The delivery robot is independently developed and designed by company, based on the breakthrough of in artificial intelligence (AI) and machine learning (ML) technology. After detailed investigation and full demonstration, to ensure the robot has control intelligence and stable performance, the company combined with customer needs through continuous innovation and research, logistics distribution robot is redefined. The concise and generous design makes it more convenient to pick and place items. The storage space is larger, and more items can be transported at one time. LIDAR navigation and unmanned autonomous obstacle avoidance can quickly move in complex environments and quickly complete distribution tasks without laying guide rails.

The whole logistics robot is made of environmentally friendly materials, combined with plastic and metal. Plastic materials are ABS, PC and PA, and metal materials are S45C, SS304 and SGCC. The main body adopts sheet metal and harmless spraying technology to ensure the main structure is firm and the assembly is more concise and clear. For the chassis, it is necessary to have stable support, but also to ensure the needs of the spatial control system. In addition, the counterweight is also considered to ensure that the center of gravity of the disinfection robot is not easily shifted, and the operation is faster and more stable. The ground disinfection module under the robot is made of PA material that is not easily corroded by disinfectant and has excellent performance.The curved appearance is made of plastic material ABS, and the surface is treated with harmless spraying, which not only ensures the overall beauty and convenient maintenance, but also facilitates the user's use.

The material selection of the overall structure refers to materials with high cost-effectiveness and strong practicability, and pays more attention to user experience. The overall operation layout of the product conforms to ergonomic principles, making human-computer interaction more convenient. The operation interface and remote operating system adopt voice and touch modes, which are more concise and easy to operate. One-key operation or simple voice commands can realize the entire disinfection and sterilization task, which is convenient for product use and promotion.

In order for the robot to adapt to various complex environments and quickly complete mapping and navigation, real-time positioning and map construction (SLAM), vision-based SALM technology (VSLAM) and multi-sensor technologies are applied on the robot. Meanwhile, combined with AI technology, the robot can automatically modify the map according to the changes in the environment, ensuring that the robot moves autonomously and performs delivery tasks in various complex environments.  

Task configuration tools include configuration tools such as task time, destination, capsule selection and task planning. The working status of the robot is monitored at any time during the distribution process, and the work record is automatically saved. The whole task of the robot can be monitored and stored in real time.

Chuangze Intelligent Robot Group Co., Ltd.

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