Zhibao door opening system
Technical principle
Zhibao door opening system adopts the combination technology of laser radar + visual recognition + flexible robotic arm. The laser radar is used to sense the surrounding environment and obtain the location and distance information of the door; the visual recognition technology is used to identify the type and status of the door, such as the opening and closing direction of the door, the type of door lock, etc.; the flexible robotic arm accurately performs the door opening action based on the previously obtained information.
Patented Technology
Zhibao door opening system is the company's patented technology with independent intellectual property rights, which not only reflects the company's technical strength, but also provides a strong guarantee for the product's competitiveness in the market.
High success rate
The door opening success rate is ≥99.8%, thanks to the system's high-precision sensors and advanced algorithms. After a large number of experiments and practical application verification, the system can stably and accurately open doors under various complex door types and environmental conditions.
Application Effect
In actual application, Zhibao door opening system has greatly improved delivery efficiency, reduced manual intervention, achieved true contactless delivery, and brought great convenience to the high-end service industry.
Accurate indoor navigation
Multimodal SLAM technology
The use of multimodal SLAM technology, combined with data from multiple sensors such as lidar and visual sensors, can more accurately build indoor maps and achieve precise positioning and navigation of robots. This technology can adapt to different indoor environments, such as light changes, personnel flow, etc.
Dynamic path planning
The robot can dynamically plan the optimal delivery route based on real-time environmental information. When encountering obstacles or other emergencies, it can quickly adjust the route to ensure the smooth completion of the delivery task.
Narrow channel flexibility
The robot has the ability to turn flexibly in a 1.2-meter-narrow passage, which enables it to move freely in narrow passages and spaces and adapt to various complex indoor layouts, thus improving the robot's applicability and practicality.
Navigation accuracy
The navigation has high precision and can accurately deliver items to the designated location. The error is controlled within a very small range, ensuring the accuracy and reliability of delivery.
Data-driven smart services
Package path memory
The robot can memorize the path information of the package room, and continuously optimize the path planning during multiple delivery processes to improve delivery efficiency. For packages that are frequently delivered, it can reach them quickly and accurately, reducing delivery time.
Multi-device collaborative scheduling
It can realize the coordinated scheduling of multiple robots, reasonably allocate delivery tasks according to the order priority and the robot's location, status and other information, and improve the overall delivery efficiency and resource utilization.
Door opening data tracking
Real-time tracking and analysis of door opening data, such as door opening time, door opening success rate, door usage frequency, etc. Through the analysis of these data, potential problems can be discovered and the performance of the door opening system can be optimized, while also providing data support and decision-making basis for customers.
Service Optimization
Based on big data analysis, we continuously optimize the robot's service processes and strategies to improve service quality and customer satisfaction. For example, we adjust delivery time, route and other parameters based on customer feedback and data statistics.
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