CN215741567U - Thing networking fire control water supply system - Google Patents
Thing networking fire control water supply system Download PDFInfo
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- CN215741567U CN215741567U CN202122293283.1U CN202122293283U CN215741567U CN 215741567 U CN215741567 U CN 215741567U CN 202122293283 U CN202122293283 U CN 202122293283U CN 215741567 U CN215741567 U CN 215741567U
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Abstract
The application relates to an Internet of things fire-fighting water supply system, which relates to the technical field of fire-fighting monitoring and comprises a fire-fighting water tank detection unit, a power supply unit and a water level control unit, wherein the fire-fighting water tank detection unit is connected to the power supply unit and is used for detecting the working state of water in a fire-fighting water tank and outputting a state detection signal; the pressure detection unit is connected with the power supply unit and used for detecting the pressure information of the pressure stabilizing pump and the air pressure water tank and outputting a first pressure detection signal; the fire fighting equipment detection unit is connected with the power supply unit and used for detecting the working state of the fire fighting equipment and outputting a fire fighting equipment detection signal; the fire fighting water system controller receives the signals, respectively converts the signals into state information analog quantity signals, pressure intensity information analog quantity signals and fire fighting equipment information analog quantity signals and outputs the signals; the water supply monitoring platform based on the Internet of things receives the state information analog quantity signal, the first pressure intensity information analog quantity signal and the fire fighting equipment information analog quantity signal to display, and the water supply monitoring platform based on the Internet of things has the effect of improving the monitoring efficiency of a fire fighting water supply system.
Description
Technical Field
The application relates to the technical field of fire control monitoring, in particular to an Internet of things fire water supply system.
Background
The normal operation of the fire-fighting water supply system is an important guarantee for fire-fighting safety and is also a big matter related to the life and property safety of people and the social stability. The fire-fighting water supply equipment is characterized in that: the water supply system is not used in normal times or even for a long time, and once the water supply system is used, the water supply system must play a role, so that monitoring whether the water supply system can normally operate is a very important link.
The existing fire water supply system can refer to the description of the Internet of things fire water supply system in the national building standard design drawing set 19S204-1 and the weak electric connection diagram of the Internet of things fire water supply system. At present, when monitoring, maintaining and managing a fire-fighting water supply system, on-site investigation is mainly carried out manually, workers acquire working state information of fire-fighting equipment, water storage amount information in a fire-fighting water tank, working state information of a pressure stabilizing pump, working state information of an air pressure water tank, temperature information in the fire-fighting water tank and the like every day, manually judge and detect the acquired information, determine whether the current fire-fighting water supply system meets fire-fighting requirements or not, and accordingly reduce the occurrence of fire-fighting water supply system paralysis.
Aiming at the related technologies, the inventor thinks that the fire-fighting water supply system is monitored manually, workers need to arrive at the site every day to carry out data acquisition and processing on fire-fighting equipment, and the fire-fighting water supply system cannot be monitored remotely and in real time, so that the defect of reducing the monitoring efficiency of the fire-fighting water supply system exists.
SUMMERY OF THE UTILITY MODEL
In order to improve the monitoring efficiency to fire prevention water supply system, the application provides an thing networking fire control water supply system. The following technical scheme is adopted:
an Internet of things fire water supply system comprises
The power supply unit is connected to the mains supply and used for supplying voltage;
the fire water tank detection unit is connected with the power supply unit and used for detecting the working state of water in the fire water tank and outputting a state detection signal;
the pressure detection unit is connected with the power supply unit and used for detecting the pressure information of the pressure stabilizing pump and the air pressure water tank and outputting a first pressure detection signal;
the fire fighting equipment detection unit is connected with the power supply unit and used for detecting the working state of the fire fighting equipment and outputting a fire fighting equipment detection signal;
the fire water system controller is connected with the fire water tank detection unit, the pressure detection unit and the fire equipment detection unit, and respectively converts the state detection signal, the first pressure detection signal and the fire equipment detection signal into a state information analog quantity signal, a pressure information analog quantity signal and a fire equipment information analog quantity signal and outputs the signals;
the water supply monitoring platform of the Internet of things is connected with a fire fighting water system controller, receives the state information analog quantity signal, the first pressure information analog quantity signal and the fire fighting equipment information analog quantity signal through network transmission of data information, and displays the state information analog quantity signal, the first pressure information analog quantity signal and the fire fighting equipment information analog quantity signal.
By adopting the technical scheme, when the fire-fighting water supply system is monitored, firstly, the detection unit related to the fire-fighting water supply system is detected through the detection module, then the fire-fighting water system controller converts the detected state detection signal, the first pressure detection signal and the fire-fighting equipment detection signal into the state information analog quantity signal, the pressure information analog quantity signal and the fire-fighting equipment information analog quantity signal, and finally the Internet of things water supply monitoring platform receives and displays the state information analog quantity signal, the pressure information analog quantity signal and the fire-fighting equipment information analog quantity signal, so that the staff can conveniently check the state information analog quantity signal, the pressure information analog quantity signal and the fire-fighting equipment information analog quantity signal, the effect of monitoring the fire-fighting water supply system in real time is achieved, and the monitoring efficiency of the fire-fighting water supply system is improved.
Optionally, the power supply unit includes a bridge rectifier circuit and a transformer T, a primary side coil of the transformer T is connected to the utility power, and a secondary side coil of the transformer T is connected to the ac input end of the bridge rectifier circuit.
Through adopting above-mentioned technical scheme, transformer T is being exported through bridge rectifier circuit with alternating current conversion after stepping down the commercial power to provide stable direct current power supply for fire water tank detecting element, pressure detecting element and fire-fighting equipment detecting element.
Optionally, the fire water tank detection unit includes temperature detection module, water level detection module and pressure detection module, and temperature detection module is used for detecting the temperature information of water in the fire water tank to output temperature detected signal, and water level detection module is used for detecting the surplus information of water in the fire water tank to output water level detected signal, and pressure detection module is used for detecting the pressure information of water in the fire water tank, and outputs second pressure detected signal.
Through adopting above-mentioned technical scheme, monitor the pressure of temperature, water level and water in the waterproof box, help the staff to manage the operating condition of waterproof box inside, take place the high temperature or cross low, the water level is too high or cross low and pressure is too high or cross low the time, the staff solves the problem that appears in the waterproof box fast to the effect of being convenient for maintain the waterproof box has been reached.
Optionally, the fire-fighting equipment detection unit includes fire-fighting pipe network pressure detection module, end device pressure detection module and fire pump flow detection module, and fire-fighting pipe network pressure detection module is used for detecting the pressure information of fire-fighting pipe network department to export first pressure detection signal, end device pressure detection module is used for detecting terminal pressure information that tries water the device and measures, and exports second pressure detection signal, and fire pump flow detection module is used for detecting the flow information of fire pump, and exports flow detection signal.
Through adopting above-mentioned technical scheme, monitor fire control pipe network pressure information in the fire-fighting equipment, end device pressure information and fire pump flow, help the staff to manage the operating condition of fire-fighting equipment, too high or low, when too big or the undersize of fire pump flow, the staff in time solves the problem that the fire-fighting equipment appears taking place fire control pipe network pressure and end device pressure, thereby reached and be convenient for maintain the effect to the fire-fighting equipment.
Optionally, the information storage unit is connected to the fire water system controller and the power supply unit, and stores information output by the fire water system controller and the power supply unit.
Through adopting above-mentioned technical scheme, can store the information among the fire water supply system through the information storage unit, carry out the record to fire water supply system's running state, be convenient for carry out system maintenance in the future.
Optionally, the alarm unit is connected to the fire-fighting water system controller, and alarms and outputs an alarm when the state detection signal and/or the first pressure detection signal and/or the fire-fighting equipment detection signal reach a preset standard value.
By adopting the technical scheme, if any link in the fire water supply system has a problem, the alarm unit is arranged to help to alarm any problem link in the fire water supply system, and the alarm unit warns to achieve the warning effect.
Optionally, the alarm unit includes audible alarm module and light alarm module, audible alarm module includes the bee calling organ, light alarm module includes the warning pilot lamp.
Through adopting above-mentioned technical scheme, through setting up audible alarm module and light alarm module, can also perhaps warn when being difficult to observe in the dark to shorten the time quantum that operating personnel found the trouble, improve maintenance efficiency.
Optionally, the alarm detection unit is configured to detect current working state information of the sound alarm module and the light alarm module, and output an alarm state signal;
the alarm counting unit is used for counting the alarm quantity information of the sound alarm module and the light alarm module and outputting an alarm quantity signal;
the signal conversion unit is connected with the alarm detection unit and the alarm statistical unit, and respectively converts the alarm state signals and the alarm quantity signals into alarm state analog quantity signals and alarm quantity analog quantity signals and outputs the alarm state analog quantity signals and the alarm quantity analog quantity signals;
and the alarm display unit is connected with the signal conversion unit and used for receiving and displaying the alarm state analog quantity signals and the alarm quantity analog quantity signals.
By adopting the technical scheme, when the alarm processing is carried out on the fire-fighting water supply system, firstly, the working state of the alarm unit equipment is detected through the alarm detection unit, if the alarm equipment has a fault problem, the alarm state signal is displayed in red, otherwise, the alarm state signal is displayed in green, then the alarm counting unit detects the alarm number of the current alarm unit, and finally, the working state information and the alarm number information of the alarm equipment are displayed on the terminal, so that the troubleshooting of a worker is facilitated.
In summary, the present application includes at least one of the following beneficial technical effects:
1. by arranging the fire-fighting water supply monitoring system, when the fire-fighting water supply system is monitored, firstly, a detection unit related to the fire-fighting water supply system is detected through a detection module, then, a fire-fighting water system controller converts a detected state detection signal, a first pressure detection signal and a fire-fighting equipment detection signal into a state information analog quantity signal, a pressure information analog quantity signal and a fire-fighting equipment information analog quantity signal, and finally, an Internet of things water supply monitoring platform receives and displays the state information analog quantity signal, the pressure information analog quantity signal and the fire-fighting equipment information analog quantity signal, so that a worker can conveniently check the signals, the effect of monitoring the fire-fighting water supply system in real time is achieved, and the monitoring efficiency of the fire-fighting water supply system is improved;
2. by arranging the alarm detection unit, the alarm statistical unit, the signal conversion unit and the alarm display unit, when the alarm processing is carried out on the fire-fighting water supply system, firstly, the alarm detection unit is used for detecting the working state of the alarm unit equipment, if the alarm equipment has a fault problem, the alarm state signal is displayed in red, otherwise, the alarm state signal is displayed in green, then, the alarm statistical unit is used for detecting the alarm number of the current alarm unit, and finally, the working state information and the alarm number information of the alarm equipment are displayed on a terminal, so that the troubleshooting of a fault point by a worker is facilitated.
Drawings
Fig. 1 is a schematic overall structure diagram of a fire-fighting water supply system of the internet of things according to an embodiment of the application;
FIG. 2 is a schematic diagram of an alarm detection structure of an Internet of things fire water supply system according to an embodiment of the present application;
fig. 3 is a schematic power supply line diagram of a fire water supply system of the internet of things according to an embodiment of the present application.
Description of reference numerals: 1. a power supply unit; 101. a bridge rectifier circuit; 2. a fire water tank detection unit; 3. a pressure intensity detection unit; 4. a fire fighting equipment detection unit; 5. a fire water system controller; 6. the Internet of things water supply monitoring platform; 21. a temperature detection module; 22. a water level detection module; 23. a pressure intensity detection module; 31. a fire-fighting pipe network pressure detection module; 32. a terminal device pressure detection module; 33. a fire pump flow detection module; 7. an information storage unit; 8. an alarm unit; 81. a sound alarm module; 82. a light alarm module; 9. an alarm detection unit; 10. an alarm statistic unit; 11. a signal conversion unit; 12. and an alarm display unit.
Detailed Description
The present application is described in further detail below with reference to figures 1-3.
The embodiment of the application discloses thing networking fire control water supply system, refer to fig. 1 and fig. 3, including power supply unit 1, fire water tank detecting element 2, pressure detecting element 3, fire-fighting equipment detecting element 4, fire water system controller 5 and thing networking water supply monitoring platform 6, wherein power supply unit 1 includes bridge rectifier circuit 101 and transformer T, transformer T's primary side coil connection is in the commercial power, transformer T's secondary side coil connection is in bridge rectifier circuit 101's alternating current input end, transformer T is after stepping down the commercial power passing through bridge rectifier circuit 101, export alternating current conversion to the direct current, with for fire water tank detecting element 2, pressure detecting element 3 and fire-fighting equipment detecting element 4 provide stable direct current power supply. When the fire-fighting water supply system is monitored, firstly, the detection module detects the detection unit related to the fire-fighting water supply system, then the fire fighting water system controller 5 converts the detected state detection signal, the first pressure intensity detection signal and the fire fighting equipment detection signal into a state information analog quantity signal, a pressure intensity information analog quantity signal and a fire fighting equipment information analog quantity signal, finally the Internet of things water supply monitoring platform 6 receives the state information analog quantity signal, the first pressure intensity information analog quantity signal and the fire fighting equipment information analog quantity signal through network transmission of data information, meanwhile, the state information analog quantity signal, the pressure intensity information analog quantity signal and the fire fighting equipment information analog quantity signal are displayed, the effect of real-time monitoring of the fire-fighting water supply system is achieved, and therefore monitoring efficiency of the fire-fighting water supply system is improved.
Referring to fig. 1, the fire water tank detection unit 2 specifically includes a temperature detection module 21, a water level detection module 22 and a pressure detection module 23, wherein the temperature detection module 21 comprises a temperature sensor for detecting the temperature information of the water in the fire water tank and outputting a temperature detection signal, the water level detection module 22 comprises a water level sensor, used for detecting the residual amount information of water in the fire water tank and outputting a water level detection signal, the pressure detection module 23 comprises a pressure sensor, the fire-fighting water system controller 5 is used for detecting the pressure information of water in the fire-fighting water tank and outputting a second pressure detection signal, and the fire-fighting water system controller 5 is used for detecting and judging the temperature information, the residual amount information and the pressure information to determine whether the temperature information, the residual amount information and the pressure information in the current fire-fighting water tank meet the fire-fighting requirement or not, so that the effect of facilitating maintenance of the fire-fighting water tank is achieved.
Referring to fig. 1, the fire fighting equipment detection unit 4 includes a fire fighting pipe network pressure detection module 31, an end device pressure detection module 32, and a fire fighting pump flow detection module 33, the fire fighting pipe network pressure detection module 31 includes a pressure sensor for detecting pressure information at the fire fighting pipe network and outputting a first pressure detection signal, the end device pressure detection module 32 includes a heavy load pressure sensor for detecting pressure information measured by the end water testing device and outputting a second pressure detection signal, the fire fighting pump flow detection module 33 includes a water flow sensor for detecting flow information of the fire fighting pump and outputting a flow detection signal, the fire fighting water system controller 5 detects and judges the pressure information at the fire fighting pipe network, the pressure information measured by the end water testing device, and the flow information of the fire fighting pump to determine whether the current working state in the fire fighting equipment meets the fire fighting requirement, the effect of being convenient for maintain fire-fighting equipment is reached.
Referring to fig. 1, the fire water system controller 5 and the power supply unit 1 are connected with an information storage unit 7, and the fire water system controller 5 and the power supply unit 1 are connected with a mobile terminal and a PC terminal through information transmission; the information storage unit 7 comprises a storage device which can store a temperature detection signal, a water level detection signal, a first pressure detection signal, a second pressure detection signal and a flow detection signal which are output by the fire water system controller 5 and the power supply unit 1; the information transmission comprises the transmission of the Internet of things, and the mobile terminal comprises a mobile phone; the information can be transmitted to the mobile phone through the Internet of things, so that the operating state of the fire-fighting water supply system can be remotely checked by workers.
Referring to fig. 1, the internet of things fire-fighting water supply monitoring system further includes an alarm unit 8, the alarm unit 8 specifically includes a sound alarm module 81 and a light alarm module 82, wherein the sound alarm module 81 includes a buzzer, but is not limited to a buzzer; the light alarm module 82 includes an alarm indicator light, but is not limited to an alarm indicator light; the sound alarm module 81 and the light alarm module 82 are connected with the fire-fighting water system controller 5, and alarm output and warning are carried out when the state detection signal and/or the first pressure detection signal and/or the fire-fighting equipment detection signal reach a preset standard value. Through setting up audible alarm module 81 and light alarm module 82, can also perhaps warn when being difficult to observe in the dark to shorten the time quantum that operating personnel found the trouble, improve maintenance efficiency.
Referring to fig. 2, the internet of things fire-fighting water supply monitoring system further includes an alarm detection unit 9, an alarm statistical unit 10, a signal conversion unit 11 and an alarm display unit 12, wherein the alarm detection unit 9 includes a detector for detecting current working state information of the sound alarm module 81 and the light alarm module 82 and outputting an alarm state signal, the alarm statistical unit 10 includes a counter for counting alarm number information of the sound alarm module 81 and the light alarm module 82 and outputting an alarm number signal, the signal conversion unit 11 includes an a/D converter, is connected to the alarm detection unit 9 and the alarm statistical unit 10, and converts the alarm state signal and the alarm number signal into an alarm state analog quantity signal and an alarm number analog quantity signal respectively and outputs the alarm number analog quantity signal; the alarm display unit 12 comprises a digital display screen, is connected with the signal conversion unit 11, and is used for receiving and displaying the alarm state analog quantity signal and the alarm quantity analog quantity signal. When the alarm processing is carried out on the fire-fighting water supply system, firstly, the working state of the alarm unit 8 equipment is detected through the alarm detection unit 9, if the alarm equipment has a fault problem, the alarm state signal is displayed in red, otherwise, the alarm equipment is in green, then the alarm counting unit 10 detects the alarm number of the current alarm unit 8, and finally, the working state information and the alarm number information of the alarm equipment are displayed on a terminal, so that the troubleshooting of a worker is facilitated.
The implementation principle of the internet of things fire water supply system in the embodiment of the application is as follows: when the fire-fighting water supply system is monitored, firstly, a detection unit related to the fire-fighting water supply system is detected through a detection instrument, then a fire-fighting water system controller 5 converts detected state detection signals, first pressure detection signals and fire-fighting equipment detection signals into state information analog quantity signals, pressure information analog quantity signals and fire-fighting equipment information analog quantity signals, and finally an Internet of things water supply monitoring platform 6 receives and displays the state information analog quantity signals, the pressure information analog quantity signals and the fire-fighting equipment information analog quantity signals, so that the effect of real-time monitoring on the fire-fighting water supply system is realized, and the monitoring efficiency on the fire-fighting water supply system is improved.
The above embodiments are preferred embodiments of the present application, and the protection scope of the present application is not limited by the above embodiments, so: all equivalent changes made according to the structure, shape and principle of the present application shall be covered by the protection scope of the present application.
Claims (8)
1. The utility model provides a thing networking fire control water supply system which characterized in that includes:
the power supply unit (1), the power supply unit (1) is connected to the commercial power, is used for providing the voltage;
the fire water tank detection unit (2) is connected to the power supply unit (1) and used for detecting the working state of water in the fire water tank and outputting a state detection signal;
the pressure detection unit (3) is connected with the power supply unit (1) and is used for detecting the pressure information of the pressure stabilizing pump and the air pressure water tank and outputting a first pressure detection signal;
the fire fighting equipment detection unit (4) is connected to the power supply unit (1) and is used for detecting the working state of the fire fighting equipment and outputting a fire fighting equipment detection signal;
the fire-fighting water system controller (5) is connected with the fire-fighting water tank detection unit (2), the pressure intensity detection unit (3) and the fire-fighting equipment detection unit (4), and respectively converts the state detection signal, the first pressure intensity detection signal and the fire-fighting equipment detection signal into a state information analog quantity signal, a pressure intensity information analog quantity signal and a fire-fighting equipment information analog quantity signal and outputs the state information analog quantity signal, the pressure intensity information analog quantity signal and the fire-fighting equipment information analog quantity signal;
the water supply monitoring platform (6) of the Internet of things is connected with the fire-fighting water system controller (5), receives the state information analog quantity signal, the first pressure information analog quantity signal and the fire-fighting equipment information analog quantity signal through network transmission of data information, and displays the state information analog quantity signal, the first pressure information analog quantity signal and the fire-fighting equipment information analog quantity signal.
2. A fire water supply system of internet of things as claimed in claim 1, wherein: the power supply unit (1) comprises a bridge rectifier circuit (101) and a transformer T, wherein a primary side coil of the transformer T is connected to a mains supply, and a secondary side coil of the transformer T is connected to an alternating current input end of the bridge rectifier circuit (101).
3. A fire water supply system of internet of things as claimed in claim 1, wherein: the fire water tank detection unit (2) comprises a temperature detection module (21), a water level detection module (22) and a pressure detection module (23), the temperature detection module (21) is used for detecting the temperature information of water in the fire water tank and outputting a temperature detection signal, the water level detection module (22) is used for detecting the residual amount information of the water in the fire water tank and outputting a water level detection signal, and the pressure detection module (23) is used for detecting the pressure information of the water in the fire water tank and outputting a second pressure detection signal.
4. A fire water supply system of internet of things as claimed in claim 1, wherein: fire-fighting equipment detecting element (4) are including fire-fighting pipe network pressure detection module (31), end device pressure detection module (32) and fire pump flow detection module (33), fire-fighting pipe network pressure detection module (31) are used for detecting the pressure information of fire-fighting pipe network department, and export first pressure detection signal, end device pressure detection module (32) are used for detecting terminal pressure information that tries water the device measurement, and export second pressure detection signal, fire pump flow detection module (33) are used for detecting the flow information of fire pump, and export flow detection signal.
5. A fire water supply system of internet of things as claimed in claim 1, wherein: further comprising:
and the information storage unit (7) is connected with the fire-fighting water system controller (5) and the power supply unit (1) and is used for storing the information output by the fire-fighting water system controller (5) and the power supply unit (1).
6. A fire water supply system of internet of things as claimed in claim 1, wherein: further comprising:
and the alarm unit (8) is connected with the fire-fighting water system controller (5) and gives an alarm when the state detection signal and/or the first pressure detection signal and/or the fire-fighting equipment detection signal reach a preset standard value, and the alarm is output to warn.
7. A fire water supply system of Internet of things as claimed in claim 6, wherein: alarm unit (8) include audible alarm module (81) and light alarm module (82), audible alarm module (81) include the bee calling organ, light alarm module (82) include the warning pilot lamp.
8. A fire water supply system of internet of things as claimed in claim 1, wherein: further comprising:
the alarm detection unit (9) is used for detecting the current working state information of the sound alarm module (81) and the light alarm module (82) and outputting an alarm state signal;
the alarm counting unit (10) is used for counting the alarm quantity information of the sound alarm module (81) and the light alarm module (82) and outputting an alarm quantity signal;
the signal conversion unit (11) is connected with the alarm detection unit (9) and the alarm statistical unit (10) and respectively converts the alarm state signals and the alarm quantity signals into alarm state analog quantity signals and alarm quantity analog quantity signals and outputs the alarm state analog quantity signals and the alarm quantity analog quantity signals;
and the alarm display unit (12) is connected with the signal conversion unit (11) and is used for receiving and displaying the alarm state analog quantity signal and the alarm quantity analog quantity signal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122293283.1U CN215741567U (en) | 2021-09-22 | 2021-09-22 | Thing networking fire control water supply system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN202122293283.1U CN215741567U (en) | 2021-09-22 | 2021-09-22 | Thing networking fire control water supply system |
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| Publication Number | Publication Date |
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| CN215741567U true CN215741567U (en) | 2022-02-08 |
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| CN202122293283.1U Active CN215741567U (en) | 2021-09-22 | 2021-09-22 | Thing networking fire control water supply system |
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| CN (1) | CN215741567U (en) |
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2021
- 2021-09-22 CN CN202122293283.1U patent/CN215741567U/en active Active
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