CN105184887A - Inspection system and method for fire-fighting equipment - Google Patents
Inspection system and method for fire-fighting equipment Download PDFInfo
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- CN105184887A CN105184887A CN201510564170.7A CN201510564170A CN105184887A CN 105184887 A CN105184887 A CN 105184887A CN 201510564170 A CN201510564170 A CN 201510564170A CN 105184887 A CN105184887 A CN 105184887A
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Abstract
The invention provides an inspection system and method for fire-fighting equipment. The inspection system comprises the fire-fighting equipment, a fire-fighting alarming host, a sensing device, a data acquisition terminal, a mobile terminal and a cloud-end server, wherein the data acquisition terminal is internally provided with a first RFID data interaction module; the mobile terminal is internally provided with an NFC module and is provided with an APP; the fire-fighting alarming host detects the state of active equipment and sends the state to the sensing device; after receiving data, the data acquisition terminal decodes the data, converts the data into data with specified formats, transfers the data to the first RFID data interaction module for storage or transfers the data to the mobile terminal for display, and the mobile terminal uploads the data to the cloud-end server for storage and writes an inspection result into the APP which uploads the inspection result to the cloud-end server. The inspection system and method provided by the invention has the following beneficial effects that an inspection missing phenomenon can be avoided, and the human resource and the time can be saved and the data of fire-fighting alarming hosts of all manufacturers can be displayed in a united manner.
Description
Technical field
The present invention relates to fire-fighting maintaining field, particularly a kind of fire fighting equipment cruising inspection system and method.
Background technology
Fire-fighting maintaining personnel (patrol officer) are when patrolling fire fighting equipment, Inspection and maintenance need be carried out according to the requirement of Ministry of Public Security's " social fire prevention Service Management specifies ", guarantee that equipment can normally use and stable operation, then record inspection result in inspection card.Can produce in this inspection process following in problem: the first, whether maintaining personnel patrol on time, and the inspection work of maintaining personnel lacks good supervision mechanism, is easy to the situation occurring not patrolling on request.Second, whether maintaining personnel are clear to the inspection item of maintained equipment, whether existence inspection is omitted, and because each fire fighting equipment has a large amount of inspection items, senior fire fighting equipment maintaining personnel can not be proficient in all inspection items of all fire fighting equipments.3rd, maintaining equipment paper record document is not easy to carry out data analysis, cannot carry out information system management to equipment.All records of patrol are registered in card or paper document by the current maintenance personnel of maintenance, need a large amount of human resources of waste and time to the tabulate statistics of document.4th, the running status of the fire fighting equipment of fire protection warning host monitor can not show on the mobile apparatus; Each producer's fire protection warning main frame, can not in the unified display of centralization platform because the inconsistency of data standard.Maintaining personnel by fire protection warning main frame checking monitoring state, need to check active equipment, but whether repair and maintenance personnel can only check simultaneously, when come to realize standardization effort patrolling and examining of active equipment.
Summary of the invention
The technical problem to be solved in the present invention is, for prior art above-mentioned easily exist undetected, waste a large amount of human resources and the time gathers document, the fire protection warning host data of each producer can not unify the defect that shows, provide a kind of and can avoid detection leakage phenomenon, save human resources and time, the fire protection warning host data of each producer can unify the fire fighting equipment cruising inspection system that shows and method.
The technical solution adopted for the present invention to solve the technical problems is: construct a kind of fire fighting equipment cruising inspection system, comprise fire fighting equipment, fire protection warning main frame, sensing device, data collection station, mobile terminal and cloud server, described fire fighting equipment includes source device and inactive component, the first RFID data interactive module is provided with in described data collection station, NFC module is provided with in described mobile terminal, described mobile terminal is provided with APP, described fire protection warning main frame is connected with described active equipment, for detecting the state of described active equipment and the status information of described active equipment being sent to described sensing device, described data collection station is connected with described sensing device, for receiving the status information of the described active equipment that described sensing device exports, and after being decoded, convert the data of specified format again to, the data of described specified format are sent to described first RFID data interactive module and store by described data collection station, described NFC module reads the data of described specified format by the described first RFID data interactive module of contact, or the data of described specified format are sent to described mobile terminal by network and show by described data collection station, the data upload of described specified format stores to described cloud server by described mobile terminal, the result of patrolling and examining of described fire fighting equipment is written in the APP of described mobile terminal by patrol officer, described result of patrolling and examining is uploaded to described cloud server and stores by the APP of described mobile terminal.
In fire fighting equipment cruising inspection system of the present invention, also comprise the second RFID data interactive module, described second RFID data interactive module is pasted onto on described fire fighting equipment or is placed on around described fire fighting equipment, record the information of described fire fighting equipment in described second RFID data interactive module, the described second RFID data interactive module of described NFC module contact reads the information of described fire fighting equipment.
In fire fighting equipment cruising inspection system of the present invention, the information of described fire fighting equipment comprises title, model, inspection item and geographic position.
In fire fighting equipment cruising inspection system of the present invention, described APP is the APP for maintaining described fire fighting equipment, and the data of described specified format are the data meeting BASE64 coded format.
In fire fighting equipment cruising inspection system of the present invention, described sensing device is provided with RS232 interface, RS485 interface and RJ45 Ethernet interface.
The invention still further relates to a kind of fire fighting equipment method for inspecting, comprise the 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 data collection station by sensing device;
B) described data collection station is decoded to described status information and is changed into the data of specified format;
C) whether detection has network to connect, and in this way, the APP that the data of described specified format are sent to mobile terminal by network shows by described data collection station, performs step e); Otherwise the data of described specified format are sent to the first RFID data interactive module and store by described data collection station, perform step D);
D) NFC module is contacted described first RFID data interactive module, read the data of described specified format and the APP being sent to described mobile terminal shows, perform step e);
E) data of described specified format are sent to cloud server by wireless network and store by the APP of described mobile terminal;
F) by the APP of described mobile terminal, the second RFID data interactive module and fire fighting equipment are bound;
G) patrol officer is by the described second RFID data interactive module of described NFC module contact, read the title of described fire fighting equipment, model, inspection item and geographical location information, and sending it to the APP display of described mobile terminal, the APP of described mobile terminal records monitoring time simultaneously;
H) described patrol officer patrols and examines described fire fighting equipment according to described inspection item, and judge whether described fire fighting equipment is active equipment, in this way, the APP of described mobile terminal obtains the state of described fire fighting equipment from described cloud server, performs step I); Otherwise, perform step I);
I) after all inspection items of described fire fighting equipment having been detected, the identity information of described patrol officer is inputted at the APP of described mobile terminal, the geographic position of described identity information, detection time, detection and testing result are sent to described cloud server by network and store by the APP of described mobile terminal, and the geographic position of the described identity information received, detection time, detection is become corresponding form with testing result according to the model treatment of setting by described cloud server.
In fire fighting equipment method for inspecting of the present invention, also comprise the steps:
J) the paper architectural plan including fire fighting equipment is converted to the architectural plan of digitized format, and the architectural plan of described digitized format is imported described mobile terminal; Perform step K) or K ＇);
K) obtain lateral coordinates and the longitudinal coordinate of each fire fighting equipment in described paper architectural plan, calculate the area of fire fighting equipment described in each and account for the ratio of the area of the architectural plan of described digitized format;
L) according to width and the height of the architectural plan of described ratio, digitized format, in the architectural plan of described digitized format, coordinate setting and mark are carried out to fire fighting equipment described in each;
K ＇) use the method for handmarking to carry out coordinate setting and mark to fire fighting equipment described in each in the architectural plan of described digitized format.
The invention still further relates to a kind of fire fighting equipment method for inspecting, described step B) comprise further:
B1) described data collection station searches the data stream head character of described status information;
B2) type and status information that the alternate analysis of frame, data-bias and parity checking obtain fire fighting equipment is carried out after traveling through the data stream of described status information;
B3) described data collection station finds the numbering corresponding with the type of described fire fighting equipment;
B4) described numbering and state are encrypted by described data collection station.
The invention still further relates to a kind of fire fighting equipment method for inspecting, described step F) comprise further:
F1) by the described second RFID data interactive module of described NFC module contact, the unique identifier of described second RFID data interactive module is read;
F2) patrol officer inputs the title of fire fighting equipment, model and geographic position at the APP of described mobile terminal;
F3) after being provided with, described NFC module is contacted again described second RFID data interactive module, by described NFC module, the title of described fire fighting equipment, model, inspection item and geographic position are written in described second RFID data interactive module.
Implement fire fighting equipment cruising inspection system of the present invention and method, there is following beneficial effect: owing to using 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 in data collection station, NFC module is provided with in mobile terminal, mobile terminal is provided with APP, the state of fire protection warning Host Detection active equipment is also sent to sensing device, sensing device sends it to data collection station, and data collection station converts the data of specified format again to after being decoded, when there being network, it is sent to APP display by network, APP can also be uploaded to cloud server and be stored, when there is no network, the data of specified format are sent to the first RFID data interactive module and store by data collection station, the NFC module of mobile terminal reads the data of specified format by contact first RFID data interactive module, in addition, the result of patrolling and examining of fire fighting equipment writes in APP by patrol officer, APP will patrol and examine result and upload to cloud server storage, so it can avoid detection leakage phenomenon, save human resources and time, the fire protection warning host data of each producer can unify display.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be 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 embodiment;
Fig. 2 is the process flow diagram of method in described embodiment;
Fig. 3 is the process flow diagram that in described embodiment, method comprises further;
Fig. 4 is that in described embodiment, data collection station is decoded to status information and changes into the particular flow sheet of the data of specified format;
Second RFID data interactive module and fire fighting equipment are carried out by the APP of mobile terminal the particular flow sheet bound in described embodiment by Fig. 5.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art obtain under the prerequisite of not making creative work, all 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, this fire fighting equipment cruising inspection system comprises fire fighting equipment 1, fire protection warning main frame 2, sensing device 3, data collection station 4, mobile terminal 5 and cloud server 6, fire protection warning main frame 2 controls 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 source device 11 and inactive component 12, the first RFID data interactive module 41 is provided with in data collection station 4, NFC module 51 is provided with in mobile terminal 5, mobile terminal is provided with APP, in the present embodiment, the APP that mobile terminal is installed is the APP for maintaining described fire fighting equipment.Fire protection warning main frame 2 is connected with active equipment 11, for detecting the state of active equipment 11, and the status information (running state information) of the active equipment 11 detected is sent to sensing device 3, data collection station 4 is connected with sensing device 3, for receiving the status information of the active equipment 11 that sensing device 3 exports, and the status information of the active equipment 11 received is decoded, and then convert the data of specified format to, it is worth mentioning that, in the present embodiment, the number of fire fighting equipment 1 is several, the number of fire protection warning main frame 2 is also several, fire protection warning main frame 2 can be from identical producer, also can from different producers.In the present embodiment, sensing device 3 is provided with RS232 interface, RS485 interface and RJ45 Ethernet interface (not shown), supports various equipment access mode, can connect all kinds of fire protection warning main frame 2.
In the present embodiment, the data of specified format are through the data of encryption.In the present embodiment, the data of specified format are the data meeting BASE64 coded format.Certainly, under the certain situation of the present embodiment, the data of specified format also can be the data meeting extended formatting, such as: can be data meeting aes algorithm or DES algorithmic format etc.Certainly, in actual applications, corresponding encryption format can be selected according to actual conditions.So both can ensure the security of data in transmitting procedure, the data that the fire protection warning main frame 2 of different vendor exports can have been carried out again the unification of data layout.Data collection station 4 is connected 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 display screen, can show the state of data acquisition.
In the present embodiment, when not having network to connect, such as in the buildings environment not having network condition, the data of specified format are sent to the first RFID data interactive module 41 and store by data collection station 2 timing, the NFC module 51 of mobile terminal 5 reads the data of specified format by contact first RFID data interactive module 41, when there being network to connect, data collection station 4 accepts the request of mobile terminal 5 by wired or wireless network, in real time the data of specified format is sent to mobile terminal 5 and shows.So just can show the status information of source device 11 at mobile terminal 5, by checking the real-time status of active equipment 11 at mobile terminal 5, greatly improve the work efficiency of patrol officer.The data upload of specified format can also store to cloud server 6 by the APP of mobile terminal 5, the result of patrolling and examining of fire fighting equipment 1 is written in the APP of mobile terminal 5 by patrol officer, and the APP of mobile terminal 5 will patrol and examine result and upload to cloud server 6 and store.Like this, follow-up status information of checking fire fighting equipment 1 is just facilitated.In the present embodiment, mobile terminal 5 can be mobile phone, also can be panel computer etc.
It is worth mentioning that, the monitoring that fire protection warning main frame 2 is daily and patrolling and examining of patrol officer are individually done, fire protection warning main frame 2 fire equipments 1 is monitoring in real time, fire protection warning main frame 2 is directly connected with fire fighting equipment 1, the status information of fire fighting equipment 1 directly sends fire protection warning main frame 2 to, and patrolling and examining for the fire fighting equipment 1 be directly connected with fire protection warning main frame 2, patrol officer is doing every day, and the number of times of patrolling and examining is less.
In the present embodiment, after data collection station 4 is connected with fire protection warning main frame 2, the running status of all fire fighting equipments 1 in fire protection warning main frame 2 can be obtained, running status is sent to mobile terminal 5 by wired or wireless network.Under the environment not having wired or wireless network, NFC module 51 is adopted to store the running status of fire fighting equipment 1, mobile terminal 5 reads the running state information of fire fighting equipment 1 by NFC module 51, shows the project that on fire fighting equipment 1, various needs check, ensure that item inspection is not omitted; By data collection station 4 and NFC technique, the inspection information that can realize fire fighting equipment 1 is saved in cloud server 6 automatically, efficient data model analysis can be carried out, solve the various problems in patrol officer's work for a long time, reach fire-fighting maintenance intellectuality, high efficiency object.By Usage data collection terminal 4 and NFC technique, in conjunction with the workflow of patrol officer, realize mobile and the robotization of fire fighting equipment data.
In the present embodiment, this fire fighting equipment cruising inspection system also comprises the second RFID data interactive module 7, second RFID data interactive module 7 is pasted onto on fire fighting equipment 1 or is placed on fire fighting equipment 1 around, record the information of fire fighting equipment 1 in second RFID data interactive module 7, the information of fire fighting equipment 1 comprises the title of fire fighting equipment 1, model, inspection item and geographic position.By NFC module 51 is contacted the second RFID data interactive module 7, the information of fire fighting equipment 1 just can be read.
The present embodiment also relates to a kind of fire fighting equipment method for inspecting, and its process flow diagram as shown in Figure 2.In Fig. 2, this fire fighting equipment method for inspecting comprises the steps:
Step S001 fire protection warning main frame detects the state of active equipment in real time, and the status information of detection is sent to data collection station by sensing device: in this step, the state of all fire fighting equipments detected in real time by the fire protection warning host number of various producer, different model is sent to data collection station by sensing device.
Step S002 data collection station is decoded to status information and is changed into the data of specified format: in this step, be followed successively by than the data layout if any a fire protection warning main frame: 8518096B, first is mark, second is that (such as 0E is for deploying troops on garrison duty for event type, 0D is for withdrawing a garrison, 07 for reporting to the police), 3rd for anti-area code, (corresponding 16 systems convert 10 systems to and add one, such as 09 to change into 10 systems be 09, adding one is again 10, corresponding 010 defence area), the 4th is check code, and so data collection station can be decoded to its content.After decoding, type and its running state information of fire fighting equipment will be obtained, be then converted into the data of specified format.So just the Data Format Transform of the fire protection warning main frame of various producer, different model can be become a unified form.About how to change, rear extended meeting is described in detail.
Whether step S003 detects has network to connect: in this step, and whether data collection station detects has network to connect, if the result detected is yes, then performs step S004; Otherwise, perform step S005.
The APP that the data of specified format are sent to mobile terminal by network shows by step S004 data collection station: if the judged result of above-mentioned steps S003 is yes, then perform this step.In this step, the APP that the data of specified format are sent to mobile terminal by network shows by data collection station.Execute this step, perform step S007.
The data of specified format are sent to the first RFID data interactive module and store by step S005 data collection station: if the judged result of above-mentioned steps S003 is no, then perform this step.In this step, the data of specified format are sent to the first RFID data interactive module and store by data collection station.Execute this step, perform step S006.
NFC module is contacted the first RFID data interactive module by step S006, read the data of specified format and the APP being sent to mobile terminal shows: in this step, NFC module in mobile terminal is contacted the first RFID data interactive module, so just can read the data of specified format, and the APP sending it to mobile terminal shows.Execute this step, perform step S007.
The data of specified format are sent to cloud server by wireless network and store by the APP of step S007 mobile terminal: in this step, the data of specified format are sent to cloud server by wireless network and store by the APP of mobile terminal, for checking in the future.
Second RFID data interactive module and fire fighting equipment are bound by the APP of mobile terminal by step S008: in the present embodiment, placement second RFID data interactive module around every group or each fire fighting equipment.In this step, by the APP of mobile terminal, the second RFID data interactive module and fire fighting equipment are bound.
NFC module is contacted the second RFID data interactive module by step S009 patrol officer, read the title of fire fighting equipment, model, inspection item and geographical location information, and send it to the APP display of mobile terminal, the APP of mobile terminal records monitoring time simultaneously: in this step, after binding completes, when preparation is patrolled and examined, NFC module in mobile terminal is contacted the second RFID data interactive module by patrol officer, the time of the APP record contact of mobile terminal, using the monitoring time (detection time) of the time of this contact as patrol officer, NFC module reads the title of fire fighting equipment, model, after inspection item and geographical location information, the APP sending it to mobile terminal shows.
Step S010 patrol officer patrols and examines according to inspection item fire equipments, and judge whether fire fighting equipment is active equipment: in this step, maintaining task (i.e. inspection item) fire equipments that patrol officer distributes automatically according to the APP of mobile terminal is patrolled and examined, and judge whether fire fighting equipment is active equipment, if the result judged is yes, then perform step S011; Otherwise, perform step S012.
The APP of step S011 mobile terminal obtains the state of fire fighting equipment from cloud server: if the judged result of above-mentioned steps S010 is yes, then perform this step.In this step, the APP of mobile terminal searches according to the device name model of active equipment, mark geographical location information and obtains the state of this active equipment from cloud server, the state of this active equipment can be seen at the APP of mobile terminal, on the APP of mobile terminal, show how to carry out functional detection simultaneously, and there is which test item to do for active equipment, inactive component, very clear.Execute this step, perform step S012.
After all inspection items of step S012 fire equipments have detected, the identity information of patrol officer is inputted at the APP of mobile terminal, the geographic position of identity information, detection time, detection and testing result are sent cloud server by network and store by the APP of mobile terminal, the geographic position of the identity information of reception, detection time, detection is become corresponding form with testing result according to the model treatment of setting by cloud server: if the judged result of above-mentioned steps S010 is no, then perform this step.In this step, in the process that patrol officer detects in fire equipments, detection data are recorded in the APP of mobile terminal, after all inspection items of fire equipments have detected, input the identity information of patrol officer at the APP of mobile terminal, by the APP of mobile terminal, the band protector such as identity information, detection time, the geographic position detected each time and testing result are sent to cloud server automatically by network (such as: wifi, 3G network or 4G network etc.) and store.Patrol officer only needs a mobile phone or panel computer, not need on any papery document record, can without omitting, completing all repair and maintenance tasks on request, cloud server can carry out efficient data model analysis (namely the model of the data of reception according to setting carries out being processed into various form by cloud server), solve the various problems in patrol officer's work for a long time, detection leakage phenomenon can be avoided, save human resources and time, the fire protection warning host data of each producer can unify to show, reach fire-fighting and maintain intellectuality, high efficiency object.
In the present embodiment, in order to better process alarm condition, this fire fighting equipment method for inspecting also comprises some steps further, as shown in Figure 3.In Fig. 3, this fire fighting equipment method for inspecting also comprises further:
Step S013 converts the paper architectural plan including fire fighting equipment the architectural plan of digitized format to, and the architectural plan of digitized format is imported mobile terminal: in this step, the paper architectural plan including fire fighting equipment is changed into the architectural plan of digitized format, and the architectural plan of digitized format is imported mobile terminal.It is worth mentioning that, can by scan or take pictures, paper architectural plan carries out digitizing by the mode such as audio-visual, convert the architectural plan (i.e. the architectural plan of electronic edition) of digitized format to, then use network or wired mode to connect and imported to mobile terminal.Execute this step, if each fire fighting equipment is marked by the method for choice for use coordinate setting in digitized architectural plan, then perform step S014; If each fire fighting equipment is marked by the method for choice for use handmarking in digitized architectural plan, then perform step S014 ＇.
Step S014 obtains lateral coordinates and the longitudinal coordinate of each fire fighting equipment in paper architectural plan, the area calculating each fire fighting equipment accounts for the ratio of the area of the architectural plan of digitized format: in this step, first obtain lateral coordinates and the longitudinal coordinate of each fire fighting equipment according to paper architectural plan, the area calculating each fire fighting equipment accounts for the ratio of the area of the architectural plan of digitized format.Execute this step, perform step S015.
Step S015 is according to the width of the architectural plan of ratio, digitized format and height, in the architectural plan of digitized format, coordinate setting and mark are carried out to each fire fighting equipment: in this step, according to width and the height of the architectural plan of digitized format, in conjunction with the equipment ratio calculated, in digitized architectural plan, coordinate setting and mark are carried out to each fire fighting equipment.
Step S014 ＇ uses the method for handmarking to carry out coordinate setting and mark to each fire fighting equipment in the architectural plan of digitized format: in this step, uses the method for handmarking to carry out coordinate setting and mark to each fire fighting equipment in the architectural plan of digitized format.The method of handmarking is that the irregular fire fighting equipment on some particular plane figure carries out manual operation, and identifying can not the equipment of coordinate setting automatically, and manual markings can prevent the mark of equipment in the architectural plan of digitized format from occurring error.
By the method for coordinate setting and handmarking, achieve the digitizing of fire fighting equipment paper architectural plan, namely the mapable of indoor fire-fighting equipment is achieved, solve well in Daily Round Check process, fire fighting equipment can not quick position, fast finding panalarm (occur abnormal fire fighting equipment) information, the problems such as device location is smudgy, and when fire protection warning main frame has warning message, can show on the fire fighting equipment map of mobile terminal in time.
For the present embodiment, above-mentioned steps S002 also can refinement further, and the process flow diagram after its refinement as shown in Figure 4.In Fig. 4, above-mentioned steps S002 comprises further:
Step S21 data collection station searches the data stream head character of status information: in this step, and data collection station searches the data stream head character of the status information of active equipment.
Type and status information that the alternate analysis of frame, data-bias and parity checking obtain fire fighting equipment is carried out: the form of the data that the fire protection warning main frame due to each producer exports is different after the data stream of step S22 ergodic state information, the data first exported fire-fighting alarm host machine are so just needed (to be the status information of fire fighting equipment in the present embodiment, wherein also comprise the type of fire fighting equipment) decode, restore type and the status information of the fire fighting equipment that each fire protection warning main frame exports.In this step, after the data stream of the status information of traversal active equipment, carry out the alternate analysis of frame, data-bias and parity checking, so just can obtain type and the status information of fire fighting equipment.Definition between the type of the decoded fire fighting equipment from different fire protection warning main frame is different, in order to carry out unifying a management, also need the data data of various different-format being converted to consolidation form, it is no matter namely the fire protection warning main frame of what producer, as long as the type of connected fire fighting equipment is consistent, unified numbering is just used to carry out define styles, namely the corresponding numbering of each type, so just can provide different numberings by dissimilar fire fighting equipment respectively.It is worth mentioning that, the type of fire fighting equipment and the numbering of correspondence are stored in data collection station in advance.
Step S23 data collection station finds the numbering corresponding with the type of fire fighting equipment: in this step, and data collection station finds the numbering with the type matching of decoded fire fighting equipment from the numbering stored in advance.
Numbering and status information are encrypted by step S24 data collection station: in this step, and the numbering of active equipment and status information are encrypted by data collection station, can ensure the security in data transmission procedure like this.In the present embodiment, use BASE64 coded system to be encrypted, certainly, under the certain situation of the present embodiment, other cipher modes also can be adopted to be encrypted, such as: AES encryption mode or des encryption mode etc.
For the present embodiment, above-mentioned steps S006 also can refinement further, and the process flow diagram after its refinement as shown in Figure 5.In Fig. 5, above-mentioned steps S006 comprises further:
NFC module is contacted the second RFID data interactive module by step S61, read the unique identifier of the second RFID data interactive module: in this step, NFC module in mobile terminal is contacted the second RFID data interactive module, like this, NFC module just can read the unique identifier of the second RFID data interactive module.
Step S62 patrol officer inputs the title of fire fighting equipment, model and geographic position at the APP of mobile terminal: in this step, and patrol officer inputs the title of fire fighting equipment, model and geographic position at the APP of mobile terminal, starts the information carrying out arranging binding.
After step S63 is provided with, NFC module is contacted again the second RFID data interactive module, by NFC module, the title of fire fighting equipment, model, inspection item and geographic position are written in the second RFID data interactive module: in this step, after being provided with, NFC module in mobile terminal contacts the second RFID data interactive module again, the information such as the title of this fire fighting equipment, model, inspection item and geographic position are written in the second RFID data interactive module, thus achieve the binding of fire fighting equipment and the second RFID data interactive module.
In a word, in the present embodiment, patrol officer, by mobile scanning terminal second RFID data interactive module, can see each inspection item of all fire fighting equipments be bundled in the second RFID data interactive module, so just make the maintaining project of fire fighting equipment clear.By mobile scanning terminal second RFID data interactive module, the information of the information of patrol officer and fire fighting equipment can be saved in cloud server, managerial personnel can view inspection situation and the patrol time of fire fighting equipment immediately, inspection work is not become a mere formality, and cloud server can be analyzed it, relative to manually carrying out tabulate statistics to paper record, efficiency, speed, accuracy has unrivaled advantage.Checked by mobile terminal and find fire fighting equipment running status and Problems existing, eliminating disaster hidden-trouble in time.The data of fire protection warning main frame can be made seamlessly to be connected with mobile terminal, the data of all fire fighting equipments can be grasped by mobile terminal.It greatly facilitates the work of patrolling and examining and to the management of patrolling and examining.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (9)
1. a fire fighting equipment cruising inspection system, it is characterized in that, comprise fire fighting equipment, fire protection warning main frame, sensing device, data collection station, mobile terminal and cloud server, described fire fighting equipment includes source device and inactive component, the first RFID data interactive module is provided with in described data collection station, NFC module is provided with in described mobile terminal, described mobile terminal is provided with APP, described fire protection warning main frame is connected with described active equipment, for detecting the state of described active equipment and the status information of described active equipment being sent to described sensing device, described data collection station is connected with described sensing device, for receiving the status information of the described active equipment that described sensing device exports, and after being decoded, convert the data of specified format again to, the data of described specified format are sent to described first RFID data interactive module and store by described data collection station, described NFC module reads the data of described specified format by the described first RFID data interactive module of contact, or the data of described specified format are sent to described mobile terminal by network and show by described data collection station, the data upload of described specified format stores to described cloud server by described mobile terminal, the result of patrolling and examining of described fire fighting equipment is written in the APP of described mobile terminal by patrol officer, described result of patrolling and examining is uploaded to described cloud server and stores by the APP of described mobile terminal.
2. fire fighting equipment cruising inspection system according to claim 1, it is characterized in that, also comprise the second RFID data interactive module, described second RFID data interactive module is pasted onto on described fire fighting equipment or is placed on around described fire fighting equipment, record the information of described fire fighting equipment in described second RFID data interactive module, the described second RFID data interactive module of described NFC module contact reads the information of described fire fighting equipment.
3. fire fighting equipment cruising inspection system according to claim 2, is characterized in that, the information of described fire fighting equipment comprises title, model, inspection item and geographic position.
4. fire fighting equipment cruising inspection system according to claim 1, is characterized in that, described APP is the APP for maintaining described fire fighting equipment, and the data of described specified format are the data meeting BASE64 coded format.
5. the fire fighting equipment cruising inspection system according to Claims 1-4 any one, is characterized in that, described sensing device is provided with RS232 interface, RS485 interface and RJ45 Ethernet interface.
6. a fire fighting equipment method for inspecting, is characterized in that, comprises the 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 data collection station by sensing device;
B) described data collection station is decoded to described status information and is changed into the data of specified format;
C) whether detection has network to connect, and in this way, the APP that the data of described specified format are sent to mobile terminal by network shows by described data collection station, performs step e); Otherwise the data of described specified format are sent to the first RFID data interactive module and store by described data collection station, perform step D);
D) NFC module is contacted described first RFID data interactive module, read the data of described specified format and the APP being sent to described mobile terminal shows, perform step e);
E) data of described specified format are sent to cloud server by wireless network and store by the APP of described mobile terminal;
F) by the APP of described mobile terminal, the second RFID data interactive module and fire fighting equipment are bound;
G) patrol officer is by the described second RFID data interactive module of described NFC module contact, read the title of described fire fighting equipment, model, inspection item and geographical location information, and sending it to the APP display of described mobile terminal, the APP of described mobile terminal records monitoring time simultaneously;
H) described patrol officer patrols and examines described fire fighting equipment according to described inspection item, and judge whether described fire fighting equipment is active equipment, in this way, the APP of described mobile terminal obtains the state of described fire fighting equipment from described cloud server, performs step I); Otherwise, perform step I);
I) after all inspection items of described fire fighting equipment having been detected, the identity information of described patrol officer is inputted at the APP of described mobile terminal, the geographic position of described identity information, detection time, detection and testing result are sent to described cloud server by network and store by the APP of described mobile terminal, and the geographic position of the described identity information received, detection time, detection is become corresponding form with testing result according to the model treatment of setting by described cloud server.
7. fire fighting equipment method for inspecting according to claim 6, is characterized in that, also comprise the steps:
J) the paper architectural plan including fire fighting equipment is converted to the architectural plan of digitized format, and the architectural plan of described digitized format is imported described mobile terminal; Perform step K) or K ＇);
K) obtain lateral coordinates and the longitudinal coordinate of each fire fighting equipment in described paper architectural plan, calculate the area of fire fighting equipment described in each and account for the ratio of the area of the architectural plan of described digitized format;
L) according to width and the height of the architectural plan of described ratio, digitized format, in the architectural plan of described digitized format, coordinate setting and mark are carried out to fire fighting equipment described in each;
K ＇) use the method for handmarking to carry out coordinate setting and mark to fire fighting equipment described in each in the architectural plan of described digitized format.
8. fire fighting equipment method for inspecting according to claim 6, is characterized in that, described step B) comprise further:
B1) described data collection station searches the data stream head character of described status information;
B2) type and status information that the alternate analysis of frame, data-bias and parity checking obtain fire fighting equipment is carried out after traveling through the data stream of described status information;
B3) described data collection station finds the numbering corresponding with the type of described fire fighting equipment;
B4) described numbering and state are encrypted by described data collection station.
9. fire fighting equipment method for inspecting according to claim 6, is characterized in that, described step F) comprise further:
F1) by the described second RFID data interactive module of described NFC module contact, the unique identifier of described second RFID data interactive module is read;
F2) patrol officer inputs the title of fire fighting equipment, model and geographic position at the APP of described mobile terminal;
F3) after being provided with, described NFC module is contacted again described second RFID data interactive module, by described NFC module, the title of described fire fighting equipment, model, inspection item and geographic position are written in described second RFID data interactive module.
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