CN104418200A - Monitoring control system of elevator and monitoring control method - Google Patents
Monitoring control system of elevator and monitoring control method Download PDFInfo
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- CN104418200A CN104418200A CN201310397577.6A CN201310397577A CN104418200A CN 104418200 A CN104418200 A CN 104418200A CN 201310397577 A CN201310397577 A CN 201310397577A CN 104418200 A CN104418200 A CN 104418200A
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- monitoring server
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- master control
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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
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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
- B66B5/0031—Devices monitoring the operating condition of the elevator system for safety reasons
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- Indicating And Signalling Devices For Elevators (AREA)
Abstract
The invention provides a monitoring control system of an elevator and a monitoring control method. The monitoring control system is connected with an elevator control panel on one side of the elevator, thereby receiving information data of the elevator from the same or sending an operation command to the elevator control panel. The monitoring control system comprises a main-control side monitoring server and a main-control side monitoring PC (personal computer). The main-control side monitoring server is connected with the elevator control panel and collects the information data of the elevator from the same and sends the information data to the main-control side monitoring PC. The main-control side monitoring PC is connected with the main-control side monitoring server, thereby acquiring the information data of the elevator from the same and regarding the information date as image information displayed on a screen. The main-control side monitoring PC is provided with an operation command processing portion used for processing a command sent from the operator. The monitoring control system is characterized in that relative to at least one of the main-control side monitoring server and the main-control side monitoring PC, an auxiliary-control side monitoring server or an auxiliary-control side monitoring PC is provided.
Description
Technical field
The present invention relates to a kind of supervisor control and Monitor and Control method of elevator, particularly relate to and a kind ofly improve the supervisor control of the elevator of supervisor control global reliability and the Monitor and Control method of elevator.
Background technology
Along with the fast development of high-rise building, elevator, as the vehicle in building, is widely used.According to the information displaying that Chinese elevator association provides, by 2011 the whole nation by the total recoverable amount of elevator more than 1,000,000, become the country that the total recoverable amount of elevator is in the world maximum.Elevator, as the vehicle, has become the indispensable part of people's daily life.So many elevators, go wrong if a wherein extremely small part is in operation, and all can become a very thorny thing.The probability how to be gone wrong by elevator drops to minimum and its produced problem of quick solution, becomes the new demand of people to elevator.And elevator monitoring system solves the key point of this road difficult problem just.
In addition, along with the high stratification of building, the high performance of individual's house, the quantity of the building equipments such as elevator increases day by day, managed by the group carrying out running control to multiple elevator and control the wait time of user or shifting time to suppress for Min., improve the operating efficiency of elevator, this just needs the use electric energy monitoring each elevator, operative condition (calling generation state, direction, destination, carrying capacity or speed etc.), and control each elevator, therefore how real-time monitoring is realized to multiple elevator, grasp the operation conditions of elevator group at any time, the fault occurred in timely solution running process of elevator and other emergency, just become the problem of relevant administration departments and user's care, thus, the monitored control system of elevator becomes more and more important.
Further, along with the broad development of computer technology, commercially available PC(Personal Computer) system and read out instrument be widely used in the supervisor control of elevator.In recent years, although the reliability of commercially available PC system and read out instrument is significantly promoted, often can there is exception or fault due to some reasons in these equipment, this is also well-known.
The supervisor control of elevator, when the part in formation there occurs fault, likely entire system all can not carry out work, therefore needs so a kind of system: even if when the part formed there occurs fault, entire system also can remain in operation.
In order to solve this problem, so a kind of group control device is described: manage in order to the team control same with before abnormal generation also can be proceeded after communication abnormality occurs in patent documentation 1, the set-up of control system of elevator has main group control device and standby group control device, although these two group control devices all can not detect the communication abnormality that oneself is own, but the communication abnormality of the other side can be detected, and mutually monitor communications status.Further, when main group control device side there occurs abnormal, directly main group control device is switched to carry out responsible control standby group control device.This standby group control device can perform the group roughly the same with main group control device before and manage control.
That is, in this patent documentation 1, by making group control device dual in the control panel of elevator, improve reliability.
In addition, in order to solve this problem, describe so a kind of system for long distance monitoring building equipment in patent documentation 2: comprise multiple transmission and reception signalling apparatus, these devices, by public line, carry out the information transmission and reception between building equipment; Main processing terminal, is connected with each transmission and reception signalling apparatus, processes the information received; Vice processing terminal, when main processing terminal can not process the described information received by this transmission and reception signalling apparatus, in this vice processing terminal, carries out the process of this information.Like this, because main processing terminal is connected with transmission and reception signalling apparatus with multiple processing terminal of vice processing terminal, even if therefore when the main processing terminal of correspondence is in function stop, still information can be sent to vice processing terminal, can carry out information processing in this vice processing terminal.Thus, when again information need not be sent from building equipment, information processing can be carried out rapidly, by the information from building, carry out reply process rapidly.Each transmission and reception signalling apparatus connects.
That is, in this patent documentation 2, by making the data source and sink multiplex between elevator and monitored control system, improve reliability.
But, in described patent documentation 1, although improve reliability by the dual of the control panel side of elevator, if monitored control system side et out of order, then can not carry out monitoring, controlling.
In described patent documentation 2, although achieve dual in information side, monitoring side (management server, monitoring image display terminal) is not due to by dual, and therefore, when monitoring side et out of order, entire system can not work.
No. 2005-225658, patent documentation 1 Japanese Unexamined Patent Publication
No. 2001-278556, patent documentation 2 Japanese Unexamined Patent Publication
And, because supervision equipment (monitoring image display terminal) uses PC usually, therefore, it occurs that abnormal possibility is higher than other equipment, this makes the reliability of supervision equipment lower than other equipment, thus reduces the reliability of supervisor control entirety.
That is, in the prior art, even if by control panel, communicator multiplex, and not by the server (processing equipment of data storage, arrangement, permutation and combination etc.) of monitored control system and supervision PC(picture display device) dual, still can not improve the reliability of entire system.
Summary of the invention
Therefore, object of the present invention is exactly to obtain a kind of supervisor control and the Monitor and Control method thereof that improve the elevator of global reliability.
In order to solve the supervisor control of the elevator involved in the present invention of described problem, be connected with the control board for elevator of elevator side and from control board for elevator receive elevator information data or to control board for elevator transmit operation instruction, have: master control side monitoring server, be connected with control board for elevator and collect the information data of elevator from described control board for elevator and this information data be sent to master control side and monitor PC; And, this master control side monitors PC, be connected with described master control side monitoring server, obtain the information data of elevator from this master control side monitoring server and be made image information display on picture, and there is the operating order receiving unit of the instruction accepted from operator, it is characterized in that: in the monitored control system of this elevator, be provided with relative at least one party in described master control side monitoring server or described master control side supervision PC and monitor PC from control side monitoring server or from control side.
The supervisor control of the elevator of another elevator of the present invention, be connected with the control board for elevator of elevator side and from control board for elevator receive elevator information data or to control board for elevator transmit operation instruction, it is characterized in that, have: master control side monitoring server, be the movement system of monitoring server, be connected with described control board for elevator via connection switching apparatus; From control side monitoring server, be the standby system of monitoring server, be connected with described control board for elevator via connection switching apparatus; Master control side monitors PC, is the movement system of monitoring server, with described master control side monitoring server with to be describedly both connected from controlling side monitoring server; Monitor PC from control side, being the standby system of monitoring server, being both connected with described master control side monitoring server with from controlling side monitoring server; Connection switching apparatus, be connected described control board for elevator and described master control side monitoring server and described control board for elevator and described between the monitoring server of control side, according to described master control side monitoring server with describedly whether to switch on power from control side monitoring server, and the connection between monitoring server and control board for elevator of automatically switching; And power control, to these master control side monitoring servers, monitors PC from control side monitoring server, master control side, monitors that the power supply of PC controls from control side.
The Monitor and Control method of a kind of elevator of the present invention, comprise following process: 1) the described fault being detected described master control side monitoring server from control side monitoring server by abnormal confirmation, thus described master control side monitoring server 11 power supply should be controlled from control side monitoring server, shut down described from control side monitoring server; 2) described from the monitoring server control of control side and the communication circuit of described control panel, the communication with described control panel is switched to self from described master control side monitoring server; 3) the described mode of operation switching self from control side monitoring server, carries out work using self as movement system; 4) monitor that PC sends switching notice from control side monitoring server to described master control side described in, described master control side monitors that PC is switched to from described from control side monitoring server obtaining information.
The Monitor and Control method of this kind of elevator of the present invention, also comprises following process: 1) described from controlling side supervision PC by extremely confirming to detect the fault that described master control side monitors; 2) by described master control side, the described power supply controlling described master control side supervision PC from control side supervision PC, monitors that PC shuts down; 3) the described mode of operation switching self from control side supervision PC, carries out work using self as movement system.
The Monitor and Control method of another kind of elevator of the present invention, comprises following process: 1) described from controlling side monitoring server by extremely confirming that inspection detects described master control side monitoring server fault; 2) described power control is according to the power supply resetting described master control side monitoring server from the described control instruction from control side monitoring server; 3) described connection switching apparatus has power supply, the connection between automatic switchover monitoring server and control panel by detecting described to connect from control side monitoring server, thus becomes described and reconnect from control side monitoring server and described control panel; 4) the described mode of operation switching self from control side monitoring server, using self as movement system, namely new master control side monitoring server and carry out work; 5) master control side monitors that PC is from new master control side monitoring server obtaining information.
The Monitor and Control method of this kind of elevator of the present invention, also comprises following process: 1) described control side monitors that PC confirms to detect that described master control side monitors the fault of PC by abnormal; 2) from control side, described power control monitors that the control instruction of PC resets the power supply that described master control side monitors PC according to from described; 3) the described mode of operation switching self from control side supervision PC, monitors PC using self as new master control side and carries out work.
The effect of invention: if adopt the present invention, even if when one of the monitoring server in elevator monitoring system, supervision PC there occurs fault, only need spend the switching time in a few second, entire system just can remain in operation, thus improve the reliability of elevator monitoring system, safety in utilization and the convenience of elevator are improved.
In addition, if adopt supervision equipment (PC) dual of the present invention by least making reliability in monitored control system minimum, avoid most situation that entire system can not operate due to supervision breakdown of equipment in conventional art, the reliability of entire system can be improved.
Accompanying drawing explanation
Fig. 1 is the block diagram of the main composition of the monitored control system of the elevator of one embodiment of the invention;
Workflow diagram when Fig. 2 is the monitoring server fault of the monitored control system of one embodiment of the invention;
Workflow diagram when Fig. 3 is the supervision PC fault of the monitored control system of one embodiment of the invention;
Fig. 4 is the block diagram of the main composition of the monitored control system of the elevator of another embodiment of the present invention;
Workflow diagram when Fig. 5 is the monitoring server fault of the monitored control system illustrating another embodiment of the present invention;
Workflow diagram when Fig. 6 is the supervision PC fault of the monitored control system illustrating another embodiment of the present invention.
Reference text explanation
1. control board for elevator; 11. monitoring servers; 12. monitoring servers; 21. monitor PC; 22. monitor PC; 30. connection switching apparatus; 40. power controls.
Detailed description of the invention
Embodiment 1
The monitored control system of so-called elevator, various sensors exactly by being arranged on elevator side detect elevator present position, operation conditions, service direction, fault, start and stop etc., testing result is collected the control panel 1 of elevator, these information datas are sent to the monitoring server of monitored control system by control board for elevator by USB interface, these information datas are carried out arrangement arrangement by monitoring server to be waited and sends supervision PC to, monitors that PC is by being made the real-time status of view data and each elevator of Dynamic Announce by these data.
The supervisor control of the elevator of embodiments of the invention 1 is as shown in Figure of description 1, mainly comprise: monitoring server 11, monitoring server 12, supervision PC21, supervision PC22, wherein, monitoring server 11 is connected with control board for elevator 1 with monitoring server 12.Function below with regard to these parts is described.
Control board for elevator 1, it is the control setup of elevator side, from the various sensor collection information (elevator present position, operation conditions, service direction, fault, start and stop) elevator, this information data is sent to the monitored control system of elevator, and receive from the monitored control system of elevator the work that operating order controls elevator.
Monitoring server 11(namely, master control side monitoring server), it is the movement system of monitoring server, is connected with control board for elevator 1.In normal circumstances, receive the information data of elevator from control board for elevator 1, and monitor PC by being sent to after information data rearrangement, permutation and combination etc.In addition, this monitoring server 11 receives the operating order from monitoring PC, thus to control panel 1 transmit operation instruction.
Monitoring server 12(is, from control side monitoring server), it is the standby system of monitoring server, is also connected with control board for elevator 1.In normal circumstances; the working condition of monitoring server 11 is monitored by extremely confirming to check (HEALTH CHECK); when fault; server 11 is shut down; carry out the switching of communication circuit; self receives the information data of elevator from control board for elevator 1, and monitors PC by being sent to after information data rearrangement, permutation and combination etc., thus is responsible for the process of original monitoring server 11.
In addition, between this monitoring server 12 and monitoring server 11, be connected with string line, in normal circumstances, obtain the information data of elevator from monitoring server 11 and store, need not data be recovered when fault and can switch at once.
Monitor PC21(namely, master control side monitors PC), it is the movement system monitoring PC, is all connected with monitoring server 11,12, obtains the information data of elevator and be made view data and be presented on picture from the monitoring server work.And, be provided with the operating order receiving unit (such as: computor-keyboard etc.) entered the operating instructions for operator, operator can send operating order according to monitored picture to elevator, and being sent to above-mentioned control panel by monitoring server, above-mentioned control panel carries out various control (such as: be that elevator is out of service etc.) to elevator.
Monitor that PC21 is from monitoring server 11 obtaining information under normal conditions, and when monitoring server 11 there occurs fault, from monitoring server 12 obtaining information.
Monitor that namely, from control side PC22(monitors PC), it is the standby system monitoring PC, is all connected with monitoring server 11,12, when monitoring PC21 fault, obtaining the information data of elevator and be made view data and be presented on picture from the monitoring server work.And, be provided with the operating order receiving unit (such as: computor-keyboard etc.) entered the operating instructions for operator, operator can send operating order according to monitored picture to elevator, and being sent to above-mentioned control panel by monitoring server, above-mentioned control panel carries out various control (such as: be that elevator is out of service etc.) to elevator.
In normal circumstances; monitor that PC22 is to monitoring that the working condition of PC21 confirms to check that (HEALTH CHECK) monitors by abnormal; this supervision PC22 is both connected with monitoring server 11 and monitoring server 12; when monitoring PC21 fault; to monitor that PC21 shuts down; carry out the switching of communication circuit, thus be responsible for the original above-mentioned process monitoring PC21.
In addition, between this supervision PC21 and supervision PC22, be connected with string line, in normal circumstances, from monitoring PC21 obtaining information data and storing, need not data be recovered when fault and can switch at once.
Below, point situation illustrates the workflow of the supervisor control of elevator of the present invention.
The workflow of elevator monitoring control system when Fig. 2 shows monitoring server 11 fault.
In normal circumstances, monitoring server 12 confirms by abnormal the state checking test and monitoring server 11, when monitoring server 11 fault (step 201), monitoring server 12 confirms by abnormal the fault (step 202) detecting monitoring server 11.
Thus monitoring server 12 controls the power supply of monitoring server 11, reset the power supply of monitor server, thus monitoring server 11 is shut down (step 203).
Then, monitoring server 12 controls and communication circuit between monitoring server and control panel 1, will be switched to the communication (step 204) of self and control panel between original monitoring server 11 and control panel 1.
Then, monitoring server 12 switches self mode of operation, is movement system, receives the information data of elevator from control board for elevator 1 by setting themselves, and will be sent to after information data rearrangement, permutation and combination etc. monitor PC(step 205).
Finally, monitoring server 12 sends switching notice to supervision PC, monitors that PC is switched to from monitoring server 12 obtaining information, and to monitoring server 12 transmit operation instruction (step 205).
In addition, power supply is shut down the monitoring server 11 then reset and can be carried out work as the standby system of monitoring server in whole monitored control system.
Like this, even if monitoring server there occurs fault, by switching to standby system, entire system can work on.
Fig. 3 shows the motion flow of elevator monitoring control system when monitoring PC21 fault.
In normal circumstances, monitoring that PC22 confirms to check the state detecting and monitor PC21 by abnormal, when monitoring PC21 fault (step 301), monitoring that PC22 confirms to detect the fault (step 302) monitoring PC21 by abnormal.
Then, monitor that PC22 resets the power supply monitoring PC21, will monitor that PC21 shuts down (step 303).
Finally, monitor that PC22 switches the mode of operation of self, self is made view data as movement system from the information data of the monitoring server acquisition elevator work and is presented on picture.Further, the operating order inputted from its operating order receiving unit is sent to the monitoring server (step 304) in work.
In addition, between this supervision PC21 and supervision PC22, be connected with string line, in normal circumstances, from monitoring PC21 obtaining information data and storing, need not data be recovered when fault and can switch at once.
In addition, power supply is shut down the supervision PC21 then reset and can be carried out work as the standby system of monitoring server in whole monitored control system.
Like this, even if monitor that PC there occurs fault, by switching to standby system, entire system can work on.
In addition, also can arrange as variation not all dual and monitor PC and monitoring server, and only one of them dual be arranged.
Further, also can arrange as variation not all dual and monitor PC and monitoring server, and multiplex ground carries out arranging (arranging more than 3).
Motion flow when describing the monitoring server of the supervisor control of elevator as an embodiment and monitor PC et out of order above.Below, be described with regard to another embodiment.
Embodiment 2
In example 2, give identical label for the part identical with embodiment, and description is omitted.
This embodiment 2 is as shown in Figure of description 4, the supervisor control of the elevator of the present embodiment comprises: control board for elevator 1, for the control setup of elevator side, control the work of elevator from the various sensor collection information elevator, it is connected with the connection switching apparatus in elevator monitoring system; Connection switching apparatus 30, be connected between control board for elevator 1 and monitoring server 11 and between control board for elevator 1 and monitoring server 12, whether switch on power according on described monitoring server 11 and described monitoring server 12, and the connection between monitoring server and control board for elevator of automatically switching; Power control 40, respectively with monitoring server 11, monitoring server 12, monitor PC21, monitor that PC22 is connected, accept monitoring server or monitor that the control of PC indicates, to monitoring server 11, monitoring server 12, supervision PC21, monitor that the power supply of PC22 controls; Monitoring server 11, it is the movement system of monitoring server, is connected with control board for elevator 1 via connection switching apparatus; Monitoring server 12, it is the standby system of monitoring server, be connected with control board for elevator 1 via connection switching apparatus, monitor PC21, both be connected with monitoring server 11 and monitoring server 12, under normal conditions from monitoring server 11 obtaining information, and when monitoring server 11 there occurs fault, from monitoring server 12 obtaining information; Monitor PC22, it is both connected with monitoring server 11 and monitoring server 12, when monitoring PC21 fault, will monitor that PC21 shuts down, thus is responsible for the original process monitoring PC21.
In addition, at monitoring server 11 and monitoring server 12 and monitor PC21 and monitor and be connected with string line between PC22, in normal circumstances, monitoring server 12, from monitoring server 11, supervision PC22 from monitoring that PC21 obtains the information data of elevator and stores, need not recover data when fault and can switch at once.
Power control 40, when monitoring server 11, resets the power supply of monitoring server 11 according to the control instruction from monitoring server 12; When monitoring PC21, reset the power supply of monitoring server 11 according to the control instruction from supervision PC22.
Connection switching apparatus 30, according to power control 40 pairs of monitoring servers or the control result of power supply monitoring PC, judges to connect on which monitoring server have power supply, thus switches to this monitoring server to be connected with control board for elevator.
Use Fig. 5 that the workflow of supervisor control when monitoring server fault with the elevator of described structure is described below.
In normal circumstances, monitoring server 12 confirms by abnormal the state checking test and monitoring server 11, when monitoring server 11 fault (step 501), by abnormal, monitoring server 12 confirms that inspection detects monitoring server 11 fault (step 502).
Then, monitoring server 12 sends to power control 40 and controls the power supply that instruction requires to reset monitoring server 11, and power control 40 resets the power supply (step 503) of monitoring server 11 according to this control instruction.
Then, connection switching apparatus 30, by the replacement of the power supply of monitoring server 11 being detected and the connection of automatically switching between monitoring server and control panel, monitoring server is made to carry out communicating (step 504) in the control panel of elevator, like this, become monitoring server 12 to reconnect (step 505) with control panel.
Then, monitoring server 12 switches self mode of operation, receive the information data of elevator from control board for elevator 1, and will be sent to after information data rearrangement, permutation and combination etc. and monitor PC, using self as movement system, namely new monitoring server 11 and carry out work (step 506).
Then, after monitoring server 11 is originally restarted, the monitoring server as new monitoring server 12(and standby system) carry out work (step 507).
Finally, monitor that PC is from the former monitoring server 12 of new monitoring server 11() obtaining information.
Like this, even if monitoring server there occurs fault, by switching to standby system, entire system can work on.
In addition, between this supervision PC21 and supervision PC22, be connected with string line, in normal circumstances, from monitoring PC21 obtaining information data and storing, need not data be recovered when fault and can switch at once.
Next, treatment scheme when using Fig. 6 that the supervision PC fault of the present embodiment is described.
In normal circumstances, monitoring that PC22 confirms to check the state detecting and monitor PC21 by abnormal, when monitoring PC21 fault (step 601), monitoring that PC22 confirms to detect the fault (step 602) monitoring PC21 by abnormal.
Then, monitoring server 12 sends to power control 40 and controls the power supply that instruction requires to reset supervision PC21, and power control 40 resets according to this control instruction the power supply (step 603) monitoring PC21.
Then, monitor that PC22 switches the mode of operation of self, self is made view data as movement system from the information data of the monitoring server acquisition elevator work and is presented on picture.Further, the operating order inputted is sent to the monitoring server in work, carries out work (step 604) by self as new supervision PC21 from its operating order receiving unit,
Finally, original supervision PC21 restarts the rear supervision PC as new supervision PC22(and standby system) and carry out work (step 605).
Like this, even if monitor that PC there occurs fault, by switching to standby system, entire system can work on.
In addition, between this supervision PC21 and supervision PC22, be connected with string line, in normal circumstances, from monitoring PC21 obtaining information data and storing, need not data be recovered when fault and can switch at once.
Above, list two embodiments of the present invention, but above-mentioned two embodiments can also do following distortion, in these distortion, the part identical with embodiment 1 and embodiment 2 be omitted the description, only difference is described.
Such as; in order to shorten at master control side device with from the switching floor time implemented between control side device when switching; such as can use and can realize master control/replace present U1230 transmission to replace current USB transmission from the ethernet (EtherNet) of common transport between control; by implementing the synchronous of display data; like this; data by synchronous driving to master control side and from control side, master control/from control switching time, the recovery of data can be accelerated.
In addition; if during (needing the cost time of 30 seconds to several minutes) is shut down in switching; the display of supervisory system can stop; so in order to allow worker clearly learn this situation; way is in the past the display frame before state display (direction, running display etc.) also keeps fault to occur, but, in the present invention; the color that also picture can be shown becomes ash, with this situation of generation making worker more clearly can learn fault.
In addition, native system is made up of the monitoring server of management data and the supervision PC of responsible display, in the embodiment shown, is all by dual by server PC and supervision PC.But when monitoring that PC there occurs fault, operator sometimes thinks according to oneself judgement to change and monitors PC, but the supervision PC of fault can not recover at once in some cases, and result monitors that PC becomes one and focuses on work.
If during this period, the supervision PC worked shuts down, then owing to not giving a warning by supervision PC, then whole supervisor control just can not work.Therefore, monitoring server and supervision PC are also connected with LCD monitor (i.e. LCD monitor), just can be played the function of simple monitored control system by monitoring server.Certainly, the failure message of supervision PC also can be made to output to LCD monitor, carry out malfunction coefficient.
Like this, the reliability of entire system just can be improved further by the LCD monitor of cheapness.
Be explained above several embodiment of the present invention, but these embodiments just propose as an example, be not intended to limit scope of invention.These new embodiments can be implemented by other various modes, in the scope of purport not departing from invention, can carry out various omission, displacement, change.These embodiments and distortion thereof are included in scope of invention and purport, are also contained in invention described in claim and equivalency range thereof.
Claims (19)
1. the supervisor control of an elevator, be connected with the control board for elevator of elevator side and from control board for elevator receive elevator information data or to control board for elevator transmit operation instruction, have: master control side monitoring server, be connected with control board for elevator and collect the information data of elevator from described control board for elevator and this information data be sent to master control side and monitor PC; And, this master control side monitors PC, be connected with described master control side monitoring server, obtain the information data of elevator from this master control side monitoring server and be made image information display on picture, and there is the operating order receiving unit of the instruction accepted from operator, it is characterized in that: in the monitored control system of this elevator, be provided with relative at least one party in described master control side monitoring server or described master control side supervision PC and monitor PC from control side monitoring server or from control side.
2. the supervisor control of elevator as claimed in claim 1, is characterized in that,
The supervisor control of described elevator, be provided with described from control side monitoring server relative to described master control side monitoring server, in normal circumstances, this master control side monitoring server collects the information data of elevator from described control board for elevator, and this information data is sent to supervision PC;
Described from control side monitoring server, by abnormal, the working condition of described master control side monitoring server is confirmed that inspection monitors, when fault, described master control side monitoring server shut down, thus be responsible for the process of original master control side monitoring server.
3. the supervisor control of elevator as claimed in claim 2, is characterized in that,
In normal circumstances, describedly obtain the information data of elevator from control side monitoring server from described master control side monitoring server and store, need not data be recovered when fault and can switch at once.
4. the supervisor control of elevator as claimed in claim 2, is characterized in that,
Described master control side monitoring server and described from control side monitoring server and described control board for elevator, connected by ethernet, in normal circumstances by implementing the synchronous transmission of display data, so that in master control side/from the recovery can accelerating data during the switching of control side.
5. the supervisor control of the elevator as described in any one of Claims 1 to 4, is characterized in that,
The supervisor control of described elevator, monitor PC relative to described master control side, be provided with described from control side supervision PC, in normal circumstances, this master control side monitors that PC obtains the information data of elevator from this master control side monitoring server, and has the operation of the instruction accepted from operator;
Described from control side supervision PC, described master control side is monitored by abnormal, the working condition of PC confirms that inspection monitors, when fault, described master control side is monitored PC shutdown, thus be responsible for the process that original master control side monitors PC.
6. the supervisor control of elevator as claimed in claim 5, is characterized in that,
In normal circumstances, describedly monitor from described master control side, PC monitors that PC obtains the information data of elevator and stores from control side, need not data be recovered when fault and can switch at once.
7. a supervisor control for elevator, be connected with the control board for elevator of elevator side and from control board for elevator receive elevator information data or to control board for elevator transmit operation instruction, it is characterized in that having:
Master control side monitoring server, is the movement system of monitoring server, is connected via connection switching apparatus with described control board for elevator;
From control side monitoring server, be the standby system of monitoring server, be connected with described control board for elevator via connection switching apparatus;
Master control side monitors PC, is the movement system of monitoring server, with described master control side monitoring server with to be describedly both connected from controlling side monitoring server;
Monitor PC from control side, being the standby system of monitoring server, being both connected with described master control side monitoring server with from controlling side monitoring server;
Connection switching apparatus, be connected described control board for elevator and described master control side monitoring server and described control board for elevator and described between the monitoring server of control side, according to described master control side monitoring server with describedly whether to switch on power from control side monitoring server, and the connection between monitoring server and control board for elevator of automatically switching; And,
Power control, to these master control side monitoring servers, monitors PC from control side monitoring server, master control side, monitors that the power supply of PC controls from control side.
8. the supervisor control of elevator as claimed in claim 7, it is characterized in that, in normal circumstances, describedly obtain the information data of elevator from control side monitoring server from described master control side monitoring server and store, describedly monitor from described master control side, PC monitors that PC obtains the information data of elevator and stores, need not recover data when fault and can switch at once from control side.
9. the supervisor control of elevator as claimed in claim 7, is characterized in that,
Described master control side monitoring server and described from control side monitoring server and described control board for elevator, connected by ethernet, in normal circumstances by implementing the synchronous transmission of display data, so that in master control side/from the recovery can accelerating data during the switching of control side.
10. the supervisor control of the elevator as described in any one of claim 1 ~ 9, is characterized in that,
Described monitoring server and described supervision PC are all connected with LCD monitor.
The Monitor and Control method of 11. 1 kinds of elevators, be the Monitor and Control method of the supervisor control of elevator according to claim 2, the method comprises following process:
1) the described fault being detected described master control side monitoring server from control side monitoring server by abnormal confirmation, thus described master control side monitoring server 11 power supply should be controlled from control side monitoring server, shut down described from control side monitoring server;
2) described from the monitoring server control of control side and the communication circuit of described control panel, the communication with described control panel is switched to self from described master control side monitoring server;
3) the described mode of operation switching self from control side monitoring server, carries out work using self as movement system;
4) monitor that PC sends switching notice from control side monitoring server to described master control side described in, described master control side monitors that PC is switched to from described from control side monitoring server obtaining information.
The Monitor and Control method of 12. 1 kinds of elevators, be the Monitor and Control method of the supervisor control of elevator according to claim 5, the method comprises following process:
1) described from controlling side supervision PC by extremely confirming to detect the fault that described master control side monitors;
2) by described master control side, the described power supply controlling described master control side supervision PC from control side supervision PC, monitors that PC shuts down;
3) the described mode of operation switching self from control side supervision PC, carries out work using self as movement system.
The Monitor and Control method of 13. 1 kinds of elevators, be the Monitor and Control method of the supervisor control of elevator according to claim 7, the method comprises following process:
1) described from controlling side monitoring server by extremely confirming that inspection detects described master control side monitoring server fault;
2) described power control is according to the power supply resetting described master control side monitoring server from the described control instruction from control side monitoring server;
3) described connection switching apparatus has power supply, the connection between automatic switchover monitoring server and control panel by detecting described to connect from control side monitoring server, thus becomes described and reconnect from control side monitoring server and described control panel;
4) the described mode of operation switching self from control side monitoring server, using self as movement system, namely new master control side monitoring server and carry out work;
5) master control side monitors that PC is from new master control side monitoring server obtaining information.
The Monitor and Control method of 14. 1 kinds of elevators, be the Monitor and Control method of the supervisor control of elevator according to claim 7, the method comprises following process::
1) described control side monitors that PC confirms to detect that described master control side monitors the fault of PC by abnormal;
2) from control side, described power control monitors that the control instruction of PC resets the power supply that described master control side monitors PC according to from described;
3) the described mode of operation switching self from control side supervision PC, monitors PC using self as new master control side and carries out work.
The Monitor and Control method of 15. elevators as claimed in claim 13, is characterized in that,
After master control side monitoring server is originally restarted, carry out work as new from control side monitoring server.
The Monitor and Control method of 16. elevators as claimed in claim 14, is characterized in that,
Original master control side monitors that PC restarts and monitors PC from control side as new and carry out work afterwards.
The Monitor and Control method of 17. elevators as described in any one of claim 11 ~ 14, is characterized in that,
Described from control side monitoring server, in normal circumstances, obtain the information data of elevator from master control side monitoring server and store, need not data be recovered when fault and can switch at once.
The Monitor and Control method of 18. elevators as described in any one of claim 11 ~ 14, is characterized in that,
Described master control side monitoring server and described from control side monitoring server, connects described control board for elevator by ethernet, in normal circumstances the information data of synchronization gain elevator.
The Monitor and Control method of 19. elevators as described in any one of claim 11 ~ 14, is characterized in that,
During switching, shutting down, the color of the picture display of described supervision PC is made to become ash, with the generation making worker more clearly can learn fault.
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| CN201310397577.6A CN104418200B (en) | 2013-09-04 | 2013-09-04 | The supervisor control of elevator and supervision control method |
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| CN107117510A (en) * | 2017-04-14 | 2017-09-01 | 特斯联（北京）科技有限公司 | A kind of intelligent elevator remote monitoring system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| JP3349618B2 (en) * | 1995-06-08 | 2002-11-25 | 三菱電機ビルテクノサービス株式会社 | Elevator monitoring system |
| KR0167193B1 (en) * | 1995-12-29 | 1998-12-01 | 이종수 | Reflection method for elevator look-out controller |
| JP2001278556A (en) * | 2000-03-30 | 2001-10-10 | Mitsubishi Electric Building Techno Service Co Ltd | Remote supervisory system for building facility |
| JP2005272101A (en) * | 2004-03-25 | 2005-10-06 | Hitachi Building Systems Co Ltd | Remote monitoring system for elevator |
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| CN107117510A (en) * | 2017-04-14 | 2017-09-01 | 特斯联（北京）科技有限公司 | A kind of intelligent elevator remote monitoring system |
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