Visionnav Robotics USA Inc.

Lei Wei

Bingchuan Yang

Chao Li

The present disclosure relates to an automated guided forklift, a method for controlling an automated guided forklift, and a controller. An automated guided forklift is described. The automated guided forklift includes a controller. The controller executes program instructions to perform operations including the following: receiving first optical data; determining depth information of an object based on the first optical data; receiving second optical data, the second optical data including optical information of the object and optical information of a fork of the automated guided forklift; determining a first height difference between the object and the fork based at least in part on the depth information and the second optical data; and moving the fork based at least in part on the first height difference until the first height difference satisfies an insertion condition.

Automated guided forklift, method for controlling automated guided forklift, and controller

An autonomous mobile machine includes a controller. The controller is configured to execute program instructions to implement following steps: controlling, in response to a mapping task instruction, the autonomous mobile machine to move from a mapping start point to a mapping end point, the mapping end point being located in a loading space of a cargo container transportation vehicle; generating a point cloud map during a process of the movement by using point cloud data scanned by the sensor, the point cloud data including point cloud data obtained by scanning the cargo container transportation vehicle; and obtaining a planning map based on the point cloud map. The planning map is used to plan a path within the cargo container transportation vehicle.

Growing community of inventors

Acworth, GA, United States of America

Lei Wei