Promote remote safety management and expand the horizon of offshore drilling - innovative applications of explosion-proof law enforcement recorders and explosion-proof smart helmets
In the field of offshore drilling operations, production safety has always been a major issue that lingers in the minds of every industry. Due to the harsh environment and the particularity of the operation, once a safety accident occurs, the consequences are often extremely serious. In order to improve the level of safety management and control and reduce the incidence of safety accidents, the use of modern technology, especially intelligent and information-based means, has shown great potential. In this environment, explosion-proof law enforcement recorders, explosion-proof smart helmets and other smart wearable devices have joined forces to help build offshore drilling remote visual safety management and control platforms, improve real-time monitoring and fast communication of the operating environment, and become innovative tools for modern offshore drilling safety production. .
The use of explosion-proof law enforcement recorders allows every detail at the scene to be accurately captured and transmitted back to the control center in real time. In traditional safety supervision work, since supervisors cannot be present at the scene around the clock and in all directions, once some minor safety hazards or improper operations are missed, the consequences will be disastrous. The addition of explosion-proof law enforcement recorders makes up for this. It can work normally in explosive and dangerous environments. It can record the work site 24 hours a day through its high-definition camera and transmit the images to the safety management and control platform in real time, which plays a vital role in on-site safety monitoring.
Furthermore, if the safety management personnel need to communicate with on-site workers in a timely manner outside the field of view of the recorder, then the explosion-proof smart helmet plays an indispensable role. The high-definition camera and communication module built into the helmet, as well as advanced data transmission technology, such as MESH self-organizing network technology, can realize voice intercom and image sharing between on-site workers and remote safety control personnel. This method of real-time communication can undoubtedly greatly improve the speed of emergency response and the accuracy of decision-making. In fact, it plays a huge role in reducing the incidence of accidents and controlling the development of accidents.
In terms of communication method selection, satellite communication technology, especially the application of Tiantong satellite, provides a more stable communication guarantee. Offshore drilling platforms are often located in remote sea areas with insufficient ground network coverage. Based on the high stability and wide coverage capabilities of satellite communications, hard hats and law enforcement recorders on offshore operating platforms can send back high-definition images and sounds through Tiantong satellites, truly Achieve no blind spots monitoring. Although the cost of satellite communication is much higher than that of traditional communication methods, in such high-risk operating environments, the importance of safe production far outweighs cost considerations.
In addition, for the real-time transmission of image and sound data, in addition to relying on satellite communications, MESH ad hoc network technology provides another possibility. This technology allows direct communication between multiple network nodes and automatically selects the best path for data transmission, which greatly enhances the stability and robustness of network communication. This means that even in complex offshore operating environments, smart helmets and law enforcement recorders can continuously and stably send and receive data, ensuring uninterrupted and real-time information transmission.
When building a remote visual safety management and control platform for offshore drilling, the collaborative work of software and hardware cannot be ignored. Hardware such as explosion-proof law enforcement recorders and smart helmets need to be efficiently integrated with software systems such as real-time monitoring systems and data analysis systems. Big data analysis technology is used to continuously analyze the large amount of real-time data collected to provide strong support for risk assessment, early warning, accident investigation and analysis, etc., thereby improving the overall safety management and control level. The implementation of this overall solution will help achieve comprehensive and full-cycle safety supervision of offshore drilling operations.
In the face of increasingly complex production safety situations, explosion-proof law enforcement recorders and explosion-proof smart helmets have brought new hope to offshore drilling operations. They are not just a single safety device, but also build a bridge for offshore drilling safety supervision and management. Based on the in-depth application of Tiantong satellite communications, MESH self-organizing network and other technologies, it provides solid and stable technical support. Offshore drilling companies should follow this trend, combine modern information technology with traditional safety management, promote the development of safety production systems in a more intelligent and information-based direction, and comprehensively improve the level of intelligent management and control of offshore drilling safety production to ensure operations. The safety of personnel and the sustainable development of marine resources.
Smart helmet
Safety helmets are life hats and are a must-use tool for everyone in construction, rescue and other operations. They are related to the life safety of millions of workers.
With the integration of artificial intelligence, informatization, data and other technologies into the construction industry, traditional safety helmets are undergoing disruptive changes.
First, smart security: early warning, manageable and controllable during the incident, no need to deal with it afterwards!
The working environment of construction, rescue and other business operations is complex, prone to various accidents, and very difficult to manage. The traditional method can only provide education and restraint through training and discipline in advance, and rely on on-site management personnel during the incident. Control is more often handled only after an accident occurs, which leads to many misfortunes.
The emergence of smart helmets will greatly change this status quo and eliminate more accident risks before they occur through the wisdom of technology.
The smart safety helmet has functions such as "proximity induction monitoring, SOS alarm, ambient gas detection, drop alarm, fence crossing, hat off alarm, silent alarm" and other functions.
Before danger occurs or during dangerous production, when the monitoring indicators of workers or the environment change, an alarm will be issued immediately to remind workers and back-office personnel to achieve prior prevention and timely processing, so as to prevent the occurrence of accidents and deductions of losses to the greatest extent. Expansion of harm.
If a worker accidentally walks into a live environment or a high-temperature environment, or if the worker does not take off his hat as required, there will be an alarm reminder.
The built-in photographic visualization technology of the smart helmet allows back-end managers to visually manage construction workers 360 degrees around the clock, greatly strengthening safety control.
These safety functions of smart helmets will play a greater role in application scenarios such as fire insurance, power construction and emergency repair, and underground construction. Effectively ensure the safety of construction personnel and property.
Second, intelligent management: the combination of hardware, systems, and specifications, and all-weather visual control
On the basis of intelligent safety management, the smart helmet also comes with real-time management and control functions such as "personnel positioning, intelligent attendance, remote intercom, emergency command, video call, track playback, daily and monthly reports".
Combined with more intelligent terminal hardware, it will bring a revolutionary change to the industry through the intelligent public works platform system.
On the construction site, terminals such as smart safety helmets, smart flashlights, smart electronic work badges, drones, smart monitors, and smart environment monitors monitor and collect the operations of people, machines, materials, methods, and environment on the construction site in real time. data.
Based on big data and other technologies, through the management operation system, intelligent analysis and risk pre-control of massive data can assist managers in decision-making and management, and improve the efficiency of construction site projects.
In the background, operators and managers use terminals such as "mobile phone + computer + tablet + large screen" to provide all-weather, visual and 360-degree services to personnel, safety, quality, progress, materials, environment, etc. Supervision has fundamentally improved the problems of traditional construction site management.
AIoT is connected to all things, and smart helmets , smart helmets , helmet recorders , law enforcement recorders , vehicle-mounted DVR /NVR, ball control , smart glasses , smart flashlights , drone 4G supplementary transmission systems, etc. are unified and connected to large-scale integrated communication visual command Scheduling platform VMS/ smarteye .
Explosion-proof law enforcement recorder
network construction
Tiantong satellite three-proof handheld terminal
MESH self-organizing network + satellite pot
Use satellite access to the public network at the MESH exit to provide remote visual supervision.
Smart helmets, sky-eye cameras, helmet recorders, helmet cameras, individual law enforcement recorders, etc. cooperate with MESH self-organizing network, the application of COFDM in emergency command and dispatch, https://www.besovideo.com/detail?t=2&i= 845, video demonstration, https://v.douyin.com/rqLFx6r/
The tactical helmet's sky-eye camera realizes real-time visual command and dispatch through the MESH self-organizing network, https://v.douyin.com/rcCgr1a/
In short, under the premise that safety is the top priority in production, the offshore drilling industry needs to devote itself to technological innovation and application, make full use of equipment such as explosion-proof law enforcement recorders and explosion-proof smart helmets, and improve response through the construction of remote visual safety management and control platforms. The emergency capability in extreme environments ensures the safety of operators and the continuity and stability of production, achieving a win-win situation of safety and efficiency in the development of offshore oil resources. As these technologies continue to be updated, the future of offshore drilling will surely move towards more automation and intelligence, bringing more possibilities and opportunities.