摘要：【中文】本发明公开了一种基于系统动力学仿真的高校基建项目管理方法，通过网络进行交互通信的用户端和云服务平台，还包括系统动力学仿真单元，用户端将工程项目的实际动态发送至云服务平台进行处理，在将数据输入至系统动力学仿真单元进行模拟仿真生成动态模型，最后通过云服务平台反馈至用户端，从而实现项目管理各部门对项目进行的状态进行动态的监控和管理，本发明基于系统动力学，建立仿真模型并进行实时监控，能够根据项目的当前运行状态及时调整管理策略和方法，很好的保障了工程项目稳定健康的运行发展。 【EN】The invention discloses a college capital construction project management method based on system dynamics simulation, which comprises a user side and a cloud service platform which are in interactive communication through a network, and further comprises a system dynamics simulation unit, wherein the user side sends the actual dynamics of an engineering project to the cloud service platform for processing, inputs data to the system dynamics simulation unit for simulation to generate a dynamic model, and finally feeds the dynamic model back to the user side through the cloud service platform, so that the dynamic monitoring and management of the project state performed by each department of project management are realized.

摘要：【中文】本发明公开了一种基于系统动力学的工程项目管理系统，包括通过网络进行交互通信的用户端和云服务平台，还包括系统动力学仿真单元，所述系统动力学仿真单元包括数据提取模块、数据分析处理模块、参数分配模块、仿真模型生成模块、仿真报告发布模块；所述云服务平台还包括与信息分析单元连接的项目管理单元，基于系统动力学，为建设项目管理前期的项目决策和后期的项目管理提供了技术支撑；尝试对应于当前研究的热点问题项目管理模式(BT,PPP等)来研究具体的项目管理方法；将系统动力学运用到工程项目管理中，建立仿真模型并进行实时监控，能够根据项目的当前运行状态及时调整管理策略和方法，很好的保障了工程项目稳定健康的运行发展。 【EN】The invention discloses an engineering project management system based on system dynamics, which comprises a user side and a cloud service platform which are in interactive communication through a network, and further comprises a system dynamics simulation unit, wherein the system dynamics simulation unit comprises a data extraction module, a data analysis processing module, a parameter distribution module, a simulation model generation module and a simulation report release module; the cloud service platform also comprises a project management unit connected with the information analysis unit, and provides technical support for project decision in the early stage and project management in the later stage of construction project management based on system dynamics; trying a project management mode (BT, PPP, etc.) corresponding to a hot problem currently being researched to research a specific project management method; the system dynamics is applied to engineering project management, a simulation model is established and real-time monitoring is carried out, management strategies and methods can be adjusted in time according to the current operation state of the project, and stable and healthy operation development of the engineering project is well guaranteed.

摘要：【中文】本发明公开了一种动态选择广告商的智能移动广告系统，包括聚合广告SDK、聚合广告服务端及聚合广告管理平台，所述聚合广告管理平台包括用户管理模块、流量主管理模块、应用管理模块、广告位管理模块及系统监控模块，所述聚合广告管理平台用于接收数据库中采集并分析的各个应用的广告数据，并整合各个模块的数据，所述聚合广告服务端用于接收聚合广告管理平台的数据以及调用聚合广告SDK接口，聚合广告SDK包括多个第三方广告平台及多个自运营广告SDK，所述聚合广告SDK接收聚合广告管理平台中的数据并配置动态加载不同的第三方广告位，并请求不同的SDK广告资源。本发明系统通过集合多家广告平台并结合自身的数据优化策略，开发者可以同时整合多家的广告资源并定义配比策略，帮助开发者实现广告收益的提升。 【EN】The invention discloses an intelligent mobile advertisement system for dynamically selecting advertisers, which comprises an aggregated advertisement SDK, an aggregated advertisement server and an aggregated advertisement management platform, the polymerization advertisement management platform comprises a user management module, a flow main management module, an application management module, an advertisement position management module and a system monitoring module, the aggregate advertisement management platform is used for receiving advertisement data of each application collected and analyzed in the database, and integrating the data of each module, wherein the polymerization advertisement service end is used for receiving the data of the polymerization advertisement management platform and calling a polymerization advertisement SDK interface, the polymerization advertisement SDK comprises a plurality of third party advertisement platforms and a plurality of self-operated advertisement SDKs, and the aggregation advertisement SDK receives the data in the aggregation advertisement management platform, configures and dynamically loads different third-party advertisement positions, and requests different SDK advertisement resources. By integrating a plurality of advertisement platforms and combining the data optimization strategies of the system, a developer can simultaneously integrate a plurality of advertisement resources and define the matching strategies, so that the improvement of the advertisement income of the developer is facilitated.

摘要：【中文】本发明提供了一种电梯控制柜自动化生产系统，包括作业线与回板线；作业线设置在回板线的上侧；作业线包括组装线、检测线与包装线；组装线的左端设置有第一自动升降机，第一自动升降机将组装线与回板线连接；在组装线的两侧分别为组装人工工位与物料周转车停放工位；检测线中的传输线中顺序设置有第一移载机、多台检测移栽机、第二移载机、整理及人工检测工位；在传输线的两侧设置有返修平台与检测平台；包装线中依次设置有第二自动升降机、封箱工位、打带工位、自动升降下线工位；且在第二自动升降机处设置有全自动成品吊装机，第二自动升降机将作业线与回板线衔接。本发明将作业线与回板线设置成空间上的上、下两层，保证了工装板的循环使用。 【EN】The invention provides an automatic production system of an elevator control cabinet, which comprises a working line and a return plate line; the operating line is arranged on the upper side of the plate returning line; the operation line comprises an assembly line, a detection line and a packaging line; the left end of the assembly line is provided with a first automatic lifter, and the first automatic lifter connects the assembly line with the return plate line; an assembly manual station and a material turnover vehicle parking station are respectively arranged at two sides of the assembly line; a first transfer machine, a plurality of detection transplanting machines, a second transfer machine, a sorting and manual detection station are sequentially arranged in a transmission line in the detection line; a repair platform and a detection platform are arranged on two sides of the transmission line; a second automatic lifter, a box sealing station, a tape beating station and an automatic lifting off-line station are sequentially arranged in the packaging line; and a full-automatic finished product hoisting machine is arranged at the second automatic elevator, and the second automatic elevator connects the operating line with the return plate line. The working line and the return line are arranged into an upper layer and a lower layer in space, so that the recycling of the tooling plate is ensured.

摘要：【中文】本发明提供了一种船用泵运行环境模拟系统及方法，属于流体机械数值计算领域。主要包括模型获取模块、运动规律获取模块和模型设置模块；运动规律获取模块根据模型获取模块建立的三维模型，获得船用泵摇摆规律和流体介质叶轮旋转轴位置变化规律；模型设置模块将运动规律和三维模型进行网格划分后得到的网格数据导入流体分析单元进行处理，模拟建立完整的船用泵运行环境；本发明的模拟方法将船用泵摇摆的周期性角位移运动规律以函数形式加载到流体介质中，使流体介质和船用泵在运动上保持一致，提升船用泵的设计合理性和运行稳定性；能够减少在船用泵设计过程中，对陆用泵设计方法的依赖。 【EN】The invention provides a system and a method for simulating the operating environment of a marine pump, and belongs to the field of fluid machinery numerical calculation. The system mainly comprises a model acquisition module, a motion rule acquisition module and a model setting module; the motion rule obtaining module obtains a marine pump swing rule and a fluid medium impeller rotating shaft position change rule according to the three-dimensional model established by the model obtaining module; the model setting module guides the grid data obtained after the movement rule and the three-dimensional model are subjected to grid division into the fluid analysis unit for processing, and simulates and establishes a complete marine pump operating environment; the simulation method loads the periodical angular displacement motion law of the ship pump swing into the fluid medium in a function form, so that the fluid medium and the ship pump keep consistent in motion, and the design rationality and the operation stability of the ship pump are improved; the dependence on the land pump design method in the design process of the marine pump can be reduced.

摘要：【中文】本发明公开了一种光热诱导自修复导电水凝胶的制备方法，是将含硒功能性修饰体加入到金属纳米材料分散液中，充分搅拌并超声混合，得表面功能化的金属纳米材料；然后将亲水性单体、引发剂及添加剂加入到功能化金属纳米材料分散液中，充分搅拌并超声充分溶解，在一定温度下聚合即得到光热诱导自修复导电水凝胶。本发明提供了一种新的自修复导电水凝胶的合成方法，即金属‑硒配位键，该配位键可以在光或者热的诱导下发生化学键的断裂和结合，即配位键的可逆性，为材料优异的自修复性提供了理论基础；该类光热诱导自修复导电水凝胶在生物医学和电子器件等领域具有良好的应用前景。 【EN】The invention discloses a preparation method of photo-thermal induced self-repairing conductive hydrogel, which comprises the steps of adding a selenium-containing functional modifier into a metal nano material dispersion liquid, fully stirring and ultrasonically mixing to obtain a surface functionalized metal nano material; and then adding the hydrophilic monomer, the initiator and the additive into the functionalized metal nano material dispersion liquid, fully stirring and fully dissolving by ultrasonic waves, and polymerizing at a certain temperature to obtain the photo-thermal induced self-repairing conductive hydrogel. The invention provides a new synthesis method of self-repairing conductive hydrogel, namely a metal-selenium coordination bond, wherein the coordination bond can be subjected to breakage and combination of chemical bonds under the induction of light or heat, namely the reversibility of the coordination bond, so that a theoretical basis is provided for excellent self-repairing performance of a material; the photo-thermal induced self-repairing conductive hydrogel has good application prospect in the fields of biomedicine, electronic devices and the like.

摘要：【中文】本发明公开了一种信息处理方法和装置，涉及计算机技术领域。该方法的一具体实施方式包括：获取前端对实体表中第一记录的变更信息，根据实体表的表名称在明细层中进行查询，以确定与实体表对应的明细表；根据第一记录的标识，确定明细表中与标识对应的第二记录，进而基于变更信息对第二记录进行更新；在对第二记录更新完毕后，触发统计层对明细表中记录的统计操作，得到统计值并传输至前端进行显示。该实施方式将显示逻辑与业务逻辑进行分离，整体呈现三层模型结构，便于职责分工，减少了开发复杂度，实现了数据分级处理，降低了非关键性数据操作对开发人员的干扰。 【EN】The invention discloses an information processing method and device, and relates to the technical field of computers. One embodiment of the method comprises: acquiring change information of a first record in the entity table by the front end, and inquiring in the detail layer according to the table name of the entity table to determine a detail table corresponding to the entity table; determining a second record corresponding to the identifier in the list according to the identifier of the first record, and updating the second record based on the change information; and after the second record is updated, triggering the statistical operation of the statistical layer on the records in the detail list to obtain a statistical value, and transmitting the statistical value to the front end for displaying. The implementation mode separates the display logic from the service logic, integrally presents a three-layer model structure, facilitates division of duties, reduces development complexity, realizes data classification processing, and reduces interference of non-critical data operation on developers.

摘要：【中文】本发明是一种用于桩基抗拔与水平承载性能检测的室内模型装置，包括模型桩、模型槽、反力架、柔性钢丝绳、测量百分表、水平加载系统及上拔加载系统，模型桩位于模型槽体的中部位置，反力架上安装有若干定滑轮，一根柔性钢丝绳一端与模型桩顶部的铝制桩帽连接，另一端绕过一侧的定滑轮与水平加载系统相连；另一根柔性钢丝绳一端与模型桩顶部的铝制桩帽连接，另一端绕过反力架上另外两个定滑轮与上拔加载系统相连，测量百分表通过支架固定在模型桩的铝制桩帽与反力架中间位置。本发明的有益效果在于：本发明结构简单、操作方便、适用性强、装配便捷、低碳环保且可循环操作使用，可方便地进行各类模型桩抗上拔及水平荷载性能检测试验。 【EN】The invention relates to an indoor model device for detecting the uplift and horizontal bearing performance of a pile foundation, which comprises a model pile, a model groove, a reaction frame, a flexible steel wire rope, a measuring dial indicator, a horizontal loading system and an uplift loading system, wherein the model pile is positioned in the middle of the model groove, the reaction frame is provided with a plurality of fixed pulleys, one end of one flexible steel wire rope is connected with an aluminum pile cap at the top of the model pile, and the other end of the flexible steel wire rope bypasses the fixed pulley on one side to be connected with the horizontal loading system; one end of the other flexible steel wire rope is connected with the aluminum pile cap at the top of the model pile, the other end of the other flexible steel wire rope bypasses the other two fixed pulleys on the reaction frame to be connected with the upward pulling loading system, and the measuring dial indicator is fixed in the middle of the aluminum pile cap and the reaction frame of the model pile through the support. The invention has the beneficial effects that: the pile model pile pulling-up resistance and horizontal load performance testing device is simple in structure, convenient to operate, high in applicability, convenient to assemble, low-carbon, environment-friendly and capable of being operated and used circularly, and can be used for conveniently carrying out pulling-up resistance and horizontal load performance testing on various model piles.

摘要：【中文】本发明提供了一种多极化方式的极化馈电网络，利用由天线接收的水平极化方式射频信号和垂直极化方式射频信号通过TR组件通道对接收信号进行滤波放大等处理；设计由水平极化方式的射频信号和垂直极化方式的射频信号利用多极化馈电网络产生水平极化信号，垂直极化信号，斜极化信号，左旋圆极化信号和右旋圆极化信号五种极化方式的射频信号；在同一套硬件电路的条件下，多种极化方式之间可以灵活变换，而且可以保证各个子单元的极化方式相对独立。本发明可以独立控制，提高阵面设计的灵活性和多变性，经过本发明的极化馈电网络可以灵活配置各种极化方式的信号；设计方法简单，控制灵活，设计成本低。 【EN】The invention provides a multi-polarization feed network, which utilizes a horizontal polarization mode radio frequency signal and a vertical polarization mode radio frequency signal received by an antenna to carry out processing such as filtering amplification and the like on the received signals through a TR component channel; the method comprises the steps that radio frequency signals in a horizontal polarization mode and radio frequency signals in a vertical polarization mode are designed to generate radio frequency signals in five polarization modes, namely horizontal polarization signals, vertical polarization signals, oblique polarization signals, left-hand circularly polarized signals and right-hand circularly polarized signals by utilizing a multi-polarization feed network; under the condition of the same hardware circuit, various polarization modes can be flexibly changed, and the polarization modes of all subunits can be relatively independent. The polarization feed network can be independently controlled, the flexibility and the variability of the design of the array surface are improved, and signals of various polarization modes can be flexibly configured through the polarization feed network; the design method is simple, flexible to control and low in design cost.

摘要：【中文】本发明提供了一种线段检测方法、装置和设备。所述方法包括：提取待处理图像的图像特征，所述图像特征包括图像梯度角度和图像梯度幅值；基于提取的图像特征确定多个种子点；对于所述多个种子点中的每个种子点，根据区域生长规则确定各个种子点的当前连通区域，其中，区域生长规则需要同时满足梯度幅值生长规则和梯度角度生长规则；以及对各个种子点的当前连通区域内的线段进行线段拟合。 【EN】The invention provides a line segment detection method, a line segment detection device and line segment detection equipment. The method comprises the following steps: extracting image features of an image to be processed, wherein the image features comprise an image gradient angle and an image gradient amplitude; determining a plurality of seed points based on the extracted image features; for each seed point in the plurality of seed points, determining a current communication region of each seed point according to a region growth rule, wherein the region growth rule needs to simultaneously satisfy a gradient amplitude growth rule and a gradient angle growth rule; and fitting the line segments in the current communication area of each seed point.