摘要：【中文】本发明公开了一种基于泰森多边形动态调整的面雨量计算方法，涉及水文水资源技术领域，包括以下步骤:获取有数据的雨量站序列并判断雨量站序列Sta是否存在于历史数据库中的雨量站序列集合Stas；若存在，则直接获取历史数据中该Sta对应的泰森多边形划分方案Vor，否则重新基于待测的雨量站序列Sta进行泰森多边形的划分，计算待测区域的面雨量。本方法根据实际报数的雨量站网生成泰森多边形，则两个缺数的雨量站则被自动的忽略掉，其代表的区域被并入其他多边形内，通过各雨量站权重乘以各雨量站监测雨量，得到时段t内面雨量计算结果，可信度更高。 【EN】The invention discloses a surface rainfall calculation method based on dynamic adjustment of Thiessen polygons, which relates to the technical field of hydrological water resources and comprises the following steps of obtaining a rainfall station sequence with data and judging whether the rainfall station sequence Sta exists in a rainfall station sequence set Stas in a historical database or not; and if so, directly acquiring a Thiessen polygon division scheme Vor corresponding to the Sta in the historical data, otherwise, dividing the Thiessen polygons again based on the rainfall station sequence Sta to be detected, and calculating the surface rainfall of the area to be detected. The method generates the Thiessen polygons according to the rainfall station network with actual number reporting, two lacking rainfall stations are automatically ignored, the represented area is merged into other polygons, the rainfall is monitored by multiplying the weight of each rainfall station by each rainfall station, the rainfall calculation result in the time t is obtained, and the reliability is higher.

摘要：【中文】本发明公开了一种电梯轿厢监控系统，TOF传感器安装在轿厢门楣处，当检测到一个物体由轿厢外侧进入到轿厢内，并且该物体低于第一设定高度，输出一个进入计数信号到第一计数器；当检测到一个物体由轿厢内到轿厢外侧，并且该物体低于第一设定高度，输出一个离开计数信号到第二计数器；开始计数后，第一、第二计数器每接收到一个计数信号加1；当轿门由全闭打开到第一开度时，轿内监控处理器控制第一计数器、第二计数器从0开始计数；当第一计数器的计数值减去第二计数器的计数值大于或等于1，控制门机驱动轿厢门打开。本发明还公开了另一种电梯轿厢监控系统，本发明便于误进入轿厢内的宠物、儿童等自行离开，防止误进入电梯轿厢的小孩和宠物在没有人看护下被电梯运行，走失到其他楼层。 【EN】The invention discloses an elevator car monitoring system.A TOF sensor is arranged at a car lintel, and when an object is detected to enter the car from the outside of the car and is lower than a first set height, an entering counting signal is output to a first counter; when an object is detected to be from the inside of the car to the outside of the car and is lower than a first set height, outputting a leaving counting signal to a second counter; after the counting is started, the first counter and the second counter add 1 every time a counting signal is received; when the car door is fully closed and opened to a first opening degree, the car interior monitoring processor controls the first counter and the second counter to start counting from 0; and when the count value of the first counter minus the count value of the second counter is greater than or equal to 1, controlling the door machine to drive the car door to open. The invention also discloses another elevator car monitoring system, which is convenient for pets, children and the like which mistakenly enter the elevator car to leave by themselves, and prevents children and pets which mistakenly enter the elevator car from running by the elevator without being cared by people and losing to other floors.

摘要：【中文】本发明公开排列电路。根据本发明的一实施例，排列电路包括反馈场效应电子器件的源极区域和辅助电子器件的漏极区域串联的多个反馈场效应排列器件，反馈场效应电子器件与位线及第一字线相连接，辅助电子器件与源线及第二字线相连接，向第一字线施加在第一栅极电压或第二栅极电压中的一个来存储第一逻辑状态的数据或第二逻辑状态的数据。 【EN】The invention discloses an arrangement circuit. According to an embodiment of the present invention, the permutation circuit includes a plurality of feedback field effect permutation devices in series with a source region of the feedback field effect electronic device and a drain region of the auxiliary electronic device, the feedback field effect electronic device being connected to the bit line and the first word line, the auxiliary electronic device being connected to the source line and the second word line, applying one of the first gate voltage or the second gate voltage to the first word line to store the data of the first logic state or the data of the second logic state.

摘要：【中文】本发明公开了纹理特征优选的农作物种植结构月尺度动态提取方法，包括以下步骤：S1：确定分析区域空间范围并进行数据准备，收集不大于月尺度的时间序列卫星遥感数据集，时间上统一处理为月尺度数据，同时完成研究区域内样本数据的预获取；S2：利用预处理后的月尺度卫星遥感影像数据，基于灰度共生矩阵计算影像的纹理特征；S3：基于实测样本计算不同纹理特征量的均值与方差，并计算不同样本间纹理特征量的可区分能力；解决了传统获取农作物种植结构信息的方法忽略了对分类特征量的筛选，增加了时间复杂度的问题。 【EN】The invention discloses a method for dynamically extracting a monthly scale of a crop planting structure with optimal textural features, which comprises the following steps of: s1: determining the space range of an analysis area, preparing data, collecting a time series satellite remote sensing data set not larger than a month scale, uniformly processing the time series satellite remote sensing data set into month scale data in time, and simultaneously completing pre-acquisition of sample data in a research area; s2: utilizing the preprocessed monthly scale satellite remote sensing image data to calculate texture features of the image based on the gray level co-occurrence matrix; s3: calculating the mean value and the variance of different texture characteristic quantities based on the actually measured samples, and calculating the differentiable capacity of the texture characteristic quantities among different samples; the method solves the problems that the traditional method for acquiring the crop planting structure information neglects the screening of the classification characteristic quantity and increases the time complexity.

摘要：【中文】本申请提供了一种用于引调水工程事故后援救预警方法及系统，本申请技术方案在充分权衡灾害严重程度和救援力量匹配的基础上，智能确定事故级别，实现了救援责任机构职能与救援任务的精准适配，本申请已应用于我国北疆某引调水工程的智能预警决策，多年应用实践表明，本方案能够根据工程自身特点及相关管理机构预警决策，为该工程管理机构制定与工程救援实际相符的应急响应方案，争取应急救援宝贵时间，最大程度地控制工程突发险情发展提供了科技支撑。 【EN】The application provides a rescue early warning method and a rescue early warning system for water diversion project accident, the accident level is intelligently determined on the basis of fully balancing disaster severity and rescue force matching, accurate adaptation of the function of a rescue responsibility mechanism and a rescue task is realized, the application is applied to intelligent early warning decision of certain water diversion project in northern Xinjiang in China, years of application practice shows that the scheme can make an emergency response scheme according with project rescue reality for a precious management mechanism according to the project self characteristics and the early warning decision of the relevant management mechanism, the emergency rescue time is won, and scientific support is provided for controlling the project emergency dangerous situation development to the maximum extent.

摘要：【中文】本申请提供了一种强降雨诱发洪灾事件的极端性评估方法及系统，有效融合了极端降雨和洪灾损失等多源信息，实现了强降雨诱发的洪水灾害罕见性、发生力度、破坏强度的定量分析与准确计算，相对于传统的仅靠降雨量、重现期或灾情指标的单一评估方法，结果更加合理可靠。实际应用结果表明，该方法具有较好的辨识能力，能够对强降雨诱发洪水灾害的极端性进行全面准确的评估，为气候变化条件下极端降雨洪灾事件的检测评估提供新的途径。 【EN】The application provides an extreme evaluation method and system for a strong rainfall induced flood incident, which effectively fuse multi-source information such as extreme rainfall and flood damage, realize quantitative analysis and accurate calculation of rarity, occurrence degree and damage intensity of the strong rainfall induced flood disaster, and are more reasonable and reliable in result compared with the traditional single evaluation method only depending on rainfall, recurrence period or disaster indexes. Practical application results show that the method has better identification capability, can comprehensively and accurately evaluate the extreme property of the flood disaster induced by strong rainfall, and provides a new way for detecting and evaluating the extreme rainfall flood accident under the climate change condition.

摘要：【中文】本申请提供了一种引调水工程应急调度的跟踪优化方法及系统，首先确定各任务的最短持续时间，并根据最短持续时间确定工期，然后利用任务间的逻辑关系调整资源分配缩短关键线路救援任务工期，改变不同任务之间的重叠时间缩短多个任务工期，实现了引调水工程应急调度的跟踪优化。 【EN】The method comprises the steps of firstly determining the shortest duration of each task, determining the construction period according to the shortest duration, then adjusting resource allocation by using the logic relation among the tasks to shorten the construction period of a key line rescue task, changing the overlapping time among different tasks to shorten the construction period of a plurality of tasks, and realizing the tracking optimization of the emergency scheduling of the water diversion project.

摘要：【中文】本发明公开了一种旋转式缩分机，具体涉及缩分机领域，包括筒体，所述筒体的顶端固定安装有端盖，所述端盖的上端固定安装有料斗，所述筒体的内部顶端设置有分料锥体，所述分料锥体的底端固定安装有挡板，本发明通过设置分料锥体、料斗、调速器与电机，对操作工人的技术经验要求低，操作工人只需把样品倒入到进料斗中，根据倒入样品的重量与所需要的缩分比例，将通过调速器进行调速，减少人为因素对缩分结果的影响，操作方便快捷，可实现自动化控制，达到最佳配置，提高了样品的缩分精度及缩分效率，以满足后续矿石加工精密度及生产效率。 【EN】The invention discloses a rotary type division machine, which particularly relates to the field of division machines and comprises a cylinder body, wherein an end cover is fixedly arranged at the top end of the cylinder body, a hopper is fixedly arranged at the upper end of the end cover, a division cone is arranged at the top end inside the cylinder body, and a baffle is fixedly arranged at the bottom end of the division cone.

摘要：【中文】本发明专利公开了一种岩石物料输送、烘干、除铁一体化装置，具体涉及工矿石筛选装置的技术领域。一种岩石物料输送、烘干、除铁一体化装置，包括由左至右依次设置的振动给料机、烘干箱和永磁除铁机，所述振动给料机上设有减震弹簧，所述减震弹簧固定在机架上；所述烘干箱包覆在振动给料机外，所述烘干箱底部还有用于支撑烘干箱的机架；所述永磁除铁机位于振动给料机的正上方，所述振动给料机的出料口还设有集料仓，所述集料仓位于振动给料机上物体被抛落的轨迹上。采用本发明技术方案克服了现有的矿物生产过程中工作效率低且易损失矿物的问题，可用于矿粉的提纯和回收。 【EN】The invention discloses an integrated device for conveying, drying and deironing rock materials, and particularly relates to the technical field of industrial and mineral screening devices. A rock material conveying, drying and iron removing integrated device comprises a vibrating feeder, a drying box and a permanent magnet iron remover which are sequentially arranged from left to right, wherein a damping spring is arranged on the vibrating feeder and is fixed on a rack; the drying box is coated outside the vibration feeder, and the bottom of the drying box is also provided with a rack for supporting the drying box; the permanent magnet iron remover is positioned right above the vibrating feeder, a material collecting bin is further arranged at a discharge port of the vibrating feeder, and the material collecting bin is positioned on a track of the vibrating feeder on which an object is thrown. The technical scheme of the invention overcomes the problems of low working efficiency and easy mineral loss in the existing mineral production process, and can be used for purifying and recovering mineral powder.

摘要：【中文】本发明公开了本发明通过分析目标引调水工程可能发生的失效模式，全面识别出影响其供水水量和水质的失效原因与形成失效原因的因素；然后，创新构建了失效原因与形成失效原因的因素、失效原因与失效原因间的关联矩阵，利用该矩阵结合当前的环境因素可对即将到来的风险进行预警。当目标引调水工程出现故障时，也可以通过该矩阵和具体故障快速定位引起故障的原因，便于快速解决故障问题。 【EN】The invention discloses a method for comprehensively identifying failure reasons influencing the water supply quantity and water quality and factors forming the failure reasons by analyzing failure modes possibly generated by a target diversion project; then, a failure reason and a factor forming the failure reason, and an incidence matrix between the failure reason and the failure reason are innovatively constructed, and the matrix is combined with the current environmental factors to early warn the forthcoming risk. When the target diversion project has faults, the reason for the faults can be quickly positioned through the matrix and the specific faults, and the fault problem can be conveniently and quickly solved.