摘要：【中文】本发明提供一种智能泵站叶片机构流量调控方法，包括对泵站机组的运行数据进行采集；对采集到的运行数据信息进行分析得出泵站机组性能数据；调节叶片机构并确定流量、扬程和叶片角度的关系；通过泵站机组性能数据与流量、扬程和叶片角度的关系确定最佳叶片角度；将最佳叶片角度进行实际运行，并将得到的实际流量与预设流量进行对比后确定实际叶片角度；采集最佳叶片角度下泵站机组的运行数据进行分析并优化最佳叶片角度。本发明通过对泵站运行状态的历史数据进行分析从而生成最优的叶片机构，消除了各类算法的偏差，并能随着历史数据的不断累积使得推荐的叶片机构日趋最佳。 【EN】The invention provides a method for regulating and controlling the flow of a blade mechanism of an intelligent pump station, which comprises the steps of collecting the operation data of a pump station unit; analyzing the collected operation data information to obtain pump station unit performance data; adjusting the blade mechanism and determining the relationship between the flow, the lift and the blade angle; determining an optimal blade angle according to the relation between the performance data of the pump station unit and the flow, the lift and the blade angle; actually operating the optimal blade angle, comparing the obtained actual flow with a preset flow, and determining the actual blade angle; and collecting the operation data of the pump station unit under the optimal blade angle for analysis and optimizing the optimal blade angle. According to the invention, the optimal vane mechanism is generated by analyzing the historical data of the operation state of the pump station, the deviation of various algorithms is eliminated, and the recommended vane mechanism is gradually optimal along with the continuous accumulation of the historical data.

摘要：【中文】本发明提供一种泵站闸门开度控制方法，包括获取泵站闸门信息、实时运行信息和过闸流量；对过闸流量进行分析并确定是否对闸门进行调节，并上传调节信息；获取调节信息，通过闸门信息和运行信息对需要调节的闸门进行计算闸门开度调节数据；获取闸门开度调节后的过闸流量并进行分析，确定是否进行调节，本发明基于实时监测的泵站水库过闸流量及历史数据形成调度令，根据调度指令，自动给出过闸的流量自动调节闸门的开度量，计算给出最优闸门调节方案，包括单个闸门或多个闸门联合调启动调节过闸流量大小，从而实现闸门的智能升降，从而实现对泵站水库水位的智能化、精确化控制。 【EN】The invention provides a pump station gate opening control method, which comprises the steps of obtaining pump station gate information, real-time operation information and passing gate flow; analyzing the flow of the passing gate, determining whether the gate is regulated or not, and uploading regulation information; acquiring adjustment information, and calculating gate opening adjustment data of a gate to be adjusted according to gate information and operation information; the method comprises the steps of obtaining the passing brake flow after the opening of the gate is adjusted, analyzing and determining whether adjustment is carried out or not, forming a scheduling order based on the passing brake flow of the pump station reservoir monitored in real time and historical data, automatically giving the opening amount of the flow automatic adjusting gate of the passing brake according to a scheduling instruction, and calculating to give an optimal gate adjusting scheme, wherein the optimal gate adjusting scheme comprises the steps of adjusting the passing brake flow by starting a single gate or a plurality of gates in a combined adjusting mode, so that the intelligent lifting of the gate is realized, and the intelligent and accurate control of the water level of the pump station reservoir is realized.

摘要：【中文】本发明公开了一种智能型橡胶坝自动充排水系统，包括橡胶坝、取水设备，取水设备上设置有取水口，取水设备内设置有取水水位液位传感器，橡胶坝上设置有激光位移传感器和橡胶坝液位传感器，橡胶坝一侧设置有溢流管，溢流管内设置有示流信号器，橡胶坝和取水设备之间通过管路相连接，管路上设置有控制装置，控制装置包括电动蝶阀A、电动蝶阀B、电动蝶阀C、电动蝶阀D、电动蝶阀E、电动蝶阀F、电动蝶阀G。本发明具有能够减轻运行维护工作量，提高橡胶坝充排水系统控制的准确性，为橡胶坝稳定安全运行提供帮助的有益效果，其主要用于控制橡胶坝。 【EN】The invention discloses an intelligent automatic water filling and draining system for a rubber dam, which comprises the rubber dam and water taking equipment, wherein a water taking port is arranged on the water taking equipment, a water taking water level liquid level sensor is arranged in the water taking equipment, a laser displacement sensor and a rubber dam liquid level sensor are arranged on the rubber dam, an overflow pipe is arranged on one side of the rubber dam, a flow indicating annunciator is arranged in the overflow pipe, the rubber dam and the water taking equipment are connected through a pipeline, a control device is arranged on the pipeline, and the control device comprises an electric butterfly valve A, an electric butterfly valve B, an electric butterfly valve C, an electric butterfly valve D, an electric butterfly valve E, an electric butterfly valve F. The method has the advantages of reducing the workload of operation and maintenance, improving the accuracy of control of the water filling and draining system of the rubber dam and providing help for stable and safe operation of the rubber dam, and is mainly used for controlling the rubber dam.

摘要：【中文】本发明公开了一种新型橡胶坝坝袋充满显示装置，包括溢流管、橡胶坝本体，溢流管上设置有溢流管出口，溢流管竖直段平出口处设置有开孔，开孔上设置有直管，直管与溢流管呈垂直结构设置，且直管直径与开孔直径相一致，直管与溢流管无缝连接，直管底部设置有开口，直管底部与橡胶坝本体的坝袋相连接，直管顶部与开孔向对应处设置有示流信号器，示流信号器上设置有无线数据传输器，无线数据传输器与充排水系统通过数据线连接。本发明具有能够提高橡胶坝坝袋充满状态信息的准确性，为橡胶坝安全稳定运行提供帮助的有益效果，其主要用于检测橡胶坝坝袋是否充满。 【EN】The invention discloses a novel rubber dam bag full-filling display device which comprises an overflow pipe and a rubber dam body, wherein an overflow pipe outlet is formed in the overflow pipe, an opening is formed in a vertical section flat outlet of the overflow pipe, a straight pipe is arranged on the opening, the straight pipe and the overflow pipe are arranged in a vertical structure, the diameter of the straight pipe is consistent with that of the opening, the straight pipe is in seamless connection with the overflow pipe, an opening is formed in the bottom of the straight pipe, the bottom of the straight pipe is connected with a dam bag of the rubber dam body, a flow indicating annunciator is arranged at the position, corresponding to the opening, of the top of the straight pipe, a wireless data transmitter is arranged on the flow indicating annunciator, and the. The method has the advantages that the accuracy of the filling state information of the dam bag of the rubber dam can be improved, and the method helps the safe and stable operation of the rubber dam, and is mainly used for detecting whether the dam bag of the rubber dam is full.

摘要：【中文】本发明涉及一种泵站主电机机坑通风智能调节系统及通风调节方法，包括触摸显示屏、PLC控制器、变频器、温度传感器及风机，当温度低于基准温度时，PLC控制器通过PID调节控制变频器减频，风机通风量减少，达到基准温度；当温度高于温度时，PLC控制器通过PID调节控制变频器增频，风机通风量增加，达到基准温度。本发明设计新颖，泵站主电机机坑通风智能调节系统解决了主电机机坑通风不能根据机坑温度进行通风机实时控制的问题，本发明设计节省运行成本，提高主电机使用寿命，提高工作效率，确保泵站安全运行。 【EN】The invention relates to an intelligent regulation system and a ventilation regulation method for pit ventilation of a main motor of a pump station, which comprise a touch display screen, a PLC (programmable logic controller), a frequency converter, a temperature sensor and a fan, wherein when the temperature is lower than a reference temperature, the PLC controls the frequency converter to reduce the frequency through PID (proportion integration differentiation) regulation, the ventilation volume of the fan is reduced, and the reference temperature is reached; when the temperature is higher than the temperature, the PLC controls the frequency converter to increase the frequency through PID adjustment, the ventilation volume of the fan is increased, and the reference temperature is reached. The intelligent regulating system for the ventilation of the main motor pit of the pump station is novel in design, solves the problem that the ventilation of the main motor pit can not be controlled by a ventilator in real time according to the temperature of the pit, saves the operation cost, prolongs the service life of the main motor, improves the working efficiency and ensures the safe operation of the pump station.

摘要：【中文】本发明公开了一种泵站机组的故障诊断系统及方法，涉及泵站系统诊断领域，包括泵站机组、信息获取装置、本地数据采集装置、上位机、云端，其中，泵站机组由多个机组组成，设定为被检测目标；信息获取装置由传感器组成，获取泵站机组的参数数据并传输；本地数据采集装置将采集的信息通过网络，发送至服务器，由软件进行数据分析解析，得到相关的诊断结论；上位机用于收集本地数据，并可视、监控；云端作为大数据收集，并计算、分析、处理、诊断；所述信息获取装置安装在泵站机组上，所述信息获取装置与本地数据采集装置连接，所述本地数据采集装置与上位机连接，所述上位机与云端连接。 【EN】The invention discloses a fault diagnosis system and method of a pump station unit, which relate to the field of pump station system diagnosis and comprise the pump station unit, an information acquisition device, a local data acquisition device, an upper computer and a cloud end, wherein the pump station unit consists of a plurality of units and is set as a detected target; the information acquisition device consists of a sensor and is used for acquiring and transmitting parameter data of the pump station unit; the local data acquisition device transmits the acquired information to a server through a network, and software analyzes the data to obtain a relevant diagnosis conclusion; the upper computer is used for collecting local data, and performing visual and monitoring; the cloud is used for collecting big data, calculating, analyzing, processing and diagnosing; the information acquisition device is installed on the pump station unit and connected with the local data acquisition device, the local data acquisition device is connected with the upper computer, and the upper computer is connected with the cloud end.

摘要：【中文】本发明实施例提供一种水泵转轮稳定性监测方法、装置、电子设备和存储介质，其中方法包括：基于预先装设在水泵转轮上的加速度传感单元，获取水泵转轮的当前时段的加速度波形数据和速度波形数据；基于所述当前时段的加速度波形数据和速度波形数据，以及预先存储的水泵正常状态下的基准加速度波形数据和基准速度波形数据，确定所述当前时段的水泵转轮稳定状态。本发明实施例提供的方法、装置、电子设备和存储介质，通过实时测量水泵转轮的加速度和速度，监测水泵转轮的稳定性，实现了水泵转轮稳定性的自动监测，无需额外消耗人力，给泵站机组的运行、维护和管理提供了便利。 【EN】The embodiment of the invention provides a method and a device for monitoring the stability of a water pump rotating wheel, electronic equipment and a storage medium, wherein the method comprises the following steps: acquiring acceleration waveform data and speed waveform data of the water pump rotating wheel at the current time period based on an acceleration sensing unit pre-installed on the water pump rotating wheel; and determining the stable state of the water pump runner in the current time period based on the acceleration waveform data and the speed waveform data in the current time period and the pre-stored reference acceleration waveform data and reference speed waveform data in the normal state of the water pump. According to the method, the device, the electronic equipment and the storage medium provided by the embodiment of the invention, the stability of the water pump rotating wheel is monitored by measuring the acceleration and the speed of the water pump rotating wheel in real time, so that the automatic monitoring of the stability of the water pump rotating wheel is realized, the additional manpower consumption is not needed, and convenience is provided for the operation, maintenance and management of a pump station unit.

摘要：【中文】本发明提供一种基于三维模型的泵站开停控制方法及其系统，方法包括获取泵站数据和图片建立泵站三维仿真模型；将泵站三维仿真模型与实际泵站机组设备进行结合获取泵站机组实时状态，建立泵站实时动态三维模型；控制泵站机组的开停并通过泵站三维实时动态三维模型进行展示，系统包括三维仿真模型模块、监控模块和控制模块，本发明利用三维模型实现泵站现场的再现，结合仿真虚拟场景、人机交互技术实现与现场设备的交互，机组的开停机流程中设备的运行反馈情况通过三维模型展示，真实虚拟设备运行工况。 【EN】The invention provides a pump station start-stop control method and a system thereof based on a three-dimensional model, wherein the method comprises the steps of obtaining pump station data and pictures to establish a pump station three-dimensional simulation model; combining the pump station three-dimensional simulation model with actual pump station unit equipment to obtain the real-time state of the pump station unit, and establishing a pump station real-time dynamic three-dimensional model; the system comprises a three-dimensional simulation model module, a monitoring module and a control module, the three-dimensional simulation model module is used for realizing the on-site reproduction of the pump station, the interaction with field equipment is realized by combining a simulation virtual scene and a human-computer interaction technology, the running feedback condition of the equipment in the starting and stopping process of the unit is displayed through the three-dimensional model, and the running working condition of the virtual equipment is real.

摘要：【中文】本发明涉及一种泵站渗漏排水泵智能化轮换工作的方法，包括：在泵站中设置多台渗漏排水泵；在一定时间内，通过PLC对各台渗漏排水泵进行工作状况统计；初始状态设置1#渗漏排水泵为工作泵，其余为备用泵，当1#渗漏排水泵的启动工作次数或规定时间内总运行时间达到预设值时，排水系统自动将1#渗漏排水泵标记为备用泵，同时将2#渗漏排水泵标记为工作泵，以此类推，从而使得各台渗漏排水泵相互交替切换工作和备用状态。本发明根据水泵运行情况对工作泵和备用泵交替使用，减少目前泵站常规运行管理下渗漏排水系统的备用泵因长期不工作导致损坏的情况，在提高泵站渗漏排水的可靠性的同时降低了泵站的运行维护成本。 【EN】The invention relates to a method for intelligently and alternately working leakage drainage pumps of a pump station, which comprises the following steps: arranging a plurality of leakage draining pumps in a pump station; within a certain time, working condition statistics is carried out on each seepage drainage pump through a PLC; the drainage system automatically marks the 1# seepage drainage pump as a standby pump and simultaneously marks the 2# seepage drainage pump as a working pump when the starting working times of the 1# seepage drainage pump or the total running time within the specified time reach a preset value, and so on, thereby enabling the seepage drainage pumps to alternately switch the working state and the standby state. The working pump and the standby pump are alternately used according to the running condition of the water pump, so that the condition that the standby pump of the leakage drainage system under the conventional running management of the conventional pump station is damaged due to long-term non-working is reduced, the reliability of leakage drainage of the pump station is improved, and the running and maintenance cost of the pump station is reduced.

摘要：【中文】本发明公开了一种基于泵站一体化平台的视频协调联动系统，包括管理系统、监控平台和视频监视平台，视频监视平台包括传输模块、分析模块、存储模块以及设置在现场的多组智能摄像机，多组智能摄像机负责采集监控现场的图像，监控平台与视频监视平台之间通过信号连接有报警触发模块，报警触发模块与管理系统网络连接，监控平台包括监控主机，监控主机内设置有无线通讯模块。本发明具有操作记录会本文形式进行保存，方便工作人员进行查看、可以对设备的重要部位故障和事故的自动定位、抓拍和录像、能够根据信息内容自动调出该故障所涉及的设备信息、规程规范、技术标准，方便故障分析和排除有益效果。 【EN】The invention discloses a pump station integrated platform-based video coordination linkage system, which comprises a management system, a monitoring platform and a video monitoring platform, wherein the video monitoring platform comprises a transmission module, an analysis module, a storage module and a plurality of groups of intelligent cameras arranged on the site, the plurality of groups of intelligent cameras are responsible for acquiring images of the monitored site, an alarm triggering module is connected between the monitoring platform and the video monitoring platform through signals and is connected with the management system through a network, the monitoring platform comprises a monitoring host, and a wireless communication module is arranged in the monitoring host. The invention has the advantages that the operation records can be stored in a text form, so that the operation records are convenient for workers to check, the important part faults and accidents of the equipment can be automatically positioned, captured and recorded, the equipment information, rule specifications and technical standards related to the faults can be automatically called out according to the information content, and the fault analysis and the fault removal are convenient.