142 results about "Fire house" patented technology

A control and management system for defined areas such as loading docks, fire stations, and other designated defined areas, employs a card reader, vehicle sensing loop detectors and electric eyes, entrance door sensors and operators, truck securement devices, cameras, a control system with memory, and a wireless connection or internet / intranet connection, is provided to produce event log documentation. The event information is readily accessible by management or supervisory personnel, to see all of the recorded information concerning a specified event. Thus, an event can be readily reconstructed after the fact, using all available sensors and other information relevant to a manager or supervisor. This aids in locating lost packages, documents security procedures, preventing or detecting thefts and vandalism, and for other purposes. An alert can be issued whenever an abnormal or unauthorized event occurs during operations. A QR code reader can be provided for a cell phone with picture-taking capability, which communicates with the system to enable a person carrying the cell phone to scan QR codes at specified locations or on specified items or vehicles.

The invention discloses an intelligent home fire-fighting detection and alarm system which comprises a plurality of fire-fighting detectors, a plurality of data gathering centers and a monitoring center, wherein the plurality of fire-fighting detectors are divided into a plurality of groups, each data gathering center corresponds to one group of the fire-fighting detector for communication, and the monitoring center is communicated with the plurality of data gathering centers. The invention also provides a control method based on the system. In the control method, a wireless communication network is formed by a plurality of wireless network fire-fighting detectors, data information is collected in real time and transmitted to the data gathering centers to be subjected to an intelligentized judgment of a fire degree so as to prevent a fire false alarm to the maximum limit, the transmission of detection area state information and information data by a mobile phone short message on the internet is realized through a GPRS (general packet radio service) and Ethernet communication module, thereby realizing pre-alarm and extinguishing the fire in the cradle, and the monitoring center can also realize the connection with a town fire station system so as to reach the highest fire reaction speed.

A communications system for one or more of a community's public safety resources is upgraded to include a public safety network. Assets owned by one of the public safety resources may be controlled over the network from a remote command center that compiles information from the network-enabled resources in the community to enhance the ability of the assets to effectively deployed in an emergency situation. The upgraded communications system at the public safety resources also enables trusted resources, such as the assets owned by the public safety resources, to access the network and communicate with additional trusted resources throughout the community. Additionally, the public safety network may be extended using mobile transceivers to form an ad hoc network in the event part of the infrastructure supporting the network is lost.

An emergency call load handling system in a call network has an interactive voice response (IVR) unit associated with a switching apparatus to which calls may be diverted in special conditions, such as during emergencies or disasters when calls to certain destinations may suddenly increase dramatically. Calls are diverted depending on call destination and / or pre-programmed triggers, such as a call load threshold experienced by the switching apparatus or for a specific destination. The IVR unit in some cases negotiates with callers for priority to further route calls, and may play pre-recorded messages. Low priority calls are typically disposed of to for fire stations, hospitals, government emergency handling centers and the like. In some cases rules may be amended in real time by use of data network connections between call centers and the SCPs involved.

A mobile firefighting station includes a trailer having opposed ends and a platform therebetween. The trailer may include an axle and wheels so as to be mobile. The mobile firefighting station includes firefighting equipment such as a water tank, a foam fire retardant tank, a water hose with nozzle, and a water cannon operatively interconnected and operated by a fluid delivery assembly. The fluid delivery assembly includes a pump to pressurize a fluid stream. An electricity generator is positioned on the platform and electrically connected to components requiring electricity. The apparatus includes a communications module electrically connected to the generator and having a wireless internet connection and a user interface such that tank fluid levels, fuel levels, maintenance records, weather data, and active fire details are selectively communicated to a remote location using the wireless internet connection.

Disclosed is a cellular phone equipped with crime or disaster prevention means. It has an extra push button at a predetermined position on its body. The extra push button has a safety lock such as a cover for preventing inadvertent depression for telephoning police or fire stations or security companies. The cellular phone has a GPS function installed therein for informing them of the instantaneous location of the telephoner.

The invention discloses a fire rescue scheduling method and device and a readable storage medium, and the method comprises the steps: obtaining the fire alarm information which comprises the positioninformation of an on-fire building, the number information of trapped persons, and the fire danger degree information; determining all schedulable fire stations within a preset radius range which takethe on-fire building as a circle center according to the position information of the on-fire building; and determining the to-be-rescued emergency level of the on-fire building according to the number information of the trapped persons and the fire danger degree information, and sending a fire rescue configuration instruction corresponding to the to-be-rescued emergency level to the fire station,wherein the fire rescue configuration instruction comprises the number of the firefighters and the number of rescue equipment. According to the fire rescue scheduling method provided by the invention, a corresponding number of firefighters and fire-fighting equipment can be configured according to the actual fire danger degree, and reasonable optimized use of rescue resources is realized.

An organizer is disclosed for organizing the protective emergency-response clothing of a firefighter such as boots, trousers, jacket and helmet. The organizer of this invention eliminates the practice of placing the firefighter's jacket and helmet on the floor of the fire station during the time the firefighter is not wearing the same, thereby preventing the firefighter's jacket and helmet from coming into contact with dirt, water on the floor of the fire station.

The invention belongs to the technical field of air monitoring, and discloses an indoor air monitoring alarming system. The indoor air monitoring alarming system is provided with a temperature sensor, a humidity sensor, a PM2.5 sensor and an air quality sensor and is used for monitoring indoor air temperature, air humidity, PM2.5 and other quality parameters of the air in real time; the all-around monitoring of the indoor air quality can be facilitated, and the living quality and living standard of people can be improved; and a storage device is used for storing various index parameters of the air quality processed by a central processor and a processing process for fire alarm information, so that the later investigation on the fire reason can be facilitated. The indoor air monitoring alarming system is also provided with a fire alarming function, so that the fire alarming can be realized, the information can be transmitted to a mobile terminal and a fire station in time, the fire can be discovered in time and alarmed in time, and the property loss of house owners can be maximally reduced.

The invention discloses a fire emergency response method and system. The method comprises the following steps that: an alarm receiving processing center selects plan information corresponding to fire information from a preset fire control plan library according to the obtained plan information; resource information of at least one fire station near a fire alarm occurring site is distributed according to the plan information, and a police departure instruction containing the distributed resource information and at least part of the fire information is transmitted to terminals located in corresponding fire stations; correspondingly, the terminals control firefighting equipment in the resource information to be enabled based on the police departure instruction and obtain the state information of the firefighting equipment in the resource information; and firefighters of the fire stations are notified with the police departure instruction. With the fire emergency response method and system of the invention adopted, an automatic response mechanism from men to firefighting equipment in the fire stations can be realized.

The present invention relates to a method and a device for barring access of terminals connected to a base station. A communication method of an Internet protocol multimedia service (IMS) entity, according to one embodiment of the present invention, comprises the steps of: receiving a service request message from a terminal; determining whether to allow an access of a service according to a load status of the IMS and the service requested from the terminal; and transmitting, to the terminal, a connection barring message which includes information for indicating that the access of the terminal is barred, when it is determined to bar the access of the service. According to the one embodiment of the present invention, the IMS can be prevented from being congested due to loads concentrated on IMS entities such as a P-CSCF and the like, and can prevent a situation in which an emergency call or a priority call of a person from a police station or a fire station or the like cannot be received.

The invention relates to an independent box type integrated movable fire extinguishing device. A tank body is arranged at the outer sides of a water tank and a pressurizing assembly; the water tank isconnected with the pressurizing assembly through a low-pressure water transportation pipe; a reversing valve is arranged on the low-pressure water transportation pipe between the water tank and the pressurizing assembly; a water pump water inlet valve is arranged at a connecting part of the low-pressure water transportation pipe and the pressurizing assembly; the low-pressure water transportationpipe is connected with a circumscribed water source water inlet valve; the pressurizing assembly is connected to a water outlet interface through a solenoid electric valve, and is connected with a high-pressure water transportation pipe; and the high-pressure water transportation pipe is connected to the water outlet interface, and is connected with a high-pressure water source water inlet valve.According to the independent box type integrated movable fire extinguishing device provided by the invention, a foaming tank can be additionally arranged, and a foam proportioner is arranged in the foaming tank, is connected with the high-pressure water transportation pipe through a foaming tank water inlet pipe, and is connected to an air foam generator through a foam liquid outlet pipe. The independent box type integrated movable fire extinguishing device provided by the invention is convenient to move by adopting a manner of fixedly placing or vehicle driving and vehicle carrying, and is suitable to be used by a community grade miniature fire station and a small chemical enterprise.

The invention discloses a smart fire fighting emergency management system and a management method. Information of volunteer firefighters and fire fighting equipment of a current miniature fire fighting station is obtained from a miniature fire fighting station management terminal, so that when a fire occurs, a fire emergency plan is formulated according to fire alarm information, the number of thevolunteer firefighters and the types and quantities of the fire fighting equipment required for fire extinguishing in an early stage are clarified, and the volunteer firefighters and the fire fighting equipment are assigned to help a fire site according to the situation of the volunteer firefighters and the fire fighting equipment on duty at the miniature fire fighting station in a certain area near the fire site to achieve the purpose of rapid fire extinguishing or control of fire spread in the early stage to minimize fire damage.

The invention provides a method, a device and equipment for determining a regional fire station layout, and a storage medium, and the method comprises the steps: carrying out the grid type division of a to-be-planned region, and taking the center point of each divided grid as the fire-fighting demand point of the grid; determining a demand point type to which each fire-fighting demand point belongs by using a fire risk level distribution map of the to-be-planned area; and by using a position set coverage model, on the basis that all existing fire-fighting sites are reserved and the total range of the management and control jurisdiction of the output fire-fighting sites is greater than or equal to the to-be-planned area, outputting the minimum number of the target fire-fighting sites required by the output constraint condition and the position coordinates of the target fire-fighting sites. According to the method, on the basis of reducing construction resources, the jurisdiction range of the fire station can be reasonably determined according to the division principle that the high-risk demand point of the fire station arriving in the control jurisdiction is faster than the non-high-risk demand point, and the rescue efficiency of fire fighting in the region is improved.

The invention relates to an earthquake fire indoor risk-avoidance self-rescue device and a method thereof which can provide a risk-avoidance self-rescue chance for people who are trapped in a house and are difficult to escape when in a heavy earthquake or a fire disaster. The device and the method comprise an arc-shaped steel plate which has a rotary fan, a storage device and an upright column atboth sides, and an arc-shaped steel plate which has a rotary fan at one side, and a pothook, an upright column and a protection fastener at the other side; a steel pipe which has a screw hole in the middle and a steel column inserted into each end penetrates the arc-shaped steel plate; another steel column and the arc-shaped steel plate which has a rotary fan at one side, and a pothook and a protection fastener at the other side constitute a risk-avoidance space which can be stretched and retracted; the device and the method are provided with a battery, a light bulb, an alarm, a high-pressurepump, etc. When heavy earthquake happens, a steel ball and a spring, a steel wire and a vibrator cause the light to turn on due to the shake, and lead the alarm to give an alarm and to stretch the risk-avoidance space, then people can avoid risk, survive by water, food and paper, and can realize self-rescue by using the high-pressure pump to remove the steel column after enter the risk-avoidance space; when in a fire disaster, people can use water and respirator to protect the body and escape after entering the risk-avoidance space. The device and the method solve the problem that people can not escape and are smashed or burned to death since the houses are ruined and knocked down in a heavy earthquake and a fire disaster, which can be widely used for the human body safety protection in the house when in the heavy earthquake and the fire disaster.

The invention discloses a modularized building and a modularized fire station. A main body of the modularized building comprises a container module and a steel structure module, wherein the container module comprises an upper layer module and a lower layer module; the upper layer module and the lower layer module are respectively composed of at least one container; the height of the steel structure module is as same as the height of the lower layer module; the upper layer module is arranged above the lower layer module and the steel structure module; the upper layer module, the lower layer module and the steel structure module are spliced together. The main body of the modularized building according to the invention has a modularized characteristic and has the advantages of transportation convenience, convenient loading and unloading, convenience in mounting, small onsite workload, short mounting period, minimal construction influence, and the like; various functions, including accommodation, command, garage, kitchen and bath, relaxation, and the like can be integrated into the main body of the modularized building; the modularized building can be expanded according to the requirement; the modularized building is a special device which is designed, manufactured and constructed on the basis of taking the container as a basis module.

The invention discloses a mini fire station intelligent dispatching management system. The system comprises a division warning-receiving information distribution platform, a group early-warning processing platform, street office dispatching platforms and mini fire station sites. The mini fire station intelligent dispatching management method comprises the following steps: accessing warning situation information, and distributing the warning situation information to the group early-warning processing platform; according to the received warning situation information, searching the street office dispatching platforms and the mini fire station sites within an warning situation position preset radium, and distributing the warning situation information; dispatching mini fire station personnel on duty in a governed district to an warning situation center rapidly; and dispatching fire-fighting personnel and equipment through dispatching information, and giving a feedback. Accurate positioning for a warning situation, disposal plan, command dispatching, equipment information recording and other operation are visually completed, real-time communication, the command dispatching, on-site feedback and water source feedback can be performed with frontline firemen, timeliness and effectiveness of information are guaranteed, and warning and dangerous situation control efficiency is greatly improved.

An emergency call load handling system in a call network has an interactive voice response (IVR) unit associated with a switching apparatus to which calls may be diverted in special conditions, such as during emergencies or disasters when calls to certain destinations may suddenly increase dramatically. Calls are diverted depending on call destination and / or pre-programmed triggers, such as a call load threshold experienced by the switching apparatus or for a specific destination. The IVR unit in some cases negotiates with callers for priority to further route calls, and may play pre-recorded messages. Low priority calls are typically disposed of to for fire stations, hospitals, government emergency handling centers and the like. In some cases rules may be amended in real time by use of data network connections between call centers and the SCPs involved.

The invention discloses an intelligent micro fire station management system. The system comprises at least one cloud management platform, multiple micro fire stations and a mobile terminal, wherein micro fire station terminals are mounted in the micro fire stations, the cloud management platform is connected with the micro fire station terminals and the mobile terminal to realize one-to-more communication connection, the cloud management platform is used for receiving the information transmitted by the micro fire station terminals and storing and processing the information, and the mobile terminal is connected with the cloud management platform through verification, receiving the information transmitted by the cloud management platform or operating the micro fire station terminals according to the information transmitted by the cloud management platform. The system is advantaged in that the Internet of things, cloud calculation, big data and the mobile Internet technologies are comprehensively utilized, integrated management of personnel, materials and events in construction of the social public safety system is realized, an innovative emergency material management mode is realized, national participation in group defense is carried out, data collection, display and analysis are realized through a visual management platform, and an intelligent management mode in line with development of smart cities is constructed.

The invention relates to an Internet of things based petrochemical enterprise firefighting comprehensive information management platform and method. The Internet of things based petrochemical enterprise firefighting comprehensive information management platform comprises a data exchange communication server, a plurality of alarm acceptance terminals and a plurality of information collection uploading terminals; the data exchange communication server, the alarm acceptance terminals and the information collection uploading terminals are arranged in a petrochemical factory firefighting station; the data exchange communication server is connected with the information collection uploading terminals and the alarm acceptance terminals. According to the Internet of things based petrochemical enterprise firefighting comprehensive information management platform, the currently-advanced wireless communication technology, computer data storage processing technology, sensor technology, Internet of things technology is utilized and accordingly the seamless abutting joint with various fire prevention systems in a factory is implemented, the problems that the various fire prevention systems in a factory are independent of each other and the specialist is responsible for the management of separate systems are solved, the unified fusion and the real-time monitoring of the various fire prevention systems are implemented, the fire hazards are timely found, the fire hidden danger is eliminated for the first time, and accordingly the monitoring efficiency of various fire prevention system resources is effectively improved and the firefighting safety management cost of enterprises is greatly reduced.

The invention relates to a flow-type micro fire station. The flow-type micro fire station is characterized in that: a fire station is arranged in an electric vehicle compartment; the compartment is partitioned into five layers from bottom to top; fire hats, fire clothes and fire gloves are fixedly placed on the fifth layer of the compartment; fire boots and medical first-aid cases are fixedly placed on the fourth layer on the compartment; a backpack fire extinguishers, movable fire extinguishers, hydraulic guns and water belts are fixedly placed on the third layer of the compartment; forcibleentry tool sets, throwing extinguishers and dry powder fire extinguishers are fixedly placed on the second layer of the compartment; fire axes, insulating pliers, emergent illumination lamps, flashlights, smoke-toxicity preventing masks and air respirators are fixedly placed on the first layer of the compartment; foldable ladders, stretchers and solar electromagnetic plate are fixedly placed on the roof; spotlights, warning lamps and loudspeakers are fixedly arranged on the edge of the top of the vehicle. The flow-type micro fire station integrates fire control propaganda, maneuvering patrol and fire extinguishment, is quick in wartime response speed, and can be used for rapidly extinguishing strong fire disaster.

The system includes a sensor for each junction box in the building to be guarded, e.g., the residence, and a display panel showing the temperature of any junction box that is heated above the danger point. Another display panel shows the name of the resident and address of the residence, and the location of the heated junction box by room number and junction box number and the shape of the junction box. A plurality of residences are connected with a central station, such as a fire station, by a single telephone line to each residence. A single processing unit is located in each residence, and a single such unit is located in the central display station. A display panel is located in the central station identical with each display in a residence. The central station is provided with a single processing unit responsive to actuating of any and each of the processing units in the residences, the central station having a modem operable for receiving signals from the processing units in the units and processing them according to the respective processing units in the residences. The system also includes rotating extinguisher heads which rotate towards the source of any dangerous heat an extinguish the fire.

A firefighting station is provided. The firefighting station includes an optional portable cart, one or more chemical foam proportioners, one or more first manifolds, one or more first valves, one or more first check valves, one or more second manifolds and one or more optional chemical fire suppression agent reservoirs. Methods of suppressing or preventing a fire are also provided.

The invention discloses an optimization method and a system of fire rescue path based on integrated multiple algorithms, wherein the method comprises the following steps: S1, obtaining incident pointsthrough the internet of things; S2, according to that incident point, calculating the address of the fire brigade around the incident point through GIS information; S3, calculating the straight linedistance between the incident point and the fire station, sorting the fire stations, and recording the information of the top ten fire stations based on the short distance; according to the information of the fire brigade and based on the depth learning algorithm, several eligible fire brigade terminals are selected; S4, calculating the optimal path between the incident point and the end point ofeach fire station based on the screened end point of each fire station and the optimized ant colony algorithm; S5, selecting the minimum route length and the optimal final route from the calculated plurality of optimal paths based on the dynamic factors; the dynamic factors include traffic conditions, odd and even numbers, tolls, new incident points, cancellation of incident points, and road construction.