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02-01
2024
YINTAILI Technology | 2024 Spring Festival Holiday Notice
As the 2024 Spring Festival approaches, all employees of YINTAILI Technology would like to express our heartfelt gratitude to our valued customers for your continuous support and trust. According to the company’s holiday policy, please find below the details regarding the holiday period: The holiday will run from February 8 to February 17, 2024, totaling 10 days. We will resume work on February 18 (the ninth day of the first lunar month).
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01-05
Vehicle-following interference, roadside interference... How can we crack the number-one challenge in ETC operations?
12-22
2023
LiDAR comprehensively enhances the effectiveness of off-site enforcement for overloading control.
LiDAR brings a higher level of security to regional safety protection.
The Raimei F20 safety-grade LiDAR, based on Time-of-Flight (TOF) ranging technology, can monitor whether any objects enter or move within the radar’s coverage area, making it ideal for security protection in critical zones.
12-13
A truck exceeding weight limits sped into the crowd; multiple measures are being taken to address overloading at its source.
The wheel-and-axle identification equipment under YINTAILI Technology can determine the weight limits for trucks based on the number of axles identified, and then upload the data information to a server, significantly improving the efficiency of weigh-in-motion detection for both source-based and highway-based overload control, while greatly reducing enterprise costs.
Lidar innovation propels intelligent, quantitative loading to new heights!
The dense point cloud data and volumetric algorithms can output characteristic information such as the height, volume, and detection time of bulk materials. This enables precise control over the amount of material loaded, thereby avoiding the need for repeated unloading or reloading when vehicles are either overloaded or underloaded. As a result, continuous, automated, quantitative, and rapid loading of vehicles is achieved.
12-01
“Technology-driven enforcement” is gradually becoming a trend, making it increasingly difficult for trucks to evade detection when they exceed weight and size limits.
The laser-based vehicle length, width, and height detection system developed by YINTAILI Technology uses high-precision LiDAR detection equipment to automatically measure the external dimensions of freight vehicles around the clock without disrupting normal traffic flow. It can also automatically identify vehicles that exceed size or weight limits and are in violation of traffic regulations.
08-25
Why is overloading and exceeding weight limits referred to as the “number one killer on the roads”?
Generally speaking, vehicles that exceed weight and size limits have all undergone illegal modifications. A truck with a normal maximum payload of 49 tons can, after modification, become a "100-ton king"—capable of hauling loads exceeding 150 tons. Because these modified vehicles operate continuously under excessive load, their safety performance—such as braking and handling—is significantly reduced, making them highly prone to accidents.
Reduce costs and boost efficiency! We’re solving more than just the loading issue!
For manufacturing companies, the loading process is often a real headache—especially for businesses with high shipment volumes. With various vehicle models and different types of goods, it takes at least two or three people more than two hours to load a single 13-meter semi-trailer. But after all, human labor isn't a machine; it can't keep mechanically repeating such strenuous tasks indefinitely.
08-10
Deep perception—designed exclusively for robot obstacle avoidance!
As the level of automation increases, AGVs have become widely used in factories and warehouses. To operate safely in various environments, AGVs must be equipped with obstacle-avoidance capabilities. On AGV travel routes, most common obstacles include goods, debris, and other work vehicles. Such typical obstacles generally...