CN106241530A - The Long-Range Surveillance System of elevator - Google Patents
The Long-Range Surveillance System of elevator Download PDFInfo
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- CN106241530A CN106241530A CN201510836404.9A CN201510836404A CN106241530A CN 106241530 A CN106241530 A CN 106241530A CN 201510836404 A CN201510836404 A CN 201510836404A CN 106241530 A CN106241530 A CN 106241530A
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Abstract
The present invention provides the Long-Range Surveillance System of elevator.The duty of the elevator that be arranged at other countries can be monitored with the local moment, the most corresponding on the basis of the local moment when producing some mistake.Central monitoring position (13) possesses: global time table (31)；Region detection unit (32) is set, it is determined that be provided with the region of elevator；Local moment sending part (33), from global time table (31) obtain with by local moment corresponding to region that region detection unit (32) judges be set and to Long-Range Surveillance Unit (22) transmission.Long-Range Surveillance Unit (22) possesses: terminal clock (44)；Local moment update section (43), makes the local moment that the moment of terminal clock (44) is unanimously to send from central monitoring position (13)；Mistake sends reporting unit (46), and the 1st moment when using terminal clock (44) that information sends report when sending and reporting the information relevant with the duty of elevator sends to central monitoring position (13).
Description
Technical field
Embodiments of the present invention relate to the long-range supervision remotely monitoring the elevator of the operating condition of elevator
System.
Background technology
The Long-Range Surveillance System of elevator, connected by communication network be present in multiple elevators of each region with
The various information relevant with the duty of each elevator are sent, thus by central monitoring position to central monitoring position
Remotely monitor the duty of each elevator.At central monitoring position, various by send over from each elevator
Information is shown in supervision picture etc., is detecting that some sends maintenance to scene in the case of abnormal
Personnel etc. and tackle.
Summary of the invention
Have to take into account that in the case of remotely monitoring the elevator being arranged at other countries and the local moment
The deviation of the time i.e. time difference.I.e., usually, for monitoring terminal necessary to the duty of elevator
Device (also referred to as Long-Range Surveillance Unit) is that contract uses.At the end of the contract of termination, return
Receive and be reused in the elevator of other object.Now, if using termination in other countries,
Then need to consider with local in the case of there is mistake transmission report from termination in central monitoring position side
The time difference analyze, efficiency is excessively poor.
The problem to be solved in the present invention is to provide: can monitor with the local moment and be arranged at other countries
Elevator duty, can fit on the basis of the local moment in the case of some mistake producing
The Long-Range Surveillance System of local corresponding elevator.
The Long-Range Surveillance System of the elevator involved by one embodiment, possesses: the terminal that work monitors
Device, it is arranged at as the elevator monitoring object；And central monitoring position, it is via communication network and is somebody's turn to do
Termination connects.
Above-mentioned central monitoring position, possesses: global time table, the moment of its Management World various places；It is configured to
Territory detection unit, it judges to be provided with the region of above-mentioned elevator according to the numbering that arranges giving above-mentioned elevator；
With the 1st moment sending part, it obtains from above-mentioned global time table and arranges region detection unit judgement with by this
Local moment that the region that goes out is corresponding also sends to above-mentioned termination.
Above-mentioned termination, possesses: the 1st terminal clock, and it carries out timing to the current moment；The
1 moment update section, it makes the moment of above-mentioned 1st terminal clock send over from above-mentioned central monitoring position
The local moment consistent；Sending reporting unit with the 1st, it is sending the work shape of report and above-mentioned elevator
During the relevant information of state, the 1st moment when using above-mentioned 1st terminal clock that information sends report to
Above-mentioned central monitoring position sends.
According to above-mentioned composition, it is possible to monitor the work shape of the elevator being arranged at other countries with the local moment
State, can be suitably corresponding on the basis of the local moment in the case of producing some mistake.
Accompanying drawing explanation
Fig. 1 is the figure of the composition of the Long-Range Surveillance System representing the elevator involved by the 1st embodiment.
Fig. 2 is the block diagram of the function composition of the Long-Range Surveillance System representing the elevator in this embodiment.
Fig. 3 is the figure of an example of the error message representing the central monitoring position being shown in this embodiment.
Fig. 4 is that the function of the Long-Range Surveillance System representing the elevator involved by the 2nd embodiment is constituted
Block diagram.
Fig. 5 is the figure of an example of the error message representing the central monitoring position being shown in this embodiment.
Detailed description of the invention
Hereinafter, referring to the drawings embodiment is illustrated.
(the 1st embodiment)
Fig. 1 is the figure of the composition of the Long-Range Surveillance System representing the elevator involved by the 1st embodiment.
It is connected to central monitoring position 13 via communication network 12 as the elevator 11 monitoring object.It addition,
Elevator 11 is arranged at the state different from central monitoring position 13.For example, it is assumed that central monitoring position 13 is arranged
In in Japan, elevator 11 be arranged at the situation of the state beyond Japan.That is, central monitoring position 13 is logical
Cross communication network 12 and remotely monitor the duty of the elevator 11 being present in other countries.Communication network
Network 12 includes public networking etc..
In the example of Fig. 1, only 1 elevator 11 of diagram, but actually will be arranged at various place, various countries
(all over the world) during multiple elevators 11 are as monitoring that object is connected to monitor via communication network 12
The heart 13.The various information sended over from these elevators 11 are shown in supervision picture by central monitoring position 13
Faces etc., are detecting that some sends maintenance personnel to wait to scene and corresponding in the case of abnormal.
In elevator 11, it is provided with elevator control gear 21, Long-Range Surveillance Unit 22.Specifically,
In being provided with the Machine Room in building of elevator 11 etc., it is provided with elevator control gear 21 and remotely monitors
Device 22.
Elevator control gear 21, carry out comprising the speed controlling of such as car and/or the open and close controlling of door,
The operating control that the elevator of the control etc. corresponding with various operation buttons is overall.This elevator controlling is filled
Put 21 connections and have Long-Range Surveillance Unit 22.
Long-Range Surveillance Unit 22, for the termination of the duty for monitoring elevator 11, possesses
Communication function.Long-Range Surveillance Unit 22, reads and each prison set in advance from elevator control gear 21
Depending on the information that project is relevant, by these information according to the communication standard arranging state of elevator 11 to prison
Send depending on center 13.As each supervision project, have such as " emergency call button down state ",
" operation information: error log ", " operation information: running log " etc..But, these monitored item
Mu Bushi various countries are general, different according to state.
Fig. 2 is the block diagram of the function composition of the Long-Range Surveillance System representing the elevator in this embodiment.
In central monitoring position 13, it is right to be provided with for remotely monitoring via communication network 12 as monitoring
The control device 23 of the duty of the elevator 11 of elephant.In the present embodiment, at this control device
In 23, possess global time table 31, region detection unit 32, local moment sending part 33, mistake are set
Display part 34 by mistake.
The moment of global time table 31 Management World various places.Region detection unit 32 is set, it is determined that as
Monitor object elevator 11 region (being provided with the region of the state of elevator 11) is set.The local moment
Sending part 33, obtains relative with by arranging the region that region detection unit 32 judges from global time table 31
Local moment of answering and send to the Long-Range Surveillance Unit 22 of elevator 11.
Mistake display part 34, shows the mistake that the Long-Range Surveillance Unit 22 from elevator 11 sends over together
False information and the 1st moment (local moment) being additional to this error message.
On the other hand, in as the elevator 11 monitoring object, be provided with elevator control gear 21 with
Long-Range Surveillance Unit 22.As it has been described above, the operating that elevator control gear 21 carries out elevator 11 controls.
In this elevator control gear 21, possess and number record portion 51 and wrong detection unit 52 are set.
In number record portion 51 is set, record have give elevator 11 numbering is set.Error detection
Portion 52, the error message that detection produces in the work of elevator 11.
Long-Range Surveillance Unit 22, possess for the communication standard arranging state according to elevator 11 with prison
Communication function depending on center 13 communication.In this Long-Range Surveillance Unit 22, possess and numbering acquisition is set
Portion 41, numbering sending part 42, local moment update section 43, terminal clock 44, garbled-reception are set
Portion 45, mistake send reporting unit 46.
Numbering acquisition unit 41 is set, obtains according to the requirement from central monitoring position 13 and be recorded in elevator control
The elevator 11 that number record portion 51 is set of device 21 processed numbering is set.Numbering sending part is set
42, arranging of the elevator 11 obtained by arranging numbering acquisition unit 41 is numbered to central monitoring position 13
Send.
Local moment update section 43, makes the moment of terminal clock 44 send over from central monitoring position 13
The local moment consistent.Terminal clock 44, when being disposed on the 1st inside of Long-Range Surveillance Unit 22
Clock, uses in order to the local moment is carried out timing.
Garbled-reception portion 45, receives the mistake detected by the wrong detection unit 52 of elevator control gear 21
Information.Mistake sends reporting unit 46, is sending the error message that report is received by garbled-reception portion 45
Time, the 1st moment (local moment) when using terminal clock 44 mistake to be produced is to central monitoring position
13 send.
It follows that the work to the 1st embodiment illustrates.It addition, give the parantheses number of Fig. 2
Word is the order of work.
As the work shape for remotely monitoring the elevator 11 being arranged at other countries at central monitoring position 13
Initial 1 set of state, performs following such moment by the remotely operation of central monitoring position 13
Set.
(1) arranging in number record portion 51 at elevator control gear 21, record has can be specific
Elevator pattern, be provided with elevator 11 region, building name numbering is set.Central monitoring position 13 is (in detail
Carefully say as the control device 23 in central monitoring position 13), Long-Range Surveillance Unit 22 is sent elevator 11
The requirement signal that numbering is set.Long-Range Surveillance Unit 22 numbering acquisition unit 41 is set, receive
During above-mentioned requirements signal, read elevator 11 from the number record portion 51 that arranges of elevator control gear 21
Arrange numbering and pay to arranging numbering sending part 42.
(2) numbering sending part 42 is set, accesses communication network 12 according to predetermined communication order, will
Sent to central monitoring position 13 by the numbering that arranges arranging the elevator 11 that numbering acquisition unit 41 obtains.
(3) central monitoring position 13 region detection unit 32 is set, based on from Long-Range Surveillance Unit 22
The numbering that arranges of the elevator 11 brought judges to be provided with the region of elevator 11.In detail, reference
Record has the article information of the elevator being arranged at various places (to arrange numbering, elevator pattern, region, building
Name etc.) not shown object table, by the elevator 11 sended over from Long-Range Surveillance Unit 22
Arrange numbering judgement elevator 11 arranges region.
(4) determined when arranging region of elevator 11, by from arranging region detection unit 32
Requirement, from global time table 31 read with elevator 11 the region corresponding local moment is set and
There is provided to local moment sending part 33.
(5) local moment sending part 33, according to predetermined communication order by the locality moment to remotely prison
View apparatus 22 sends.
(6) in Long-Range Surveillance Unit 22, local moment update section 43 is based on from central monitoring position 13
The local moment sended over updates the moment of terminal clock 44.That is, by making terminal clock 44
Moment and the local timing synchronization sended over from central monitoring position 13, make terminal clock 44 timing time
Carve consistent with the moment arranging region of elevator 11.
After, when the operating of elevator 11, Long-Range Surveillance Unit 22 monitors the duty of elevator 11,
By following such order to central monitoring position 13 in the case of producing some mistake (extremely)
Deliver newspaper announcement.
(7) when mistake being detected by the wrong detection unit 52 of elevator control gear 21, will be with this
The relevant information (error message) of mistake sends to Long-Range Surveillance Unit 22, by garbled-reception portion 45
Receive.
(8) mistake being arranged at Long-Range Surveillance Unit 22 sends reporting unit 46, to by garbled-reception portion
The additional mistake obtained from terminal clock 44 of 45 error messages received produces the moment (with the local moment
On the basis of the 1st moment) and send to central monitoring position 13 with predetermined communication order.
(9) central monitoring position 13, are shown in the error message sended over from Long-Range Surveillance Unit 22
Mistake display part 34.Be shown in mistake display part 34 error message one be illustrated in Fig. 3.?
In error message, comprise and numbering is set, the information such as state, the place of object, wrong content are set, this
A little information produce with mistake and show with predetermined form together with the moment.Now, at mistake display part 34
The mistake generation moment of display is the local moment.Therefore, even and if there is between locality the time difference, also can
Enough with the local moment identification mistake generation moment.
So according to the 1st embodiment, it is possible to make remote by the remotely operation from central monitoring position 13
The moment of the terminal clock 44 that journey monitoring arrangement 22 is possessed correctly with elevator 11 region is set
Unanimously.Therefore, there is no need to locality maintenance personnel pair time operation, it is possible to alleviate maintenance dimension
Repair the burden of personnel.It addition, in the case of elevator 11 produces some mistake (extremely), at prison
Depending on side, center 13, it is possible to identify that the mistake generation moment takes suitable correspondence with the local moment.
It addition, in above-mentioned 1st embodiment, with from the Long-Range Surveillance Unit 22 of elevator 11 to prison
Illustrate in case of sending report mistake depending on center 13, be set to comprise mistake in transmission report
Relevant some information of the duty with elevator 11 time, the local moment additional to information now
And send.
Alternatively, it is also possible to the period set in advance such as the most every 1 month from central monitoring position 13 to far
Journey monitoring arrangement 22 sends the local moment and is updated periodically the moment of terminal clock 44.So,
Even if Long-Range Surveillance Unit 22 to be replaced by due to such as some thing the dress used in other regions
Put, it is also possible to correctly the local moment is carried out timing.
(the 2nd embodiment)
It follows that the 2nd embodiment is illustrated.
In above-mentioned 1st embodiment, when producing some mistake at elevator 11, it is possible to locality
Moment confirms.On the other hand, in the 2nd embodiment, being set to can be by local moment and center
Moment both sides confirm." central instant " mentioned here, is the moment i.e. central monitoring position remotely monitoring side
The moment of 13 regions existed.Such as, if central monitoring position 13 is arranged in Japan certain
Region, then be the etalon time of Japan.
Fig. 4 is the frame of the function composition of the Long-Range Surveillance System representing the elevator in the 2nd embodiment
Figure.It addition, for giving same symbol with above-mentioned 1st embodiment same section, illustrated to save
Slightly.
In central monitoring position 13, it is right to be provided with for remotely monitoring via communication network 12 as monitoring
The control device 23 of the duty of the elevator 11 of elephant.In the 2nd embodiment, fill in this control
Put in 23, except global time table 31, arrange region detection unit 32, local moment sending part 33,
Mistake display part 34, is also equipped with central monitoring position clock 35, central instant sending part 36.
Central monitoring position clock 35, for being arranged at the internal clocking controlling device 23, is pre-adjusted
Etalon time for the region that central monitoring position 13 exists.Central instant sending part 36, by central monitoring position
The moment of clock 35 sends to the Long-Range Surveillance Unit 22 of elevator 11 as central instant.
It addition, in the 2nd embodiment, in mistake display part 34, show together from elevator 11
The error message that sends over of Long-Range Surveillance Unit 22 and to this error message additional the 1st time
Carve (local moment) and the 2nd moment (central instant).
On the other hand, in being arranged at the Long-Range Surveillance Unit 22 as the elevator 11 monitoring object,
Except arranging numbering acquisition unit 41, arranging numbering sending part 42, local moment update section 43, terminal
Clock 44, garbled-reception portion 45, mistake send reporting unit 46, be also equipped with central instant update section 47,
Terminal clock 48, mistake send reporting unit 49.
Central instant update section 47, makes the moment of terminal clock 48 send over from central monitoring position 13
Central instant consistent.Terminal clock 48, for being arranged differently than in remotely monitoring with terminal clock 44
2nd internal clocking of device 22, uses in order to central instant is carried out timing.
Mistake sends reporting unit 49, when sending the error message that report is received by garbled-reception portion 45,
The 2nd moment (central instant) when using terminal clock 46 mistake to be produced is to central monitoring position 13
Send.
It follows that the work to the 2nd embodiment illustrates.It addition, the parantheses that Fig. 4 is given
Numeral represents the order (step) of work.
As the work shape for remotely monitoring the elevator 11 being arranged at other countries at central monitoring position 13
Initial 1 set of state, such moment sets and is held by the remotely operation of central monitoring position 13 below
OK.It addition, the order of (1)～(5) is as above-mentioned 1st embodiment.
(1) arranging in number record portion 51 at elevator control gear 21, record has can be specific
Elevator pattern, be provided with elevator 11 region, building name numbering is set.Central monitoring position 13 is (in detail
Carefully say as the control device 23 in central monitoring position 13), Long-Range Surveillance Unit 22 is sent elevator 11
The requirement signal that numbering is set.Long-Range Surveillance Unit 22 numbering acquisition unit 41 is set, receive
During above-mentioned requirements signal, read elevator 11 from the number record portion 51 that arranges of elevator control gear 21
Arrange numbering and pay to arranging numbering sending part 42.
(2) numbering sending part 42 is set, accesses communication network 12 according to predetermined communication order, will
Sent to central monitoring position 13 by the numbering that arranges arranging the elevator 11 that numbering acquisition unit 41 obtains.
(3) central monitoring position 13 region detection unit 32 is set, based on from Long-Range Surveillance Unit 22
The numbering that arranges of the elevator 11 brought judges to be provided with the region of elevator 11.In detail, reference
Record has the article information of the elevator being arranged at various places (to arrange numbering, elevator pattern, region, building
Name etc.) not shown object table, by the elevator 11 sended over from Long-Range Surveillance Unit 22
Arrange numbering judgement elevator 11 arranges region.
(4) determined when arranging region of elevator 11, by from arranging region detection unit 32
Requirement, from global time table 31 read with elevator 11 the region corresponding local moment is set and
There is provided to local moment sending part 33.
(5) local moment sending part 33, according to predetermined communication order by the locality moment to remotely prison
View apparatus 22 sends.
(6) here, in the 2nd embodiment, it is being transmitted across incoming call from Long-Range Surveillance Unit 22
Ladder 11 when arranging numbering, from when arranging the requirement of region detection unit 32 also relative to central monitoring position
Clock 35 provides.Thus, current central instant is read and to central instant from central monitoring position clock 35
Sending part 36 provides.
(7) central instant sending part 36, according to predetermined communication order by central instant to remotely prison
View apparatus 22 sends.
(8) in Long-Range Surveillance Unit 22, local moment update section 43 is based on from central monitoring position 13
Local moment of sending over and update the moment of terminal clock 44.That is, by making terminal clock 44
Moment and the local timing synchronization sended over from central monitoring position 13, make terminal clock 44 timing
Moment is consistent with the moment arranging region of elevator 11.
It addition, in Long-Range Surveillance Unit 22, the renewal with moment of terminal clock 44 is the most also
Carry out the renewal in the moment of terminal clock 48.That is, central instant update section 47, during by making terminal
The moment of clock 48 is Tong Bu with the central instant sended over from central monitoring position 13, makes terminal clock 48
The moment of timing is consistent with the moment of the region of central monitoring position 13 side.
Afterwards, when the operating of elevator 11, Long-Range Surveillance Unit 22 monitors the duty of elevator 11,
Send to central monitoring position 13 with following such order in the case of producing some mistake (extremely)
Report.
(9) when mistake being detected by the wrong detection unit 52 of elevator control gear 21, will be with this
The relevant information (error message) of mistake sends to Long-Range Surveillance Unit 22, by garbled-reception portion 45
Receive.
(10) mistake being arranged at Long-Range Surveillance Unit 22 sends reporting unit 46, connects to by mistake
The additional mistake obtained from terminal clock 44 of the error message that receipts portion 45 receives produces the moment (by locality
Moment is set to the 1st moment of benchmark) and send to central monitoring position 13 with predetermined communication order.
Meanwhile, mistake sends reporting unit 49, adds to the error message received by garbled-reception portion 45
The mistake obtained from terminal clock 48 produces the moment (central instant is set to the 2nd moment of benchmark)
And send to central monitoring position 13 with predetermined communication order.
(11) central monitoring position 13, show the error message sended over from Long-Range Surveillance Unit 22
In mistake display part 34.It is illustrated in Fig. 5 by be shown in the error message of mistake display part 34 one.
In error message, comprise and numbering be set, the information such as state, the place of object, wrong content are set,
These information show with predetermined form together with producing the moment with 2 mistakes.
Now, 2 mistake generation moment in mistake display part 34 display are local moment and center
Moment.In the case of the time difference that such as and between locality, there are+12 hours, it is possible to confirm at a glance
The mistake that the 9:00 in local moment produces is 21:00 at central instant.
So according to the 2nd embodiment, when the situation producing some mistake (extremely) at elevator 11
Under, in central monitoring position 13 side, not only with the local moment but also it also is able to confirm mistake with central instant
Produce the moment by mistake.Therefore, it is possible to identifying and on the basis of the local time difference, right in suitable timing
Local maintenance personnel send and set out to require to wait and deal adequately with.
It addition, be not limited to, from the Long-Range Surveillance Unit 22 of elevator 11, central monitoring position 13 is sent report
The situation of mistake, is sending some letter reporting that the duty with elevator 11 comprising mistake is relevant
During breath, also send to the additional local moment of information now and central instant.
Alternatively, it is also possible to by the period set in advance such as the most every 1 month from central monitoring position 13 to far
Journey monitoring arrangement 22 sends local moment and central instant, is updated periodically terminal clock 44 and terminal
The moment of clock 48.So, even if due to such as some thing by Long-Range Surveillance Unit 22
It is replaced by the device used in other regions, it is also possible to correctly the local moment is carried out with central instant
Timing.
According at least 1 above-mentioned embodiment, using the teaching of the invention it is possible to provide can monitor with the local moment and be arranged at it
The duty of the elevator of his country, can be with the local moment as base in the case of producing some mistake
The Long-Range Surveillance System of accurate and suitably corresponding elevator.
It addition, in the example of Fig. 4, it is divided into the part relevant with the local moment and relevant with central instant
Part and represent, but in such as central monitoring position 13 side, it is also possible to be that 1 moment sending part ought
The composition that ground moment and central instant send to Long-Range Surveillance Unit 22.Alternatively, it is also possible to be:
Long-Range Surveillance Unit 22 side, 1 moment update section carries out the renewal in local moment and central instant, and 1
Individual mistake sends reporting unit to error message additional local moment and central instant to central monitoring position 13
The composition sent.
In a word, several embodiments of the invention is illustrated, but these embodiments are conducts
Example and propose, be not used to limit invention scope.These new embodiments can with other
Various modes are implemented, without departing from the spirit and scope of the invention, it is possible to carry out various omission, displacement,
Change.These embodiments and/or its deformation are contained in scope and/or the purport of invention, and wrap
Be contained in the invention described in technical scheme and with in the scope of its equalization.
Claims (6)
1. a Long-Range Surveillance System for elevator, it possesses: the termination that work monitors, its
It is arranged at as the elevator monitoring object；And central monitoring position, it is via communication network and this termination
Connect；
The Long-Range Surveillance System of above-mentioned elevator is characterised by:
Above-mentioned central monitoring position possesses:
Global time table, the moment of its Management World various places；
Arranging region detection unit, it is judged to be provided with above-mentioned by the numbering that arranges being given to above-mentioned elevator
The region of elevator；With
1st moment sending part, it obtains from above-mentioned global time table and is arranged region detection unit by this and sentence
The local moment that the region made is corresponding, and send to above-mentioned termination；
Above-mentioned termination possesses:
1st terminal clock, it carries out timing to the current moment；
1st moment update section, it makes the moment of above-mentioned 1st terminal clock be unanimously to from above-mentioned supervision
The local moment that the heart sends over；With
1st sends reporting unit, and the information relevant with the duty of above-mentioned elevator is being transmitted by it
During report, use above-mentioned 1st terminal clock that information is sent the 1st moment when reporting to above-mentioned supervision
Center sends.
2. the Long-Range Surveillance System of elevator as claimed in claim 1, it is characterised in that:
Above-mentioned central monitoring position is also equipped with display part, and above-mentioned display part shows and the work of above-mentioned elevator in the lump
Information that state is relevant and above-mentioned 1st moment.
3. the Long-Range Surveillance System of elevator as claimed in claim 1, it is characterised in that:
Above-mentioned central monitoring position is also equipped with:
Central monitoring position clock, the etalon time of its region pre-adjusted residing for above-mentioned central monitoring position；
With
2nd moment sending part, it is using the moment of this central monitoring position clock timing as central instant upwards
State termination to send；
Above-mentioned termination is also equipped with:
2nd terminal clock, it is the terminal clock additionally arranged outside above-mentioned 1st terminal clock；
2nd moment update section, it makes the moment of above-mentioned 2nd terminal clock be unanimously to from above-mentioned supervision
The central instant that the heart sends over；With
2nd sends reporting unit, and the information relevant with the duty of above-mentioned elevator is being transmitted by it
During report, use above-mentioned 2nd terminal clock that information is sent the 2nd moment when reporting to above-mentioned supervision
Center sends.
4. the Long-Range Surveillance System of elevator as claimed in claim 3, it is characterised in that:
Above-mentioned central monitoring position is also equipped with display part, and above-mentioned display part shows and the work of above-mentioned elevator in the lump
The relevant information of state and above-mentioned 1st moment and above-mentioned 2nd moment.
5. the Long-Range Surveillance System of elevator as claimed in claim 1, it is characterised in that:
Above-mentioned central monitoring position, by period set in advance from above-mentioned 1st moment sending part by the locality moment
Send to above-mentioned termination and be updated periodically above-mentioned 1st terminal clock.
6. the Long-Range Surveillance System of elevator as claimed in claim 3, it is characterised in that:
Above-mentioned central monitoring position, by period set in advance from above-mentioned 2nd moment sending part by central instant
Send to above-mentioned termination and be updated periodically above-mentioned 2nd terminal clock.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2015114690A JP6010185B1 (en) | 2015-06-05 | 2015-06-05 | Elevator remote monitoring system |
| JP2015-114690 | 2015-06-05 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106241530A true CN106241530A (en) | 2016-12-21 |
| CN106241530B CN106241530B (en) | 2019-03-26 |
Family
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510836404.9A Active CN106241530B (en) | 2015-06-05 | 2015-11-26 | The Long-Range Surveillance System of elevator |
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| Country | Link |
|---|---|
| JP (1) | JP6010185B1 (en) |
| CN (1) | CN106241530B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111532926A (en) * | 2020-03-30 | 2020-08-14 | 日立电梯（中国）有限公司 | Elevator group management method and system |
| CN112738151A (en) * | 2019-09-17 | 2021-04-30 | 三菱动力株式会社 | Conveying device |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP7010376B2 (en) * | 2018-06-14 | 2022-01-26 | 三菱電機株式会社 | Maintenance equipment and elevator equipment |
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| CN202929139U (en) * | 2012-11-12 | 2013-05-08 | 北京蓝派克电力科技有限公司 | Transmission and distribution power grid synchronous acquisition and on-line monitoring system |
| CN203229283U (en) * | 2013-03-27 | 2013-10-09 | 东华大学 | Elevator fault wireless pre-warning system |
| CN104168459A (en) * | 2014-08-20 | 2014-11-26 | 北京神舟航天软件技术有限公司 | Remote monitoring system |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112738151A (en) * | 2019-09-17 | 2021-04-30 | 三菱动力株式会社 | Conveying device |
| CN111532926A (en) * | 2020-03-30 | 2020-08-14 | 日立电梯（中国）有限公司 | Elevator group management method and system |
| CN111532926B (en) * | 2020-03-30 | 2021-12-10 | 日立电梯（中国）有限公司 | Elevator group management method and system |
Also Published As
| Publication number | Publication date |
|---|---|
| JP6010185B1 (en) | 2016-10-19 |
| CN106241530B (en) | 2019-03-26 |
| JP2017001773A (en) | 2017-01-05 |
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