Laser navigation AGV and two-dimensional code navigation AGV
DANBACH ROBOT

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First, a brief introduction to the common magnetic navigation AGV has the advantages of relatively cheap price, fast return on investment, suitable for relatively fixed paths and processes, high physical positioning stability, and disadvantages for the random and complex process sites. The magnetic stripe lines that are interlaced on complex lines are not very beautiful.

With the advancement of technology to the flexible production trend of the factory, users consider the use of more flexible scheduling, more powerful local computing power, system scalability and networked less-track navigation AGV car for some complex application scenarios. The representative technology is laser scene navigation AGV. The AGV is guided by the two-dimensional code with inertia.

Simply speaking, when the AGV robot walks in a strange environment, it automatically scans and generates an electronic map of the scene. The electronic map is generated by tens of thousands of coordinate points per second of the AGV laser, and then the work site is created arbitrarily on the known map. Attributes, AGV matches the known reference map coordinates in real time during driving, thus achieving AGV high-precision status.

Two-dimensional code inertial navigation technology, such as a blind person through the number of steps and turn each step to touch the feature at a specific point to confirm the position zero; laser scene navigation, such as healthy people see and remember the global image features, no matter how many times Go free. Which technology is more suitable for the AGV car, how to choose the user should be clear at a glance.

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