The application of laser sensors in construction machinery is mainly reflected in the following aspects:
Ranging & Positioning: Laser sensors can accurately measure the distance and height between an object and the sensor. In construction machinery, such as excavators, loaders and other equipment, laser sensors can help achieve precise positioning and ranging, thereby improving work efficiency and accuracy.
Obstacle Detection and Avoidance: Laser sensors can detect obstacles in the surrounding environment, including other equipment, people, or fixed objects. This function is very useful in construction machinery, especially on complex construction sites, to help operators avoid collisions and ensure safety.
Topographic Surveying and Modeling: Laser sensors can be used for topographic surveying and modeling, helping construction machinery to achieve precise operation on uneven terrain. For example, laser scanners can quickly acquire terrain data, providing excavators or graders with real-time terrain information so they can do their job as required.
Automatic control and navigation system: The laser sensor can be combined with the automatic control system and navigation system of construction machinery to achieve automatic and intelligent operation. For example, with data input from laser sensors, construction machines can autonomously plan paths, avoid obstacles, and reach their assigned location precisely.
In general, the application of laser sensors in construction machinery can improve work efficiency, safety and accuracy, and provide strong support for modern construction. With the continuous progress of technology, the application of laser sensors in the field of construction machinery will become more and more extensive.