Article distribution method and system based on visual computing interaction
A technology of visual computing and objects, applied in computing, computer parts, logistics, etc., can solve problems such as the same person
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Embodiment 1
[0045] like figure 1 As shown, step 100 is executed, the robot obtains relevant information from the cloud center and moves to the item site. The related information includes the detailed information of the item, GPS position coordinates, job number information and palmprint information of the person issuing the item.
[0046] like Figure 1AAs shown, the method for the robot to obtain relevant information from the cloud center is: execute step 101, the item issuer sends the item information to the item receiver through a short message; execute step 102, the item receiver uploads the item information to the Cloud center: Step 103 is executed, the cloud center stores the data after confirmation, and transmits the item information and GPS position coordinates to the robot.
[0047] The method for the robot to move to the item site is that after the robot receives the instruction, it will autonomously navigate to the express delivery point according to the set route, and the c...
Embodiment 2
[0053] like figure 2 As shown, an item distribution system based on visual computing interaction includes a cloud center 200 and a robot 210. The robot 210 is equipped with a control sub-module 211, a wireless communication sub-module 212, a navigation sub-module 213, a camera 214, and a 3D human body scanner. 215 and palmprint recognition device 216.
[0054] The control sub-module 211 is used to control the wireless communication sub-module 212, the navigation sub-module 213, the camera 214, the 3D body scanner 215 and the palmprint recognition device 216, send control instructions to the above sub-modules, and obtain the collected data.
[0055] The wireless communication sub-module 212 is used for communicating with the cloud center 100 .
[0056] The navigation sub-module 213 is used for autonomously navigating to the express delivery point according to the set route, and when obstacles appear, the robot performs intelligent avoidance.
[0057] The camera 214 is used t...
Embodiment 3
[0061] This patent proposes a courier service robot and supporting system based on cloud control and visual computing interaction. As a kind of service robot, the courier service robot has many advantages such as low speed, reliability, and safety. The robot operates in designated environmental locations, such as campuses, high-end residential areas, etc. The express delivery service robot uses GPS for global path planning through the cloud data center, and combines sensors such as ultrasonic waves and depth cameras to realize the perception of the surrounding environment and avoid pedestrians and obstacles, and pick up the goods after arriving at the delivery pick-up point. After picking up the goods, the courier staff makes an OK gesture, and the robot performs gesture recognition through the camera, uploads the information that the goods have been picked up to the cloud, and waits for the delivery order.
[0062] The delivery service mobile robot pick-up solution based on c...
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