Beijing Hanxun Technology Co., Ltd.

Introduction of the project Self-organizing network radio stations are deployed in open-pit coal mine areas to build a dedicated communication network for operations. This highly ADAPTS to the characteristics of open-pit coal mine mining scenarios, such as large operation areas, dynamic terrain changes, and dense mobile devices. It provides communication services for mining equipment, inspection terminals, and on-site dispatching, ensuring the communication needs of daily operations and emergency scenarios.   Advantages Adapt to the vast and complex environment of the mining area, with comprehensive communication coverage strong anti-interference capability Support multi-terminal synchronous access Adjust the deployment flexibly according to the operation area to enhance the efficiency of operation communication.

Introduction of the project Self-organizing network radio stations were quickly deployed at the snow disaster site. Through the coordinated deployment of drones and ground portable devices, the core communication network was completed. Air nodes quickly form wide-area coverage, while ground nodes prioritize covering key areas such as temporary command points and medical rescue points. The coverage range is expanded through multi-hop routing technology. For the "three disconnections" scenario, satellite portable stations are deployed as emergency backup links to ensure smooth communication between the command center and the outside world. In scenarios where traffic is paralyzed due to disasters, the emergency communication network established can be connected to unmanned aerial vehicle (UAV) snow condition reconnaissance equipment and emergency radio stations to complete rescue dispatching, snow condition data transmission, and personnel communication support. Advantages Adapted to low-temperature harsh environments, with stable and reliable communication. Break through the limitation of facility paralysis and quickly establish a network Real-time transmission of snow condition data Portable deployment, enhancing the efficiency of rescue and handling.

Introduction of the project The solution adopts a three-level architecture of "shore-based node - ship node - management platform", and relies on wireless MESH self-organizing network technology to achieve seamless communication coverage throughout the entire domain. Through the coordination of shore-based equipment and ship equipment, stable communication between the shore-based and each ship is achieved. The flexible networking of multiple nodes ensures no communication blind spots. The management platform supports the integrated transmission of multiple services such as voice, video, and business data, and provides a visual management platform to achieve functions such as equipment status monitoring, link scheduling, and emergency communication, comprehensively supporting the long-distance navigation operations and safety control of Marine vessels. Advantages It possesses characteristics such as resistance to salt fog, tolerance of extreme temperatures, and resistance to wind and waves, which are suitable for the far-sea environment. The communication stability is also very strong. Autonomous networking between ships and shore, without relying on public network base stations Supports access from multiple types of terminals, with reliable communication links, ensuring safe navigation.