn from the drill hole cavity; 4, placing an anti-collapse pipe into the drilling cavity to the bottom of the drilling cavity; 5, fixing a flexible air bag at two ends of the hole sealing pipe respectively, and connecting the two flexible air bags through a vent pipe; 6, respectively fixing a grouting hose and a grout returning hose at the upper end and the lower end of the flexible air bag close to the drilling cavity; 7, sleeving the hole sealing pipe on the anti-collapse pipe, and inflating the two flexible air bags to enable the two flexible air bags to be tightly attached to the inner wall of the drilling cavity; 8, grouting the closed space between the two flexible air bags; 9, after grouting, removing the grouting device, and tightening the grouting hose and the grout returning hose. The method ensures the stability of the extraction drill hole, and solves the problems of low hole forming rate and poor hole sealing effect of the soft coal seam.

摘要：【中文】一种教学用的便携式多功能电器模块收纳装置及其使用方法，包括下盒体和上盖体，下盒体包括底板和多个侧板，相邻两个侧板之间通过连接件可拆卸地连接；下盒体内设置有电器开关插座和滑轨。本发明可收纳工业控制类综合作业搭建主电路和控制电路所用的开关电器继电器、接触器、开关电源等和传感器，根据课题的需要，能自主装配和携带，增强了高校实验室收纳装置的灵活性和便携性。 【EN】A portable multifunctional electric appliance module containing device for teaching and a using method thereof comprise a lower box body and an upper cover body, wherein the lower box body comprises a bottom plate and a plurality of side plates, and two adjacent side plates are detachably connected through a connecting piece; an electric switch socket and a sliding rail are arranged in the lower box body. The invention can be used for accommodating switching electrical relays, contactors, switching power supplies and the like and sensors used for building a main circuit and a control circuit in industrial control comprehensive operation, can be independently assembled and carried according to the requirement of a subject, and enhances the flexibility and the portability of the accommodating device in a college laboratory.

摘要：【中文】本发明公开了一种自动喷淋控制系统，涉及智能灌溉领域，包括增压泵、喷头和管道，还包括高压电磁阀、控制柜和云服务平台，所述增压泵通过所述高压电磁阀为喷头供水，所述控制柜分别与所述高压电磁阀和增压泵通信连接，所述云服务平台与所述控制柜通信连接，根据需要对控制柜下发作业指令，所述控制柜根据指令分别控制增压泵和高压电磁阀的工作和停止，所述增压泵控制自动喷淋养护的开始和结束，通过所述高压电磁阀控制自动喷淋养护的时间间隔、喷淋持续时间和水压，实现了喷淋养护的自动化作业，极大降低了养护成本，同时也避免了人工养护的不足、不及时等缺点，达到了提高施工质量的目的。 【EN】The invention discloses an automatic spraying control system, which relates to the field of intelligent irrigation, and comprises a booster pump, a nozzle, a pipeline, a high-pressure electromagnetic valve, a control cabinet and a cloud service platform, wherein the booster pump supplies water to the nozzle through the high-pressure electromagnetic valve, the control cabinet is respectively in communication connection with the high-pressure electromagnetic valve and the booster pump, the cloud service platform is in communication connection with the control cabinet, an operation instruction is issued to the control cabinet according to the requirement, the control cabinet respectively controls the work and stop of the booster pump and the high-pressure electromagnetic valve according to the instruction, the booster pump controls the start and stop of automatic spraying maintenance, the time interval, the spraying duration and the water pressure of the automatic spraying maintenance are controlled through the high-pressure electromagnetic valve, the automatic operation of the spraying maintenance is realized, the maintenance cost is greatly reduced, and the defects of insufficient and untimely manual maintenance are, the purpose of improving the construction quality is achieved.

摘要：【中文】本发明公开了一种自动化智能化施工方法，涉及T梁预制及生产领域，包括建立T梁模型，并对其进行生产测试；模拟T梁生产工艺；制定T梁预制生产计划；根据生产计划控制自动化设备进行T梁生产；通过BIM数字梁场管理系统完成上述T梁生产的全过程，以在实际实施前形成可行的生产计划，使得生产过程更加便利，降低了生产成本并提高了生产效率。 【EN】The invention discloses an automatic intelligent construction method, which relates to the field of T-beam prefabrication and production, and comprises the steps of establishing a T-beam model and carrying out production test on the T-beam model; simulating a T-beam production process; making a T-beam prefabrication production plan; controlling automatic equipment to produce the T beam according to the production plan; the whole process of the T beam production is completed through the BIM digital beam field management system, so that a feasible production plan is formed before actual implementation, the production process is more convenient, the production cost is reduced, and the production efficiency is improved.

摘要：【中文】本发明公开了一种电动式钢筋预绑扎台车及其施工方法，属于自动化工装的技术领域，包括绑扎台车和驱动该绑扎台车运动的动力小车，所述绑扎台车和动力小车均运行于走行轨道上且绑扎台车上设有定位卡具；所述定位卡具包括平行设于绑扎台车两侧的侧部卡具，两所述侧部卡具上开设有多个相对应的第一U型槽且两所述侧部卡具之间沿同一直线方向排布有多个底部卡具，各个底部卡具上均开设有多个第二U型槽且相邻两所述底部卡具上的各个第二U型槽一一对应，以达到能够提升施工效率、极大降低作业工人劳动强度的目的。 【EN】The invention discloses an electric steel bar pre-binding trolley and a construction method thereof, belonging to the technical field of automatic tools, and comprising a binding trolley and a power trolley for driving the binding trolley to move, wherein the binding trolley and the power trolley both run on a traveling track, and a positioning clamp is arranged on the binding trolley; the positioning fixture comprises side fixtures which are arranged on two sides of the binding trolley in parallel, a plurality of corresponding first U-shaped grooves and two corresponding first U-shaped grooves are formed in the side fixtures, a plurality of bottom fixtures are arranged between the side fixtures along the same straight line direction, a plurality of second U-shaped grooves and two adjacent second U-shaped grooves are formed in each bottom fixture, and the purpose that the construction efficiency can be improved and the labor intensity of operation workers can be greatly reduced is achieved.

摘要：【中文】本发明公开了一种电动式双平台T梁横向移梁车，属于桥梁施工设备的技术领域，包括移梁车架，所述移梁车架上设有走行机构并通过走行机构驱动移梁车架在走行轨道上运动；还包括支撑梁板，所述支撑梁板配设有驱动其相对移梁车架作垂直升降的液压机构；还包括分别与走行机构和液压机构电连接的控制部，该控制部配设有与其远程通信的遥控器，以达到具有体积小、重量轻、运输方便以及使用成本低的优点。 【EN】The invention discloses an electric double-platform transverse beam moving vehicle for a T-shaped beam, which belongs to the technical field of bridge construction equipment and comprises a beam moving frame, wherein a walking mechanism is arranged on the beam moving frame, and the beam moving frame is driven by the walking mechanism to move on a walking track; the support beam plate is provided with a hydraulic mechanism for driving the support beam plate to vertically lift relative to the beam moving frame; the hydraulic control system also comprises a control part which is respectively electrically connected with the walking mechanism and the hydraulic mechanism, and the control part is provided with a remote controller which is in remote communication with the control part, so that the hydraulic control system has the advantages of small volume, light weight, convenient transportation and low use cost.

摘要：【中文】本发明提供一种基于深度学习的电力通信网可靠性预测和保障方法和系统。所述方法和系统采用深度置信网络和双向LSTM神经网络分别对网络中的状态数据和计算的可靠性指标数据进行特征提取和预测，预测得出下一有效时间段内的网络状态和相应的可靠性指标。之后通过对预测的可靠性指标进行评估，若不满足标准阈值，则需要进行网络优化以提高网络的可靠性，优化时则结合预测到的下一有效时间段内的网络基本数据，选择相应的光缆优化、节点优化以及业务层级的优化，提高网络的整体可靠性。所述方法和系统通过结合预测的下一时间段的网络业务状态对电力通信网进行优化，从远期安稳提供通信服务的角度提高了网络可靠性。 【EN】The invention provides a method and a system for predicting and guaranteeing the reliability of a power communication network based on deep learning. The method and the system respectively extract and predict the characteristics of the state data in the network and the calculated reliability index data by adopting a deep confidence network and a bidirectional LSTM neural network, and predict the network state and the corresponding reliability index in the next effective time period. And then, evaluating the predicted reliability index, if the predicted reliability index does not meet the standard threshold, performing network optimization to improve the reliability of the network, and selecting corresponding optical cable optimization, node optimization and business level optimization by combining predicted network basic data in the next effective time period during optimization to improve the overall reliability of the network. The method and the system optimize the power communication network by combining the predicted network service state of the next time period, and improve the network reliability from the perspective of providing communication service stably in a long term.