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We all know that unmanned forklifts have the characteristics of accurate positioning in the market, and can also complete the advantages of flexible functions without relying on infrastructure to operate. Its navigation adopts remote management and control information technology, which can not only save labor, but also effectively prevent the occurrence of dangerous accidents. At present, the two mainstream navigation methods in my country are natural navigation based on SLAM environment and reflector navigation. The following editor of the intelligent unmanned forklift manufacturer will briefly share with you the relevant knowledge in this regard-the working principle of intelligent unmanned forklifts.
First, the principle of reflector navigation: within a certain distance around the forklift's driving route, it is separated by reflectors, and laser scanners are installed on the forklift. These laser beams can quickly collect laser beams reflected by reflectors. By analyzing the reflected beam data, the specific location and approximate driving direction of the forklift can be known, and the control algorithm of the motion controller can be used to realize the automatic driving of the forklift.
Second, based on the nature of SLAM, navigation: SLAM is simultaneous positioning and map creation, in an unknown environment, the robot uses internal sensors and itself to locate itself by external sensors, and on the basis of positioning, based on the upper environmental information obtained by using external sensors, incrementally builds an environmental map.
The above questions are what the intelligent unmanned forklift manufacturer has introduced to you. I hope it will be helpful to you. In addition, the intelligent unmanned forklift is also equipped with monitoring facilities, which are mainly used to scan the outline of the pallet to ensure that the forklift can operate normally.