Exhibitor List
| Company | HANGZHOU LINFUN INTELLIGENT TECHNOLOGY CO.,LTD |
| Country | China |
| Products | Comprehensive utilization of industrial solid waste Environmental monitoring techniques and equipment |
| Hall | W1 |
| Booth | G58 |
| Website | www.linfun.com.cn |
| Introduction | Lingfeng Intelligence (Hangzhou Linfun Intelligent Tech. Co., Ltd.) specializes in merging IR tech with AI, embodying the "Infrared+Intelligence" ethos. Focusing on infrared monitoring, temperature measurement, analysis, and smart alerts, the company develops an AI-integrated IR temperature measurement architecture. They offer complete solutions and extensive services for sectors like industrial production, power facilities, rail transit, forestry fire control, and hazardous material monitoring. |
Products
| Safety Inspection Robot The 24/7 Autonomous Operation Inspection Robot System, designed and developed in response to the growing need for intelligent patrolling and unmanned supervision, significantly boosts inspection efficiency through full integration of cutting-edge intelligent technologies. With proprietary intellectual property rights and patented inventions, this robot's overall technology stands at the forefront internationally. This system revolves around a core inspection robot, which amalgamates Artificial Intelligence (AI), cloud computing, big data, multi-sensor fusion technology, laser navigation and positioning systems, as well as Internet of Things (IoT) technology. It incorporates environmental perception, dynamic decision-making, behavior control, and alarm devices, thus possessing autonomous sensing, autonomous movement, self-protection, and target identification capabilities. This allows for round-the-clock, all-directional, fully autonomous intelligent inspections and monitoring. The robot aids humans in carrying out foundational, repetitive, and high-risk security tasks, effectively reducing labor intensity and security operation costs while enhancing the automation and intelligence of routine inspection work and management. By employing robotics in inspection duties, the system not only retains the flexibility and intellectuality of human patrols but also addresses and compensates for inherent drawbacks and limitations. As such, it better aligns with the practical requirements of smart patrolling and unattended surveillance, presenting vast development potential and broad application prospects. |
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| Card-style Thermal Imager for Temperature Measurement Lingfeng Intelligent's card-style thermal imaging thermometer integrates infrared thermography and visible light functions into one compact unit, offering high value for money. The thermographic capability is fundamentally developed based on infrared radiation principles, providing a non-contact, real-time, and continuous method for precise temperature measurement. By accurately detecting changes in target temperatures, this device, when coupled with its software system, visualizes temperature data of monitored objects, making it widely applicable across various sectors such as high and low voltage switchgear cabinet temperature monitoring, data centers, server room equipment, warehousing facilities, manufacturing plants, and electrical power monitoring. |
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| Gas Leak Detection Infrared Thermographic Camera Integrated Gas Detection and Temperature Measurement Infrared Camera combines gas detection and temperature measurement functionalities in one unit, utilizing long-wave cryogenic infrared detectors to achieve high sensitivity. This type of camera is adept at detecting leaks of over four hundred types of Volatile Organic Compounds (VOCs) gases, including hexane, butane, ethylbenzene, propane, diethyl ether, trimethylamine, heptane, octane, ethane, triethylamine, methane, ethanol, benzene, ethylene oxide, styrene, methanol, among others. Employing a remote, non-contact detection method, it dramatically enhances the efficiency of gas leak detection while ensuring the safety of inspection personnel and maintaining the secure and normal operation of equipment. |
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| Endoscopic High-Temperature Infrared Thermal Imaging Camera for Furnace Interior The LF-LN13A model Endoscopic High-Temperature Infrared Thermography System is actuated by a cylinder-driven mechanism that is designed to monitor the flame combustion temperature inside the furnace, movement status within the furnace, and the entire process from ignition to extinction. The system utilizes PLC intelligent control technology to automatically regulate the extension and retraction of the camera and lens components, ensuring that under conditions of overheating or low pressure, the withdrawal mechanism will automatically retract the equipment from the furnace chamber, thus providing self-protection for the device. The probe of this system is fabricated using dual-layer high-temperature resistant and corrosion-resistant 304 stainless steel material. A layer of compressed air flows through the sandwiched space to provide direct cooling, forming an air curtain at the front end of the lens. An internal vortex tube further serves to cool both the camera and lens components. This feature enables the video probe to be directly inserted into the furnace interior to observe the flame combustion and other related conditions. As a result, this equipment not only ensures production safety, enhances product quality but also improves the working environment, reduces labor intensity, and facilitates centralized debugging as well as automation in the production process. By doing so, it plays a pivotal role in maintaining efficient and safe operation throughout various stages of industrial processes involving furnaces. |
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| Dual-Spectrum Explosion-Proof Single Barrel Thermal Imaging Camera for Temperature Measurement The Dual-Spectrum Explosion-Proof Single Barrel Thermal Imaging Camera for temperature measurement integrates both visible light and thermal imaging capabilities, which are primarily developed based on the principle of infrared heat radiation. It is a non-contact, real-time, and continuously accurate temperature measurement device. This equipment can precisely detect changes in the state of targets and, in conjunction with its software system, visually represent temperature data for the objects being measured. It finds widespread application in numerous potentially flammable, explosive, and high-risk environments, such as chemical storage yards, warehouses, petrochemical facilities, rotary kilns, solid waste and hazardous waste management sites, coal piles, and electric power plants. |
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| Dual-Spectrum Explosion-Proof Pan-Tilt Thermal Imaging Camera The Dual-Spectrum Explosion-Proof Pan-Tilt Thermal Imaging Camera for temperature measurement is primarily developed based on the principle of infrared thermal radiation. It is a non-contact, real-time, and continuously accurate temperature measurement instrument. This device holds EX-level explosion-proof certification, allowing it to safely and precisely detect changes in the temperature status of targets. Coupled with its accompanying software system, the camera visually presents temperature data for monitored objects. Its applications span across a wide range of highly volatile, combustible, and hazardous locations, including chemical storage yards, warehouses, petrochemical facilities, rotary kilns, solid and hazardous waste management sites, coal stockpiles, and more. |
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