CN105712143B - A kind of elevator long-distance monitorng point inspection and maintenance method - Google Patents
A kind of elevator long-distance monitorng point inspection and maintenance method Download PDFInfo
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- CN105712143B CN105712143B CN201610173889.2A CN201610173889A CN105712143B CN 105712143 B CN105712143 B CN 105712143B CN 201610173889 A CN201610173889 A CN 201610173889A CN 105712143 B CN105712143 B CN 105712143B
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B5/00—Applications of checking, fault-correcting, or safety devices in elevators
- B66B5/0006—Monitoring devices or performance analysers
- B66B5/0018—Devices monitoring the operating condition of the elevator system
- B66B5/0025—Devices monitoring the operating condition of the elevator system for maintenance or repair
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B5/00—Applications of checking, fault-correcting, or safety devices in elevators
- B66B5/0006—Monitoring devices or performance analysers
- B66B5/0037—Performance analysers
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- Indicating And Signalling Devices For Elevators (AREA)
- Maintenance And Inspection Apparatuses For Elevators (AREA)
Abstract
The invention discloses a kind of inspection of elevator long-distance monitorng point and maintenance methods, and targetedly maintenance inspection is carried out to elevator by long range acquisition of the active to data such as car movement data, remote service and maintenances and analysis, and according to analysis result.This programme can greatly reduce the site workload of elevator mainte-nance personnel, so as to save maintenance time, improve maintenance efficiency, reduce generated due to elevator maintenance stop the terraced time.
Description
Technical field
The present invention relates to elevators, and in particular to the remote monitoring point inspection of elevator and maintenance technology.
Background technology
Elevator has become the vehicles used for people's frequent routine at present, therefore the safe handling of elevator manages and failure
Correspondence becomes more and more important in time.At present failure occur when, rely on client voluntarily report for repairment, when failing to find in time, treatment people without
Method goes to field conduct to correspond in time；It is main that the judging result of the repair of elevator operational maintenance simultaneously substantially relies on maintenance personnel scene
It sees and confirms, when errors appear, elevator faults downtime may be increased.
Existing elevator remote monitoring system such as Publication No. CN 101200255A's《Elevator wireless is far apart monitoring system
System》, by data transmission sub-system in elevator group, elevator long-distance monitorng subsystem and between subsystem data communication it is wireless
Network is formed, and provides a kind of monitoring to elevator operation data, and is configured with the channel radio that can be instructed with reception system
Conveniently holding equipment, system are also provided with the company database being connected with data processing module, to be loaded into and be backed up to information.
Although system can monitor situation in the operating status and elevator of elevator, system can only carry out elevator passive monitoring,
And initiatively remote service maintenance cannot be carried out timely to pinpoint the problems.
Such as 200910252623.7 Chinese patent of Patent No. again, it discloses a kind of elevator long distances based on Ethernet
Monitoring system and its control method, affiliated monitoring system include server, at least one client, at least one terminal and extremely
A few data collector, each data collector and with electric life controller data connection, each terminal adopts with corresponding data
Storage connects, and terminal, client and server establish mutually connection by network；Terminal accesses data and adopts on schedule
The changed running state information collected is sent to server, server by storage, data collector by terminal
It stores information and will send information to client and shown；Server receives the control information of client transmission, is converted
It instructs in order to control, electric life controller is sent to by terminal and data collector.Although the system can monitor elevator operation
Whether state is abnormal and can send control instruction, but the detailed operation data of elevator cannot be fed back, the event for elevator
A situation arises and the details of failure can not be made and quickly and effectively judge for barrier, is unfavorable for the quick solution of failure.
Although elevator remote monitoring system possesses remote monitoring elevator operation, the functions such as prompting occur for failure, passes through
Wireless network implements data transmission, and data are implemented to preserve.But on the one hand, system cannot to the details that breaks down with
And the carrying out practically data of elevator carry out access analysis when breaking down；On the other hand, system is usually passive to remove monitoring electricity
Ladder, and cannot the progress remote service of active maintain to find the generation with trouble saving.
The content of the invention
State of elevator is monitored for existing elevator long-distance monitorng technology going passively, and problem and analysis cannot be actively discovered
It is the problem of data, existing to reduce it is an object of the invention to provide the inspection of elevator long-distance monitorng point and maintenance method of a kind of active
While the maintenance person's elevator maintenance workload of field, elevator faults rate is also reduced.
To reach above-mentioned purpose, the present invention adopts the following technical scheme that：
A kind of elevator long-distance monitorng point inspection and maintenance method, the method is by active to car movement data, long-range inspection
It long range acquisition and the analysis of elevators day-to-day operation data such as repaiies and maintains, elevator is targetedly maintained according to analysis result
It checks.
Wherein, car movement data active push is to monitoring center.
Maintenance data is the interior cumulative information stored of acquisition elevator control cabinet main substrate.
After remote service data send for remote service order, elevator enters overhaul data collection status, by touching down
Limit switch and upper limit position switch, confirm switch whether reliable behavior, while feed back constant speed, the acceleration time, speed fluctuation,
Deceleration time, the overhaul data of pressure sensor index variation.
In this method, sent periodically by PC ends or the maintenance inspection of corresponding requirements instructs.
In this method, by the data collected in day-to-day operation, elevator is targetedly diagnosed, while by elevator day
Data feedback is often run to live maintenance personnel.
In this method, by the CCP substrates being arranged in elevator control cabinet, gather what is recorded on elevator control cabinet main substrate
Elevator operation information data are simultaneously transmitted to remote monitoring terminal, and remote monitoring terminal is by elevator operation information data to monitoring center
Server is sent；
Monitoring central server is decrypted, sorts out, analyzes and stores according to the information category received, passes through webpage ring
Consulted under border, while can be by way of remotely transmitting, it is desirable that elevator periodically/return to related operation information data at any time.
Wherein, the report of remote monitoring terminal is obtained by the GW servers that communicate in monitoring central server, and be sent to
Monitoring server is monitored, and the operation data packet that elevator device is periodically sent is carried out at data by batch server
Reason, and store to DB servers and be managed, show that the page shows the page spread out of from DB servers by WEB server by PC
Face.
Operating personnel can be operated by PC and perform message-sending instruction, be required to DB server logs remote monitoring, monitoring clothes
Business device confirms that DB servers are led to after having logged in remote service instruction by the GW notice remote monitoring terminals that communicate, remote monitoring terminal
It crosses CCP substrate transfers and sends an instruction to elevator control cabinet, elevator executes instruction, and returns to data after instruction operation.
The remote monitoring terminal includes：
Primary module, the primary module form remote monitoring terminal running environment, and other module cooperatives is controlled to work；
Fixed cycle module, the fixed cycle module set periodic operation function for remote monitoring terminal；
Switch board control module, the switch board control module are used to carry out instruction transmission, control；
CCP communication modules, the CCP communication modules are used to carry out sending and receiving letter between CCP substrates；
Data management module, the data management module are used to carry out data storage；
SIC communication modules, the SIC communication modules are for the communication between monitoring central server.
Based on the inspection of elevator long-distance monitorng point and maintenance method that said program is formed, by remote service data and daily
The acquisition and analysis of elevator operation and maintenance data, to reduce the site workload of elevator mainte-nance personnel, so as to save maintenance time,
Improve maintenance efficiency, reduce generated due to elevator maintenance stop the terraced time.
Furthermore based on this programme, the details (failure code etc.) that failure occurs can be checked when breaking down,
It can check the elevator operation curve that failure occurs, Field Force to be facilitated quickly and effectively to judge elevator faults, solve the problems, such as,
It reduces failure and stops terraced time and Field Force's working time；Furthermore the system also by car movement data, remote service and
Long range acquisition, analysis and the utilization of the data such as maintenance by automatic management and network analysis, can carry out specific aim to elevator
Maintenance inspection, while live maintenance person's elevator maintenance workload is reduced, also reduce elevator faults rate.
Description of the drawings
It is further illustrated the present invention below in conjunction with the drawings and specific embodiments.
Fig. 1 is the schematic diagram of elevator remote monitoring system in present example；
Fig. 2 is the organigram of present example medium-long range monitor terminal；
Fig. 3 is the deployment schematic diagram of elevator remote monitoring system in present example；
Fig. 4 be in present example between monitoring central server and terminal installation on the schematic diagram delivered letters；
Fig. 5 be in present example between monitoring central server and terminal installation under the schematic diagram delivered letters；
Fig. 6 is to the reception flow diagram of outage monitoring data in present example；
Fig. 7 is the system business functional diagram of present example medium-long range monitoring system；
Fig. 8 is that long distance point detection, the flow diagram of maintenance are carried out in present example；
Fig. 9 is present example medium-long range point inspection instruction flow chart.
Specific embodiment
In order to be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, tie below
Conjunction is specifically illustrating, and the present invention is further explained.
This programme passes through transglutaminase substrate (CCP bases in additional installation data on the PU substrates (main substrate) in elevator control cabinet
Plate), and corresponding remote monitoring terminal device is connected to, elevator is realized (such as China's 3G or 4G wireless networks) by wireless network
Information between monitoring system is transferred；Analysis and operation management are implemented to the data of collection by monitoring system again, are achieved in pair
The remote monitoring of elevator operation.
Here PU substrates are the main substrates for controlling elevator, and as the brain of elevator, the operation of elevator each several part is sent
It instructs and records related data.
Based on above-mentioned principle, this example realizes elevator based on elevator remote monitoring system long distance point detection, the maintenance of active.
Referring to Fig. 1 which shows the functional block diagram of the elevator remote monitoring system involved in this example.As seen from the figure, originally
Elevator remote monitoring system 100 mainly includes：CCP substrates 101, remote monitoring terminal 102, communication GW servers 103, monitoring clothes
Business device 104, DB servers 105, batch server 106, WEB server 107 and PC operating sides 108.
Wherein, it is (main for gathering PU substrates on the PU substrates (main substrate) in CCP substrates 101 and elevator control cabinet 200
Substrate) record data and send backward, while receive instruction and the PU substrates (main substrate) that are sent in elevator control cabinet 200
On.
Remote monitoring terminal 102 is connected with 101 communication data of CCP substrates, and monitoring is sent data to by wireless network
Center.The monitor terminal and CCP substrates 101 carry out data exchange, the data that the acquisition of CCP substrates 101 is sent receive and
Processing (realize monitoring), and corresponding monitoring report is formed to be sent to the corresponding server in backstage；Receive backstage phase simultaneously
The instruction of server is answered, and is sent to CCP substrates 101.
Referring to Fig. 2 which shows the structure diagram of this example medium-long range monitor terminal 102 (lower abbreviation terminal installation).
As seen from the figure, which shares 6 parts and forms：Primary module 102a, fixed cycle module 102b, switch board control module
102c, CCP communication module 102d, data management module 102e and SIC communication module 102f.
Primary module 102a is the corresponding running environment of terminal constructions, and other module cooperatives is controlled to work.
Fixed cycle module 102b periodically carries out some instructions (example schedule reboot) for setting terminal.The module and primary module
102a and switch board control module 102c data connections, under primary module 102a controls, to switch board control module 102c
Fixed cycle information is provided.
Cabinet control module 102c processed, which is mainly responsible for, carries out instruction transmission, control.The module is controlled by primary module 102a, and controls
System connection fixed cycle module 102b, CCP communication module 102d and SIC communication module 102f, under the control of primary module 102a,
The instruction cycle is obtained from fixed cycle module 102b, control is formed and is sent to CCP communication module 102d and SIC communication module 102f,
The cycle set simultaneously according to fixed cycle module 102b obtains at CCP communication module 102d and/or SIC communication modules 102f
Corresponding information data.
CCP communication modules 102d is that sending and receiving letter is carried out between CCP substrates；The module is controlled by primary module 102a, and respectively
It is communicated to connect with CCP substrates and cabinet control module 102c processed.
Data management module 102e, for storing corresponding data；The module is specially data storage hard disk, respectively with master
Module 102a, SIC communication module 102f data connections.
SIC communication modules 102f is to implement sending and receiving letter between monitoring center；The module is controlled by primary module 102a,
Communicated to connect by corresponding communication network and remote monitoring center, at the same with switch board control module 102c and data management mould
Block 102e data connections.
Referring to Fig. 1 and Fig. 3, communication GW servers 103, monitoring server 104, DB servers 105, batch server
106 and 107 coordinated of WEB server, form the background server of whole system.
Communicate GW servers 103, is used to implement the data communication wireless with remote monitoring terminal 102 and is connected, and with monitoring
Server 104,107 data connection of DB servers 105, batch server 106 and WEB server, to be carried to each server
For running required data.
Monitoring server 104 with 103 data connection of GW servers that communicates, is mainly used for 102 institute of remote monitoring terminal
The data packet of transmission is monitored.
DB servers 105 with 103 data connection of GW servers that communicates, are mainly used for management by remote monitoring terminal 102
Transmitted elevator device runs data.
Batch server 106, and 103 data connection of GW servers that communicates, mainly for the treatment of analysis by remotely supervising
Elevator device transmitted by control terminal 102 runs data, to determine elevator operation, reliability.
WEB server 107, and 105 data connection of DB servers that communicates, for including DB data-base contents in system
Function pages.
PC operating sides 108 connect with each server data in system, for providing a user human-computer interaction function,
For completing the operation of system and control, generally operated by general headquarters, branch company, SIC personnel based on.
Thus the system formed, the switch board 200 of elevator by the transfers of CCP substrates 101 and remote monitoring terminal 102 into
Row communication, the report of remote monitoring terminal 102 are sent to monitoring server 104 by the GW servers 103 that communicate and are monitored；Batch
Processing server 106 carries out the operation data packet that elevator device is periodically sent data processing (as according to the info class received
It is not decrypted, sort out, analyzes), and store to DB servers 105, the data handled well by DB servers 105 carry out pipe
Reason；PC operating sides 108 show the page spread out of from DB servers 105 by WEB server 107.
In addition, operating personnel can be operated by PC operating sides 108 performs message-sending instruction, logged in far to DB servers 105
Journey data demand, monitoring server 104 confirm that DB servers 105 are notified far after having logged in instruction by the GW servers 103 that communicate
Range monitoring terminal 102, remote monitoring terminal 102 send an instruction to elevator control cabinet 200, elevator by 101 transfer of CCP substrates
It executes instruction, returns to data after instruction operation.
Based on the elevator remote monitoring system that said program is formed, long distance point detection, the process of maintenance for carrying out active are as follows.
First, elevator remote monitoring system deployment is carried out.
Referring to Fig. 3 which shows the network figure of elevator remote monitoring system in this example.As seen from the figure, the monitoring
System can realize remote monitoring to the elevator of several different regions.
The elevator remote monitoring system component includes several elevator control cabinets, several CCP substrates, several terminals dress
Put (i.e. above-mentioned remote monitoring terminal 102), the server of wireless network and monitoring center.
Elevator control cabinet uses the elevator control cabinet of live elevator, the object number machine monitored for remote monitoring its
Operating status is run at the concentration preservation of data.
To realize the monitoring to object number machine, CCP substrates and terminal installation must be installed additional in elevator control cabinet.CCP substrates
It is more particularly arranged on the PU substrates in elevator control cabinet, is attached between PU substrates by CN35 slots and carries out data and led to
Letter, sends after the data inside elevator control cabinet are acquired to terminal.
Terminal installation, working power are powered by the DC24V power supplys in acquisition control cabinet.
In connection, there are two types of connection modes between terminal installation and CCP substrates：
1. terminal installation can be specially LAN1 mouthfuls of CCP substrates and terminal directly with the CCP substrate connections in elevator control cabinet
Device RJ45 interfaces are attached by cable, realize that the mutual information of CCP substrates and terminal installation is transferred.
2. terminal installation can also be that is, each by corresponding HUB simultaneously with the CCP substrate connections in multiple elevator control cabinets
LAN1 mouthfuls of CCP substrates in elevator control cabinet are connected by cable with HUB, and terminal installation by RJ45 interfaces thereon by net
Line is connected with HUB, realizes that the mutual information between terminal installation and CCP substrates more than 1 pair is transferred.
Furthermore also by corresponding wireless network, (the corresponding common carrier of China as shown provides the terminal installation
3G wireless networks) be connected with the server data communication of monitoring center.
Furthermore monitoring central server by communicate GW servers, monitoring server, DB servers, batch server,
WEB server and PC operating sides, which cooperate, to be formed, and wherein operation has remote monitoring system software, completes remote monitoring.
In the monitoring central server, corresponding wireless network is based on (as China is corresponding by the GW servers that communicate
The 3G wireless networks that common carrier provides) and terminal installation data connection, corresponding VPN network is based on by WEB server
With monitoring center data connection.
In the monitoring central server, corresponding human-computer interaction interface is provided by PC operating sides, realizes specific prison
Control and inspection operation.
In the monitoring central server, cooperated by monitoring server, DB servers, batch server, base
In the data of terminal installation transmission, operating status, malfunction, inspecting state of all elevators etc. are monitored in real time,
And data analysis, statistics and storage are carried out, form corresponding analysis curve.
The elevator remote monitoring system formed accordingly can realize the elevator progress to different regions (Chinese Shanghai area etc.)
Remote monitoring.End message is sent to corresponding data center by wireless network and is handled, and user can be special by Toshiba
It is accessed with network to the system.
Referring to Fig. 4 and Fig. 5 which shows the communication in this remote monitoring system between monitoring central server and terminal installation
Mode.Entire communication mode above to deliver letters, under deliver letters two ways：
1) deliver letters on be communicating terminal by wireless network communication module, transmit, transmit messages to monitoring center implementation；
2) it is monitoring center in the form of short message to deliver letters under, and sending operation to terminal confirms instruction.
Referring to Fig. 6 which shows failure is transmitted messages communication logic figure in this elevator remote monitoring system.
After terminal installation finds Lift out of order in elevator remote monitoring system, corresponding fault database report is initially formed
Request；Then data communication connection is established between communication GW servers, terminal installation connects to communication GW servers transmitting line
Request is connect, and waits the response of communication GW servers, communication GW servers carry out authentication, recognizing after request is picked
After card passes through, request is received, and response request is sent to terminal installation, circuit is completed and establishes；Terminal installation is by the failure of formation
Storehouse report is sent to communication GW servers by the communication line of establishment, and monitoring server is sent to by communicating GW servers.
It, will be with following basic function according to the elevator remote monitoring system that above-mentioned deployment is formed referring to Fig. 7.
1) monitor portion can be divided into three parts, and being divided into (prevents server reason from making the monitoring for tackling server hardware
Into the exception of remote monitoring total system), the monitoring that failure is transmitted messages (during live lift facility failure, can detect the situation
Occur), termination function monitoring confirms and (when problem occurs for communicating terminal, shows information in time)；
2) failure accepts display, the processing state of real-time displaying object machine, and can not repair object by selection and carry out
Guide look represents；
3) elevator is had a guide look of in overhauling, when live elevator due to daily point examines, troubleshooting when enter the shape of maintenance model
Under state, it can be consulted by system end；
4) customer information forms individual archival of information management for every object number machine, by periodically/arbitrarily require
Implement, obtain information needed (fault message, remote service/safeguard data).Such as client there are business demand in the case of, can be to visitor
Family provides long distance point detection report to the monitoring service situation in reporting cycle；
5) set-up function is manager's private use option, to system ontology environment putting maintenance into practice, update.
Then, after the deployment of above-mentioned elevator remote monitoring system is completed, the elevator remote monitoring system is run to elevator
Implement the long distance point detection of active, maintain (referring to Fig. 8.
Elevator remote monitoring system is operationally, actively (periodically or real by the CCP substrates being arranged in elevator control cabinet
When) acquisition elevator control cabinet main substrate on record elevator operation information data (elevator operation information data here include electricity
The data such as ladder operation data, remote service and maintenance), and it is transmitted to remote monitoring terminal；Remote monitoring terminal runs elevator
Information data is sent to monitoring central server.
And monitoring central server obtains the report (report here of remote monitoring terminal especially by communication GW servers
The Trouble Report for finding to be formed after Lift out of order for terminal installation), and be sent to monitoring server and be monitored, pass through DB
Server and batch server is managed to the data packet that elevator device is periodically sent and Data Analysis Services, PC operating sides
The page spread out of from DB servers is shown by WEB server.
Monitoring central server carries out processing analysis to the elevator operation information data received as a result, is tied according to analysis
Fruit shape is instructed into targetedly maintenance inspection, and maintenance inspection instruction may be fed back directly to live maintenance personnel according to setting；Or
Person forms corresponding self-test control instruction, and is sent to remote monitoring terminal, and remote monitoring terminal will be referred to by the transfer of CCP substrates
Order is sent to elevator control cabinet, and elevator executes instruction, and returns to data after instruction operation.
On this basis, monitoring central server is by analyzing the data collected in day-to-day operation, to day-to-day operation information
After targetedly being summarized, which is fed back into live maintenance staff, person's connecting object machine is near to facilitate field operation
Phase operating condition improves field operation efficiency.
In addition, monitoring central server also provides the platform that relevant operation person is consulted under web environment, while can
By way of remotely transmitting, it is desirable that elevator periodically/return to related operation information data at any time.
Referring to Fig. 9, in concrete operations, entire long distance point detection flow is as follows：
(1) operated by corresponding operating personnel by PC operating sides and perform message-sending instruction, remotely supervised to DB server logs
Control requirement.
(2) monitoring server confirms in DB servers whether had logged on remote service requirement according to some cycles.
(3) after monitoring server confirms that DB servers have logged in remote service instruction, corresponding long distance point detection, maintenance are formed
Instruction, and require text to communication GW servers notice remote service.
(4) communication GW servers specify the SIM numbers for sending target remote monitor terminal, and send short message.
(5) remote monitoring terminal judges processing by short breath content, and into communication GW advice servers requirement
Hold.
(6) the GW servers that communicate require text to remote monitoring terminal notice remote service.
(7) remote monitoring terminal sends remote diagnosis operating instruction to switch board, which is transmitted in elevator control cabinet
CCP substrates.
(8) the CCP substrates in switch board after instruction is obtained, control by the PU substrates (main substrate) that will pass through in elevator control cabinet
Elevator processed executes instruction, that is, elevator is controlled to perform remote diagnosis operation.
(9) after instruction operation, the CCP substrates in switch board will gather corresponding car movement data, and return and be sent to
Remote monitoring terminal, and notify remote diagnosis end of run to remote monitoring terminal.
(10) remote monitoring terminal obtains remote service result data.
(11) remote monitoring terminal sends remote service after the data that CCP substrates return are obtained to communication GW servers
Data.
(12) GW servers are communicated by the remote service data sending received to monitoring server.
(13) monitoring server analyzes and processes the remote service data received, and logs on in DB servers,
It is shown again via DB servers by the display platform of WEB server.
(14) operating personnel confirm remote service result by the page (PC).
It is understood according to upper, the inspection of this elevator long-distance monitorng point and maintenance scheme have following feature compared with the prior art：
1. this programme targetedly diagnoses elevator, while will be received by data collected in day-to-day operation
Collection information feeds back to on-site personnel, improves the work efficiency (5%-10%) of Field Force.
2. by remote monitoring function, the omen failure code that elevator is sent is judged, for the event that may occur
Barrier carries out alignment processing in advance, and elevator faults incidence is substantially reduced with this.
Basic principle, main feature and the advantages of the present invention of the present invention has been shown and described above.The technology of the industry
Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and the above embodiments and description only describe this
The principle of invention, without departing from the spirit and scope of the present invention, various changes and modifications of the present invention are possible, these changes
Change and improvement all fall within the protetion scope of the claimed invention.The claimed scope of the invention by appended claims and its
Equivalent thereof.
Claims (9)
1. a kind of inspection of elevator long-distance monitorng point and maintenance method, which is characterized in that actively to car movement data, remote service and
The long range acquisition of the elevators day-to-day operation data such as maintenance and analysis, and targetedly maintenance carries out elevator according to analysis result and examines
It looks into；The method gathers the elevator fortune recorded on elevator control cabinet main substrate by the CCP substrates being arranged in elevator control cabinet
Row information data are simultaneously transmitted to remote monitoring terminal, and remote monitoring terminal is by elevator operation information data to monitoring central server
It is sent；
The remote monitoring terminal includes primary module, fixed cycle module, switch board control module, CCP communication modules, data management
Module and SIC communication modules；
Primary module is the corresponding running environment of terminal constructions, and other module cooperatives is controlled to work；
Fixed cycle module periodically carries out some instructions for setting terminal, the module and primary module and switch board control module data
Under primary module control, fixed cycle information is provided to switch board control module for connection；
Cabinet control module processed, which is mainly responsible for, carries out instruction transmission, control；The module is controlled by primary module and controls connection fixed cycle
Under the control of primary module, instruction cycle, shape are obtained from fixed cycle module for module, CCP communication modules and SIC communication modules
CCP communication modules and SIC communication modules, while the cycle set according to fixed cycle module are sent into control, mould is communicated from CCP
Corresponding information data is obtained at block and/or SIC communication modules；
CCP communication modules are that sending and receiving letter is carried out between CCP substrates；The module is controlled by primary module, and respectively with CCP substrates and
Cabinet control module communication connection processed；
Data management module, for storing corresponding data；The module is specially data storage hard disk, respectively with primary module, SIC
Communication module data connection；
SIC communication modules are to implement sending and receiving letter between monitoring center；The module is controlled by primary module, by leading to accordingly
Communication network and remote monitoring center communicate to connect, at the same with switch board control module and data management module data connection.
2. a kind of elevator long-distance monitorng point inspection according to claim 1 and maintenance method, which is characterized in that the elevator fortune
Row data active push is to monitoring center.
3. a kind of elevator long-distance monitorng point inspection according to claim 1 and maintenance method, which is characterized in that the maintenance number
According to the cumulative information to be stored in acquisition elevator control cabinet main substrate.
4. a kind of elevator long-distance monitorng point inspection according to claim 1 and maintenance method, which is characterized in that the long-range inspection
After data are repaiied as remote service order transmission, elevator enters overhaul data collection status, by touching lower position switch and the upper limit
Bit switch, confirm switch whether reliable behavior, while feed back constant speed, acceleration time, speed fluctuation, deceleration time, pressure
The overhaul data of sensor coefficient variation.
5. a kind of elevator long-distance monitorng point inspection according to claim 1 and maintenance method, which is characterized in that sent out by PC ends
It send periodically or the maintenance inspection of corresponding requirements instructs.
6. a kind of elevator long-distance monitorng point inspection according to claim 1 and maintenance method, which is characterized in that the method is led to
The data collected in day-to-day operation are crossed, elevator is targetedly diagnosed, while by elevator day-to-day operation data feedback to now
Field maintenance personnel.
7. a kind of elevator long-distance monitorng point inspection according to claim 1 and maintenance method, which is characterized in that in the method
Monitoring central server is decrypted, sorts out, analyzes and stores according to the information category received, by being carried out under web environment
Consult, while can be by way of remotely transmitting, it is desirable that elevator periodically/return to related operation information data at any time.
8. a kind of elevator long-distance monitorng point inspection according to claim 7 and maintenance method, which is characterized in that in the monitoring
The report of remote monitoring terminal is obtained by the GW servers that communicate in central server, and is sent to monitoring server and is monitored,
The operation data packet periodically sent to elevator device by batch server carries out data processing, and store to DB servers into
Row management shows that the page shows the page spread out of from DB servers by WEB server by PC.
9. a kind of elevator long-distance monitorng point inspection according to claim 8 and maintenance method, which is characterized in that operating personnel can
Message-sending instruction is performed to be operated by PC, is required to DB server logs remote monitoring, monitoring server confirms that DB servers are stepped on
Remote monitoring terminal is notified by the GW servers that communicate after the remote service instruction of land, remote monitoring terminal passes through in CCP substrates
Turn to send an instruction to elevator control cabinet, elevator executes instruction, and returns to data after instruction operation.
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|---|---|---|---|---|
| CN109835788B (en) * | 2019-03-12 | 2021-09-10 | 江苏正一物联科技有限公司 | Multi-elevator remote monitoring system and method |
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