CN103991766A - Elevator with function of keeping moving during power off and control method for the same - Google Patents
Elevator with function of keeping moving during power off and control method for the same Download PDFInfo
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- CN103991766A CN103991766A CN201310209460.0A CN201310209460A CN103991766A CN 103991766 A CN103991766 A CN 103991766A CN 201310209460 A CN201310209460 A CN 201310209460A CN 103991766 A CN103991766 A CN 103991766A
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Abstract
The invention provides an elevator with a function of keeping moving during power off and a control method for the same. According the implementation mode, the elevator which has the preset moving object range has the constant moving information storage part (131A-131C), a power supply control part (134A-134C), keeping moving information setting part (135A-135C), and an elevator control plate (11A-11C). The keeping moving information storage part stores the range information of the moving object enabling the elevator to keep moving when power is off. The power supply control part supplies power to the elevator from the storage battery. The constant moving information setting part sets the moving object range information as the moving object range of the elevator when the storage battery supplies power to the elevator. The elevator control plate controls the elevator to move.
Description
Technical field
Embodiments of the present invention relate to elevator and the elevator control method that continues operation function while having power failure.
Background technology
In the past, in order to make the operation of elevator continue, when being set sometimes in building, power failure continued running gear when having occurred to have a power failure.During power failure, continue running gear and have storage battery, if detected, cause the power supply supply that comes from electric network source to stop owing to occurring to have a power failure, converting power source is supplied with to originate and is made, from storage battery, elevator is supplied with to electric power.
While having a power failure by arranging in building, continue running gear, when there is unpredictable power failure because of disaster etc., elevator also can continue operation, can keep being difficult to utilize the user of stair and/or the user's of high-storey convenience.
[patent documentation 1] TOHKEMY 2007-238316 communique
When by as described above have a power failure, continue running gear in the situation that the operation of elevator is continued while having a power failure, can in the scope of accumulator capacity, carry out power supply supply, if but the capacity of storage battery use up, after this, just can not carry out power supply supply, the operation of elevator just cannot continue.
If the operation of elevator no longer continues, just become: the user in building must move at each floor by stair, to the especially inconvenient state of the user of high-storey.
Summary of the invention
The present invention In view of the foregoing completes, its object is to provide has elevator and the elevator control method that continues operation function while having a power failure, make in building to occur to have a power failure and while supplying with electric power by storage battery, by suppressed power consumption elevator operation and proceed as far as possible for a long time elevator and move.
According to for realizing the embodiment of above-mentioned purpose, the operation object range in the time of conventionally, by predefined elevator, has the operation information of continuation storage part, electric power supply control part, continues operation information configuration part and control board for elevator.Operation object range information when continuation operation information storage portion stores makes it continue operation when having a power failure.Electric power supply control part makes the electric power supply from storage battery to elevator when having a power failure.Continuing operation information configuration part, is the operation object range of self elevator by operation object range information setting when the electric power in from storage battery to self elevator is supplied with and started.Control board for elevator operation to self elevator in the operation object range setting is controlled.
Accompanying drawing explanation
Fig. 1 means the overall diagram of the structure of the elevator device that has utilized the elevator in the 1st embodiment.
Fig. 2 means the block diagram of the structure of the elevator in the 1st embodiment.
The instruction diagram of operation object range information when Fig. 3 means the pre-stored power failure of the elevator in the 1st embodiment.
The diagram of circuit of the work of each elevator when Fig. 4 means the elevator being provided with in a plurality of the 1st embodiments.
Fig. 5 means the block diagram of the structure of the elevator in the 2nd embodiment.
Description of reference numerals
1 ... elevator device; 10A ... the 1st elevator;
10B ... the 2nd elevator; 10C ... the 3rd elevator;
11A～11C ... control board for elevator; 12A～12C ... car;
13A～13C ... during power failure, continue running gear; 21～29 ... boarding place call register apparatus;
30 ... group management and control device; 111A～111C ... cage operation control part;
112A～112C ... car internal information output control part;
113A～113C ... continue operation information renewal portion;
131A～131C ... continue operation information storage part;
132A～132C ... storage battery;
133A～133C ... electric network source monitoring unit;
134A～134C ... electric power supply control part;
135A～135C ... continue operation information configuration part;
136A～136C ... capacity of cell monitoring unit
The specific embodiment
As embodiments of the present invention, about the building of management object, there is the floor of 1 layer～9 layers, for the elevator setting moving at these floors, have the situation of 3 to describe.
The 1st embodiment
< has the structure > of the elevator device of the elevator in the 1st embodiment
About thering is the structure of the elevator device 1 of the elevator in the 1st embodiment of the present invention, with reference to Fig. 1, illustrate.
Elevator device 1 in present embodiment, couples together the 1st elevator 10A arranging in the building of management object, the 2nd elevator 10B and the 3rd elevator 10C and the boarding place call register apparatus 21～29 arranging respectively at the elevator riding place of each floor (1 layer～9 layers) and group management and control device 30 and form.
The 1st elevator 10A～3rd elevator 10C continues running gear 13A～13C when having respectively control board for elevator 11A～11C, car 12A～12C and having a power failure.The detailed structure of these the 1st elevator 10A～3 elevator 10C is shown in Fig. 2.In addition, Fig. 2 means the block diagram of the structure of the elevator in present embodiment.
Control board for elevator 11A～11C has cage operation control part 111A～111C and car internal information output control part 112A～112C.
Cage operation control part 111A～111C, based on from group management and control device 30 control information of obtaining and/or the bed of interest register information relevant to the operation of bed of interest register button (not shown) in car 12A～12C, in the operation object range setting, the lifting work of car 12A～12C is controlled.In cage operation control part 111A～111C, convert in the following manner: make whole floors (1 layer～9 layers) to be set as moving conventionally time object range, having a power failure while occurring when continuing running gear 13A～13C when having a power failure and having set operation object range information using this range information as operation object, control.
Car internal information output control part 112A～112C, remain on while have a power failure occurring and to continue the transfer layer information that running gear 13A～13C sends when having a power failure, make as required information from loud speaker (not shown) and/or read out instrument (not shown) output in car 12A～12C.
During power failure, continuing running gear 13A～13C has the operation information of continuation storage part 131A～131C, storage battery 132A～132C, electric network source monitoring unit 133A～133C, electric power supply control part 134A～134C, continues operation information configuration part 135A～135C and capacity of cell monitoring unit 136A～136C.
Continue operation information storage part 131A～131C respectively about self elevator 10A～10C, continuation when storage is used for setting power failure moves the operation object range information of object and changes to layer information, the transfer floor of changing to other elevators when operation object range information when this transfer layer information represents based on power failure continues to move.The information that is a part of floor in the whole floors in this building of expression in this operation object range information.
Electric network source monitoring unit 133A～133C, electric power supply condition to the electric network source in the building of management object monitors, if the electric power supply of electric network source detected, stop, having occurred power failure, power failure detection information is exported to electric power supply control part 134A～134C.Afterwards, if the electric power supply of electric network source detected, again started, will again start for electro-detection information to electric power supply control part 134A～134C output.
Electric power supply control part 134A～134C, detects information if obtained from the power failure of electric network source monitoring unit 133A～133C output, controls the electric power supply in making from storage battery 132A～132C to elevator 10A～10C.Afterwards, if obtained again starting for power detection signal of exporting from electric network source monitoring unit 133A～133C, the electric power supply of controlling in making from storage battery 132A～132C to elevator 10A～10C stops.
In addition, electric power supply control part 134A～134C, if obtained the low announcement information of capacity from capacity of cell monitoring unit 136A～136C during storage battery 132A～132C carries out electric power supply, the operation that is judged to be elevator is difficult to continue, and the electric power supply of controlling in making from storage battery 132A～132C to elevator 10A～10C stops.
Continue operation information configuration part 135A～135C, when starting by electric power supply control part 134A～134C to carry out electric power supply from storage battery 132A～132C, operation object range information setting continuing operation information storage part 131A～131C storage, to control board for elevator 11A～11C, and is sent to control board for elevator 11A～11C by transfer layer information.
Capacity of cell monitoring unit 136A～136C monitors the capacity of cell of storage battery 132A～132C, capacity of cell being detected, is that predefined predetermined value is when following, to the low announcement information of electric power supply control part 134A～134C output capacity.
Boarding place call register apparatus 21～29, be arranged on the elevator riding place of each floor of this building, if the car call button of the car call button of up direction or down direction is operated, generate the boarding place relevant to these push-botton operations and call out register information, and send it to group management and control device 30.
The operation conditions (position of car and/or service direction etc.) of 30 couples of the 1st elevator 10A of group management and control device, the 2nd elevator 10B and the 3rd elevator 10C monitors, if get boarding place from boarding place call register apparatus 21～29, call out register information, according to the operation conditions of each elevator, select to respond the elevator that this boarding place is called out register information.Then, to selected elevator, send for this boarding place is called out to the control information that register information responds.
The work > of the elevator device in < the 1st embodiment
Next, the work about the elevator device 1 in present embodiment describes.In the present embodiment, the pre-stored operation object range information that continues operation when having a power failure that is useful in continuation operation information storage part 131A～131C of the 1st elevator 10A～10C.For example, as shown in thick line in Fig. 3, storage " 7 layers～9 layers " in the continuation operation information storage part 131A of the 1st elevator 10A, storage " 4 layers～7 layers " in the continuation operation information storage part 131B of the 2nd elevator 10B, storage " 1 layer～4 layers " in the continuation operation information storage part 131C of the 3rd elevator 10C.In addition, at this, the instruction diagram of operation object range information when Fig. 3 means power failure pre-stored in the elevator in the 1st embodiment.
In addition, continue pre-storedly in operation information storage part 131A～131C to have a transfer layer information, a transfer floor of changing to other elevators when this transfer layer information represents to continue to move based on these operation object range.For example, in the continuation operation information storage part 131A of the 1st elevator 10A, be stored in while moving on down direction the transfer layer information " 7 layers " to the 2nd elevator 10B transfer, when being stored in while moving on up direction to the transfer layer information " 7 layers " of the 1st elevator 10A transfer in the continuation operation information storage part 131B of the 2nd elevator 10B and moving on down direction to the transfer layer information " 4 layers " of the 3rd elevator 10C transfer, in the continuation operation information storage part 131C of the 3rd elevator 10C, be stored in while moving on up direction the transfer layer information " 4 layers " to the 2nd elevator 10B transfer.
In the elevator 10C of these the 1st elevator 10A～3, in the time of conventionally, whole floors (1 layer～9 layers) are set as moving object range.And, operation conditions by 30 couples of the 1st elevator 10A～3rd elevator 10C of group management and control device monitors, if obtained boarding place from boarding place call register apparatus 21～29, call out register information, according to the operation conditions of each elevator, select this boarding place to call out the elevator that register information responds.Then, to selected elevator, send for this boarding place is called out to the control information that register information responds, in corresponding elevator, the lifting work of car is controlled.
In addition, in the 1st elevator 10A～3rd elevator 10C, the determined bed of interest register information of operation of the bed of interest register button based on by car 12A～12C is controlled the lifting work of car 12A～12C in the operation object range setting.
Next, with reference to the diagram of circuit of Fig. 4, the work of each elevator when having occurred to have a power failure in building describes.
If had a power failure in building, first, the electric network source monitoring unit 133A～133C that continues running gear 13A～13C during with each the power failure of the 1st elevator 10A, the 2nd elevator 10B and the 3rd elevator 10C detects power failure, and power failure detection information is outputed to electric power supply control part 134A～134C(S1～S3).
In each electric power supply control part 134A～134C of the 1st elevator 10A～3rd elevator 10C, carry out following control: if obtained from the power failure of electric network source monitoring unit 133A～133C output, detect information, the electric power in making from storage battery 132A～132C to elevator 10A～10C is supplied with.
In addition, when the control by electric power supply control part 134A～134C starts to carry out power supply supply from storage battery 132A～132C, by continuing operation information configuration part 135A～135C, operation object range information and transfer layer information are outputed to control board for elevator 11A～11C.
In each control board for elevator 11A～11C, by from continuing the operation object range information of operation information configuration part 135A～135C output, as later operation object range, be set to cage operation control part 111A～111C.In addition, from continuing the transfer layer information of operation information configuration part 135A～135C output, be held in car internal information output control part 112A～112C(S4～S6).
In addition, in each control board for elevator 11A～11C, if detected from the electric power of storage battery 132A～132C is supplied with, carry out following control: the bed of interest register information that has made formerly to register by the operation of the bed of interest register button in car 12A～12C is cancelled, by the relevant control break of lifting work executory and car 12A～12C, and car 12A～12C is stopped and opening the door on schedule (S7～S9) at nearest floor.At this, during car 12A～12C opens the door, by the control of car internal information output control part 112A～112C, by sound and/or demonstration, the user in car 12A～12C is exported to the information of urging everybody temporary transient descending stair.
Afterwards, in each control board for elevator 11A～11C, the operation object range information based on being set in cage operation control part 111A～111C, the electric power by supplying with from storage battery 132A～132C, carries out the operation of each elevator 10A～10C unceasingly.
For example, about user X when having a power failure, from 1 layer of situation that moves to 8 layers of entrance layer of building, describe.First, if user X operates in the car call button of 21 pairs of up directions of boarding place call register apparatus of 1 layer, generate the boarding place relevant to this push-botton operation and call out register information, and send to group management and control device 30.
In group management and control device 30, identify obtained information for calling out register information for the boarding place that moves by up direction from 1 layer, operation object range information is comprised to the 3rd elevator 10C on 1 layer and upper strata sends for making car 12C move to the control information of 1 layer.
If pass through sent control information, make 1 layer of the car 12C arrival of the 3rd elevator 10C and open the door, user X boarding.Then, by the control of car internal information output control part 112C, take sound and/or be presented in car 12C exports: the operation object range that represents the 3rd elevator 10C is as 1 layer～4 layers and go in more than 5 layers situations the informations at 4 layers of transfer the 2nd elevator 10B of transfer layer.
User X, by having understood the information of exporting, the destination button that is 4 layers to transfer layer in car 12C operates.Cage operation control part 111C makes car 12C from 1 layer to 4 layers of movement (S10) based on this operation.
When car 12C arrives 4 layers and while opening the door, user X is descending stair in order to change to, and in the car call button of 24 pairs of up directions of boarding place call register apparatus of 4 layers, operates.In boarding place call register apparatus 24, because the operation of this car call button generates boarding place, call out register information, and send to group management and control device 30.
In group management and control device 30, identify obtained information for calling out register information for the boarding place that moves by up direction from 4 layers, operation object range information is comprised to the 2nd elevator 10B on 4 layers and upper strata sends for making car 12B move to the control information of 4 layers.
If pass through sent control information, make 4 layers of the car 12B arrival of the 2nd elevator 10B and open the door, user X boarding.Then, by the control of car internal information output control part 112B, take sound and/or be presented in car 12B exports: the operation object range that represents the 2nd elevator 10B as 4 layers～7 layers and in the situation that going to more than 8 layers at the i.e. information of 7 layers of transfer the 1st elevator 10A of transfer layer.
User X, by recognizing exported information, the destination button that is 7 layers to transfer layer in car 12B operates.Cage operation control part 111B makes car 12B from 4 layers to 7 layers of movement (S11) based on this operation.
When car 12B arrives 7 layers and while opening the door, user X is descending stair in order to change to, and in the car call button of 27 pairs of up directions of boarding place call register apparatus of 7 layers, operates.In boarding place call register apparatus 27, because the operation of this car call button generates boarding place, call out register information, and send to group management and control device 30.
In group management and control device 30, identify obtained information for the boarding place calling register information for moving by up direction from 7 layers, to operation object range information comprise 7 layers with and the 1st elevator 10A on upper strata, send for making car 12A move to the control information of 7 layers.
If pass through sent control information, make the car 12A of the 1st elevator 10A arrive 7 layers and open the door, user X boarding.Then the destination button that, user X is 8 layers to bed of interest in car 12A operates.
Cage operation control part 111A makes car 12A from 7 layers to 8 layers of movement (S12) based on this operation.By above such processing, user X can move to 8 layers from 1 layer.
In addition, the in the situation that user Y wanting to move to 6 layers from 1 layer when having a power failure, similarly, by changing to the car 12B of the 2nd elevator 10B and utilize from the car 12C of the 3rd elevator 10C at transfer layer, can move (S13, S14).
In addition, the in the situation that user Z wanting to move to 3 layers from 1 layer when having a power failure, only by the utilization of the 3rd elevator 10C, just can move (S15).
Like this, when having a power failure by limit each elevator operation object range continues operation, can make operating range and/or number of starts reduce to suppress the capacity minimizing of storage battery 132A～132C, can make the operation of elevator continue for more time.
In addition, carrying out continuation run duration, with capacity of cell monitoring unit 136A～136C, respectively the capacity of each storage battery 132A～132C is monitored.And, if capacity of cell detected, become below predefined predetermined value, generate the low announcement information of capacity, and to electric power supply control part 134A～134C output.
Now, in capacity of cell monitoring unit 136A～136C also can: the destination of registering according to this elevator registration and/or boarding place are called out the content of registration, predict and travelling and/or consumption of current that the switching work times etc. of door is relevant to next bed of interest, in the situation that be judged as the consumption of current can not availability forecast going out with the surplus of current storage battery, the low announcement information of generation capacity.
In electric power supply control part 134A～134C, if obtained the low announcement information of capacity from capacity of cell monitoring unit 136A～136C, the operation that is judged to be elevator is difficult to continue, and the electric power in stopping from corresponding storage battery 132A～132C to elevator 10A～10C is supplied with.
If move many elevators in building as described above when having a power failure, the low floor of the entrance layer etc. that comprises building of take is that the 1st elevator 10A of operation object range is utilized by all users of low floor (2～4 layers), intermediate floor (5 layers～7 layers), high-storey (8 layers, 9 layers).Therefore, the usage frequency of the 1st elevator 10A uprises, and it is very high that the capacity of storage battery 132C reduces the possibility that ground is very fast, this elevator stops the earliest among 3.
To this, take intermediate floor as moving the 2nd elevator 10B of object range, by the user of intermediate floor (5～7 layers) and low floor (2～4 layers), utilized, to compare the possibility of the continuation operation of carrying out for more time based on storage battery 132B high with take the 3rd elevator 10C of low floor as operation object range.
And then the 3rd elevator 10C that the high-storey of take is operation object range is only utilized by the user of high-storey (8 layers, 9 layers), so it is high to continue to maximum duration the possibility of operation among 3.
Therefore, for the high high-storey of essentiality of the utilization of elevator, can carry out for a long time the continuation operation of elevator, can provide high convenience to user.
The 2nd embodiment
In the 2nd embodiment of the present invention, be configured to, group management and control device 30 is not set, and by the control board for elevator 11C of the control board for elevator 11B of the control board for elevator 11A of the 1st elevator 10A, the 2nd elevator 10B and the 3rd elevator 10C is interconnected and sent-received message, carry out the group management of these many elevator 10A～10C and control.
In this situation, as shown in Figure 5, in control board for elevator 11A～11C, be respectively equipped with and continue the operation information renewal 113A～113C of portion, at this, continue in the operation information renewal 113A～113C of portion, from the control board for elevator sent-received message that is set with other elevators of the operation object range information different with self elevator.
In addition, Fig. 5 means the block diagram of the structure of the elevator in the 2nd embodiment.
Continue the operation information renewal 113A～113C of portion, if detecting the electric power that comes from storage battery in other elevators supplies with and to have stopped, by the predetermined benchmark floor information in the operation object range information of these other elevators or all range of floors information be included in the operation object range information of self elevator, the operation object range information being set in cage operation control part 111A～111C is upgraded.
For example, if stop coming from the electric power supply of storage battery 132C in the 3rd elevator 10C, with the continuation operation information renewal 113B of portion of the 2nd elevator 10B, detect this situation.Then, the entrance layer of the building in the floor " 1 layer～4 layers " of setting as the operation object range information of the 3rd elevator 10C i.e. " 1 layer ", be included in the operation object range information " 4 layers～7 layers " of the 2nd elevator 10B, the operation object information being set in cage operation control part 111B is updated to " 1 layer, 4 layers～7 layers ".Or, as the operation object range information of the 3rd elevator 10C and the floor " 1 layer～4 layers " of setting be all included in the operation object range information " 4 layers～7 layers " of the 2nd elevator 10B, the operation object information being set in cage operation control part 111B is updated to " 1 layer～7 layers ".
By such renewal operation object information, if the elevators such as entrance layer of building can be stopped, the very inconvenient key horizon of user is included in the operation object range of arbitrary elevator all the time, can improve user's convenience.
This key horizon, is not limited to the entrance (1 layer etc.) of building, also can approach by being made as the floor (2 layers and/or 3 layers) of entrance layer, and the power consumption of storage battery is further reduced.
In each above-mentioned embodiment, the continuation operation information configuration part 135A～135C of each elevator, owing to occurring to have a power failure, will move object range information setting after control board for elevator 11A～11C, when the capacity that detects storage battery 132A～132C reduces, stops electric power and supplies with, also the operation object range information of having set in control board for elevator 11A～11C can be removed.Thus, when the end that has a power failure, electric network source start electric power supply again, can as conventionally, whole floors be brought into operation again as object.
In addition, when having a power failure, also can only to the wheelchair user that is provided with in many elevators that arrange in building, to the elevator corresponding with preferential user of the elevator of the button of application etc., set in the mode that limits operation object range, suppress as far as possible thus the minimizing of capacity of the storage battery of this elevator, make it move as far as possible for a long time to improve preferential user's convenience.
Several embodiment of the present invention has been described, but these embodiments propose as an example, are not used in restriction scope of invention.These new embodiments, can implement in other various modes, can in the scope of purport that does not depart from invention, carry out various omissions, displacement, change.These embodiments and/or its distortion, is included in scope of invention and/or purport, and is included in the invention and equivalency range thereof that technical scheme records.
Claims (7)
1. have an elevator that continues operation function while having a power failure, it is arranged in the building of management object, presets operation object range when common, it is characterized in that,
Possess:
Continue operation information storage part, its storage running object range information, the operation object range of this operation object range information when a part of floor in described building being set as make self elevator to continue to move when having a power failure;
Electric power supply control part, it is detecting while occur having a power failure, the electric power make from storage battery to self elevator in order to make corresponding elevator continue operation in is supplied with;
Continue operation information configuration part, its electric power make from described storage battery to self elevator by described electric power supply control part in is supplied with while starting, the operation object range that is self elevator by the operation object range information setting of storing in described continuation operation storage part; With
Control board for elevator, its operation to self elevator in the operation object range setting is controlled.
2. according to claim 1 have an elevator that continues operation function while having a power failure, it is characterized in that,
Described electric power supply control part, after detecting and having a power failure, supplies with and again starts if the electric power of electric network source detected, and the electric power in stopping from storage battery to self elevator is supplied with,
Described continuation operation information configuration part, after having set described operation object range information, if the electric power in detecting from storage battery to self elevator is supplied with, stopped, the described operation object range information of having set in self elevator having been removed and turned back to and take the state of whole floors as operation object.
3. according to claim 1 and 2 have an elevator that continues operation function while having a power failure, it is characterized in that,
Described continuation operation information storage part is also stored transfer layer information, transfer floor when this transfer layer information represents to continue operation based on described operation object range information, that change to other elevators,
Described continuation operation information configuration part, when setting described operation object range information, in order to make described transfer layer information send it to described control board for elevator from the output unit output in the car of self elevator.
4. according to claim 1 and 2 have an elevator that continues operation function while having a power failure, it is characterized in that,
Also have capacity of cell monitoring unit, this capacity of cell monitoring unit monitors the capacity of described storage battery, at the capacity that detects described storage battery, become predetermined value when following, and the low announcement information of capacity is outputed to described electric power supply control part,
Described electric power supply control part, if obtained the low announcement information of described capacity from described capacity of cell monitoring unit, the electric power in stopping from described storage battery to self elevator is supplied with,
Described continuation operation information configuration part, if detect the electric power having stopped from described storage battery to self elevator by described electric power supply control part, supply with, the described operation object range information of having set in self elevator is removed and turned back to and take the state of whole floors as operation object.
5. according to claim 1 and 2 have an elevator that continues operation function while having a power failure, it is characterized in that,
Described elevator is provided with many in this building,
Also there is the operation information of continuation renewal portion, this continues operation information renewal portion, if the electric power supply that has stopped coming from storage battery in other elevators that are set with the operation object range information different from self elevator in described building detected, by the predetermined floor information in the operation object range information of these other elevators or all range of floors information be included in the operation object range information of self elevator, the operation object range information of having been set by described continuation operation information configuration part is upgraded.
6. according to claim 1 and 2 have an elevator that continues operation function while having a power failure, it is characterized in that,
Described elevator is the elevator corresponding with preferential user in many elevators that arrange in this building.
7. an elevator control method, is characterized in that,
The elevator that makes to arrange and preset operation object range when common in the building of management object is carried out:
Continue operation information storing step, wherein, storage running object range information, the operation object range of this operation object range information when a part of floor in described building being set as make when having a power failure self elevator to continue to move;
Electric power supply with to be controlled step, wherein, and detecting while occurring to have a power failure, in order to make corresponding elevator continue operation, the electric power in making from storage battery to self elevator is supplied with;
Continue operation information and set step, wherein, control the electric power of step in making from described storage battery to self elevator and supply with while starting supplying with by described electric power, the operation object range that is self elevator by the operation object range information setting of storing in described continuation operation storing step; With
Elevator is controlled step, and wherein, the operation to self elevator in the operation object range setting is controlled.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2013028981A JP5650772B2 (en) | 2013-02-18 | 2013-02-18 | Elevator with continuous operation function during power failure and elevator control method |
| JP028981/2013 | 2013-02-18 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103991766A true CN103991766A (en) | 2014-08-20 |
| CN103991766B CN103991766B (en) | 2016-08-17 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201310209460.0A Active CN103991766B (en) | 2013-02-18 | 2013-05-30 | Elevator and the elevator control method of function is continued to run with when there is power failure |
Country Status (2)
| Country | Link |
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| JP (1) | JP5650772B2 (en) |
| CN (1) | CN103991766B (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108178040A (en) * | 2017-12-11 | 2018-06-19 | 日立楼宇技术（广州）有限公司 | Multiple elevator power failure emergency method, device, computer equipment and storage medium |
| CN111532926A (en) * | 2020-03-30 | 2020-08-14 | 日立电梯（中国）有限公司 | Elevator group management method and system |
| CN109689555B (en) * | 2016-09-14 | 2020-10-27 | 三菱电机株式会社 | Monitoring system |
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| CN114229635B (en) * | 2021-12-23 | 2023-11-21 | 苏州汇川控制技术有限公司 | Elevator staggered floor judging method, device, equipment and storage medium |
| JP7367097B2 (en) | 2022-03-01 | 2023-10-23 | 東芝エレベータ株式会社 | Elevator control device, elevator system, and elevator evacuation operation method during power outage |
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Also Published As
| Publication number | Publication date |
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| CN103991766B (en) | 2016-08-17 |
| JP2014156331A (en) | 2014-08-28 |
| JP5650772B2 (en) | 2015-01-07 |
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