技术领域technical field
本发明属于电力建设监管领域，具体涉及一种施工现场作业安全远程管控系统及方法。The invention belongs to the field of electric power construction supervision, and in particular relates to a remote management and control system and method for operation safety on a construction site.
背景技术Background technique
目前，电力生产运行中违反调度规则和指令的情况时有发生，各地违章施工、作业等严重危害电力安全的情况屡禁不止。但在安全生产管理过程中，因无具体的先例可循，基层供电企业对现场施工作业安全管理工作开展难度很大，各类现场作业安全未能真正实现可控、在控，具体体现在以下方面：At present, violations of dispatching rules and instructions in power production and operation occur from time to time, and illegal construction and operations in various places seriously endanger power safety. However, in the process of safety production management, because there are no specific precedents to follow, it is very difficult for grass-roots power supply enterprises to carry out safety management of on-site construction operations, and the safety of various on-site operations has not been truly controllable and under control, specifically reflected in the following aspect:
（1） 现场作业安全生产风险评估和辨识缺乏依据。供电企业未建立科学的风险评估数据库和流程，存在风险辨识靠估计、风险分析粗线条、风险评估走过场的现象， 无法准确辨识作业现场安全生产风险点。(1) There is a lack of basis for on-site safety production risk assessment and identification. Power supply companies have not established a scientific risk assessment database and process, and there are phenomena in which risk identification relies on estimation, risk analysis is rough, and risk assessment goes through the motions, making it impossible to accurately identify safety production risk points on the job site.
（2） 现场作业风险预防和控制缺乏手段。供电企业未建立科学的风险预控工作机制，存在风险分析和预控措施落实“两张皮”、风险评估和隐患整治“不连贯 ”的情况；原有管理手段未能对作业实施全过程进行有效管控，无法及时全面控制现场作业人员的行程等细节；有限的稽查力量无法实现现场监督全面覆盖。(2) Lack of means to prevent and control risks in on-site operations. The power supply enterprise has not established a scientific risk pre-control working mechanism, and there are "two skins" in the implementation of risk analysis and pre-control measures, and "incoherent" risk assessment and hidden danger rectification; the original management methods have failed to implement the whole process of operation. Effective management and control cannot fully control details such as the itinerary of on-site operators in a timely manner; limited inspection forces cannot achieve full coverage of on-site supervision.
公司迫切需要建立全新的施工现场作业安全远程管控模式，解决管理瓶颈，控制安全隐患，以管理创新推动安全生产管理水平的提升。创新团队以研发小现场作业安全管控系统为核心—实现了小现场作业安全管控关键技术的示范应用，从作业风险分析入手，探索建立小现场作业安全管控关键技术应用典型设计方案，形成符合供电企业实际的安全管控体系，进而实现供电企业安全生产管理能力和安全生产风险承载能力的全面提升。The company urgently needs to establish a new remote management and control mode for construction site operation safety, solve management bottlenecks, control potential safety hazards, and promote the improvement of safety production management level through management innovation. The innovation team focused on the research and development of the safety management and control system for small-site operations—realized the demonstration application of key technologies for safety management and control of small-site operations. The actual safety management and control system, and then realize the comprehensive improvement of the safety production management ability and safety production risk bearing capacity of power supply enterprises.
发明内容Contents of the invention
本发明的目的是提供一种施工现场作业安全远程管控系统及方法。The purpose of the present invention is to provide a remote management and control system and method for construction site operation safety.
本发明采用以下技术方案：一种施工现场作业安全远程管控系统，其包括：前端系统及后台管理系统；所述前端系统包括手持终端设备、单兵设备以及AR智能眼镜设备；工作负责人根据作业流程实行在该手持终端进行签到、风险点、安全措施拍照；如果网络通畅签到信息及照片会自动上传到所述后台管理系统；单兵设备通过固定架设对现场进行实时录像并实现与监控中心的实时音频对讲，实现在充电状态时离线录像视频的自动上传功能；通过该AR智能眼镜设备的视频传输功能，将使用者第一视角的图像采集回传至后台管理系统，当现场作业人员需要专业协助时，通过呼叫后端专家人员进行远程协助指导；专家人员在图像上勾画提示信息，并同步传达到现场作业人员的眼镜显示屏上；后台管理系统实时调取正在使用的智能眼镜设备现场视频，并定位出眼镜设备的具体位置，并通过语音方式与前端现场进行实时通话交流。The present invention adopts the following technical solutions: a remote management and control system for construction site operation safety, which includes: a front-end system and a background management system; the front-end system includes handheld terminal equipment, individual equipment and AR smart glasses equipment; The process is implemented on the hand-held terminal to take pictures of sign-in, risk points, and safety measures; if the network is unblocked, the sign-in information and photos will be automatically uploaded to the background management system; The real-time audio intercom realizes the automatic upload function of offline recording and video when charging; through the video transmission function of the AR smart glasses device, the image collection of the user's first perspective is sent back to the background management system, and when the on-site operators need For professional assistance, call the back-end experts for remote assistance and guidance; the experts draw prompt information on the image and simultaneously convey it to the glasses display screen of the on-site workers; the background management system calls the smart glasses equipment in use in real time Video, and locate the specific location of the glasses equipment, and communicate with the front-end site in real time through voice.
在本发明一实施例中，所述后台管理系统包括远程监督模块、安全质量到位模块、身份识别模块、安全措施模块以及安全奖惩模块；各级监控人员通过所述远程监督模块实时观看现场直播的音视频信息，实现双向沟通；所述安全质量到位模块建立对应各专业、各类型的工作现场和岗位名称、岗位人员，分级建成不同作业现场到岗到位人员信息库；现场工作结束后，监控坐席将本次到位情况、发现问题、整改单位、整改时间及整改措施上传到安全质量到位模块，实现闭环管理；身份识别模块包括人员信息库；人员信息库存储有在职员工和参与本单位作业的外委施工单位人员的人脸和指纹信息，现场使用时通过与人员信息库的核实比对，确定参与作业人员身份及角色担任，履行现场签到；所述安全措施模块在作业前以两票为依据，将计划使用的安全工器具，按照编号提前办理出库手续，当日领用时与计划使用的工器具及编号一一对应，如发生异常，系统会启动报警功能进行提醒；现场布设时，作业人员通过远程监督模块依次告知监控坐席执行情况，监控坐席依据两票内容核实打勾确认，同时将关键节点截屏留有图片痕迹；安全奖惩模块是将远程监控中发现的违章行为录入，远程监督模块将违章情况公布并下达至违章单位对应人员的手持设备中，违章单位接收到违章信息后，按期将反馈整改完成情况上传。In one embodiment of the present invention, the background management system includes a remote supervision module, a safety quality in place module, an identity recognition module, a safety measure module, and a safety reward and punishment module; monitoring personnel at all levels watch the live broadcast in real time through the remote supervision module Audio and video information to achieve two-way communication; the safety and quality in place module is established to correspond to various majors and types of work sites, job titles, and post personnel, and the information database of on-duty personnel at different job sites is built in different levels; Upload the current situation, problems found, rectification units, rectification time and rectification measures to the safety and quality in place module to realize closed-loop management; the identity identification module includes a personnel information database; The face and fingerprint information of the personnel of the commissioned construction unit shall be verified and compared with the personnel information database during on-site use to determine the identity and role of the participating operators, and perform on-site sign-in; the security measure module is based on two votes before operation , The safety tools and appliances planned to be used should go through the out-of-warehouse procedures in advance according to the serial numbers, and when they are used on the same day, they correspond to the tools and appliances planned to be used and their serial numbers one by one. If any abnormality occurs, the system will activate the alarm function to remind; The personnel will inform the monitoring agents of the execution status in turn through the remote monitoring module, and the monitoring agents will check and confirm according to the contents of the two votes, and at the same time, the screenshots of key nodes will be left with picture traces; the safety reward and punishment module is to enter the violations found in the remote monitoring Announce the violation situation and send it to the handheld device of the corresponding personnel of the violation unit. After receiving the violation information, the violation unit will upload the feedback on the completion of the rectification on schedule.
在本发明一实施例中，所述安全奖惩模块按周、月自动完成违章类型、违章单位、违章人员数据统计，为今后的安全管控分析及重点措施提供依据。In an embodiment of the present invention, the safety reward and punishment module automatically completes data statistics of violation types, violation units, and violation personnel on a weekly and monthly basis, providing a basis for future safety management and control analysis and key measures.
在本发明一实施例中，前端系统通过3G或4G无线网络传输至运营商处中心机房，运营商中心机房通过固定网络将图片视频数据传输至后台管理系统。In an embodiment of the present invention, the front-end system transmits to the operator's central computer room through a 3G or 4G wireless network, and the operator's central computer room transmits the picture and video data to the background management system through a fixed network.
在本发明一实施例中，各应用系统、模块都将采用分布式构件进行搭建；当各构件建成功以后，通过基于工作流的高层中间件来进行高层次的集成；工作流过程定义语言将现存的构件通过工作流结合起来，通过工作流引擎执行工作流来实现新的系统流程和功能。In an embodiment of the present invention, each application system and module will be built using distributed components; after each component is successfully built, high-level integration will be performed through workflow-based high-level middleware; the workflow process definition language will The existing components are combined through the workflow, and the workflow engine executes the workflow to realize the new system process and function.
本发明还提供一种施工现场作业安全远程管控方法，其包括以下步骤：步骤S1：工作计划导入系统后，根据导入的工作计划中的工作票、操作票，自动关联到停电计划中，由调度部门下令开工后，各工作负责人任务自动生成并推送到手持终端待处理区，由工作负责人接收、查看；步骤S2：工作负责人将工作票、操作票的照片上传至安全质量到位模块，根据作业流程实行现场人员签到、风险点、安全措施拍照，照片在网络通畅的情况下会自动上传到安全质量到位模块；步骤S3:现场人员进行作业并通过远程监督模块依次告知监控坐席执行情况，监控坐席依据两票内容核实打勾确认，同时将关键节点截屏留有图片痕迹；步骤S4：任务完成后，调度人员手持终端及后台将收到工作负责人结束任务的推送消息，调度人员查看推送通知内容，并根据工作计划向下一步工作的工作负责人发送调度指令。The present invention also provides a remote management and control method for construction site operation safety, which includes the following steps: Step S1: After the work plan is imported into the system, according to the work ticket and operation ticket in the imported work plan, it is automatically associated with the power outage plan, and the dispatcher After the department orders to start work, the task of each person in charge is automatically generated and pushed to the waiting area of the handheld terminal, where the person in charge receives and checks; Step S2: The person in charge uploads the photos of the work ticket and operation ticket to the safety and quality in place module, According to the operation process, on-site personnel check-in, risk points, and safety measures are taken, and the photos will be automatically uploaded to the safety and quality module when the network is unobstructed; Step S3: the on-site personnel perform operations and inform the monitoring seats of the execution status through the remote supervision module in turn, The monitoring agent checks and confirms according to the content of the two votes, and at the same time takes a screenshot of the key node to leave picture traces; Step S4: After the task is completed, the dispatcher's hand-held terminal and the background will receive a push message from the person in charge of the task, and the dispatcher will check the push Notify the content, and send scheduling instructions to the person in charge of the next step according to the work plan.
在本发明一实施例中，包括以下步骤：步骤S5：通过安全奖惩模块将远程监控中发现的违章行为录入，远程监督模块将违章情况公布并下达至违章单位对应人员的手持设备中，违章单位接收到违章信息后，按期将反馈整改完成情况上传。In one embodiment of the present invention, the following steps are included: Step S5: Enter the violations found in the remote monitoring through the security reward and punishment module, and the remote supervision module announces the violations and sends them to the handheld devices of the corresponding personnel of the violation unit, and the violation unit After receiving the violation information, upload the feedback and rectification completion status on schedule.
在本发明一实施例中，步骤S3包括以下具体步骤：现场人员利用单兵设备固定架设对现场进行实时录像并实现与监控中心的实时音频对讲，实现在充电状态时离线录像视频的自动上传功能；通过一AR智能眼镜设备的视频传输功能，实现以监督人员的第一视角，将作业现场实时画面传输到后台管理系统；借助第一人称视角的摄像头，AR智能眼镜设备将使用者第一视角的图像采集回传至后台管理系统，当现场作业人员需要专业协助时，通过呼叫后端专家人员进行远程协助指导；专家人员在图像上勾画提示信息，并同步传达到现场工作人员的眼镜显示屏上；后台管理系统实时调取正在使用的智能眼镜设备现场视频，并定位出眼镜设备的具体位置，并通过语音方式与前端现场进行实时通话交流。In an embodiment of the present invention, step S3 includes the following specific steps: the on-site personnel use the fixed erection of the individual equipment to perform real-time video recording on the scene and realize the real-time audio intercom with the monitoring center, and realize the automatic upload of the offline recorded video in the charging state Function; through the video transmission function of an AR smart glasses device, the real-time picture of the job site can be transmitted to the background management system from the first perspective of the supervisor; with the help of the first-person perspective camera, the AR smart glasses device The collected images are sent back to the background management system. When the on-site operators need professional assistance, they can call the back-end experts for remote assistance and guidance; the experts draw prompts on the images and simultaneously convey them to the glasses display screens of the on-site staff Above; the background management system retrieves the on-site video of the smart glasses device in use in real time, locates the specific location of the glasses device, and communicates with the front-end site in real time through voice.
在本发明一实施例中，停电计划包括以下步骤：步骤S11:由调度部门告知运行部门开始操作，运行部门根据倒闸操作票规定的工作步骤执行操作，操作完成后，运行将部门操作结果反馈回调试部门；步骤S12：运行部门完成倒闸操作并反馈结果的同时，如果需要检修班组执行工作，则通知检修班组开始工作，检修班组根据规定执行工作内容，如需要保护班组执行，则由检修班组通知保护班组执行相关工作，工作完成后反馈结果到运行部门；运行部门完成倒闸操作并反馈结果到调度部门后，如果停电计划中有涉及配电、输电、电缆专业工作时，由调度部门通知相关三个专业执行对应工作票中的工作内容；步骤S13：各专业完成工作并反馈回调度部门后，由调度部门转运行部门完成恢复送电工作。In one embodiment of the present invention, the power outage plan includes the following steps: Step S11: the dispatching department informs the operation department to start operation, and the operation department performs the operation according to the work steps stipulated in the switching operation ticket. After the operation is completed, the operation will feed back the operation result of the department Return to the commissioning department; step S12: while the operation department completes the switching operation and feeds back the results, if the maintenance team is required to perform work, the maintenance team will be notified to start working, and the maintenance team will perform the work according to the regulations. The team notifies the protection team to carry out relevant work, and feedbacks the results to the operation department after the work is completed; after the operation department completes the switching operation and feeds back the results to the dispatching department, if the power outage plan involves professional work on power distribution, power transmission, and cables, the dispatching department will Notify the relevant three majors to execute the work content in the corresponding work ticket; Step S13: After each major completes the work and feeds back to the dispatching department, the dispatching department transfers the operation department to complete the restoration of power transmission.
在本发明一实施例中，步骤S1中工作计划的制定包括以下步骤：倒阐操作票通过PMS2.0导出PDF文件，其它专业工作票、操作票通过Word文件编辑完成后，将对应的PDF或Word文件上传至后台管理系统；上传完成后，对后台管理系统解析的两票数据进行核对，核对无误即关联工作计划；后台管理系统生成一个任务并指派给特定的工作人员，任务信息被推送到手持终端设备的任务待处理区中，等待调度指令到达方可操作。In one embodiment of the present invention, the formulation of the work plan in step S1 includes the following steps: export the PDF file through PMS2.0 for the reverse interpretation operation ticket, and after editing other professional work tickets and operation tickets through the Word file, convert the corresponding PDF or The Word file is uploaded to the background management system; after the upload is completed, check the two-ticket data analyzed by the background management system, and if the verification is correct, it will be associated with the work plan; the background management system generates a task and assigns it to a specific staff member, and the task information is pushed to In the task pending area of the handheld terminal device, the operation can only be performed after waiting for the arrival of the dispatching instruction.
与现有技术相比，本发明具有以下优点：Compared with the prior art, the present invention has the following advantages:
1、提高作业现场可视化、互动化水平1. Improve the visualization and interaction level of the job site
现场作业人员使用的单兵视频设备和PDA移动终端设备，通过便携式佩戴。操作界面简单，每个操作流程均有明确提示和指导信息，易于操作和使用，通过远程视频对视，语音提示，实现作业现场与远程监控人员的互动，提高工作的实效性。The individual video equipment and PDA mobile terminal equipment used by field operators are portable and worn. The operation interface is simple, and each operation process has clear prompts and guidance information, which is easy to operate and use. Through remote video viewing and voice prompts, the interaction between the job site and remote monitoring personnel can be realized, and the effectiveness of work can be improved.
2、实现安全管控远程化，减少重大安全事故2. Realize remote safety management and control, reduce major safety accidents
现场视频系统通过4G网络实时将1080P高清图像信息传输到监控中心。监督负责人按照安全流程节点步骤所拍摄的照片通过4G网络实时上传到监控中心，若现场4G信号中断恢复后，系统自动将之前未上传的照片及时上传。通过远程安全质量的流程化稽查，保障安全生产作业。The on-site video system transmits 1080P high-definition image information to the monitoring center in real time through the 4G network. The photos taken by the person in charge of supervision according to the safety process node steps are uploaded to the monitoring center in real time through the 4G network. If the on-site 4G signal is interrupted and restored, the system will automatically upload the previously unuploaded photos in time. Safe production operations are guaranteed through remote safety and quality process inspections.
3、提高生产效率，减轻人工成本3. Improve production efficiency and reduce labor costs
领导和管理人员、执规队员不再需要奔波到现场进行安全检查，只需在监控中心同过监督平台稽查系统和单兵视频就可以对作业现场进行安全检查、监督和指导，减轻了管理人员的工作承载力，有效节约了人力物力资源。Leaders, managers, and compliance team members no longer need to go to the site for safety inspections. They only need to go through the monitoring platform inspection system and individual video in the monitoring center to conduct safety inspections, supervision and guidance on the job site, which reduces the burden of management personnel. The work carrying capacity effectively saves manpower and material resources.
附图说明Description of drawings
图1为本发明一实施例的系统主要结构示意图。FIG. 1 is a schematic diagram of the main structure of the system according to an embodiment of the present invention.
图2为本发明一实施例的停电计划流程示意图。FIG. 2 is a schematic diagram of a power outage planning process according to an embodiment of the present invention.
图3为本发明具体实施例的两票类型在手持终端的示意图。Fig. 3 is a schematic diagram of a two-vote type in a handheld terminal according to a specific embodiment of the present invention.
图4为本发明具体实施例的签到在手持终端的示意图。Fig. 4 is a schematic diagram of a hand-held terminal for sign-in according to a specific embodiment of the present invention.
图5为本发明具体实施例的拍照上传步骤在手持终端的示意图。Fig. 5 is a schematic diagram of the step of uploading photos in a handheld terminal according to a specific embodiment of the present invention.
具体实施方式Detailed ways
下面结合附图和具体实施例对本发明做进一步解释说明。The present invention will be further explained below in conjunction with the accompanying drawings and specific embodiments.
一种施工现场作业安全远程管控系统，其包括：前端系统及后台管理系统；所述前端系统包括手持终端设备、单兵设备以及AR智能眼镜设备；工作负责人根据作业流程实行在该手持终端进行签到、风险点、安全措施拍照；如果网络通畅签到信息及照片会自动上传到所述后台管理系统；单兵设备通过固定架设对现场进行实时录像并实现与监控中心的实时音频对讲，实现在充电状态时离线录像视频的自动上传功能；通过该AR智能眼镜设备的视频传输功能，实现以现场作业人员的第一视角，将作业现场实时画面传输到后台管理系统；借助第一人称视角的摄像头，AR智能眼镜设备将使用者第一视角的图像采集回传至后台管理系统，当现场作业人员需要专业协助时，通过呼叫后端专家人员进行远程协助指导；专家人员在图像上勾画提示信息，并同步传达到现场作业人员的眼镜显示屏上；后台管理系统实时调取正在使用的智能眼镜设备现场视频，并定位出眼镜设备的具体位置，并通过语音方式与前端现场进行实时通话交流。A remote management and control system for construction site operation safety, which includes: a front-end system and a background management system; the front-end system includes a handheld terminal device, individual soldier equipment, and AR smart glasses equipment; Check-in, risk points, and security measures take pictures; if the network is unblocked, the check-in information and photos will be automatically uploaded to the background management system; the individual equipment will record the scene in real time through fixed erection and realize real-time audio intercom with the monitoring center, realizing in-person The function of automatic uploading of offline recording video during charging state; through the video transmission function of the AR smart glasses device, the real-time picture of the job site can be transmitted to the background management system from the first perspective of the on-site workers; with the help of the first-person perspective camera, The AR smart glasses device collects the image from the user's first perspective and sends it back to the background management system. When the on-site operators need professional assistance, they can call the back-end experts for remote assistance and guidance; the experts draw prompt information on the image, and Simultaneously communicated to the glasses display screen of the on-site workers; the background management system retrieves the on-site video of the smart glasses device in use in real time, locates the specific location of the glasses device, and communicates with the front-end site through voice in real time.
在本发明一实施例中，所述后台管理系统包括远程监督模块、安全质量到位模块、身份识别模块、安全措施模块以及安全奖惩模块；各级监控人员通过所述远程监督模块实时观看现场直播的音视频信息，实现双向沟通；所述安全质量到位模块建立对应各专业、各类型的工作现场和岗位名称、岗位人员，分级建成不同作业现场到岗到位人员信息库；现场工作结束后，监控坐席将本次到位情况、发现问题、整改单位、整改时间及整改措施上传到安全质量到位模块，实现闭环管理；身份识别模块包括人员信息库；人员信息库存储有在职员工和参与本单位作业的外委施工单位人员的人脸和指纹信息，现场使用时通过与人员信息库的核实比对，确定参与作业人员身份及角色担任，履行现场签到；所述安全措施模块在作业前以两票为依据，将计划使用的安全工器具，按照编号提前办理出库手续，当日领用时与计划使用的工器具及编号一一对应，如发生异常，系统会启动报警功能进行提醒；现场布设时，作业人员通过远程监督模块依次告知监控坐席执行情况，监控坐席依据两票内容核实打勾确认，同时将关键节点截屏留有图片痕迹；安全奖惩模块是将远程监控中发现的违章行为录入，远程监督模块将违章情况公布并下达至违章单位对应人员的手持设备中，违章单位接收到违章信息后，按期将反馈整改完成情况上传。In one embodiment of the present invention, the background management system includes a remote supervision module, a safety quality in place module, an identity recognition module, a safety measure module, and a safety reward and punishment module; monitoring personnel at all levels watch the live broadcast in real time through the remote supervision module Audio and video information to achieve two-way communication; the safety and quality in place module is established to correspond to various majors and types of work sites, job titles, and post personnel, and the information database of on-duty personnel at different job sites is built in different levels; Upload the current situation, problems found, rectification units, rectification time and rectification measures to the safety and quality in place module to realize closed-loop management; the identity identification module includes a personnel information database; The face and fingerprint information of the personnel of the commissioned construction unit shall be verified and compared with the personnel information database during on-site use to determine the identity and role of the participating operators, and perform on-site sign-in; the security measure module is based on two votes before operation , The safety tools and appliances planned to be used should go through the out-of-warehouse procedures in advance according to the serial numbers, and when they are used on the same day, they correspond to the tools and appliances planned to be used and their serial numbers one by one. If any abnormality occurs, the system will activate the alarm function to remind; The personnel will inform the monitoring agents of the execution status in turn through the remote monitoring module, and the monitoring agents will check and confirm according to the contents of the two votes, and at the same time, the screenshots of key nodes will be left with picture traces; the safety reward and punishment module is to enter the violations found in the remote monitoring Announce the violation situation and send it to the handheld device of the corresponding personnel of the violation unit. After receiving the violation information, the violation unit will upload the feedback on the completion of the rectification on schedule.
在本发明一实施例中，所述安全奖惩模块按周、月自动完成违章类型、违章单位、违章人员数据统计，为今后的安全管控分析及重点措施提供依据。In an embodiment of the present invention, the safety reward and punishment module automatically completes data statistics of violation types, violation units, and violation personnel on a weekly and monthly basis, providing a basis for future safety management and control analysis and key measures.
在本发明一实施例中，前端系统通过3G或4G无线网络传输至运营商处中心机房，运营商中心机房通过固定网络将图片视频数据传输至后台管理系统。In an embodiment of the present invention, the front-end system transmits to the operator's central computer room through a 3G or 4G wireless network, and the operator's central computer room transmits the picture and video data to the background management system through a fixed network.
在本发明一实施例中，各应用系统、模块都将采用分布式构件进行搭建；当各构件建成功以后，通过基于工作流的高层中间件来进行高层次的集成；工作流过程定义语言将现存的构件通过工作流结合起来，通过工作流引擎执行工作流来实现新的系统流程和功能。In an embodiment of the present invention, each application system and module will be built using distributed components; after each component is successfully built, high-level integration will be performed through workflow-based high-level middleware; the workflow process definition language will The existing components are combined through the workflow, and the workflow engine executes the workflow to realize the new system process and function.
本发明一实施例的结构示意图参见图1。Refer to FIG. 1 for a schematic structural diagram of an embodiment of the present invention.
本发明还提供一种施工现场作业安全远程管控方法，其包括以下步骤：步骤S1：工作计划导入系统后，根据导入的工作计划中的工作票、操作票，自动关联到停电计划中，由调度部门下令开工后，各工作负责人任务自动生成并推送到手持终端待处理区，由工作负责人接收、查看；步骤S2：工作负责人将工作票、操作票的照片上传至安全质量到位模块，根据作业流程实行现场人员签到、风险点、安全措施拍照，照片在网络通畅的情况下会自动上传到安全质量到位模块；步骤S3:现场人员进行作业并通过远程监督模块依次告知监控坐席执行情况，监控坐席依据两票内容核实打勾确认，同时将关键节点截屏留有图片痕迹；步骤S4：任务完成后，调度人员手持终端及后台将收到工作负责人结束任务的推送消息，调度人员查看推送通知内容，并根据工作计划向下一步工作的工作负责人发送调度指令。The present invention also provides a remote management and control method for construction site operation safety, which includes the following steps: Step S1: After the work plan is imported into the system, according to the work ticket and operation ticket in the imported work plan, it is automatically associated with the power outage plan, and the dispatcher After the department orders to start work, the task of each person in charge is automatically generated and pushed to the waiting area of the handheld terminal, where the person in charge receives and checks; Step S2: The person in charge uploads the photos of the work ticket and operation ticket to the safety and quality in place module, According to the operation process, on-site personnel check-in, risk points, and safety measures are taken, and the photos will be automatically uploaded to the safety and quality module when the network is unobstructed; Step S3: the on-site personnel perform operations and inform the monitoring seats of the execution status through the remote supervision module in turn, The monitoring agent checks and confirms according to the content of the two votes, and at the same time takes a screenshot of the key node to leave picture traces; Step S4: After the task is completed, the dispatcher's hand-held terminal and the background will receive a push message from the person in charge of the task, and the dispatcher will check the push Notify the content, and send scheduling instructions to the person in charge of the next step according to the work plan.
在本发明一实施例中，包括以下步骤：步骤S5：通过安全奖惩模块将远程监控中发现的违章行为录入，远程监督模块将违章情况公布并下达至违章单位对应人员的手持设备中，违章单位接收到违章信息后，按期将反馈整改完成情况上传。In one embodiment of the present invention, the following steps are included: Step S5: Enter the violations found in the remote monitoring through the security reward and punishment module, and the remote supervision module announces the violations and sends them to the handheld devices of the corresponding personnel of the violation unit, and the violation unit After receiving the violation information, upload the feedback and rectification completion status on schedule.
在本发明一实施例中，步骤S3包括以下具体步骤：现场人员利用单兵设备固定架设对现场进行实时录像并实现与监控中心的实时音频对讲，实现在充电状态时离线录像视频的自动上传功能；通过一AR智能眼镜设备的视频传输功能，实现以监督人员的第一视角，将作业现场实时画面传输到后台管理系统；借助第一人称视角的摄像头，AR智能眼镜设备将使用者第一视角的图像采集回传至后台管理系统，当现场作业人员需要专业协助时，通过呼叫后端专家人员进行远程协助指导；专家人员在图像上勾画提示信息，并同步传达到现场工作人员的眼镜显示屏上；后台管理系统实时调取正在使用的智能眼镜设备现场视频，并定位出眼镜设备的具体位置，并通过语音方式与前端现场进行实时通话交流。In an embodiment of the present invention, step S3 includes the following specific steps: the on-site personnel use the fixed erection of the individual equipment to perform real-time video recording on the scene and realize the real-time audio intercom with the monitoring center, and realize the automatic upload of the offline recorded video in the charging state Function; through the video transmission function of an AR smart glasses device, the real-time picture of the job site can be transmitted to the background management system from the first perspective of the supervisor; with the help of the first-person perspective camera, the AR smart glasses device The collected images are sent back to the background management system. When the on-site operators need professional assistance, they can call the back-end experts for remote assistance and guidance; the experts draw prompts on the images and simultaneously convey them to the glasses display screens of the on-site staff Above; the background management system retrieves the on-site video of the smart glasses device in use in real time, locates the specific location of the glasses device, and communicates with the front-end site in real time through voice.
在本发明一实施例中，停电计划包括以下步骤：步骤S11:由调度部门告知运行部门开始操作，运行部门根据倒闸操作票规定的工作步骤执行操作，操作完成后，运行将部门操作结果反馈回调试部门；步骤S12：运行部门完成倒闸操作并反馈结果的同时，如果需要检修班组执行工作，则通知检修班组开始工作，检修班组根据规定执行工作内容，如需要保护班组执行，则由检修班组通知保护班组执行相关工作，工作完成后反馈结果到运行部门；运行部门完成倒闸操作并反馈结果到调度部门后，如果停电计划中有涉及配电、输电、电缆专业工作时，由调度部门通知相关三个专业执行对应工作票中的工作内容；步骤S13：各专业完成工作并反馈回调度部门后，由调度部门转运行部门完成恢复送电工作。停电计划的流程示意图参见图2。In one embodiment of the present invention, the power outage plan includes the following steps: Step S11: the dispatching department informs the operation department to start operation, and the operation department performs the operation according to the work steps stipulated in the switching operation ticket. After the operation is completed, the operation will feed back the operation result of the department Return to the commissioning department; step S12: while the operation department completes the switching operation and feeds back the results, if the maintenance team is required to perform work, the maintenance team will be notified to start working, and the maintenance team will perform the work according to the regulations. The team notifies the protection team to carry out relevant work, and feedbacks the results to the operation department after the work is completed; after the operation department completes the switching operation and feeds back the results to the dispatching department, if the power outage plan involves professional work on power distribution, power transmission, and cables, the dispatching department will Notify the relevant three majors to execute the work content in the corresponding work ticket; Step S13: After each major completes the work and feeds back to the dispatching department, the dispatching department transfers the operation department to complete the restoration of power transmission. See Figure 2 for a flow diagram of the outage plan.
步骤S1中工作计划的制定包括以下步骤：倒阐操作票通过PMS2.0导出PDF文件，其它专业工作票、操作票通过Word文件编辑完成后，将对应的PDF或Word文件上传至后台管理系统；上传完成后，对后台管理系统解析的两票数据进行核对，核对无误即关联工作计划；后台管理系统生成一个任务并指派给特定的工作人员，任务信息被推送到手持终端设备的任务待处理区中，等待调度指令到达方可操作。The formulation of the work plan in step S1 includes the following steps: export the PDF file through PMS2.0 for the reverse analysis operation ticket, and upload the corresponding PDF or Word file to the background management system after editing other professional work tickets and operation tickets through the Word file; After the upload is completed, check the two-ticket data analyzed by the background management system, and if the verification is correct, it will be associated with the work plan; the background management system will generate a task and assign it to a specific worker, and the task information will be pushed to the task pending area of the handheld terminal device In , wait for the arrival of the scheduling instruction before operating.
实施例1Example 1
前端系统包括：Front-end systems include:
1）手持终端设备：基于Android系统的智能终端定制应用软件，根据作业流程实行现场人员签到、风险点、安全措施拍照，照片在网络通畅的情况下会自动上传到作业现场安全与质量管控平台。1) Handheld terminal device: Android system-based intelligent terminal customized application software, according to the operation process, take pictures of on-site personnel sign-in, risk points, and safety measures, and the photos will be automatically uploaded to the operation site safety and quality control platform when the network is smooth.
2)单兵设备：针对小型分散作业现场，单兵设备通过固定架设对现场进行实时录像并实现与监控中心的实时音频对讲。实现在充电状态时离线录像视频的自动 上传功能。2) Individual equipment: For small-scale scattered operation sites, individual equipment can record the scene in real time through fixed erection and realize real-time audio intercom with the monitoring center. Realize the automatic upload function of offline recording video when charging.
3）AR智能眼镜设备：针对配网作业等小型分散现场作业场合，通过AR智能眼镜系统视频传输功能，实现以监督人员的第一视角，将作业现场实时画面传输到监督指挥中心，3) AR smart glasses equipment: For small-scale scattered on-site operations such as distribution network operations, through the video transmission function of the AR smart glasses system, the real-time picture of the job site can be transmitted to the supervision and command center from the first perspective of the supervisor.
Ø远程专家指导ØRemote expert guidance
借助第一人称视角的摄像头，智能眼镜可以把使用者第一视角的图像采集回传至平台，当现场作业人员需要专业协助时，可以呼叫后端专家人员进行远程协助指导。专家人员可以在图像上勾画提示信息，并同步传达都现场工作人员的眼镜显示屏上。With the help of the camera from the first-person perspective, the smart glasses can collect the image from the user's first perspective and send it back to the platform. When the on-site operators need professional assistance, they can call the back-end experts for remote assistance and guidance. Experts can draw prompt information on the image and simultaneously convey it to the glasses display screen of the on-site staff.
Ø单兵记录仪ØIndividual recorder
远程监控端可以实时调取正在使用的智能眼镜现场视频，并定位出眼镜的具体位置，并通过语音方式与前端现场进行实时通话交流。The remote monitoring terminal can call the live video of the smart glasses in use in real time, locate the specific location of the glasses, and communicate with the front-end site in real time through voice.
传输网络采用3G/4G无线网络与固网，前者接入前端移动设备，后者连接监控中心，两者在运营商处实现互联互通。The transmission network adopts 3G/4G wireless network and fixed network. The former is connected to the front-end mobile device, and the latter is connected to the monitoring center. The two are interconnected at the operator.
前端智能终端通过3G/4G无线网络传输至运营商处中心机房，运营商中心机房通过固定网络将图片视频数据传输至作业现场智能管控中心。The front-end intelligent terminal is transmitted to the central computer room of the operator through the 3G/4G wireless network, and the central computer room of the operator transmits the picture and video data to the intelligent management and control center of the job site through the fixed network.
业务管理后台系统包括5大功能模块：The business management background system includes 5 major functional modules:
远程监督模块：监控中心各级监控人员实时观看现场直播的音视频信息，可实现双向沟通。Remote supervision module: Monitoring personnel at all levels in the monitoring center can watch live audio and video information in real time, which can realize two-way communication.
安全质量到位模块 ：一是建立对应各专业、各类型的工作现场和岗位名称、岗位人员，分级建成不同作业现场到岗到位人员信息库。如同闹钟一样提前通知到位人员开展远程监督或现场到位，并做好到位前的各项准备工作，二是现场工作结束后，监控坐席将本次到位情况、发现问题、整改单位、整改时间及整改措施上传，实现到位的闭环管理。Safety and quality in place module: First, establish a corresponding professional and various types of work sites, job titles, and post personnel, and build an information database of on-duty personnel in different job sites in different levels. Like an alarm clock, notify the personnel in place in advance to carry out remote supervision or on-site arrival, and do all the preparatory work before the arrival. Second, after the on-site work is over, the monitoring seat will report the arrival situation, problems found, rectification unit, rectification time and rectification Measures are uploaded to achieve closed-loop management in place.
身份识别模块： 将在职员工和参与本单位作业的外委施工单位人员的人脸和指纹录入，建成人员信息库，现场使用时通过与信息库的核实比对，确定参与作业人员身份及角色担任，履行现场签到，避免不合格人员和顶包人员参与现场作业，杜绝滥竽充数。Identification module: Enter the faces and fingerprints of the employees on the job and the personnel of the outsourced construction unit participating in the operation of the unit, and build a personnel information database. When using on-site, through verification and comparison with the information database, the identity and role of the participating operators are determined , perform on-site sign-in, prevent unqualified personnel and subcontractors from participating in on-site operations, and prevent overfilling.
安全措施模块：一是在作业前一天以“两票”为依据，将计划使用的安全工器具（如地线、验电器、拉闸杆、标识牌）等，按照编号提前在平台中办理出库手续，当日领用时与计划使用的工器具及编号一一对应，如发生漏取、错取等情况，系统会启动报警功能进行提醒，从技术上保证工作票所列安全措施和现场实际吻合。二是现场布设时，作业人员通过监控模块依次告知监控坐席执行情况，监控坐席依据“两票”内容核实打勾确认，同时将关键节点截屏留有图片痕迹，从管理上保证安全措施的完整规范，防止因安全措施不全导致的返送电、误操作等事故发生，达到现场安全措施标准化管理要求。Safety measures module: First, on the basis of "two tickets" one day before the operation, the planned safety tools (such as ground wires, electroscopes, brake levers, identification plates), etc., are processed on the platform in advance according to the number In case of missed or wrong pick-up, the system will activate the alarm function to remind, technically ensure that the safety measures listed in the work ticket are consistent with the actual situation on site match. The second is when the site is deployed, the operators will inform the monitoring agents of the implementation status through the monitoring module in turn, and the monitoring agents will check and confirm according to the "two tickets" content, and at the same time, the screenshots of key nodes will be left with picture traces, so as to ensure the complete specification of safety measures in management , to prevent accidents such as return power transmission and misoperation caused by incomplete safety measures, and meet the standardized management requirements of on-site safety measures.
安全奖惩模块：一是将远程监控中发现的违章行为，配有文字、图片等信息录入，平台除在监控大屏通报曝光外，还将违章情况下达至违章单位对应人员的手持设备中，违章单位接收到违章信息后，按期将反馈整改完成情况上传，平台自动对应《国网太原供电公司典型违章100条考核标准》形成处罚意见，完成违章发现、通报、整改和处罚的闭环管理。另外按周、月自动完成违章类型、违章单位、违章人员等数据统计，为今后的安全管控分析及重点措施提供依据。Safety reward and punishment module: First, enter the violations found in remote monitoring with text, pictures and other information. In addition to notifying the exposure on the large monitoring screen, the platform will also send violations to the handheld devices of the corresponding personnel of the violation unit. After receiving the violation information, the unit will upload the feedback on the completion of rectification on schedule, and the platform will automatically form a penalty opinion corresponding to the "100 Assessment Standards for Typical Violations of State Grid Taiyuan Power Supply Company", and complete the closed-loop management of violation discovery, notification, rectification and punishment. In addition, statistics on violation types, violation units, and violation personnel are automatically completed on a weekly and monthly basis, providing a basis for future safety management and control analysis and key measures.
远程管理方法包括以下步骤：The remote management method includes the following steps:
1) 工作计划导入系统后，根据和专业导入的工作票、操作票，自动关联到停电计划中，由调度部门下令开工后，各工作负责人任务自动生成并推送到智能终端待处理区，点击“待处理”，显示工作负责人需要执行的任务。手持智能终端的两票类型界面示意图参见图3。1) After the work plan is imported into the system, it will be automatically linked to the power outage plan according to the work ticket and operation ticket imported by the professional. After the dispatching department orders the start of work, the tasks of each work leader will be automatically generated and pushed to the waiting area of the smart terminal. Click "Pending", which shows the tasks that the work owner needs to perform. See Figure 3 for the schematic diagram of the two-ticket type interface of the handheld smart terminal.
2）工作负责人将工作票、操作票、等照片上传至作业现场安全与质量管控系统。分别点击操作票、工作票进入，即可根据作业流程实行现场人员签到、风险点、安全措施拍照，照片在网络通畅的情况下会自动上传到作业现场安全与质量管控平台。开工签到示意图参见图4。工作票许可拍照示意图参见图5。2) The person in charge uploads photos of work tickets, operation tickets, etc. to the job site safety and quality control system. Click on the operation ticket and work ticket to enter, and you can take pictures of on-site personnel sign-in, risk points, and safety measures according to the operation process. The photos will be automatically uploaded to the operation site safety and quality control platform when the network is smooth. Refer to Figure 4 for the schematic diagram of the start-up sign-in. See Figure 5 for a schematic diagram of work ticket permission to take photos.
3) 照片上传一张后，工作任务自动从“待处理”进入“进行区”。3) After a photo is uploaded, the work task will automatically enter the "progress area" from "to be processed".
4）当天工作时，点击已进行，显示工作负责人正在执行的任务，点击灰色栏具体任务，进入详细信息。工作负责人跟据工作进度，按照终端提示，上传相应照片。4) When working on the day, click on the completed task to display the task being performed by the person in charge, and click on the specific task in the gray bar to enter the detailed information. According to the progress of the work, the person in charge uploads the corresponding photos according to the prompt of the terminal.
5) 工作完工，所有照片上传完后，提示任务完成。5) After the work is completed and all photos are uploaded, it will prompt that the task is completed.
6）任务完成后，调度人员的移动智能终端及后台将收到到工作负责人结束任务的推送消息，提醒方式为手机顶部显示系统传达的未读信息并间隔5分钟通过声音提醒调度人员查看，点击后查看通知内容，并根据工作计划向下一步工作的工作负责人发送调度指令。6) After the task is completed, the dispatcher's mobile smart terminal and the background will receive a push message from the person in charge to complete the task. The reminder method is to display the unread information conveyed by the system on the top of the mobile phone and remind the dispatcher to check it by voice every 5 minutes. Click to view the content of the notification, and send scheduling instructions to the person in charge of the next step according to the work plan.
本发明的主要创新点在于：The main innovations of the present invention are:
1、人脸云识别：现场施工作业人员和到岗到位管理人员需通过指纹或人脸识别进行签到，签到时，移动 APP 终端将显示签到人员的相关信息供现场监督负责人实时在线核实，杜绝冒名顶替和弄虚作假现象。1. Face cloud recognition: On-site construction workers and on-site management personnel need to sign in through fingerprint or face recognition. When signing in, the mobile APP terminal will display relevant information of the sign-in personnel for real-time online verification by the person in charge of on-site supervision. Impersonation and falsification.
2、安全作业闭环管理机制：各级人员现场安全检查发现的违章，通过 终端将违章照片和违章记录上传到监控平台，监控中心安全稽查人员按照反违章规定进行违章考核，经执规队长审核后发布和爆光2. Closed-loop management mechanism for safe operation: Violations found during on-site safety inspection by personnel at all levels upload violation photos and violation records to the monitoring platform through the terminal, and the safety inspectors of the monitoring center conduct violation assessments in accordance with anti-violation regulations. release and exposure
3、安全作业检查全覆盖：后端执规和指挥人员随时查看各个作业现场的工作情况，对各类违章行为进行查究。通过设备与云端的结合，提供给现场工作人员标准化工作步骤的提示，并进行强流程管控，要求现场监督人员对作业人员的每一个关键节点进行拍照确认，方能进入下一环节，通过此管理办法，可以有效减少违章行为的发生，提升现场作业的规范性及安全性3. Full coverage of safe operation inspection: the back-end law enforcement and command personnel check the working conditions of each operation site at any time, and investigate various violations. Through the combination of equipment and the cloud, it provides on-site staff with prompts on standardized work steps, and implements strong process control. On-site supervisors are required to take pictures of each key node of the operator to confirm that they can enter the next link. Through this management The method can effectively reduce the occurrence of violations and improve the standardization and safety of on-site operations
4、AR智能眼镜增强现实信息显示：增强现实技术是实时地计算摄影机影像的位置及角度并加上相应图像的技术，这种技术的目标是在屏幕上把虚拟世界套在现实世界并进行互动。智能眼镜作为增强现实的最佳载体，可以实现将展示信息叠加在现实物体上，提升作业的视觉能力，可以看见保存在云端的数据。4. AR smart glasses augmented reality information display: Augmented reality technology is a technology that calculates the position and angle of the camera image in real time and adds the corresponding image. The goal of this technology is to put the virtual world on the screen and interact with the real world . As the best carrier for augmented reality, smart glasses can superimpose display information on real objects, improve the visual ability of operations, and see data stored in the cloud.
以上是本发明的较佳实施例，凡依本发明技术方案所作的改变，所产生的功能作用未超出本发明技术方案的范围时，均属于本发明的保护范围。The above are the preferred embodiments of the present invention, and all changes made according to the technical solution of the present invention, when the functional effect produced does not exceed the scope of the technical solution of the present invention, all belong to the protection scope of the present invention.
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711230492.3ACN107967562A (en) | 2017-11-29 | 2017-11-29 | A kind of construction site job safety remote-control system and method |
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711230492.3ACN107967562A (en) | 2017-11-29 | 2017-11-29 | A kind of construction site job safety remote-control system and method |
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| CN107967562Atrue CN107967562A (en) | 2018-04-27 |
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711230492.3APendingCN107967562A (en) | 2017-11-29 | 2017-11-29 | A kind of construction site job safety remote-control system and method |
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| CN116911782A (en)* | 2023-07-10 | 2023-10-20 | 广东诚誉工程咨询监理有限公司 | Man-machine interaction-based cable accessory manufacturing individual monitoring system and method |
| CN117371935A (en)* | 2023-10-10 | 2024-01-09 | 中邮建技术有限公司 | Intelligent management method and system for site construction |
| CN118627871A (en)* | 2024-08-15 | 2024-09-10 | 国网安徽省电力有限公司信息通信分公司 | Intelligent verification method for unplanned operations in substations based on artificial intelligence platform |
| CN118627871B (en)* | 2024-08-15 | 2024-11-12 | 国网安徽省电力有限公司信息通信分公司 | Intelligent verification method for unplanned operations in substations based on artificial intelligence platform |
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| PB01 | Publication | ||
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| SE01 | Entry into force of request for substantive examination | ||
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| RJ01 | Rejection of invention patent application after publication | Application publication date:20180427 | |
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