CN111178693A - A two-dimensional code-based fire equipment management system - Google Patents
A two-dimensional code-based fire equipment management system Download PDFInfo
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Abstract
本发明涉及一种基于二维码的消防设备管理系统，其包括固定在消防设备上的信息识别码、用于识别信息识别码的信息读取终端以及存储有消防信息的消防设备管理平台。本发明具有能够方便工作人员对消防设备的信息进行管理，能够方便工作人员对消防设备进行检查、维护和操作使用，提高消防设备管理效率,更好地发挥消防设备功能的效果。
The invention relates to a two-dimensional code-based fire-fighting equipment management system, which includes an information identification code fixed on the fire-fighting equipment, an information reading terminal for identifying the information identification code, and a fire-fighting equipment management platform storing fire-fighting information. The invention has the effects of facilitating the staff to manage the information of the fire fighting equipment, facilitating the staff to check, maintain and operate the fire fighting equipment, improving the management efficiency of the fire fighting equipment and better exerting the functions of the fire fighting equipment.
Description
Technical Field
The invention relates to the technical field of fire fighting equipment management, in particular to a fire fighting equipment management system based on two-dimensional codes.
Background
At present, according to the requirements of national fire-fighting regulations and actual needs for guaranteeing fire-fighting safety, conventional detection maintenance and emergency maintenance must be carried out on building fire-fighting facilities regularly so as to ensure that the fire-fighting facilities can be started in time to extinguish fire rapidly when a fire occurs. The current building fire protection facilities mainly include: conflagration autoalarm system, water spray fire extinguishing system, fire hydrant system, gaseous fire extinguishing systems, sparse indicating system, fire control broadcasting system etc. system function is different, and equipment variety is various, and it is extremely heavy to detect maintenance work load, and patrols and examines the in-process at the reality, still includes following problem:
1. the building installation fire-fighting equipment is of various types, a large amount of patrol and inspection maintenance data are required to be recorded in the patrol and inspection process, the data comprise but are not limited to equipment names, equipment models, running states, patrol and inspection dates, patrol and inspection personnel, maintenance records and other information, the existing recording means is manual writing records, the information dislocation is easily caused by the recording mode, the information is also easily faked and counterfeited, the later maintenance of the fire-fighting equipment and the rechecking records are more facilitated, and the management efficiency of the fire-fighting equipment is reduced.
2. When a fire-fighting system and equipment break down, a maintenance unit far away from a building (more than tens of kilometers) cannot timely master the failure condition, cannot make a maintenance scheme as soon as possible in a targeted manner and get to the site to remove the failure, and after the maintenance personnel arrive at the site, the maintenance personnel cannot timely obtain the technical and equipment support of the maintenance unit, thereby delaying the rescue time and even aggravating dangerous situations and losses.
3. The maintenance unit cannot master the operation conditions of hundreds of fire-fighting systems and equipment of maintenance buildings in real time, and is difficult to make a maintenance or emergency maintenance scheme in a targeted manner in time, so that the fire-fighting system is prevented from getting in the bud and the reliable fire-fighting equipment management efficiency of the fire-fighting system is reduced.
4. When a fire disaster occurs, because the user of the fire fighting equipment is lack of fire fighting training or is in panic, the user often does not know how to operate the fire fighting system and correctly use the fire fighting equipment, so that the fire fighting equipment cannot fully exert the efficiency, namely the use efficiency of the fire fighting equipment is reduced, and the fire fighting and disaster relief efficiency is also influenced.
Disclosure of Invention
Aiming at the defects in the prior art, the invention aims to provide a fire fighting equipment management system based on a two-dimensional code, which can facilitate the management of information of fire fighting equipment by workers, the inspection, maintenance, operation and use of the fire fighting equipment by the workers, improve the management efficiency and the use efficiency of the fire fighting equipment and better exert the functions of the fire fighting equipment.
One of the above objects of the present invention is achieved by the following technical solutions:
a fire fighting equipment management system based on two-dimensional code includes:
the information identification code is fixed on the fire fighting equipment and used for identifying the fire fighting equipment; the information identification codes correspond to the fire fighting equipment one by one and are different from each other;
the information reading terminal comprises an information identification terminal and an information input terminal and is used for identifying the information identification code and inputting the working information; when the information identification terminal reads the information identification code, the information identification terminal outputs an information identification signal; when the maintenance work of the fire fighting equipment is finished, inputting updated maintenance information through the information input terminal and outputting a maintenance updating signal;
the fire fighting equipment management platform is in communication connection with the information reading terminal and is used for receiving the information system identification signal and the maintenance update signal; when the information identification signal is received, the fire fighting equipment management platform identifies the information identification signal; when the identification is qualified, outputting a fire fighting equipment management signal; when the information reading terminal receives the fire fighting equipment management signal, the information reading terminal displays equipment information of the fire fighting equipment; and when the maintenance updating signal is received, the fire fighting equipment management platform stores the maintenance updating signal.
By adopting the technical scheme, when the fire fighting equipment is patrolled, the worker utilizes the information reading terminal to identify the information identification code of the fire fighting equipment, and when the information reading terminal reads the information identification code, the worker outputs an information identification signal; when the fire fighting equipment management platform receives the information identification signal, outputting a fire fighting equipment management signal; when the information reading terminal receives the management signal of the fire fighting equipment, the information reading terminal displays the equipment information of the fire fighting equipment, and then a worker confirms the maintenance condition of the equipment according to the displayed equipment signal, so that the worker can conveniently arrange a maintenance plan; after the maintenance work of the fire fighting equipment is finished, the staff inputs the updated maintenance information by using the information input terminal, and then the information reading end outputs a maintenance updating signal; when the maintenance updating signal is received, the fire fighting equipment management platform stores the updated maintenance information, so that the inspection management of the fire fighting equipment is realized, and the management efficiency of the fire fighting equipment is improved.
The invention is further configured to: the information identification code comprises a two-dimensional code or a bar code which stores information such as identity information, maintenance information, building information, construction unit information, supervision unit information, acceptance unit information and the like of the fire fighting equipment.
By adopting the technical scheme, the staff obtains the relevant information of the fire fighting equipment after scanning the information identification code in the internet state, and can conveniently arrange an equipment maintenance plan by knowing the maintenance information and the building information of the fire fighting equipment, and can conveniently trace responsibility units of the fire fighting equipment faults by knowing the information of a construction unit, a supervision unit, an acceptance unit and the like, so that the management of the fire fighting equipment is standardized, and the management efficiency is improved.
The invention is further configured to: the fire fighting equipment management platform comprises a communication end, a processing module connected with the communication end and a database connected with the processing module.
By adopting the technical scheme, when the communication terminal receives the signal, the communication terminal transmits the signal to the processing module, then the processing module performs comparison processing according to the data in the database, and then the processed signal is output through the communication terminal, so that the data processing is realized.
The invention is further configured to: the fire fighting equipment management platform is communicated with the fire fighting equipment management platform through a communication interface; when the fire fighting equipment needs to be used, identity information of a user is input into the equipment lock; when the equipment lock receives the identity information of a user, an identity recognition signal is output; when the fire fighting equipment management platform receives the identity recognition signal, the fire fighting equipment management platform compares the identity recognition signal; after the identity identification is passed, the fire fighting equipment management platform outputs an unlocking signal; when the equipment lock receives the unlocking signal, the equipment lock is unlocked.
By adopting the technical scheme, when the fire fighting equipment needs to be used, identity information of a user is input into the equipment lock; when the equipment lock receives the identity information of a user, an identity recognition signal is output; when the fire fighting equipment management platform receives the identity recognition signal, the fire fighting equipment management platform compares the identity recognition signal; after the identity identification is passed, the fire fighting equipment management platform outputs an unlocking signal; when the equipment lock receives the signal of unblanking, the equipment lock is opened to avoid other people misuse the fire equipment that fire equipment leads to and damage or lose, conveniently manage fire equipment.
The invention is further configured to: the equipment lock is arranged as a fingerprint lock.
The invention is further configured to: the fire fighting equipment management platform is communicated with the fire fighting equipment demonstration terminal; when the unlocking signal is received, the equipment demonstration terminal works and demonstrates the operation rules and the flow of the fire fighting equipment.
Through adopting above-mentioned technical scheme, when equipment demonstration terminal received the signal of unblanking, equipment demonstration terminal work and demonstration fire-fighting equipment operation regulation and flow to the staff that makes the first use fire-fighting equipment can know the application method of fire-fighting equipment, thereby improves the availability factor of fire-fighting equipment.
The invention is further configured to: the fire fighting equipment management platform is connected with the equipment demonstration terminal and the fire fighting equipment management platform; when the fire fighting equipment identification terminal receives the unlocking signal, the fire fighting equipment identification terminal identifies the position of the fire fighting equipment; when the position of the fire fighting equipment is detected to be changed, the fire fighting equipment is identified to be triggered and an equipment identification signal is output; and when the equipment demonstration terminal receives the equipment identification signal, demonstrating the operation rules and the flow of the used fire fighting equipment.
By adopting the technical scheme, when a user opens the fire fighting equipment and the fire fighting equipment identification terminal receives the unlocking signal, the fire fighting equipment identification terminal identifies the position of the fire fighting equipment; when a user takes up the fire fighting equipment and uses the fire fighting equipment, the position of the fire fighting equipment is detected to change, and then the fire fighting equipment is identified and finally triggered and an equipment identification signal is output; when equipment demonstration terminal received equipment identification signal afterwards, demonstrate the operation regulation and the flow of fire-fighting equipment that uses to can make the user of not knowing certain use procedure of fire-fighting equipment can have deeper understanding to the using-way of fire-fighting equipment, thereby make the user can correctly operate fire-fighting equipment, improve the availability factor of fire-fighting equipment.
The invention is further configured to: further comprising:
the equipment monitoring terminal is in communication connection with the fire-fighting equipment management platform and is used for monitoring the use state of the fire-fighting equipment; when the state of the fire fighting equipment is detected to be changed, a detection signal is output; when the fire fighting equipment management platform receives the detection signal, outputting an alarm signal;
the alarm unit is in communication connection with the fire-fighting equipment management platform and used for receiving an alarm signal; when receiving the alarm signal, the alarm unit gives an audible and visual alarm.
By adopting the technical scheme, when the equipment monitoring terminal detects that the state of the fire-fighting equipment changes, a detection signal is output; when the fire fighting equipment management platform receives the detection signal, outputting an alarm signal; when the alarm unit receives the alarm signal, the alarm unit carries out acousto-optic alarm, thereby realizing the monitoring of the use state of the equipment and improving the management efficiency of the fire fighting equipment.
The invention is further configured to: the equipment monitoring terminal comprises a water pressure detection unit, a flow speed detection unit and a water level detection unit, wherein the water pressure detection unit is arranged in the fire-fighting water pipe network and used for detecting water pressure in the fire-fighting water pipe network, the flow speed detection unit is arranged in the fire-fighting water pipe network and used for detecting the flow speed of water in the fire-fighting water pipe network, and the water level detection unit is arranged in a fire pool and a high-level fire water tank which supply water.
By adopting the technical scheme, when the water pressure detection unit detects that the water pressure in the fire hose is too high or reduced, a water pressure detection signal is output; outputting a flow rate detection signal when the flow rate detection unit detects that the flow rate in the fire hose network is increased; when the water level detection unit detects that the water levels of the fire pool and the high-level fire water tank are lower than the warning water level, a water level detection signal is output;
when the fire fighting equipment management platform receives a water pressure detection signal or a flow rate monitoring signal or a water level detection signal, an alarm signal is output; when the alarm unit receives the alarm signal, the alarm unit gives an audible and visual alarm, so that the staff can timely maintain the fire-fighting water pipe network or organize the fire rescue work, the normal use of the fire-fighting water pipe network is ensured, and the loss is reduced.
The invention is further configured to: the fire-fighting equipment management platform is communicated with a fire-fighting equipment management platform, and the fire-fighting equipment management platform is used for monitoring the occurrence condition of a fire; when a fire disaster is detected, the fire fighting monitoring module outputs a fire disaster signal; when the fire fighting equipment management platform receives the fire occurrence signal, an alarm signal is output.
By adopting the technical scheme, when the fire monitoring module detects that a fire happens, the fire monitoring module outputs a fire occurrence signal; when the fire fighting equipment management platform receives a fire occurrence signal, outputting an alarm signal; when the alarm unit receives the alarm signal, the alarm unit carries out acousto-optic alarm, so that the working personnel can organize the fire-fighting work in time, and the fire-fighting management efficiency is improved.
In conclusion, the beneficial technical effects of the invention are as follows:
1. by setting the information identification code and the information reading terminal, a worker can conveniently arrange a maintenance scheme of the fire fighting equipment according to the related information of the fire fighting equipment, and the management efficiency of the fire fighting equipment is improved;
2. by arranging the equipment monitoring terminal, the use condition of the fire-fighting equipment can be monitored, and the management efficiency of the fire-fighting equipment is improved;
3. through setting up equipment demonstration terminal, can make the user of service know fire-fighting equipment's application specification and operation flow, guarantee that the user of service can correctly use fire-fighting equipment to improve fire-fighting equipment's availability factor.
Drawings
FIG. 1 is a schematic diagram of the system architecture of the present invention.
In the figure, 1, information identification code; 2. an information reading terminal; 21. an information recognition terminal; 22. an information input terminal; 3. a fire fighting equipment management platform; 31. a communication terminal; 32. a processing module; 33. a database; 4. an equipment lock; 5. a device demonstration terminal; 51. a device identification terminal; 6. a device monitoring terminal; 7. an alarm unit; 8. a fire monitoring module; 9. an identification code generator.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings.
Referring to fig. 1, the invention discloses a fire fighting equipment management system based on two-dimensional code, which comprises:
the information identification code 1 is fixed on the fire fighting equipment and used for identifying the fire fighting equipment; the information identification codes 1 correspond to the fire fighting equipment one by one and are different from each other;
an information reading terminal 2 including an information identification terminal 21 and an information input terminal 22 for identifying an information identification code and inputting work information; when the information identification terminal 21 reads the information identification code 1, the information identification terminal 21 outputs an information identification signal; when the maintenance work of the fire fighting equipment is completed, the updated maintenance information is input through the information input terminal 22 and a maintenance update signal is output;
the fire fighting equipment management platform 3 is in communication connection with the information reading terminal 2 and is used for receiving the information system identification signal and the maintenance update signal; when the fire fighting equipment management platform 3 receives the information identification signal, the fire fighting equipment management platform 3 identifies the information identification signal; when the fire fighting equipment is qualified, the fire fighting equipment management platform 3 outputs a fire fighting equipment management signal; when the information reading terminal 2 receives the fire fighting equipment management signal, the information reading terminal 2 displays equipment information of the fire fighting equipment; when the fire fighting equipment management platform 3 receives the maintenance update signal, the fire fighting equipment management platform 3 stores the updated maintenance information.
When the fire fighting equipment is patrolled and examined, a worker scans and identifies the information identification code 1 of the fire fighting equipment by using the information reading terminal 2, and when the information identification terminal 21 reads the information identification code 1, the information reading terminal outputs an information identification signal; when the fire fighting equipment management platform 3 receives the information identification signal, outputting a fire fighting equipment management signal; when the information reading terminal 2 receives the fire fighting equipment management signal, the information reading terminal 2 displays the equipment information of the fire fighting equipment, and then the staff confirms the maintenance condition of the equipment according to the displayed equipment information to arrange a maintenance plan; after the maintenance work of the fire fighting equipment is finished, the staff inputs the updated maintenance information by using the information input terminal 22, and then the information reading terminal 2 outputs a maintenance updating signal; when the fire fighting equipment management platform 3 receives the maintenance updating signal, the fire fighting equipment management platform 3 stores the updated maintenance information, so that the inspection management record of the fire fighting equipment is realized, and the management efficiency of the fire fighting equipment is improved.
The fire fighting equipment comprises all fire fighting equipment related to a building fire fighting system, such as a fire pump, a fire hydrant, a water flow indicator, an alarm valve, a smoke exhaust prevention fan, a smoke exhaust prevention valve, a fire shutter, a fire detector, a fire alarm controller, gas fire fighting equipment, fire fighting broadcasting equipment, emergency lighting equipment, a fire extinguisher, a fire box, a fire axe arranged in the fire box and the like; the information identification code 1 is automatically generated by the identification code generator 9, the information identification code 1 comprises a two-dimensional code or a bar code which stores information such as identity information, maintenance information, building information, water source information, construction unit information, supervision unit information, acceptance unit information and the like of the fire fighting equipment, and the information identification code 1 is also arranged on evacuation facilities and rescue sites, so that evacuated personnel and workers can know real-time conditions of the evacuation facilities and the rescue sites by scanning the information identification code 1 and can trace responsibility units of faults of the fire fighting equipment; the information reading terminal 2 is set as a tablet personal computer, a smart phone or other PAD communication equipment; the fire fighting equipment management platform 3 includes a communication terminal 31, a processing module 32 connected to the communication terminal 31, and a database 33 connected to the processing module 32.
In order to avoid the loss of the fire fighting equipment, referring to fig. 1, the fire fighting equipment management platform 3 is also in communication connection with an equipment lock 4 arranged on the fire fighting cabinet, in this embodiment, the equipment lock 4 is set as a fingerprint lock; when the fire-fighting cabinet needs to be opened, identity information of a user is input into the equipment lock 4; when the equipment lock 4 receives the identity information of the user, an identity recognition signal is output; when the fire fighting equipment management platform 3 receives the identity recognition signal, the fire fighting equipment management platform 3 compares the identity recognition signal; after the identity identification is passed, the fire fighting equipment management platform 3 outputs an unlocking signal; when the equipment lock 4 receives the unlock signal, the equipment lock 4 is unlocked, and then the fire fighting cabinet can be opened and the fire fighting equipment in the fire fighting cabinet can be used.
In order to enable workers or users to know the using mode of the fire fighting equipment and improve the using efficiency of the fire fighting equipment, referring to fig. 1, an equipment demonstration terminal 5 for demonstrating operating procedures and flows of the fire fighting equipment is arranged in a fire fighting cabinet, and the equipment demonstration terminal 5 is in communication connection with a fire fighting equipment management platform 3; when the equipment demonstration terminal 5 receives the unlocking signal, the equipment demonstration terminal 5 works and demonstrates the operation rules and the flow of the fire fighting equipment, so that the staff who use the fire fighting equipment for the first time can know the use method of the fire fighting equipment; in the present embodiment, the device demo terminal 5 is provided as a touch-operable touch display screen.
In order to further improve the use efficiency of the fire fighting equipment, referring to fig. 1, an equipment identification terminal 51 for identifying the fire fighting equipment is further arranged in the fire fighting cabinet, and the fire fighting equipment identification terminal 51 is connected to the equipment demonstration terminal 5 and the fire fighting equipment management platform 3; when a user opens the fire fighting cabinet through the equipment lock 4 and the fire fighting equipment identification terminal 51 receives an unlocking signal, the fire fighting equipment identification terminal 51 identifies the position of the fire fighting equipment; when a user picks up a fire fighting device (such as a fire extinguisher) and uses the fire fighting device, the fire fighting device identification terminal 51 detects that the position of the fire fighting device is changed, and then the fire fighting device identification terminal 51 triggers and outputs a device identification signal; subsequently, when the equipment demonstration terminal 5 receives the equipment identification signal, demonstrating the operation rules and the flow of the used fire fighting equipment, so that a user who does not know about a certain using step of the fire fighting equipment can deeply understand the using mode of the fire fighting equipment, the user can correctly operate the fire fighting equipment, and the using efficiency of the fire fighting equipment is improved; in this embodiment, the fire fighting equipment identification terminal 51 may be configured as a pressure sensor or an infrared probe or other detection device.
For improving fire control monitoring efficiency, realize the quick response to conflagration fire control, refer to fig. 1, a fire-fighting equipment management system based on two-dimensional code still includes:
the equipment monitoring terminal 6 is in communication connection with the fire-fighting equipment management platform and is used for monitoring the use state of the fire-fighting equipment; when the equipment monitoring terminal 6 detects that the state of the fire-fighting equipment changes, a detection signal is output; when the fire fighting equipment management platform 3 receives the detection signal, outputting an alarm signal; in this embodiment, the device monitoring terminal 6 includes a water pressure detection unit disposed in the fire hose network and configured to detect water pressure in the fire hose network, a flow rate detection unit disposed in the fire hose network and configured to detect a flow rate of water in the fire hose network, and a water level detection unit disposed in the fire pool and the high-level fire water tank that supply water to the fire hose network;
the fire-fighting monitoring module 8 is in communication connection with the fire-fighting equipment management platform 3 and is used for monitoring the fire occurrence condition; when a fire is detected, the fire monitoring module 8 outputs a fire signal; when the fire fighting equipment management platform 3 receives the fire occurrence signal, outputting an alarm signal;
the alarm unit 7 is in communication connection with the fire-fighting equipment management platform 3 and is used for receiving an alarm signal; when receiving the alarm signal, the alarm unit 7 performs sound and light alarm.
When the water pressure detection unit detects that the water pressure in the fire hose network is too high or reduced, a water pressure detection signal is output; outputting a flow rate detection signal when the flow rate detection unit detects that the flow rate in the fire hose network is increased; when the water level detection unit detects that the water levels of the fire pool and the high-level fire water tank are lower than the warning water level, a water level detection signal is output; when the fire fighting equipment management platform 3 receives a water pressure detection signal or a flow rate monitoring signal or a fire occurrence signal or a water level detection signal, an alarm signal is output; when the alarm unit 7 receives the alarm signal, the alarm unit 7 performs sound and light alarm, so that the staff can timely maintain the fire-fighting water pipe network or organize the fire rescue work, the normal use of the fire-fighting water pipe network is ensured, and the loss is reduced.
The implementation principle of the embodiment is as follows: generating information identification codes 1 which are different from each other and store fire fighting equipment information by using an identification code generator 9, and fixing the information identification codes 1 on the fire fighting equipment; when the fire fighting equipment is patrolled and examined, a worker scans and identifies the information identification code 1 of the fire fighting equipment by using the information reading terminal 2, and outputs an information identification signal when the information reading terminal 2 reads the information identification code 1; when the fire fighting equipment management platform 3 receives the information identification signal, outputting a fire fighting equipment management signal; when the information reading terminal 2 receives the fire fighting equipment management signal, the information reading terminal 2 displays the equipment information of the fire fighting equipment, and then the staff confirms the maintenance condition of the equipment according to the displayed equipment signal, thereby arranging a maintenance plan; after the maintenance of the fire fighting equipment is finished, the worker outputs a maintenance update signal by using the information input terminal 22; when the fire fighting equipment management platform 3 receives the maintenance updating signal, the fire fighting equipment management platform 3 stores the maintenance updating signal;
when the water pressure detection unit detects that the water pressure in the fire hose network is too high or reduced, a water pressure detection signal is output; outputting a flow rate detection signal when the flow rate detection unit detects that the flow rate in the fire hose network is increased; when the water level detection unit detects that the water levels of the fire pool and the high-level fire water tank are lower than the warning water level, a water level detection signal is output; when the fire fighting equipment management platform 3 receives a water pressure detection signal or a flow rate monitoring signal or a fire occurrence signal or a water level detection signal, an alarm signal is output; when the alarm unit 7 receives the alarm signal, the alarm unit 7 performs sound and light alarm, so that the staff can timely maintain the fire-fighting water pipe network or organize the fire rescue work;
when the fire-fighting cabinet needs to be opened, identity information of a user is input into the equipment lock 4; when the equipment lock 4 receives the identity information of the user, an identity recognition signal is output; when the fire fighting equipment management platform 3 receives the identity recognition signal, the fire fighting equipment management platform 3 compares the identity recognition signal; after the identity identification is passed, the fire fighting equipment management platform 3 outputs an unlocking signal; when the equipment lock 4 receives the unlocking signal, the equipment lock 4 is opened, and then the fire-fighting cabinet can be opened and the fire-fighting equipment in the fire-fighting cabinet can be used; meanwhile, when the equipment demonstration terminal 5 receives the unlocking signal, the equipment demonstration terminal 5 works and demonstrates the operation rules and the flow of the fire fighting equipment, so that the staff who use the fire fighting equipment for the first time can know the using method of the fire fighting equipment.
According to the invention, by setting the information identification code 1 and the information reading terminal 2, a worker can conveniently arrange a maintenance scheme of the fire fighting equipment according to the related information of the fire fighting equipment, and the management efficiency of the fire fighting equipment is improved; by arranging the equipment monitoring terminal 6, the use condition of the fire-fighting equipment can be monitored, and the management efficiency of the fire-fighting equipment is improved; through setting up equipment demonstration terminal 5, can make the user of service know fire-fighting equipment's application specification and operation flow, guarantee that the user of service can correctly use fire-fighting equipment to improve fire-fighting equipment's availability factor.
The embodiments of the present invention are preferred embodiments of the present invention, and the scope of the present invention is not limited by these embodiments, so: all equivalent changes made according to the structure, shape and principle of the invention are covered by the protection scope of the invention.
Claims (10)
1. The utility model provides a fire-fighting equipment management system based on two-dimensional code which characterized in that: the method comprises the following steps:
the information identification code (1) is fixed on the fire-fighting equipment and used for identifying the fire-fighting equipment; the information identification codes (1) correspond to the fire-fighting equipment one by one and are different from each other;
the information reading terminal (2) comprises an information identification terminal (21) and an information input terminal (22) and is used for identifying the information identification code (1) and inputting working information; when the information identification terminal (21) reads the information identification code (1), the information identification terminal (21) outputs an information identification signal; when the maintenance work of the fire fighting equipment is finished, the updated maintenance information is input through the information input terminal (22) and a maintenance updating signal is output;
the fire fighting equipment management platform (3) is in communication connection with the information reading terminal (2) and is used for receiving the information system identification signal and the maintenance update signal; when receiving the information identification signal, the fire fighting equipment management platform (3) identifies the information identification signal; when the identification is qualified, outputting a fire fighting equipment management signal; when the information reading terminal (2) receives the fire fighting equipment management signal, the information reading terminal (2) displays equipment information of the fire fighting equipment; when the maintenance updating signal is received, the fire fighting equipment management platform (3) stores the maintenance updating signal.
2. A fire fighting equipment management system based on two-dimensional code as recited in claim 1, wherein: the information identification code (1) comprises a two-dimensional code or a bar code which stores information such as identity information, maintenance information, building information, construction unit information, supervision unit information, acceptance unit information and the like of the fire fighting equipment.
3. A fire fighting equipment management system based on two-dimensional code as recited in claim 1, wherein: the fire fighting equipment management platform (3) comprises a communication terminal (31), a processing module (32) connected with the communication terminal (31) and a database (33) connected with the processing module (32).
4. A fire fighting equipment management system based on two-dimensional code as recited in claim 1, wherein: the fire fighting equipment management platform further comprises an equipment lock (4) arranged on the fire fighting equipment, wherein the equipment lock (4) is in communication connection with the fire fighting equipment management platform (3); when the fire fighting equipment needs to be used, identity information of a user is input into the equipment lock (4); when the equipment lock (4) receives the identity information of a user, an identity recognition signal is output; when the fire fighting equipment management platform (3) receives the identity recognition signal, the fire fighting equipment management platform (3) compares the identity recognition signal; after the identity identification is passed, the fire fighting equipment management platform (3) outputs an unlocking signal; when the equipment lock (4) receives the unlocking signal, the equipment lock (4) is opened.
5. A fire fighting equipment management system based on two-dimensional code as defined in claim 4, wherein: the device lock (4) is configured as a fingerprint lock.
6. A fire fighting equipment management system based on two-dimensional code as defined in claim 4, wherein: the fire fighting equipment demonstration system is characterized by also comprising an equipment demonstration terminal (5) for demonstrating operating procedures and flows of fire fighting equipment, wherein the equipment demonstration terminal (5) is in communication connection with the fire fighting equipment management platform (3); when the unlocking signal is received, the equipment demonstration terminal (5) works and demonstrates the operation rules and the flow of the fire fighting equipment.
7. A fire fighting equipment management system based on two-dimensional code as recited in claim 6, wherein: the fire fighting equipment demonstration system is characterized by further comprising an equipment identification terminal (51) used for identifying fire fighting equipment, wherein the fire fighting equipment identification terminal (51) is connected to the equipment demonstration terminal (5) and the fire fighting equipment management platform (3); when the fire fighting equipment identification terminal (51) receives the unlocking signal, the fire fighting equipment identification terminal (51) identifies the position of the fire fighting equipment; when detecting that the position of the fire fighting equipment is changed, the fire fighting equipment identification terminal (51) triggers and outputs an equipment identification signal; when the equipment demonstration terminal (5) receives the equipment identification signal, demonstrating the operation rules and the flow of the used fire fighting equipment.
8. A fire fighting equipment management system based on two-dimensional code as recited in claim 1, wherein: further comprising:
the equipment monitoring terminal (6) is in communication connection with the fire-fighting equipment management platform (3) and is used for monitoring the use state of the fire-fighting equipment; when the state of the fire fighting equipment is detected to be changed, a detection signal is output; when the fire fighting equipment management platform (3) receives the detection signal, outputting an alarm signal;
the alarm unit (7) is in communication connection with the fire-fighting equipment management platform (3) and is used for receiving an alarm signal; when receiving the alarm signal, the alarm unit (7) gives an audible and visual alarm.
9. A fire fighting equipment management system based on two-dimensional code as recited in claim 8, wherein: the equipment monitoring terminal (6) comprises a water pressure detection unit, a flow speed detection unit and a water level detection unit, wherein the water pressure detection unit is arranged in the fire-fighting water pipe network and used for detecting the water pressure in the fire-fighting water pipe network, the flow speed detection unit is arranged in the fire-fighting water pipe network and used for detecting the flow speed of water in the fire-fighting water pipe network, and the water level detection unit is arranged in a fire pool and a high-level fire water tank which supply.
10. A fire fighting equipment management system based on two-dimensional code as recited in claim 8, wherein: the fire-fighting equipment management platform is characterized by further comprising a fire-fighting monitoring module (8) in communication connection with the fire-fighting equipment management platform (3), wherein the fire-fighting monitoring module (8) is used for monitoring the occurrence condition of a fire; when a fire is detected, the fire protection monitoring module (8) outputs a fire occurrence signal; when the fire fighting equipment management platform (3) receives the fire occurrence signal, an alarm signal is output.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201911272242.5A CN111178693B (en) | 2019-12-12 | 2019-12-12 | A fire equipment management system based on QR code |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201911272242.5A CN111178693B (en) | 2019-12-12 | 2019-12-12 | A fire equipment management system based on QR code |
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| CN111178693A true CN111178693A (en) | 2020-05-19 |
| CN111178693B CN111178693B (en) | 2023-10-24 |
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| CN115382144A (en) * | 2022-08-08 | 2022-11-25 | 上海晨星实业有限公司 | Fire station system, fire station using method and fire station |
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| CN111178693B (en) | 2023-10-24 |
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