摘要：【中文】本发明涉及一种用于电容式电压互感器绝缘检测方法及装置，该方法在于采集电容式电压互感器C₂端尾端的电流励磁变单元一次绕组的电流进而计算出高压电容C₁电流的幅值及相位，提出了单台互感器绝缘状态判断方法和多台互感器绝缘状态比较法，通过比较各个部件的电流相对变化，精确地得到了电容式电压互感器各个部件的绝缘状态，本发明圆满的解决了传统电容式电压互感器带电检测技术手段不灵敏的问题，为及早发现电容式电压互感器缺陷奠定了基础。 【EN】The invention relates to an insulation detection method and device for a capacitor voltage transformer, wherein the method is used for collecting the capacitor voltage transformer C₂Current at the end and tailCurrent of primary winding of excitation transformer unitFurther calculate the high voltage capacitance C₁The invention provides a method for judging the insulation state of a single mutual inductor and a method for comparing the insulation states of a plurality of mutual inductors, and accurately obtains the insulation state of each part of a capacitor voltage mutual inductor by comparing the relative change of the current of each partThe problem that the conventional capacitive voltage transformer electrification detection technology is insensitive is solved, and a foundation is laid for finding the defects of the capacitive voltage transformer as soon as possible.

摘要：【中文】本发明公开了一种改性芳纶和改性芳纶复合材料。本发明的改性芳纶通过对芳纶布进行包括预处理、等离子处理、多巴胺改性和硅烷偶联剂改性的步骤制备而成。本发明的改性芳纶复合材料通过将改性芳纶浸渍在树脂组合物中烘干得到半固化片，然后将至少一张所述半固化片叠置热压而成。本发明的改性芳纶复合材料具有结合性好、拉伸强度高等优点。 【EN】The invention discloses a modified aramid fiber and a modified aramid fiber composite material. The modified aramid fiber is prepared by performing steps including pretreatment, plasma treatment, dopamine modification and silane coupling agent modification on aramid fabric. The modified aramid composite material is prepared by soaking modified aramid in a resin composition and drying to obtain prepregs, and then laminating at least one prepreg and hot-pressing. The modified aramid composite material has the advantages of good associativity, high tensile strength and the like.

摘要：【中文】本发明涉及一种基于移动智能端的景区导览系统，包括导航界面、定位模块、解说模块、线路模块、出入口模块、厕所指引模块、餐饮模块、天气模块、景区游客热力值分布模块以及处理器；用户通过导航界面与解说模块、线路模块、出入口模块、厕所指引模块、餐饮模块进行人机交互，定位模块用于获取移动终端的定位数据并上传在处理器中作为导览系统的定位坐标；天气模块与处理器连接用于获取当前天气数据，景区游客热力值分布模块用于获取景区内游客分布情况，本发明基于天气和景区游客热力值分布情况，对导览功能进行合理变化，从而使得导览系统的智能程度更高，更加符合游客需求。 【EN】The invention relates to a scenic spot navigation system based on a mobile intelligent terminal, which comprises a navigation interface, a positioning module, an explanation module, a circuit module, an entrance module, a exit module, a toilet guide module, a catering module, a weather module, a scenic spot visitor thermal value distribution module and a processor, wherein the navigation interface is connected with the positioning module; the system comprises a navigation interface, an explanation module, a line module, an entrance module, a toilet guide module and a catering module, wherein a user carries out man-machine interaction with the explanation module, the line module, the entrance module, the exit module, the toilet guide module and the catering module through the navigation interface; the system comprises a weather module, a processor, a tourist heat value distribution module, a tour guide function module, a tour guide system and a tourist management module.

摘要：【中文】本发明涉及一种在线客流监测分析数据误差修正方法，主要用于在线客流监测分析数据误差修正，每隔2‑5秒取一次监测线的值，并和上一次取的值比较，算出进的游客变化量ic；以当前时间戳Time_t为序列存储起来，存储结构：{Time_t，TimeOut，ic}，其中TimeOut为出监测区时间戳；根据游客过监测区花的时间计算出监测区时间戳；根据桥梁承载量动态计算游客下桥时间，定义当前客流为N，最大客流为M，则当前承载量R1=N/M，当R1≤15%时，TimeOut=Time_t+MinSec，当R1＞15%时，则有TimeOut=Time_t+R1MaxSec；以当前时间戳和出监测区时间戳进行比较，计算进监测区游客数量Sumin和出监测区的游客数量SumOut，则有S=Sumin‑SumOut，其中S为监测区的实时人数，本发明可使得对于监测区的客流量统计准确度到达97%以上。 【EN】The invention relates to an error correction method for online passenger flow monitoring analysis data, which is mainly used for correcting the error of the online passenger flow monitoring analysis data, wherein the value of a monitoring line is taken every 2-5 seconds and compared with the last taken value to calculate the variation ic of tourists; storing by taking the current timestamp Time _ t as a sequence, wherein the storage structure comprises the following steps: { Time _ t, TimeOut, ic }, where TimeOut is a watch zone timestamp; calculating a monitoring area timestamp according to the time spent by the tourist in the monitoring area; dynamically calculating the Time of the tourists for getting off the bridge according to the bridge bearing capacity, defining the current passenger flow as N, defining the maximum passenger flow as M, then the current bearing capacity R1= N/M, when R1 is less than or equal to 15%, TimeOut = Time _ t + MinSec, when R1 is more than 15%, then TimeOut = Time _ t + R1 MaxSec; and comparing the current time stamp with the time stamp of the monitoring area, and calculating the number Sumin of the tourists entering the monitoring area and the number SumOut of the tourists leaving the monitoring area, wherein S = Sumin-SumOut, and S is the real-time number of the tourists.

摘要：【中文】本发明涉及一种景区客流量管控系统，包括售票采集模块、验票模块、售票预测模块、景区游客分布采集模块、人数统计分析模块、管理服务器以及PC界面；售票采集模块用于采集售票信息，景区游客分布采集模块用于采集景区内各景点分布人数，验票模块用于景区门票验票获取进入景区的总人数，人数统计分析模块根据进入景区的总人数和各景点分布人数绘制人数变化态势曲线以及景区内游客分布的热力值图像，并通过PC界面进行显示；售票预测模块根据售票数据生成预售票趋势曲线，并预测出景区内各景点游客饱和时间段。本发明可以在景区游客爆满之前就预测到爆满时间点，从而提前结束售票，且不存在信息滞后，既保证了景区经济效益又解决了游客爆满的问题。 【EN】The invention relates to a scenic spot passenger flow management and control system, which comprises a ticket selling acquisition module, a ticket checking module, a ticket selling prediction module, a scenic spot visitor distribution acquisition module, a people counting and analyzing module, a management server and a PC interface, wherein the ticket selling acquisition module is used for collecting the number of the scenic spot visitors; the system comprises a ticketing acquisition module, a scenic spot tourist distribution acquisition module, a ticket checking module, a people counting and analyzing module and a PC interface, wherein the ticketing acquisition module is used for acquiring ticketing information, the scenic spot tourist distribution acquisition module is used for acquiring the number of people distributed in each scenic spot, the ticket checking module is used for checking tickets of scenic spot entrance to acquire the total number of people entering the scenic spot, and the people counting and analyzing module is used for drawing a people number change situation curve and a thermal value image of tourist distribution in the scenic spot according to the total number of people; the ticket selling prediction module generates a pre-ticket selling trend curve according to ticket selling data and predicts the saturation time period of tourists of each scenic spot in the scenic spot. The invention can predict the full time point before the tourists in the scenic spot are full, thereby finishing ticket selling in advance, having no information lag, ensuring the economic benefit of the scenic spot and solving the problem of full explosion of the tourists.

摘要：【中文】本发明涉及一种客流量在线监测分析平台，该平台包括感知层、通信管道、数据处理层以及应用层：感知层由布置在监测区域的若干客流计数器组成，用于统计进入监测区域的客流量；通信管道用于将客流量数据上传至数据处理层进行误差分析和统计分析；应用层根据分析后的数据进行实时客流量展示、生成历史客流报表、监测区域承载量预警以及用于移动端通知；本发明利用在线分析和误差修正算法，可使得对于监测区的客流量统计准确度到达97%以上。 【EN】The invention relates to an online passenger flow monitoring and analyzing platform, which comprises a sensing layer, a communication pipeline, a data processing layer and an application layer: the sensing layer consists of a plurality of passenger flow counters arranged in the monitoring area and is used for counting the passenger flow entering the monitoring area; the communication pipeline is used for uploading the passenger flow data to the data processing layer for error analysis and statistical analysis; the application layer displays the passenger flow in real time according to the analyzed data, generates a historical passenger flow report, pre-warns the load capacity of the monitoring area and is used for notifying a mobile terminal; the invention can make the passenger flow statistical accuracy of the monitoring area reach more than 97% by using the online analysis and error correction algorithm.