CN105959375A - Remote pressure monitoring system - Google Patents
Remote pressure monitoring system Download PDFInfo
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- CN105959375A CN105959375A CN201610341546.2A CN201610341546A CN105959375A CN 105959375 A CN105959375 A CN 105959375A CN 201610341546 A CN201610341546 A CN 201610341546A CN 105959375 A CN105959375 A CN 105959375A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B21/00—Alarms responsive to a single specified undesired or abnormal condition and not otherwise provided for
- G08B21/18—Status alarms
- G08B21/182—Level alarms, e.g. alarms responsive to variables exceeding a threshold
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- General Health & Medical Sciences (AREA)
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Abstract
The invention provides a remote pressure monitoring system. The system comprises a central server, multiple data concentrators, a management end, a client and collectors, the data concentrators communicate with the central server and are arranged in different areas respectively, and the collectors communicate with the data concentrators in the different areas respectively; the collectors collect and store data of pressure gauges and transmit the data to the data concentrators respectively, and data of each pressure gauge includes location information of the pressure gauge as well as pressure data and electric quantity of the pressure gauge; the data concentrators receive and store the pressure gauge data, send the data to the central server, and receive and execute an instruction from the central server; and the central server comprises a real-time monitoring module and a device alarm module. According to areas of devices, the monitoring system monitors and manages the using state and data of the devices in real time, when the device data is abnormal, alarming prompt is emitted, so that a user is prompted to process the abnormal data.
Description
Technical field
The present invention relates to a kind of monitoring system, particularly to a kind of pressure remote supervision system.
Background technology
Pressure gauge, as the reading instument of pressure vehicle, is widely used in electric power, chemical industry, industry
The fields such as scene.But Pressure gauge is only capable of measurement pressure data, it is impossible to enough will be surveyed in real time
Pressure data be supplied to user, and when abnormal conditions occurs in pressure data, it is impossible in time
Warning message is provided to client or user；Need repairing personal observations, report, once keeps in repair
Personnel or make employment neglect, are easy for device damage or other major accidents occur, the most also
Consume substantial amounts of manpower.
Disclosing some other monitoring analysis systems in prior art, such as CN105427571 is public
Opened a kind of double-channel communication remote meter reading monitoring analysis system, this system include user's table,
Harvester, concentrator and main website, this system is capable of entering the data in the user's table gathered
Row process, analyze, monitor and manage, but this systemic-function imperfection, and do not have right
Abnormal pressure table data carry out the function reported to the police.So being badly in need of at present providing a kind of monitoring system,
For adding up Pressure gauge data in interior Pressure gauge data, and this monitoring system can be at pressure
During table data exception, report to the police.
Summary of the invention
In order to solve the problems of the prior art, the present invention provides a kind of pressure remote supervision system,
This monitoring system is according to each equipment region, it is achieved use state and the Pressure gauge to each equipment
Data carry out real-time monitoring and management, when Pressure gauge data exception, can send alarm,
Remind user that the abnormal data occurred is processed.
The concrete technical scheme of the present invention is as follows:
The present invention provides a kind of pressure remote supervision system, this monitoring system include central server,
Several communicate with central server and are separately positioned on the data concentrator in each region, pipe
Manage end and client and the some harvesters communicated with the data concentrator in each region；Adopt
Storage is used for gathering and store each Pressure gauge data, and is transferred to data concentrator, each pressure
Table data all with the positional information at this Pressure gauge place, Pressure gauge data include pressure data and
Pressure gauge electricity；Data concentrator is used for receiving, storing Pressure gauge data, and is sent to center
Server, and accept and the instruction of implementation center's server transmission；Central server includes reality
Time monitoring module and equipment alarm module；Real-time monitoring module includes data transmission module, number
Submodule is judged according to sub module stored, data screening submodule and pressure；Data transmission module
For receiving the Pressure gauge data transmitted from data concentrator and being sent respectively to data screening submodule
Block and data sub module stored；Data sub module stored is for storing Pressure gauge data；
Data screening submodule is used for filtering out pressure data A from the Pressure gauge data received, and
It is sent to pressure and judges submodule；Pressure judge submodule for will receive pressure data A with
Pressure data scope B-C preset is compared, B ＜ C, when A is beyond the scope of B-C,
Alarm command is sent to equipment alarm module；Equipment alarm module, is used for receiving alarm command,
And send alarm signal according to alarm level.
Further improving, real-time monitoring module also includes that Pressure gauge electricity judges submodule；Number
It is additionally operable to filter out Pressure gauge electricity X from the Pressure gauge data received according to screening submodule,
And be sent to Pressure gauge electricity judge submodule, Pressure gauge electricity judge submodule for will receive
Pressure gauge electricity X with preset Pressure gauge power threshold Y compare, as 0 ＜ X ＜ Y,
Alarm command is sent to equipment alarm module.
Further improving, equipment alarm module includes that pressure data abnormal alarm grade sets son
Module and Pressure gauge electricity abnormal alarm grade set submodule, pressure data abnormal alarm grade
Set submodule to be used for receiving the alarm command when A is beyond B-C scope, and to alarm command
Grade is set, and as A ＜ B, sets alarm level as three grades, as A ＞ C, sets
Alarm level is superfine；Pressure gauge electricity abnormal alarm grade sets submodule for receiving when 0
Alarm command during ＜ X ＜ Y, and alarm command grade is set, whenTime,
Arranging alarm level is one-level, whenTime, arranging alarm level is two grades, when Time, set alarm level as three grades.
Further improving, equipment alarm module also includes alarm submodule and abnormal pressure
Comparer module, when alarm level is one-level, alarm submodule sends yellow alarm and carries
Show signal；When alarm level is two grades, alarm submodule sends blue flicker warning and carries
Show signal；When alarm level is three grades, alarm submodule sends audio alert prompting letter
Number；When alarm level is superfine, alarm submodule is sent out to abnormal pressure comparer module
Sending abnormal pressure comparison to instruct, abnormal pressure comparer module is for the abnormal pressure ratio received
Instruction is processed.
Further improving, equipment alarm module also includes short message editing submodule and voice call
Submodule abnormal pressure comparer module is used for calculating difference D of A Yu C, and by difference D
Compare with default abnormal pressure difference limen value E, as D ＜ E, to short message editing submodule
Send the instruction of SMS notification user, as D ＞ E, send voice even to voice call submodule
The instruction at general family；Short message editing submodule is for sending note to user；Voice call submodule
Block is for carrying out voice call with user.
Further improving, state pressure remote supervision system and also include Temperature sampler, temperature is adopted
Storage is for gathering temperature M of harvester, and is sent to data transmission module；Monitor mould in real time
Block also includes that harvester temperature judges submodule；Data screening submodule is additionally operable to from the number received
Filter out temperature M of harvester according to, and be sent to harvester temperature and judge submodule；Gather
Device temperature judge submodule for will receive harvester temperature M with preset harvester temperature
Threshold value N is compared, and as M ＞ N, sends alarm command to equipment alarm module.
Further improve, real-time monitoring module also include data upload frequencies set submodule,
Data upload frequencies statistics submodule and data upload frequencies comparer module；Data upload frequencies
Set submodule and upload number of times V for set that harvester in a period of time uploads data, and send
To data upload frequencies comparer module；Data upload frequencies statistics submodule is for statistics one section
What in the time, data uploaded by harvester uploads number of times Y, and is sent to data upload frequencies comparison submodule
Block；Data upload frequencies comparer module, for uploading number of times V and statistics by the setting of reception
The number of times Y that uploads compare, as Y ＜ V, send alarm command to equipment alarm module.
Further improve, real-time monitoring module also include data uplink time set submodule,
Upload data submodule in real time and wake up switching submodule up；Data uplink time sets submodule and uses
In the uplink time of setting data, and it is sent to press by uplink time by data transmission module
Power table；Upload data submodule in real time and judge that submodule judges that A exceeds B-C for receiving pressure
During scope, the alarm command sent to equipment alarm module, and generate in real time according to alarm command
Upload the instruction of data, be sent to wake up switching submodule up；Wake up switching submodule up for controlling
Data uplink time sets submodule and uploads the keying of data submodule in real time, when receiving in real time
When uploading the instruction of data, wake up switching submodule up and data uplink time set submodule closedown,
And by data transmission module, the instruction uploading data in real time is sent to Pressure gauge.
Further improving, real-time monitoring module also includes that heart beating management submodule and heartbeat packet connect
Receiving the frequency and process submodule, data concentrator will connect with the form of heartbeat packet also by heart-beat protocol
The Pressure gauge data received are sent to real-time monitoring module；Heart beating management submodule is used for receiving data
Concentrator send heartbeat packet, and heart beating management submodule the heartbeat packet received is not made back
Should；Heartbeat packet receives the frequency and processes heart beating management submodule in submodule is used for adding up the scheduled time
Receive the frequency of heartbeat packet, and the heartbeat packet frequency received is compared with default frequency threshold value
Right, when the heartbeat packet frequency received is less than the frequency threshold value preset, send out to equipment alarm module
Go out alarm command.
Further improving, central server also includes:
Basic data management module: for managing the every essential information needed for system is run, every
Essential information includes equipment region information, customer data, Pressure gauge, harvester and data
The relevant information of concentrator；
System management module has been used for user's management, priority assignation, log query and system ginseng
Number sets；
Statistical analysis module is used for providing the user inquiry Pressure gauge data, service condition, and shape
Become form.
Beneficial effects of the present invention is as follows:
1. the pressure remote supervision system that the present invention provides has real-time and high efficiency.
2. the pressure remote supervision system that the present invention provides can be seen with the substantial amounts of equipment of monitoring management,
Equipment state can be effectively monitored, it is possible to preferably for customer service, solve equipment control
Many difficult problems, improve work efficiency.
3. the pressure remote supervision system that the present invention provides is by carrying out equipment and Pressure gauge data
Management and analyzing and processing, when Pressure gauge data occur abnormal, such as pressure data occurs abnormal,
Meeting alert, reminds related personnel to process.
4. the pressure remote supervision system that the present invention provides further can also be according to different warnings
Grade sends different warning messages, reminds the related personnel can be according to the difference of alarm level with this
Make different treatment measures.
5. the present invention provide pressure remote supervision system further can also to Pressure gauge electricity,
Harvester temperature and data are uploaded the frequency etc. and are monitored in real time, when Pressure gauge electricity is low, gather
Device temperature is too high, and the low grade of data upload frequencies all can send alarm, provides equipment with this
Working effect, the risk that reduction accident occurs, indirectly reduce labour cost.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of pressure remote supervision system of embodiment 1；
Fig. 2 is the structured flowchart of the central server of embodiment 1；
Fig. 3 is the structured flowchart of the central server of embodiment 2；
Fig. 4 is the structured flowchart of the central server of embodiment 3；
Fig. 5 is the structured flowchart of the central server of embodiment 4；
Fig. 6 is the structured flowchart of the central server of embodiment 5；
Fig. 7 is the structured flowchart of the central server of embodiment 6；
Fig. 8 is the structured flowchart of the central server of embodiment 7；
Fig. 9 is the structured flowchart of the central server of embodiment 8；
Figure 10 is the structured flowchart of the central server of embodiment 9.
Detailed description of the invention
With following example, the present invention is described in further detail below in conjunction with the accompanying drawings.
Embodiment 1
The embodiment of the present invention 1 provides a kind of pressure remote supervision system, as it is shown in figure 1, this prison
Examining system includes central server 1, several communicate with central server 1 and be separately positioned on
Data concentrator 2 in each region, management end 3 and client 5 and with the data in each region
Some harvesters 4 that concentrator 2 communicates；The present invention provide harvester be by wireless,
The mode of LAN interface or RS485 interface and data concentrator carry out communication；Central server and
It is that the communication realized by Internet is connected between data acquisition unit and management end or client,
And between central server and data concentrator, it is additionally provided with fire wall.
The harvester 4 that the present invention provides is used for gathering and store each Pressure gauge data, and is transferred to
Data concentrator 2, each Pressure gauge data are all with the positional information at this Pressure gauge place, pressure
Table data include pressure data and Pressure gauge electricity；Data concentrator 2 is used for receiving, storing pressure
Power table data, and it is sent to central server 1, and acceptance implementation center's server 1 send
Instruction；The harvester that the present invention provides includes wireless receiving and transmitting chip, processor and connects
Mouthful, interface can be RS485 EBI etc.；Harvester passes through wireless receiving and transmitting chip
Carry out communication with Pressure gauge, and Pressure gauge data are passed through wireless receiving and transmitting chip again
It is defeated by data acquisition unit；Owing to using equipment the most, for the ease of management, by equipment and adopting
Storage region divides, and arranges multiple stage harvester and a number of units according to concentration in each region
Device, this data concentrator receives the Pressure gauge data of harvester transmission, and this data concentrator is main
Dependence interface is accomplished to manage the data of platform and uploads the operations such as download.
As in figure 2 it is shown, the central server 1 that the present invention provides includes real-time monitoring module 11 He
Equipment alarm module 12；Real-time monitoring module 11 includes that data transmission module 110, data are deposited
Storage submodule 113, data screening submodule 111 and pressure judge submodule 112；Data are transmitted
Submodule 110 is for the Pressure gauge data received from data concentrator 2 transmission and is sent respectively to
Data screening submodule 111 and data sub module stored 113；Data sub module stored 113 is used for
Pressure gauge data are stored；Data screening submodule 111 is for from the Pressure gauge received
Data filter out pressure data A, and is sent to pressure and judges submodule 112；Pressure judges son
Module 112 is for comparing the pressure data A of reception with default pressure data scope B-C
Right, B ＜ C, when A is beyond the scope of B-C, sends warning to equipment alarm module 12 and refer to
Order；Equipment alarm module 12, is used for receiving alarm command, and sends warning according to alarm level
Signal.Real-time monitoring module by automatic with each equipment belonging to data concentrator carry out communication, complete
Uploading of basic data, oscillogram shows, Pressure gauge data are related to report to the police strategy time also will
Forward equipment alarm module prompting to process, as the parameter according to user set decide whether to send short
Letter etc.；Real-time monitoring module also will be by regional organization, according to user right, as manager is permissible
Checking all regions, client can only check the equipment of oneself subordinate；Equipment alarm module is then led
User is reminded to process according to the strategy set according to alarm level.The present invention can be to Pressure gauge
Pressure data in data carries out real-time monitoring, when pressure data is too low or too high all can send
Alarm, reminds management end or client to process corresponding alarm signal, keeps away
The fault exempting to cause due to the exception of pressure sends, and realizes the monitoring to each equipment with this, fall
Low accident rate.
Embodiment 2
A kind of pressure remote supervision system that the embodiment of the present invention 2 provides is different from embodiment 1
It is, as it is shown on figure 3, real-time monitoring module 11 also includes that Pressure gauge electricity judges submodule 114；
Data screening submodule 111 is additionally operable to filter out Pressure gauge electricity from the Pressure gauge data received
Amount X, and be sent to Pressure gauge electricity and judge that submodule 114, Pressure gauge electricity judge submodule
114 for comparing the Pressure gauge electricity X of reception with Pressure gauge power threshold Y preset,
As 0 ＜ X ＜ Y, send alarm command to equipment alarm module 12.The prison that the present invention provides
Examining system can also carry out real-time monitoring to Pressure gauge electricity, when Pressure gauge electricity is less than presetting
Power threshold is, will send alarm command by equipment alarm module, remind client or pipe
Reason end carries out suitable process to Pressure gauge, and Pressure gauge can be avoided not have enough electricity to delay it
Normal work.
Embodiment 3
A kind of pressure remote supervision system that the embodiment of the present invention 2 provides is different from embodiment 2
It is that as shown in Figure 4, equipment alarm module 12 includes that pressure data abnormal alarm grade sets son
Module 122 and Pressure gauge electricity abnormal alarm grade set submodule 123, the abnormal report of pressure data
Alert grade sets submodule 122 and is used for receiving the alarm command when A is beyond B-C scope, and
Alarm command grade is set, as A ＜ B, sets alarm level as three grades, work as A
During ＞ C, set alarm level as superfine；Pressure gauge electricity abnormal alarm grade sets submodule
123 for receiving the alarm command as 0 ＜ X ＜ Y, and is set alarm command grade,
WhenTime, arranging alarm level is one-level, whenTime, alarm level is set
It is two grades, whenTime, set alarm level as three grades.
The present invention sets submodule 122 and pressure by introducing pressure data abnormal alarm grade
Table electricity abnormal alarm grade sets submodule 123 can set difference according to different warning strategies
Alarm level, in order to management end or client can make priority treatment according to alarm level.
Embodiment 4
A kind of pressure remote supervision system that the embodiment of the present invention 4 provides is different from embodiment 3
It is, as it is shown in figure 5, equipment alarm module 12 also includes alarm submodule 124 and exception
Pressure ratio is to submodule 125, and when alarm level is one-level, alarm submodule 124 sends
Yellow alarm cue；When alarm level is two grades, alarm submodule 124 sends
Blue flicker alarm signal；When alarm level is three grades, alarm submodule 124
Send audio alert cue；When alarm level is superfine, alarm submodule 124
Abnormal pressure comparison instruction, abnormal pressure comparer is sent to abnormal pressure comparer module 125
Module 125 is for processing the abnormal pressure comparison instruction received.
As it is shown in figure 5, equipment alarm module 12 also includes short message editing submodule 126 and voice
Call submodule 127；Abnormal pressure comparer module 125 is used for calculating difference D of A Yu C,
And difference D is compared, as D ＜ E, to note with abnormal pressure difference limen value E preset
Editor's submodule 126 sends the instruction of SMS notification user, as D ＞ E, to voice call
Module 127 sends the instruction of voice connection user；Short message editing submodule 126 is for user
Send note；Voice call submodule 127 is for carrying out voice call with user..The present invention enters
One step sets different alarm signals according to different alarm level, due to Pressure gauge electricity
Measure and too low do not result in the biggest fault, so being simply provided with different alarm signals,
But the exception of pressure data is likely to result in serious consequence, so in order to notifying in time
Client, alarm is set to voice call or form of sending short messages by us, so as to
The very first time and trade connection, inform that its pressure data exists abnormal, and client can adopt the very first time
Take corresponding measure, so this monitoring system can play the very first time notifies client's pressure data
The exception existed, has real-time and high efficiency.
Embodiment 5
A kind of pressure remote supervision system that the embodiment of the present invention 5 provides is different from embodiment 1
It is that as shown in Figure 6, pressure remote supervision system also includes Temperature sampler 6, Temperature sampler
6 for gathering temperature M of harvester 4, and is sent to data transmission module 110；Prison in real time
Control module 11 also includes that harvester temperature judges submodule 115；Data screening submodule 111 is also
For filtering out temperature M of harvester from the data received, and it is sent to harvester temperature and sentences
Disconnected submodule 115；Harvester temperature judges the temperature of the submodule 115 harvester for receiving
M compares, as M ＞ N, to equipment alarm mould with the harvester temperature threshold N preset
Block 12 sends alarm command.The present invention enters one side and can also be acquired the temperature of harvester
And process, it is in the state of work all the time due to harvester, when its longevity of service, harvester
Inherently have substantial amounts of heat to shed, if being monitored not in time and processing, may result in
Harvester can not normally work, and system just cannot carry out real-time prison to the pressure of working site
Control, so in order to ensure that harvester is at normal duty all the time, the present invention enters one
Walk the temperature to harvester to monitor in real time, when harvester temperature is beyond uniform temperature threshold value,
Alarm will be sent, remind management end or client to process.
Embodiment 6
A kind of pressure remote supervision system that the embodiment of the present invention 6 provides is different from embodiment 4
Be, as it is shown in fig. 7, real-time monitoring module 11 also include data upload frequencies set submodule 116,
Data upload frequencies statistics submodule 117 and data upload frequencies comparer module 118；In data
Pass frequency setting submodule 116 harvester 4 in setting a period of time and upload uploading of data
Number of times V, and it is sent to data upload frequencies comparer module 118；Data upload frequencies statistics
What data uploaded by module 117 harvester 4 in adding up a period of time uploads number of times Y, and sends
To data upload frequencies comparer module 118；Data upload frequencies comparer module 118, is used for
The number of times Y that uploads that the setting of reception is uploaded number of times V and statistics compares, as Y ＜ V,
Alarm command is sent to equipment alarm module 12.Owing to data are passed by the ground that harvester is intermittent
Being defeated by data concentrator, it is in data transmission procedure, in fact it could happen that the fault that network is not smooth,
In order to ensure the normal communication of network in harvester transmission data procedures, pinpoint the problems in time and energy
Enough solving in time, the data upload frequencies of harvester is also defined by the present invention, when its
Upload number of times less than when setting threshold value in certain time, will send alarm, remind pipe
Each network or other links are investigated and are processed by reason end, it is ensured that whole monitoring system is just
Often run.
Embodiment 7
A kind of pressure remote supervision system that the embodiment of the present invention 7 provides is different from embodiment 1
Be, as shown in Figure 8, real-time monitoring module 11 also include data uplink time set submodule 181,
Upload data submodule 182 in real time and wake up switching submodule 183 up；Data uplink time sets son
Module 181 is for the uplink time of setting data, and passes through data transmission module 110 by upper
The biography time is sent to Pressure gauge；Upload data submodule 182 in real time and judge son for receiving pressure
Module 112 is judged when A exceeds B-C scope, and the warning sent to equipment alarm module 12 refers to
Order, and the instruction uploading data in real time is generated according to alarm command, it is sent to wake up switching submodule up
Block 183；Wake up switching submodule 183 up and set submodule 181 for controlling data uplink time
Upload the keying of data submodule 182 in real time, when receiving the instruction uploading data in real time,
Wake up switching submodule 183 up to be closed by data uplink time setting submodule 181, and by number
According to transmission submodule 110, the instruction uploading data in real time is sent to Pressure gauge.The pressure of the present invention
Power list structure includes housing, is provided with microprocessor and wireless with what microprocessor communicated in housing
Communication module, intervalometer, pressure acquisition module etc..Data uplink time sets submodule and will set
Fixed Pressure gauge data uplink time is uploaded to microprocessor, micro-place by data transmission module
Reason device, according to each time period received, controls external power supply whether break-make, when circuit does not works,
Microprocessor will be switched off external power for and, farthest reduce the power consumption of circuit, when reaching
During to the pressure acquisition time, built-in intervalometer wakes up microprocessor work up, and microprocessor controls
Pressure acquisition module switches on power, and gathers pressure data, after pressure acquisition completes, at Wei Chu
Under the control of reason device, pressure acquisition modular power source is cut off, and microprocessor enters park mode；
The instruction of Pressure gauge data will be uploaded in real time by data transmission module when waking up switching submodule up
When being sent to microprocessor, control pressure acquisition module is in and switches on power by microprocessor all the time
State, Real-time Collection pressure data.
The present invention have selected timing wake-up and two kinds of work models of monitoring pressure in real time table data it
Between the mode of mutual switching, the economize on electricity realizing Pressure gauge circuit processes, and uploads finger when there being data
When making, circuit works, and gathers data and uploads, when not receiving data command, and wireless telecommunications mould
Block entrance park mode, circuit not power consumption substantially now, the battery of built-in 3.6V9AH,
Can ensure that instrument normally works more than half a year；In the range of Pressure gauge data are in alert data
Time, timing wake-up function is closed, monitoring pressure in real time table data, so can facilitate existing
Field Pressure gauge data are monitored in real time, it is to avoid fault occurs.
Embodiment 8
A kind of pressure remote supervision system that the embodiment of the present invention 8 provides is different from embodiment 1
It is, as it is shown in figure 9, real-time monitoring module 11 also includes heart beating management submodule 184 and heart beating
Bag receives the frequency and processes submodule 185, data concentrator 2 also by heart-beat protocol with heartbeat packet
The Pressure gauge data of reception are sent to real-time monitoring module 11 by form；Heart beating management submodule 184
For receiving the heartbeat packet that data concentrator 2 sends, and heart beating management submodule 184 is to reception
To heartbeat packet do not respond；Heartbeat packet receives frequency process submodule 185 and is used for adding up pre-
Interior heart beating of fixing time management submodule 184 receives the frequency of heartbeat packet, and to the heartbeat packet received
The frequency is compared with the frequency threshold value preset, when the heartbeat packet frequency received is less than the frequency preset
During subthreshold, send alarm command to equipment alarm module 12.
The data acquisition unit provided in the present invention and central server are to carry out communication in real time, for
Ensureing that data collector and central server can carry out real-time communication, the present invention uses the heart
Jump agreement the data in data concentrator to be interacted with central server, it is achieved that data
Real-time update and monitoring, improve the operational paradigm of whole system.
Embodiment 9
A kind of pressure remote supervision system that the embodiment of the present invention 9 provides is different from embodiment 1
It is that as shown in Figure 10, central server 1 also includes:
Basic data management module 7: for managing the every essential information needed for system is run, every
Essential information includes equipment region information, customer data, Pressure gauge, harvester and data
The relevant information of concentrator；
System management module 8 has been used for user's management, priority assignation, log query and system
Parameter sets；
Statistical analysis module 9 is used for providing the user inquiry Pressure gauge data, service condition, and
Form form；
Basic data management module is mainly used in the every essential information needed for maintenance system is run,
Every essential information therein includes area information, customer data, Pressure gauge, harvester sum
According to data such as concentrators.System management module is mainly used by manager, has been used for such as user
Management, the information such as priority assignation.Monitoring of tools module is based on regional organization, it is simple to manager looks into
See Pressure gauge data and the monitoring data of client's checking monitoring oneself monitoring all regions.System
Meter is analyzed module group and is mainly provided the user inquiry Pressure gauge data, service condition, helps client
Carry out the functions such as self-defining report output.
Basic data management module 7 includes:
District management submodule 71, for defining the regional residing for each equipment；
Customer account management submodule 72, for managing the customer data of use equipment, customer data includes
Customer name, client geographic location；
Device type management submodule 73, for carrying out Classification Management to equipment；
Data concentrator management submodule 74, for being managed data concentrator 2；
Equipment control submodule 75, for adding equipment essential information for regional, client, also
For equipment basic parameter is set；
System management module 8 includes:
System user management submodule 81, is used for managing system user information；
Customer users management submodule 82, is used for adding and safeguards customer information；
Rights management submodule 83, for defining the functional module that system user can use；
Log query submodule 84, for carrying out the inquiry of daily record to system regular job；
System parameter settings submodule 85, is set for the parameters running system.
Statistical analysis module 9 includes:
Report form statistics submodule 91, is used for according to user-defined statement form, query facility
Relevant information, and export, print or derive form；
Service condition inquiry submodule 92, for the status information for manager's query facility；
Alert data inquiry submodule 93, for the warning message for manager's query facility.
The district management module that the present invention provides is used mainly to define the regional residing for equipment,
Support tree-like form infinite expanding, other functional module, such as monitoring of tools, customer information,
Concentrator information etc. are all by area format tissue；Customer management module is for safeguarding use equipment
Customer data, such as title, client geographic location, it is simple to arrange facility information and distribution later
Account, after distributing account for client, client can log in native system and check the equipment state of oneself；
Device management module is for adding equipment essential information for region, client, after this module sets
Data can be checked by monitoring of tools.Report form statistics functions of modules is mainly according to User Defined
Statement form, how long wait information inquiry output report as a certain equipment has worked, and carry
For functions such as printing, derivation；Service condition enquiry module and alert data enquiry module are main
Used by manager, help manager to understand the status information of equipment.System user management module
Being mainly used in safeguarding user profile, the user of the type can be according to privileges configuration information to system
Entirety is managed；Customer users management module is mainly used in adding the user safeguarding a certain client
Information, after a certain client's distributing user, this user can log in native system and check management oneself
The operations such as the facility information of subordinate, performs statistical report form, regular maintenance.Authority management module master
It is used for defining the functional module that system user can use；It is right that log query module is mainly used in
System regular job carries out the inquiry of daily record, in order to have mark to look into；System parameter settings module is then
The parameters being mainly used in running system is set.
The present invention is not limited to above-mentioned preferred forms, anyone under the enlightenment of the present invention all
Other various forms of products can be drawn, no matter but in its shape or structure, make any change,
Every have same as the present application or akin technical scheme, all falls within the protection model of the present invention
Within enclosing.
Claims (10)
1. a pressure remote supervision system, it is characterised in that described monitoring system includes center service
Device (1), several communicate and are separately positioned in each region with central server (1)
Data concentrator (2), management end (3) and client (5) and with the data in each region
Some harvesters (4) that concentrator (2) communicates；Described harvester (4) is used for gathering
And store each Pressure gauge data, and it is transferred to data concentrator (2), each Pressure gauge data
All with the positional information at this Pressure gauge place, described Pressure gauge data include pressure data and
Pressure gauge electricity；Described data concentrator (2) is used for receiving, storing Pressure gauge data, and
It is sent to central server (1), and accepts the finger that also implementation center's server (1) sends
Order；Described central server (1) includes real-time monitoring module (11) and equipment alarm module
(12)；Described real-time monitoring module (11) includes data transmission module (110), data
Sub module stored (113), data screening submodule (111) and pressure judge submodule (112)；
Described data transmission module (110) is for receiving the pressure transmitted from data concentrator (2)
Power table data are also sent respectively to data screening submodule (111) and data sub module stored
(113)；Described data sub module stored (113) is for storing Pressure gauge data；
Described data screening submodule (111) is for filtering out pressure from the Pressure gauge data received
Force data A, and be sent to pressure and judge submodule (112)；Described pressure judges submodule
(112) for the pressure data A of reception is carried out with pressure data scope B-C preset
Comparison, B ＜ C, when A is beyond the scope of B-C, sends out to equipment alarm module (12)
Go out alarm command；Described equipment alarm module (12), is used for receiving alarm command, and according to
Alarm level sends alarm signal.
2. pressure remote supervision system as claimed in claim 1, it is characterised in that described real-time prison
Control module (11) also includes that Pressure gauge electricity judges submodule (114)；Described data screening
Submodule (111) is additionally operable to filter out Pressure gauge electricity X from the Pressure gauge data received,
And be sent to Pressure gauge electricity and judge that submodule (114), described Pressure gauge electricity judge submodule
Block (114) is for the Pressure gauge electricity X that will receive and Pressure gauge power threshold Y preset
Compare, as 0 ＜ X ＜ Y, send alarm command to equipment alarm module (12).
3. pressure remote supervision system as claimed in claim 2, it is characterised in that described equipment report
Alert module (12) includes that pressure data abnormal alarm grade sets submodule (122) and pressure
Table electricity abnormal alarm grade sets submodule (123), described pressure data abnormal alarm etc.
Level sets submodule (122) and is used for receiving the alarm command when A is beyond B-C scope,
And alarm command grade is set, as A ＜ B, set alarm level as three grades,
As A ＞ C, set alarm level as superfine；Described Pressure gauge electricity abnormal alarm grade
Set submodule (123) to be used for receiving the alarm command as 0 ＜ X ＜ Y, and to warning
Instruction level is set, whenTime, arranging alarm level is one-level, when Time, arranging alarm level is two grades, whenTime, set alarm level as three
Level.
4. pressure remote supervision system as claimed in claim 3, it is characterised in that described equipment report
Alert module (12) also includes alarm submodule (124) and abnormal pressure comparer module
(125), when alarm level is one-level, described alarm submodule (124) sends Huang
Color alarm signal；When alarm level is two grades, described alarm submodule (124)
Send blue flicker alarm signal；When alarm level is three grades, described alarm
Submodule (124) sends audio alert cue；When alarm level is superfine, described
Alarm submodule (124) sends abnormal pressure to abnormal pressure comparer module (125)
Force rate is to instruction, and described abnormal pressure comparer module (125) is for the exception pressure received
Instruction is processed by force rate.
5. pressure remote supervision system as claimed in claim 4, it is characterised in that described equipment report
Alert module (12) also includes short message editing submodule (126) and voice call submodule (127)
Described abnormal pressure comparer module (125) is used for calculating difference D of A Yu C, and will
Difference D is compared with abnormal pressure difference limen value E preset, and as D ＜ E, compiles to note
Collect submodule (126) and send the instruction of SMS notification user, as D ＞ E, lead to voice
Words submodule (127) send the instruction of voice connection user；Described short message editing submodule
(126) for sending note to user；Described voice call submodule (127) for
User carries out voice call.
6. pressure remote supervision system as claimed in claim 1, it is characterised in that described pressure is remote
Journey prison examining system also includes that Temperature sampler (6), described Temperature sampler (6) are used for gathering
Temperature M of harvester (4), and it is sent to data transmission module (110)；Described in real time
Monitoring module (11) also includes that harvester temperature judges submodule (115)；Described data are sieved
Submodule (111) is selected to be additionally operable to filter out temperature M of harvester from the data received,
And be sent to harvester temperature and judge submodule (115)；Described harvester temperature judges submodule
Block (115) for will receive harvester temperature M with preset harvester temperature threshold
N compares, and as M ＞ N, sends alarm command to equipment alarm module (12).
7. pressure remote supervision system as claimed in claim 1, it is characterised in that described real-time prison
Control module (11) also includes that data upload frequencies sets submodule (116), data upload frequency
Rate statistics submodule (117) and data upload frequencies comparer module (118)；Described data
Upload frequencies sets harvester (4) in submodule (116) is used for setting a period of time and uploads
Data upload number of times V, and be sent to data upload frequencies comparer module (118)；Institute
State harvester (4) in data upload frequencies statistics submodule (117) is used for adding up a period of time
That uploads data uploads number of times Y, and is sent to data upload frequencies comparer module (118)；
Described data upload frequencies comparer module (118), for uploading number of times by the setting of reception
V compares with the number of times Y that uploads of statistics, as Y ＜ V, to equipment alarm module (12)
Send alarm command.
8. pressure remote supervision system as claimed in claim 1, it is characterised in that described real-time prison
Control module (11) also includes that data uplink time sets submodule (181), uploads number in real time
According to submodule (182) with wake up switching submodule (183) up；Described data uplink time sets
Submodule (181) is for the uplink time of setting data, and passes through data transmission module
(110) uplink time is sent to Pressure gauge；Described upload data submodule (182) in real time
For receive pressure judge that submodule (112) judges that A exceeds B-C scope time, to equipment
The alarm command that alarm module (12) sends, and upload number in real time according to alarm command generation
According to instruction, be sent to wake up switching submodule (183) up；Described wake up switching submodule (183) up
Set submodule (181) for controlling data uplink time and upload data submodule in real time
(182) keying, when receiving the instruction uploading data in real time, described in wake up switching submodule up
Data uplink time is set submodule (181) and closes by block (183), and is passed by data
The instruction uploading data in real time is sent to Pressure gauge by defeated submodule (110).
9. pressure remote supervision system as claimed in claim 1, it is characterised in that described real-time prison
Control module (11) also includes that heart beating management submodule (184) and heartbeat packet receive the frequency and process
Submodule (185), described data concentrator (2) also by heart-beat protocol with the shape of heartbeat packet
The Pressure gauge data of reception are sent to real-time monitoring module (11) by formula；Described heart beating management
Module (184) is used for receiving the heartbeat packet that data concentrator (2) sends, and described heart beating
The heartbeat packet received is not responded by management submodule (184)；Described heartbeat packet receives
The frequency processes described heart beating management submodule in submodule (185) is used for adding up the scheduled time
(184) frequency of heartbeat packet is received, and to the heartbeat packet frequency received and the frequency threshold preset
Value is compared, when the heartbeat packet frequency received is less than the frequency threshold value preset, to equipment
Alarm module (12) sends alarm command.
10. pressure remote supervision system as claimed in claim 1, it is characterised in that genuinely convinced in described
Business device (1) also includes:
Basic data management module (7): for managing the every essential information needed for system is run,
Described every essential information includes equipment region information, customer data, Pressure gauge, collection
Device and the relevant information of data concentrator；
System management module (8) has been used for user's management, priority assignation, log query and has been
System parameter sets；
Statistical analysis module (9) is used for providing the user inquiry Pressure gauge data, service condition,
And form form.
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| CN201610341546.2A CN105959375B (en) | 2016-05-20 | 2016-05-20 | A kind of pressure remote supervision system |
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|---|---|---|---|
| CN201610341546.2A CN105959375B (en) | 2016-05-20 | 2016-05-20 | A kind of pressure remote supervision system |
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| CN105959375B CN105959375B (en) | 2018-10-30 |
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| CN107995255A (en) * | 2017-10-26 | 2018-05-04 | 深圳市丰巢科技有限公司 | A kind of method and its system of remote monitoring intelligent cabinet |
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| CN112350849A (en) * | 2020-09-15 | 2021-02-09 | 国网浙江省电力有限公司湖州供电公司 | Intelligent setting and updating system for power monitoring data threshold value |
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| CN113252239A (en) * | 2021-03-15 | 2021-08-13 | 上海奥迪斯仪器科技有限公司 | Data signal transmission system and method of digital pressure gauge |
| CN114827279A (en) * | 2022-03-25 | 2022-07-29 | 广州番禺电缆集团有限公司 | Intelligent temperature measuring cable |
| CN114827279B (en) * | 2022-03-25 | 2023-06-16 | 广州番禺电缆集团有限公司 | Intelligent temperature measurement cable |
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Effective date of registration: 20210121 Address after: 511462 Shengjie factory building, no.1-07, No.17 Road, zone B, auto parts Industrial Park, xinguangsan Road, Zhujiang street, Nansha District, Guangzhou City, Guangdong Province Patentee after: GUANGDONG SHENGJIE FIRE PROT G Address before: 415300 no.09018, group 9, zongduigang, Guihua Village, Jiashan Town, Shimen County, Changde City, Hunan Province Patentee before: Huang Zhongqing |