Truck crane simulators from Jiangsu Xingzhi

Automobile crane, also known as automobile crane, is a kind of crane installed on ordinary automobile chassis or special automobile chassis, and its driving cab is set separately from the lifting control room. The advantage of this kind of crane is good maneuverability and quick transfer. When the truck crane is working, it must have outriggers, it cannot be driven under load, and it is not suitable for working on soft or muddy ground. The truck crane simulator is designed and manufactured according to the 1:1 ratio of XCMG's 25t truck crane. The proportion of the scene model is designed in strict accordance with the real scene and training needs. Requirements, and fundamentally break the existing boring and inefficient pattern of the safety training industry, so that the learners can achieve a training effect that is close to reality.

The truck crane simulator takes the truck crane as the simulation target, and is a simulation training equipment developed through semi-physical simulation technology, 3D modeling technology, artificial intelligence technology, real-time interaction technology, module automatic identification technology, and data sensing technology. It is mainly used in automobiles. Crane driving training, operation action training, evaluation of operation efficiency, etc. Trainees can quickly familiarize themselves with the structure and working principle of the equipment through the simulator, master the driving, hoisting operation and use methods of the equipment, shorten the actual vehicle training time, save training funds, reduce safety accidents, expand training scenarios and organizational flexibility. Truck crane simulation operation equipment.

Features:

Through the simulator, the practical training and teaching of driving operation and maintenance can be carried out more flexibly, the cost of assessment can be reduced, and training and assessment can be carried out on a large scale.

According to different usage scenarios and operating conditions, combined with the corresponding normative standards, the corresponding training and assessment topics are designed to facilitate teaching and ensure the safety of students as much as possible.

The product adopts high-grade metal sheet metal technology to restore the relative positions of each control as much as possible to ensure that the actions of students during the operation are consistent with reality.

Using virtual simulation technology, the real scale restores the 3D operation scene and product model to ensure that its operation environment and operation experience are highly simulated and unified with the real machine.