As the "artery" of the national economy, rail transit's safety operation and maintenance is directly related to the travel safety of tens of millions of passengers and the smooth flow of national logistics. As the core link of safety assurance, train inspection always faces low labor efficiency, high risks, and blind spots. Many industry pain points.

In order to respond to the urgent need for intelligent upgrading of rail transit and solve the dilemma of traditional inspection, KING Technology has deeply cultivated core technologies in the past year and iteratively upgraded train inspection robots! Compared with other traditional inspection robot products, the newly upgraded train inspection robot has achieved breakthrough improvements in testing accuracy, environment adaptation, endurance and other aspects. It provides more powerful performance and more comprehensive protection for rail transit operation and maintenance Inject new momentum. From detail optimization to performance leaps, from scenario adaptation to experience upgrades, every iteration stems from our deep insight into industry needs. Each upgrade is committed to making train inspection more efficient, more accurate and safer. Next, I will unlock the five evolution highlights of the KING train inspection robot for everyone!

Evolution 1: Perception upgrade·From "visible" to "visible and audible"

The core of train inspection is to discover hidden dangers. However, the end inspection of traditional robots is often limited to visually visible defects, and it is always difficult to break through hidden dangers that are highly concealed and have no visual characteristics. In this iteration, we focus on the evolution of sensing capabilities, update the terminal module, and add acoustic leak detection and spectral enhancement modules to completely break the detection limitations.

If traditional inspection robots use their eyes to see hidden dangers, then our inspection robots use their eyes to see through hidden dangers and hear abnormalities with their ears. The new acoustic leak detection module can accurately capture the fine sound waves generated when a pipe leaks. Even a small leak of the millimeter level can be accurately identified in a noisy maintenance environment, achieving "early detection, early warning, and early disposal"; The spectral enhancement equipment gives the inspection robot a new function for oil pollution detection, which can accurately identify oil pollution leaks, and supports distinguishing the mixed state of oil pollution and mud in rainy environments, significantly improving the accuracy of train inspections.

Evolution 2: Adapt and upgrade the inspection environment·From "able to drive" to "able to cope and be more stable"

The train maintenance site is never a flat road, but is often a potholes, gravel debris, and irregular bumps. These complex road conditions have always been a stumbling block for inspection robots, which not only affects inspection efficiency, but may also lead to deviations in inspection data and even Equipment failure. The upgraded wheeled chassis optimizes the wheel set structure and buffer design, improves anti-bump capabilities, and no longer fears complex road conditions on the inspection site. Whether it is rough roads in the depot or potholes in the maintenance area, the inspection robot can travel smoothly and shuttle flexibly, avoiding detection interruptions or data deviations caused by road bumps, ensuring continuous and efficient inspection processes, and allowing front-line operation and maintenance personnel No longer need to be distracted by "robot bumps".

Evolution 3: Upgrade·From "able to climb" to "walking steeply and steadily"

In the track operation and maintenance scenario, ramp renovation is a recognized difficulty-the depth of the depot maintenance ramp and inspection trench causes the ramp where the robot descends to become more shaky. The robot has a large slope and a slippery road surface, which is important to the safety and stability of the robot. Power output puts forward extremely high requirements. In this evolution, we focused on breaking through the bottleneck of power and stability, increasing the climbing angle of the robot from 20° to 27°, and the performance jumped by 35%, achieving a breakthrough in moving up and down a 27° steep slope freely. The upgraded robot has stronger power output and safer and more stable slopes, further reducing the slope restrictions in the maintenance environment and allowing robot inspections in more scenarios to be truly implemented.

Evolution 4: Protection upgrade·From "afraid of moisture" to "able to wading water and be more durable"

Rail transit inspections are never stopped due to weather. In the past, water accumulation in trenches in train maintenance warehouses was the norm for front-line operation and maintenance on rainy days. However, traditional inspection robots are often prone to water failure due to insufficient chassis protection, which leads to interruption of inspection work and affects operation and maintenance progress. In this iteration, the robot has added new chassis wading capabilities, comprehensively optimized the chassis sealing structure, improved the waterproof protection level, and enabled the robot to achieve the evolution of "not being afraid of moisture and calmly wading water". Whether it is a shallow section with water in the trench, the robot can drive stably and operate normally, and equipment failure will not be caused by water inflow, which greatly improves the environmental adaptability and durability of the robot, ensures round-the-clock and uninterrupted advancement of inspection work, providing 24-hour uninterrupted protection for track safety.

Evolution 5: Battery life upgrade·From "battery life" to "lasting for a long time and more efficient"

Endurance ability directly determines inspection efficiency-traditional robots have limited battery life and limited number of tracks for inspection on a single charge, making it difficult to meet the needs of large-scale and long-term inspection. The upgraded version of the train inspection robot focuses on the evolution of battery life efficiency, optimizes the battery management system, upgrades high-capacity batteries, and improves battery life by 20% compared with before. Longer battery life means higher inspection efficiency. The upgraded robot can complete longer-distance and more comprehensive inspection operations at one time, truly realizing "one charge, longer battery life." Whether it is a single-day routine inspection or a centralized operation of large-scale maintenance, it can be easily qualified, effectively reducing manual operation and maintenance costs, and providing strong support for cost reduction and efficiency improvement in rail transit operation and maintenance.

Don't pursue gimmicks, only focus on practical results| KING Technology empowers track operation and maintenance with the power of evolution

As an expert in rail transit robots, KING Technology always adheres to the original intention of "technology empowers rail safety and innovation drives operation and maintenance upgrades", deeply cultivates rail transit intelligent inspection tracks, accurately anchors the core pain points of the industry, and uses technology practitioners and product innovators. The dual role continues to promote product iterative evolution. The performance upgrade of the train inspection robot is not only a demonstration of hard-core technical strength, but also a powerful practice relying on the company's core advantages to empower rail transit operation and maintenance to move towards a new level of refinement and intelligence.