CN110058114A - A kind of intelligence maintenance management trunking systems - Google Patents
A kind of intelligence maintenance management trunking systems Download PDFInfo
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- CN110058114A CN110058114A CN201910418089.6A CN201910418089A CN110058114A CN 110058114 A CN110058114 A CN 110058114A CN 201910418089 A CN201910418089 A CN 201910418089A CN 110058114 A CN110058114 A CN 110058114A
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01H—MEASUREMENT OF MECHANICAL VIBRATIONS OR ULTRASONIC, SONIC OR INFRASONIC WAVES
- G01H17/00—Measuring mechanical vibrations or ultrasonic, sonic or infrasonic waves, not provided for in the preceding groups
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01L—MEASURING FORCE, STRESS, TORQUE, WORK, MECHANICAL POWER, MECHANICAL EFFICIENCY, OR FLUID PRESSURE
- G01L5/00—Apparatus for, or methods of, measuring force, work, mechanical power, or torque, specially adapted for specific purposes
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R31/00—Arrangements for testing electric properties; Arrangements for locating electric faults; Arrangements for electrical testing characterised by what is being tested not provided for elsewhere
- G01R31/50—Testing of electric apparatus, lines, cables or components for short-circuits, continuity, leakage current or incorrect line connections
Abstract
The present invention provides a kind of intelligent maintenance management trunking systems, belongs to trunking systems technical field.It includes wire casing ontology, suspended structure, top cover, the first stress meter, the first leakage detector, the first positioning unit, first control unit, remote processing unit, alarm, mobile terminal, the first communication unit and the second communication unit that the intelligence maintenance, which manages trunking systems,.Remote processing unit in the present invention sends " alarm of wire casing ontology " instruction when the first real-time stress is greater than the first default stress or the first real-time electrical leakage quantity is greater than the first default electrical leakage quantity to first control unit and sends the first real time position, " wire casing ontology failure " signal to mobile terminal, first control unit receives " wire casing ontology " instruction control alarm and alarms, user not at the scene is reminded, user at the scene does not search out the predetermined wire casing ontology of appearance " wire casing ontology failure " according to the first real time position, improves the efficiency of maintenance.
Description
Technical field
The invention belongs to trunking systems technical fields, are related to a kind of intelligent maintenance management trunking systems.
Background technique
Cable is set in building, to ask safety and properly management, can be set in wire casing, setting initial stage there is no
Problem, but it is with the passing of time in bad repair, suspention support may occur and fall off, or wire casing is trampled in personnel's construction, and or is drawn again
After line wiring destroys fire prevention, fail to restore immediately, frequently results in fire and be unable to control or personnel's electrification, or by line
Slot flies object and hits accident.
Summary of the invention
The present invention addresses the above problems in the prior art, provides a kind of intelligent maintenance management trunking systems, this hair
It is bright the technical problem to be solved is that: how the leakage in real time of a kind of the first real-time stress can detecte wire casing ontology, first is provided
Electricity and the first real-time stress be greater than when the first default stress or the first real-time electrical leakage quantity are greater than the first default electrical leakage quantity into
The intelligent maintenance of row alarm manages trunking systems.
Object of the invention can be realized by the following technical scheme:
It is a kind of intelligence maintenance manage trunking systems, including wire casing ontology, to wire casing ontology is hung suspended structure, to cover
The top cover of zygonema slot ontology, the first stress meter to detect the real-time stress of wire casing body surface first, to detect wire casing sheet
First positioning of the first leakage detector of the first real-time electrical leakage quantity on body, the first real time position to position wire casing ontology
Unit, to control, the first stress meter, the first leakage detector, the first control unit of the first positioning unit, remotely processing is single
Member, the alarm to alarm, mobile terminal, to be communicated between first control unit, remote processing unit
The first communication unit and the second communication unit to be communicated between remote processing unit, mobile terminal；
First real-time electrical leakage quantity, the first real-time stress, the first real time position are passed through the first communication unit by the first control unit
Member is sent to remote processing unit, and remote processing unit is greater than the first default stress or the first leakage in real time in the first real-time stress
Electricity sends " alarm of wire casing ontology " instruction to first control unit and sends the first real-time position when being greater than the first default electrical leakage quantity
It sets, " wire casing ontology failure " signal is to mobile terminal, first control unit reception " alarm of wire casing ontology " the instruction control report
Alert device is alarmed.
It preferably, further include passing through fire district to carry out fireproof wire casing, being set to wire casing and pass through on fire district and prevent
Fire filling, be set to wire casing pass through on fire district, one end be connected to fire prevention filling, its stress drive fire prevention filling pullling
Conducting wire, be connected to can pull conducting wire, to can pull conducting wire stress drive fire prevention filling disconnect wireless switching and to examine
Survey the pressure sensor of fire prevention filling the first real-time pressure of surface；
First real-time pressure is sent to cloud processing unit by the first control unit, and cloud processing unit is pressed in real time first
Power sends " wireless switching disconnection " instruction to first control unit and sends " fire prevention filling damage " signal when being greater than preset pressure
To mobile terminal, the first control unit receives " wireless switching disconnection " instruction control wireless switching and disconnects.
It preferably, further include to detect the second stress meter of the real-time stress in top cover top second, to detect on top cover
The second real-time electrical leakage quantity the second leakage detector and the second positioning unit to position the second real time position of top cover；
The first control unit is sent to long-range place by the second real-time stress, the second real-time electrical leakage quantity and the second real time position
Unit is managed, the remote processing unit sends " top cover tramples alarm " instruction when the second real-time stress is greater than the second default stress
" top cover leakage-current alarm " instruction is sent to first control unit, when the second real-time electrical leakage quantity is greater than the second default electrical leakage quantity to the
One control unit and transmission " top cover leakage-current alarm " instruction, the second reality when the second real-time electrical leakage quantity is greater than the second default electrical leakage quantity
When position to mobile terminal, the first control unit is instructed reception " top cover tramples alarm " or " top cover leakage-current alarm " refers to
Alarm is controlled when enabling to alarm.
It preferably, further include to detect the tertiary stress meter of the real-time stress of the third of overhung construction, to detect suspention
The vibrometer of the real-time vibratory output of structure and the third positioning unit to detect overhung construction third real time position；
The real-time stress of third, real-time vibratory output and third real time position are sent to by the first control unit by communication unit
Remote processing unit, the remote processing unit are greater than transmission when third presets stress " climbing alarm " in the real-time stress of third and refer to
It enables and sends " abnormal vibrations alarm " instruction to first control unit, when real-time vibratory output is greater than default vibratory output to the first control
Unit and send that " abnormal vibrations alarm " instructs, third real time position is sent to shifting when real-time vibratory output is greater than default vibratory output
Dynamic terminal, the first control unit receive " climbing alarm " instruction or " abnormal vibrations alarm " instruction control alarm report
It is alert.
Preferably, the cloud processing unit include to storage stress, electrical leakage quantity, the database of pressure, to be based on
Optimization algorithm trains the stress in database, electrical leakage quantity, pressure to obtain being separately optimized the excellent of stress, electrical leakage quantity or pressure
Change model, obtain the first optimizing stress, optimization first electric leakage in real time the first real-time stress is separately optimized by Optimized model
It measures to the first optimization electrical leakage quantity, the first real-time pressure of optimization obtain the first optimization pressure, the second real-time stress of optimization obtains the
Two optimizing stress, the second real-time electrical leakage quantity of optimization obtain the second optimization electrical leakage quantity, the optimization real-time stress of third obtains third optimization
Stress and the real-time vibratory output of optimization obtain the optimization module of optimization vibratory output and preset to be greater than first in the first optimizing stress
It is single to the first control that stress or the first optimization electrical leakage quantity send " alarm of wire casing ontology " instruction when being greater than the first default electrical leakage quantity
The first real time position of member and transmission, " wire casing ontology failure " signal are greater than preset pressure to mobile terminal, in the first optimization pressure
When send " wireless switching disconnections " instruction to first control unit and send " fire prevention filling damage " signal to mobile terminal, the
Two optimization pressures send " top cover tramples alarm " instruction and leak to first control unit, in the second optimization when being greater than the second default stress
Electricity sends " top cover leakage-current alarm " instruction and optimizes electrical leakage quantity to first control unit, second when being greater than the second default electrical leakage quantity
" top cover leakage-current alarm " instruction is sent when greater than the second default electrical leakage quantity, the second real time position optimizes to mobile terminal, in third
Stress is greater than " climbing alarm " instruction of transmission when third presets stress to first control unit, in optimization vibratory output greater than default vibration
" abnormal vibrations alarm " instruction is sent when momentum to send to first control unit, when optimizing vibratory output and being greater than default vibratory output
" abnormal vibrations alarm " instruction, third real time position are sent to the processing module of mobile terminal.
Preferably, the optimization algorithm is that genetic algorithm or universal gravitation algorithm or particle swarm algorithm or ant colony are calculated
Method or simulated annealing.
Preferably, first communication unit be Zigbee, Wireless HART, ISA100.11a, Wi-Fi,
Bluetooth communication unit.
Preferably, the alarm is phonetic alarm.
Preferably, first positioning unit is GPS positioning unit.
Preferably, second communication unit be Zigbee, Wireless HART, ISA100.11a, Wi-Fi,
Bluetooth communication unit.
The first real-time stress on the first stress meter detection wire casing ontology in the present invention, the first leakage detector detection line
The first real-time electrical leakage quantity on slot ontology, remote processing unit are greater than the first default stress or first in fact in the first real-time stress
When electrical leakage quantity be greater than the first default electrical leakage quantity when send " alarm of wire casing ontology " instruction to first control unit and send first in fact
When position, " wire casing ontology failure " signal to mobile terminal, first control unit receives " wire casing ontology " instruction control alarm
It alarms, live user can be reminded in time in this way, while user not at the scene can be reminded, no
User at the scene can search out the predetermined wire casing ontology of appearance " wire casing ontology failure " according to the first real time position, improve dimension
The efficiency of guarantor.
Detailed description of the invention
Fig. 1 is structural schematic diagram of the invention.
In figure: 11- wire casing ontology, the first stress meter of 111-, the first leakage detector of 112-, the first positioning unit of 113-,
12- fire prevention filling, 121- pressure sensor, 13- top cover, the second stress meter of 131-, the second leakage detector of 132-, 133- second
Positioning unit, 14- suspended structure, 141- tertiary stress meter, 142- vibrometer, 143- third positioning unit, 2- first control list
Member, 3- remote processing unit, 31- processing module, 32- database, 33- optimization module, the first communication unit of 4-, 5- second are communicated
Unit, 6- mobile terminal, 7- alarm.
Specific embodiment
Following is a specific embodiment of the present invention in conjunction with the accompanying drawings, technical scheme of the present invention will be further described,
However, the present invention is not limited to these examples.
Referring to Fig. 1, intelligent maintenance in the present embodiment manages trunking systems, including wire casing ontology 11, to by wire casing
Ontology 11 hang suspended structure 14, to the top cover 13 of lid zygonema slot ontology 11, to detect 11 surface first of wire casing ontology
The first stress meter 111, the first leakage detector to detect the first real-time electrical leakage quantity on wire casing ontology 11 of real-time stress
112, to position the first real time position of wire casing ontology 11 the first positioning unit 113, to control the first stress meter 111,
First leakage detector 112, the first control unit 2 of the first positioning unit 113, remote processing unit 3, to what is alarmed
Alarm 7, mobile terminal 6, the first communication unit to be communicated between first control unit 2, remote processing unit 3
4 and the second communication unit 5 to be communicated between remote processing unit 3, mobile terminal 6；
First real-time electrical leakage quantity, the first real-time stress, the first real time position are passed through the first communication unit 4 by first control unit 2
It is sent to remote processing unit 3, remote processing unit 3 is greater than the first default stress or the first leakage in real time in the first real-time stress
Electricity sends " alarm of wire casing ontology 11 " instruction to first control unit 2 and sends first in real time when being greater than the first default electrical leakage quantity
To mobile terminal 6, first control unit 2 receives " alarm of wire casing ontology 11 " instruction control for position, " 11 failure of wire casing ontology " signal
Alarm 7 processed is alarmed.
Herein, the first real-time stress on the first stress meter 111 detection wire casing ontology 11, the inspection of the first leakage detector 112
The first real-time electrical leakage quantity on survey line slot ontology 11, remote processing unit 3 the first real-time stress be greater than the first default stress or
" alarm of wire casing ontology 11 " instruction is sent when the real-time electrical leakage quantity of person first is greater than the first default electrical leakage quantity gives first control unit 2 He
The first real time position, " 11 failure of wire casing ontology " signal are sent to mobile terminal 6, first control unit 2 receives " wire casing ontology
11 " instruction control alarms 7 are alarmed, and can be reminded in time live user in this way, while can be to not existing
The user of field reminds, and user at the scene can not search out appearance " 11 failure of wire casing ontology " according to the first real time position
Predetermined wire casing ontology 11, improve the efficiency of maintenance.First control unit 2 can be STM32 single-chip microcontroller.
It can also include being passed through to carry out fireproof wire casing as the intelligent maintenance management trunking systems in the present embodiment
Fire district, be set to fire prevention filling 12 that wire casing passes through on fire district, be set to wire casing pass through on fire district, one end be connected to it is anti-
Fire filling 12 drives pullling conducting wire, being connected to and can pull conducting wire, can pull conducting wire for fire prevention filling 12 in its stress
The wireless switching and the pressure to detect fire prevention 12 the first real-time pressures of surface of filling that stress drives fire prevention filling 12 to disconnect pass
Sensor 121；
First real-time pressure is sent to cloud processing unit by first control unit 2, and cloud processing unit is in the first real-time pressure
" wireless switching disconnection " instruction is sent when greater than preset pressure to first control unit 2 and sends " 12 damage of fire prevention filling " signal
To mobile terminal 6, first control unit 2 receives " wireless switching disconnection " instruction control wireless switching and disconnects, and can fill out in fire prevention
Plug 12 controls wireless switching disconnection in time when disconnecting, avoid the occurrence of fire.
It can also include to detect 13 top second of top cover as the intelligent maintenance management trunking systems in the present embodiment
The second stress meter 131,132 and of the second leakage detector to detect the second real-time electrical leakage quantity on top cover 13 of real-time stress
To position the second positioning unit 133 of 13 second real time position of top cover；
First control unit 2 is sent to long-range processing by the second real-time stress, the second real-time electrical leakage quantity and the second real time position
Unit 3, remote processing unit 3 the second real-time stress be greater than the second default stress when send " top cover 13 tramples alarm " instruct to
First control unit 2, when the second real-time electrical leakage quantity is greater than the second default electrical leakage quantity, transmission " 13 leakage-current alarm of top cover " instruction is given
First control unit 2 and the second real-time electrical leakage quantity be greater than the second default electrical leakage quantity when send " 13 leakage-current alarm of top cover " instruction,
Second real time position is to mobile terminal 6, and first control unit 2 is instructed reception " top cover 13 tramples alarm " or " top cover 13 leaks
Control alarm 7 is alarmed when electric alarm " instructs, and can be reminded in time live user in this way, while can be right
User at the scene does not remind, and user at the scene can not search out the appearance " leakage of top cover 13 according to the second real time position
The predetermined top cover 13 of electric fault ", improves the efficiency of maintenance.
As the third that the intelligent maintenance management trunking systems in the present embodiment can also include to detect overhung construction
The real-time tertiary stress meter 141 of stress, the vibrometer 142 to detect the real-time vibratory output of overhung construction and to detect suspention knot
The third positioning unit 143 of structure third real time position；
First control unit 2 can be sent the real-time stress of third, real-time vibratory output and third real time position by communication unit
To remote processing unit 3, remote processing unit 3 is greater than transmission when third presets stress " climbing alarm " in the real-time stress of third and refers to
It enables and sends " abnormal vibrations alarm " instruction to first control unit 2, when real-time vibratory output is greater than default vibratory output to the first control
Unit 2 processed and transmission " abnormal vibrations alarm " instruction, the transmission of third real time position when real-time vibratory output is greater than default vibratory output
To mobile terminal 6, first control unit 2 receives " climbing alarm " instruction or " abnormal vibrations alarm " instruction control alarm 7
Alarm, can understand in time in this way overhung construction whether climbed perhaps abnormal vibrations and climbed in suspended structure 14 or
It alarms when abnormal vibrations.
Cloud processing unit may include to storage stress, electrical leakage quantity, pressure database 32, to based on optimization calculate
Method trains the stress in database 32, electrical leakage quantity, pressure to obtain being separately optimized the optimization mould of stress, electrical leakage quantity or pressure
Type, to be separately optimized by Optimized model, the first real-time stress obtains the first optimizing stress, the first real-time electrical leakage quantity of optimization obtains
Obtain that the first optimization pressure, to obtain second excellent for the second real-time stress of optimization to the first optimization electrical leakage quantity, the first real-time pressure of optimization
Change stress, the second real-time electrical leakage quantity of optimization obtains the second optimization electrical leakage quantity, the optimization real-time stress of third obtains third optimizing stress
The optimization module 33 of optimization vibratory output is obtained with the real-time vibratory output of optimization and is answered to preset in the first optimizing stress greater than first
It is single to the first control that power or the first optimization electrical leakage quantity send " alarm of wire casing ontology 11 " instruction when being greater than the first default electrical leakage quantity
The first real time position of member 2 and transmission, " 11 failure of wire casing ontology " signal are greater than default to mobile terminal 6, in the first optimization pressure
It is whole to movement to first control unit 2 and transmission " 12 damage of fire prevention filling " signal that " wireless switching disconnection " instruction is sent when pressure
End 6, the second optimization pressure be greater than the second default stress when send " top cover 13 tramples alarm " instruct to first control unit 2,
Second optimization electrical leakage quantity be greater than the second default electrical leakage quantity when send " 13 leakage-current alarm of top cover " instruction to first control unit 2,
When the second optimization electrical leakage quantity is greater than the second default electrical leakage quantity, transmission " 13 leakage-current alarm of top cover " instruction, the second real time position are given and are moved
Dynamic terminal 6, be greater than when third presets stress in third optimizing stress send " climbing alarm " instruction to first control unit 2,
Optimize transmission " abnormal vibrations alarm " when vibratory output is greater than default vibratory output to instruct to first control unit 2, in optimization vibratory output
Transmission " abnormal vibrations alarm " instructs when greater than default vibratory output, third real time position is sent to the processing module of mobile terminal 6
31.Processing module 31 can be STM32 single-chip microcontroller.
Optimization algorithm can for genetic algorithm or universal gravitation algorithm or particle swarm algorithm or ant group algorithm or
Simulated annealing.
First communication unit 4 can be logical for Zigbee, Wireless HART, ISA100.11a, Wi-Fi, Bluetooth
Believe unit.
Alarm 7 can be phonetic alarm 7.
First positioning unit 113 can be GPS positioning unit.Second positioning unit 133 can be GPS positioning unit.The
Three positioning units 143 can be GPS positioning unit.
Second communication unit 5 can be logical for Zigbee, Wireless HART, ISA100.11a, Wi-Fi, Bluetooth
Believe unit.
Specific embodiment described herein is only an example for the spirit of the invention.The neck of technology belonging to the present invention
The technical staff in domain can make various modifications or additions to the described embodiments or replace by a similar method
In generation, however, it does not deviate from the spirit of the invention or beyond the scope of the appended claims.
Claims (10)
1. a kind of intelligence maintenance manages trunking systems, it is characterised in that: including wire casing ontology (11), to by wire casing ontology (11)
The suspended structure (14) of suspension, to the top cover (13) of lid zygonema slot ontology (11), to detect wire casing ontology (11) surface
The first stress meter (111) of one real-time stress, the first electric leakage to detect the first real-time electrical leakage quantity on wire casing ontology (11)
Detector (112), the first positioning unit (113) of the first real time position to position wire casing ontology (11), to control
One stress meter (111), the first leakage detector (112), the first control unit (2) of the first positioning unit (113), long-range processing
Unit (3), the alarm (7) to alarm, mobile terminal (6), to single in first control unit (2), long-range processing
The first communication unit (4) for being communicated between first (3) and to be carried out between (6) in remote processing unit (3), mobile terminal
The second communication unit (5) of communication；
First real-time electrical leakage quantity, the first real-time stress, the first real time position are passed through the first communication by the first control unit (2)
Unit (4) is sent to remote processing unit (3), remote processing unit (3) the first real-time stress be greater than the first default stress or
The real-time electrical leakage quantity of person first sends " wire casing ontology (11) alarm " instruction to first control unit when being greater than the first default electrical leakage quantity
(2) it is given mobile terminal (6) with the first real time position of transmission, " wire casing ontology (11) failure " signal, the first control unit (2)
" wire casing ontology (11) alarm " instruction control alarm (7) is received to alarm.
2. a kind of intelligent maintenance as described in claim 1 manages trunking systems, it is characterised in that: further include to prevent fires
Wire casing pass through fire district, be set to fire prevention filling (12) that wire casing passes through on fire district, be set to wire casing pass through on fire district,
One end be connected to fire prevention filling (12), its stress drive fire prevention filling (12) pull conducting wire, be connected to can pull conducting wire,
Can pull the wireless switching of conducting wire stress drive fire prevention filling (12) disconnection and clog (12) surface to detect fire prevention
The pressure sensor (121) of first real-time pressure；
First real-time pressure is sent to cloud processing unit by the first control unit (2), and cloud processing unit is real first
When pressure be greater than preset pressure when send " wireless switching disconnections " instruction to first control unit (2) and send " prevent fires filling
(12) damaging " for signal to mobile terminal (6), it is wireless that the first control unit (2) receives " wireless switching disconnection " instruction control
Switch disconnects.
3. a kind of intelligent maintenance as claimed in claim 2 manages trunking systems, it is characterised in that: further include to detect top cover
(13) the second stress meter (131) of the real-time stress in top second, to detect the second real-time electrical leakage quantity on top cover (13)
Two leakage detectors (132) and the second positioning unit (133) to position (13) second real time position of top cover；
The first control unit (2) is sent to far by the second real-time stress, the second real-time electrical leakage quantity and the second real time position
Journey processing unit (3), the remote processing unit (3) send " top cover when the second real-time stress is greater than the second default stress
(13) trample alarm " instruction to first control unit (2), the second real-time electrical leakage quantity be greater than the second default electrical leakage quantity when send
" top cover (13) leakage-current alarm " instruction is to first control unit (2) and when the second real-time electrical leakage quantity is greater than the second default electrical leakage quantity
Transmission " top cover (13) leakage-current alarm " instruction, the second real time position are given mobile terminal (6), and the first control unit (2) is connecing
Control alarm (7) is alarmed when receiving " top cover (13) tramples alarm " instruction or " top cover (13) leakage-current alarm " instruction.
4. a kind of intelligent maintenance as claimed in claim 3 manages trunking systems, it is characterised in that: further include to detect suspention
The tertiary stress meter (141) of the real-time stress of the third of structure, to the vibrometer (142) that detects the real-time vibratory output of overhung construction and
To detect the third positioning unit (143) of overhung construction third real time position；
The first control unit (2) is sent out the real-time stress of third, real-time vibratory output and third real time position by communication unit
It send to remote processing unit (3), the remote processing unit (3) is greater than when third presets stress in the real-time stress of third to be sent
" climbing alarm " instruction sends " abnormal vibrations report to first control unit (2), when real-time vibratory output is greater than and presets vibratory output
It is alert " instruction sent to first control unit (2) and when real-time vibratory output is greater than default vibratory output " abnormal vibrations alarm " instruct,
Third real time position is sent to mobile terminal (6), and the first control unit (2) receives " climbing alarm " instruction or " abnormal
Vibration alarming " instruction control alarm (7) alarm.
5. a kind of intelligent maintenance as claimed in claim 4 manages trunking systems, it is characterised in that: the cloud processing unit packet
Include to storage stress, electrical leakage quantity, pressure database (32), to based on optimization algorithm by database (32) stress,
Electrical leakage quantity, pressure are trained to obtain being separately optimized the Optimized model of stress, electrical leakage quantity or pressure, to by Optimized model point
Not You Hua the first real-time stress obtain the first optimizing stress, optimization the first real-time electrical leakage quantity obtain the first optimization electrical leakage quantity, optimization
First real-time pressure obtains the first optimization pressure, the second real-time stress of optimization obtains the second optimizing stress, optimization second leakage in real time
Electricity obtains the second optimization electrical leakage quantity, the optimization real-time stress of third obtains third optimizing stress and the real-time vibratory output of optimization obtain it is excellent
Change the optimization module (33) of vibratory output and to be greater than the first default stress or the first optimization electrical leakage quantity in the first optimizing stress
" wire casing ontology (11) alarm " instruction is sent when greater than the first default electrical leakage quantity to first control unit (2) and sends first in real time
Position, " wire casing ontology (11) failure " signal are to mobile terminal (6), the transmission " nothing when the first optimization pressure is greater than preset pressure
Wiretap disconnects " instruction to first control unit (2) and send " fire prevention filling (12) damage " signal to mobile terminal (6),
Second optimization pressure be greater than the second default stress when send " top cover (13) tramples alarm " instruct to first control unit (2),
Second optimization electrical leakage quantity sends " top cover (13) leakage-current alarm " instruction to first control unit when being greater than the second default electrical leakage quantity
(2), " top cover (13) leakage-current alarm " instruction, the second real-time position are sent when the second optimization electrical leakage quantity is greater than the second default electrical leakage quantity
It sets to mobile terminal (6), in third optimizing stress and is greater than transmission when third presets stress " climbing alarm " instruction to the first control
Unit (2), sent when optimizing vibratory output and being greater than default vibratory output " abnormal vibrations alarm " instruct to first control unit (2),
" abnormal vibrations alarm " instruction is sent when optimizing vibratory output and being greater than default vibratory output, third real time position is sent to mobile terminal
(6) processing module (31).
6. a kind of intelligent maintenance as claimed in claim 5 manages trunking systems, it is characterised in that: the optimization algorithm is heredity
Algorithm or universal gravitation algorithm or particle swarm algorithm or ant group algorithm or simulated annealing.
7. a kind of intelligent maintenance as claimed in claim 1 or 2 manages trunking systems, it is characterised in that: first communication unit
First (4) are Zigbee, Wireless HART, ISA100.11a, Wi-Fi, Bluetooth communication unit.
8. a kind of intelligent maintenance as claimed in claim 1 or 2 manages trunking systems, it is characterised in that: the alarm (7) is
Phonetic alarm (7).
9. a kind of intelligent maintenance as claimed in claim 1 or 2 manages trunking systems, it is characterised in that: first positioning is single
First (113) are GPS positioning unit.
10. a kind of intelligent maintenance as claimed in claim 1 or 2 manages trunking systems, it is characterised in that: second communication unit
First (5) are Zigbee, Wireless HART, ISA100.11a, Wi-Fi, Bluetooth communication unit.
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|---|---|---|---|
| CN201910418089.6A CN110058114B (en) | 2019-05-20 | 2019-05-20 | Intelligent maintenance management wire chase system |
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| CN201910418089.6A CN110058114B (en) | 2019-05-20 | 2019-05-20 | Intelligent maintenance management wire chase system |
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| CN110058114B CN110058114B (en) | 2021-05-04 |
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| CN102033178A (en) * | 2010-11-08 | 2011-04-27 | 福州大学 | Intelligent bus duct simulating, monitoring and analyzing system |
| CN102810833A (en) * | 2012-08-14 | 2012-12-05 | 江苏华威线路设备集团有限公司 | Intelligent busway |
| CN108828400A (en) * | 2018-04-13 | 2018-11-16 | 深圳市三江电气有限公司 | A kind of bus duct intelligent monitor system |
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