- project 1
- project 2
- project 3
A bar and wire factory in a southern steel plant is equipped with an intelligent laser scanning system for high-speed wire storage based on 5G technology.
When loading, use a 3D pan tilt and laser scanner to scan the empty car and obtain the coordinates of each point in the carriage; After placing a layer of coils in the carriage, a secondary scan is performed to provide the shape of the materials already loaded in the box, as well as the coordinates of each point, for the crane to stack the two layers of coils. When unloading, use a 3D pan tilt and laser scanner to scan the existing coils in the car, obtain the contour shape of the coils and the coordinates of the highest point centerline of each coil. After unloading the second layer of coils, scan again to obtain the contour shape of the first layer of coils and the coordinates of the highest point centerline of each coil. In this system, Party B provides laser scanning equipment selection and software customization.
This project is a laser scanning and acquisition system, which collects and extracts data for empty car, coil scanning, and unloading coil scanning, meeting the requirements of the management system for the storage area.
The scanning system of the intelligent unmanned Warehouse management system project of a steel plant in the north.
1) Train loading and unloading steel coil scanning, identifying and locating the saddle and steel coil in the steel coil storage area, and identifying and locating the saddle and steel coil in the train carriage.
2) The system software communicates with the laser scanning hardware to obtain associated data, which is then analyzed, feature extracted, and stored;
Software for Vehicle Scanning System in a Finished Product Warehouse of a North Steel Factory
System requirements: Identify and locate various cars (low box cars, high box cars, step semi trailers, steel factory reversing, etc.), identify and locate the saddles (including standard saddles, haystacks, grooves, etc.) and steel coils on the car, and achieve automatic loading and unloading.
