技术领域technical field
本发明涉及一种通信一体化智能抢修控制系统。The invention relates to a communication integrated intelligent emergency repair control system.
背景技术Background technique
在电力系统中，由于配电网面广、设备多，运行环境较为复杂，受外力破坏和自然灾害影响大，因此经常会因为自然原因或者人为原因发生各种故障，从而对电力系统可靠性造成严重影响。但是目前的电力设备抢修无法准备确定故障地点，确定检修方案，检修的提高效率，抢修方案，被抢修设备的重要程度、抢修能力、现场环境指标量化难度大，权重分配难。In the power system, due to the wide distribution network, a large number of equipment, and a relatively complex operating environment, it is greatly affected by external force damage and natural disasters, so various failures often occur due to natural or human reasons, thus affecting the reliability of the power system. Serious impact. However, the current emergency repair of power equipment cannot be prepared to determine the location of the fault, determine the maintenance plan, improve the efficiency of the maintenance, the emergency repair plan, the importance of the equipment to be repaired, the emergency repair ability, and the on-site environmental indicators are difficult to quantify and the weight distribution is difficult.
发明内容Contents of the invention
本发明提供了一种通信一体化智能抢修控制系统，它不但可以分析故障原因，提出维修方案，实现一体化维修，提高了故障抢修的工作效率和资源利用率。The invention provides a communication-integrated intelligent emergency repair control system, which not only can analyze fault causes, propose maintenance plans, realize integrated maintenance, and improve the work efficiency and resource utilization rate of fault emergency repair.
本发明采用了以下技术方案：一种通信一体化智能抢修控制系统，它包括应急故障检测单元、数据传送单元、中央处理器、显示终端和故障检修终端，所述的故障检修单元用于检测线路故障并将故障信号输送至数据传送部件，数据传送单元用于接收故障信号并将故障信号传送至故障评估管理单元，中央处理器用于对比故障信号的故障等级并将评估结果发送至显示终端进行显示，同时中央处理器发出控制信号给故障检修终端进行故障检修作业。The present invention adopts the following technical solutions: a communication-integrated intelligent emergency repair control system, which includes an emergency fault detection unit, a data transmission unit, a central processing unit, a display terminal and a fault repair terminal, and the fault repair unit is used for detecting circuit Fault and send the fault signal to the data transmission unit, the data transmission unit is used to receive the fault signal and transmit the fault signal to the fault evaluation management unit, the central processor is used to compare the fault level of the fault signal and send the evaluation result to the display terminal for display , and at the same time the central processing unit sends a control signal to the troubleshooting terminal for troubleshooting.
所述的数据传送单元包括蓝牙信号接收装置、蓝牙信号发出装置和GPS信号发送装置，蓝牙信号接收装置与应急故障检测单元的信号输出端连接，蓝牙信号接收信号将故障信号接收后发送至蓝牙信号发出装置，蓝牙信号发出装置通过GPS信号发送装置将故障信号发送至中央处理器。所述的应急故障检测单元设置为基于DSP的电力故障检测仪。所述的基于DSP的电力故障检测仪放置在无人机上。所述的显示终端设置为LED显示器。所述的中央处理器上设有短信服务器，短信服务器连接有短信模块数据采集器，短信服务器用于将处理好的数据通过短信模块数据采集器以短信的形式发送至维修人员手机上，维修人员根据短信进行施工进程查询，同时该信息传回短信服务器进行保存备份。The data transmission unit includes a bluetooth signal receiving device, a bluetooth signal sending device and a GPS signal sending device, the bluetooth signal receiving device is connected with the signal output end of the emergency failure detection unit, and the bluetooth signal receiving signal sends the fault signal to the bluetooth signal The sending device, the bluetooth signal sending device sends the fault signal to the central processing unit through the GPS signal sending device. The emergency fault detection unit is set as a DSP-based power fault detector. The DSP-based power failure detector is placed on the drone. The display terminal is set as an LED display. Described central processing unit is provided with short message server, and short message server is connected with short message module data collector, and short message server is used for sending the data processed by short message module data collector to the mobile phone of maintenance personnel in the form of short message, and maintenance personnel Query the construction process according to the SMS, and at the same time, the information is sent back to the SMS server for storage and backup.
本发明具有以下有益效果：采用了以上技术方案后，本发明实现故障准确定位，抢修资源合理调配，提供智能化抢修方案，提升故障抢修效率，当通信故障发生后，本发明可以在第一时间判别故障属性，确定故障地点和影响范围，进行抢修，研究故障原因、故障程度、抢修难度、影响因数，从而提供准确评估，找出薄弱点，提高故障抢修工作效率和资源利用率，通过通信网络拓扑关系和设备关联关系，进行风险预警分析及控制，抢修方案，被抢修设备的重要程度、抢修能力、现场环境指标量化难度大，权重分配难；通信抢修能够做到统一指挥，指令上传下达通畅迅速，班组间协调有序，工作准确高效；应急预案完备，各班组职责明确无误，运维流程完整准确，抢修人员到位、切换顺利、运转有效。The present invention has the following beneficial effects: after adopting the above technical solutions, the present invention realizes accurate fault location, rational allocation of emergency repair resources, provides an intelligent emergency repair plan, and improves fault repair efficiency. When a communication fault occurs, the present invention can immediately Identify fault attributes, determine fault location and scope of influence, carry out emergency repairs, study fault causes, fault degrees, repair difficulty, and influencing factors, so as to provide accurate assessments, find out weak points, improve fault repair work efficiency and resource utilization, and communicate through communication networks Topological relationship and equipment association relationship, risk early warning analysis and control, emergency repair plan, the importance of repaired equipment, emergency repair capabilities, and on-site environmental indicators are difficult to quantify and weight distribution; communication emergency repair can achieve unified command, and instructions can be uploaded and issued smoothly Quick, orderly coordination among teams, accurate and efficient work; complete emergency plan, clear responsibilities of each team, complete and accurate operation and maintenance process, emergency repair personnel in place, smooth switching, and effective operation.
附图说明Description of drawings
图1为本发明的结构示意图。Fig. 1 is a structural schematic diagram of the present invention.
图2为本发明的数据传送单元结构示意图。Fig. 2 is a schematic structural diagram of the data transmission unit of the present invention.
具体实施方式detailed description
在图1和图2中，本发明提供了一种通信一体化智能抢修控制系统，它包括应急故障检测单元、数据传送单元、中央处理器、显示终端和故障检修终端，所述的故障检修单元用于检测线路故障并将故障信号输送至数据传送部件，数据传送单元用于接收故障信号并将故障信号传送至故障评估管理单元，中央处理器用于对比故障信号的故障等级并将评估结果发送至显示终端进行显示，同时中央处理器发出控制信号给故障检修终端进行故障检修作业，所述的数据传送单元包括蓝牙信号接收装置、蓝牙信号发出装置和GPS信号发送装置，蓝牙信号接收装置与应急故障检测单元的信号输出端连接，蓝牙信号接收信号将故障信号接收后发送至蓝牙信号发出装置，蓝牙信号发出装置通过GPS信号发送装置将故障信号发送至中央处理器，所述的应急故障检测单元设置为基于DSP的电力故障检测仪，所述的基于DSP的电力故障检测仪放置在无人机上，所述的显示终端设置为LED显示器，所述的中央处理器上设有短信服务器，短信服务器连接有短信模块数据采集器，短信服务器用于将处理好的数据通过短信模块数据采集器以短信的形式发送至维修人员手机上，维修人员根据短信进行施工进程查询，同时该信息传回短信服务器进行保存备份。In Fig. 1 and Fig. 2, the present invention provides a kind of communication integrated intelligent emergency repair control system, it comprises emergency fault detection unit, data transmission unit, central processing unit, display terminal and trouble-shooting terminal, described trouble-shooting unit It is used to detect line faults and send the fault signals to the data transmission unit. The data transmission unit is used to receive the fault signals and transmit the fault signals to the fault evaluation management unit. The central processor is used to compare the fault levels of the fault signals and send the evaluation results to The display terminal displays, and at the same time, the central processing unit sends a control signal to the troubleshooting terminal to carry out troubleshooting operations. The data transmission unit includes a Bluetooth signal receiving device, a Bluetooth signal sending device and a GPS signal sending device, a Bluetooth signal receiving device and an emergency fault The signal output terminal of the detection unit is connected, the Bluetooth signal receiving signal sends the fault signal to the Bluetooth signal sending device after receiving the fault signal, and the Bluetooth signal sending device sends the fault signal to the central processing unit through the GPS signal sending device, and the emergency fault detection unit is set It is a power failure detector based on DSP, the power failure detector based on DSP is placed on the drone, the display terminal is set to an LED display, the central processing unit is provided with a short message server, and the short message server is connected to There is a SMS module data collector, and the SMS server is used to send the processed data to the mobile phone of the maintenance personnel in the form of SMS through the SMS module data collector. The maintenance personnel query the construction progress according to the SMS, and at the same time, the information is sent back to the SMS server for Save a backup.
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610815207.3ACN106443333A (en) | 2016-09-12 | 2016-09-12 | Integrated intelligent communication first-aid repair control system |
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610815207.3ACN106443333A (en) | 2016-09-12 | 2016-09-12 | Integrated intelligent communication first-aid repair control system |
| Publication Number | Publication Date |
|---|---|
| CN106443333Atrue CN106443333A (en) | 2017-02-22 |
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610815207.3APendingCN106443333A (en) | 2016-09-12 | 2016-09-12 | Integrated intelligent communication first-aid repair control system |
| Country | Link |
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| CN (1) | CN106443333A (en) |
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| WD01 | Invention patent application deemed withdrawn after publication | Application publication date:20170222 | |
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