摘要：【中文】本发明公开了一种页面管理方法、装置、终端设备及存储介质，该方法包括在接收到页面跳转请求时，根据所述页面跳转请求，确定目标页面对应的架构类型；其中，所述页面跳转请求中包含所述目标页面的URL信息，所述架构类型包括Native、HTML5和Weex；根据所述架构类型对所述URL信息进行硬解码，得到硬解码后的URL信息；对所述硬解码后的URL信息进行解析，得到URL解析信息；将所述URL解析信息发送给当前应用程序内部的路由服务模块，以通过所述路由服务模块基于所述URL解析信息跳转至所述目标页面。采用本发明能在应用程序中实现多种架构类型的页面之间的跳转管理，从而使得应用程序可以兼容多种跨平台开发框架。 【EN】The invention discloses a page management method, a page management device, terminal equipment and a storage medium, wherein the method comprises the steps of determining an architecture type corresponding to a target page according to a page jump request when the page jump request is received; the page jump request comprises URL information of the target page, and the architecture type comprises Native, HTML5 and Weex; carrying out hard decoding on the URL information according to the architecture type to obtain URL information after hard decoding; analyzing the URL information after the hard decoding to obtain URL analysis information; and sending the URL analysis information to a routing service module in the current application program, so as to jump to the target page based on the URL analysis information through the routing service module. The invention can realize the jump management among the pages with various architecture types in the application program, thereby enabling the application program to be compatible with various cross-platform development frameworks.

摘要：【中文】本发明公开了一种智能型驾驶管理系统及方法，管理系统包含：中控单元、检测模块、语音提醒模块、回复接收模块及信号发射模块。管理方法包含：A.以一管理系统与一行车计算机进行联机，并接收该行车计算机侦测到车辆的一行车信息；B.管理系统针对该行车信息设定一标准值，检测到该行车信息的数据与该标准值不符时，发出一语音消息；C.管理系统接收一语音回复内容，并根据该语音回复内容，再次检测新的该行车信息的数据是与该标准值相符；D.管理系统根据新的该行车信息产生一检测结果，并判定该检测结果为正常驾驶或危险驾驶。 【EN】The invention discloses an intelligent driving management system and a method, wherein the management system comprises: the device comprises a central control unit, a detection module, a voice reminding module, a reply receiving module and a signal transmitting module. The management method comprises the following steps: A. a management system is connected with a running computer, and the running information of the vehicle detected by the running computer is received; B. the management system sets a standard value for the driving information, and sends out a voice message when detecting that the data of the driving information is not accordant with the standard value; C. the management system receives a voice reply content and detects that the new data of the driving information conforms to the standard value again according to the voice reply content; D. and the management system generates a detection result according to the new driving information and judges whether the detection result is normal driving or dangerous driving.

摘要：【中文】本发明属于导电涂料技术领域，具体涉及一种改性银粉导电涂料及其制备方法。本发明从全新的角度考虑，通过对银粉的表面改性，使银粉表面接枝上有机物，银粉表面的有机物能有效地改善银粉与树脂之间的界面特性，减少导电涂料中的微孔和间隙数目，更好地阻挡水汽等腐蚀性物质进入导电涂料的涂层内部，避免了银粉由于其具有的高导电性容易与金属基底反生电化学腐蚀，尤其是在沿海高湿高盐浓度的环境中，从而改善了导电涂料失效的问题，保证了导电涂料在金属基底上更长的使用时间，在与马口铁组成的体系中具有良好的抗盐雾腐蚀性能，极大的提升了导电涂料的使用期限。 【EN】The invention belongs to the technical field of conductive coatings, and particularly relates to a modified silver powder conductive coating and a preparation method thereof. The invention is considered from a brand new point of view, the surface of the silver powder is grafted with the organic matter by modifying the surface of the silver powder, the organic matter on the surface of the silver powder can effectively improve the interface characteristic between the silver powder and the resin, the number of micropores and gaps in the conductive coating is reduced, corrosive substances such as water vapor and the like are better prevented from entering the coating of the conductive coating, the problem that the conductive coating fails due to the fact that the silver powder is easy to generate electrochemical corrosion with a metal substrate because of high conductivity of the silver powder, particularly in the environment with high humidity and high salt concentration along the sea, the longer service time of the conductive coating on the metal substrate is ensured, the conductive coating has good salt spray corrosion resistance in a system formed by the silver powder and the tin plate, and the service life of the conductive coating is greatly prolonged.

摘要：【中文】本发明属于喷涂应用领域，具体涉及一种获得独立的大气等离子喷涂涂层的方法。本发明所需原料经济，易得。本发明采用不锈钢基底，通过在目标涂层与不锈钢基底之间加入在去离子水中的溶解度很高的NaCl作为溶解层，使得目标涂层置于去离子水中会短时间内脱离不锈钢基底，且保持形貌完整，在去除涂层基底的过程中不会对涂层的形貌、性能及内部结构产生影响。本发明所用不锈钢基底由于NaCl在去离子水中溶解后形貌不会受其影响，所以涂层基底可以重复利用，减少资源浪费。 【EN】The invention belongs to the field of spraying application, and particularly relates to a method for obtaining an independent atmospheric plasma spraying coating. The raw materials required by the invention are economical and easy to obtain. According to the invention, the stainless steel substrate is adopted, and NaCl with high solubility in deionized water is added between the target coating and the stainless steel substrate as a dissolving layer, so that the target coating can be separated from the stainless steel substrate in a short time after being placed in the deionized water, the appearance is kept complete, and the appearance, the performance and the internal structure of the coating cannot be influenced in the process of removing the coating substrate. The shape of the stainless steel substrate used in the invention is not affected by NaCl dissolved in deionized water, so that the coated substrate can be reused, and the resource waste is reduced.

摘要：【中文】本发明公开了一种天然气水合物复合开采方法。所述开采方法包括如下步骤：在待开采天然气水合物的地层处设置开采井、注入井A和B，且注入井A和B设于开采井的两侧；通过井B向天然气水合物储层下放固态破碎钻机及辅助设备，钻至储层后，钻孔转为平行于水平线继续钻进以破碎储层；关闭开采井，控制二氧化碳控制平台，通过井A向天然气水合物储层注入二氧化碳；控制钻井液控制平台，通过井B向天然气水合物储层注入钻井液；打开开采井，将储层内产生的天然气抽采至海上平台。本发明利用二氧化碳水合物稳定性好的优点，保证地层的稳定，避免了地质灾害和水合物大量分解，同时通过钻井液提供有利的反应条件有效提高了天然气水合物的产量。 【EN】The invention discloses a natural gas hydrate compound mining method. The mining method comprises the following steps: arranging a production well, injection wells A and B at a stratum where the natural gas hydrate is to be produced, wherein the injection wells A and B are arranged on two sides of the production well; putting a solid crushing drilling machine and auxiliary equipment into the natural gas hydrate reservoir through a well B, and after drilling to the reservoir, converting the drilling into a drilling mode parallel to a horizontal line and continuing drilling to crush the reservoir; closing the production well, controlling a carbon dioxide control platform, and injecting carbon dioxide into the natural gas hydrate reservoir through the well A; controlling a drilling fluid control platform, and injecting drilling fluid into the natural gas hydrate reservoir through a well B; and opening the production well, and pumping the natural gas generated in the reservoir to the offshore platform. The method utilizes the advantage of good stability of the carbon dioxide hydrate, ensures the stability of the stratum, avoids geological disasters and great decomposition of the hydrate, and effectively improves the yield of the natural gas hydrate by providing favorable reaction conditions through the drilling fluid.

摘要：【中文】一种利用硫酸钠从中高镁锂比老卤中提取氢氧化锂的方法，通过老卤多次与硫酸钠反应，排出老卤中的镁，将锂富集于清液中，再通过冷冻析盐，碱法除镁，加入氢氧化钠，固液分离，得氢氧化锂沉淀。本发明方法工艺流程简单，设备简单，操作简便，能耗低，绿色环保，生产周期短；硫酸钠原料易得，成本低，在本发明中可回收利用；适用性广，能大幅度降低老卤中的镁锂比，通过本工艺处理后的富锂母液中锂质量百分含量达到1.5%以上，大幅度降低了提锂过程中除镁的成本；除镁率高，可除去老卤中85%以上的镁。 【EN】A process for extracting lithium hydroxide from the aged bittern with high Mg-Li ratio includes such steps as reaction between aged bittern and sodium sulfate, discharging Mg from aged bittern, enriching Li in clear liquid, cold freezing for separating out salt, removing Mg by alkali method, adding sodium hydroxide, and solid-liquid separation to obtain lithium hydroxide deposit. The method has the advantages of simple process flow, simple equipment, simple and convenient operation, low energy consumption, environmental protection and short production period; the sodium sulfate raw material is easy to obtain, the cost is low, and the sodium sulfate can be recycled; the applicability is wide, the magnesium-lithium ratio in the old brine can be greatly reduced, the mass percentage content of lithium in the lithium-rich mother liquor treated by the process reaches more than 1.5 percent, and the cost of removing magnesium in the lithium extraction process is greatly reduced; the magnesium removal rate is high, and more than 85% of magnesium in the old brine can be removed.

摘要：【中文】本发明公开了一种二元地质结构层的基坑降排水的方法，采用降水管井和/或轻型井点+渗沟复合型基坑降水方法工艺流程：基坑开挖至一定深度→开挖渗沟→安装降水管井和/或轻型井点→砂性土回填渗沟→粘性土封填沟顶→进行连续基坑降水。本发明能够解决基坑位于隔水地层，基坑下部为强透水地层的二元地质结构降排水困难，不易疏干的技术问题。 【EN】The invention discloses a method for lowering and draining water of a foundation pit with a binary geological structure layer, which adopts a process flow of a downcast pipe well and/or a light well point + infiltration ditch composite foundation pit dewatering method: excavating the foundation pit to a certain depth → excavating an infiltration ditch → installing a downcast pipe well and/or a light well point → backfilling the infiltration ditch with sandy soil → sealing and filling the top of the ditch with cohesive soil → carrying out continuous foundation pit dewatering. The invention can solve the technical problems that the foundation pit is positioned in a waterproof stratum and the lower part of the foundation pit is a binary geological structure of a strong permeable stratum, and the drainage is difficult and the foundation pit is not easy to be drained.

摘要：【中文】本发明公开了一种非图像判断的行车事件记录方法及系统。该系统包括一外部事件判断单元、一内部驾驶行为事件判断单元及一处理器。该方法是由该外部事件判断单元产生一车辆外部事件，由该内部驾驶行为事件判断单元同步的产生一车辆内部驾驶行为事件，再由该处理器电性连接该外部事件判断单元与该内部驾驶行为事件判断单元，用以接收同步产生的车辆外部事件与车辆内部驾驶行为事件，并将该车辆外部事件与车辆内部驾驶行为事件以文字或程序代码的方式上传至云端而以区块链的方式储存。 【EN】The invention discloses a non-image-judged driving event recording method and system. The system comprises an external event judging unit, an internal driving behavior event judging unit and a processor. The method comprises the steps that a vehicle external event is generated by the external event judging unit, a vehicle internal driving behavior event is synchronously generated by the internal driving behavior event judging unit, the processor is electrically connected with the external event judging unit and the internal driving behavior event judging unit and used for receiving the synchronously generated vehicle external event and the vehicle internal driving behavior event, and the vehicle external event and the vehicle internal driving behavior event are uploaded to the cloud end in a text or program code mode and stored in a block chain mode.

摘要：【中文】本发明属于计算电磁学技术领域，具体涉及一种梯度蜂窝吸波材料的等效电磁参数提取方法。本发明通过采用虚部相位补偿法解决多值性问题；考虑了梯度蜂窝吸波材料的梯度独特结构对等效参数的影响，即主要包括电磁波入射端的涂层厚度、电磁波出射端的涂层厚度、梯度蜂窝吸波材料的梯度层数，以及相邻梯度涂层之间增量等物理尺寸参数，以提取出梯度蜂窝吸波材料的等效电磁参数。本发明技术方案具有原理简单，使用方便优点且获得的等效电磁参数相对准确。 【EN】The invention belongs to the technical field of computational electromagnetism, and particularly relates to an equivalent electromagnetic parameter extraction method of a gradient honeycomb wave-absorbing material. The invention solves the multivalue problem by adopting an imaginary part phase compensation method; the influence of the unique gradient structure of the gradient honeycomb wave-absorbing material on equivalent parameters is considered, namely the electromagnetic wave-absorbing material mainly comprises the coating thickness of an electromagnetic wave incident end, the coating thickness of an electromagnetic wave emergent end, the number of gradient layers of the gradient honeycomb wave-absorbing material, and physical size parameters such as increment between adjacent gradient coatings, so that the equivalent electromagnetic parameters of the gradient honeycomb wave-absorbing material are extracted. The technical scheme of the invention has the advantages of simple principle and convenient use, and the obtained equivalent electromagnetic parameters are relatively accurate.

摘要：【中文】本发明涉及海洋工程的技术领域，特别是涉及一种深海无隔水管跟管钻进下套管工艺及装置，实现钻进(扩孔)下套管一次成井，解决深海无隔水管钻进复杂地层下套管作业难、施工风险大、作业成本高；包括以下步骤：(a)先将设计长度的套管连接好；(b)在套管内部下入一套带有导向钻头、套管下扩孔器、钻铤和螺杆马达的钻具组合；(c)下钻到海底；(d)利用螺杆马达驱动导向钻头钻进一个新的井眼，通过套管下扩孔器扩孔至设计井径；(e)钻进直至套管设计深度；(f)启动下套管工具脱开机构，将套管脱开并使套管留在预定位置；(g)提钻；(h)进行后续作业。 【EN】The invention relates to the technical field of ocean engineering, in particular to a process and a device for casing running in deep sea non-riser following drilling, which realize drilling (reaming) and casing running at one time, and solve the problems of difficult casing running operation, large construction risk and high operation cost in deep sea non-riser drilling complex stratum; the method comprises the following steps: (a) connecting sleeves with designed lengths; (b) a set of drilling tool assembly with a guide drill bit, a casing underreamer, a drill collar and a screw motor is arranged in the casing; (c) drilling down to the seabed; (d) driving a guide drill bit to drill a new borehole by using a screw motor, and reaming the borehole to a designed borehole diameter by using a casing under-reamer; (e) drilling until the design depth of the casing; (f) starting a sleeve setting tool release mechanism to release the sleeve and leave the sleeve at a preset position; (g) lifting the drill; (h) and carrying out subsequent operation.