92 results about "Fire accident" patented technology

The invention relates to the technical field of fire safety management, and discloses a fire safety management supervision platform system. The system comprises a building information acquisition module for acquiring building structure data and environment monitoring data of a target building in real time; the risk area division module is used for dividing a plurality of independent fire risk areas according to the building structure data and distributing area identifiers; the historical data indexing module is used for indexing a historical fire accident data set and a fire-fighting facility maintenance record set of each region according to the region identifier; the dynamic risk analysis module fuses the environment monitoring data and the historical fire accident data set to generate a real-time fire risk coefficient sequence; the fire-fighting resource scheduling module is used for generating a fire-fighting resource allocation scheme based on the real-time fire risk coefficient sequence and the facility maintenance record set; and the emergency response decision module generates a multi-stage fire emergency response strategy according to the resource allocation scheme. The system improves the timeliness and pertinence of fire safety management.

The present disclosure provides a fire response control method and system for a lithium battery energy storage box, relating to the technical field of lithium batteries, which comprises: collecting battery compartment layout information of the lithium battery energy storage box; reading data of the lithium battery energy storage box to obtain real-time control data; laying out temperature collection devices through the battery compartment layout information; obtaining temperature data collection results; collecting historical detection data with time sequence identifiers; constructing a lithium battery feature data set of the lithium battery energy storage box; constructing an abnormality monitoring model; outputting abnormality warning level information; generating multi-level fire response control data; and managing the lithium battery energy storage box. The technical problem of inaccurate and timely fire warning of the lithium battery energy storage box and inability to avoid fire accidents in time due to the single and inaccurate setting of the warning threshold in the prior art is solved.

The invention relates to a regional fire risk dynamic assessment and early warning method for an urban tunnel. The method comprises the following steps of: gridding the tunnel by taking tunnel infrastructure as a reference object; obtaining a tunnel fire accident database, and constructing a tunnel fire risk assessment index system; considering the influence of the index on the fire risk and the influence of the mobile index on spatial distribution, and determining an index weight; determining an index membership threshold, calculating an index membership degree, and obtaining a real-time initial fire risk assessment result of each region; early warning parameters are reasonably selected, the initial fire risk assessment result is corrected in combination with the single index risk, and a final regional fire risk assessment result is obtained; setting an early warning threshold value of each index under different evaluation results based on the final evaluation result of the regional fire risk occurrence probability; and comparing the index early warning value according to the index data measured by the risk sensing equipment, and outputting a single-index fire risk early warning result to realize single-index fire risk early warning. The method is high in pertinence, high in accuracy and high in sensitivity.

The utility model discloses a delayed gas cut-off protection system for a residential kitchen gas stove, which is characterized in that a gas pipeline opening and closing stop valve and a gas pipeline electric valve are sequentially mounted on a gas pipeline in series, and an inductive switch controller and a time relay are respectively mounted on one side of an inductive switch; the load output end of the inductive switch controller is connected to the input end of the time relay and the input end of the smoke exhaust ventilator through lines. The output end of the time relay is connected with the input end of the gas pipeline electric valve through a line I; the signal acquisition end of the inductive switch controller is also connected with an inductive switch through a circuit; the inductive switch is installed at the position close to the gas pipeline opening and closing stop valve. During cooking, the gas pipeline stop valve, the interlocking inductive switch, the interlocking starting exhaust fan and the interlocking starting time relay are manually opened. If the fire is forgotten to be turned off and the set time is exceeded, the electric stop valve is automatically closed to prevent the pot from being burnt out, so that fire accidents are prevented.

This application relates to the field of vehicle technology and discloses a risk avoidance control method, device, electronic equipment, vehicle, and storage medium. The risk avoidance control method includes: when the vehicle is in an unattended parking state, acquiring the vehicle's system performance parameters and the fire characteristic parameters of the vehicle's environment, where the unattended parking state refers to the vehicle being parked and stationary, without any driving or passenger movement; if the fire characteristic parameters indicate a fire risk in the vehicle's environment, then based on the system performance parameters, assessing the degree of performance degradation of the vehicle under the fire risk to determine the vehicle's remaining mobility; generating a target risk avoidance path based on the vehicle's remaining mobility and the fire characteristic parameters; and controlling the vehicle to avoid the fire according to the target risk avoidance path. This enables timely risk avoidance of the vehicle from fire risks when no one is present, reducing property damage caused by vehicle fire accidents and ensuring public safety.

The application discloses a kind of chemical warehouse fire accident wastewater unpowered control and collection system, mainly including fire accident wastewater collection well, wastewater valve control well, rainwater valve control well, fire wastewater ditch, outdoor wastewater pipeline, wastewater diversion well, accident pool.It is characterized by: system utilizes hydraulic power from fire accident wastewater collection well, wastewater valve control well, rainwater valve control well Joint automatic control different function valve in wastewater diversion well opening and closing;Normal working condition, wastewater diversion well inside accident pool one side valve is closed, rainwater pipe one side valve is opened, fire condition, wastewater diversion well inside accident pool one side valve is opened, rainwater pipe one side valve is closed.The application solves the current chemical warehouse fire accident wastewater collection system needs manual switching valve in diversion well, causes heavy amount of repeated labor, cannot guarantee timely switching and other safety problems.Simultaneously system composition and working principle are simple, easy to construction installation, easy to large-scale use and promotion.

The invention provides a power transmission line forest fire intelligent monitoring method and system based on multispectral imaging, and relates to the technical field of data processing, and the method comprises the steps: monitoring a power transmission line region in real time, and obtaining a multispectral imaging sequence which comprises a visible light imaging sequence, a thermal infrared imaging sequence and a near infrared imaging sequence; performing multi-spectral feature coupling registration reconstruction, and establishing a line spectral feature coupling model; performing multi-point mountain fire accident characteristic prediction to obtain a mountain fire accident characteristic first graph model; performing multi-time sequence correlation misjudgment correction to obtain a second graph model of the forest fire accident characteristics; fire evolution constraint correction is carried out, and a third map model of forest fire accident characteristics is generated; and dynamic early-warning processing of the forest fire is executed. According to the invention, the technical problems of low data processing precision and efficiency and forest fire misjudgment and early warning delay caused by insufficient power transmission line forest fire monitoring data processing capability and relatively weak misjudgment correction and data fusion capability in the prior art are solved.

The application discloses a device for detecting and alarming leakage of a burner on a flame cleaning machine, which is arranged on a joint surface of a gas distributor and comprises a gas guiding structure, a gas guiding pipeline and a sensor; the gas guiding structure is arranged on the joint surface of the gas distributor; one end of the gas guiding pipeline is connected with the gas guiding structure, and the other end is connected with the sensor; signals of the sensor are transmitted to a PC terminal and displayed on a man-machine interface of the PC terminal; the number of the device is matched with the number of the burner device; and the application further discloses a detection method for detecting and alarming leakage of the burner on the flame cleaning machine. The application can determine one or several burner devices with leakage, detect whether the leaked gas is oxygen or fuel gas, and alarm through the man-machine interface, so that equipment burning or fire accidents can be avoided.

The utility model relates to the technical field of machinery, and discloses a scraped car drilling pumping drainage device which comprises a drill bit and a drilling machine frame, an auxiliary mechanism is arranged on the drilling machine frame, a filtering mechanism is arranged on the auxiliary mechanism, the auxiliary mechanism comprises a spraying head, the spraying head is fixedly connected to the outer wall of the top of the drilling machine frame, and a water pump is arranged on the spraying head. A water pump box is fixedly connected to the outer wall of the rear side of the drilling machine frame, a sleeve frame is fixedly connected to the outer wall of the left side of the drilling machine frame, a collecting box is slidably connected to the inner wall of the inner ring of the sleeve frame, a flaring cover is clamped to the outer wall of the top of the collecting box, and filtering holes are formed in the inner wall of the bottom of the collecting box. A liquid outlet chamber is formed in the inner wall of the bottom of the collecting box, and a discharging opening is formed in the inner wall of the bottom of the liquid outlet chamber. According to the utility model, by arranging the structures such as the flaring cover and the filter holes, the problems that heat is generated in the drilling process due to friction, and fire accidents are likely to happen due to the fact that a drilling object is an oil tank are solved.

The invention discloses a battery health state monitoring method based on Bluetooth Beacon long data packet broadcast, and relates to the technical field of electric bicycle battery fire safety monitoring. According to the method, all batteries are forced to adopt the same Bluetooth Beacon long data packet format to broadcast data through a unified reporting standard protocol, brand barriers are thoroughly broken, and seamless access and centralized management of global battery data are realized; according to the invention, through dual-channel real-time data acquisition of the Bluetooth gateway and the mobile phone App and in combination with a cloud millisecond risk analysis model, the whole process from data receiving, decryption and analysis to instruction issuing can be completed within 3 seconds. According to the invention, through data communication among the electric bicycle battery health state data reporting standard protocol, the battery BMS module with the Bluetooth function, the Bluetooth gateway, the mobile phone App and the cloud server, monitoring and early warning of the battery health state can be realized, and fire accidents caused by the electric bicycle battery are restrained from the source.

The invention belongs to the technical field of fire accident investigation, and particularly relates to a socket fire hole site auxiliary judgment method, which comprises the following steps: S1, establishing a standard partition template, S2, acquiring field information, S3, scoring appearance ablation, S4, calculating a panel fire suspicion index Io < j >, S5, calculating a comprehensive fire suspicion index Hj, S6, judging a fire hole site, and S7, outputting an auxiliary conclusion. According to the socket firing hole site auxiliary judgment method provided by the invention, by establishing a panel standard partition template and a unified scoring rule, traditional experience-dependent naked eye observation is converted into a standardized partition scoring and calculation process, subjective judgment deviations of different investigators are greatly reduced, the consistency and repeatability of judgment results are improved, and the judgment efficiency is improved. According to the method, the appearance trace of the socket panel and the core trace of the metal contact are comprehensively utilized, a double scoring system is constructed, the thermal action distribution characteristics reflected by the panel trace are reserved, the metal contact trace close to the fault source is fully utilized, and the judgment basis is more comprehensive and more accurate.

The invention discloses a tunnel escape photoelectric induction system and method based on event driving, and belongs to the technical field of tunnel security, the system is used for realizing the method, and the system comprises a sensing module, a control module and an execution module; the sensing module comprises a vehicle type identification module, and the vehicle type identification module is configured to identify the vehicle type of a fire accident vehicle; the control module is configured to evaluate the risk upgrading grade of the fire accident vehicle and the influence range of the vehicle in the tunnel after the risk grade is upgraded; when the risk upgrading grade reaches a set risk grade, the emergency evacuation planning path is configured as follows: for a tunnel sub-section in the influence range in the tunnel, the emergency evacuation planning path abandons a tunnel escape node which is located in the influence range and is close to one side of the fire accident vehicle; according to the scheme, the risk upgrading possibility of the fire event is pre-judged, so that the life safety threat of the potential danger to the to-be-evacuated personnel is reduced.

The invention relates to a dangerous chemical accident consequence prediction method and system. The prediction method comprises the following steps: constructing time sequence characteristic information of dangerous chemicals; optimizing different weight updating modes used in the training process of the long and short term memory network model through a regularization algorithm, and obtaining a fusion model trained by adopting different weight updating modes; and according to the prediction performance of each fusion model on the accident consequence of the dangerous chemicals, inputting the time sequence characteristic information into the fusion model meeting a preset condition, and generating the accident prediction consequence of the dangerous chemicals. According to the method, the consequences of accidents such as leakage, deflagration and fire disasters of the dangerous chemical storage tank can be quickly predicted more efficiently and accurately, and reliable technical support is provided for emergency site handling personnel.

The application discloses a temperature monitoring system and a temperature monitoring method, and relates to the technical field of vehicles, in particular to a temperature monitoring system and a temperature monitoring method for a vehicle. The temperature monitoring system comprises a temperature sensing assembly and a central module, and is used for detecting real-time temperatures of multiple positions of the vehicle. The central module is connected with the temperature sensing assembly. When at least one position temperature signal detected by the temperature sensing assembly is abnormal, the central module triggers a data uploading function to upload all temperature signals of the temperature sensing assembly to a background big data center. According to the temperature monitoring system, when at least one temperature signal is abnormal, the central module can upload all temperature signals of the temperature sensing assembly to the background big data center. Therefore, relevant technical personnel can preliminarily analyze the data downloaded from the background before arriving at the accident site, and can determine the fire starting position according to the data analysis in the later period, which has reference significance for the investigation of the cause of the fire accident. In addition, the temperature signals of the temperature sensing assembly can be prevented from being damaged after the fire accident, and the reliability of data analysis is improved.

The utility model relates to a waterproof flame-retardant mining cable sheath and a cable, which belong to the technical field of mining cables, and comprise three cable conductors, and the outer sides of the three cable conductors are provided with a cable sheath body. The beneficial effects of the utility model lie in that in the working process, the cable conductors are protected by the insulating layers, so that safe transmission of current can be ensured, the inner sheath provides basic insulation and flexibility, and the modified polyurethane material of the middle layer effectively prevents moisture intrusion and fire accidents through excellent waterproof and flame-retardant properties, so that the cable is suitable for popularization and application. The fluoroplastic material of the outer protective layer provides extra weather resistance and chemical corrosion resistance, long-term stable operation of the cable in a severe environment is ensured, the waterproof performance of the cable sheath body is improved through the effect of the nano silicon dioxide coating, moisture invasion is effectively prevented, and the service life of a cable conductor is prolonged.

Embodiments of the present application provide a fire risk response method, device, equipment, storage medium and program product, and particularly relate to the technical field of data processing. The method comprises: obtaining current monitoring data obtained by monitoring a storage tank and an environment around the storage tank; inputting the current monitoring data into a first model trained in advance to predict whether a fire event will occur in the future according to the current monitoring data, and obtain a first risk assessment result; inputting the current monitoring data into a second model trained in advance to predict the occurrence time of the fire event according to the current monitoring data, and obtain a second risk assessment result; and adjusting the working state of a risk response platform based on the first risk assessment result and the second risk assessment result, wherein the working state at least includes a first working state of starting a fire extinguishing device and a second working state of turning off the fire extinguishing device. The method has the effect of discovering and eliminating fire hazards in time and reducing the occurrence rate of fire accidents.

The present application relates to the technical field of fire accident monitoring and early warning and fire rescue, in particular to a simulation deduction and auxiliary decision system for multi-point concurrent leakage accidents of hydrogen stations, which comprises an accident scene dynamic risk mapping module, which is used for receiving and gridding a rescue area, collecting real-time monitored hydrogen concentration, heat radiation flux and explosion overpressure values for each grid. In the present application, by receiving and gridding the rescue area, collecting real-time monitored hydrogen concentration, heat radiation flux and explosion overpressure values, and combining the path interruption probability caused by hydrogen storage and hydrogenation structure collapse, a unified grid risk value is obtained, and a time-varying three-dimensional risk field data covering the entire accident scene is established, which converts discrete and multidimensional on-site monitoring data into an intuitive global danger situation picture, enabling fire rescue commanders to master the evolution law of risk in space and time.

The utility model discloses a non-motor vehicle charging device matched with fire extinguishing equipment, which comprises a pile frame main body, a plurality of groups of charging interfaces are symmetrically arranged on the pile frame main body, an electrical module and a fire-fighting assembly are arranged in the middle of the pile frame main body, and the electrical module is electrically connected with the charging interfaces and the fire-fighting assembly. The pile frame main body is supported by a steel structure and is safe, stable, fireproof and flame-retardant, a plurality of groups of waterproof charging interfaces are preset on the pile frame main body, the appearance is attractive and practical, and the middle part of the pile frame main body is provided with the electrical module for monitoring and the box-type fire extinguishing equipment storage box made of a stainless steel material; the phenomenon that fire-fighting equipment is accelerated to age when being placed in the open air can be effectively prevented, meanwhile, the fire-fighting equipment can be conveniently taken, and fire accidents caused by non-motor vehicle outdoor charging are effectively reduced.

The application discloses a hazardous chemical goods container yard wastewater collecting system, which comprises a cofferdam wall, a plurality of container yard areas are arranged in the cofferdam wall at equal intervals, a main drainage ditch is arranged in the cofferdam wall, a first branch drainage ditch is arranged outside the container yard area, the plurality of first branch drainage ditches are communicated with the main drainage ditch, the main drainage ditch penetrates through the cofferdam wall and is communicated with a municipal rainwater pipe, and a fire accident pool and an initial rainwater and sewage collecting pool are respectively communicated with one side of the main drainage ditch. The application can collect and dispose various wastewaters in the factory area in time, in order and effectively, can satisfy relevant requirements of environmental protection, and reduces the influence degree on the environment. Especially in the case of environmental risk accidents, the application can effectively control the pollution risk of the fire accident wastewater on the surrounding water environment and soil.

The invention relates to the field of coal mine goaf fire prevention and control, and discloses a coal mine goaf fireproof charge atomization device which comprises a drilling mechanism, a liquid conveying mechanism, an atomization mechanism, a charge mechanism and a diffusion injection mechanism. The drilling mechanism comprises a drilling machine, a drill rod and a drill bit. The drill rod and the drill bit are made of insulating explosion-proof materials, connected and integrally fixed to a drilling machine, the side walls are each of a double-layer design, and electric wires are arranged in an interlayer of the side walls. A water pipe passes through the drill rod, two ends of the water pipe are respectively connected with the liquid conveying mechanism and the atomizing mechanism, and the atomizing mechanism is fixed at the joint of the drill rod and the drill bit. The drill bit is of a divergent structure with the diameter gradually increased from the input end to the output end, and a charging mechanism and a diffusion jetting mechanism are arranged in the drill bit. Charged fog drops generated by the device can be used for realizing efficient and uniform spraying of a fire-proof material in a coal mine goaf, so that the occurrence of coal mine fire accidents is reduced.

The utility model relates to a kiln waste gas treatment system, which belongs to the technical field of waste gas treatment and comprises an air inlet pipe, a heat exchanger, an activated carbon box, an exhaust pipe and an air outlet pipe which are sequentially connected, the air inlet end of the air inlet pipe is connected with a kiln, a fire retardant valve is arranged between the heat exchanger and the activated carbon box, and a dust removal water tank is arranged on one side of the air inlet pipe. One end of the dedusting water tank is communicated with the air inlet pipe, the other end of the dedusting water tank is communicated with the air outlet pipe, and a bypass valve is arranged between the dedusting water tank and the air outlet pipe. The bypass pipe is arranged to control the bypass valve and the fire retardant valve to be opened or closed alternately, activated carbon in the activated carbon box is prevented from being ignited by waste gas of the high-temperature kiln, and fire accidents are prevented.

This invention relates to the field of tunnel disaster prevention and rescue technology, and in particular to a folding airbag device and its method of use for sealing off smoke from train fires in tunnels. The device includes a train consisting of a driver's cab and multiple carriages, and several identical folding airbag devices. These devices are arranged sequentially at intervals from the first to the last end of the carriages and are all fixed to the top of the carriages. In the event of a fire, the folding airbag device of this invention effectively seals off smoke, creating an effective isolation layer and increasing evacuation time for passengers in carriages that have not yet caught fire. It has the advantages of rapid response and high smoke blocking efficiency, effectively extending the available safe evacuation time for passengers in carriages that have not yet caught fire, reducing the harm of fire smoke to passengers, and improving the safety and reliability of trains in railway tunnel fire accidents.

The application provides a large model accident investigation auxiliary method and system based on knowledge graph enhanced retrieval, and belongs to the technical field of accident investigation and fire accident investigation. The method comprises the following steps: loading and registering a prefabricated basic knowledge graph of accident investigation; analyzing and block processing original accident investigation data to obtain a fragment set; updating the basic knowledge graph according to the fragment set to obtain a unified accident investigation knowledge graph; obtaining user query description information, performing intent analysis and constraint extraction on the user query description information to obtain structured condition data; performing retrieval according to the structured condition data and the unified accident investigation knowledge graph to obtain a unified candidate evidence set; analyzing and reasoning the unified candidate evidence set to obtain explanation result data with evidence reference and graph path; and completing accident investigation assistance according to the explanation result data. The application embodiment can enhance the auxiliary decision-making ability and engineering landing nature in a complex scene.

The invention relates to the technical field of fire accident monitoring and early warning and fire rescue, in particular to a hydrogen refueling station multi-point concurrent leakage accident simulation deduction and auxiliary decision making system which comprises an accident site dynamic risk composition module, an accident site dynamic risk composition module, an accident site dynamic risk composition module and an accident site dynamic risk composition module, and the hydrogen concentration, the heat radiation flux and the explosion overpressure value monitored in real time are integrated. According to the method, a rescue area is received and gridded, hydrogen concentration, thermal radiation flux and explosion overpressure numerical values monitored in real time are integrated, and path interruption probabilities caused by collapse of hydrogen storage and hydrogenation structures are combined, so that a unified grid risk numerical value is obtained through calculation, and then time-varying three-dimensional risk field data covering a whole accident scene is established; discrete and multi-dimensional field monitoring data are converted into a visual global danger situation picture, so that fire rescue commanders can master evolution rules of risks in space and time.

The invention relates to the technical field of data processing, in particular to a high-altitude tunnel fire risk intelligent assessment method, which comprises the following steps: acquiring a monitoring data sequence of each fire monitoring index at each monitoring point of reference tunnels at different altitudes; acquiring a multi-dimensional risk assessment characteristic value of each reference tunnel according to the data change trend in each monitoring data sequence and the monitoring data difference of each fire monitoring index at different monitoring points at the same monitoring moment; according to the altitude and the fire accident score of each reference tunnel and the multi-dimensional risk assessment feature value of each reference tunnel, obtaining the importance degree of each dimensional risk assessment feature value of the target tunnel; and according to the corresponding multi-dimensional risk assessment feature value of the target tunnel in the current time period, the importance degree of each dimensional risk assessment feature value and the fire accident score of each reference tunnel, the fire risk of the current tunnel is assessed, and the accuracy of the fire risk assessment result of the high-altitude tunnel is improved.

The application discloses a kind of high-performance flux and preparation method thereof, belong to the field of flux for soldering agent in photovoltaic industry, by mass percentage comprising the following components: modified volatile silicone oil 90.0-94.0%, activator 2.0-4.0%, surfactant 2.0-4.0%, film forming agent 1.0-3.0%, corrosion inhibitor 1.0-3.0%, the modified volatile silicone oil includes modified cyclosiloxane polymer, and activator, surfactant and film forming agent and corrosion inhibitor are configured in proportion with modified volatile silicone oil as solvent.The beneficial effects of the present application are: using modified volatile silicone oil as the solvent of flux, with high flash point high volatile, non-toxic and harmless excellent characteristics, will not cause workshop fire accident, will not cause workshop staff physical and mental health damage;And its surface tension is low and ductility is good, more easily wet the surface of welding strip, can improve the welding effect, no need to clean after welding.

The utility model discloses a kind of battery module connecting row of fusing, including connecting row main body, the positive pole between the negative pole of connecting row main body two ends is connected respectively between battery module, the connecting row main body includes the connecting sheet of multilayer parallel arrangement, both ends of the connecting sheet are covered with insulating substance, middle part is equipped with protruding part, protruding part is equipped with honeycomb-like fuse structure.Such, it solves the risk battery pack that fuse and maintenance switch cannot be installed due to insufficient design space and position, also solves the problem that large battery pack high-voltage system symmetrical distribution can only be connected with a fuse in half high-voltage system, the other half high-voltage system does not cause battery pack fire risk, simultaneously without considering the position of design installation fuse and other problems, greatly reduce the probability of battery pack short-circuiting fire accident caused by battery pack due to automobile collision accident.

The invention provides a collapse risk early warning device for fire accident investigation, and relates to the technical field of fire accident investigation safety protection. The device specifically comprises a sensing material, an electrochemical sensor, a signal processing unit, a Bluetooth signal transmission module and a miniature audible and visual alarm, according to the scheme, a novel sensing material is prepared, the sensing material is attached to a detected structural member, and after a deformation signal is sensed, processed and analyzed, state data are sent to an external receiving terminal through a Bluetooth signal transmission module; if a dangerous symptom is identified, on-site sound-light alarm and remote wireless early warning are started at the same time, and double insurance is formed.

An explosion-proof cyclone filter device relates to the field of waste gas treatment technology in monocrystalline silicon production. It includes: an inner cylinder; an outer cylinder fitted around the outer periphery of the inner cylinder, forming a sealed cooling chamber between them; a cooling water pipe installed within the cooling chamber and spirally coiled around the outer wall of the inner cylinder; and an air inlet pipe sealed and connected to the inner cylinder. The cooling water pipe extends from both ends of the outer cylinder, facilitating the introduction of cooling water. This rapidly reduces the temperature of the inner cylinder and red phosphorus dust to below the auto-ignition point of red phosphorus (260°C), thus eliminating the risk of spontaneous combustion of the red phosphorus dust due to high temperatures. Simultaneously, by introducing gas, the cooled red phosphorus dust in the inner cylinder undergoes an oxidation reaction with the gas, thereby achieving the harmless treatment of the red phosphorus dust. The combination of cooling and oxidation effectively prevents explosions during cleaning, thus avoiding damage to the cyclone filter and personal safety hazards to on-site personnel, and preventing fire accidents.

The utility model discloses a fireproof door and fire alarm equipment. The fireproof door comprises a door plate; the fire alarm indicating device comprises an indicating module which is arranged on any surface of the door plate and is used for providing indicating information about whether a fire occurs in an area on one side of the other surface of the door plate; the information receiving module is coupled with the indication module, and the information receiving module is used for being coupled with an automatic fire alarm controller so as to receive a fire alarm signal, output by the automatic fire alarm controller, of an area on one side of the other face of the door plate. As the information receiving module can receive the fire alarm signal of the area on one side of the other face of the door plate output by the automatic fire alarm controller, the indication information on one side of the other face provided by the indication module is more accurate, and the situation that a fireproof door corresponding to a fire accident occurring place is opened by mistake in the evacuation process is avoided. Furthermore, according to the indication information, the personnel evacuation efficiency is improved, and the risk of entering a dangerous area by mistake is reduced; in conclusion, the fire alarm indicating device is beneficial to improving the safety and efficiency of personnel evacuation when a fire disaster occurs.