CN104922842A - Method and system for monitoring fire hydrant and fire hydrant - Google Patents
Method and system for monitoring fire hydrant and fire hydrant Download PDFInfo
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- CN104922842A CN104922842A CN201510330209.9A CN201510330209A CN104922842A CN 104922842 A CN104922842 A CN 104922842A CN 201510330209 A CN201510330209 A CN 201510330209A CN 104922842 A CN104922842 A CN 104922842A
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- fire hydrant
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- monitor terminal
- state parameter
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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
Abstract
The invention discloses a method for monitoring a fire hydrant. The method comprises the steps of arranging an identity tag on the fire hydrant, recognizing the identity tag to obtain the identity label of the fire hydrant, sending an acquisition request to a monitor terminal according to the identify label, and receiving attribute information which is fed back by the monitor terminal according to the acquisition request. The invention further discloses a system for monitoring the fire hydrant and the fire hydrant. According to the method and system for monitoring the fire hydrant and the fire hydrant, the state of the fire hydrant can be monitored in time, and the fire fighting efficiency is improved.
Description
Technical field
The present invention relates to fire-fighting domain, particularly relate to a kind of fire hydrant method for supervising, system and fire hydrant.
Background technology
Fire hydrant is a kind of fixing fire-fighting instrument, and Main Function controls combustible, isolated oxidizer, elimination ignition source.Usually fire hydrant is arranged in the public communal space such as corridor, the hall, way.Fire hydrant mainly implements fire extinguishing, so fire hydrant is important fire fighting device for fire fighting truck from municipal water supply pipe network or the water intaking of outdoor fire fighting water supply network.But on fire hydrant, usually specifically do not identify the details etc. of this fire hydrant, when generation fire alarm, when needing to use this fire hydrant, fire fighter can not understand the situation of this fire hydrant in time, whether this fire hydrant uncertain can use (can the water supply network such as do not know whether this fire hydrant damages, being connected with this fire hydrant provide water source etc., the hydraulic pressure of water supply network that is connected with this fire hydrant enough etc.), impact fire fighting, cannot play this effect had of fire hydrant.
Foregoing, only for auxiliary understanding technical scheme of the present invention, does not represent and admits that foregoing is prior art.
Summary of the invention
Main purpose of the present invention is to provide a kind of fire hydrant method for supervising, system and fire hydrant, is intended to the state monitoring fire hydrant in time, improves fire-fighting efficiency.
For achieving the above object, the invention provides a kind of fire hydrant method for supervising, the method comprises:
Fire hydrant arranges identity label;
Identify described identity label, obtain the identify label of described fire hydrant;
Send to monitor terminal the request of acquisition according to described identify label;
Receive described monitor terminal and obtain the attribute information of asking the described fire hydrant returned according to described.
Preferably, described the step of identity label is set on fire hydrant before, the method also comprises:
Gather the state parameter of described fire hydrant;
The state parameter of described collection is sent to monitor terminal.
Preferably, after the described state parameter by described collection sends to the step of monitor terminal, the method also comprises:
Described monitor terminal, according to the state parameter received, judges whether described fire hydrant is in abnormality;
When described fire hydrant is in abnormality, give a warning information.
Preferably, the described fire hydrant of described collection state parameter comprise the hydraulic parameters and/or vibration parameters that gather described fire hydrant.
In addition, for achieving the above object, the present invention also provides a kind of fire hydrant monitoring system, and this system comprises: fire hydrant, handheld terminal, the monitor terminal communicated to connect with described handheld terminal, wherein:
Described fire hydrant bolt comprises fire hydrant body, the identity label be arranged in described fire hydrant body;
Described handheld terminal comprises identification module, the first transceiver module, described identification module is for identifying described identity label, obtain the identify label of described fire hydrant, described first transceiver module sends to monitor terminal the request of acquisition according to described identify label, and obtains the attribute information of asking the described fire hydrant returned for receiving described monitor terminal according to described;
Described monitor terminal comprises the second transceiver module, searches module, the acquisition request that described second transceiver module sends for receiving described first transceiver module, described module of searching for obtaining request search the attribute information of fire hydrant corresponding to described identify label according to described, described second transceiver module also for by described search module searches to the attribute information of described fire hydrant send to the first transceiver module.
Preferably, described fire hydrant also comprises and is arranged on acquisition module in fire hydrant body and the 3rd transceiver module, wherein:
Described acquisition module, for gathering the state parameter of described fire hydrant;
Described 3rd transceiver module, for sending to monitor terminal by the state parameter of described collection.
Preferably, described monitor terminal also comprises judge module and prompting module, wherein:
Described judge module, for according to the state parameter received, judges whether described fire hydrant is in abnormality;
Described prompting module, for when described fire hydrant is in abnormality, give a warning information.
Preferably, the described fire hydrant of described collection state parameter comprise the hydraulic parameters and/or vibration parameters that gather described fire hydrant.
In addition, for achieving the above object, the present invention also provides a kind of fire hydrant, and described fire hydrant comprises fire hydrant body and is arranged on the identity label in described fire hydrant body.
Preferably, described fire hydrant also comprises and is arranged on acquisition module in fire hydrant body and the 3rd transceiver module, wherein:
Described acquisition module, for gathering the state parameter of described fire hydrant;
Described 3rd transceiver module, for sending to monitor terminal by the state parameter of described collection.
Fire hydrant method for supervising of the present invention, system and fire hydrant, by arranging identity label on fire hydrant; Identify described identity label, obtain the identify label of described fire hydrant; Send to monitor terminal the request of acquisition according to described identify label; Receive described monitor terminal and obtain the attribute information of asking the described fire hydrant returned according to described; The state of fire hydrant can be monitored in time, improve fire-fighting efficiency.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of the first embodiment of fire hydrant method for supervising of the present invention;
Fig. 2 is the schematic flow sheet of the second embodiment of fire hydrant method for supervising of the present invention;
Fig. 3 is the schematic flow sheet of the 3rd embodiment of fire hydrant method for supervising of the present invention;
Fig. 4 is the structural representation of the first embodiment of fire hydrant monitoring system of the present invention;
Fig. 5 is the structural representation of the second embodiment of fire hydrant monitoring system of the present invention;
Fig. 6 is the structural representation of the 3rd embodiment of fire hydrant monitoring system of the present invention;
Fig. 7 is the structural representation of the preferred embodiment of fire hydrant of the present invention.
The realization of the object of the invention, functional characteristics and advantage will in conjunction with the embodiments, are described further with reference to accompanying drawing.
Detailed description of the invention
Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
With reference to the schematic flow sheet that Fig. 1, Fig. 1 are the first embodiment of fire hydrant method for supervising of the present invention, the method comprises:
S10, identity label is set on fire hydrant.
This identity label can be two-dimension code label, NFC label or RFID label tag.Have the identification number that unique in this identity label internal data, namely this identity label carries out unique identification location to this fire hydrant.
This identity label can be arranged in the fire hydrant body of this fire hydrant, as this identity label being arranged on the outside of fire hydrant body or being arranged on the top of this fire hydrant body, the concrete setting position of this identity label in this fire hydrant body can be determined according to actual needs, is as the criterion to facilitate scanning recognition.
S20, identify this identity label, obtain the identify label of this fire hydrant.
This identity label is identified, to obtain the identify label of this fire hydrant; When this identity label is two-dimension code label, this two-dimension code label is scanned, by existing Quick Response Code decoding technique, scanning result is decoded, obtain the identify label of this fire hydrant; When this identity label be NFC label or RFID label tag time, by corresponding driver module, read the internal data of identity label, its reading process is: A1, to send read electromagnetic wave, after the antenna in identity label receives electromagnetic wave to this identity label, induced-current can be produced, to read out the data in identity label, after reading out the data in identity label, then be converted into reflection electromagnetic wave, A2, reception reflection electromagnetic wave, understand out the data in identity label from this reflection electromagnetic wave.If the identify label identifying this fire hydrant is 0001.
S30, according to this identify label to monitor terminal send obtain request.
Send to monitor terminal the request of acquisition by cable network or wireless network, in this acquisition request, carry the identify label of this fire hydrant.This wireless network comprises 2G/3G/4G, wifi or bluetooth etc.Monitor terminal searches the attribute information of fire hydrant corresponding to this identify label after receiving this acquisition request, and the attribute information this found returns to request end.This monitor terminal stores the attribute information of this fire hydrant, partial data in this attribute information can by the manual typing of monitor staff (specifications and models, the pipe network information of fire hydrant, the positional information of fire hydrant, the water source information etc. of fire hydrant as this fire hydrant), partial data can receive from this fire hydrant and obtain (as the vibration parameters of this fire hydrant, the discharge of this fire hydrant, the hydraulic parameters etc. of this fire hydrant).
This monitor terminal can be Cloud Server.
S40, receive the attribute information of this fire hydrant that this monitor terminal returns according to this acquisition request.
This attribute information comprises state parameter and the base attribute information of fire hydrant, this base attribute information comprises the specifications and models of fire hydrant, (this fire hydrant is in which position in fire_fighting pipe network to the pipe network information of fire hydrant, as being in supervisor's net), the water source information of the fire hydrant water source of this fire hydrant (from where) etc., this state parameter comprises hydraulic parameters and/or vibration parameters, and this state parameter can also comprise the discharge parameter etc. of this fire hydrant.
Adopt above-described embodiment, by arranging identity label on fire hydrant; Identify this identity label, obtain the identify label of this fire hydrant; Send to monitor terminal the request of acquisition according to this identify label; Receive the attribute information of this fire hydrant that this monitor terminal returns according to this acquisition request; The state of fire hydrant can be monitored in time, improve fire-fighting efficiency.When generation fire alarm, when needing to use fire hydrant, fire fighter gets the attribute information of this fire hydrant by the identity label on this fire hydrant, determine that can this fire hydrant meet user demand fast, if met, then use this fire hydrant to carry out fire-fighting process, if do not met at once, then transfer to other fire hydrant, improve fire-fighting efficiency.
With reference to the schematic flow sheet that Fig. 2, Fig. 2 are the second embodiment of fire hydrant method for supervising of the present invention.
Based on the first embodiment of above-mentioned fire hydrant method for supervising, before step S10, the method also comprises:
The state parameter of S50, collection fire hydrant.
In this step, can in real time or the state parameter of this fire hydrant of timing acquiring.This state parameter comprises hydraulic parameters and/or vibration parameters, and this state parameter can also comprise the discharge parameter etc. of this fire hydrant.
Gather the hydraulic parameters of this fire hydrant by hydraulic pressure sensor, this hydraulic pressure sensor is arranged in the fire hydrant body of this fire hydrant, and be arranged on the fire-fighting arm of this fire hydrant of connection, this fire-fighting arm is arranged in fire_fighting pipe network.
Gather the vibration parameters of this fire hydrant by vibrating sensor, e.g., gather the oscillation intensity of this fire hydrant, vibration displacement.This vibrating sensor is arranged in the fire hydrant body of this fire hydrant, as being arranged in the internal side wall of this fire hydrant body.When this fire hydrant is collided or moved, this vibrating sensor gathers the oscillation intensity/vibration displacement of this fire hydrant.
S60, the state parameter of this collection is sent to monitor terminal.
In this step, all state parameters gathered all can be issued monitor terminal; Also can when the state parameter of this collection exceed pre-set threshold value, the state parameter this being exceeded pre-set threshold value sends to monitor terminal, can reduce data traffic volume accordingly, avoid communication line to block up.As when the state parameter of this collection is vibration parameters, when the vibration parameters of this collection is greater than default vibration transmission threshold values, the vibration parameters of this collection is sent to monitor terminal.
While the state parameter of this collection is sent to monitor terminal, also the identify label of this fire hydrant is sent to monitor terminal.
With reference to the schematic flow sheet that Fig. 3, Fig. 3 are the 3rd embodiment of fire hydrant method for supervising of the present invention.
Based on the first embodiment of above-mentioned fire hydrant method for supervising, after the step s 40, the method also comprises:
S70, this monitor terminal, according to the state parameter received, judge whether this fire hydrant is in abnormality.
This monitor terminal pre-sets the whether abnormal criterion of this fire hydrant, as arranged hydraulic pressure threshold values, the vibration safety threshold values (involving vibrations Strength Safety threshold values, vibration displacement safe threshold) of this fire hydrant.
When the state parameter received only includes hydraulic parameters, then judge whether the hydraulic parameters of this reception is less than hydraulic pressure threshold values, if the hydraulic parameters of this reception is less than hydraulic pressure threshold values, then think that this fire hydrant is in abnormality, when the state parameter received comprises hydraulic parameters and vibration parameters, judge whether the hydraulic parameters of this reception is less than hydraulic pressure threshold values and judges whether the vibration parameters of this reception is greater than vibration safety threshold values (whether oscillation intensity is greater than oscillation intensity safe threshold and judges whether vibration displacement is greater than vibration displacement safe threshold as judged), if the vibration parameters that the hydraulic parameters received is less than hydraulic pressure threshold values and/or this reception is greater than vibration safety threshold values (oscillation intensity is greater than oscillation intensity safe threshold and/or vibration displacement is greater than vibration displacement safe threshold), then think that this fire hydrant is in abnormality, when the state parameter received only includes vibration parameters, judge whether the vibration parameters of this reception is greater than vibration safety threshold values (judging whether oscillation intensity is greater than oscillation intensity safe threshold and judges whether vibration displacement is greater than vibration displacement safe threshold), if the vibration parameters of this reception is greater than vibration threshold values (oscillation intensity is greater than oscillation intensity safe threshold and/or vibration displacement is greater than vibration displacement safe threshold), then think that this fire hydrant is in abnormality, namely when this state parameter comprises multiple parameter, as long as one of them abnormal parameters, then think that this fire hydrant is in abnormality.
S80, when this fire hydrant is in abnormality, give a warning information.
This warning message can be acoustic information, optical information and image information, as sent alarm sound by buzzer, sends optical information (LED flicker) by LED, carries out alarm by display display respective image information.Monitor staff, when viewing warning message, can safeguard corresponding fire hydrant, returns to normal condition to make this fire hydrant.
Be the structural representation of the first embodiment of fire hydrant 100 monitoring system of the present invention with reference to Fig. 4, Fig. 4, this system comprises fire hydrant 100, handheld terminal 200, the monitor terminal 300 that communicates to connect with this handheld terminal 200, wherein:
This fire hydrant 100 comprises fire hydrant body 10, the identity label 11 be arranged in this fire hydrant body 10;
This handheld terminal 200 comprises identification module 20, first transceiver module 21, this identification module 20 is for identifying this identity label 11, obtain the identify label of this fire hydrant 100, this first transceiver module 21 sends to monitor terminal 300 request of acquisition according to this identify label, and for receiving the attribute information of this fire hydrant 100 that this monitor terminal 300 returns according to this acquisition request;
This monitor terminal 300 comprises the second transceiver module 30, searches module 31, the acquisition request that this second transceiver module 30 sends for receiving this first transceiver module 21, this searches module 31 for searching the attribute information of fire hydrant corresponding to this identify label 100 according to this acquisition request, and the attribute information of this second transceiver module 30 also for this being searched this fire hydrant 100 that module 31 finds sends to the first transceiver module 21.
This identity label 11 can be two-dimension code label, NFC label or RFID label tag.Have the identification number that unique in this identity label 11 internal data, namely this identity label 11 carries out unique identification location to this fire hydrant 100.
This identity label 11 can be arranged in the fire hydrant body 10 of this fire hydrant 100, as this identity label 11 being arranged on the outside of fire hydrant body 10 or being arranged on the top of this fire hydrant body 10, the concrete setting position of this identity label 11 in this fire hydrant body 10 can be determined according to actual needs, is as the criterion to facilitate scanning recognition.
The identification module 20 of this handheld terminal 200 identifies this identity label 11, to obtain the identify label of this fire hydrant 100; When this identity label 11 is two-dimension code labels, this identification module 20 scans this two-dimension code label, is decoded, obtain the identify label of this fire hydrant 100 by existing Quick Response Code decoding technique to scanning result; When this identity label 11 be NFC label or RFID label tag time, this identification module 20 is by corresponding driver module, read the internal data of identity label 11, its reading process is: A1, to this identity label 11 send read electromagnetic wave, after antenna in identity label 11 receives electromagnetic wave, induced-current can be produced, to read out the data in identity label 11, after reading out the data in identity label 11, be converted into reflection electromagnetic wave again, A2, reception reflection electromagnetic wave, understand out the data in identity label 11 from this reflection electromagnetic wave.If the identify label identifying this fire hydrant 100 is 0001.
This handheld terminal 200 communicates to connect by cable network or wireless network with this monitor terminal 300, namely this first transceiver module 21 sends to monitor terminal 300 request of acquisition by cable network or wireless network, carries the identify label of this fire hydrant 100 in this acquisition request.This wireless network comprises 2G/3G/4G, wifi or bluetooth etc.
Second transceiver module 30 of monitor terminal 300 receives the acquisition request that this handheld terminal 200 is sended over by the first transceiver module 21, then this searches module 31 searches fire hydrant corresponding to this identify label 100 attribute information according to this acquisition request, and the attribute information this found returns to handheld terminal 200 by the second transceiver module 30.This monitor terminal 300 stores the attribute information of this fire hydrant 100, partial data in this attribute information can by the manual typing of monitor staff (specifications and models, the pipe network information of fire hydrant 100, the positional information of fire hydrant 100, the water source information etc. of fire hydrant 100 as this fire hydrant 100), partial data can receive from this fire hydrant 100 and obtain (as the vibration parameters of this fire hydrant 100, the discharge of this fire hydrant 100, the hydraulic parameters etc. of this fire hydrant 100).
This monitor terminal 300 can be Cloud Server.
This hand-held monitor terminal 300 receives the attribute information of this fire hydrant 100 that this monitor terminal 300 returns by the first transceiver module 21, this attribute information comprises state parameter and the base attribute information of fire hydrant 100, this base attribute information comprises the specifications and models of fire hydrant 100, (this fire hydrant 100 is in which position in fire_fighting pipe network to the pipe network information of fire hydrant 100, as being in supervisor's net), water source information of fire hydrant 100 water source of this fire hydrant 100 (from where) etc., this state parameter comprises hydraulic parameters and/or vibration parameters, this state parameter can also comprise the discharge parameter etc. of this fire hydrant 100.
With reference to the structural representation that Fig. 5, Fig. 5 are the second embodiment of fire hydrant 100 monitoring system of the present invention.
Based on the structural representation of the first embodiment of above-mentioned fire hydrant 100 monitoring system, this fire hydrant 100 also comprises and is arranged on acquisition module 12 in fire hydrant body 10 and the 3rd transceiver module 13, wherein:
This acquisition module 12, for gathering the state parameter of this fire hydrant 100;
3rd transceiver module 13, for sending to monitor terminal 300 by the state parameter of this collection.
This acquisition module 12 can in real time or the state parameter of this fire hydrant 100 of timing acquiring.This state parameter comprises hydraulic parameters and/or vibration parameters, and this state parameter can also comprise the discharge parameter etc. of this fire hydrant 100.
This acquisition module 12 comprises hydraulic pressure sensor, the hydraulic parameters of this fire hydrant 100 is gathered by hydraulic pressure sensor, this hydraulic pressure sensor is arranged in the fire hydrant body 10 of this fire hydrant 100, and be arranged on the fire-fighting arm of this fire hydrant 100 of connection, this fire-fighting arm is arranged in fire_fighting pipe network.
This acquisition module 12 goes back involving vibrations sensor, is gathered the vibration parameters of this fire hydrant 100 by vibrating sensor, e.g., gathers the oscillation intensity of this fire hydrant 100, vibration displacement.This vibrating sensor is arranged in the fire hydrant body 10 of this fire hydrant 100, as being arranged in the internal side wall of this fire hydrant body 10.When this fire hydrant 100 is collided or moved, this vibrating sensor gathers the oscillation intensity/vibration displacement of this fire hydrant 100.
The all state parameters gathered can all be issued monitor terminal 300 by the 3rd transceiver module 13; Also can when the state parameter of this collection exceed pre-set threshold value, the state parameter this being exceeded pre-set threshold value sends to monitor terminal 300, can reduce data traffic volume accordingly, avoid communication line to block up.As when the state parameter of this collection is vibration parameters, when the vibration parameters of this collection is greater than default vibration transmission threshold values, the vibration parameters of this collection is sent to monitor terminal 300.
The identify label of this fire hydrant 100, while the state parameter of this collection is sent to monitor terminal 300, is also sent to monitor terminal 300 by the 3rd transceiver module 13.
With reference to the structural representation that Fig. 6, Fig. 6 are the 3rd embodiment of fire hydrant 100 monitoring system of the present invention.
Based on the structural representation of the second embodiment of above-mentioned fire hydrant 100 monitoring system, this monitor terminal 300 also comprises judge module 32 and prompting module 33, wherein:
This judge module 32, for according to the state parameter received, judges whether this fire hydrant 100 is in abnormality;
This prompting module 33, for when this fire hydrant 100 is in abnormality, give a warning information.
Second transceiver module 30 of this monitor terminal 300 is also for receiving the state parameter that this handheld terminal 200 is gathered by the acquisition module 12 that the first transceiver module 21 sends.
This monitor terminal 300 pre-sets the whether abnormal criterion of this fire hydrant 100, as arranged hydraulic pressure threshold values, the vibration safety threshold values (involving vibrations Strength Safety threshold values, vibration displacement safe threshold) of this fire hydrant 100.
When the state parameter received only includes hydraulic parameters, this judge module 32 judges whether the hydraulic parameters of this reception is less than hydraulic pressure threshold values, if the hydraulic parameters of this reception is less than hydraulic pressure threshold values, then thinks that this fire hydrant 100 is in abnormality, when the state parameter received comprises hydraulic parameters and vibration parameters, this judge module 32 judges whether the hydraulic parameters of this reception is less than hydraulic pressure threshold values and judges whether the vibration parameters of this reception is greater than vibration safety threshold values (whether oscillation intensity is greater than oscillation intensity safe threshold and judges whether vibration displacement is greater than vibration displacement safe threshold as judged), if the vibration parameters that the hydraulic parameters received is less than hydraulic pressure threshold values and/or this reception is greater than vibration safety threshold values (oscillation intensity is greater than oscillation intensity safe threshold and/or vibration displacement is greater than vibration displacement safe threshold), then think that this fire hydrant 100 is in abnormality, when the state parameter received only includes vibration parameters, this judge module 32 judges whether the vibration parameters of this reception is greater than vibration safety threshold values (judging whether oscillation intensity is greater than oscillation intensity safe threshold and judges whether vibration displacement is greater than vibration displacement safe threshold), if the vibration parameters of this reception is greater than vibration threshold values (oscillation intensity is greater than oscillation intensity safe threshold and/or vibration displacement is greater than vibration displacement safe threshold), then think that this fire hydrant 100 is in abnormality, namely when this state parameter comprises multiple parameter, as long as one of them abnormal parameters, then think that this fire hydrant 100 is in abnormality.
This warning message can be acoustic information, optical information and image information, and this prompting module 33 sends alarm sound by buzzer, sends optical information (LED flicker) by LED, carries out alarm by display display respective image information.Monitor staff, when viewing warning message, can safeguard corresponding fire hydrant 100, returns to normal condition to make this fire hydrant 100.
With reference to the structural representation that Fig. 7, Fig. 7 are the preferred embodiment of fire hydrant 100 of the present invention, this fire hydrant 100 comprises: fire hydrant body 10 and the identity label 11 be arranged in this fire hydrant body 10.
This identity label 11 can be two-dimension code label, NFC label or RFID label tag.Have the identification number that unique in this identity label 11 internal data, namely this identity label 11 carries out unique identification location to this fire hydrant 100.
This identity label 11 can be arranged in the fire hydrant body 10 of this fire hydrant 100, as this identity label 11 being arranged on the outside of fire hydrant body 10 or being arranged on the top of this fire hydrant body 10, the concrete setting position of this identity label 11 in this fire hydrant body 10 can be determined according to actual needs, is as the criterion to facilitate scanning recognition.
Further, this fire hydrant 100 also comprises and is arranged on acquisition module 12 in fire hydrant body 10 and the 3rd transceiver module 13, wherein:
This acquisition module 12, for gathering the state parameter of this fire hydrant 100;
3rd transceiver module 13, for sending to monitor terminal by the state parameter of this collection.
This acquisition module 12 can in real time or the state parameter of this fire hydrant 100 of timing acquiring.This state parameter comprises hydraulic parameters and/or vibration parameters, and this state parameter can also comprise the discharge parameter etc. of this fire hydrant 100.
This acquisition module 12 comprises hydraulic pressure sensor, the hydraulic parameters of this fire hydrant 100 is gathered by hydraulic pressure sensor, this hydraulic pressure sensor is arranged in the fire hydrant body 10 of this fire hydrant 100, and be arranged on the fire-fighting arm of this fire hydrant 100 of connection, this fire-fighting arm is arranged in fire_fighting pipe network.
This acquisition module 12 goes back involving vibrations sensor, is gathered the vibration parameters of this fire hydrant 100 by vibrating sensor, e.g., gathers the oscillation intensity of this fire hydrant 100, vibration displacement.This vibrating sensor is arranged in the fire hydrant body 10 of this fire hydrant 100, as being arranged in the internal side wall of this fire hydrant body 10.When this fire hydrant 100 is collided or moved, this vibrating sensor gathers the oscillation intensity/vibration displacement of this fire hydrant 100.
The all state parameters gathered all can be issued monitor terminal by the 3rd transceiver module 13; Also can when the state parameter of this collection exceed pre-set threshold value, the state parameter this being exceeded pre-set threshold value sends to monitor terminal, can reduce data traffic volume accordingly, avoid communication line to block up.As when the state parameter of this collection is vibration parameters, when the vibration parameters of this collection is greater than default vibration transmission threshold values, the vibration parameters of this collection is sent to monitor terminal.
The identify label of this fire hydrant 100, while the state parameter of this collection is sent to monitor terminal, is also sent to monitor terminal by the 3rd transceiver module 13.
These are only the preferred embodiments of the present invention; not thereby the scope of the claims of the present invention is limited; every utilize description of the present invention and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (10)
1. a fire hydrant method for supervising, is characterized in that, the method comprises:
Fire hydrant arranges identity label;
Identify described identity label, obtain the identify label of described fire hydrant;
Send to monitor terminal the request of acquisition according to described identify label;
Receive described monitor terminal and obtain the attribute information of asking the described fire hydrant returned according to described.
2. fire hydrant method for supervising as claimed in claim 1, is characterized in that, described the step of identity label is set on fire hydrant before, the method also comprises:
Gather the state parameter of described fire hydrant;
The state parameter of described collection is sent to monitor terminal.
3. fire hydrant method for supervising as claimed in claim 2, it is characterized in that, after the described state parameter by described collection sends to the step of monitor terminal, the method also comprises:
Described monitor terminal, according to the state parameter received, judges whether described fire hydrant is in abnormality;
When described fire hydrant is in abnormality, give a warning information.
4. fire hydrant method for supervising as claimed in claim 2, is characterized in that, the state parameter of the described fire hydrant of described collection comprise the hydraulic parameters and/or vibration parameters that gather described fire hydrant.
5. a fire hydrant monitoring system, is characterized in that, this system comprises fire hydrant, handheld terminal, the monitor terminal that communicates to connect with described handheld terminal, wherein:
Described fire hydrant bolt comprises fire hydrant body, the identity label be arranged in described fire hydrant body;
Described handheld terminal comprises identification module, the first transceiver module, described identification module is for identifying described identity label, obtain the identify label of described fire hydrant, described first transceiver module sends to monitor terminal the request of acquisition according to described identify label, and obtains the attribute information of asking the described fire hydrant returned for receiving described monitor terminal according to described;
Described monitor terminal comprises the second transceiver module, searches module, the acquisition request that described second transceiver module sends for receiving described first transceiver module, described module of searching for obtaining request search the attribute information of fire hydrant corresponding to described identify label according to described, described second transceiver module also for by described search module searches to the attribute information of described fire hydrant send to the first transceiver module.
6. fire hydrant monitoring system as claimed in claim 5, is characterized in that, described fire hydrant also comprises and is arranged on acquisition module in fire hydrant body and the 3rd transceiver module, wherein:
Described acquisition module, for gathering the state parameter of described fire hydrant;
Described 3rd transceiver module, for sending to monitor terminal by the state parameter of described collection.
7. fire hydrant monitoring system as claimed in claim 6, it is characterized in that, described monitor terminal also comprises judge module and prompting module, wherein:
Described judge module, for according to the state parameter received, judges whether described fire hydrant is in abnormality;
Described prompting module, for when described fire hydrant is in abnormality, give a warning information.
8. fire hydrant monitoring system as claimed in claim 6, is characterized in that, the state parameter of the described fire hydrant of described collection comprise the hydraulic parameters and/or vibration parameters that gather described fire hydrant.
9. a fire hydrant, is characterized in that, described fire hydrant comprises fire hydrant body and is arranged on the identity label in described fire hydrant body.
10. fire hydrant as claimed in claim 9, is characterized in that, described fire hydrant also comprises and is arranged on acquisition module in fire hydrant body and the 3rd transceiver module, wherein:
Described acquisition module, for gathering the state parameter of described fire hydrant;
Described 3rd transceiver module, for sending to monitor terminal by the state parameter of described collection.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510330209.9A CN104922842A (en) | 2015-06-15 | 2015-06-15 | Method and system for monitoring fire hydrant and fire hydrant |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510330209.9A CN104922842A (en) | 2015-06-15 | 2015-06-15 | Method and system for monitoring fire hydrant and fire hydrant |
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| CN104922842A true CN104922842A (en) | 2015-09-23 |
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| CN201510330209.9A Pending CN104922842A (en) | 2015-06-15 | 2015-06-15 | Method and system for monitoring fire hydrant and fire hydrant |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107392328A (en) * | 2017-07-28 | 2017-11-24 | 上海瑞眼科技有限公司 | Fire extinguisher information maintenance method and system |
| CN107998579A (en) * | 2017-12-01 | 2018-05-08 | 尹小东 | Fire water-supply and fire-extinguishing apparatus monitoring system |
| CN108053624A (en) * | 2017-12-20 | 2018-05-18 | 莫介文 | A kind of intelligent fire alarm system by all kinds of means for building |
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