CN103287941A - Linkage operation test device and linkage operation test method for elevator - Google Patents
Linkage operation test device and linkage operation test method for elevator Download PDFInfo
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- CN103287941A CN103287941A CN2012103139163A CN201210313916A CN103287941A CN 103287941 A CN103287941 A CN 103287941A CN 2012103139163 A CN2012103139163 A CN 2012103139163A CN 201210313916 A CN201210313916 A CN 201210313916A CN 103287941 A CN103287941 A CN 103287941A
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Abstract
The invention provides a linkage operation test device and a linkage operation test method for an elevator. According to the embodiment, the linkage operation test device comprises a selection section and a control section. The selection section stores identification information of an apparatus selected as a test object of controlled operation-based linkage operation work from multiple elevator control apparatuses arranged in a building. The control section generates a signal used for enabling the linkage operation work to be performed effectively and transferring the signal to the elevator control device stored as the test object. In addition, when outputting an instruction used for conducting the test, the control section generates a stopping signal of the linkage operation work corresponding to an instruction outputted to the elevator control devices receiving no signal used for enabling the linkage operation work to be performed effectively, and transferring the stopping signal to an elevator monitoring device.
Description
The application is based on February 27 2012 Japanese patent application 2012-039714(applying date), enjoy preceence according to this application.The application comprises the full content of this application by reference this application.
Technical field
Embodiments of the present invention relate to coordinated operation experimental set-up and the coordinated operation test method of elevator.
Background technology
For the mode of operation that monitors and control many elevators that arrange in building, it is the elevator monitor that the monitoring room in the center of taking precautions against natural calamities externally and/or the building etc. is provided with elevator monitoring arrangement.The elevator monitor monitors and control: running state such as the location information of the car of each elevator and/or the open and-shut mode of car door and/or, detect when unusual hindering for some reason or control operation that disasters such as fire, earthquake are implemented when taking place when urgent (operation).
Elevator need carry out the coordinated operation test in the elevator monitor before being arranged at building and consigning to the owner.Coordinated operation test, check detect when unusual or the control operation of disaster many elevators when taking place whether correctly interlock implement.In this test, the elevator monitor detects this control operation and result thereof.
As one of control operation that when coordinated operation is tested, checks, provide control operation (Power Failure Emergency Operation(PFEO) for oneself, switched-off emergency running).Provide the control operation for oneself, waiting the electric network source that is causing building to disconnect owing to taking place to have a power failure, undertaken when the power supply supply switches to by power autonomous supply from being supplied with by electric network source.
Describe about the detailed operation of providing the control operation for oneself.Usually, send electric network source on schedule at interval from building equipment to the elevator monitor and establish signal.This electric network source is established the supply of signal (below be referred to as the 1st establish signal) expression electric network source and is established.And, be switched to when power autonomous when cause power supply in the building to be supplied with from electric network source owing to take place having a power failure, send power autonomous establishment signal from building equipment to the elevator monitor.The power autonomous supply of this power autonomous establishment signal (below be referred to as the 2nd establish signal) expression is established.
The elevator monitor is when accepting the 2nd when establishing signal, in order to represent in this building to provide lamp for oneself and light for power autonomous supply condition makes.And then the elevator monitor is provided the control operation for oneself for operation is switched to from normal operation, sends to each elevator so should establish signal.
Power autonomous capacity is limited, goes up free restriction so its power supply is supplied with.Therefore, provide for oneself in the control operation (PFEO), be limited in the quantity of using the equipment of electric power in the building simultaneously, need to suppress as far as possible to add up to power consumption.For example, control, make that the bench board number of elevator is restricted, the only platform number of appointment work in predefined group.
It is in service to provide control for oneself, comes to divide to have the control of providing for oneself of providing control operation and manual mode for oneself of automatic mode to move substantially.Generally speaking, by the instruction of elevator monitor, determine to move elevator by any pattern.
Automatic mode to provide control for oneself in service, at first, all elevators become the state of waiting for the bridging order that comes from the elevator monitor.Then, the elevator monitor is exported bridging order successively to the elevator of predefined machine, makes that the platform number of the elevator of work can not surpass predefined number when providing the control operation for oneself.The elevator that has received bridging order makes its car move to returning floor.Moved to when returning floor should moving to the car that returns floor, the elevator of controlling this car returns end signal to the output of elevator monitor.
The elevator monitor receives this and returns end signal, and receives in linkage to the elevator output bridging order of next number machine of standby with this.This reception of returning end signal and bridging order sends to be carried out repeatedly, and the car of the elevator in the group of objects all moves to and returns floor.
In addition, manual mode to provide control for oneself in service, by surveillant's operation, the elevator monitor is to the elevator of specific number machine, output is used for making it to continue the lasting instruction of normal operation.In addition, for remaining elevator, the elevator monitor also based on surveillant's operation, is exported bridging order.
The elevator monitor shows that whether elevator is by these instruction works.The surveillant uses this to show to monitor the mode of operation of elevator.
When carrying out the test of above-mentioned coordinated operation, need carry out in the building mains connection set (for example being subjected to transformer) stop and to the switching of supplying with based on power autonomous power supply.
The coordinated operation test is the test be used to the final affirmation that comprises building equipment.Generally speaking, before this coordinated operation test is carried out, as the pretesting of being undertaken by maker, carry out only the coordinated operation of elevator monitor and elevator being tested.In the coordinated operation test as this pretesting, need only depend on elevator and elevator monitor to carry out the control operation.But, provide the control operation for oneself and have following problem.
First problem is, changes the power supply supply condition of building equipment by providing control operation work for oneself in order to make elevator, and this point is very difficult.
In order to make elevator and/or elevator monitor by providing control operation work for oneself, it is invalid to need to be made as from the 1st establishment signal that building equipment sends, and replacing is made as the 2nd establishment signal effectively.
But if the operation building equipment then can become whole building by the power autonomous electric power condition of supplying of carrying out, the influence of this operation also can feed through to the equipment irrelevant with elevator.Therefore, the work that changes building equipment by the situation of elevator manufacturer is very difficult.
In above-mentioned comfirmation test in advance, alternately the 1st and the 2nd meaning of establishing signal accepted from building of identification is (namely mutually for elevator monitor or elevator control gear, the state of assert by the reception of this signal), make to simulation power supply state with power autonomous power devices.
Elevator judges that according to establishing signal the supply source of the electric power of acceptance is electric network source or power autonomous.Therefore, alternately identify 2 meanings of establishing signal by making elevator, can identify by power autonomous state to the elevator supply capability, carry out comfirmation test.
But, for realize above-mentioned alternately, need to be used for elevator monitor or elevator control gear alternately 2 establish wiring lines change operations.At this moment, resuming operation after the preparation before the comfirmation test and/or the test needs the time.In addition, also might forget carelessness such as resume operation.
The 2nd problem is following this point: when confirming that above-mentioned coordinated operation is worked, if do not identify by power autonomous state to all the elevator supply capabilities in the group of objects, then can't implement a series of test.
Automatic mode to provide control for oneself in service, elevator monitor and each elevator are sent out to receive to send and are used for control signal that elevator is returned.At this moment, receive the sequential of the elevator transmit control signal with the elevator monitor, by the predefined order of returning.Therefore, when the communication of this a series of control signal had been interrupted because of the elevator in the way, no longer towards the later elevator output bridging order of this elevator, turning back to the operation of returning floor successively for the car that makes elevator can't continue.
For fear of this outage, in the test of returning operation successively, the elevator of implementing to provide for oneself all numbers machine in the group of objects of control operation is used for test.Therefore, in comfirmation test, need to set the system limit in elevators such as all elevators operation that bans use of in the group, the problem that situation about when having the user being brought inconvenience is such.
Summary of the invention
The present invention In view of the foregoing finishes, its purpose is to provide a kind of coordinated operation experimental set-up and coordinated operation test method of elevator, can not change the state of building side mains connection set, the other convenience ground that does not damage the user, carry out the affirmation test based on the coordinated operation of the control operation of when disaster takes place, implementing.
According to the embodiment that is used for the practice above-mentioned purpose, the coordinated operation experimental set-up has selection portion and control part.Selection portion is stored in the identifying information as the selecteed device of subjects of the coordinated operation work of control operation in a plurality of elevator control gears that arrange in the building.Control part generate to be used for signal that coordinated operation work is carried out effectively, sends this signal to the elevator control gear of the subjects of described storage.In addition, control part, when output is used for carrying out the instruction of described test, generate with to there not be to send the end signal of the corresponding coordinated operation work of the described instruction of exporting for the elevator control gear of the signal that described coordinated operation work is carried out effectively, and this end signal is sent to elevator monitoring arrangement.
Description of drawings
Fig. 1 is the block diagram of structure of the elevator device of the expression coordinated operation experimental set-up that utilized the 1st embodiment of the present invention.
Fig. 2 is the sequential chart of work of the elevator device of the expression coordinated operation experimental set-up that utilized the 1st embodiment of the present invention.
Fig. 3 is the block diagram of structure of the elevator device of the expression coordinated operation experimental set-up that utilized the 2nd embodiment of the present invention.
Fig. 4 is the sequential chart of work of the elevator device of the expression coordinated operation experimental set-up that utilized the 2nd embodiment of the present invention.
Fig. 5 is the block diagram of structure of the elevator device of the expression coordinated operation experimental set-up that utilized the 3rd embodiment of the present invention.
Fig. 6 is the sequential chart of work of the elevator device of the expression coordinated operation experimental set-up that utilized the 3rd embodiment of the present invention.
Fig. 7 is the block diagram of structure of the elevator device of the expression coordinated operation experimental set-up that utilized the 4th embodiment of the present invention.
Fig. 8 is the sequential chart of work of the elevator device of the expression coordinated operation experimental set-up that utilized the 4th embodiment of the present invention.
Fig. 9 is the block diagram of structure of the elevator device of the expression coordinated operation experimental set-up that utilized the 5th embodiment of the present invention.
Figure 10 is the sequential chart of work of the elevator device of the expression coordinated operation experimental set-up that utilized the 5th embodiment of the present invention.
The specific embodiment
" the 1st embodiment "
Describe about the elevator device that has utilized the coordinated operation experimental set-up in the 1st embodiment of the present invention.In this explanation, the work of enumerating the coordinated operation test is example.The coordinated operation experimental check detects when unusual in building or disaster when taking place, for the control operation of many elevators that in building, arrange whether correctly interlock implement.
＜structure of elevator device 〉
At first, the structure about the elevator device in the present embodiment illustrates with reference to Fig. 1.
Elevator device 1A in the present embodiment possesses: building equipment 10; Elevator monitoring dish (elevator monitoring board) 20; Press the 1st elevator control gear (first elevator controller) 30-1, the 2nd elevator control gear (second elevator controller) 30-2 and the 3rd elevator control gear (the third elevator controller) 30-3 of every setting of many elevators in this building; And experimental set-up (testing apparatus) (coordinated operation experimental set-up (testing apparatus for sequential operation)) 40A.
Building equipment (building facilities) the 10 output expression electric network source of having established the supply of electric network source is usually established signal (below be referred to as the 1st establish signal).In addition, because when have a power failure waiting supply that causes electric network source to stop, building equipment 10 is not exported the 1st and established signal, replace, the power autonomous establishment signal (below be referred to as the 2nd establish signal) of power autonomous supply has been established in the output expression.In addition, if detect owing to presence of fire makes fire detector work, then export the fire detector signal.
The signal that comes from said apparatus that operating portion 22 obtains based on control part 21, operation is to the control command of the 1st elevator control gear 30-1～the 3rd elevator control gear 30-3 output.
The 1st elevator control gear 30-1～the 3rd elevator control gear 30-3, the operation of the 1st elevator～the 3rd elevator (not shown) that control connects separately.
Experimental set-up 40A has operating portion 41, selection portion 42, control part 43 and display part 44.
＜work of elevator device 〉
Then, about the work of elevator device 1A, describe with reference to the sequential chart of Fig. 2.Fig. 2 represents the sequential in the control commissioning test provided for oneself as an example of work.
During normal operating condition, building equipment 10 is established the control part 21 that signal sends to elevator monitoring dish 20 with the 1st.Control part 21 obtains the 1st and establishes signal, should establish signal and export to the 1st elevator control gear 30-1～the 3rd elevator control gear 30-3(step S1).
Under the state that has been obtained the 1st establishment signal by the 1st elevator control gear 30-1～the 3rd elevator control gear 30-3, the operating portion 41 of experimental set-up 40A is imported the identifying information of the elevator control gear of the object of testing as coordinated operation by operator's operation.Selection portion 42 based on the identifying information that is transfused to, is selected the elevator control gear corresponding with this identifying information, sets this device as the object (step S2) of coordinated operation test.
At this, be made as, the identifying information of the 1st elevator control gear 30-1 and the 3rd elevator control gear 30-3 is transfused to, and by selection portion 42 they is set at the object of coordinated operation test.
Then, by operator's operation, provide the indication of on-test of the operating coordinated operation of control for oneself from operating portion 41 inputs of experimental set-up 40A.When this indication was transfused to, control part 43 sent to elevator monitoring dish 20(step S3 with the on-test signal of coordinated operation (below be referred to as the on-test signal)).
Be made as in the control part 21 of elevator monitoring dish 20, as an example of the operation work of providing control when operation for oneself, be set at and sedan-chair returned in linkage by the order of railway carriage or compartment the 1st elevator control gear 30-1, the 2nd elevator control gear 30-2, the 3rd elevator control gear 30-3 run to benchmark floor (for example the 1st building).Control part 21 receives the end signal that returns of the 1st elevator control gear 30-1 after the bridging order of having exported the 1st elevator control gear 30-1.When receive the 1st elevator control gear 30-1 return end signal the time, then, the bridging order of control part 21 outputs the 2nd elevator control gear 30-2.Afterwards, control part 21 receives the end signal that returns of the 2nd elevator control gear 30-2, and then exports the bridging order of the 3rd elevator control gear 30-3.If with the bridging order of output the 3rd elevator control gear 30-3 correspondingly, what control part 21 was accepted the 3rd elevator control gear 30-3 returns end signal, then coordinated operation end of test.At this moment, the result of coordinated operation test is judged as normally.In addition, when providing the control operation for oneself, the operation work (for example, returning work) of the 1st elevator control gear 30-1～the 3rd elevator control gear 30-3 effectively, becomes invalid under the 1st establishment signal actv. situation under the 2nd establishment signal actv. situation.
Among the step S3, received the control part 21 of the elevator monitoring dish 20 of on-test signal, based on the predefined control linkage work content in when operation of providing for oneself, will be used for the bridging order that the car that makes elevator return the benchmark floor and export (step S5) to its elevator control gear.In example shown in Figure 2, control part 21 is at first exported the bridging order of the 1st lift car to the 1st elevator control gear 30-1.In addition, from the bridging order of control part 21 outputs, also the control part 43 by experimental set-up 40A obtains.
When the 1st elevator control gear 30-1 had obtained bridging order, the 2nd establishment signal of having imported the 1st elevator control gear 30-1 was significant condition.Therefore, the bridging order of the 1st lift car is judged as effectively, carries out to be used for making car return the control of benchmark floor.The 1st elevator control gear 30-1 when the car of confirming the 1st elevator has turned back to the benchmark floor, returns this to end signal and sends to elevator monitoring dish 20 and experimental set-up 40A(step S6).
The control part 21 of elevator monitoring dish 20 receives from the 1st elevator control gear 30-1 and returns end signal.Control part 21 based on this control content of returning reception and the operation work of end signal, will be exported to the 2nd elevator control gear 30-2 be used to the bridging order that the car that makes the 2nd elevator returns the benchmark floor.This bridging order is also obtained (step S7) by the control part 43 of experimental set-up 40A.
When the 2nd elevator control gear 30-2 had obtained bridging order, the 2nd establishment signal of having imported the 2nd elevator control gear 30-2 was disarmed state.In contrast, importing the 1st of the 2nd elevator control gear 30-2 establishes signal and is in significant condition.Therefore, it is invalid that the bridging order of the 2nd lift car is judged as, and among the 2nd elevator control gear 30-2, continues normal operation.
At this moment, among the 2nd elevator control gear 30-2, do not carry out car to the operation of returning of benchmark floor.In addition, the 2nd elevator control gear 30-2 does not export and returns end signal.On the other hand, the control part 43 of experimental set-up 40A obtains the bridging order of the 2nd elevator as mentioned above.And then, detect the 2nd elevator output bridging order that 43 pairs of control parts are not set to the object of coordinated operation test, replace the 2nd elevator control gear 30-2 the end signal that returns of the 2nd elevator is exported (step S8) to elevator monitoring dish 20.
The control part 21 of elevator monitoring dish 20 receives the end signal that returns of the 2nd elevator.Control part 21 returns the reception of end signal and operation work control content based on this, will export to the 3rd elevator control gear 30-3 be used to the bridging order that the car that makes the 3rd elevator returns the benchmark floor.This bridging order, also the control part 43 by experimental set-up 40A obtains (step S9).
When the 3rd elevator control gear 30-3 had obtained bridging order, the 2nd establishment signal of having imported the 3rd elevator control gear 30-3 was significant condition.Therefore, the bridging order of the 3rd lift car is judged as effectively, carries out to be used for making car return the control of benchmark floor.The 3rd elevator control gear 30-3 when the car of confirming the 3rd elevator has turned back to the benchmark floor, returns this to end signal and sends (step S10) to elevator monitoring dish 20 and experimental set-up 40A.
When the control part 21 of elevator monitoring dish 20 obtain the 3rd elevator control gear 30-3 return end signal the time, a series of processing that control part 21 is judged as in the coordinated operation test finishes, the test processing finishes.
The action relevant with this a succession of coordinated operation test exported to display part 44 by control part 43, by its demonstration.
According to the 1st above-mentioned embodiment, the coordinated operation experimental set-up monitors and controls the signal that is sent out reception between elevator monitoring dish and elevator control gear.By this supervision and control, can not change the running state ground of the mains connection set of building, all elevators in the building being stopped and making under the state of the normal operation of a part of elevator, carry out the coordinated operation test.
" the 2nd embodiment "
About having utilized the coordinated operation experimental set-up in the 2nd embodiment of the present invention to describe.This elevator device has the function that normal operation was ended, returned in the operating coordinated operation test of the control of making.This function by the work of coordinated operation test, prevents the control that in fact should carry out and moves the state of affairs that can't carry out.
＜structure of elevator device 〉
At first, the structure about the elevator device in the present embodiment illustrates with reference to Fig. 3.
Set releasing portion 45, under the situation of the arbitrary condition in (1) below meeting～(3) condition, will make the reset signal of the work termination of testing based on the coordinated operation of control operation to control part 43 outputs.
(1) do not carry out the above situation of state continuance certain hour of the work of coordinated operation test;
(2) set releasing portion 45 has received the abort signal of coordinated operation test from building equipment 10 or elevator monitoring dish 20 situation; With
(3) experimental set-up 40B itself situation about being removed from elevator device 1B.
＜work of elevator device 〉
Then, about the work of the elevator device 1B that utilized the coordinated operation experimental set-up in the present embodiment, illustrate with reference to the sequential chart of Fig. 4.Fig. 4 shows as the sequential in the test of providing the control operation for oneself of an example of work.
Press the processing that the step S1 of Fig. 4～S10 carries out, identical with the processing that has illustrated in the 1st embodiment, so omit detailed description to them.
Under the state of the processing of execution in step S1～S10, under the situation of the arbitrary condition in meeting above-mentioned (1)～(3) condition, the setting releasing portion 45 of coordinated operation experimental set-up 40B will make the reset signal of the work termination of testing based on the coordinated operation of control operation to control part 43 outputs.
For example following situation meets the condition of above-mentioned (1).That is, the indication, coordinated operation of having imported coordinated operation on-test from experimental set-up 40B in the operation by the operator are after on-test, and the operator forgets the operation that is sent in the normal operation restoring signal that should send behind this end of test.At this, the normal operation restoring signal is be used to making elevator monitoring dish 20 recover the signal of normal operating condition.
At this moment, set releasing portion 45 and possess internal timer.The time length of this time meter instrumentation experimental work.And, surpass under the situation of certain hour at this time length, set releasing portion 45 and will export to control part 43 be used to the reset signal that the work that makes the coordinated operation test is ended.
For example following situation meets above-mentioned (2) condition.That is, in the work of coordinated operation test, actual generation should be implemented the emergency situation of control operation.
For example, in the test of coordinated operation, be made as because reality stops and sending the 2nd establishment signal from building equipment 10.At this moment, no matter each of 3 elevators in this building is all the object of coordinated operation test, also the object that whether should test all must be provided the control operation for oneself.
Therefore, setting releasing portion 45 obtains the 2nd establishment signal that sends from building equipment 10, correspondingly will export to control part 43 be used to the reset signal that the work that makes the coordinated operation test is ended therewith.
In these (1) and (2) each condition, the reset signal of being obtained by control part 43 is output to elevator monitoring dish 20, removes the coordinated operation test relevant with this test.Follow this releasing, elevator monitoring dish 20 is got back to normal operation.In addition, the transmission of the signal relevant with this coordinated operation test of elevator monitoring dish 20 and the 1st elevator control gear 30-1～the 3rd elevator control gear 30-3 with control part 43 receives and finishes (step S11, S12).
The action relevant with these a series of coordinated operations tests is transfused to display part 44 and by its demonstration by control part 43.
Afterwards, based on the 2nd establishment signal that sends at stopping of reality generation, the 1st elevator control gear 30-1～the 3rd elevator control gear 30-3 is converted to the coordinated operation state.
In above-mentioned (3) condition, between elevator monitoring dish 20 and the 1st elevator control gear 30-1～the 3rd elevator control gear 30-3, be sent out the signal of reception, can be by control part 43 controls of experimental set-up 40B.Therefore, the result has removed the mode of operation of the coordinated operation test of elevator monitoring dish 20, and elevator monitoring dish 20 is got back to normal operation.In addition, the transmission of the signal relevant with the coordinated operation test of elevator monitoring dish 20 and the 1st elevator control gear 30-1～the 3rd elevator control gear 30-3 with control part 43 receives and finishes (step S11, S12).
According to above-mentioned the 2nd embodiment, the coordinated operation experimental set-up of elevator has the work termination that makes the coordinated operation test and the function of getting back to normal operating condition.Therefore, can prevent because the error of performance ground of control commissioning test continues, and can't carry out the state of affairs that the control of actual needs moves.
" the 3rd embodiment "
About having utilized the elevator device of the coordinated operation experimental set-up in the 3rd embodiment of the present invention, describe.This elevator device has the function whether judgement has suitably been carried out the coordinated operation test and exported this result of determination.
＜structure of elevator device 〉
At first, the structure about the elevator device in the present embodiment illustrates with reference to Fig. 5.
Elevator device 1C in the present embodiment has coordinated operation experimental set-up (below be referred to as experimental set-up) 40C.Experimental set-up 40C has test results detection unit (below be referred to as detection unit) 46, and the structure of the experimental set-up 40A in other structures and the 1st embodiment is identical.That is, the structure of the elevator device 1C in the present embodiment is except having detection unit 46 this point, identical with the structure of elevator device 1A in the 1st embodiment.Therefore, omit having the detailed description with the part of the 1st embodiment identical function.
＜work of elevator device 〉
Then, about the work of the elevator device 1C that utilized the coordinated operation experimental set-up in the present embodiment, illustrate with reference to the sequential chart of Fig. 6.Fig. 6 illustrates as the sequential in the fire control commissioning test of an example of work.
Among Fig. 6, carried out by step S2, be set at subjects or be the processing of non-object at this test by every elevator, identical with the processing in the 1st embodiment, so detailed.
Then, by operator's operation, import the indication that the commissioning test relevant with fire control operation begins from the operating portion 41 of experimental set-up 40C.If this indication of input, 43 couples of the 3rd elevator control gear 30-3 of control part output fire control operating instruction (below be referred to as the control operating instruction) (step S21) then.In addition, the 1st elevator control gear 30-1 and the 3rd elevator control gear 30-3 are set at the object that coordinated operation is tested by selection portion 42.The control operating instruction is to have and the signal that is the fire signal same function of fire report device output from building equipment 10.By receiving this signal, the 1st elevator control gear 30-1 and the 3rd elevator control gear 30-3 transfer to fire control running state (below be referred to as the control running state).
In addition, control part 43 makes detection unit 46 work.At this moment, detection unit 46 is set to the state of judging test results.
Then, the 1st elevator control gear 30-1 and the 3rd elevator control gear 30-3, the signal (below be referred to as run duration signal (in-operation signal)) that they are in fire control run duration with expression sends (step S22, S23) to the control part 21 of elevator monitoring dish 20 and the control part 43 of coordinated operation experimental set-up 40C.
Be made as the operation work when in the control part 21 of elevator monitoring dish 20, having set fire control operation.Operation work during fire control operation is for example for the elevator control gear of object, to make its car return the predefined floor of taking refuge.In addition, the operation work of the 1st elevator control gear 30-1～the 3rd elevator control gear 30-3 during fire control operation becomes when they are in fire control running state effectively, and is invalid when not becoming fire control running state.
The control part 21 of elevator monitoring dish 20, operation action when moving based on predefined fire control, to return the bridging order of the floor of taking refuge be used to the car that makes the 1st elevator control gear 30-1 and the 3rd elevator control gear 30-3, to the 1st elevator control gear 30-1, the 3rd elevator control gear 30-3 output (step S24, S25).
At this moment, the 1st elevator control gear 30-1 and the 3rd elevator control gear 30-3 are converted to the fire running state.Therefore, the fire control operating instruction that their are accepted is judged as effectively, and execution is returned car to take refuge the control of floor.Then, the 1st elevator control gear 30-1 when the car of confirming the 1st elevator has turned back to when taking refuge floor, will return end signal and send to elevator monitoring dish 20 and coordinated operation experimental set-up 40C(step S26).In addition, the 3rd elevator control gear 30-3 when the car of confirming the 3rd elevator has turned back to when taking refuge floor, will return end signal and send to elevator monitoring dish 20 and coordinated operation experimental set-up 40C(step S27).
When the control part 43 of experimental set-up 40C receive come from the 1st elevator control gear 30-1 and the 3rd elevator control gear 30-3 return end signal the time, detection unit 46 is judged the result of coordinated operations test.
After judging end, detection unit 46 sends to control part 43 with this result of determination.Control part 43 is presented at (step S28) on the display part 44 with result of determination.Show result of determination by display part 44, the linkage test which elevator the operator can easily identify there is problem.
According to above-mentioned the 3rd embodiment, the coordinated operation experimental set-up of elevator has the function whether judgement has suitably been carried out the coordinated operation test and exported this result.Therefore, the operator easily whether the identification test result suitable.
" the 4th embodiment "
Describe about the elevator device that has utilized the coordinated operation experimental set-up in the 4th embodiment of the present invention.This elevator device has based on the running state of elevator judges the function of whether suitably having carried out the coordinated operation test and having exported this result of determination.
＜elevator system configuration 〉
Elevator system configuration about in the present embodiment illustrates with reference to Fig. 7.
Record portion 47 obtains and is recorded in the various signals that receive transmission in the elevator device 1D via control part 43.These signals, for the control operating instruction that for example sends from elevator monitoring dish 20, send to the open and-shut mode that returns end signal, expression car position information, car door of elevator monitoring dish 20, the signal etc. of illuminating state of display lamp (for example, the display lamp of expression fire control end of run etc.) the display part 23 from the 1st elevator control gear 30-1～the 3rd elevator control gear 30-3.
The information that display part 44 records based on record portion 47 is carried out and the lighting of the display lamp of the running state of each elevator interlock.Operators etc. can show the running state of correctly confirming elevator according to these.
＜work of elevator device 〉
Then, about the work of the elevator device 1D that utilized the coordinated operation experimental set-up in the present embodiment, illustrate with reference to the sequential chart of Fig. 8.Fig. 8 represents as the sequential in the fire control commissioning test of an example of work.
In the present embodiment, the control part 21 of the 1st elevator control gear 30-1 and the elevator monitoring dish 20 of the 3rd elevator control gear 30-3 and the control part of coordinated operation experimental set- up 40D 43 send the run duration signal (step S29 and S30) of fire control operation.In addition, the 1st elevator control gear 30-1 and the 3rd elevator control gear 30-3 will represent that also the car position information of running state of each elevator and/or the signal of car door open and-shut mode send to control part 43.
These information that record portion 47 record sends from the 1st elevator control gear 30-1 and the 3rd elevator control gear 30-3.In addition, record portion 47 also records the illuminating state signal of the display lamps such as fire control end of run lamp of display part 23.Record portion 47 possesses internal timer, records these information relatively with the time information of this internal timer timing.
The information of record is confirmed the running state of each elevator in the detection unit 46 service recorder portions 47.And then detection unit 46 confirms in the lump with above-mentioned determination processing whether the display lamp of the display part 23 of elevator monitoring dish 20 is suitably lighted according to elevator operation.These confirm that the result shows at the display part 44 of experimental set-up 40D.
The important elements that actual coordinated operation test is judged is not only the lighting or non-simple affirmation of lighting of display lamp of display part 23, also comprise display lamp light regularly and/or, the affirmation of the open and-shut mode etc. of car door when display lamp is lighted.
About this, " the end of run lamp of fire control operation " of enumerating display part 23 illustrates for example.This end of run lamp, for being used for making people know the display lamp that returns end-of-job of the operating car of fire control, the lift car that is transformed into fire control running state to the floor of taking refuge return, the timing of car door standard-sized sheet lights.
In addition, these running state information and time information be record explicitly, so even behind the car end-of-job of reality, also can confirm the work of car and lighting regularly suitably of display lamp.In addition, also can reproduce machine similarly with general animation, display part 44 was given since particular moment be shown again or function such as F.F. reproduction.At this moment, confirm that with in fact making car work the situation of a series of work of elevator compares, can confirm lighting regularly and/or the work of car of display lamp efficiently.
According to the 4th above-mentioned embodiment, the coordinated operation experimental set-up of elevator has the function of the running state that stores elevator.Therefore, can be based on the running state of elevator, confirm whether the display lamp of display part is suitably lighted, and then, can carry out whether suitable judgement of coordinated operation test with high precision.
" the 5th embodiment "
Describe about the elevator device that has utilized the coordinated operation experimental set-up in the 5th embodiment of the present invention.In this elevator device, be equipped with the test of whether suitably lighting for the display lamp of test elevator monitoring dish at the coordinated operation experimental set-up and light function.
＜structure of elevator device 〉
Structure about the elevator device that utilized the coordinated operation experimental set-up in the present embodiment illustrates with reference to Fig. 9.
＜work of elevator device 〉
Then, the work about the elevator device 1E of the coordinated operation experimental set-up that utilized present embodiment describes.In the present embodiment, with the enforcement of the coordinated operation test shown in the sequential of Fig. 2 all independently, implement the display lamp shown in the sequential of Figure 10 and light test.
Display lamp is lighted in the test, by operator's operation, lights the indication of on-test from operating portion 41 inputs of experimental set-up 40E.If this indication of input, then test signal (step S31) is lighted in 43 couples of the 1st elevator control gear 30-1 of control part～the 3rd elevator control gear 30-3 output.The 1st elevator control gear 30-1～the 3rd elevator control gear 30-3 receives this and lights test signal.
Then, the 1st elevator control gear 30-1～the 3rd elevator control gear 30-3 according to predefined order, will export to elevator monitoring dish 20 be used to the signal of lighting that display lamp is lighted.At this, be made as, light signal and be set to, according to the order output of the 1st elevator control gear 30-1 → the 2nd elevator control gear 30-2 → the 3rd elevator control gear 30-3.
In addition, this display lamp is lighted in the test, and elevator control gear 30-1～30-3 keeps being placed in the state of normal operating condition.
At first, signal (step S32) is lighted in the 1st elevator control gear 30-1 output.The display part 23 of elevator monitoring dish 20 will be lighted the corresponding display lamp of signal with this and light (step S33).
Then, signal (step S34) is lighted in the 2nd elevator control gear 30-2 output.The display part 23 of elevator monitoring dish 20 will be lighted the corresponding display lamp of signal with this and light (step S35).
Then, signal (step S36) is lighted in the 3rd elevator control gear 30-3 output.The display part 23 of elevator monitoring dish 20 will be lighted the corresponding display lamp of signal with this and light (step S37).
In the elevator monitoring dish 20, whether the surveillant lights test according to display lamp by the visual display lamp of confirming display part 23 has normally shown.Confirm the unfavorable condition below for example in advance confirming by this: the mistake setting that the software output of working in mistake wiring, the 1st elevator control gear 30-1～the 3rd elevator control gear 30-3 or the elevator monitoring dish 20 of the fault of display lamp, the 1st elevator control gear 30-1～the 3rd elevator control gear 30-3 and 20 on elevator monitoring dish is handled.The possibility of problem takes place in the time of therefore, can reducing the coordinated operation test.
In the above description, if test signal is lighted in 1 of output, then the signal of lighting of display lamp is output successively according to predefined order.But, light test signal and also can prepare a plurality of according to the quantity of the elevator control gear that receives it.In addition, also can light test signal by constituting with digital data, the kind of moving according to control changes the display lamp of lighting when lighting test.
According to above-mentioned the 5th embodiment, the coordinated operation experimental set-up of elevator has the display lamp of execution and lights the function of test.Therefore, can test independently with coordinated operation, whether the display lamp on the test elevator monitoring dish is normally lighted.In addition, elevator control gear keeps normal operating condition ground, implements this display lamp and lights test.Therefore, normally lighting of display lamp confirmed on the convenience ground that can not damage the user.
More than, embodiments of the present invention have been described, but embodiment point out as an example, be not used in the restriction scope of invention.These new embodiments can be implemented with other variety of ways, can carry out various omissions, conversion, change in the scope that does not break away from the invention main idea.These embodiments and/or its distortion are contained in scope of invention and/or main idea, and are contained in the invention that the scope of technical scheme puts down in writing and the scope that is equal to thereof.
Claims (8)
1. the coordinated operation experimental set-up of an elevator, be connected in a plurality of elevator control gears and the elevator monitoring arrangement of controlling many elevators that in building, arrange respectively, this elevator monitoring arrangement carries out the coordinated operation work of the control operation relevant with described a plurality of elevator control gears, it is characterized in that possessing:
Selection portion, it stores the subjects of coordinated operation work of the described control operation of conduct in described a plurality of elevator control gear and the identifying information of selecteed elevator control gear; With
Control part, it generates the signal of carrying out effectively for the coordinated operation work that makes described control operation, the elevator control gear of this signal to the subjects of having been stored identifying information by described selection portion sent, when from described elevator monitoring arrangement to described a plurality of elevator control gears, when output is used for carrying out the instruction of test of coordinated operation work of described control operation, generate with to there not be to send the end signal of the corresponding described coordinated operation work of the described instruction of exporting for the elevator control gear of the signal that described coordinated operation work is carried out effectively, and this end signal is sent to described elevator monitoring arrangement.
2. the coordinated operation experimental set-up of elevator according to claim 1 is characterized in that,
Also has test with setting releasing portion, its under the situation more than the state continuance certain hour that the experimental work of the coordinated operation of the described system of described pipe operation is carried out or, received from the equipment of described building side or described elevator monitoring arrangement under the situation that makes the signal that described experimental work ends, the reset signal that described experimental work is ended is exported to described control part, sent this reset signal to described elevator monitoring arrangement.
3. elevator coordinated operation experimental set-up according to claim 1 is characterized in that,
Also have the test results detection unit, it judges according to the signal that is sent out reception between described control part and described elevator monitoring arrangement whether the test of the coordinated operation work of described control operation has suitably been carried out, and the output result of determination.
4. elevator coordinated operation experimental set-up according to claim 2 is characterized in that,
Also have the test results detection unit, it judges according to the signal that is sent out reception between described control part and described elevator monitoring arrangement whether the test of the coordinated operation work of described control operation has suitably been carried out, and the output result of determination.
5. elevator coordinated operation experimental set-up according to claim 3 is characterized in that,
Also have running state record portion, its obtain and record with based on the relevant information of the running state of described many elevators of the control of described a plurality of elevator control gears,
Described test results detection unit based on the relevant information of the running state of described many elevators that record with described running state record portion, judges whether the test of the coordinated operation work of described control operation has suitably been carried out.
6. elevator coordinated operation experimental set-up according to claim 4 is characterized in that,
Also have running state record portion, its obtain and record with based on the relevant information of the running state of described many elevators of the control of described a plurality of elevator control gears,
Whether described test results detection unit based on the relevant information of the running state of described many elevators that record with described running state record portion, is judged based on the test of the coordinated operation work of described control operation and has suitably been carried out.
7. according to any described elevator coordinated operation experimental set-up in the claim 1 to 6, it is characterized in that,
At described elevator monitoring arrangement, be provided with for the display lamp of expression based on the mode of operation of many elevators of described a plurality of elevator control gears,
To send to described a plurality of elevator control gears for the test signal of lighting whether the described display lamp of test is normally lighted, will send to described elevator monitoring arrangement be used to the signal of lighting that described display lamp is lighted.
8. the coordinated operation test method of an elevator, be used in the coordinated operation experimental set-up of elevator, the coordinated operation experimental set-up of described elevator is connected in a plurality of elevator control gears and the elevator monitoring arrangement of controlling many elevators that arrange respectively in building, this elevator monitoring arrangement carries out the coordinated operation work of the control operation relevant with described a plurality of elevator control gears, comprising:
Storing step is stored the subjects of coordinated operation work of the described control operation of conduct in described a plurality of elevator control gear and the identifying information of selecteed elevator control gear;
Work useful signal forwarding step generates the signal of carrying out effectively for the coordinated operation work that makes described control operation, and the elevator control gear of this signal to the subjects of having stored identifying information by described storing step sent; And
End-of-job signal forwarding step, when from described elevator monitoring arrangement to described a plurality of elevator control gears, when output is used for carrying out the instruction of test of coordinated operation work of described control operation, generate with to there not be to send the end signal of the corresponding described coordinated operation work of the described instruction of exporting for the elevator control gear of the signal that described coordinated operation work is carried out effectively, and this end signal is sent to described elevator monitoring arrangement.
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| JP039714/2012 | 2012-02-27 | ||
| JP2012039714A JP2013173599A (en) | 2012-02-27 | 2012-02-27 | Sequential operation testing apparatus and sequential operation testing method of elevator |
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| CN103287941A true CN103287941A (en) | 2013-09-11 |
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| US11034545B2 (en) | 2018-03-26 | 2021-06-15 | Otis Elevator Company | Method and system for brake testing an elevator car |
| CN112265879B (en) * | 2020-10-16 | 2022-05-27 | 苏州汇川技术有限公司 | Elevator control system, debugging method thereof, debugging equipment and readable storage medium |
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|---|---|---|---|---|
| JP2000302348A (en) * | 1999-04-19 | 2000-10-31 | Mitsubishi Electric Building Techno Service Co Ltd | Maintenance system of elevator |
| JP2003112867A (en) * | 2001-10-03 | 2003-04-18 | Hitachi Building Systems Co Ltd | Control operation testing device for group-controlled elevator |
| JP2009190822A (en) * | 2008-02-13 | 2009-08-27 | Hitachi Building Systems Co Ltd | Control operation examination device of elevator |
| JP2010076884A (en) * | 2008-09-25 | 2010-04-08 | Panasonic Electric Works Co Ltd | Elevator device |
| CN102040129A (en) * | 2009-10-09 | 2011-05-04 | 株式会社日立制作所 | Control operation device of elevator |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH04361963A (en) * | 1991-06-11 | 1992-12-15 | Toshiba Corp | Elevator control device |
| JP2007176618A (en) * | 2005-12-27 | 2007-07-12 | Toshiba Elevator Co Ltd | Remote monitoring system for lifter |
| EP2399859B1 (en) * | 2009-02-20 | 2019-03-27 | Mitsubishi Electric Corporation | Elevator apparatus |
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Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2000302348A (en) * | 1999-04-19 | 2000-10-31 | Mitsubishi Electric Building Techno Service Co Ltd | Maintenance system of elevator |
| JP2003112867A (en) * | 2001-10-03 | 2003-04-18 | Hitachi Building Systems Co Ltd | Control operation testing device for group-controlled elevator |
| JP2009190822A (en) * | 2008-02-13 | 2009-08-27 | Hitachi Building Systems Co Ltd | Control operation examination device of elevator |
| JP2010076884A (en) * | 2008-09-25 | 2010-04-08 | Panasonic Electric Works Co Ltd | Elevator device |
| CN102040129A (en) * | 2009-10-09 | 2011-05-04 | 株式会社日立制作所 | Control operation device of elevator |
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Application publication date: 20130911 |