Advanced technology
Blockchain technology
- Blockchain technology, with its unique block chain storage architecture as its core, builds a safe, reliable, and trustworthy distributed ledger system with unparalleled non-tampering characteristics. Our company’s smart firefighting business system deeply integrates a series of internationally leading high-tech means such as distributed storage, point-to-point transmission, consensus mechanisms and cryptography. Through the continuously expanding data block chain structure, we can achieve accurate analysis of various types of information in the firefighting business. Burn and trace. This move not only effectively ensures the security and transparency of data, but also provides solid technical support for the construction and upgrade of the smart fire protection technical service system.
artificial intelligence technology
- Our company actively uses artificial intelligence technology to build a core functional system that is comparable to human intelligence. The system covers the key functional modules necessary for smart fire protection services, including but not limited to sensitive environmental perception, deep situational understanding, accurate risk assessment and decision-making, rigorous logical reasoning analysis, sustainable self-learning iteration, Accurate fire pattern recognition, innovative solution generation, and efficient and seamless human-machine collaborative interaction mechanism. The integrated application of these key technologies has effectively driven the development of our company’s smart fire protection technology to a higher level, a wider scope, and a deeper dimension.
Dedicated chip technology
- Special-purpose chip technology, guided by its deep insight and precise response to the unique application scenarios of the fire protection industry and the functional characteristics of smart fire protection systems, is the crystallization of high-end integrated circuit technology jointly developed and designed by our company and domestic cutting-edge special-purpose chip suppliers. It has built-in a variety of special algorithms in the field of fire safety, focusing on improving the intelligence level and emergency efficiency of smart fire protection equipment. Through modular development based on the needs of a wide range of users, it can quickly build a smart fire protection platform that meets the needs of specific users, effectively empowering modern Full-process business links such as fire warning monitoring, rapid response, and precise disposal provide strong and stable “core” power support for building a smart fire protection system.
Photoelectric detection technology
- As a model of the cross-domain integration of cutting-edge optical and electronic technologies, the application of photoelectric detection technology aims to provide high-precision quantitative detection of diversified physical parameters for our smart fire protection business. This technical framework is rich in content. It not only includes the heart of the core technology of photoelectric conversion, but also covers the key technical aspects of efficient capture of optical signals and precise measurement of optical parameters. It also extends to the depth of photoelectric integration of the acquired measurement information. The high-end technology aspect of processing. By deeply integrating photoelectric detection technology into the construction of smart firefighting systems, we have successfully achieved real-time, accurate monitoring and intelligent analysis of various physical parameters at the firefighting site, thereby greatly improving the accuracy of fire judgment, early warning and firefighting emergency response. and efficiency.
Quantum computing technology
- Quantum computing technology, relying on the profound principles of quantum mechanics and the smart tools of advanced mathematics, has created an innovative technological path dedicated to improving computing performance and refined information processing. This technology uses the quantum state of microscopic particles as an information transmission medium, opening up a high-speed computing method for solving complex problems in the field of smart firefighting. The application of this technology is not only a shining pearl in the wave of information technology innovation, but also marks a qualitative leap in our research and development of smart fire protection technology.
Fire prevention and extinguishing technology for energy storage devices
- In order to effectively solve the fire prevention and extinguishing problems of energy storage devices and new energy sources, our professional technical team consciously assumes this arduous task imposed by the country’s economic and social development and the times. On the premise of in-depth analysis and understanding of the fire mechanism, the company successfully developed relevant fire prevention and extinguishing technologies based on the basic idea of “termination as soon as it occurs” of combustion explosions (the technology is in a highly confidential stage). The technology is currently undergoing intense engineering testing and verification and has applied for a patent. This technological breakthrough has successfully solved the problem of fundamentally ensuring the fire safety of energy storage devices and lithium battery new energy sources, and will surely subversively change the industry and the public’s understanding of fire safety of energy storage devices and new energy vehicles.
应用技术
Fire Science Simulation Experiment Technology
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Based on fire safety engineering, using our company’s rich practice in mid-to-high-end fire safety assessment technology, starting from the study of fire mechanisms, laws, characteristics, phenomena and processes, we use computer simulation and simulation technology, combined with fire science field experiments, to conduct in-depth exploration The fire safety conditions during the occurrence and development of fire and explosion provide scientific basis for fire prevention and control and emergency rescue.
Fire safety risk analysis and judgment model
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Relying on our company’s deep understanding and successful practice of fire safety expertise and fire safety management, starting from professional disciplines such as fire safety engineering, fire management, fire economics, and systems engineering, we use cutting-edge technology screening methods and modern scientific Under the guidance of management methodology, we identify fire risk factors, analyze causative factors, and establish targeted fire safety risk analysis and judgment, early warning, and prediction models to provide professional basis for scientific and effective fire prevention and control.
Very early fire detection technology
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Very early fire detection technology is a process that constantly follows the forefront of modern science and technology, especially perception technology. In addition to the existing mature technologies such as integrated infrared thermal imaging detection, light detection, aspirating smoke detection, and image fire detection, energy field sensing, quantum entanglement sensing, spectrum disturbance sensing, and biological stability interference sensing (biological intuitive sensing) have also been added. ), etc., to detect, perceive and judge fire and explosion related parameters in advance as much as possible, so as to obtain optimal conditions for fire prevention and control.
Smart fire protection, industrial interconnection and digital economy related technologies
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In order to achieve real-time capture, full-process tracking, two-way interactive feedback and in-depth integration of fire protection, production and other information, our company is determined to delve deeply into the key technological innovation fields of smart fire protection, industrial Internet and digital economy. At present, our company has achieved fruitful results in radio frequency identification, wireless sensing, Internet of Things construction, big data mining, cloud computing applications, mobile Internet connectivity, geographic information system integration, and digital twin technology. On this basis, we are committed to carrying out efficient data analysis and intelligent processing, using strong scientific and technological power to drive a significant improvement in corporate fire management efficiency and greatly improve decision-making efficiency. This provides a strong source of motivation for enterprises to successfully move towards digital, networked and intelligent transformation and upgrading.
应用技术
Fire Science Simulation Experiment Technology
- Based on fire safety engineering, using our company’s rich practice in mid-to-high-end fire safety assessment technology, starting from the study of fire mechanisms, laws, characteristics, phenomena and processes, we use computer simulation and simulation technology, combined with fire science field experiments, to conduct in-depth exploration The fire safety conditions during the occurrence and development of fire and explosion provide scientific basis for fire prevention and control and emergency rescue.
Fire safety risk analysis and judgment model
- Relying on our company’s deep understanding and successful practice of fire safety expertise and fire safety management, starting from professional disciplines such as fire safety engineering, fire management, fire economics, and systems engineering, we use cutting-edge technology screening methods and modern scientific Under the guidance of management methodology, we identify fire risk factors, analyze causative factors, and establish targeted fire safety risk analysis and judgment, early warning, and prediction models to provide professional basis for scientific and effective fire prevention and control.
Very early fire detection technology
- Very early fire detection technology is a process that constantly follows the forefront of modern science and technology, especially perception technology. In addition to the existing mature technologies such as integrated infrared thermal imaging detection, light detection, aspirating smoke detection, and image fire detection, energy field sensing, quantum entanglement sensing, spectrum disturbance sensing, and biological stability interference sensing (biological intuitive sensing) have also been added. ), etc., to detect, perceive and judge fire and explosion related parameters in advance as much as possible, so as to obtain optimal conditions for fire prevention and control.
Smart fire protection, industrial interconnection and digital economy related technologies
- In order to achieve real-time capture, full-process tracking, two-way interactive feedback and in-depth integration of fire protection, production and other information, our company is determined to delve deeply into the key technological innovation fields of smart fire protection, industrial Internet and digital economy. At present, our company has achieved fruitful results in radio frequency identification, wireless sensing, Internet of Things construction, big data mining, cloud computing applications, mobile Internet connectivity, geographic information system integration, and digital twin technology. On this basis, we are committed to carrying out efficient data analysis and intelligent processing, using strong scientific and technological power to drive a significant improvement in corporate fire management efficiency and greatly improve decision-making efficiency. This provides a strong source of motivation for enterprises to successfully move towards digital, networked and intelligent transformation and upgrading.
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