CN103303754A - Elevator group management control system - Google Patents

Elevator group management control system Download PDF

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Publication number
CN103303754A
CN103303754A CN2013100755134A CN201310075513A CN103303754A CN 103303754 A CN103303754 A CN 103303754A CN 2013100755134 A CN2013100755134 A CN 2013100755134A CN 201310075513 A CN201310075513 A CN 201310075513A CN 103303754 A CN103303754 A CN 103303754A
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China
Prior art keywords
car
call
below direction
destination call
information
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CN2013100755134A
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Chinese (zh)
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CN103303754B (en
Inventor
杉原俊雄
外崎幸德
田中俊明
真锅嘉章
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Toshiba Corp
Toshiba Elevator and Building Systems Corp
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Toshiba Corp
Toshiba Elevator Co Ltd
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Publication of CN103303754A publication Critical patent/CN103303754A/en
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Publication of CN103303754B publication Critical patent/CN103303754B/en
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  • Elevator Control (AREA)
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Abstract

The embodiment of the invention relates to an elevator group management control system, and provides an elevator group management control system which effectively adds a destination calling system to an existing elevator group management control system only allowing up-down calls. According to the embodiment, a destination call expansion system for the existing system only allowing up-down calls and compartment calls comprises a registration device, first and second storage portions, a distribution portion and first and second conversion portions, wherein the registration device defines the destination call for destination storey, the first storage portion stores the destination call, the distribution portion assigns a compartment to a new destination call, the second storage portion stores predetermined operation information of the setting-out storey, the compartment and destination storey, the first conversion portion converts the predetermined operation information of a novel destination call to up-down call and compartment call and attaches the predetermined operation information to an existing system side, and the second conversion portion attaches the up-down call and compartment call information at the existing system side, except the predetermined operation information converted from/into destination calls, to the second storage portion.

Description

The group management control system of elevator
The application is based on the Japanese patent application 2012-053493 (applying date: 2012/3/9), enjoy its preceence.The application comprises its all the elements with reference to this application.
Technical field
Embodiments of the present invention relate to the group management control system of elevator.
Background technology
Call out the method for elevator as the user, main adopt the hall of the floor that sets out press the above-below direction call register apparatus button " hall of above-below direction call out (below; be called above-below direction and call out) ", method as specifying the purpose floor can mainly adopt and press the car call button corresponding with each purpose floor " car call " in car.
On the other side, by the hall purpose floor registration device registration purpose floor that the user utilizes the floor that sets out, call out car simultaneously and specify " destination call " of purpose floor also to receive publicity.
In the past, for the group management control system of the existing elevator that only has above-below direction to call out, when the storey setting hall purpose floor registration device in a part, need be at single allocation process portion's processing above-below direction calling and destination call.Therefore, need remove existing system, arrange to comprise and to handle that above-below direction is called out and the system of the new single allocation process portion of destination call.
The method of moving simultaneously as new and old group of management control system, for example, for the stage in the way that existing group of management control system is replaced into new group management control system implements, proposed old group of management control system of the control car before upgrading and the new group of system that management control system is coordinated of the control car after upgrading.
In the 1st technology, the calling that a side of new and old group of management control system is registered is registered in two groups of management control systems, and two groups of management control systems are distributed car respectively.Owing to have the words of 2 car responses can cause waste to individual call, when therefore initial 1 car responds, just will call out and register the never group management control system cancellation of response side.
In the 2nd technology, the calling of old group of management control system is transferred to new group of management control system, is determined the distribution of a certain car in new group of management-side and the old group of management-side by new group of management control system.
But in these technology, new and old group of management control system controlled each car respectively, and existing group of management control system therefore controlling all cars can't be used for appending the mechanism that the calling of new kind is handled.Again, in the 1st technology, when one of registration is called out, owing to temporarily select 2 cars, therefore might 1 carry out unnecessary operation, inefficent.Again, in the 2nd technology, at first carry out allocation process by new group of management-side, when thinking that the old group of distribution of managing is suitable, need further carry out allocation process by old group of management-side, therefore need the time of twice allocation process, handle spending the more time.
Summary of the invention
The present invention provides a kind of group management control system of elevator for solving above-mentioned problem, and its group management control system to the existing elevator that above-below direction only can be arranged call out is effectively appended the system that can also carry out destination call.
Group management control system according to the elevator of embodiment, it is for to including the operation for many cars of management, storage include be assigned to each car in the information of calling out about above-below direction that the floor that respectively sets out takes place and take place in about each car the existing of the predetermined storage part of above-below direction operation of the above-below direction operation predetermined information of the information of the car call of each purpose floor called out and the group management control system of the elevator of car call for above-below direction, append the group management control system of elevator of the expansion usefulness of destination call, comprise: hall purpose floor registration device, it is located at least one floor that sets out, be used for registration and specify the destination call of purpose floor; Destination call registration storage part, it is used for the registration of the described destination call of the described hall purpose floor registration device of storage; Destination call allocation process portion, it distributes car for the new registration of described destination call; The predetermined storage part of destination call operation, it is to each described destination call, and storage comprises the destination call operation predetermined information about the information of described set out floor and described distribution car and described purpose floor; The 1st converter section, it will be converted to the information of calling out about described above-below direction for the described destination call operation predetermined information of the new registration of described destination call and about the information of described car call, and will call out and the information of car call be given described above-below direction and be moved and be scheduled to storage part about the above-below direction after this conversion; And the 2nd converter section, the information of calling out about described above-below direction that it stores the predetermined storage part of described above-below direction operation and about the information of described car call, except after the conversion of described destination call, all be converted into described destination call operation predetermined information, and the operation of the destination call after will changing predetermined information gives described destination call operation predetermined storage part.
According to the device of above-mentioned formation, can effectively append the system that can also carry out destination call to the group management control system of the existing elevator only can above-below direction called out.
Description of drawings
Fig. 1 is the block diagram that shows the example of existing group of management control system.
Fig. 2 is the block diagram of example that shows the group management control system of embodiment.
Fig. 3 is the diagram of circuit that shows the example of the allocation process when destination call takes place.
Fig. 4 is the figure that shows an example of destination call registration data.
Fig. 5 is the figure that shows an example of destination call operation tentation data.
Fig. 6 is the figure that shows an example of above-below direction operation tentation data.
Fig. 7 is the figure that shows an example of above-below direction calling registration data.
Fig. 8 is the figure of an example that shows the operation conditions of car.
Fig. 9 is the figure that shows an example of virtual destination call operation tentation data.
Figure 10 is the figure that shows an example of manpower authorization data.
Figure 11 is the figure that shows the output example of the prediction in future when not considering prearranged assignment.
Figure 12 is the figure that shows the output example of the prediction in future when considering prearranged assignment.
Figure 13 shows the diagram of circuit of example of the distribution of destination call being given the processing of above-below direction calling system.
The specific embodiment
Below, be elaborated with reference to the group management control system of accompanying drawing to the elevator of embodiments of the present invention.Again, in the following embodiment, carry out identical action with the part of same label, omit repeat specification.
Be described as follows situation in the present embodiment: by to only registering group management control system with the existing elevator of allocation process to " above-below direction calling " and " car call ", after additional explanation be used for the expansion system of appending destination call, in order to can also carry out registration and the allocation process of " destination call ".
Existing group of management control system proceeded the allocation process of operation management and the above-below direction of all cars, and new system carries out the allocation process of destination call.Therefore, the group management control system that can make up when keeping existing system, can also carry out the distribution of destination call.In the allocation process, carry out allocation process according to the kind of calling out by each system, therefore do not need to suppress the useless work of car thus to 2 cars of 1 call distribution.Again, owing to do not need twice allocation process of repetition, so the speed that can accelerate to distribute car.
Again, present embodiment, be applicable to existing for above-below direction call out and the group management control system of the elevator of car call after additionally be used for appending the expansion of destination call with the situation of system, also can be used for calling out and the group management control system of the elevator of car call and the situation making/produce etc. with the group management control system of the elevator of the group management control system of elevator for the expansion of appending destination call new comprising for above-below direction.At this moment, can effectively utilize for above-below direction and call out and the design of the group management control system of the elevator of car call, make the group management control system that to carry out the elevator of destination call except above-below direction calling and car call to realize easily.
At first, group management control system before expanding, existing elevator is described.
Fig. 1 is the configuration example that shows the group management control system of existing elevator in the present embodiment.
As shown in Figure 1, the group management control system 100 of existing elevator comprises in the present embodiment: above-below direction calling system 1, monomer car control part 2 1～X, car 3 1～X, and be used for the above-below direction call register apparatus 4 of " above-below direction calling " 1～YAgain, each car 3 1～XInside be respectively equipped with car call button 31 1～X, this car call button 31 1～ XComprise for " car call " for example corresponding to button of each purpose floor etc.Herein, X is the platform number of car, and Y is the sum that is provided with the floor of above-below direction call register apparatus.As concrete example, each floor at the office building of for example 10 floors is provided with the above-below direction call register apparatus, under the situation of 6 cars, X=6, Y=10 are (namely, monomer car control part is that 6, car are that 6, car call button are that 6 groups, above-below direction call register apparatus are 10), but present embodiment is not limited thereto.
Be located at undermost above-below direction call register apparatus 4 again, 1～YOnly comprise upwards button, be located at the above-below direction call register apparatus 4 of the superiors 1～YOnly comprise to knob down, be located at the above-below direction call register apparatus 4 of floor in addition 1～YComprise upwards button and to knob down.
Above-below direction calling system 1 comprises: above-below direction is called out registration storage part 11, above-below direction allocation process portion 12, the predetermined storage part 13 of above-below direction operation, above-below direction prediction section 14 and cage operation control monitoring unit 15 in the future.
The above-below direction call register apparatus 4 that above-below direction calling system 1 is pressed at certain layer (floor sets out) in response to the user jUpwards button or to the situation of knob down, the record above-below direction is called out the registration of (calling that makes progress or downward calling), and to calling out the selected car that distributes of registration, selected distribution car is stored as operation is predetermined, the limit monitors each car limit control operation.Again, " distribution car " is expressed as and makes user's using escalator of calling out distribute " car ".
Above-below direction call register apparatus 4 1～YBe located at the hall of the floor that can carry out the above-below direction calling, when the user will use elevator, operate on it according to the direction of thinking.For example, in the office building of 10 floors, when each floor is respectively established 2, establish 20 above-below direction call register apparatus 4 altogether 1～20
Above-below direction is called out the above-below direction of registration storage part 11 storage registrations and is called out.When cage operation control monitoring unit 15 receives the signal that shows call, the storage that cancellation is called out.
12 pairs of above-below directions of above-below direction allocation process portion are called out the selected car that distributes of above-below direction calling that registration storage part 11 is registered.Calling to new registration, when distributing car selected, be received in the information of distribution of the above-below direction that each car sets and the information of car call from the predetermined storage part 13 of above-below direction operation, receive position, the direction of each car, the information of door opening state from cage operation control monitoring unit 15, give above-below direction prediction section 14 in the future with these information, with the operation in future of predicting each car.Prediction is at each car, respectively to distribute the state before the new calling and distribute after state carry out.Owing to respond each prediction of calling out as can be known constantly according to prediction result, determine to distribute car according to these sizes constantly.For example, can select to distribute " not response time predictor " under the state before the new calling aggregate value, with the state that distributes after the new calling under the car of difference minimum between the aggregate value of " not response time predictor ".
Herein, the response time predictor is not for example represented, is carved into the predictor of the time of " each prediction of calling out of response constantly " during from the registration of each calling.
Above-below direction in the future prediction section 14 utilizes position, the direction of the information of information, car call of the distribution of the above-below direction of setting at each car and each car, the information of door opening state, with the operation in future of time series forecasting car.Prediction result can be asked the predictor that obtains responding the time till respectively distributing.
Above-below direction operation storage part 13 is stored the distribution car that above-below direction allocation process portion 12 determines as the predetermined part of operation.
Cage operation control monitoring unit 15 receives the predetermined change of operation from above-below direction operation storage part 13, is notified to the monomer car control part 2 as object i(i is corresponding that among 1～X).
Monomer car control part 2 1～XRespectively according to the indication from cage operation control monitoring unit 15, the car 3 that operation is corresponding 1～X
Again, car 3 iInterior car call button 31 iAfter user's operation, via monomer car control part 2 iWith cage operation control monitoring unit 15, car call is stored in the predetermined storage part 13 of above-below direction operation.Again, the car call that cage operation control monitoring unit 15 is also stored according to the predetermined storage part 13 of above-below direction operation is to monomer car control part 2 1～ XThe control that moves.
Again, present embodiment is not limited to, and only can register group management control system with the existing elevator of allocation process to above-mentioned " above-below direction calling " and " car call ".
Below, the group management control system of the elevator after the expansion of present embodiment is described.The group management control system of the elevator after the expansion of present embodiment is can carry out the registration of " destination call " and the expansion system of allocation process to the group management control system of the existing elevator that moves according to " above-below direction calling " and " car call " is additional.
Herein, as the group management control system of existing elevator, to being that the example of object is illustrated with system shown in Figure 1, but present embodiment is not limited thereto.
Fig. 2 is the configuration example that shows the group management control system of the elevator after the expansion of present embodiment.
As shown in Figure 2, the group management control system 101 of the elevator after the expansion is for having appended expansion system 102 in the group management control system 100 of existing elevator.
As shown in Figure 2, expansion comprises with system 102: destination call system 5, hall purpose floor registration device 6 1～ Z, and distributed intelligence converter section 7.
Destination call system 5 comprises: destination call registration storage part 51, destination call allocation process portion 52, the predetermined storage part 53 of destination call operation, manpower authorization storage part 54, destination call be prediction section 55 and cage operation monitoring unit 56 in the future.
Distributed intelligence converter section 7 comprises: operation intended conversion efferent 71 (the 1st converter sections), operation intended conversion extraction unit 72 (the 2nd converter sections).
Again, the group management control system 101 of the elevator after the expansion of Fig. 2 comprises the inscape of the group management control system 100 of the existing elevator that is included in Fig. 1.To these key elements, omit the explanation of the part identical with Fig. 1.
But, herein, to be provided with hall purpose floor registration device 6 kFloor, above-below direction call register apparatus 4 is not set jSituation be that example describes.As concrete example, at the office building of 10 floors, in the 1st building and the 4th buildings hall purpose floor registration device 6 is set respectively 1, 6 2, in the 2nd buildings, the 3rd buildings, the 5th～10 buildings arrange above-below direction call register apparatus 4 respectively 1～4 8
Again, present embodiment also can be embodied as, and is being provided with hall purpose floor registration device 6 kFloor, also be provided with above-below direction call register apparatus 4 jSituation.
Below, the expansion of newly the appending inscape with system 102 is described.
Hall purpose floor registration device 6 1～ZBe arranged at the hall of a part of floor, for the user imports the purpose floor as the device of " destination call ".Hall purpose floor registration device 6 1～ZMiddle input method can be arbitrarily.For example, can be on touch panel, represent numerical key and enter key by function key, the user is by numerical key input purpose floor, determine with enter key, or also can be at the selection button of corresponding each the purpose floor of touch panel demonstration, the user presses the selection button corresponding with desirable purpose floor.Again, for example, in the office building etc., can be by the user with the close hall purpose floor registration device 6 of the ID card of self 1～Z, import id number after, import the purpose floor again.In addition, can carry out all changes implements.
Again, the floor that sets out can be determined in system side, does not therefore need to have the function of user's input.
In a single day each user imports the purpose floor, namely registers destination call, is notified to destination call registration storage part 51.
Again, in the destination call, except " purpose floor ", also according to the hall purpose floor registration device 6 that is provided as input kFloor, determine " floor sets out " (k is corresponding to one of 1～Y).For example, also can be from hall purpose floor registration device 6 kTo destination call system 5 sides notices " floor sets out ".Or, for example, also can be from hall purpose floor registration device 6 kTo the identifying information of destination call system 5 sides notice hall purpose floor registration device (below, be designated as HDC-ID), in destination call system 5 sides, determine corresponding " floor sets out " according to HDC-ID, or, also can adopt additive method.
Further, according to the upper and lower relation of " purpose floor " and " floor sets out ", the direction of determining to call out is for upwards still downwards.
Destination call system 5 is be used to the allocation process of carrying out at destination call, according to the group management control system of distribution result operation car.But destination call system 5 is not single movement, but and share distributed intelligence converter section 7 between the existing group of management control system 100 shown in Figure 1, as the run of group management control system.
Again, existing " above-below direction calling " or " car call " are not corresponding with each user, but with wait for user's set with one deck and same direction or take a car being that user's the set of purpose floor is corresponding with one deck.Relative with it, herein, be that example describes with the situation that corresponding each user of each " destination call " is handled.
Hall purpose floor registration device 6 is adopted in 51 storages of destination call registration memory storage 1～ZThe destination call of having registered.Further, new destination call is notified to destination call allocation process portion 52, starts allocation process.After allocation process was finished, destination call registration memory storage 51 received the information of " distribution car " and " should using escalator week " from destination call allocation process portion 52.Further, receive " position ", " direction " of current car, the information in " week " from cage operation monitoring unit 56, when judge till car will be reaching a week from now on during can respond the branch timing, will distribute car to be notified to hall purpose floor registration device 6 as object kThen, the storage of cancellation destination call.
, in so-called week, refer to that each car changes to the 2nd direction (for example, upwards) from the 1st direction (for example, downward) and just counts the value that obtains for 1 time, 1 week of Zhou Weidi at initial stage herein again.Again, also can the 1st direction for upwards, the 2nd direction is downward.Should represent that this car should using escalator when which is all using escalator week again.That is, when " should using escalator week " be consistent with " week " of current car, for should using escalator the time (week).
Hall purpose floor registration device 6 1～ZExpression is corresponding to " the distribution car " of the calling of registration (or, " distribution car " and " should using escalator week ").
Hall purpose floor registration device 6 1～Z, for example, can get final product the moment of using escalator following 1 week, only show and distribute car.At this moment, can not show " should using escalator week " yet.Again, even also can be after the car that determine to distribute, can be before the moment of using escalator in 1 week down, carry out the demonstration that allows the user wait for as " just a moment,please " etc.
Or, hall purpose floor registration device 6 1～ZAlso can, for example no matter be 1 week following to get final product using escalator whether, and after calling out registration demonstration " distribution car " immediately and " should using escalator week ".
Destination call allocation process portion 52 is for the destination call of new registration, determines the processing of " distribution car " and " should using escalator week ".Destination call allocation process portion 52 is predetermined from the operation that moves predetermined storage part 53 reception destination calls, receive " manpower authorization information " from manpower authorization storage part 54, should " manpower authorization information " represent each car in the predetermined a few people's using escalator in the floor place that each floor sets out, obtain " position ", " direction " and " current information for which week operation " of each car from cage operation monitoring unit 56.Further, destination call allocation process portion 52 carries out allocation process in order to consider the operation that is recorded in above-below direction calling system 1 predeterminedly, receive information after the form that operation intended conversion with the above-below direction calling system 1 of each car is destination call from operation intended conversion extraction unit 72 (or, by moving predetermined storage part 53).The information that receives is removed the information that obtains from manpower authorization storage part 54, be sent to destination call prediction section 55 in the future, be used for the prediction of the operation of car in the future.
Destination call allocation process portion 52 utilizes the information that obtains from manpower authorization storage part 54, and each car is tried to achieve " week " that can distribute new destination call.Condition is: even registered user's using escalator of new calling, from the " floor " in the interval of " purpose floor ", can not overload yet.Also can not manage staffing, and load-carrying is carried out again.For example, can adopt predetermined value as the load-carrying of a person-portion.Exceed staffing and judge detailed description afterwards again.
According to the prediction result of operation, to the situation of not distributing new destination call and the situation of having distributed, obtain predictor and the predictor of using escalator time of each calling waiting time of each car.Then, determine the car of distribution according to these predictors.
Herein, the predictor of wait time for example refers to that expression distributes the predictor of the time till car floor opens the door from registering to of destination call.Again, the predictor of using escalator time for example refers to, from the predictor of response time till the purpose floor opens the door after distributing car of distributing car.
The information in " distribution car " and " week that using escalator is predetermined " is notified to destination call registration storage part 51, the predetermined storage part 53 of destination call operation.Again, in the manpower authorization storage part 54, the number that reservation is finished is appended as the corresponding share of the content with distributing of new reservation.
Distribute operation information converter section 7 between destination call system 5 and above-below direction calling system 1, the information that conversion is called out is also transmitted exchange.
The destination call that has assigned that operation intended conversion efferent 71 is stored the predetermined storage part 53 of destination call operation is divided into above-below direction and calls out and car call, notice makes above-below direction calling system 1 also can make cage operation based on the destination call registration to above-below direction calling system 1.According to " position " that obtain car from cage operation monitoring unit 56, " direction " and " current week ", be judged to be from now on and be converted into after the distribution of above-below direction with the interior calling that can respond in 1 week, be written into the predetermined storage part 13 of above-below direction operation." position " and " direction " and " current week " the " floor with the destination call that has assigned of the distribution car that obtains from cage operation monitoring unit 56 " and " direction " and " week " when consistent, be judged to be and responded the destination call that has assigned, generate the car call data of distributing car at the layer to purpose floor that should destination call, be notified to the predetermined storage part 13 of above-below direction operation.
Cage operation is controlled monitoring unit 15 according to following distribution and is called out for monomer car control part 2 1～XThe indication operation, this distribution and calling are scheduled to the distribution and car call of above-below direction calling storage part 13, existing except notice to the above-below direction operation, also have by destination call conversion distribution and car call that come, that above-below direction is called out, therefore, the group management control system 101 of the elevator after the expansion also can carry out moving based on destination call the operation of the car of the operational plan of being scheduled to storage part 53.Further, above-below direction allocation process portion 12 can reflect that also the operation of the predetermined storage part 53 of destination call operation is predetermined, " car " that selection should distribute when distributing above-below direction to call out.
Operation intended conversion extraction unit 72 is used for when carrying out the allocation process of destination call, with the message reflection that is recorded in the distribution of above-below direction calling system 1 and car call to prediction in the future with distribute in the evaluation of car.Operation intended conversion extraction unit 72 will be the form of destination call as the operation intended conversion of the above-below direction calling system 1 of each car, and the operation of the destination call after will change predetermined information is given to move and is scheduled to storage part 53.Again, the operation of the destination call after this conversion predetermined information also can be given to destination call allocation process portion 52.The operation of car is carried out according to the predetermined storage part 13 of above-below direction operation and destination call operation predetermined the predetermined of 53 liang of sides of storage part, by utilizing two sides' information, can predict the action of car in the future more accurately.
Then, following treatment scheme is described: register destination call in hall purpose floor registration device 6 by the user 1～ZIn, distribute then, and the indication that will move is sent to car.
Fig. 3 shows that the user operates hall purpose floor registration device 6 1～Z, by registering the allocation process flow process that destination call begins.
For example, in order to detect the registration of new destination call, also can start the processing of Fig. 3 termly.For example, start in per 1/10th seconds.
Among the step S1, hall purpose floor registration device 6 1～Z, if the operation of new purpose floor is arranged, enter step S2.In the absence of operation, temporary transient end process is restarted from step S1 again by starting next time.
Among the step S2, registration is called out on the predetermined storage part 53 storage purpose ground of destination call operation.Further, destination call registration storage part 51 will distribute destination call and the hall purpose floor registration device 6 of guiding as yet kIdentifying information store accordingly.
The relation of the HDC-ID of the destination call registration storage part 51 metered call ID of Fig. 4 and the hall purpose floor registration device of having registered only will distribute car guiding to this hall purpose floor registration device 6 kBefore, keep storage.
Fig. 4 shows the example of the data structure of the destination call registration data that destination call registration storage part 51 is stored.In the example of Fig. 4, the destination call registration data comprises: identification hall purpose floor registration device 6 k" HDC-ID ", identifying purpose ground " the calling out ID " of calling out.
Again, at this moment, hall purpose floor registration device 6 kIdentifying information can be arbitrarily.The hall purpose floor registration device 6 of the floor under for example, being located at kHDC-ID=1, afterwards, the order that can floor makes progress is gradually given consecutive numbers since 2.Certainly, present embodiment is not limited thereto.
Fig. 5 shows the example of the data structure of the destination call operation tentation data that the predetermined storage part 53 of destination call operation is stored.In the example of Fig. 5, destination call moves tentation data and comprises: " using escalator constantly " in the moment of using escalator carried out in " the purpose floor " of the purpose floor that " calling out ID " that identifying purpose ground is called out, " floor sets out " that show the floor that is transfused to destination call, demonstration destination call are imported, " the distribution car " that show the car that destination call is distributed, " the distribution week " that show the week that destination call is distributed, " taking place constantly " of showing the input time of destination call, demonstration at destination call.
Herein, as previously mentioned, one " calling out ID " is only corresponding to 1 user.
In the example of Fig. 5, new destination call is registered, and then appends row.In " call out to ID " block of the row that appends, generate and add new calling ID." floor sets out " is for calling out the floor of registration, the floor that " purpose floor " imported for destination call.The moment for calling out log-on operation " takes place constantly "." distribution car " and " distributing week " is the result's of storage allocation processing block, and allocation process does not have the stage of end, does not have data." using escalator constantly " records the following moment: for example, distribute the car response to call out, (set out floor and the direction of calling out and distributing in week) moment of beginning to open the door.
Show in the example of Fig. 4 and Fig. 5, under the time point of current time " 8: 0: 10 ", the destination call of new calling ID=4 takes place, it has been registered situation.
Again, below, for expression mode constantly, " during hh mm divide ss second " is with the form record of " hh:mm:ss ".According to this expression mode, for example, " 8:00:10 " expression " 8: 0: 10 ".
Among the step S3, be decided to be initial car as the processing object car of the candidate of distributing.For example, there are A ladder, B ladder ... during 6 cars, at first, terraced as handling object with initial A number.
Herein, can be with all cars 3 1～XAs the object of allocation of destination calls, but also can be only with car 3 1～XThe distribution object as destination call of a part.
Among the step S4, for the car of handling object, the distribution of the above-below direction that assigned in the above-below direction calling system 1 is converted to the form of destination call.
The assignment record of above-below direction is in the predetermined storage part 13 of above-below direction operation of above-below direction calling system 1.
Fig. 6 illustrates the example of the data structure of the above-below direction operation tentation data that the predetermined storage part 13 of above-below direction operation stores.Each car is stored above-below direction operation tentation data respectively.In the example of Fig. 6, the above-below direction of each car operation tentation data comprises: " car call " of " distributing downwards " of the floor of the calling that " upwards distributing ", the expression generation of the floor of expression generation calling upwards is downward, expression purpose floor.
Above-below direction is called out registration and is stored in above-below direction calling registration storage part 11 constantly.
Fig. 7 shows the example of the data structure of the above-below direction calling registration data that above-below direction calling registration storage part 11 is stored.In the example of Fig. 7, above-below direction is called out registration data and is comprised for each floor: " the calling registration moment down " in the moment of the calling that " go up to call out and register constantly " in the moment of the calling that the demonstration registration makes progress, demonstration registration are downward.
For the distribution with above-below direction is converted to the form of destination call, need to replenish the information of " purpose floor " and " should using escalator week ".The purpose floor can be for for example, the floor of the terminal that the direction of calling reaches.For example, the 10th buildings are the superiors, when the 1st building is orlop, and the destination of the distribution that makes progress is that the destination of the 10th buildings, downward distribution is the 1st building.Should using escalator week for for example, car can pass through the week of this layer again with assigned direction.
Fig. 8 shows an example of the operation conditions of the car that cage operation monitoring unit 56 monitors.
Can learn current " floor " and " direction " of car herein.Under the situation that car has passed through, be set at for 1 week after, situation about also not passing through is set current week.
Therefore, during the operation that the predetermined storage part 13 of above-below direction operation is stored is predetermined, is mixed with the operational plan based on destination call is converted to the form of above-below direction and the information that writes.Need be only to be the corresponding information of calling that takes place with system's (existing group of management control system 100) side at above-below direction to the information of passing on of destination call system 5.
For example, can judge whether the distribution of above-below direction calls out generation by above-below direction according to the genetic horizon of calling out.For example, in the office building of 10 floors, only in the 1st building and the 4th buildings hall purpose floor registration device 6 is set 1, 6 2, only at the 1st building and the 4th buildings each storey setting above-below direction call register apparatus 4 in addition 1～4 8Situation under, can judge that then any floor beyond the 1st building and the 4th buildings is that the set out distribution of floor all is based on the distribution that above-below direction is called out.
The calling registration of the distribution of corresponding above-below direction is called out registration storage part 11 from the above-below direction of Fig. 7 constantly and is obtained.
Again, also can call out above-below direction, set predetermined number or load-carrying, consider in minute timing.
For car call, if for example using escalator is finished and is the purpose floor of the destination call before the descending stair, then be based on destination call, therefore do not need to change.Only select using escalator finish rather than descending stair before the car call of purpose floor of destination call.More particularly, for example, destination call operation tentation data with reference to Fig. 5, satisfy the destination call that has the using escalator moment (using escalator is finished) and do not have to arrive " purpose floor " (before the descending stair) such condition if exist, then in the purpose floor in the above-below direction operation tentation data of Fig. 6, should can be judged to be the floor based on this destination call by " the purpose floor " identical with destination call, therefore, not need conversion.On the other hand, in the purpose floor in the above-below direction operation tentation data of Fig. 6, if there is no satisfy the destination call of above-mentioned condition, then can be judged to be " car call " that take place in the car, the optional conduct of this purpose floor is based on the floor of car call.Again,, after the destination call registration, using escalator has taken place during the moment herein, the situation that corresponding car call is taken place is example.Under the situation of when the information that has using escalator destination call is constantly being confirmed as descending stair, from the destination call operation tentation data of Fig. 5, deleting, by the information itself that has destination call, be expressed as the preceding situation of descending stair again.
In the example of Fig. 5 and Fig. 6, Fig. 6 with 7 layers be the car call of purpose floor corresponding to the calling ID1 of Fig. 5, therefore be not the object of conversion.On the other hand, Fig. 6's is that the corresponding destination call of car call of purpose floor does not exist in Fig. 5 with 10 layers, therefore is the object of conversion.
Owing to the moment that car call takes place is not clear, therefore can be substituted by the generation moment, for example current time of the destination call after the car call conversion.Again, using escalator is constantly also indeterminate, therefore also can for example substitute with current time.
Therefore again, the floor that sets out of car call can't be grasped from system, can be the floor of the terminal that reaches in the opposite direction of the side with car.For example, the 10th buildings are the superiors, when the 1st building is orlop, for example if in 10 car call that make progress of ladder downstairs, then can be considered as taking in orlop the 1st building.
Fig. 9 shows an example of the data structure of the virtual destination call operation tentation data that the operation intended conversion extraction unit 72 predetermined storage parts 13 of conversion above-below directions operation and above-below direction call out the information of registration storage part 11 and obtain (below, be called virtual destination call operation tentation data).The data structure of Fig. 9 is identical with the data structure of Fig. 5.
By aforesaid operations, for example, the distribution that the 2nd buildings of Fig. 6 make progress can be exchanged into the calling ID102 of Fig. 9, and the downward distribution in the 10th buildings can be exchanged into the calling ID103 of Fig. 9, and the car call in the 10th buildings can be exchanged into the calling ID101 of Fig. 9.
Among the step S5, destination call allocation process portion 52 to the destination call of new registration, calculates and can distribute current week for the car (for example, A ladder) of handling object.This calculating for example can be adopted, the staffing data that new destination call and the position of car relation, manpower authorization storage part 54 are stored.
At first, according to the position relation of car and calling, try to achieve the week that next can pass through the floor of calling in the direction of show Calls.
For example, among Fig. 8, the A ladder is that the 3rd buildings make progress in the 1st week.Consideration distributes the A ladder to Fig. 6 upwards call out (the calling ID102 of Fig. 9) in the 2nd buildings, and the A ladder can't respond in the 1st week, therefore 2 weeks of Zhou Weidi that can respond the earliest.On the other hand, if be the downward calling (the calling ID103 of Fig. 9) in the 10th buildings, because the A ladder can be by (can respond in the 1st week) in this week, so 1 week of Zhou Weidi that can respond the earliest.
Then, try to achieve after the initial week that can pass through, even distribute new calling also can not exceed the week the earliest of staffing.Just, exceed staffing and judge detailed description afterwards.
Manpower authorization storage part 54 shows, with respect to the distribution of destination call, and the pre-approximate number that sets out with the state of taking several people in the direction of appointment at this layer.
Figure 10 is the example of the data structure of the manpower authorization data that show that manpower authorization storage part 54 is stored.The manpower authorization data pin is stored as the car of the object for allocation of destination call each.In the example of Figure 10, to each floor, each week, comprise " going up user's number " of the user's number that shows the using escalator owing to the destination call that makes progress, " following user's number " of demonstration user's number of using escalator owing to downward destination call.
For example, in the example of Fig. 5, in the 1st week of the destination call that makes progress in the 4th buildings because have from the 1st building calling ID1 towards 7 floor and from the 4th buildings 2 users of the calling ID2 towards the 8th buildings, so block stores of the correspondence of Figure 10 " 2 ".
Again, during above-below direction was called out, 1 time response had how many people's boardings and unclear, and therefore, the virtual destination call operation tentation data after the distribution to above-below direction shown in Figure 9 is changed also can be used as outside the object of above-mentioned manpower authorization.But, since with upper and lower to calling and user's number of using escalator can the using escalator number tail off with destination call, therefore to each car, can will can preengage the upper limit of destination call, be set at the value littler than the staffing of this car.Thus, can reduce can not be according to the possibility of the distribution of destination call being carried out using escalator.For example, can become the upper limit with 8 of the staffing of this car, as the condition that can preengage destination call, exceed the judgement of staffing.Be simplified illustration, the number that can preengage is 2 people, and the new calling of calling out ID=4 can not using escalator in the 1st week, therefore, and the 2nd week of week for preengaging the earliest.Again, also can load-carrying judge, replace judging with number.For example, can adopt predetermined value as the load-carrying of a person-portion.
Among the step S6, destination call prediction section 55 in future is envisioned the future operating, that do not distribute new call case in the future of car and is predicted.For example, in the example of Fig. 5, as not for the situation of the distribution of the destination call of calling out ID=4 (that is, from the distribution to the using escalator of A ladder of the 2nd week in building, the 4th building to 9), the operation of prediction A ladder in the future.This calculating, for example, can adopt pre-recorded in destination call in the future the car of prediction section 55 move to the required time that opens the door of the standard of required time of floor arbitrarily and car from floor arbitrarily, easily try to achieve.
Figure 11 show do not consider preallocated situation future prediction result an example.
According to the result of Figure 11, can try to achieve each using escalator of calling out predictor and descending stair moment predictor constantly.Therefore, can calculate excellent service standard for the calling of the destination call that removes out calling ID=4.Can try to achieve evaluation number according to the excellent service standard of each calling, try to achieve the evaluation number as predicted entire in this in future.For example, each calling waiting time and using escalator time sum can be used as each evaluation number of calling out, in the future the evaluation number of predicted entire can be each evaluation number of calling out and.
Among the step S7, destination call is prediction section 55 in the future, carry out future of anticipation car operating, distribute new calling the prediction in future of situation.For example, comprise the distribution (that is, distributing from the 4th buildings to the using escalator of carrying out in the 2nd week in the 9th buildings to the A ladder) to calling out the destination call of ID=4 in the example of Fig. 5, the operation of prediction A ladder in the future.
Figure 12 shows and has considered under the preallocated situation example of prediction result in the future.
For having considered preallocated prediction in future, try to achieve the evaluation number that each is called out, available these evaluation numbers are tried to achieve the evaluation number of predicted entire in the future.Compare the resulting evaluation number of step S6, the resulting evaluation number difference of step S7 is, at first the calling as evaluation object is added the destination call of calling out ID=4.Then difference also is, owing to append the variation of advancing of the car that the destination call of calling out ID=4 causes, gives the influence to the response of the destination call calling in addition of calling out ID=4.
Among the step S8, whether judge that the evaluation to all cars finishes.For example, when car has 6, judge and till the 6th processing, whether finish.During end, enter step S9.In the absence about finishing, the car of processing object is pushed ahead one and is turned back to step S4.For example, serve as when handling object with the A ladder before, serve as to handle object with the B ladder then.
Among the step S9, based on the evaluation of each car, determine the car that distributes.The operational plan of the reality in the future of elevator is the new destination call of calling out ID=4 to be assigned to certain 1 car, and not to be assigned to remaining car, and move all cars.Thus for each carried out preallocated car try to achieve evaluation number and, namely, for specific that 1 prearranged assignment the evaluation number of the evaluation number when calling out the destination call of ID=4 when remaining all cars not being had prearranged assignment call out the destination call of ID=4 and, will carry out evaluation number and select as final distribution car for minimum preallocated car.
Among the step S10, the distribution car that determines is appended in the predetermined storage part 53 of destination call operation and the manpower authorization storage part 54.At the row of the calling ID4 of Fig. 5, to distributing car and distributing the row substitution in week to distribute car and prearranged assignment and distribute week of car.Further, Figure 10 to the 4th buildings upwards the factor in the 2nd week add 1.
Yet in this stage, the information of distribution namely is not delivered to hall purpose floor registration device 6 1～Z, be not delivered to above-below direction calling system 1 yet.Therefore, the user can't be known the distribution car.For example, at the moment of the YES of step S1 in the diagram of circuit of Fig. 3, hall purpose floor registration device 6 1～ZCan show that also " just a moment,please " such prompting is waiting the content of the notice of car to be allocated.
In this stage, do not begin according to the operation of the car that distributes again.To distribution is notified to the user, the method that transfers to above-below direction calling system 1 describes.
Figure 13 shows that the distribution of destination call transfers to an example of the processing of above-below direction calling system 1.
The processing of Figure 13 is for example carried out termly.For example, can start in per 1/10th seconds.
Among the step S21, cage operation monitoring unit 56 detects monomer car 3 1～XCurrent floor and/or direction whether variation has taken place.When changing, enter step S22.When not changing, enter step S25.
Among the step S22, be object with each car, will be converted to the distribution of above-below direction in the distribution till before 1 week.For example, as shown in Figure 8, the destination call of the calling ID=4 of Fig. 5 at the A ladder with the 1st week during by the state before the 4th buildings, be not inconsistent before unification week till this condition, but namely meet this condition in the moment from the 4th buildings, can be exchanged into the 4th buildings and upwards distribute.
Among the step S23, the distribute data of the above-below direction that step S22 is converted to is transferred to the predetermined storage part 13 of above-below direction operation of above-below direction calling system 1.For example, the A ladder is about to the predetermined storage part 13 of above-below direction operation that distribution that the 4th buildings of A ladder make progress is transferred to A ladder shown in Figure 6 behind the 4th buildings.
Again, in the example of Fig. 6, for example, if car is shown in the 1st week, respond the preceding state of distribution that the 4th buildings make progress, the distribution in the 2nd week of calling ID=4 in the example of Fig. 5 (4 building using escalator, 9 ladder, distribution car downstairs are that A, distribution week are 2) does not also transfer to the above-below direction operation and is scheduled to storage part 13.In the distribution in the 1st week response the 4th buildings and from moment in the 4th buildings, the distribution in the 2nd week of the calling ID=4 of Fig. 5 is transferred to the predetermined storage part 13 of above-below direction operation at car.
Among the step S24, cage operation monitoring unit 56 is object with the calling that transfers to the predetermined storage part 13 of above-below direction operation at step S23, and indication destination call registration storage part 51 is at the hall purpose floor registration device 6 of correspondence kLast demonstration distributes car.
The corresponding hall purpose floor registration device 6 of destination call registration storage part 51 notices kShow and distribute car.In this notice, also can indicate and distribute car (or, distribute car, distribute week).Receive the hall purpose floor registration device 6 of this notice 1～ZIn, the demonstration that distributes car in the moment of regulation.Again, for example, the hall purpose floor registration device 6 of the hall in the 4th buildings 2Also can show " in the A ladder in the 2nd all using escalator." notice of such distribution car.
For example, as the aforementioned, but be initial point to spend the moment reach using escalator 1 week, hall purpose floor registration device 6 1～ZOnly show under the situation of distributing car, can only be shown as the calling of the state that can transfer to the predetermined storage part 13 of above-below direction operation.
Again, for example, no matter can using escalator after 1 week, call out when showing " distribution car " and " should using escalator week " after the registration immediately, even transfer to the stage before the predetermined storage part 13 of above-below direction operation, also can show " distribution car " and " should using escalator week ".
Again, destination call registration storage part 51 will distribute car to notify the calling ID of the calling of finishing from the deletion of storage territory.For example, among Fig. 4, will give notice the hall purpose floor registration device 6 in the 4th buildings in response to the distribution car of the destination call of calling out ID=4 2The time, the information of deleting the calling ID=4 corresponding with hall purpose floor registration device HDC-ID=1.
Among the step S25, cage operation monitoring unit 56 is judged the situation of the destination call that the car response has assigned.This judgement can be adopted, and for example, distributes car when the floor that sets out opens the door with week of being assigned with and direction, the method that is considered as responding.
When judging car response destination call, enter step S26.Be judged to be when not responding, enter step S29.
Among the step S26, because the user who is assigned to is contemplated for using escalator, therefore need to make confirmation of the reservation that this car stops at the purpose floor to the predetermined storage part 13 of above-below direction operation.All purpose floors of the calling of 71 pairs of responses of operation intended conversion efferent generate car call.For example, in the example of the calling ID=2 of Fig. 5, the A ladder is the 1st week and when 4 layers of response, generates car call in the 8th buildings.
Among the step S27, the car call that generates among the step S26 is transferred to the predetermined storage part 13 of above-below direction operation of above-below direction calling system 1.In the example of Fig. 6, write car call in the 8th buildings.
Among the step S28, cage operation monitoring unit 56,, the destination call that responded 53 that store to the predetermined storage part of destination call operation writes using escalator constantly.Using escalator is the moment for beginning to respond constantly.For example, be 8:0:21 at current time, when the A ladder upwards responds in the 4th buildings, write 8:0:21 constantly in the using escalator of the destination call of the calling ID=2 of Fig. 5.Again, the data that write using escalator destination call constantly do not rechange.
Among the step S29, at the purpose floor of having set using escalator destination call constantly, judge and distribute car whether to open the door.Distribute under the situation that car opened the door when being judged to be, enter step S30.If not, then diagram of circuit finishes.
Among the step S30, registered the user of the calling of having opened the door at the purpose floor, at purpose floor descending stair, service is used and is finished, and therefore the information of the destination call that service is through with eliminates from the predetermined storage part 53 of destination call operation.For example, in the example of Fig. 5, the A ladder is when opening the door in the 7th buildings in the 1st week, and the destination call of ID=2 is called out in deletion from form.
So, when registering new destination call, the operation that the predetermined storage part 13 of above-below direction operation is stored predetermined by operation intended conversion efferent 71 by destination call in the future prediction section 55 use, thus, when destination call allocation process portion 52 carries out the allocation process of destination call, because it is predetermined to be not only the operation of the destination call that employing stores according to the predetermined storage part 53 of destination call operation, also reflected and stored according to the predetermined storage part 13 of above-below direction operation, the operational plan of above-below direction calling and car call, therefore compare the predetermined situation of prediction in the future of carrying out of the operation of only adopting the predetermined storage part 53 of destination call operation, can predict the operation of car in the future more accurately, the optional more suitably distribution car of service that provides surely.Again, pass judgment on the index of the appropriate level of service, adopt the step S6 of Fig. 3 and the forecast method in future of step S7 to determine by evaluation.
Again, the destination call that has assigned is transferred to the predetermined storage part 13 of above-below direction operation corresponding to the operation of car, so the operational plan that the predetermined storage part 53 of destination call operation is stored is reflected to the predetermined storage part 13 of above-below direction operation, car 3 1～XCan move.
Further, when distributing above-below direction to call out, be recorded the distribution of the destination call in 1 week from now in the predetermined storage part 13 of above-below direction operation, so the operational plan of the car of destination call can be reflected, the distribution car of selecting the reply above-below direction to call out in above-below direction allocation process portion 12.
Again, for example, in the method for aforesaid expression " distribution car " and " should using escalator week ", can be should using escalator Zhou Weidi during 1 week, omit the demonstration of " should using escalator week ", only show " distribution car ", only under should 2 weeks of using escalator Zhou Zaidi later situations, show " distribution car " and " should using escalator week ".
Again, for example, also can be only in certain period of time (for example, as time registered section in advance of crowded period), the method that adopt to show aforesaid " distribution car " and " should using escalator week ", in the time period in addition, adopt aforesaid (from the moment that can using escalator in after this 1 week) only to show the method for " distribution car ".
Again, also can be only the time period of determining (for example, as time registered section in advance of crowded period), carry out the processing about " should using escalator week ".
Also can omit about the processing of " should using escalator week " again.
In the explanation before, suppose to use each floor of elevator the exclusive above-below direction call register apparatus 4 that arranges again, 1～YWith hall purpose floor registration device 6 1～ZSituation, also can exist above-below direction call register apparatus 4 is set simultaneously 1～YWith hall purpose floor registration device 6 1～ZThe floor of the two.
Again, also can exist according to the time period, exclusiveness is used above-below direction call register apparatus 4 1～YWith hall purpose floor registration device 6 1～ZFloor.
According to present embodiment, distribute above-below direction to call out registration and the branch timing of existing group of management control system expansion for carrying out destination call with only registering thus, do not remove existing group of management control system, and reservation function ground is expanded.Therefore, compare with the method that removes existing system, expand required working out and can reduce.Again, carry out in the process in expansion, by keeping the operation of existing group of management control system, continue the operation of elevator with the function before expanding.Therefore, upgrade and can't use elevator during, short before comparable.
According to the group management control system of the elevator of above-mentioned embodiment, can effectively append the system that can also carry out destination call to only carrying out the group management control system of the existing elevator that above-below direction calls out.
Again, the indication shown in the processing sequence shown in the above-mentioned embodiment can be implemented based on software program.General calculation machine system stores this program in advance, by reading this program, can obtain the identical effect of effect that obtains with the group management control system of the elevator of above-mentioned embodiment.The indication that above-mentioned embodiment is put down in writing is recorded in disk (floppy disk, hard disk etc.), CD (CD-ROM, CD-R, CD-RW, DVD-ROM, DVD ± R, DVD ± RW etc.), semiconductor memory or similar recording medium with it as computer executable program.If the readable recording medium of computing machine or package system, its file layout can be any form.Computing machine makes the indication of the program of being recorded in be carried out by CPU from this recording medium read-in programme based on this program, can realize the action identical with the group management control system of the elevator of above-mentioned embodiment thus.Certainly, computing machine is being obtained or also can obtained or read by network during the fetch program.
Again, based on the indication of the program that is installed on computing machine or package system from recording medium and on computers the MW (middleware) of the OS (operating system) of operation, database management language, network etc. waits the part that can carry out for each processing that realizes present embodiment.
Further, recording medium is not limited to and computing machine or package system medium independently in the present embodiment, also comprises and downloading by the program of transmission such as LAN or internet and the recording medium of storage or temporary transient storage.
Again, recording medium is not limited to one, and the situation of the processing from a plurality of media implementation present embodiments is also included within the recording medium in the present embodiment, and the formation of medium can be arbitrarily.
Again, computing machine or package system in the present embodiment, each is handled based on recording medium institute program stored is carried out in the present embodiment, can be that system that the device of single formations such as Personal Computer, microcomputer, a plurality of device form by network connection etc. is various to be constituted.
Again, computing machine is not limited to Personal Computer in the present embodiment, also comprises the arithmetic processing apparatus that comprises in the information processing apparatus, microcomputer etc., and general reference can realize machine, the device of function in the present embodiment by program.
Although understand several embodiments of the present invention, but these embodiments just are suggested as an example, are not for the restriction scope of invention.These embodiments can be implemented with other various forms, in the scope of the main idea that does not break away from invention, can carry out various omissions, replacement, change.These embodiments and distortion thereof are contained in scope of invention, the purport, equally also are contained in the invention and equal scope thereof that is recorded in patent claims.

Claims (10)

1. the group management control system of an elevator, it is to call out and the group management control system of the elevator of car call is appended the group management control system of elevator of the expansion usefulness of destination call for above-below direction existing, described existing for above-below direction call out and the group management control system of the elevator of car call in order to manage the operation of many cars, the predetermined storage part of above-below direction operation that comprises storage above-below direction operation predetermined information, this above-below direction operation predetermined information comprises: about being assigned to each car, the information that the above-below direction that takes place at the floor that respectively sets out is called out; With about in each car, take place, to the information of the car call of each purpose floor, the group management control system of described elevator is characterised in that, comprising:
Hall purpose floor registration device, it is located at least one floor that sets out, is used for the destination call that the purpose floor has been specified in registration;
Destination call registration storage part, it is used for the registration of the described destination call of the described hall purpose floor registration device of storage;
Destination call allocation process portion, it is for the new registration of described destination call, the distribution that distributes car;
The predetermined storage part of destination call operation, it is to each described destination call, and the operation predetermined information is called out on storage purpose ground, and this destination call operation predetermined information comprises the information about described set out floor and described distribution car and described purpose floor;
The 1st converter section, it will be converted to the information of calling out about described above-below direction for the described destination call operation predetermined information of the new registration of described destination call and about the information of described car call, and calling out and the information of car call is given to described above-below direction and moves and be scheduled to storage part about above-below direction after will change; And
The 2nd converter section, the information of calling out about described above-below direction that it stores the predetermined storage part of described above-below direction operation and about the information of described car call, information after removal is changed from described destination call, be converted to described destination call operation predetermined information again, and the operation of the destination call after will changing predetermined information is given to the predetermined storage part of described destination call operation.
2. the group management control system of an elevator, the group management control system of this elevator comprises: the group management control system that is used for the elevator of above-below direction calling and car call, and the group management control system of elevator that is used for appending the expansion usefulness of destination call, described for above-below direction call out and the group management control system of the elevator of car call in order to manage the operation of many cars, the predetermined storage part of above-below direction operation that comprises storage above-below direction operation predetermined information, this above-below direction operation predetermined information comprises: about being assigned to each car, the information that the above-below direction that takes place at the floor that respectively sets out is called out, with about in each car, taking place, information to the car call of each purpose floor, it is characterized in that
The group management control system of described elevator be used to the expansion usefulness of appending destination call comprises:
Hall purpose floor registration device, it is located at least one floor that sets out, is used for the destination call that the purpose floor has been specified in registration;
Destination call registration storage part, it is used for the registration of the described destination call of the described hall purpose floor registration device of storage;
Destination call allocation process portion, it is for the new registration of described destination call, the distribution that distributes car;
The predetermined storage part of destination call operation, it is to each described destination call, and the operation predetermined information is called out on storage purpose ground, and this destination call operation predetermined information comprises the information about described set out floor and described distribution car and described purpose floor;
The 1st converter section, it will be converted to the information of calling out about described above-below direction for the described destination call operation predetermined information of the new registration of described destination call and about the information of described car call, and calling out and the information of car call is given to described above-below direction and moves and be scheduled to storage part about above-below direction after will change; And
The 2nd converter section, the information of calling out about described above-below direction that it stores the predetermined storage part of described above-below direction operation and about the information of described car call, information after removal is changed from described destination call, be converted to described destination call operation predetermined information again, and the operation of the destination call after will changing predetermined information is given to the predetermined storage part of described destination call operation.
3. the group management control system of elevator as claimed in claim 1 or 2 is characterized in that,
Described the 2nd converter section, call out for the described above-below direction that the predetermined storage part of described above-below direction operation is stored, direction by the car called out with relevant this above-below direction accordingly, adopt predetermined value as the purpose floor, carry out the conversion to destination call.
4. the group management control system of elevator as claimed in claim 1 or 2 is characterized in that,
The described the 2nd converter section is called out by the described above-below direction of storing for the predetermined storage part of described above-below direction operation, adopts predetermined value as number of users or load-carrying, carries out the conversion to destination call.
5. the group management control system of elevator as claimed in claim 1 or 2, it is characterized in that, the described car call of the described the 2nd converter section by storing for the predetermined storage part of described above-below direction operation, adopt with the direction of the car of relevant this car call accordingly, predetermined value is used as the floor that sets out, and carries out the conversion to destination call.
6. the group management control system of elevator as claimed in claim 1 or 2 is characterized in that, the registration of a destination call is corresponding to a user.
7. the group management control system of elevator as claimed in claim 6 is characterized in that, described allocation process portion is for the new registration of described destination call, and also described distribution car being distributed should using escalator week,
Described destination call operation predetermined information also comprise described should using escalator week.
8. the group management control system of elevator as claimed in claim 7, it is characterized in that, described allocation process portion considers the staffing of described car and number or the load-carrying corresponding with described destination call for the new registration of described destination call, and described distribution car is distributed should using escalator week.
9. the group management control system of elevator as claimed in claim 1 or 2 is characterized in that, the group management control system that is used for the elevator of described above-below direction calling and car call comprises:
The above-below direction call register apparatus, it is located at a plurality of floors that set out that can carry out above-below direction and call out, be used for registration has only specified the above-below direction of direction to call out;
Above-below direction is called out the registration storage part, the registration that its described above-below direction that carries out for the described above-below direction call register apparatus of storage is called out;
Above-below direction allocation process portion, the new registration that it is called out described above-below direction, the distribution that distributes car;
Operation control monitoring unit, described above-below direction operation predetermined information that it is stored based on the predetermined storage part of described above-below direction operation, the indication that monomer car control part is moved, the situation that monitors operation.
10. the group management control system of elevator as claimed in claim 1 or 2, it is characterized in that, the group management control system of elevator that is used for appending the expansion usefulness of described destination call further comprises the cage operation monitoring unit, it is used for knowing that the position of each car and direction and each car are current in which week operation
Described the 1st converter section is obtained position and direction and the current information in which week operation of each car of each car from described cage operation monitoring unit, in the destination call that has assigned that the predetermined storage part of described destination call operation is stored, select to be predefined in each car again till lift path is moved a week during the destination call of response, will call out and the information of car call be given described above-below direction operation and is scheduled to storage part about the above-below direction after the described conversion.
CN201310075513.4A 2012-03-09 2013-03-08 Elevator group management control system Active CN103303754B (en)

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CN107000963A (en) * 2014-11-13 2017-08-01 奥的斯电梯公司 Apparatus for controlling elevator covering system
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CN103359561A (en) * 2012-04-06 2013-10-23 东芝电梯株式会社 Elevator group management control system
CN107000963A (en) * 2014-11-13 2017-08-01 奥的斯电梯公司 Apparatus for controlling elevator covering system
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CN110182656A (en) * 2018-02-23 2019-08-30 东芝电梯株式会社 Group management control apparatus and group management control method
CN110182656B (en) * 2018-02-23 2021-07-16 东芝电梯株式会社 Group management control device and group management control method
CN113891846A (en) * 2019-08-28 2022-01-04 株式会社日立制作所 Elevator analysis system and design method of elevator analysis system
CN113891846B (en) * 2019-08-28 2023-09-15 株式会社日立制作所 Elevator analysis system and design method thereof
CN113120712A (en) * 2020-01-15 2021-07-16 东芝电梯株式会社 Elevator operation control method, elevator control device and elevator system
CN113120712B (en) * 2020-01-15 2023-08-25 东芝电梯株式会社 Elevator operation control method, elevator control device and elevator system

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