CN105184887B - A kind of fire-fighting equipment cruising inspection system and method - Google Patents
A kind of fire-fighting equipment cruising inspection system and method Download PDFInfo
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- CN105184887B CN105184887B CN201510564170.7A CN201510564170A CN105184887B CN 105184887 B CN105184887 B CN 105184887B CN 201510564170 A CN201510564170 A CN 201510564170A CN 105184887 B CN105184887 B CN 105184887B
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Abstract
The present invention proposes a kind of fire-fighting equipment cruising inspection system and method, system includes fire-fighting equipment, fire protection warning main frame, sensing device, data collection station, mobile terminal and cloud server, the first RFID data interactive module is provided with data collection station, NFC module is provided with mobile terminal and APP is installed, the state of fire protection warning Host Detection active equipment is simultaneously sent to sensing device, after data collection station receives data, rear reconvert is decoded it into the data of specified format, send it to the storage of the first RFID data interactive module, or send it to mobile terminal and show, mobile terminal is uploaded to cloud server storage, inspection result is written in APP, APP is uploaded to cloud server.Implement the fire-fighting equipment cruising inspection system and method for the present invention, have the advantages that:Being avoided that the fire protection warning host data of detection leakage phenomenon, saving human resources and time, each producer can unify to show.
Description
Technical field
The present invention relates to fire-fighting maintaining field, more particularly to a kind of fire-fighting equipment cruising inspection system and method.
Background technology
Fire-fighting maintaining personnel (patrol officer), need to be according to the Ministry of Public Security when patrolling fire-fighting equipment《Social fire prevention
Service management provides》Requirement carry out Inspection and maintenance, it is ensured that equipment energy normal use and stable operation, then in card of patrolling
Record inspection result.Can produce following aspect during this inspection the problem of:First, whether maintaining personnel patrol on time
Look into, the inspection work of maintaining personnel lacks good supervision mechanism, it is easy to situation about not patrolling on request occur.The
Two, whether maintaining personnel are clear to the inspection project for being maintained equipment, if inspection be present and omit, because each fire-fighting is set
There is substantial amounts of inspection project, senior fire-fighting equipment maintaining personnel can not be proficient in all inspections of all fire-fighting equipments
Look into project.3rd, maintaining equipment paper record document is not easy to carry out data analysis, can not carry out information-based pipe to equipment
Reason.Currently safeguard that all records of patrol are registered in card or paper document by maintenance personnel, the collect statistics of document are needed
Waste substantial amounts of human resources and time.4th, the running status of the fire-fighting equipment of fire protection warning host monitor can not be in movement
Shown in equipment;Each producer's fire protection warning main frame is because the inconsistency of data standard, it is impossible to unified aobvious in centralization platform
Show.Inspection of the maintaining personnel to active equipment can only be by fire protection warning main frame checking monitoring state, while needs to having
Source device checked, but whether maintenance staff check when come that standardization effort can not be realized.
The content of the invention
The technical problem to be solved in the present invention is that above-mentioned for prior art easily has missing inspection, waste largely
The defects of human resources are collected with the time to document, the fire protection warning host data of each producer can not be unified to show, carry
It can unify to show for a kind of fire protection warning host data for being avoided that detection leakage phenomenon, saving human resources and time, each producer
Fire-fighting equipment cruising inspection system and method.
The technical solution adopted for the present invention to solve the technical problems is:A kind of fire-fighting equipment cruising inspection system is constructed, including
Fire-fighting equipment, fire protection warning main frame, sensing device, data collection station, mobile terminal and cloud server, the fire-fighting equipment
Including active equipment and inactive component, the first RFID data interactive module is provided with the data collection station, it is described mobile whole
NFC module is provided with end, the mobile terminal is provided with APP, and the fire protection warning main frame is connected with the active equipment, is used for
Detect the state of the active equipment and the status information of the active equipment is sent to the sensing device, the data are adopted
The status information for the active equipment that collection terminal is connected with the sensing device, is exported for receiving the sensing device, and
Decode it rear reconvert and the data of the specified format are sent to institute into the data of specified format, the data collection station
State the first RFID data interactive module to be stored, the NFC module is read by contacting the first RFID data interactive module
Take the data of the specified format, or the data collection station that the data of the specified format are sent into institute by network
State mobile terminal to be shown, the data of the specified format are uploaded to the cloud server and deposited by the mobile terminal
The inspection result of the fire-fighting equipment is written in the APP of the mobile terminal by storage, patrol officer, the mobile terminal
The inspection result is uploaded to the cloud server and stored by APP.
In fire-fighting equipment cruising inspection system of the present invention, in addition to the second RFID data interactive module, described second
RFID data interactive module is pasted onto on the fire-fighting equipment or is placed on around the fire-fighting equipment, the 2nd RFID numbers
There is the information of the fire-fighting equipment according to record in interactive module, the NFC module contacts the second RFID data interactive module
Read the information of the fire-fighting equipment.
In fire-fighting equipment cruising inspection system of the present invention, the information of the fire-fighting equipment includes title, model, inspection
Project and geographical position.
In fire-fighting equipment cruising inspection system of the present invention, the APP is for being repaired to the fire-fighting equipment
The APP of maintenance, the data of the specified format are to meet the data of BASE64 coded formats.
In fire-fighting equipment cruising inspection system of the present invention, the sensing device is provided with RS232 interface, RS485 interfaces
With RJ45 Ethernet interfaces.
The invention further relates to a kind of fire-fighting equipment method for inspecting, comprise the following steps:
A) fire protection warning main frame detects the state of active equipment in real time, and the status information of detection is passed by sensing device
It is sent to data collection station;
B) data collection station is decoded to the status information and changes into the data of specified format;
C network connection) has been detected whether, in this way, the data of the specified format are passed through net by the data collection station
The APP that network is sent to mobile terminal is shown, performs step E);Otherwise, the data collection station is by the specified format
Data be sent to the first RFID data interactive module and stored, perform step D);
D NFC module) is contacted into the first RFID data interactive module, reads data and the transmission of the specified format
APP to the mobile terminal is shown, performs step E);
E) data of the specified format are sent to cloud server by wireless network and entered by the APP of the mobile terminal
Row storage;
F) the second RFID data interactive module is bound with fire-fighting equipment by the APP of the mobile terminal;
G) NFC module is contacted the second RFID data interactive module by patrol officer, reads the fire-fighting equipment
Title, model, inspection project and geographical location information, and the APP for sending it to the mobile terminal is shown, the movement
The APP of terminal records monitoring time simultaneously;
H) patrol officer carries out inspection according to the inspection project to the fire-fighting equipment, and judges that the fire-fighting is set
Whether standby be active equipment, and in this way, the APP of the mobile terminal obtains the shape of the fire-fighting equipment from the cloud server
State, perform step I);Otherwise, step I is performed);
I) after the completion of to all inspection projects detection of the fire-fighting equipment, described in the APP inputs in the mobile terminal
The identity information of patrol officer, the APP of the mobile terminal by the identity information, detection time, detection geographical position and
Testing result is sent to the cloud server by network and stored, and the cloud server believes the identity of reception
Breath, detection time, geographical position and the testing result of detection according to setting model treatment into corresponding form.
In fire-fighting equipment method for inspecting of the present invention, also comprise the following steps:
J) the paper architectural plan for including fire-fighting equipment is converted into the architectural plan of digitized format, and by institute
The architectural plan for stating digitized format imports the mobile terminal;Perform step K) or K ');
K the lateral coordinates and longitudinal coordinate of each fire-fighting equipment in the paper architectural plan) are obtained, are calculated each
The area of the fire-fighting equipment accounts for the ratio of the area of the architectural plan of the digitized format;
L) according to the ratio, the width of the architectural plan of digitized format and height, in the digitized format
Coordinate setting and mark are carried out to each fire-fighting equipment in architectural plan;
K ') using handmarking method in the architectural plan of the digitized format to each fire-fighting equipment
Carry out coordinate setting and mark.
The invention further relates to a kind of fire-fighting equipment method for inspecting, the step B) further comprise:
B1) data collection station searches the data flow head character of the status information;
B2 alternate analysis, data-bias and the even-odd check that frame) is carried out after the data flow of the traversal status information obtain
The type and status information of fire-fighting equipment;
B3) data collection station finds the numbering corresponding with the type of the fire-fighting equipment;
B4) numbering and state are encrypted the data collection station.
The invention further relates to a kind of fire-fighting equipment method for inspecting, the step F) further comprise:
F1 the NFC module) is contacted into the second RFID data interactive module, reads the second RFID data interaction
The unique identifier of module;
F2) patrol officer inputs title, model and the geographical position of fire-fighting equipment in the APP of the mobile terminal;
F3 after) being provided with, the NFC module is contacted into the second RFID data interactive module again, by described
The title of the fire-fighting equipment, model, inspection project and geographical position are written to second RFID data and interacted by NFC module
In module.
Implement the fire-fighting equipment cruising inspection system and method for the present invention, have the advantages that:Due to using fire-fighting equipment,
Fire protection warning main frame, sensing device, data collection station, mobile terminal and cloud server, the is provided with data collection station
One RFID data interactive module, mobile terminal is interior to be provided with NFC module, and mobile terminal is provided with APP, and fire protection warning Host Detection has
The state of source device is simultaneously sent to sensing device, and sensing device sends it to data collection station, and data collection station will
It in the case where there is network, is sent to APP by network and shown into the data of specified format by reconvert after it is decoded, APP
Cloud server storage can also be uploaded to, in the case of no network, data collection station is by the number of specified format
According to the storage of the first RFID data interactive module is sent to, the NFC module of mobile terminal interacts mould by contacting the first RFID data
Block reads the data of specified format, in addition, patrol officer is by the inspection result of fire-fighting equipment write-in APP, APP is by inspection result
Cloud server storage is uploaded to, so it is avoided that detection leakage phenomenon, saves human resources and time, the fire-fighting report of each producer
Alert host data can be unified to show.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
There is the required accompanying drawing used in technology description to be briefly described, it should be apparent that, drawings in the following description are only this
Some embodiments of invention, for those of ordinary skill in the art, on the premise of not paying creative work, can be with
Other accompanying drawings are obtained according to these accompanying drawings.
Fig. 1 is the structural representation of system in fire-fighting equipment cruising inspection system of the present invention and method one embodiment;
Fig. 2 is the flow chart of method in the embodiment;
Fig. 3 is the flow chart that method further comprises in the embodiment;
Fig. 4 is that data collection station is decoded to status information and changes into the data of specified format in the embodiment
Particular flow sheet;
Fig. 5 is to be entered the second RFID data interactive module with fire-fighting equipment by the APP of mobile terminal in the embodiment
The particular flow sheet of row binding.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation describes, it is clear that described embodiment is only part of the embodiment of the present invention, rather than whole embodiments.It is based on
Embodiment in the present invention, those of ordinary skill in the art obtained on the premise of creative work is not made it is all its
His embodiment, belongs to the scope of protection of the invention.
In fire-fighting equipment cruising inspection system of the present invention and embodiment of the method, the structural representation of its fire-fighting equipment cruising inspection system
As shown in Figure 1.In Fig. 1, the fire-fighting equipment cruising inspection system includes fire-fighting equipment 1, fire protection warning main frame 2, sensing device 3, data
Acquisition terminal 4, mobile terminal 5 and cloud server 6, fire protection warning main frame 2 control all fire-fighting equipments of whole solitary building,
The running status of each fire-fighting equipment can be shown, wherein, fire-fighting equipment 1 includes active equipment 11 and inactive component 12, data
The first RFID data interactive module 41 is provided with acquisition terminal 4, is provided with NFC module 51 in mobile terminal 5, mobile terminal is provided with
APP, in the present embodiment, the APP of mobile terminal installation is the APP for being maintained to the fire-fighting equipment.Fire-fighting report
Alert main frame 2 is connected with active equipment 11, is believed for detecting the state of active equipment 11, and by the state of the active equipment 11 of detection
Breath (running state information) is sent to sensing device 3, and data collection station 4 is connected with sensing device 3, for receiving sensing device
The status information of the active equipments 11 of 3 outputs, and is decoded, then reconvert to the status information of the active equipment 11 of reception
Into the data of specified format, it is worth mentioning at this point that, in the present embodiment, the number of fire-fighting equipment 1 is several, fire protection warning main frame
2 number is also several, and fire protection warning main frame 2 can come from identical producer, can be from different producers.This reality
Apply in example, sensing device 3 is provided with RS232 interface, RS485 interfaces and RJ45 Ethernet interface (not shown)s, supports various
Equipment access way, all kinds of fire protection warning main frames 2 can be connected.
In the present embodiment, the data of specified format are the data by encryption.In the present embodiment, the data of specified format are
Meet the data of BASE64 coded formats.Certainly, under the certain situation of the present embodiment, the data of specified format can also be symbol
The data of extended formatting are closed, such as:Can be data for meeting aes algorithm or DES algorithmic formats etc..Certainly, actually should
In, corresponding encryption format can be selected according to actual conditions.Safety of the data in transmitting procedure so can be both ensured
Property, the data that the fire protection warning main frame 2 of different vendor exports can be carried out to the unification of data format again.Data collection station 4
It is attached with each fire protection warning main frame 2, and can compatible all fire protection warning main frames 2.Data collection station 4 is provided with aobvious
Display screen, the state that can be gathered with display data.
In the present embodiment, in the case of no network connection, such as in the building substance environment of no network condition, number
The data of specified format are sent into the first RFID data interactive module 41 according to the timing of acquisition terminal 2 to be stored, mobile terminal 5
NFC module 51 by contact the first RFID data interactive module 41 read specified format data, when the feelings for having network connection
Under condition, data collection station 4 receives the request of mobile terminal 5 by wired or wireless network, in real time by the data of specified format
Mobile terminal 5 is sent to be shown.Thus can mobile terminal 5 show active equipment 11 status information, by
Mobile terminal 5 checks the real-time status of active equipment 11, greatly improves the operating efficiency of patrol officer.The APP of mobile terminal 5
The data of specified format can also be uploaded into cloud server 6 to be stored, patrol officer is by the inspection result of fire-fighting equipment 1
It is written in the APP of mobile terminal 5, inspection result is uploaded to cloud server 6 and stored by the APP of mobile terminal 5.This
Sample, just conveniently subsequently check the status information of fire-fighting equipment 1.In the present embodiment, mobile terminal 5 can be mobile phone or
Tablet personal computer etc..
It is noted that the daily monitoring of fire protection warning main frame 2 and the inspection of patrol officer are individually done, disappear
The anti-fire equipments 1 of alarm host machine 2 are monitored in real time, and fire protection warning main frame 2 is directly connected to fire-fighting equipment 1, fire-fighting equipment 1
Status information be transmitted directly to fire protection warning main frame 2, and the fire-fighting equipment 1 for being directly connected to fire protection warning main frame 2
Inspection, patrol officer are not to do daily, and the number of inspection is less.
In the present embodiment, after data collection station 4 is connected with fire protection warning main frame 2, it can obtain in fire protection warning main frame 2
The running status of all fire-fighting equipments 1, running status is sent to mobile terminal 5 by wired or wireless network.Do not having
In the environment of line or wireless network, the running status of fire-fighting equipment 1 is stored using NFC module 51, mobile terminal 5 passes through NFC moulds
Block 51 reads the running state information of fire-fighting equipment 1, to show the various projects for needing to check on fire-fighting equipment 1, ensure that item
Omission has been confiscated in visual inspection;By data collection station 4 and NFC technique, the inspection information that fire-fighting equipment 1 can be achieved is automatically saved to
Cloud server 6, you can carry out efficient data model analysis, solve in the work of patrol officer for a long time various asks
Topic, fire-fighting is reached and has maintained intelligent, efficient purpose.By using data collection station 4 and NFC technique, with reference to
The workflow of patrol officer, realize the mobile and automation of fire-fighting equipment data.
In the present embodiment, the fire-fighting equipment cruising inspection system also includes the second RFID data interactive module 7, the second RFID data
Interactive module 7 is pasted onto on fire-fighting equipment 1 or is placed on around fire-fighting equipment 1, is recorded in the second RFID data interactive module 7
There is the information of fire-fighting equipment 1, the information of fire-fighting equipment 1 includes title, model, inspection project and the geographical position of fire-fighting equipment 1.
By the way that NFC module 51 is contacted into the second RFID data interactive module 7, it is possible to read the information of fire-fighting equipment 1.
The present embodiment further relates to a kind of fire-fighting equipment method for inspecting, and its flow chart is as shown in Figure 2.In Fig. 2, the fire-fighting equipment
Method for inspecting comprises the following steps:
Step S001 fire protection warnings main frame detects the state of active equipment in real time, and the status information of detection is passed through into sensing
Device is sent to data collection station:In this step, the fire protection warning host number of various producers, different model is detected in real time
The state of all fire-fighting equipments is sent to data collection station by sensing device.
Step S002 data collection stations are decoded to status information and change into the data of specified format:In this step,
Than being followed successively by if any the data format of a fire protection warning main frame:8518096B, first is mark, and second is event type
(such as 0E is deploys troops on garrison duty, for 0D to withdraw a garrison, 07 is alarm etc.), the 3rd be anti-area code (corresponding 16 systems are converted into 10 systems and add one,
Such as 09 change into 10 and enter to be made as 09, then one is added to be 10, corresponding 010 defence area), the 4th is check code, then data collection station
Its content can be decoded.After decoding, the type and its running state information of fire-fighting equipment will be obtained, then by its turn
It is changed to the data of specified format.Thus can be by various producers, the Data Format Transform of the fire protection warning main frame of different model
Into unified form.On how to be changed, subsequently will be described in detail.
Step S003 has detected whether network connection:In this step, data collection station has detected whether network connection, such as
The result of fruit detection is yes, then performs step S004;Otherwise, step S005 is performed.
The APP that the data of specified format are sent to mobile terminal by step S004 data collection stations by network is shown
Show:If above-mentioned steps S003 judged result is yes, this step is performed.In this step, data collection station is by specified lattice
The APP that the data of formula are sent to mobile terminal by network is shown.This step has been performed, has performed step S007.
The data of specified format are sent to the first RFID data interactive module and deposited by step S005 data collection stations
Storage:If above-mentioned steps S003 judged result is no, this step is performed.In this step, data collection station is by specified lattice
The data of formula are sent to the first RFID data interactive module and stored.This step has been performed, has performed step S006.
NFC module is contacted the first RFID data interactive module by step S006, is read the data of specified format and is sent to
The APP of mobile terminal is shown:In this step, the NFC module in mobile terminal is contacted into the first RFID data interactive module,
The data of specified format can be thus read, and the APP for sending it to mobile terminal is shown.This step has been performed,
Perform step S007.
The data of specified format are sent to cloud server by wireless network and carried out by the APP of step S007 mobile terminals
Storage:In this step, the data of specified format are sent to cloud server by wireless network and deposited by the APP of mobile terminal
Storage, for checking in the future.
Step S008 is bound the second RFID data interactive module with fire-fighting equipment by the APP of mobile terminal:This
In embodiment, the second RFID data interactive module is placed around every group or each fire-fighting equipment.In this step, pass through movement
The APP of terminal is bound the second RFID data interactive module with fire-fighting equipment.
Step S009 patrol officers by NFC module contact the second RFID data interactive module, read fire-fighting equipment title,
Model, inspection project and geographical location information, and the APP for sending it to mobile terminal is shown, the APP of mobile terminal remembers simultaneously
Record monitoring time:In this step, after the completion of binding, when being ready for inspection, patrol officer is by the NFC module in mobile terminal
Contact the second RFID data interactive module, the time of the APP record contacts of mobile terminal, using the time of the contact as inspection people
The monitoring time (detection time) of member, NFC module read title, model, inspection project and the geographical location information of fire-fighting equipment
Afterwards, the APP for sending it to mobile terminal is shown.
Step S010 patrol officers carry out inspection according to inspection project fire equipments, and judge whether fire-fighting equipment has
Source device:In this step, the maintaining task (i.e. inspection project) that patrol officer distributes automatically according to the APP of mobile terminal is right
Fire-fighting equipment carries out inspection, and judges whether fire-fighting equipment is active equipment, if it is determined that result be yes, then perform step
S011;Otherwise, step S012 is performed.
The APP of step S011 mobile terminals obtains the state of fire-fighting equipment from cloud server:If above-mentioned steps S010
Judged result be yes, then perform this step.In this step, the APP of mobile terminal according to the device name model of active equipment,
Mark geographical location information is searched from cloud server and obtains the state of the active equipment, you can in the APP of mobile terminal
See the state of the active equipment, while progress feature detection is illustrated how on the APP of mobile terminal, and for active
Which detection project equipment, inactive component have to do, very clear.This step has been performed, has performed step S012.
After the completion of all inspection projects detection of step S012 fire equipments, inspection people is inputted in the APP of mobile terminal
Identity information, detection time, the geographical position of detection and testing result are passed through net by the identity information of member, the APP of mobile terminal
Network send cloud server stored, cloud server by the identity information of reception, detection time, detection geographical position and
Testing result is according to the model treatment of setting into corresponding form:If above-mentioned steps S010 judged result is no, perform
This step.In this step, patrol officer is recorded in mobile terminal during fire equipments detect, by detection data
In APP, after the completion of all inspection projects detection of fire equipments, the identity letter of patrol officer is inputted in the APP of mobile terminal
Breath, the band such as identity information, detection time, the geographical position detected each time and testing result is protected by the APP of mobile terminal
Tool by network (such as:Wifi, 3G network or 4G networks etc.) it is sent automatically to cloud server and is stored.Patrol officer is only
A mobile phone or tablet personal computer are needed, is not required to record on any papery document, you can exhaustive, completes all maintenances times on request
Business, cloud server can carry out efficient data model analysis (i.e. model of the cloud server by the data of reception according to setting
Carry out being processed into various forms), solve the various problems in patrol officer's work for a long time, be avoided that detection leakage phenomenon, section
The fire protection warning host data of human-saving resource and time, each producer can be unified to show, reach fire-fighting and maintained intelligence
Change, efficient purpose.
In the present embodiment, in order to preferably handle alarm condition, the fire-fighting equipment method for inspecting still further comprises
Step, as shown in Figure 3.In Fig. 3, the fire-fighting equipment method for inspecting still further comprises:
The paper architectural plan for including fire-fighting equipment is converted into the architectural plan of digitized format by step S013,
And the architectural plan of digitized format is imported into mobile terminal:In this step, the paper for including fire-fighting equipment is built flat
Face figure changes the architectural plan of digitized format into, and the architectural plan of digitized format is imported into mobile terminal.It is worth one
Be mentioned that, can by scanning or taking pictures, the mode such as audio-visual paper architectural plan is digitized, be converted into digitizing
The architectural plan (i.e. the architectural plan of electronic edition) of form, then it is conducted into using network or wired mode connection
Mobile terminal.This step is performed, if selected each fire-fighting equipment using the method for coordinate setting in digitized building
It is marked in plan, then performs step S014;If selection is using the method for handmarking by each fire-fighting equipment in number
It is marked in the architectural plan of word, then performs step S014 '.
Step S014 obtains the lateral coordinates and longitudinal coordinate of each fire-fighting equipment in paper architectural plan, calculates each
The area of individual fire-fighting equipment accounts for the ratio of the area of the architectural plan of digitized format:In this step, built first according to paper
Build plan and obtain the lateral coordinates and longitudinal coordinate of each fire-fighting equipment, the area for calculating each fire-fighting equipment accounts for digitlization
The ratio of the area of the architectural plan of form.This step has been performed, has performed step S015.
Step S015 is according to ratio, the width of the architectural plan of digitized format and height, in building for digitized format
Build in plan and coordinate setting and mark are carried out to each fire-fighting equipment:In this step, according to the architectural plane of digitized format
The width and height of figure, with reference to the equipment ratio calculated, each fire-fighting equipment is carried out in digitized architectural plan
Coordinate setting and mark.
Step S014 ' are entered using the method for handmarking in the architectural plan of digitized format to each fire-fighting equipment
Row coordinate setting and mark:In this step, using the method for handmarking in the architectural plan of digitized format to each
Fire-fighting equipment carries out coordinate setting and mark.The method of handmarking is the irregular fire-fighting equipment on some particular plane figures
Carry out manual operation, identification can not coordinate setting automatically equipment, manual markings can prevent equipment building in digitized format
There is error in the mark built in plan.
By coordinate setting and the method for handmarking, the digitlization of fire-fighting equipment paper architectural plan is realized, i.e.,
Realize the mapable of indoor fire-fighting equipment, solve well during Daily Round Check, fire-fighting equipment be unable to fast positioning,
It is quick to search warning device (abnormal fire-fighting equipment occurs) information, the problems such as device location is smudgy, and in fire-fighting report
When alert main frame has warning message, it can be shown in time on the fire-fighting equipment map of mobile terminal.
For the present embodiment, above-mentioned steps S002 can also be refined further, its flow chart such as Fig. 4 institute after refining
Show.In Fig. 4, above-mentioned steps S002 further comprises:
Step S21 data collection stations search the data flow head character of status information:In this step, data collection station
Search the data flow head character of the status information of active equipment.
Alternate analysis, data-bias and the even-odd check that frame is carried out after the data flow of step S22 ergodic state information obtain
The type and status information of fire-fighting equipment:Because the form of the data of the fire protection warning main frame output of each producer is different
, thus need first to fire-fighting alarm host machine output data (in the present embodiment be fire-fighting equipment status information, wherein
Type including fire-fighting equipment) decoded, restore the type and state of the fire-fighting equipment of each fire protection warning main frame output
Information.In this step, after the data flow for the status information for traveling through active equipment, the alternate analysis of frame, data-bias and strange are carried out
Even parity check, it so can be obtained by the type and status information of fire-fighting equipment.Different fire protection warning masters are come from by decoded
Definition between the type of the fire-fighting equipment of machine is different, in order to carry out unified management, it is also necessary to by various not appositions
The data conversion of formula is into the data for unifying form, that is, the either fire protection warning main frame of what producer, as long as being connected thereto
Fire-fighting equipment type it is consistent, it is just defined type, that is, the corresponding volume of each type with unified numbering
Number, different types of fire-fighting equipment can thus be provided to different numberings respectively.It is noted that the class of fire-fighting equipment
Type and corresponding numbering are previously stored in data collection station.
Step S23 data collection stations find the numbering corresponding with the type of fire-fighting equipment:In this step, data acquisition
Terminal is found and the numbering of the type matching of decoded fire-fighting equipment from the numbering being previously stored.
Step S24 data collection stations will number and status information is encrypted:In this step, data collection station will have
The numbering and status information of source device are encrypted, and can so ensure the security in data transmission procedure.In the present embodiment, make
It is that BASE64 coded systems are encrypted, certainly, under the certain situation of the present embodiment, other encryption sides can also be used
Formula is encrypted, such as:AES encryption mode or des encryption mode etc..
For the present embodiment, above-mentioned steps S006 can also be refined further, its flow chart such as Fig. 5 institute after refining
Show.In Fig. 5, above-mentioned steps S006 further comprises:
NFC module is contacted the second RFID data interactive module by step S61, reads the second RFID data interactive module only
One identifier:In this step, the NFC module in mobile terminal is contacted into the second RFID data interactive module, so, NFC module
Can reads the unique identifier of the second RFID data interactive module.
Step S62 patrol officers input title, model and the geographical position of fire-fighting equipment in the APP of mobile terminal:This step
In rapid, patrol officer proceeds by setting and tied up in title, model and the geographical position that the APP of mobile terminal inputs fire-fighting equipment
Fixed information.
After step S63 is provided with, NFC module is contacted to the second RFID data interactive module again, will by NFC module
Title, model, inspection project and the geographical position of fire-fighting equipment are written in the second RFID data interactive module:In this step,
After being provided with, the NFC module in mobile terminal contacts the second RFID data interactive module again, by the name of the fire-fighting equipment
The information such as title, model, inspection project and geographical position are written in the second RFID data interactive module, it is achieved thereby that fire-fighting is set
The standby binding with the second RFID data interactive module.
In a word, in the present embodiment, patrol officer passes through mobile scanning terminal the second RFID data interactive module, you can sees
To each inspection project for all fire-fighting equipments being bundled in the second RFID data interactive module, fire-fighting equipment is so allowed for
Maintaining project it is clear.Pass through mobile scanning terminal the second RFID data interactive module, you can by the information of patrol officer
Cloud server is saved in the information of fire-fighting equipment, administrative staff can view inspection situation and the inspection of fire-fighting equipment immediately
Time, inspection work is set not become a mere formality, and cloud server can be analyzed it, relative to manually entering to paper record
Row collect statistics, there is unrivaled advantage in efficiency, speed, accuracy.Checked by mobile terminal and find fire-fighting
Equipment running status and the problem of existing, disaster hidden-trouble is eliminated in time.It can make the data of fire protection warning main frame can be seamless and mobile
Terminal is connected, and the data of all fire-fighting equipments can be grasped by mobile terminal.It greatly facilitates inspection work and to inspection
Management.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all essences in the present invention
God any modification, equivalent substitution and improvements made etc., should be included in the scope of the protection with principle.
Claims (3)
1. a kind of fire-fighting equipment method for inspecting, it is characterised in that comprise the following steps:
A) fire protection warning main frame detects the state of active equipment in real time, and the status information of detection is sent to by sensing device
Data collection station;The state for all fire-fighting equipments that the fire protection warning host number of various producers, different model is detected in real time
The data collection station is sent to by the sensing device;
B) data collection station is decoded to the status information and changes into the data of specified format;The fire protection warning
The data format of main frame is followed successively by:85 18 09 6B, first is mark, and second is event type, and to deploy troops on garrison duty, 0D is 0E
Withdraw a garrison, 07 is alarm, and the 3rd is anti-area code, and corresponding 16 systems are converted into 10 systems and add one, and the 4th is check code;
C network connection) has been detected whether, in this way, the data collection station passes the data of the specified format by network
The APP for being sent to mobile terminal is shown, performs step E);Otherwise, the data collection station is by the number of the specified format
Stored according to the first RFID data interactive module is sent to, perform step D);
D NFC module) is contacted into the first RFID data interactive module, the data of the specified format is read and is sent to institute
The APP for stating mobile terminal is shown, performs step E);
E) data of the specified format are sent to cloud server by wireless network and deposited by the APP of the mobile terminal
Storage;
F) the second RFID data interactive module is bound with fire-fighting equipment by the APP of the mobile terminal;
G) NFC module is contacted the second RFID data interactive module by patrol officer, reads the name of the fire-fighting equipment
Title, model, inspection project and geographical location information, and the APP for sending it to the mobile terminal is shown, the mobile terminal
APP simultaneously record monitoring time;When being ready for inspection, the NFC module in the mobile terminal is contacted institute by patrol officer
State the second RFID data interactive module, the time of the APP record contacts of the mobile terminal, using the time of the contact as inspection
The monitoring time of personnel;
H) patrol officer carries out inspection according to the inspection project to the fire-fighting equipment, and judges that the fire-fighting equipment is
No is active equipment, and in this way, the APP of the mobile terminal obtains the state of the fire-fighting equipment from the cloud server, holds
Row step I);Otherwise, step I is performed);The APP of the mobile terminal is geographical according to the device name model of active equipment, mark
Positional information is searched from the cloud server and obtains the state of the active equipment, you can in the APP of the mobile terminal
See the state of the active equipment, while progress feature detection is illustrated how on the APP of the mobile terminal, and be directed to
Which detection project active equipment, inactive component have to do;
I) after the completion of to all inspection projects detection of the fire-fighting equipment, the inspection is inputted in the APP of the mobile terminal
The identity information of personnel, the APP of the mobile terminal is by the identity information, detection time, the geographical position of detection and detection
As a result the cloud server is sent to by network to be stored, the cloud server by the identity information of reception,
Detection time, the geographical position of detection and testing result according to setting model treatment into corresponding form;
Also comprise the following steps:
J) the paper architectural plan for including fire-fighting equipment is converted into the architectural plan of digitized format, and by the number
The architectural plan of word form imports the mobile terminal;Perform step K) or K ');By scanning or taking pictures, audio-visual side
Paper architectural plan is digitized by formula, is converted into the architectural plan of digitized format, then using network or is had
Line mode, which connects, is conducted into the mobile terminal;
K the lateral coordinates and longitudinal coordinate of each fire-fighting equipment in the paper architectural plan) are obtained, are calculated each described
The area of fire-fighting equipment accounts for the ratio of the area of the architectural plan of the digitized format;
L) according to the ratio, the width of the architectural plan of digitized format and height, in the building of the digitized format
Coordinate setting and mark are carried out to each fire-fighting equipment in plan;
K ') each fire-fighting equipment is carried out in the architectural plan of the digitized format using the method for handmarking
Coordinate setting and mark;The method of handmarking is that the irregular fire-fighting equipment on some particular plane figures is manually grasped
Make, identification can not coordinate setting automatically equipment.
2. fire-fighting equipment method for inspecting according to claim 1, it is characterised in that the step B) further comprise:
B1) data collection station searches the data flow head character of the status information;
B2 alternate analysis, data-bias and the even-odd check that frame) is carried out after the data flow of the traversal status information obtain fire-fighting
The type and status information of equipment;
B3) data collection station finds the numbering corresponding with the type of the fire-fighting equipment;
B4) numbering and state are encrypted the data collection station.
3. fire-fighting equipment method for inspecting according to claim 1, it is characterised in that the step F) further comprise:
F1 the NFC module) is contacted into the second RFID data interactive module, reads the second RFID data interactive module
Unique identifier;
F2) patrol officer inputs title, model and the geographical position of fire-fighting equipment in the APP of the mobile terminal;
F3 after) being provided with, the NFC module is contacted into the second RFID data interactive module again, passes through the NFC moulds
The title of the fire-fighting equipment, model, inspection project and geographical position are written to the second RFID data interactive module by block
In.
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CN111210585B (en) * | 2019-12-30 | 2021-09-24 | 北京龙辰泉消防设备安装工程有限公司 | Intelligent fire-fighting facility management system and management method |
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