Long-distance wifi image transmission module MESH networking tunnels and underground pipe corridors, with the continuous progress of society, the demand for on-site safety and daily operation and maintenance management of underground passage facilities is increasing, and the requirements of regulatory agencies for safety and management are also increasing. high. In order to ensure the safe operation of underground tunnels and pipeline corridor facilities and prevent accidents, we can improve daily operation and maintenance management solutions to supervise units and quickly respond and deal with emergencies through the following long-distance wifi image transmission module wireless communication solutions and operations and the rapid emergency response of the maintenance unit.
Due to the particularity of the environment, in underground tunnels and pipeline corridors, it is extremely difficult to control the daily operation and maintenance management and emergency handling of the site. The long-distance wifi image transmission module wireless self-organized network transmission equipment has the advantages of flexibility, scalability and reliability, and has extremely high utilization value in tunnels and underground pipeline corridor scenarios.
When accidents and emergencies occur at the scene, rescuers can reach the rescue scene in the complex and harsh underground pipeline corridor environment, and flexibly deploy communication solutions according to the site environment and network requirements to ensure that the emergency wireless broadband private network can be used in the shortest possible time. Done and start using. Secondly, rescuers can use the multi-hop long-distance wifi image transmission module MESH wireless broadband network for on-site construction, combined with the integration of narrowband digital trunking dedicated network, to meet the needs of disaster sites between underground and ground, the depth of buildings and external sites, obstacles and The voice group call of obstacles is convenient for the on-site commander to issue rescue orders in time and effectively cooperate with the rescue team.
The front-line rescuers return the collected high-definition video information to the scene in the tunnel to temporarily command the scene. The network node equipment self-organized by the long-distance wifi image transmission module is multi-hop relay, which is convenient for the ground commander to control the actual casualties at the disaster site and formulate a reasonable plan. And carry out scientific rescue analysis. At the same time, the on-site command vehicle can also be connected to the headquarters command center through 4G, 5G, and satellite equipment, and conduct unified command and dispatch.
