Autonomous AI Sorting Training Platform

Autonomous AI Sorting Platform

 AI Vision | Image Recognition | Autonomous Transportation
Object Sorting | Multi Robot Cooperation | Scratch & Python - 2 in 1

AI transportation system is an educational demonstration robot kit integrating various AI elements. This system consists of multiple components, including an AiNova vision robot car, two AiArm vision robot arms, an electric conveyor belt, an electric sliding rail, a variety of sorting props, and a map. Leveraging AI vision capabilities, robot car and robot arms can effectively recognize different waste categories. Once waste category is identified, they collaborate with sliding rail and conveyor belt to transport and deposit objects into corresponding trash bins.

AI transportation system offers a highly realistic simulation of real-world operational scenarios. This enables a vivid and direct demonstration of artificial intelligence, robot engineering, and multi-machine cooperation technologies. Therefore, it serves as a nice tool for teaching students how to incorporate AI technology into everyday applications.

Fully Equipped, Rapid Setup

The robot kit comes with abundant components, including an AiNova vision robot car, two AiArm vision robot arms, an electric conveyor belt, an electric sliding rail, a variety of sorting props, and a map. With these resources at your disposal, you can easily construct a miniature intelligent city transportation system.

AiNova Smart Transport Robot Car

Loaded with a 4-ch line follower, AI vision module and gripper, AiNova is able to detect waste while navigating along a line, then transport the detected waste to specific position.

Object Transportation	Waste Detection	Line Following

Cooperative Intelligent Sorting

 Scratch & Python 2-in-1

AI transportation system can be programmed using Scratch and Python, which caters to users with varying levels of proficiency.

Scratch 3.0 Visual Programming Scratch is a user-friendly and visually intuitive programming language. With Scratch, you can effortlessly drag and drop code blocks to program the robot.
	Python Programming Visual programs can be seamlessly converted into Python code, providing an opportunity to learn advanced programming skills.

AI Intelligent Vision Module Swift Image Processing

AiNova is loaded with a WonderCam vision module that possesses powerful computing capabilities. This allows for one-click AI training, eliminating the need for complex training processes and intricate vision algorithms.

With Metal Protective Case WonderCam is encased in a metal protective case, offering full protection against scratches and enhancing its overall appearance.
	Built-in 2-inch IPS Color Screen WonderCam features a built-in 2-inch IPS color screen with a 320 x 240 resolution, providing a clear and first-person view user interface.
One-click Training Learning WonderCam is not only capable of recognizing pre-built materials, but it can also be used to train other models. In addition, you can control the entire model training process by configuring parameters and indicators.

AI Vision Recognition
Diverse Recognition Modes 

WonderCam AI vision can perform various AI vision functions, such as facial
recognition, object tagging, color recognition, and road sign recognition.

Facial Recognition WonderCam can detect a specified human face, capturing its position and size for precise facial detection, recognition, and tracking purposes.	Tag Recognition WonderCam is capable of recognizing AprilTag. Through I2C port, external device can retrieve the position and 3D conversion data of the recognized tag, allowing for spatial localization.
Color Recognition WonderCam has the ability to recognize object colors and retrieve their size and position, enabling color recognition and tracking functionalities.	Road Sign Detection WonderCam can implement intelligent transportation and autonomous driving functions by recognizing road sings.

Product Parameters

 AiArm Vision Robot Arm Parameters 

AiNova Robot Car Parameters

 Packing List