摘要：【中文】本申请实施例提供了一种埋点数据处理方法、装置、服务器及存储介质，该方法包括：利用埋点数据缓存数据库存储在埋点数据收集时间段内接收到的每一个埋点数据；将存储在埋点数据缓存数据库中的、在埋点数据收集时间段内接收到的所有埋点数据写入到埋点数据持久化数据库中，更新埋点数据持久化数据库中的第一数据表中的每一个被访问埋点对象的访问总次数参数的参数值。实现了用埋点数据缓存数据库存储在埋点数据收集时间段内接收到的每一个埋点数据，然后，一次性地将存储在埋点数据缓存数据库中的所有埋点数据写入到埋点数据持久化数据库中。从而，避免存储全量的埋点数据的数据库的负载较重的情况，提升存储全量的埋点数据的数据库的稳定性。 【EN】The embodiment of the application provides a buried point data processing method, a buried point data processing device, a server and a storage medium, wherein the method comprises the following steps: storing each piece of buried point data received in the buried point data collection time period by using a buried point data cache database; and writing all the buried point data received in the buried point data collection time period, which are stored in the buried point data cache database, into the buried point data persistence database, and updating the parameter value of the total access time parameter of each accessed buried point object in the first data table in the buried point data persistence database. The method and the device realize that the data of each buried point received in the buried point data collection time period is stored by the data cache database of the buried point, and then all the data of the buried point stored in the data cache database of the buried point is written into the data persistence database of the buried point at one time. Therefore, the condition that the load of the database for storing the full amount of buried point data is heavy is avoided, and the stability of the database for storing the full amount of buried point data is improved.

摘要：【中文】本发明涉及一种后轮辅助转向代步车结构，其特征在于：包括前端车体与后端车体；前端车体包括：转向把立、左前轮、左摇臂、左转向轴、电位器、转向凸轮、转向横拉杆、右前轮、右转向轴、右摇臂；其中转向把立下端与电位器的半轴用定位螺丝固定，转向把立和转向凸轮通过贯穿螺丝相连接；电位器通过螺丝固定在前车架上；转向凸轮穿过转向横拉杆上的开孔；横拉杆分别与左摇臂和右摇臂通过螺丝连接；当转动转向把立时，带动电位器和转向凸轮旋转；转向凸轮带动转向横拉杆，转向横拉杆带动左摇臂和右摇臂，使左前轮和右前轮转动相应角度。本发明优点在于通过理论计算得到代步车在不同转弯角度下的安全速度，并通过电路进行智能控制，当速度超过安全速度时使代步车主动刹车减速，避免了转弯倾侧的发生。 【EN】The invention relates to a rear wheel auxiliary steering scooter structure, which is characterized in that: comprises a front end vehicle body and a rear end vehicle body; the front end vehicle body includes: the steering handle vertical, the left front wheel, the left rocker arm, the left steering shaft, the potentiometer, the steering cam, the steering tie rod, the right front wheel, the right steering shaft and the right rocker arm; the lower end of the steering handle vertical end is fixed with a half shaft of the potentiometer through a positioning screw, and the steering handle vertical end is connected with the steering cam through a through screw; the potentiometer is fixed on the front frame through screws; the steering cam passes through an opening on the steering tie rod; the transverse pull rod is respectively connected with the left rocker arm and the right rocker arm through screws; when the steering handle is rotated, the potentiometer and the steering cam are driven to rotate; the steering cam drives a steering tie rod, and the steering tie rod drives the left rocker arm and the right rocker arm to enable the left front wheel and the right front wheel to rotate by corresponding angles. The invention has the advantages that the safe speed of the scooter under different turning angles is obtained through theoretical calculation, intelligent control is carried out through a circuit, the active brake of the scooter is decelerated when the speed exceeds the safe speed, and the turning and tilting are avoided.

摘要：【中文】本发明提供一种具有突出危险煤层的巷道最佳掘进速度的判定方法。通过现场观测得到巷道不同掘进速度下前方煤体内应力分布曲线图及瓦斯压力分布曲线图，利用回归分析方法得到掘进巷道前方煤体内应力峰前区应力大小及瓦斯压力大小分别与距巷道掘进工作面距离之间的函数关系式。依据函数关系式，利用积分的方法求出煤与瓦斯突出的能量源，确定煤体破碎和移动所需要消耗的能量。最后求出巷道不同掘进速度下，煤与瓦斯突出能量源与煤体破碎和移动所消耗能量的比值。在所有比值小于1所对应的巷道掘进速度中，最快的巷道掘进速度即为具有突出危险煤层的巷道最佳掘进速度。本方法具有应用简单，投入成本低、使用方便，判定结果可靠等优点。 【EN】The invention provides a method for judging the optimal tunneling speed of a roadway with a outburst dangerous coal seam. And obtaining an internal stress distribution curve chart of the front coal body and a gas pressure distribution curve chart under different tunneling speeds of the tunnel through field observation, and obtaining a function relation between the stress of the front area of the internal stress peak of the front coal body in the tunneling tunnel and the distance between the front coal body and the tunneling working face of the tunnel and the gas pressure by using a regression analysis method. And (4) solving an energy source of the coal and the gas protrusion by utilizing an integral method according to the functional relation, and determining the energy consumed by the coal body crushing and moving. And finally, the ratio of the energy sources of the coal and the gas outburst to the energy consumed by the crushing and moving of the coal body is calculated under different tunneling speeds of the tunnel. And in the tunneling speeds corresponding to all the ratios smaller than 1, the highest tunneling speed is the optimal tunneling speed of the tunnel with the outburst dangerous coal seam. The method has the advantages of simple application, low investment cost, convenient use, reliable judgment result and the like.

摘要：【中文】本发明公开了一种实用化的道闸液压机芯。包括液压站，油路及油缸，主轴、摇杆及弹簧，角度传感器，控制系统。所述液压站通过由管接头和油管组成的油路和油缸相连，油缸推动摇杆使主轴旋转，弹簧和摇杆相连平衡道闸杆的大部分重量，角度传感器和主轴相连。本机芯结构紧凑，成本低，可靠性高，寿命长，闭环控制运行平稳。 【EN】The invention discloses a practical barrier gate hydraulic machine core. The hydraulic control system comprises a hydraulic station, an oil way, an oil cylinder, a main shaft, a rocker, a spring, an angle sensor and a control system. The hydraulic station is connected with an oil cylinder through an oil path consisting of a pipe joint and an oil pipe, the oil cylinder pushes a rocker to enable a main shaft to rotate, a spring is connected with the rocker to balance most of the weight of a barrier gate rod, and an angle sensor is connected with the main shaft. The machine core has compact structure, low cost, high reliability, long service life and stable closed-loop control operation.

摘要：【中文】本发明公开了一种配网加密终端远程控制方法及系统，该方法包括：通过网络发送指令给远程加密终端，以使加密终端返回终端信息；根据终端信息进行第一处理，所述第一处理包括终端增删处理和终端维护处理；通过预设的镜像目的端口和镜像源端口，监测加密终端返回数据包报文；根据数据包报文进行第二处理，所述第二处理包括故障检测处理和网络状态统计处理。本发明服务器通过网络实现对远程加密终端的终端增删处理和终端维护处理功能，通过解析加密终端返回的数据包报文实现了对远程加密终端的故障检测处理及网络运维监控功能，提高了配网加密终端的远程管控能力，节省了时间和人力，避免了因设备故障导致的经济损失和安全隐患。 【EN】The invention discloses a distribution network encryption terminal remote control method and a distribution network encryption terminal remote control system, wherein the method comprises the following steps: sending an instruction to a remote encryption terminal through a network so that the encryption terminal returns terminal information; performing first processing according to terminal information, wherein the first processing comprises terminal adding and deleting processing and terminal maintenance processing; monitoring a data packet message returned by the encryption terminal through a preset mirror image destination port and a preset mirror image source port; and performing second processing according to the data packet message, wherein the second processing comprises fault detection processing and network state statistical processing. The server realizes the functions of adding and deleting the terminal of the remote encryption terminal and maintaining and processing the terminal through the network, realizes the functions of fault detection processing and network operation and maintenance monitoring of the remote encryption terminal by analyzing the data packet message returned by the encryption terminal, improves the remote control capability of the distribution network encryption terminal, saves time and labor, and avoids economic loss and potential safety hazard caused by equipment fault.

摘要：【中文】本发明提出了一种数据处理方法和数据处理装置。其中，数据处理方法，包括：对数据进行数据分片处理，得到数据的第一数据表名称和第二数据表名称；对第一数据表名称和第二数据表名称进行笛卡尔积运算，得到数据的目标数据表名称；根据目标数据表名称导入数据。本发明的数据处理方法，通过结合静态分片模式与动态分片模式，实现了数据分表，即将数据分别存储在不同的位置，不仅避免了数据长时间累积的不均匀情况，而且能够快速扩容，无需数据迁移，在进行数据查询时，无需进行二次查询，最大程度的降低了数据分片后导致的查询无效分片的情况。 【EN】The invention provides a data processing method and a data processing device. The data processing method comprises the following steps: carrying out data fragmentation processing on the data to obtain a first data table name and a second data table name of the data; carrying out Cartesian product operation on the first data table name and the second data table name to obtain a target data table name of the data; and importing data according to the name of the target data table. The data processing method realizes data striping by combining the static striping mode and the dynamic striping mode, namely the data are respectively stored in different positions, so that the non-uniform condition of long-time data accumulation is avoided, the capacity can be rapidly expanded, the data migration is not needed, secondary query is not needed during data query, and the condition of query invalid striping caused by data striping is reduced to the maximum extent.

摘要：【中文】本发明公开了警务处理技术领域的一种智慧警务监查管理系统，包括摄像监控系统、切屏控制系统、数据采集系统、图像分析系统和数字显示系统；所述摄像监控系统，用于对警务勘测区域进行定点检测；所述切屏控制系统，用于对所有的检测位置点进行监控区域进行切换；所述数据采集系统，用于采集监控区域的摄像数据信息；所述图像分析系统，用于分析指定监控区域内的人物数量以及人物特征，本发明在执行警务监控时，通过利用监控得到的人物图像信息确定人物的特征信息，并且根据人物的特征信息不断对摄像系统进行实时切换和对人物的跟踪，可以有效的提高警务人员的案件处理效率，避免了分屏显示人物的行为信息所浪费的查询时间。 【EN】The invention discloses an intelligent police service inspection management system in the technical field of police service processing, which comprises a camera monitoring system, a screen switching control system, a data acquisition system, an image analysis system and a digital display system, wherein the camera monitoring system is used for monitoring the image of a user; the camera monitoring system is used for carrying out fixed-point detection on a police survey area; the screen switching control system is used for switching the monitoring areas of all the detection position points; the data acquisition system is used for acquiring camera shooting data information of a monitoring area; the image analysis system is used for analyzing the number of people and the characteristics of people in the designated monitoring area, when police service monitoring is carried out, the characteristic information of the people is determined by utilizing the image information of the people obtained through monitoring, and the camera system is continuously switched in real time and tracked according to the characteristic information of the people, so that the case processing efficiency of police service personnel can be effectively improved, and the query time wasted by displaying the behavior information of the people in a split screen mode is avoided.

摘要：【中文】本发明公开了一种基于USB的智能锁控制方法及系统，方法包括：获取工单请求；根据工单请求进行第一处理，所述第一处理为开锁授权处理；获取任务请求；根据任务请求进行第二处理，所述第二处理包括操作信息处理与调度巡检处理。本发明实施例服务器通过获取工单请求进行开锁权限授权处理，集中了对移动终端和无源电子锁开锁权限授权功能，提升了开锁的安全性，实现了服务器对不同区域多个锁具的控制功能；通过获取任务请求进行操作信息处理和调度巡检任务处理实现了对开锁记录的存储和回溯功能，极大地扩大了无源电子锁便捷性和应用范围。 【EN】The invention discloses an intelligent lock control method and system based on a USB, wherein the method comprises the following steps: acquiring a work order request; performing first processing according to the work order request, wherein the first processing is unlocking authorization processing; acquiring a task request; and performing second processing according to the task request, wherein the second processing comprises operation information processing and scheduling inspection processing. The server of the embodiment of the invention carries out unlocking authority authorization processing by acquiring the work order request, integrates the unlocking authority authorization function of the mobile terminal and the passive electronic lock, improves the unlocking safety, and realizes the control function of the server on a plurality of locksets in different areas; the operation information processing and the dispatching inspection task processing are carried out by acquiring the task request, so that the functions of storing and backtracking unlocking records are realized, and the convenience and the application range of the passive electronic lock are greatly expanded.

摘要：【中文】本发明公开一种轮轨结构悬挂式PRT弹性岔轨道岔结构及转辙方法，弹性岔轨道岔结构包括轨道、弹性岔轨、顶杆、岔心和顶杆驱动机构；所述弹性岔轨的端头固定在岔线外轨的内侧、位于岔线外轨内侧凹槽中，通过两个顶杆分别驱动两条弹性岔轨的端尾水平移动与向岔心对接或分离，实现道岔转辙变轨，使轮轨结构悬挂式PRT车辆顺利变换轨道，整体结构简单，容易实施，方便调度控制。 【EN】The invention discloses a wheel track structure suspension type PRT elastic switch rail turnout structure and a switching method, wherein the elastic switch rail turnout structure comprises a track, an elastic switch rail, an ejector rod, a switch core and an ejector rod driving mechanism; the ends of the elastic switch rails are fixed on the inner side of the outer switch rail and positioned in grooves on the inner side of the outer switch rail, the two ejector rods are used for respectively driving the ends and the tails of the two elastic switch rails to horizontally move and butt joint or separate to the switch point, switch rail change of the turnout is realized, and the wheel rail structure suspension type PRT vehicle can smoothly change rails.

摘要：【中文】本公开涉及一种电池系统健康状态SOH的计算方法、装置及电池系统。所述电池系统包括至少一个电池模组，所述方法包括：确定所述电池系统的基于充电容量SOH值、所述电池系统的基于放电内阻SOH值、以及所述电池系统的基于放电电压SOH值；根据所述电池系统的基于充电容量SOH值、所述电池系统的基于放电内阻SOH值、以及所述电池系统的基于放电电压SOH值，计算所述电池系统的实际SOH值。这样，可以提升SOH计算的准确性，为后续的例如电池使用寿命的预测等提供更加精确的依据。 【EN】The disclosure relates to a method and a device for calculating the state of health (SOH) of a battery system and the battery system. The battery system comprises at least one battery module, and the method comprises the following steps: determining a charging capacity-based (SOH) value of the battery system, a discharging internal resistance-based (SOH) value of the battery system, and a discharging voltage-based (SOH) value of the battery system; and calculating the actual SOH value of the battery system according to the charging capacity-based SOH value of the battery system, the discharging internal resistance-based SOH value of the battery system and the discharging voltage-based SOH value of the battery system. Therefore, the accuracy of calculation of the SOH can be improved, and more accurate basis is provided for subsequent prediction of the service life of the battery and the like.