CN111729221A - Multifunctional combined intelligent fire-fighting system - Google Patents
Multifunctional combined intelligent fire-fighting system Download PDFInfo
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- CN111729221A CN111729221A CN202010582004.0A CN202010582004A CN111729221A CN 111729221 A CN111729221 A CN 111729221A CN 202010582004 A CN202010582004 A CN 202010582004A CN 111729221 A CN111729221 A CN 111729221A
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- A—HUMAN NECESSITIES
- A62—LIFE-SAVING; FIRE-FIGHTING
- A62C—FIRE-FIGHTING
- A62C3/00—Fire prevention, containment or extinguishing specially adapted for particular objects or places
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- A—HUMAN NECESSITIES
- A62—LIFE-SAVING; FIRE-FIGHTING
- A62C—FIRE-FIGHTING
- A62C37/00—Control of fire-fighting equipment
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- A—HUMAN NECESSITIES
- A62—LIFE-SAVING; FIRE-FIGHTING
- A62C—FIRE-FIGHTING
- A62C99/00—Subject matter not provided for in other groups of this subclass
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B17/00—Fire alarms; Alarms responsive to explosion
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B25/00—Alarm systems in which the location of the alarm condition is signalled to a central station, e.g. fire or police telegraphic systems
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Abstract
The invention relates to a multifunctional combined intelligent fire-fighting system, which relates to the technical field of intelligent fire-fighting and comprises the following components: the fire-fighting equipment is arranged in the fire-fighting cabinet; the cloud server is used for acquiring map data corresponding to the bus station; the positioning unit is connected with a terminal of a user and the cloud server and used for searching a bus station in a preset area and displaying the coordinate position of the bus station on a human-computer interaction interface of the terminal of the user when the trigger signal corresponding to the user is obtained; the alarm unit is connected with the fire-fighting cabinet and used for acquiring alarm information input by a user and searching for a fire-fighting station within a preset distance range of the current bus station; and the terminal is connected with the cloud server and the terminals of the fire stations and used for sending alarm information to the terminals corresponding to one or more appointed fire stations through the cloud server. The invention has the effect of facilitating the user to take and use the fire-fighting equipment outdoors to restrain the fire and further reduce the economic loss caused by the fire.
Description
Technical Field
The invention relates to the technical field of intelligent fire fighting, in particular to a multifunctional combined intelligent fire fighting system.
Background
Fire control, namely eliminating hidden dangers and preventing disasters, namely preventing and solving the general name of man-made, natural or accidental disasters in the life, work and learning processes of people, and modern fire control mainly aims at fire extinguishing and fire prevention.
The existing urban fire-fighting system mainly comprises a fire station, a fire truck, fire hydrants, a fire cabinet, fire-fighting equipment and the like, wherein the fire station is a place where fire fighters work (on duty and prepare for fighting), the fire truck and the fire hydrants are mainly used for large-scale fire, the fire cabinet is generally arranged in buildings such as residential buildings and office buildings or public facilities, and is mainly used for extinguishing small fire sources in the buildings, and the fire-fighting equipment such as fire extinguishers can be adopted for general automobiles or households so as to meet the needs from time to time.
The above prior art solutions have the following drawbacks: when a user encounters a fire situation at the roadside, such as a vehicle fire, a roadside facility fire, a green belt fire and other emergency situations, an available fire extinguisher is difficult to find in time due to the fact that the user is located outdoors, and rescue facilities and personnel such as a fire engine and fire fighters need to spend more time in the coming process, so that the fire disaster is easily out of control and worsened, and serious economic loss is caused.
Disclosure of Invention
Aiming at the defects in the prior art, the invention aims to provide the multifunctional combined type intelligent fire-fighting system which can facilitate users to take fire-fighting equipment outdoors, so that the fire behavior is restrained, and the economic loss caused by the fire is reduced.
The first invention of the present invention is realized by the following technical solutions: many function combination formula intelligence fire extinguishing system includes: the fire-fighting equipment is arranged in the fire-fighting cabinet;
the cloud server is used for acquiring map data corresponding to the bus station;
the positioning unit is connected with a terminal of a user and the cloud server and used for searching a bus station in a preset area and displaying the coordinate position of the bus station on a human-computer interaction interface of the terminal of the user when the trigger signal corresponding to the user is obtained;
the alarm unit is connected with the fire-fighting cabinet and used for acquiring alarm information input by a user and searching for a fire-fighting station within a preset distance range of the current bus station; and the terminal is connected with the cloud server and the terminals of the fire stations and used for sending alarm information to the terminals corresponding to one or more appointed fire stations through the cloud server.
By adopting the technical scheme, when facilities or vehicles and the like near the bus station have abnormal conditions such as fire and the like, a user can search the bus station nearby through a terminal such as a mobile phone and the like, the position of the bus station is obtained through the positioning unit, so that the user can conveniently and timely transfer fire-fighting equipment in the fire-fighting cabinet to fight fire, search the fire-fighting station closest to the bus station through the alarm unit of the fire-fighting cabinet and send alarm information to the terminal of the fire-fighting cabinet, the combination of fire fighting and alarm is realized, the fire fighting efficiency is improved, the user can conveniently take the fire-fighting equipment outdoors, the fire behavior is restrained, and the economic loss caused by the fire is reduced; and can guide people to form the consciousness that the bus station is promptly the urgent fire control goods and materials memory site, people can acquire the fire control goods and materials fast when the conflagration of being convenient for takes place, avoid the situation of a disaster to worsen.
The present invention in a preferred example may be further configured to: the alarm information comprises a designated bus station position, a disaster position and a disaster condition.
By adopting the technical scheme, a user can send information such as the designated bus station position, the disaster position and the disaster condition to the terminal of the fire station through the alarm unit and the cloud server in the form of characters and voice, the disaster position and the disaster condition are convenient for fire fighters to make a traveling route and a disaster relief plan, and the information of the bus station position can be convenient for the fire fighters to supply used fire fighting equipment.
The present invention in a preferred example may be further configured to: the alarm unit comprises a road condition information acquisition subunit and a processing subunit, the road condition information acquisition subunit is used for acquiring road condition information of roads in a preset area when alarm information is sent, the processing subunit is used for searching and acquiring an optimal advancing route from an appointed fire station to a current disaster position according to the road condition information, and the optimal advancing route is sent to a terminal corresponding to the appointed fire station through the cloud server.
Through adopting above-mentioned technical scheme, when the user sends alarm information through the fire control cabinet, road conditions information acquisition subunit gathers road conditions information, like the information such as the jam condition of road, handle the optimum route of advancing that the subunit looked for from nearest fire station to the position of sending out a disaster according to road conditions information this moment, reduce the fire fighter and formulate the required time of route of advancing, avoid the traffic highway section that blocks up simultaneously, reduce the time of spending on the rescue route to promote rescue efficiency, reduce the economic loss that the disaster caused.
The present invention in a preferred example may be further configured to: be provided with the display screen on the fire hydrant cabinet, be provided with public transit auxiliary module on the fire hydrant cabinet, public transit auxiliary module is used for looking for each bus current time's of corresponding current bus station positional information and obtains bus arrival information to with bus arrival information display on the display screen.
Through adopting above-mentioned technical scheme, bus auxiliary module can look for the positional information of the bus current time of warp stop current bus station to this acquires bus arrival information, arrive current bus station if three stations still, predict ten minutes arrival information etc. and show bus arrival information, with this convenience of customers knows the bus current position and arrive the required time of predicting that stops, with this convenience of customers plans the bus and the distance of taking in advance, thereby promote the convenience, promote user's use experience.
The present invention in a preferred example may be further configured to: the system comprises a fire cabinet, a cloud server and a map navigation module, wherein the fire cabinet is provided with the map navigation module, the map navigation module is connected with the cloud server and used for leading in information of bus stations, searching and acquiring selectable routes from the current bus station to the leading-in bus station according to map data corresponding to the bus station, and displaying required bus information corresponding to the selectable routes on a display screen.
By adopting the technical scheme, the map navigation module on the fire cabinet assists the user in planning the route, the user only needs to input the bus station to be reached, the map navigation module searches the selectable route between the two bus stations according to the prestored map information or the map information downloaded from the cloud server, and displays the corresponding required bus information, namely the type of the bus to be used by each selectable route, so that the user can conveniently take the proper bus.
The present invention in a preferred example may be further configured to: the map navigation module comprises a two-dimensional code display sub-module, the two-dimensional code display sub-module is used for displaying a two-dimensional code image corresponding to the required bus information on one side of a display area of the display screen when the display screen displays the required bus information, and the two-dimensional code image is scanned by a user terminal to acquire the required bus information and display the required bus information on a human-computer interaction interface of the user terminal.
By adopting the technical scheme, the user scans the two-dimensional code image corresponding to the required bus information through the terminal of the user, so that the required bus information is read and displayed on the terminal of the user, the user can continuously check the required bus information after getting off the bus station if the user takes the bus, and the influence on use experience caused by forgetting the type of the bus to be taken is avoided.
Aiming at the defects in the prior art, the second purpose of the invention is to provide an alarm method, which is convenient for users to take fire-fighting equipment outdoors, so as to restrain fire and reduce economic loss caused by fire.
The second object of the present invention is achieved by the following technical solutions: an alarm method is realized by applying the multifunctional combined intelligent fire-fighting system, and comprises the following steps: firstly, acquiring a trigger signal corresponding to a video intercom function, and searching one or more fire stations within a preset distance range of a current position when the trigger signal is acquired;
the method comprises the steps of obtaining terminal information of a plurality of fire stations, determining the fire station closest to the current position, sending a request signal corresponding to video talkback to the terminal of the fire station, and starting a video talkback function when an authorization signal sent by the terminal of the fire station is obtained.
By adopting the technical scheme, when the trigger signal corresponding to the video intercom function is acquired, namely the video intercom function is clicked, the fire stations within the preset distance range, such as all the fire stations within 20 kilometers of a square circle, the terminal information of a plurality of fire stations, such as the network addresses of computers and other information, are searched, the fire station with the closest distance is determined to send the request signal, when the authorization signal is acquired, namely the fire stations agree with the connection line, the video intercom function is started, the information intercommunication between the user and the fire station fire fighters is facilitated, the key information of disaster relief places, disaster relief situations and the like is facilitated for the fire fighters, and the fire station selects the closest distance, so that the time spent on the distance is reduced, and the rescue efficiency is improved.
The present invention in a preferred example may be further configured to: after the terminal information of a plurality of fire stations is acquired, sequencing is carried out from near to far according to the distance between the fire stations and the current bus station, timing is started when a request signal corresponding to video talkback is sent to the terminal of the nearest fire station, and if an authorization signal is not acquired within set time, the request signal is sent to the terminal of the next downstream fire station.
By adopting the technical scheme, the plurality of searched fire stations are arranged according to the sequence from near to far, the request signal is sent to the nearest fire station, but the fire station possibly has the state of attendance, namely the fire station cannot respond to the request signal or cannot receive the rescue task any more, so that the request signal is sent to the fire station positioned next to the fire station in the distance sequence, the time consumed by abnormal conditions such as no response is reduced, and the rescue efficiency is improved.
The present invention in a preferred example may be further configured to: acquiring a trigger signal input by a user before taking fire-fighting equipment and executing identity recognition operation when the trigger signal is acquired; when the identity recognition is successful, the cabinet door locking state of the fire-fighting cabinet is released, when the identity recognition is failed, the cabinet door locking state of the fire-fighting cabinet is released, the camera shooting function is started, and the facial information of the user is collected and stored;
confirming the position of the corresponding fire-fighting equipment when acquiring the trigger signal corresponding to the returned fire-fighting equipment;
and when the corresponding fire-fighting equipment is confirmed to return, the cabinet door of the fire-fighting cabinet is locked.
By adopting the technical scheme, when a user takes fire-fighting equipment in the fire-fighting cabinet, the identity of the user is identified, a code scanning or face identification mode can be adopted, and when the identity identification is successful, the cabinet door can be opened, so that the anti-theft effect is achieved; however, in an emergency situation, when the fire-fighting cabinet is likely to fail to identify due to equipment failure or unregistered user face information and the like, the cabinet door is still opened at the moment, so that the rescue progress is prevented from being influenced; at the moment, the user needs to take a picture to store the face information of the user, so that the later-stage tracing is facilitated, and the stolen personnel are traced, so that the safety of public property is guaranteed.
The present invention in a preferred example may be further configured to: the method comprises the steps of starting timing when the locking state of a cabinet door of the fire-fighting cabinet is released, deleting stored facial information if a trigger signal corresponding to the returned fire-fighting equipment is acquired within set time and the corresponding fire-fighting equipment is confirmed to be returned, and executing alarm operation and uploading the stored facial information to a designated mechanism if the trigger signal corresponding to the returned fire-fighting equipment is not acquired within the set time or the corresponding fire-fighting equipment is confirmed to be not returned.
Through adopting above-mentioned technical scheme, need confirm whether the fire-fighting equipment playback through machine vision or mechanical switch etc. when the user returns the fire-fighting equipment, delete the facial information of storage when confirming the fire-fighting equipment playback, with this privacy of avoiding influencing the user, promote user's use and experience, and will deem as the theft action when the fire-fighting equipment does not return in the settlement time, the facial information of storage will upload to mechanisms such as fire station this moment, with this convenience to chasing for lawless persons, thereby guarantee the safety of public property.
In summary, the invention includes at least one of the following beneficial technical effects:
the fire-fighting cabinet is placed in the bus station, so that a user can conveniently and timely transfer fire-fighting equipment in the fire-fighting cabinet to fight a fire, the fire station closest to the bus station is searched through the alarm unit of the fire-fighting cabinet, and alarm information is sent to the terminal of the fire-fighting cabinet, so that the combination of fire fighting and alarm is realized, the user can conveniently take the fire-fighting equipment outdoors, the fire behavior is restrained, and the economic loss caused by the fire is reduced; the system can guide people to form a consciousness that a bus station is an emergency fire-fighting material storage point, so that people can quickly acquire fire-fighting materials when a fire disaster happens, and the disaster situation is prevented from being worsened;
when a user sends alarm information through the fire-fighting cabinet, the road condition information acquisition subunit acquires road condition information, such as information of road congestion and the like, and at the moment, the processing subunit searches an optimal advancing route from a nearest fire station to a disaster-causing position according to the road condition information, so that the time required by fire fighters for formulating the advancing route is reduced, meanwhile, traffic congestion road sections are avoided, and the time spent on a rescue route is reduced, therefore, the rescue efficiency is improved, and the economic loss caused by disaster is reduced;
the user scans the two-dimensional code image corresponding to the required bus information through the terminal of the user, so that the required bus information is read and displayed on the terminal of the user, the user can break away from a bus station, if the user takes the bus, the user can continuously check the required bus information, and the influence on use experience caused by forgetting the type of the bus to be taken is avoided.
Drawings
FIG. 1 is a schematic view of the overall structure of the present embodiment;
FIG. 2 is a schematic diagram of the present embodiment;
FIG. 3 is a flow chart of a portion of the method of the present embodiment, which mainly shows the flow of taking and returning fire fighting equipment;
fig. 4 is a partial flowchart of the method of the present embodiment, which mainly shows a video intercom process.
Reference numerals: 1. a fire-fighting cabinet; 2. fire-fighting equipment; 3. a display screen.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings.
Referring to fig. 1 and 2, the multifunctional combined type intelligent fire fighting system disclosed by the invention is used for bringing convenience to a user to take and use fire fighting equipment 2 outdoors, further suppressing fire behavior and reducing economic loss caused by fire, and comprises a fire fighting cabinet 1, a cloud server, a positioning unit and an alarm unit. Fire control cabinet 1 is installed in the bus station, has placed fire-fighting equipment 2 in it, and fire-fighting equipment 2 can be fire extinguisher, squirt, hosepipe, fire helmet, the protective clothing of putting out a fire, protection boots, brokenly tear instrument etc. to this convenience of customers takes fire-fighting equipment 2. And the ceiling of bus station can shelter from the rainwater for fire control cabinet 1 to this life who prolongs fire control cabinet 1.
And the following method is applied to the fire fighting cabinet 1 when a user is taking the fire fighting equipment 2 in the fire fighting cabinet 1: referring to fig. 3, a processor is disposed in the fire fighting cabinet 1, and the processor acquires a trigger signal input by a user before taking the fire fighting equipment 2, wherein the trigger signal may be triggered by a mechanical button or a virtual key, and performs an identity recognition operation when the trigger signal is acquired. The identity recognition mode can adopt a mode of scanning the two-dimensional code to verify the electronic account information or adopting facial recognition so as to recognize the identity of the user and authorize.
And be equipped with the electromagnetic lock on the cabinet door of fire control cabinet 1, fire control cabinet 1 removes the locking state of the cabinet door of fire control cabinet 1 through the electromagnetic lock when the identity discernment is successful to this convenience of customers takes out fire control equipment 2 and is used for the relief of disaster, avoids lawless persons to steal fire control equipment 2 simultaneously, plays the theftproof effect with this. However, in an emergency, the fire-fighting cabinet 1 may fail to identify due to equipment failure or unregistered user face information, and in order to avoid influencing the control of fire, even if the user fails to identify, the fire-fighting cabinet 1 still releases the locking state of the cabinet door of the fire-fighting cabinet 1 through the electromagnetic lock. And simultaneously the fire control cabinet 1 opens the camera of installing in advance on it in order to open the function of making a video recording to gather user's facial information and save, facial information can adopt local memory storage, with this convenient later stage of user's photo through the storage traces back, if the person of taking fire-fighting equipment 2 is the thief then can pursue the liam to the thief, thereby ensure the safety of public property.
When a trigger signal corresponding to the returning of the fire-fighting equipment 2 is acquired, namely, when a user starts the returning function of the fire-fighting cabinet 1 by adopting a mechanical button triggering or virtual key triggering mode, the fire-fighting cabinet 1 firstly confirms the position corresponding to the fire-fighting equipment 2, namely, the fire-fighting cabinet 1 confirms whether the taken fire-fighting equipment 2 is returned or not through machine vision or a mechanical switch and the like, when the machine vision mode is adopted, the fire-fighting cabinet 1 can detect whether image characteristics corresponding to the fire-fighting equipment 2 are missing or not in a picture through a picture taking and scanning mode, if the image characteristics are missing, the fire-fighting equipment 2 is not returned, and when the similarity of the picture and the picture before taking is higher than a set value, the fire-fighting equipment 2 is returned. When the fire-fighting cabinet 1 adopts mechanical switch, can correspond on 2 mounted positions of every fire-fighting equipment and set up micro-gap switch, micro-gap switch exports different signals respectively when 2 dismouting of fire-fighting equipment to this detects whether fire-fighting equipment 2 playback. If the fire-fighting cabinet 1 confirms that the corresponding fire-fighting equipment 2 is returned, the returning personnel is prompted by voice to close the cabinet door, and the cabinet door is locked through the electromagnetic lock after the cabinet door is closed.
And open the timing when relieving the cabinet door locking state of fire control cabinet 1, if the fire control cabinet 1 acquires the trigger signal that corresponds returning fire equipment 2 and confirms that corresponds fire equipment 2 has playback then deletes the facial information of storage in the settlement time to lock the cabinet door of fire control cabinet 1 when confirming that fire equipment 2 has playback, avoid influencing user's privacy with this, promote user's use and experience. And if the fire-fighting cabinet 1 does not acquire the trigger signal corresponding to the returned fire-fighting equipment 2 or confirms that the corresponding fire-fighting equipment 2 is not returned within the set time, executing alarm operation, uploading the stored facial information to a cloud server, and sending the facial information to a specified fire station or public security bureau and other mechanisms through the cloud server. And alarming operation, namely informing the appointed organization in a telephone and short message mode so as to carry out accountability on lawbreakers, thereby ensuring the safety of public property.
The cloud server is used for acquiring map data corresponding to the bus station, the map data comprises a GIS map and information of the bus station, the GIS map can be a three-dimensional map or a plan view or a satellite map, and the information of the bus station comprises a name, a coordinate position, a type of a stopped bus and the like of the bus station.
The positioning unit comprises a processor, a network module and a GPS positioning module, is connected with a terminal of a user and a cloud server, namely is connected with a mobile phone of the user and has a networking function, can also directly adopt the mobile phone and is used for starting to search for a bus station in a preset area, namely a bus station in a set range, such as a bus station in three kilometers, when a trigger signal corresponding to the user is obtained, namely the user triggers a bus station searching function by clicking a mechanical button or a virtual button. And then the positioning unit displays the coordinate position of the searched bus station on a mobile phone interface of the user, so that the user can find the bus station outdoors and take the fire-fighting equipment 2 for disaster relief at the bus station conveniently, the fire behavior is restrained, and the economic loss caused by the fire is reduced.
Alarm unit includes the treater, network module and GPS orientation module, can directly adopt the computer, it is connected with fire control cabinet 1, an alarm message for acquireing user input, it presets all fire stations in the distance range to look for current bus station when acquireing alarm message, and alarm unit and cloud ware, the terminal connection at fire station, a terminal connection for sending alarm message to appointed one or more fire stations through cloud ware, with this convenience of customers puts through the nearby fire station and carries out the fire control warning, request fire rescue.
And the alarm information comprises but not limited to alarm time, a designated bus station position, a disaster condition and the like, and the user can send the alarm information to a terminal of the fire station through an alarm unit and a cloud server in the form of characters and voice. The disaster position is used for facilitating fire fighters to make a traveling route, the disaster condition is used for facilitating the fire fighters to make a disaster relief plan, and the information of the position of the bus station can facilitate the fire fighters to supply the used fire-fighting equipment 2 in the fire-fighting cabinet 1 of the bus station after disaster relief.
The alarm unit further comprises a road condition information acquisition subunit and a processing subunit, wherein the road condition information acquisition subunit is used for acquiring road condition information of roads in a preset area when the alarm information is sent, namely the road condition information of the roads in the area where the fire station and the alarm place are located, and the road condition information of the roads at the current moment can be loaded in real time through the Internet, and if the road condition information of map navigation software is guided in, information such as the congestion condition of the roads is acquired. The processing subunit is used for searching and acquiring an optimal traveling route from the specified fire station to the current disaster occurrence position according to the road condition information, wherein the optimal traveling route is the shortest traveling route obtained after the congested road sections are screened out, or relatively unobstructed road sections in the congested road sections are selected as a part of the optimal traveling route, and the optimal traveling route is sent to a terminal corresponding to the specified fire station through the cloud server, so that the optimal traveling route is directly provided for fire fighters, the time for the fire fighters to specify the traveling route is shortened, the preparation time is shortened, and the rescue efficiency is improved.
Be provided with display screen 3 on the fire control cabinet 1, display screen 3 can adopt the LED display, and is provided with the solar photovoltaic board on the ceiling of bus station, and the solar photovoltaic board is connected with display screen 3 for power supply to the consumer on display screen 3 and the fire control cabinet 1, with this normal use of guarantee fire control cabinet 1, reduce the engineering volume of burying electric power circuit underground simultaneously, simplify the installation, embody the environmental protection theory of green low carbon.
And be provided with public transit auxiliary module on fire-fighting cabinet 1, public transit auxiliary module is used for looking for the positional information of the bus current moment of the current bus station of warp-stop, if 136 cars are currently located in information such as XX station, and obtain bus arrival information, bus arrival information includes but not limited to with the distance of current bus station and estimate arrival time etc. if it arrives current bus station still to be poor three stations, estimate ten minutes arrival information etc. and with bus arrival information display on display screen 3, with this convenience of customers looks over the live of bus, thereby convenience of customers plans the bus and the distance of taking in advance, thereby promote the convenience, promote user's use experience.
And the fire-fighting cabinet 1 is provided with a map navigation module, and the map navigation module is connected with the cloud server to acquire map data and is used for importing the information of the bus station and searching and acquiring an optional route from the current bus station to the imported bus station according to the map data corresponding to the bus station. The optional routes, such as 136 routes to XX bus stations and then 851 routes to destination bus stations from XX bus stations, or 561 routes to destination bus stations, etc., are taken, and the required bus information corresponding to the optional routes is displayed on the display screen 3, such as 136 buses, 851 buses, 561 buses, etc., are adopted, and different optional routes correspond to the bus numbers of different buses.
And the map navigation module includes two-dimensional code display submodule, the two-dimensional code display submodule is used for displaying the two-dimensional code image corresponding to the required bus information on one side of the display area when the display screen 3 displays the required bus information, when the user terminal scans the two-dimensional code image, the required bus information is obtained when the two-dimensional code is scanned through a mobile phone and the required bus information is displayed on the mobile phone interface of the user, so that the user can conveniently and continuously check the required bus information after the user breaks away from the bus station, the required bus information can be continuously checked when the user takes the bus, and the influence on the use experience caused by the fact that the type of the bus to be forgotten to take is avoided.
Referring to fig. 1 and 2, the multifunctional combined intelligent fire fighting system can realize the following alarm method, and comprises the following steps: as shown in fig. 4, a display area corresponding to video intercom is displayed on the display screen 3 of the fire-fighting cabinet 1, a trigger signal corresponding to the video intercom function is obtained first, that is, when a user clicks the display area of the video intercom, the alarm unit searches for one or more fire stations within a preset distance range of the current position, such as fire stations within several kilometers of a square circle, and obtains terminal information of a plurality of fire stations, such as information of network addresses of computers of the fire stations. When the terminal information of a plurality of fire stations is obtained, the fire stations are firstly sorted from near to far according to the distance between the fire stations and the current bus station, such as 1 kilometer of the first-level fire station and 3 kilometers of the second-level fire station.
And then determining a fire station closest to the current position, namely the fire station of the first order, sending a request signal corresponding to video talkback to a terminal of the fire station, and transmitting the request signal to a computer of the fire station through a cloud server. When receiving the request signal, the firefighter can display corresponding characters or images on a human-computer interaction interface of the computer, such as 'fire occurs in the XX street, video talkback is requested', and the like. At the moment, the fire fighter can make a response according to the request signal, namely, an authorization signal is sent to the fire fighting cabinet 1 through the computer of the fire fighting station, the authorization signal can adopt characters or images, such as 'notification is received and video intercom is agreed', or a control signal is adopted, and the control signal is used for controlling the terminals of the fire fighting cabinet 1 and the fire fighting station to start the video intercom function, so that the information intercommunication between the user and the fire fighter of the fire fighting station is conveniently realized, and the fire fighter can conveniently solve key information such as disaster location, disaster occurrence condition and the like; and the fire station selects the station with the closest distance, so that the time spent by the fire truck on the journey is reduced, and the rescue efficiency is improved.
And the fire-fighting cabinet 1 starts timing when sending a request signal corresponding to video intercom to the terminal of the nearest fire station, if an authorization signal is not obtained within a set time, it indicates that the fire station may be in an attendance state, that is, the fire station cannot respond to the request signal or cannot receive a rescue task any more, and at this time, sends a request signal to the terminal of the next station, that is, selects a fire station farther from the nearest fire station to request rescue, so as to reduce the extra time consumed by abnormal situations such as no response, and thus, the rescue efficiency is improved.
The implementation principle of the embodiment is as follows: when a user meets emergency conditions such as fire disasters outdoors, the user firstly searches the nearest bus station position through the mobile phone and finds the corresponding bus station according to the positioning unit, so that the user can conveniently and timely take the fire-fighting equipment 2 in the fire-fighting cabinet 1 to fight the fire.
Meanwhile, a user uses the alarm unit of the fire-fighting cabinet 1 to search a fire-fighting station closest to the bus station, sends alarm information to a terminal of the user through the cloud server, requests rescue of fire fighters, and accordingly combination of site fire fighting and fire fighting alarm is achieved, and fire fighting efficiency is improved. And the combination of bus station and fire control cabinet 1 can guide people to form the consciousness that the bus station is promptly for urgent fire control goods and materials storage point, and the user can acquire fire control goods and materials fast when the conflagration of being convenient for takes place, and then suppresses the intensity of a fire, avoids the situation of a disaster to worsen, reduces the economic loss that the conflagration caused.
The embodiments of the present invention are preferred embodiments of the present invention, and the scope of the present invention is not limited by these embodiments, so: all equivalent changes made according to the structure, shape and principle of the invention are covered by the protection scope of the invention.
Claims (10)
1. Many function combination formula intelligence fire extinguishing system, its characterized in that includes: the fire-fighting equipment comprises a fire-fighting cabinet (1) positioned in a bus station, wherein fire-fighting equipment (2) is placed in the fire-fighting cabinet (1);
the cloud server is used for acquiring map data corresponding to the bus station;
the positioning unit is connected with a terminal of a user and the cloud server and used for searching a bus station in a preset area and displaying the coordinate position of the bus station on a human-computer interaction interface of the terminal of the user when the trigger signal corresponding to the user is obtained;
the alarm unit is connected with the fire-fighting cabinet (1) and used for acquiring alarm information input by a user and searching for a fire-fighting station within a preset distance range of the current bus station; and the terminal is connected with the cloud server and the terminals of the fire stations and used for sending alarm information to the terminals corresponding to one or more appointed fire stations through the cloud server.
2. The system of claim 1, wherein the alarm information includes a designated bus station location, a disaster location, and a disaster situation.
3. The multifunctional combined intelligent fire fighting system according to claim 1, wherein the alarm unit comprises a road condition information acquisition subunit and a processing subunit, the road condition information acquisition subunit is used for acquiring road condition information of roads in a preset area when the alarm information is sent, and the processing subunit is used for searching and acquiring an optimal traveling route from the specified fire station to the current disaster location according to the road condition information and sending the optimal traveling route to a terminal corresponding to the specified fire station through the cloud server.
4. The multifunctional combined type intelligent fire fighting system according to claim 1, wherein a display screen (3) is arranged on the fire fighting cabinet (1), a bus auxiliary module is arranged on the fire fighting cabinet (1), and the bus auxiliary module is used for searching position information of each bus corresponding to a current bus stop at the current moment, acquiring bus arrival information, and displaying the bus arrival information on the display screen (3).
5. The multifunctional combined intelligent fire fighting system according to claim 4, wherein a map navigation module is arranged on the fire fighting cabinet (1), and the map navigation module is connected with the cloud server and used for importing information of bus stations, searching and acquiring selectable routes from the current bus station to the imported bus station according to map data corresponding to the bus station, and displaying required bus information corresponding to the selectable routes on the display screen (3).
6. The multifunctional combined intelligent fire fighting system according to claim 5, wherein the map navigation module comprises a two-dimensional code display sub-module, the two-dimensional code display sub-module is used for displaying a two-dimensional code image corresponding to the required bus information on one side of a display area of the display screen (3) when the required bus information is displayed on the display screen, and acquiring the required bus information and displaying the required bus information on a human-computer interaction interface of a terminal of a user when the two-dimensional code image is scanned by the terminal of the user.
7. An alarm method implemented by applying the multifunctional combined intelligent fire-fighting system of any one of claims 1-6, characterized by comprising the following steps: firstly, acquiring a trigger signal corresponding to a video intercom function, and searching one or more fire stations within a preset distance range of a current position when the trigger signal is acquired;
the method comprises the steps of obtaining terminal information of a plurality of fire stations, determining the fire station closest to the current position, sending a request signal corresponding to video talkback to the terminal of the fire station, and starting a video talkback function when an authorization signal sent by the terminal of the fire station is obtained.
8. The alarm method according to claim 7, further comprising the steps of: after the terminal information of a plurality of fire stations is acquired, sequencing is carried out from near to far according to the distance between the fire stations and the current bus station, timing is started when a request signal corresponding to video talkback is sent to the terminal of the nearest fire station, and if an authorization signal is not acquired within set time, the request signal is sent to the terminal of the next downstream fire station.
9. The alarm method according to claim 7, characterized in that a trigger signal input by a user before taking the fire-fighting equipment (2) is acquired and an identification operation is performed when the trigger signal is acquired; when the identity recognition is successful, the cabinet door locking state of the fire-fighting cabinet (1) is released, when the identity recognition is failed, the cabinet door locking state of the fire-fighting cabinet (1) is released, the camera shooting function is started, and the facial information of the user is collected and stored;
when a trigger signal corresponding to the returned fire-fighting equipment (2) is acquired, confirming the position of the corresponding fire-fighting equipment (2);
and when the corresponding fire-fighting equipment (2) is confirmed to return, the cabinet door of the fire-fighting cabinet (1) is locked.
10. The alarm method according to claim 7, wherein the timer is started when the door lock state of the fire-fighting cabinet (1) is released, the stored face information is deleted if the trigger signal corresponding to the returned fire-fighting equipment (2) is acquired within the set time and it is confirmed that the corresponding fire-fighting equipment (2) has been returned, and the alarm operation is performed and the stored face information is uploaded to a designated organization if the trigger signal corresponding to the returned fire-fighting equipment (2) is not acquired within the set time or it is confirmed that the corresponding fire-fighting equipment (2) has not been returned.
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| CN111729221B (en) | 2021-06-15 |
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