34results about How to "Ensure safe evacuation" patented technology

The invention discloses multifunctional flood-fighting bridge equipment for roads and bridges, and belongs to the technical field of flood-fighting equipment. Multifunctional flood-fighting bridge equipment for roads and bridges comprises a bridge plate, a through groove is formed in the position, opposite to an inclined rod, of the inner wall of a cavity, a rotating rod is hinged to the position, opposite to one side of the inclined rod, of the lower end of the outer wall of a supporting column, a round base is fixedly arranged at the outer side end of the bottom face of the rotating rod, and a plurality of top grooves are linearly formed in the top face of the round base at equal intervals; an outer side end of the inclined rod is hinged to the outer side end of the rotating rod through a hinge base;a base plate is fixedly arranged on the bottom face of the round base, a cover plate is arranged above the bridge plate, a plurality of guide grooves are linearly formed in the top face of the cover plate at equal intervals, and round cavities are formed in the positions, opposite to the inserting columns and the pressing rings, of the bottom face of the cover plate. The multifunctional flood-fighting bridge equipment can be quickly built, the effect that the multiple pieces of multifunctional flood-fighting bridge equipment are mutually connected can be achieved through mutual cooperation of the two side grooves, the multiple pieces of multifunctional flood-fighting bridge equipment can also be mutually supported, the rescue speed is greatly increased, precious time is gained for escape of trapped people, and practicability is high.

A mine escape system comprises transverse escape pipelines, vertical escape pipelines, safety bins and safety chambers. The transverse escape pipelines are distributed in main roadways, and communication pipelines are arranged between the main roadways. The vertical escape pipelines are distributed in vertical shafts, and the transverse escape pipelines communicate with the vertical escape pipelines. The safety bins are arranged on the transverse escape pipelines and located in the safety chambers. A plurality of emergency access doors are arranged on the transverse escape pipelines, and emergency entrance sealing doors are arranged at the ends of the transverse escape pipelines. Both the transverse escape pipelines and the vertical escape pipelines are of a double-layer pipe wall structure, and the safety bins are of a double-layer bin wall structure. According to the mine escape system, the escape pipelines are additionally arranged in the main roadways and the vertical shafts of a mine, and meanwhile the safety bins and the safety chambers are arranged, so that when a mine accident happens or is about to happen, miners can immediately hide in the escape pipelines or get into the safety bins, the effect that the miners can evacuate rapidly and safely is guaranteed, and the life safety of the miners is guaranteed to the maximum degree.

The invention discloses an underground cavern group security inspection method and system based on wireless radio frequency recognition. The security inspection method comprises the following steps of(1) establishing an underground cavern building information model, and constructing an underground cavern group dispersing road network system; (2) arranging a wireless radio frequency recognizing and sensing device at each dispersing road network node, and enabling a sensing system to sense real-time position of dispersing staff in a real-time manner; (3) according to the dispersing road networksystem and a wireless radio frequency recognizing and sensing system, determining the real-time position of the dispersing staff, and calculating a dispersing route of the dispersing staff by a calculating system; and (4) according to the shortest dispersing route of the dispersing staff calculated by the calculating system, outputting the shortest dispersing route to an indicating system. A storage system is connected with a wireless radio frequency identification position and a dispersing network system; the sensing system is connected with the storage system and the calculating system; andthe indicating system is connected with the calculating system and an illumination indicating device. The underground cavern group security inspection device is simple in structure, accurate positioning and targeted guiding of the dispersing staff are realized, and the dispersing efficiency is improved.

The invention discloses an underground positioning and navigation method and system based on an electric power tunnel environment. The method includes establishing an electric power tunnel model according to the basic conditions of the electric power tunnel and the installation positions of monitoring equipment in the electric power tunnel; Perform information interaction, upload information to the server through the monitoring device; the server performs personnel positioning and / or navigation according to the installation position of the monitoring device in the power tunnel model. When an emergency occurs in the tunnel, the staff can operate on the mobile terminal. The system plans a reasonable evacuation route according to the location of the staff based on the previously established geographic model of the tunnel, and conducts underground navigation to assist the staff in safety. Evacuate from the dangerous area to ensure the personal safety of underground tunnel workers.

The invention relates to a method for fire extinguishing guidance and personnel evacuation in a complex building, comprising the following steps: building a three-dimensional visualization model and integrating it into an electronic map; setting multiple fire alarm terminals in the building, and inputting their positions into the electronic map ;When a fire alarm occurs, the server receives the alarm information of the fire alarm terminal, and obtains the location information of the fire alarm terminal that performs the alarm action; the server processes the data, notifies the fire management personnel to confirm the fire information, and at the same time confirms the fire point and the location information of the personnel in the building; The server plans and updates the escape and rescue routes in real time; the routes are sent to the mobile devices of relevant personnel for real-time dynamic guidance; while ensuring the reporting of fire alarms and accurate positioning, personnel information can be obtained, and personnel evacuation can be accurately guided. The intelligentization of personnel evacuation and fire extinguishing guidance, and the visualization of fire points and surrounding information provide a guarantee for the safe evacuation of personnel in such buildings.

The invention discloses a beyond-visual-range operation unmanned aerial vehicle fault emergency landing method, and belongs to the technical field of unmanned aerial vehicle flight control. The beyond-visual-range operation unmanned aerial vehicle fault emergency landing method comprises the steps that after the unmanned aerial vehicle judges that a fault occurs, an emergency landing program is executed, the landing process is autonomously executed according to steps, and the unmanned aerial vehicle slows down and enters a hovering state; fault judgment is conducted again, and if the fault does not disappear, the unmanned aerial vehicle starts to descend; the unmanned aerial vehicle enters a fixed-height hovering state when descending to be close to the ground, slowly lands on the ground after hovering for a short time, and cuts off power supply.