CN110812757A - Intelligence fire hydrant case - Google Patents
Intelligence fire hydrant case Download PDFInfo
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- CN110812757A CN110812757A CN201911129392.0A CN201911129392A CN110812757A CN 110812757 A CN110812757 A CN 110812757A CN 201911129392 A CN201911129392 A CN 201911129392A CN 110812757 A CN110812757 A CN 110812757A
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- time
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- A—HUMAN NECESSITIES
- A62—LIFE-SAVING; FIRE-FIGHTING
- A62C—FIRE-FIGHTING
- A62C35/00—Permanently-installed equipment
- A62C35/20—Hydrants, e.g. wall-hoses, wall units, plug-in cabinets
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- A—HUMAN NECESSITIES
- A62—LIFE-SAVING; FIRE-FIGHTING
- A62C—FIRE-FIGHTING
- A62C37/00—Control of fire-fighting equipment
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- A—HUMAN NECESSITIES
- A62—LIFE-SAVING; FIRE-FIGHTING
- A62C—FIRE-FIGHTING
- A62C37/00—Control of fire-fighting equipment
- A62C37/50—Testing or indicating devices for determining the state of readiness of the equipment
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J50/00—Circuit arrangements or systems for wireless supply or distribution of electric power
- H02J50/10—Circuit arrangements or systems for wireless supply or distribution of electric power using inductive coupling
Abstract
The invention provides an intelligent fire hydrant cabinet, and belongs to the technical field of fire-fighting equipment. This intelligence fire hydrant case includes fire hydrant cabinet body, fire hydrant, fire hose, hose reel, first pressure detection spare, fire extinguisher body, second pressure detection spare, temperature detection spare, level sensor, first GPS sensor, second GPS sensor, battery, wireless charging unit, coulomb meter, alarm, display screen, a control unit, remote monitoring terminal or cell-phone. The invention has high efficiency and simple operation.
Description
Technical Field
The invention belongs to the technical field of fire-fighting equipment, and relates to an intelligent fire hydrant cabinet.
Background
The existing fire hydrant cabinet can not detect, display, alarm and upload the quality guarantee period running time of fire emergency equipment such as a fire hydrant cylinder, the internal water pressure of the fire hydrant, the internal pressure of a fire extinguisher cylinder in the fire hydrant cabinet, the internal temperature of the fire hydrant and the internal temperature of the fire extinguisher cylinder, the liquid level of a chemical agent in the fire extinguisher cylinder, the residual capacity of a battery, the quality guarantee period running time of the fire extinguisher, a hose reel and the like, and if the power is supplied through a cable connecting device in the fire hydrant cabinet, a cable is easy to be wound together, and the cable is easy to cause fire disasters.
Disclosure of Invention
Aiming at the problems in the prior art, the invention provides an intelligent fire hydrant cabinet, which aims to solve the technical problems that: how to provide one kind can detect fire hydrant internal pressure, fire extinguisher internal pressure, temperature, operating time, the liquid level, fire hydrant internal pressure, the operating time of other fire emergency equipment such as hose reel and show fire hydrant internal pressure, fire extinguisher internal pressure, the temperature, the operating time, the medicament liquid level, fire hydrant internal pressure, the guarantee period and the operating time of fire emergency equipment such as hose reel and carry out wireless intelligent fire hydrant case that charges for the battery when the electric quantity is not enough through the display screen to send fire hydrant internal pressure, fire extinguisher internal pressure, the temperature, the operating time, the medicament liquid level, fire hydrant internal pressure, the guarantee period and the operating time each item parameter of fire emergency equipment such as hose reel to monitor terminal, can monitor each item parameter in the intelligent fire hydrant case through monitor terminal like this.
The purpose of the invention can be realized by the following technical scheme:
an intelligent fire hydrant cabinet comprises a fire hydrant cabinet body, a fire hydrant arranged in the fire hydrant cabinet body, a fire hose arranged in the fire hydrant cabinet body, a hose reel arranged in the fire hydrant cabinet body, a first pressure detection piece for detecting first real-time pressure in the fire hydrant, a fire extinguisher body arranged in the fire hydrant cabinet body, a second pressure detection piece for detecting second real-time pressure in the fire extinguisher body, a temperature detection piece for detecting real-time temperature in the fire extinguisher body, a liquid level sensor for detecting real-time liquid level of a medicament in the fire extinguisher body, a first real-time position for detecting the first real-time position of the fire extinguisher body, a first GPS sensor for acquiring the real-time first operation time of the fire extinguisher body, a second real-time position for detecting the hose reel, a second initial operation time of the hose reel, a first GPS sensor for acquiring the real-time first operation time of, The system comprises a second GPS sensor for acquiring second real-time running time of a hose reel, a battery for supplying power, a wireless charging unit for charging the battery, a coulometer for detecting the real-time residual capacity of the battery, an alarm, a display screen for displaying first real-time pressure, second real-time pressure, real-time temperature, real-time residual capacity, real-time liquid level, first initial running time, first real-time running time, second initial running time and second real-time running time, a first control unit for controlling a first pressure detection piece, a second pressure detection piece, a temperature detection piece, the coulometer, the wireless charging unit and the alarm, a remote monitoring terminal or a mobile phone and a wireless transmission piece, wherein the first control unit is used for controlling the first real-time pressure to be smaller than the first preset pressure, the second real-time pressure to be smaller than the second preset pressure and the real-time temperature to be larger than the preset temperature, The alarm is controlled to give an alarm when the difference between the first real-time operation time and the first initial operation time is greater than a first preset operation time, the difference between the second real-time operation time and the second initial operation time is greater than a second preset operation time, the real-time residual capacity is less than a first preset capacity, and the real-time liquid level is less than a preset liquid level, the first control unit sends the first real-time pressure, the second real-time pressure, the real-time temperature, the first real-time position, the first initial operation time, the second real-time operation time and the real-time liquid level to the mobile phone APP or the remote monitoring terminal through the wireless transmission piece so that the mobile phone APP or the remote monitoring terminal displays the first real-time pressure, the second real-time pressure, the real-time temperature, the first real-time position, the first initial operation time, A second real-time position, a second initial run time, a second real-time run time, or a real-time liquid level.
Preferably, fire extinguisher body bottom is equipped with the base, wireless charging unit is including setting up in the fire extinguisher base, the power supply structure who is used for producing electromagnetic signal and set up in the fire extinguisher body, be used for producing the charging structure of the electric energy that can supply the battery storage in the battery signal.
Preferably, the power supply structure includes the commercial power supply module, is used for converting the signal of telecommunication that the commercial power supply module provided into electromagnetic signal's transmitting coil, one end connect in commercial power supply module and the other end connect in transmitting coil, be used for changing the electric current on the transmitting coil so that produce the current regulation module of variable electromagnetic signal on the transmitting coil, the receiving coil that the charging structure both ends are connected respectively in the battery, are used for producing the electric energy that can supply the battery storage in the variable electromagnetic signal, first control unit controls the power supply structure to open when real-time residual capacity is less than first predetermined residual capacity so that the charging structure charges for the battery, first control unit controls the power supply structure to close when real-time residual capacity is greater than the second and predetermines residual capacity.
Preferably, still include the camera that is used for shooing the inside surveillance video of fire control cabinet body.
Preferably, the power supply system further comprises a first switch module arranged on the transmitting coil, the first control unit controls the first switch module to be closed when the real-time residual capacity is smaller than a first preset residual capacity, so that the transmitting coil converts an electric signal provided by the mains supply module into an electromagnetic signal, and the first control unit controls the first switch module to be opened when the real-time residual capacity is larger than a second preset residual capacity, so that the transmitting coil is disconnected.
Preferably, be equipped with the power contact on the battery, still include the second switch module that is used for controlling power contact switch-on or disconnection and be used for controlling the second control unit of second switch module, the second control unit controls the switch-on of second switch module trigger power contact so that the battery supplies power for first control unit when first real-time pressure is less than first preset pressure or second real-time pressure is less than second preset pressure or real-time temperature is less than preset temperature, first control unit sends the real-time pressure of second to remote monitoring terminal through wireless transmission spare.
Preferably, the wireless charging unit further comprises a timer for timing the charging of the battery by the wireless charging unit.
Preferably, the remote monitoring terminal is a computer, the wireless transmission part includes a first communication unit for communicating between the mobile phone and the first control unit or a second communication unit for communicating between the remote monitoring terminal and the first control unit, the first control unit sends the second real-time position to the mobile terminal through the second communication unit when the first real-time pressure is less than the first preset pressure or the difference between the second real-time operation time and the second initial operation time is greater than the second preset operation time, the first control unit sends the first real-time position to the mobile terminal through the second communication unit when the second real-time pressure is less than the second preset pressure or the real-time temperature is greater than the preset temperature or the difference between the first real-time operation time and the first initial operation time is greater than the first preset operation time or the real-time liquid level is less than the preset liquid level, the first communication unit and the second communication unit are both wireless communication units.
Preferably, the alarm is an audible and visual alarm arranged at the top end of the fire-fighting cabinet.
Preferably, the first communication unit is a GSM or WIFI or 4G or 5G or bluetooth communication unit.
In the invention, a first pressure detection part detects a first real-time pressure in a fire hydrant, a second pressure detection part detects a second real-time pressure in the fire extinguisher body, a temperature detection part detects a real-time temperature in the fire extinguisher body, a liquid level sensor detects a real-time liquid level of a medicament in the fire extinguisher body, a first GPS sensor detects a first real-time position of the fire extinguisher body, acquires a first real-time operating time of the fire extinguisher body, a second GPS sensor detects a second real-time position of a hose reel, acquires a second initial operating time of the hose reel, acquires a second real-time operating time of the hose reel, the second GPS sensor can acquire operating times of other fire-fighting emergency equipment with the same initial time and operating time of the hose reel placed in a fire hydrant box, a coulometer detects the residual capacity of a battery, the, the charging efficiency is high, the display screen displays a first real-time pressure, a second real-time pressure, a real-time temperature, a real-time residual capacity and a real-time liquid level, and various parameters in the fire hydrant cabinet can be conveniently checked by a user, the first control unit controls the alarm to give an alarm when the first real-time pressure is smaller than a first preset pressure, the second real-time pressure is smaller than a second preset pressure, the real-time temperature is larger than a preset temperature, the difference between the first real-time operation time and the first initial operation time is larger than a first preset operation time, the difference between the second real-time operation time and the second initial operation time is larger than a second preset operation time, the real-time residual capacity is smaller than the first preset capacity, and the real-time liquid level is smaller than the preset liquid level, so that the alarm is convenient to manage and maintain, the user can be timely reminded, and the, First initial operation time, first real-time operation time, the real-time position of second, the initial operation time of second, the real-time operation time of second, real-time liquid level sends to remote monitoring terminal or cell-phone APP so that cell-phone APP or remote monitoring terminal show first real-time pressure, the real-time pressure of second, real-time temperature, first real-time position, first initial operation time, first real-time operation time, the real-time position of second, the initial operation time of second, real-time operation time of second or real-time liquid level, realize each item parameter of remote monitoring intelligence fire hydrant incasement, high efficiency, easy and simple to handle.
Drawings
FIG. 1 is a schematic structural view of the present invention;
FIG. 2 is a schematic view of the interior of the fire fighting cabinet body according to the present invention;
fig. 3 is a schematic structural diagram of a wireless charging unit in the present invention;
fig. 4 is a schematic diagram of the structure of the second control unit controlling the power contacts of the battery in the present invention.
In the figure: 1-a fire extinguisher body, 11-a second pressure detection piece, 12-a temperature detection piece, 13-a liquid level sensor, 14-a first GPS sensor, 17-a battery, 171-a second switch module, 172-a power contact, 173-a second control unit, 18-a coulometer, 19-a base, 2-a wireless charging unit, 21-a mains supply module, 22-a transmitting coil, 23-a first switch module, 24-a receiving coil, 3-a first control unit, 4-a fire hydrant, 41-a first pressure detection piece, 5-a reel hose, 51-a second GPS sensor, 52-a fire hose, 6-a wireless transmission piece, 61-a first communication unit, 62-a second communication unit, 63-a mobile phone, 64-a remote monitoring terminal, 71-alarm, 72-display screen.
Detailed Description
The following are specific embodiments of the present invention and are further described with reference to the drawings, but the present invention is not limited to these embodiments.
Referring to fig. 1, 2, 3 and 4, the intelligent fire hydrant 4 box of the embodiment includes a fire hydrant cabinet body, a fire hydrant 4 disposed in the fire hydrant cabinet body, a fire hose 52 disposed in the fire hydrant cabinet body, a hose reel 5 disposed in the fire hydrant cabinet body, a first pressure detecting part 41 for detecting a first real-time pressure in the fire hydrant 4, a fire extinguisher body 1 disposed in the fire hydrant cabinet body, a second pressure detecting part 11 for detecting a second real-time pressure in the fire extinguisher body 1, a temperature detecting part 12 for detecting a real-time temperature in the fire extinguisher body 1, a liquid level sensor 13 for detecting a real-time liquid level of a chemical in the fire extinguisher body 1, a first real-time position for detecting a first real-time position of the fire extinguisher body 1, a first initial operation time of the fire extinguisher body 1, and a first GPS sensor 14 for obtaining a real-time first operation time of the fire extinguisher body 1, A second GPS sensor 51 for detecting a second real-time position of the hose reel 5, for detecting a second initial operating time of the hose reel 5, for detecting a second real-time operating time of the hose reel 5, a battery 17 for supplying power, a wireless charging unit 2 for charging the battery 17, a coulometer 18 for detecting a real-time remaining capacity of the battery 17, an alarm 71, a display 72 for displaying a first real-time pressure, a second real-time pressure, a real-time temperature, a real-time remaining capacity, a real-time liquid level, a first initial operating time, a first real-time operating time, a second initial operating time, a second real-time operating time, a first pressure detecting element 41, a second pressure detecting element, a temperature detecting element 12, a coulometer 18, a wireless charging unit 2, a first control unit 3 of the alarm 71, a remote monitoring terminal 64 or a mobile phone 63, and a wireless transmission element 6, the first control unit 3 controls the alarm 71 to give an alarm when the first real-time pressure is smaller than the first preset pressure, the second real-time pressure is smaller than the second preset pressure, the real-time temperature is greater than the preset temperature, the difference between the first real-time operation time and the first initial operation time is greater than the first preset operation time, the difference between the second real-time operation time and the second initial operation time is greater than the second preset operation time, the real-time residual capacity is less than the first preset capacity, and the real-time liquid level is less than the preset liquid level, and the first control unit 3 sends the first real-time pressure, the second real-time pressure, the real-time temperature, the first real-time position, the first initial operation time, the first real-time operation time, the second real-time position, the second initial operation time, the second real-time operation time and the real-time liquid level to the mobile phone 63APP or the remote monitoring terminal 64 through the wireless transmission part, A second real-time pressure, a real-time temperature, a first real-time location, a first initial run time, a first real-time run time, a second real-time location, a second initial run time, a second real-time run time, or a real-time liquid level.
Here, the first pressure detecting part 41 detects a first real-time pressure in the fire hydrant 4, the second pressure detecting part 11 detects a second real-time pressure in the fire extinguisher body 1, the temperature detecting part 12 detects a real-time temperature in the fire extinguisher body 1, the liquid level sensor 13 detects a real-time liquid level of a chemical in the fire extinguisher body 1, the first GPS sensor 14 detects a first real-time position of the fire extinguisher body 1, obtains a first initial operation time of the fire extinguisher body 1, the second GPS sensor 51 detects a second real-time position of the hose reel 5, obtains a second initial operation time of the hose reel 5, obtains a second real-time operation time of the hose reel 5, the second GPS sensor 51 can obtain an initial time and an operation time of other fire-fighting emergency equipment which are the same as the initial time and the operation time of the hose reel 5 put into the fire hydrant 4 box, and the coulometer 18 detects the remaining capacity of the battery, the detection precision is high, the wireless charging unit 2 charges the battery 17, the charging efficiency is high, the display screen 72 displays a first real-time pressure, a second real-time pressure, a real-time temperature, a real-time residual capacity and a real-time liquid level, and is convenient for a user to check various parameters in the fire hydrant 4 box, the first control unit 3 controls the alarm 71 to alarm when the first real-time pressure is smaller than a first preset pressure, the second real-time pressure is smaller than a second preset pressure, the real-time temperature is larger than a preset temperature, the difference between the first real-time operation time and the first initial operation time is larger than a first preset operation time, the difference between the second real-time operation time and the second initial operation time is larger than a second preset operation time, the real-time residual capacity is smaller than the first preset capacity, and the real-time liquid level is smaller than the preset liquid level, so as to facilitate management and maintenance, the, The intelligent fire hydrant system comprises a first real-time monitoring terminal 64 or a mobile phone 63APP, a second real-time pressure, a real-time temperature, a first real-time position, a first initial operation time, a first real-time operation time, a second real-time position, a second initial operation time, a second real-time operation time, a real-time liquid level and a remote monitoring terminal 64, so that the mobile phone 63APP or the remote monitoring terminal 64 displays the first real-time pressure, the second real-time pressure, the real-time temperature, the first real-time position, the first initial operation time, the first real-time operation time, the second real-time position, the second initial operation time, the second real-time operation time or the real-time liquid.
The bottom of fire extinguisher body 1 can be equipped with base 19, wireless charging unit 2 is including setting up in fire extinguisher base 19, a power supply structure for producing electromagnetic signal with set up in fire extinguisher body 1, a charging structure for producing the electric energy that can supply battery 17 to save in the battery 17 signal, placing fire extinguisher body 1 on base 19, can carry out wireless charging, take off fire extinguisher body 1 from base 19, can stop charging.
The power supply structure may include a commercial power supply module 21, a transmitting coil 22 for converting an electrical signal provided by the commercial power supply module 21 into an electromagnetic signal, a current adjusting module having one end connected to the commercial power supply module 21 and the other end connected to the transmitting coil 22 for changing a current on the transmitting coil 22 to generate a variable electromagnetic signal on the transmitting coil 22, two ends of the charging structure are respectively connected to the battery 17 and a receiving coil 24 for generating electric energy stored by the battery 17 in the variable electromagnetic signal, the first control unit 3 controls the power supply structure to be turned on when the real-time remaining capacity is smaller than a first preset remaining capacity to charge the battery 17, and the first control unit 3 controls the power supply structure to be turned off when the real-time remaining capacity is larger than a second preset remaining capacity. When the real-time remaining capacity of the battery 17 is smaller than the first remaining capacity, the wireless charging unit 2 is controlled by the first control unit 3 to start the charging mode, and when the real-time remaining capacity of the battery 17 is larger than the second remaining capacity, the wireless charging unit 2 is controlled by the first control unit 3 to stop the charging mode.
As the intelligent fire hydrant 4 box in this embodiment further includes a camera for shooting the monitoring video inside the fire hydrant body, the first control unit 3 can send the monitoring video to the remote monitoring terminal 64 through the first communication unit 61, so as to remotely monitor the fire hydrant body.
The intelligent fire hydrant 4 box in this embodiment may further include a first switch module 23 disposed on the transmitting coil 22, the first control unit 3 controls the first switch module 23 to be closed when the real-time remaining capacity is smaller than a first preset remaining capacity, so that the transmitting coil 22 converts an electric signal provided by the utility power supply module 21 into an electromagnetic signal, and the first control unit 3 controls the first switch module 23 to be opened when the real-time remaining capacity is larger than a second preset remaining capacity, so that the transmitting coil 22 is disconnected. The first switching module 23 may be an electromagnetic relay.
The battery 17 is provided with a power contact 172, and further comprises a second switch module 171 for controlling the power contact 172 to be connected or disconnected and a second control unit 173 for controlling the second switch module 171, wherein the second control unit 173 controls the second switch module 171 to trigger the power contact 172 to be connected when the first real-time pressure is smaller than the first preset pressure, or the second real-time pressure is smaller than the second preset pressure, or the real-time temperature is smaller than the preset temperature, so that the battery 17 supplies power to the first control unit 3, and the first control unit 3 sends the second real-time pressure to the remote monitoring terminal 64 through the wireless transmission member 6. The second control unit 173 controls the second switch module 171 to trigger the power contact 172 to be turned on when the temperature is greater than the preset temperature so that the battery 17 supplies power to the first control unit 3, the first control unit 3 transmits the real-time temperature to the remote monitoring terminal 64 through the wireless transmission member 6, the second control unit 173 controls the second switch module 171 to trigger the power contact 172 to be turned on when the real-time liquid level is less than the preset liquid level so that the battery 17 supplies power to the first control unit 3, the first control unit 3 transmits the real-time liquid level to the remote monitoring terminal 64 through the wireless transmission member 6, the second control unit 173 controls the second switch module 171 to be turned off when the first real-time pressure is greater than the second preset pressure or the real-time temperature is less than the preset temperature or the real-time liquid level is greater than the preset liquid level so that the second switch module 171 does not trigger the power contact 172 to be turned on so that the battery 17 does not supply power to, the first control unit 3 has no power input to ensure the battery 17 has sufficient power and save power. The second switching module 171 may be an electromagnetic relay. The second control unit 173 may be an STM single chip microcomputer.
Be equipped with the mounting disc that is used for showing the first real-time pressure that pressure detection spare detected on fire extinguisher body 1, pressure detection spare can be the manometer, the manometer sets up on the mounting disc, be equipped with the green display area that is used for showing the pressure numerical value when first real-time pressure is greater than the second preset pressure on the manometer and be used for showing the red display area that the pressure numerical value when first real-time pressure is less than first preset pressure, green display area and red display area are the display area on the manometer, the pointer at the manometer rotates when this region promptly and shows that the pressure value is the scope value of corresponding region this moment, be equipped with power contact 172 on battery 17 simultaneously, can also include second switch module 171 that is used for controlling power contact 172 switch-on or disconnection and the second control unit 173 that is used for controlling second switch module 171. When the pointer of the pressure gauge is located in the red display area, it indicates that the first real-time pressure inside the fire extinguisher body 1 is smaller than the first preset pressure, then the second control unit 173 controls the second switch module 171 to trigger the power contact 172 to be switched on so that the battery 17 supplies power to the first control unit 3, and the first control unit 3 sends the first real-time pressure to the remote monitoring terminal 64 through the first communication unit 61. The early warning system can further comprise a power contact 172 arranged on the battery 17, a second switch module 171 used for controlling the power contact 172 to be connected or disconnected, and a second control unit 173 used for controlling the second switch module 171, when the pointer of the pressure gauge rotates from the green display area to the intersection point of the green display area and the red display area, the current of the battery 17 is output and the early warning system is started, the second control unit 173 controls the second switch module 171 to trigger the power contact 172 to be connected so that the battery 17 supplies power for the first control unit 3, and the first control unit 3 sends the first real-time pressure to the remote monitoring terminal 64 through the first communication unit 61. When the pressure gauge pointer is located in the green display area, it indicates that the first real-time pressure is greater than the second preset pressure, the second control unit 173 controls the second switch module 171 to close so that the second switch module 171 does not trigger the power contact 172 to be turned on, so that the battery 17 does not supply power to the first control unit 3, the first control unit 3 has no power input to ensure that the battery 17 has sufficient power and saves power, the power of the battery 17 is not consumed at all times to ensure that the power of the fire extinguisher body 1 is sufficient in one usage period, but a manual detection button is further provided on the mounting plate, when the manual detection button is pressed, relevant parameters can be displayed and the second control unit 173 controls the second switch module 171 to trigger the power contact 172 to be turned on so that the battery 17 supplies power to the first control unit 3, the first control unit 3 sends the first real-time pressure to the remote monitoring terminal 64 through the first communication unit 61, the manual detection fire extinguisher and the sensor performance of being convenient for, traditional manometer still continues to remain the manual work of being convenient for in addition and patrols and examines and look over.
The intelligent fire hydrant 4 box in this embodiment may further include a timer for charging the battery 17 for the wireless charging unit 2, so that the charging process may be timed, and the phenomenon that the charging time of the wireless charging unit 2 is too long and the efficiency is low is avoided.
The remote monitoring terminal 64 may be a computer, the wireless transmission member 6 may include a first communication unit 61 for communicating between the mobile phone 63 and the first control unit 3 or a second communication unit 62 for communicating between the remote monitoring terminal 64 and the first control unit 3, the first control unit 3 transmits the second real-time location to the mobile terminal through the second communication unit 62 when the first real-time pressure is less than the first preset pressure or a difference between the second real-time operation time and the second initial operation time is greater than the second preset operation time, the first control unit 3 transmits the first real-time location to the mobile terminal through the second communication unit 62 when the second real-time pressure is less than the second preset pressure or the real-time temperature is greater than the preset temperature or the difference between the first real-time operation time and the first initial operation time is greater than the first preset operation time or the real-time liquid level is less than the preset liquid level, first communication unit 61 and second communication unit 62 are wireless communication unit, can in time remind the user to overhaul fire extinguisher body 1 or fire hydrant 4 or hose reel 5 like this, and mobile terminal can be cell-phone 63, and the user can realize remote monitoring intelligence fire hydrant 4 case through cell-phone 63APP like this. The second communication unit 62 may be a WIFI or 4G or 5G or bluetooth communication unit. The first communication unit 61 is a GSM or WIFI or 4G or 5G or bluetooth communication unit. The first control unit 3 may be an STM-single chip. Both the first pressure detecting member 41 and the second pressure detecting member 11 may be pressure sensors. The temperature sensing member 12 may be a temperature sensor.
The alarm 71 can be an audible and visual alarm 71 arranged at the top end of the fire-fighting cabinet, and the audible and visual alarm 71 can emit red light, so that the user can observe conveniently and remind the user in time.
The display screen 72 can be an intelligent display screen 72, which is provided with a wired and wireless data acquisition and input module and a wired and wireless data output and transmission module, the intelligent display screen 72 can detect and display a first real-time pressure in the fire hydrant 4, a second real-time pressure in the fire extinguisher body 1, a real-time temperature in the fire extinguisher body 1, a real-time residual capacity of the battery 17, a real-time liquid level of a medicament in the fire extinguisher body 1, a first initial operation time of the fire extinguisher body 1, a first real-time operation time of the hose reel 5, a second initial operation time of the hose reel 5 in real time without wiring, and the data signal transmission is carried out by adopting GSM, WIFI and GPS positioning networking functions, which comprises functions of water pressure detection, display, early warning, uploading and the like in the fire hydrant 4 pipeline, and has the functions of manually setting the fire hose 52, the fire hose, the portable fire extinguisher and other fire emergency equipment such, Display, audible and visual alarm and wireless data uploading. When the water pressure in the pipeline of the fire hydrant 4 is lower than a specified pressure value or is not pressure-free; when the shelf life of the fire hose 52, including other fire emergency equipment, has expired; when portable fire extinguisher pressure is less than regulation pressure value or non-pressure, when portable fire extinguisher shelf life countdown expires, all can report to the police through audible-visual annunciator 71 that sets up at 4 box tops of fire hydrant, first the control unit 3 also can be through wireless transmission equipment such as GSM, WIFI, upload to cell-phone 63APP or fire control thing networking cloud platform and carry out remote monitoring management.
The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the spirit or ambit of the invention as defined in the appended claims.
Claims (10)
1. The utility model provides an intelligence fire hydrant (4) case which characterized in that: including the fire control cabinet body, set up fire hydrant (4) in the fire control cabinet body, set up fire hose (52) in the fire control cabinet body, set up hose reel (5) in the fire control cabinet body, be used for detecting first real-time pressure's in fire hydrant (4) first pressure detection spare (41), set up fire extinguisher body (1) in the fire control cabinet body, second pressure detection spare (11) for detecting inside second real-time pressure of fire extinguisher body (1), be used for detecting temperature detection spare (12) of inside real-time temperature of fire extinguisher body (1), be used for detecting liquid level sensor (13) of the real-time liquid level of inside medicament of fire extinguisher body (1), be used for detecting first real-time position of fire extinguisher body (1), acquire first initial operation duration of fire extinguisher body (1), acquire first GPS sensor (14) of real-time first operation duration of fire extinguisher body (1), A second GPS sensor (51) for detecting a second real-time position of the hose reel (5), a second initial operating time of the hose reel (5), a second real-time operating time of the hose reel (5), a battery (17) for supplying power, a wireless charging unit (2) for charging the battery (17), a coulometer (18) for detecting a real-time remaining capacity of the battery (17), an alarm (71), a display screen (72) for displaying a first real-time pressure, a second real-time pressure, a real-time temperature, a real-time remaining capacity, a real-time liquid level, a first initial operating time, a first real-time operating time, a second initial operating time, a second real-time operating time, a first control unit (3) for controlling the first pressure detector (41), the second pressure detector, the temperature detector (12), the coulometer (18), the wireless charging unit (2), and the alarm (71), The remote monitoring system comprises a remote monitoring terminal (64) or a mobile phone (63) and a wireless transmission piece (6), wherein the first control unit (3) controls the alarm (71) to give an alarm when the first real-time pressure is smaller than a first preset pressure, the second real-time pressure is smaller than a second preset pressure, the real-time temperature is larger than a preset temperature, the difference between the first real-time operation time and the first initial operation time is larger than a first preset operation time, the difference between the second real-time operation time and the second initial operation time is larger than a second preset operation time, the real-time residual capacity is smaller than a first preset capacity, and the real-time liquid level is smaller than a preset liquid level, and the first control unit (3) sends an alarm through the wireless transmission piece (6) according to the first real-time pressure, the second real-time pressure, the real-time temperature, the first real-time position, the first initial operation time, The second real-time operation time and the real-time liquid level are sent to the mobile phone (63) APP or the remote monitoring terminal (64) so that the mobile phone (63) APP or the remote monitoring terminal (64) can display the first real-time pressure, the second real-time pressure, the real-time temperature, the first real-time position, the first initial operation time, the first real-time operation time, the second real-time position, the second initial operation time, the second real-time operation time or the real-time liquid level.
2. An intelligent fire hydrant (4) cabinet according to claim 1, characterized in that: the fire extinguisher comprises a fire extinguisher body (1), wherein a base (19) is arranged at the bottom end of the fire extinguisher body (1), and the wireless charging unit (2) comprises a power supply structure and a charging structure, wherein the power supply structure is arranged in the fire extinguisher base (19) and used for generating electromagnetic signals, and the charging structure is arranged in the fire extinguisher body (1) and used for generating electric energy which can be stored by a battery (17) in the signal of the battery (17).
3. An intelligent fire hydrant (4) cabinet according to claim 2, characterized in that: the power supply structure comprises a mains supply module (21), a transmitting coil (22) for converting an electric signal provided by the mains supply module (21) into an electromagnetic signal, a current adjusting module with one end connected to the mains supply module (21) and the other end connected to the transmitting coil (22) for changing the current on the transmitting coil (22) to enable the transmitting coil (22) to generate a variable electromagnetic signal, two ends of the charging structure are respectively connected with the battery (17) and a receiving coil (24) used for generating electric energy which can be stored by the battery (17) in the variable electromagnetic signal, the first control unit (3) controls the power supply structure to be started when the real-time residual capacity is smaller than a first preset residual capacity so that the charging structure charges the battery (17), and the first control unit (3) controls the power supply structure to be closed when the real-time residual capacity is larger than a second preset residual capacity.
4. An intelligent fire hydrant (4) cabinet according to claim 1 or 2, characterized in that: still include the camera that is used for shooing the inside surveillance video of fire control cabinet body.
5. An intelligent fire hydrant (4) cabinet according to claim 2, characterized in that: the power supply system is characterized by further comprising a first switch module (23) arranged on the transmitting coil (22), the first control unit (3) controls the first switch module (23) to be closed when the real-time residual capacity is smaller than a first preset residual capacity, so that the transmitting coil (22) converts an electric signal provided by the mains supply module (21) into an electromagnetic signal, and the first control unit (3) controls the first switch module (23) to be opened when the real-time residual capacity is larger than a second preset residual capacity, so that the transmitting coil (22) is disconnected.
6. An intelligent fire hydrant (4) cabinet according to claim 1 or 2, characterized in that: be equipped with power contact (172) on battery (17), still include second switch module (171) that are used for controlling power contact (172) switch-on or disconnection and second control unit (173) that are used for controlling second switch module (171), second control unit (173) control second switch module (171) trigger power contact (172) switch-on when first real-time pressure is less than first preset pressure or second real-time pressure is less than second preset pressure or real-time temperature is less than preset temperature so that battery (17) give first control unit (3) power supply, first control unit (3) send second real-time pressure to remote monitoring terminal (64) through wireless transmission spare (6).
7. An intelligent fire hydrant (4) cabinet according to claim 1 or 2, characterized in that: the wireless charging device also comprises a timer used for timing the charging of the wireless charging unit (2) to the battery (17).
8. An intelligent fire hydrant (4) cabinet according to claim 1 or 2, characterized in that: the remote monitoring terminal (64) is a computer, the wireless transmission part (6) comprises a first communication unit (61) used for communicating between the mobile phone (63) and the first control unit (3) or a second communication unit (62) used for communicating between the remote monitoring terminal (64) and the first control unit (3), the first control unit (3) sends a second real-time position to the mobile terminal through the second communication unit (62) when the first real-time pressure is smaller than a first preset pressure or the difference between the second real-time operation time and the second initial operation time is larger than a second preset operation time, and the first control unit (3) sends the first real-time position through the second communication unit (62) when the second real-time pressure is smaller than the second preset pressure or the real-time temperature is larger than a preset temperature or the difference between the first real-time operation time and the first initial operation time is larger than the first preset operation time or the real-time liquid level is smaller than a preset liquid level To the mobile terminal, the first communication unit (61) and the second communication unit (62) are both wireless communication units.
9. An intelligent fire hydrant (4) cabinet according to claim 1 or 2, characterized in that: the alarm (71) is an audible and visual alarm (71) arranged at the top end of the fire-fighting cabinet.
10. An intelligent fire hydrant (4) cabinet according to claim 8, characterized in that: the first communication unit (61) is a WIFI or 4G or 5G or Bluetooth communication unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201911129392.0A CN110812757A (en) | 2019-11-18 | 2019-11-18 | Intelligence fire hydrant case |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201911129392.0A CN110812757A (en) | 2019-11-18 | 2019-11-18 | Intelligence fire hydrant case |
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| CN110812757A true CN110812757A (en) | 2020-02-21 |
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| CN201911129392.0A Pending CN110812757A (en) | 2019-11-18 | 2019-11-18 | Intelligence fire hydrant case |
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