CN106241530B - The Long-Range Surveillance System of elevator - Google Patents
The Long-Range Surveillance System of elevator Download PDFInfo
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- CN106241530B CN106241530B CN201510836404.9A CN201510836404A CN106241530B CN 106241530 B CN106241530 B CN 106241530B CN 201510836404 A CN201510836404 A CN 201510836404A CN 106241530 B CN106241530 B CN 106241530B
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Abstract
The Long-Range Surveillance System of present invention offer elevator.The working condition for being set to the elevator of other countries can be monitored with the local moment, it is suitably corresponding on the basis of when generating certain mistakes by the local moment.Central monitoring position (13) has: global time table (31)；It is arranged region determination unit (32), determines the region for being provided with elevator；Local moment transmission unit (33) obtains the local moment corresponding with the region determined from setting region determination unit (32) from global time table (31) and sends to Long-Range Surveillance Unit (22).Long-Range Surveillance Unit (22) has: terminal clock (44)；Local moment update section (43) makes to be unanimously to the local moment sent from central monitoring position (13) at the time of terminal clock (44)；Mistake sends reporting unit (46), and the 1st moment when information is sent report by using terminal clock (44) when sending report information related with the working condition of elevator sends to central monitoring position (13).
Description
Technical field
Embodiments of the present invention are related to remotely monitoring the Long-Range Surveillance System of the elevator of the operating condition of elevator.
Background technique
The Long-Range Surveillance System of elevator is present in the multiple elevators and central monitoring position of each region by communication network connection,
Various information related with the working condition of each elevator are sent to central monitoring position, thus remotely monitor the work shape of each elevator
State.In central monitoring position, the various information sended over from each elevator are shown in monitoring screen etc., it is certain abnormal detecting
In the case of send maintenance personnel equal to scene and cope with.
Summary of the invention
It is had to take into account that in the case where long-range monitoring is set to the elevator of other countries inclined with the time at local moment
Difference is the time difference.That is, generally, for monitoring terminal installation necessary to the working condition of elevator (also referred to as Long-Range Surveillance Unit)
For contract use.At the end of the contract of terminal installation, the elevator of other objects is recycled and is reused in.At this point, if
Other countries' using terminal device then needs to examine in central monitoring position side in the case where having mistake transmission report from terminal installation
Consider with the local time difference and analyze, efficiency is excessively poor.
The problem to be solved in the present invention is to provide: the work for being set to the elevator of other countries can be monitored with the local moment
Make state, generate it is certain mistake in the case where being capable of the suitably long-range monitoring of corresponding elevator on the basis of the local moment
System.
The Long-Range Surveillance System of elevator involved in one embodiment, has: the terminal installation of work monitoring, setting
In the elevator as supervision object；And central monitoring position, it is connect via communication network with the terminal installation.
Above-mentioned central monitoring position, has: global time table, at the time of Management World various regions；Region determination unit, root are set
The region for being provided with above-mentioned elevator is determined according to the setting number assigned to above-mentioned elevator；With the 1st moment transmission unit, from above-mentioned complete
Ball timetable obtains the locality moment corresponding with the region determined from the setting region determination unit and to above-mentioned terminal installation
It sends.
Above-mentioned terminal installation, has: the 1st terminal clock, to it is current at the time of carry out timing；1st moment update section,
Make consistent with the local moment sended over from above-mentioned central monitoring position at the time of above-mentioned 1 terminal clock；Report is sent with the 1st
Portion is sent information using above-mentioned 1st terminal clock when sending report information related with the working condition of above-mentioned elevator
The 1st moment when report sends to above-mentioned central monitoring position.
According to the above configuration, the working condition for being set to the elevator of other countries can be monitored with the local moment, generated
It can suitably be corresponded on the basis of the local moment in the case where certain mistakes.
Detailed description of the invention
Fig. 1 is the figure for indicating the composition of Long-Range Surveillance System of elevator involved in the 1st embodiment.
Fig. 2 is the block diagram for indicating the function of the Long-Range Surveillance System of the elevator in the embodiment and constituting.
Fig. 3 is the figure for indicating an example of error message for the central monitoring position being shown in the embodiment.
Fig. 4 is the block diagram for indicating the function of the Long-Range Surveillance System of elevator involved in the 2nd embodiment and constituting.
Fig. 5 is the figure for indicating an example of error message for the central monitoring position being shown in the embodiment.
Specific embodiment
Hereinafter, being illustrated referring to attached drawing to embodiment.
(the 1st embodiment)
Fig. 1 is the figure for indicating the composition of Long-Range Surveillance System of elevator involved in the 1st embodiment.
Elevator 11 as supervision object is connected to central monitoring position 13 via communication network 12.In addition, elevator 11 is set
In the state different from central monitoring position 13.For example, it is assumed that central monitoring position 13 be set in Japan, elevator 11 is set to other than Japan
State the case where.That is, central monitoring position 13, the work for being present in the elevator 11 of other countries is remotely monitored by communication network 12
State.Communication network 12 includes public network etc..
In the example of Fig. 1,1 elevator 11 is only illustrated, but will actually be set to various countries' various places (all over the world)
Multiple elevators 11 are connected to central monitoring position 13 via communication network 12 as supervision object.Central monitoring position 13, will be from these elevators
The 11 various information sended over are shown in monitoring screen etc., send maintenance to be tieed up to scene in the case where detecting certain exceptions
Personnel are repaired to wait and correspond to.
In elevator 11, it is provided with elevator control gear 21, Long-Range Surveillance Unit 22.Specifically, being provided with elevator
Elevator control gear 21 and Long-Range Surveillance Unit 22 are provided in the Machine Room in 11 building etc..
Elevator control gear 21 is carried out including, for example, the speed control of carriage and/or the open and close control of door and various operations
The operating control of the elevator entirety of the corresponding control of button etc..Long-Range Surveillance Unit is connected with to the elevator control gear 21
22。
Long-Range Surveillance Unit 22 has communication function for the terminal installation for monitoring the working condition of elevator 11.Remotely
Monitoring arrangement 22 reads information related with preset each monitoring project from elevator control gear 21, these information is pressed
According to elevator 11 setting state communication standard and to central monitoring position 13 send.As each monitoring project, there is such as " urgent call
Button down state ", " operation information: error log ", " operation information: running log " etc..But these monitoring projects are not
Various countries are general, different according to state.
Fig. 2 is the block diagram for indicating the function of the Long-Range Surveillance System of the elevator in the embodiment and constituting.
In central monitoring position 13, it is provided with for remotely monitoring the elevator 11 as supervision object via communication network 12
The control device 23 of working condition.In the present embodiment, in the control device 23, have global time table 31, be configured
Domain determination unit 32, local moment transmission unit 33, mistake display unit 34.
At the time of 31 Management World various regions of global time table.Region determination unit 32 is set, determines the electricity as supervision object
The setting region (region for being provided with the state of elevator 11) of ladder 11.Local moment transmission unit 33, from global time table 31 obtain with
It is sent from the region that determines of the setting region determination unit 32 corresponding local moment to the Long-Range Surveillance Unit of elevator 11 22.
Mistake display unit 34 display together the error message sended over from the Long-Range Surveillance Unit 22 of elevator 11 and adds
In the 1st moment (local moment) of the error message.
On the other hand, in the elevator 11 as supervision object, elevator control gear 21 and Long-Range Surveillance Unit are provided with
22.As described above, elevator control gear 21 carries out the operating control of elevator 11.In the elevator control gear 21, has setting
Number record portion 51 and wrong detection unit 52.
In setting number record portion 51, record has the setting number for assigning elevator 11.Wrong detection unit 52 is detected in electricity
The error message generated in the work of ladder 11.
Long-Range Surveillance Unit 22 has for the communication standard according to the setting state of elevator 11 and communicates with central monitoring position 13
Communication function.In the Long-Range Surveillance Unit 22, when having setting number acquisition unit 41, setting number transmission unit 42, locality
Carve update section 43, terminal clock 44, garbled-reception portion 45, mistake transmission reporting unit 46.
Number acquisition unit 41 is set, is recorded in setting for elevator control gear 21 according to the requirement acquisition from central monitoring position 13
Set the setting number of the elevator 11 of number record portion 51.Number transmission unit 42 is set, will be obtained by setting number acquisition unit 41
Elevator 11 setting number to central monitoring position 13 send.
Local moment update section 43, the local moment one sended at the time of making terminal clock 44 and from central monitoring position 13
It causes.Terminal clock 44 is the 1st internal clocking for being set to Long-Range Surveillance Unit 22, is made to carry out timing to the local moment
With.
Garbled-reception portion 45 receives the error message detected by the wrong detection unit 52 of elevator control gear 21.Mistake hair
Reporting unit 46 is sent, when sending report by the 45 received error message of garbled-reception portion, using terminal clock 44 generates mistake
When the 1st moment (local moment) to central monitoring position 13 send.
Next, being illustrated to the work of the 1st embodiment.In addition, the parantheses number for assigning Fig. 2 is time of work
Sequence.
As for being set in the initial of working condition of the elevator 11 that remotely monitoring is set to other countries of central monitoring position 13
Fixed 1 sets at the time of executing following such by the remote operation of central monitoring position 13.
(1) in the setting number record portion 51 of elevator control gear 21, record have can certain elevator pattern, be provided with
The region of elevator 11, the setting number for building name.Central monitoring position 13 (is in detail the control device in central monitoring position 13
23) the requirement signal of the setting number of elevator 11, is sent to Long-Range Surveillance Unit 22.The setting number of Long-Range Surveillance Unit 22 obtains
Portion 41 is taken, when receiving above-mentioned requirements signal, reads setting for elevator 11 from the setting number record portion 51 of elevator control gear 21
It sets number and is delivered to setting number transmission unit 42.
(2) number transmission unit 42 is set, accesses communication network 12 according to scheduled communication order, will be obtained by setting number
The setting for the elevator 11 that portion 41 obtains is numbered to be sent to central monitoring position 13.
(3) the setting region determination unit 32 of central monitoring position 13, based on the elevator 11 sended over from Long-Range Surveillance Unit 22
Setting number determine to be provided with the region of elevator 11.In detail, reference record has the object for the elevator for being set to various regions to believe
The object table (not shown) of breath (setting number, elevator pattern, region, building name etc.), by being sent from Long-Range Surveillance Unit 22
The setting number of the elevator 11 to come over determines the setting region of elevator 11.
(4) at the setting region that determined elevator 11, by the requirement from setting region determination unit 32, when from the whole world
Table 31 is carved to read the local moment corresponding with the setting region of elevator 11 and provide to local moment transmission unit 33.
(5) local moment transmission unit 33, sends the local moment to Long-Range Surveillance Unit 22 according to scheduled communication order.
(6) in Long-Range Surveillance Unit 22, local moment update section 43 is based on from the locality that central monitoring position 13 sends over
At the time of moment updates terminal clock 44.That is, working as at the time of by making terminal clock 44 with what is sended over from central monitoring position 13
Ground timing synchronization, it is consistent at the time of at the time of making 44 timing of terminal clock with the setting region of elevator 11.
After, in the operating of elevator 11, Long-Range Surveillance Unit 22 monitors the working condition of elevator 11, is generating certain mistakes
It is accidentally sent and is reported to central monitoring position 13 by following such order in the case where (exception).
(7) when detecting mistake by the wrong detection unit 52 of elevator control gear 21, will with the mistake related information
(error message) is sent to Long-Range Surveillance Unit 22, is received by garbled-reception portion 45.
(8) mistake for being set to Long-Range Surveillance Unit 22 sends reporting unit 46, to by the received mistake in garbled-reception portion 45
The additional mistake obtained from terminal clock 44 of information is generated moment (the 1st moment on the basis of the local moment) and is led to scheduled
Believe that order is sent to central monitoring position 13.
(9) error message sended over from Long-Range Surveillance Unit 22 is shown in wrong display unit 34 by central monitoring position 13.
Be shown in the error message of wrong display unit 34 one is illustrated in Fig. 3.In error message, comprising setting number, setting state,
The information such as place, the wrong content of object, these information are shown in the form of scheduled together with the mistake generation moment.At this point,
The mistake that mistake display unit 34 is shown generates the moment as the local moment.It therefore, also can be with even if having the time difference between locality
Local moment identification mistake generates the moment.
In this way according to the 1st embodiment, Long-Range Surveillance Unit 22 can be made by the remote operation from central monitoring position 13
Setting region at the time of terminal clock 44 being had correctly with elevator 11 is consistent.It therefore, there is no need to local maintenance dimension
The operation for repairing the clock synchronization of personnel can reduce the burden of maintenance personnel.In addition, generating certain wrong (exceptions) in elevator 11
In the case where, in 13 side of central monitoring position, it can identify that mistake generates the moment and takes correspondence appropriate with the local moment.
In addition, being reported in the first embodiment described above with being sent from the Long-Range Surveillance Unit 22 of elevator 11 to central monitoring position 13
It is illustrated in case where accusing mistake, is set as sending report including the related with the working condition of elevator 11 certain of mistake
It is sent when information, to the information additional locality moment at this time.
From central monitoring position 13 to Long-Range Surveillance Unit 22 during alternatively, it is also possible to be preset with such as every 1 month etc.
At the time of sending the local moment and be updated periodically terminal clock 44.It so, even if will be remote due to for example certain things
Journey monitoring arrangement 22 is changed to the device used in other regions, also correctly can carry out timing to the local moment.
(the 2nd embodiment)
Next, the 2nd embodiment is illustrated.
In the first embodiment described above, when elevator 11 generates certain mistakes, it can be confirmed with the local moment.With this
Relatively, it in the 2nd embodiment, is set as to confirm by local moment and central instant both sides.It is mentioned here " when center
Carve ", at the time of being long-range monitoring side i.e. region existing for central monitoring position 13 at the time of.For example, if central monitoring position 13 is set
It is then the etalon time of Japan in some region in Japan.
Fig. 4 is the block diagram for indicating the function of the Long-Range Surveillance System of the elevator in the 2nd embodiment and constituting.In addition, for
Same symbol is assigned with the first embodiment described above same section, is illustrated to omit.
In central monitoring position 13, it is provided with for remotely monitoring the elevator 11 as supervision object via communication network 12
The control device 23 of working condition.In the 2nd embodiment, in the control device 23, in addition to global time table 31, it is configured
Domain determination unit 32, local moment transmission unit 33, mistake display unit 34, are also equipped with central monitoring position clock 35, central instant transmission unit
36。
Central monitoring position clock 35 is pre-adjusted for the internal clocking for being arranged at control device 23 as central monitoring position 13
The etalon time of existing region.Central instant transmission unit 36, by the moment centered at the time of central monitoring position clock 35 and to
The Long-Range Surveillance Unit 22 of elevator 11 is sent.
In addition, in wrong display unit 34, displaying together the Long-Range Surveillance Unit from elevator 11 in the 2nd embodiment
22 error messages sended over and to additional 1st moment (local moment) of the error message and the 2nd moment (when center
It carves).
On the other hand, it is being arranged in the Long-Range Surveillance Unit 22 as the elevator 11 of supervision object, in addition to setting is compiled
Number acquisition unit 41, setting number transmission unit 42, local moment update section 43, terminal clock 44, garbled-reception portion 45, mistake transmission
Reporting unit 46 is also equipped with central instant update section 47, terminal clock 48, mistake and sends reporting unit 49.
Central instant update section 47, the central instant one sended at the time of making terminal clock 48 and from central monitoring position 13
It causes.Terminal clock 48, to be arranged differently than the 2nd internal clocking in Long-Range Surveillance Unit 22 with terminal clock 44, for centering
The heart moment carries out timing and uses.
Mistake sends reporting unit 49, when sending report by the 45 received error message of garbled-reception portion, when using terminal
The 2nd moment (central instant) when clock 46 generates mistake sends to central monitoring position 13.
Next, being illustrated to the work of the 2nd embodiment.In addition, to Fig. 4 parantheses digital representation work assigned
Order (step).
As for being set in the initial of working condition of the elevator 11 that remotely monitoring is set to other countries of central monitoring position 13
Fixed 1 sets at the time of such below and is executed by the remote operation of central monitoring position 13.In addition, the order of (1)~(5) with it is upper
It is same to state the 1st embodiment.
(1) in the setting number record portion 51 of elevator control gear 21, record have can certain elevator pattern, be provided with
The region of elevator 11, the setting number for building name.Central monitoring position 13 (is in detail the control device in central monitoring position 13
23) the requirement signal of the setting number of elevator 11, is sent to Long-Range Surveillance Unit 22.The setting number of Long-Range Surveillance Unit 22 obtains
Portion 41 is taken, when receiving above-mentioned requirements signal, reads setting for elevator 11 from the setting number record portion 51 of elevator control gear 21
It sets number and is delivered to setting number transmission unit 42.
(2) number transmission unit 42 is set, accesses communication network 12 according to scheduled communication order, will be obtained by setting number
The setting for the elevator 11 that portion 41 obtains is numbered to be sent to central monitoring position 13.
(3) the setting region determination unit 32 of central monitoring position 13, based on the elevator 11 sended over from Long-Range Surveillance Unit 22
Setting number determine to be provided with the region of elevator 11.In detail, reference record has the object for the elevator for being set to various regions to believe
The object table (not shown) of breath (setting number, elevator pattern, region, building name etc.), by being sent from Long-Range Surveillance Unit 22
The setting number of the elevator 11 to come over determines the setting region of elevator 11.
(4) at the setting region that determined elevator 11, by the requirement from setting region determination unit 32, when from the whole world
Table 31 is carved to read the local moment corresponding with the setting region of elevator 11 and provide to local moment transmission unit 33.
(5) local moment transmission unit 33, sends the local moment to Long-Range Surveillance Unit 22 according to scheduled communication order.
(6) herein, in the 2nd embodiment, in the setting number for sending over elevator 11 from Long-Range Surveillance Unit 22
When, the requirement from setting region determination unit 32 is provided also relative to central monitoring position clock 35.As a result, from central monitoring position clock 35
It reads current central instant and is provided to central instant transmission unit 36.
(7) central instant transmission unit 36 sends central instant to Long-Range Surveillance Unit 22 according to scheduled communication order.
(8) in Long-Range Surveillance Unit 22, local moment update section 43 is based on from the locality that central monitoring position 13 sends over
Moment and at the time of update terminal clock 44.That is, at the time of by making terminal clock 44 with send over from central monitoring position 13
Local timing synchronization, it is consistent at the time of at the time of making 44 timing of terminal clock with the setting region of elevator 11.
In addition, simultaneously also carrying out terminal clock with update at the time of terminal clock 44 in Long-Range Surveillance Unit 22
Update at the time of 48.That is, central instant update section 47, is transmitted across at the time of by making terminal clock 48 with from central monitoring position 13
The central instant come is synchronous, consistent at the time of at the time of making 48 timing of terminal clock with the region of 13 side of central monitoring position.
Later, in the operating of elevator 11, Long-Range Surveillance Unit 22 monitors the working condition of elevator 11, is generating certain mistakes
It is accidentally sent and is reported to central monitoring position 13 with following such order in the case where (exception).
(9) when detecting mistake by the wrong detection unit 52 of elevator control gear 21, will with the mistake related information
(error message) is sent to Long-Range Surveillance Unit 22, is received by garbled-reception portion 45.
(10) mistake for being arranged at Long-Range Surveillance Unit 22 sends reporting unit 46, to by the received mistake in garbled-reception portion 45
The additional mistake obtained from terminal clock 44 of false information generate moment (the local moment is set as to the 1st moment of benchmark) and with predetermined
Communication order to central monitoring position 13 send.
Meanwhile mistake sends reporting unit 49, adds to by the received error message in garbled-reception portion 45 from terminal clock 48
Obtained mistake generate moment (central instant is set as to the 2nd moment of benchmark) and with scheduled communication order to central monitoring position 13
It sends.
(11) error message sended over from Long-Range Surveillance Unit 22 is shown in wrong display unit by central monitoring position 13
34.Fig. 5 is illustrated in by the one of the error message for being shown in wrong display unit 34.In error message, comprising setting number, set
The information such as state, the place of object, wrong content are set, these information are generated with 2 mistakes and shown in the form of scheduled together with the moment.
At this point, 2 mistakes in the display of wrong display unit 34 generate the moment as local moment and central instant.For example with
In the case where the time difference that there are+12 hours between locality, it can confirm at a glance in the mistake of the 9:00 generation at local moment in
The heart moment is 21:00.
In this way according to the 2nd embodiment, in the case where elevator 11 generates certain wrong (exceptions), in central monitoring position 13
Side is not only also able to confirm that mistake generates the moment with the local moment but also with central instant.It therefore, can be in identification and locality
The time difference on the basis of, requirement etc. is set out to local maintenance personnel in timing appropriate and is dealt adequately with.
In addition, be not limited to send central monitoring position 13 from the Long-Range Surveillance Unit 22 of elevator 11 situation of report mistake,
When sending with the working condition of elevator 11 related certain information of the report comprising mistake, when also additional local to information at this time
Carve with central instant and send.
From central monitoring position 13 to Long-Range Surveillance Unit 22 during alternatively, it is also possible to be preset by such as every 1 month etc.
Local moment and central instant are sent, at the time of being updated periodically terminal clock 44 and terminal clock 48.So, though by
Long-Range Surveillance Unit 22 is changed to the device used in other regions in for example certain things, it also can be correctly to locality
Moment and central instant carry out timing.
According to above-mentioned at least one embodiment, other countries can be set to the monitoring of local moment by being capable of providing
The working condition of elevator, being capable of on the basis of the local moment and suitably corresponding elevator in the case where generating certain mistakes
Long-Range Surveillance System.
In addition, in the example of Fig. 4, it is divided into related part of local moment and part related with central instant and table
Show, but in such as 13 side of central monitoring position, is also possible to 1 moment transmission unit and fills local moment and central instant to long-range monitoring
Set the composition of 22 transmissions.Alternatively, it is also possible to be: in 22 side of Long-Range Surveillance Unit, 1 moment update section carries out the local moment in
The update at heart moment, 1 mistake send reporting unit to error message additional local moment and central instant and to central monitoring position 13
The composition of transmission.
In short, several embodiments of the invention are described, but these embodiments are proposed as example,
It is not used to limit the range of invention.These new embodiments can be implemented in such a way that others are various, not depart from invention
Objective in the range of, be able to carry out it is various omit, displacement, change.These embodiments and/or its deformation are contained in invention
In range and/or purport, and it is contained in invention and the range impartial with it documented by technical solution.
Claims (6)
1. a kind of Long-Range Surveillance System of elevator, has: the terminal installation of work monitoring is set to as supervision object
Elevator；And central monitoring position, it is connect via communication network with the terminal installation；
The Long-Range Surveillance System of above-mentioned elevator is characterized in that:
Above-mentioned central monitoring position has:
Global time table, at the time of Management World various regions；
Region determination unit is set, and the setting by being given to above-mentioned elevator is numbered to determine the region for being provided with above-mentioned elevator；With
1st moment transmission unit obtains opposite with the region determined by the setting region determination unit from above-mentioned global time table
The local moment answered, and sent to above-mentioned terminal installation；
Above-mentioned terminal installation has:
1st terminal clock, to it is current at the time of carry out timing；
1st moment update section makes to be unanimously at the time of above-mentioned 1 terminal clock from the locality that above-mentioned central monitoring position sends over
Moment；With
1st sends reporting unit, and when carrying out sending report to information related with the working condition of above-mentioned elevator, use is above-mentioned
1st terminal clock sends the 1st moment that information is sent when reporting to above-mentioned central monitoring position.
2. the Long-Range Surveillance System of elevator as described in claim 1, it is characterised in that:
Above-mentioned central monitoring position is also equipped with display unit, and above-mentioned display unit shows information related with the working condition of above-mentioned elevator together
With above-mentioned 1st moment.
3. the Long-Range Surveillance System of elevator as described in claim 1, it is characterised in that:
Above-mentioned central monitoring position is also equipped with:
Central monitoring position clock is pre-adjusted as the etalon time of region locating for above-mentioned central monitoring position；With
2nd moment transmission unit sends the moment centered at the time of the central monitoring position clock timing to above-mentioned terminal installation；
Above-mentioned terminal installation is also equipped with:
2nd terminal clock is the terminal clock set in addition except above-mentioned 1st terminal clock；
2nd moment update section makes to be unanimously at the time of above-mentioned 2 terminal clock from the center that above-mentioned central monitoring position sends over
Moment；With
2nd sends reporting unit, and when carrying out sending report to information related with the working condition of above-mentioned elevator, use is above-mentioned
2nd terminal clock sends the 2nd moment that information is sent when reporting to above-mentioned central monitoring position.
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 unit, and above-mentioned display unit shows information related with the working condition of above-mentioned elevator together
With above-mentioned 1st moment and above-mentioned 2nd moment.
5. the Long-Range Surveillance System of elevator as described in claim 1, it is characterised in that:
Above-mentioned central monitoring position, by during presetting from above-mentioned 1st moment transmission unit by the local moment to above-mentioned terminal installation
It sends and is 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 during presetting from above-mentioned 2nd moment transmission unit by central instant to above-mentioned terminal installation
It sends and is 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 CN106241530A (en) | 2016-12-21 |
| CN106241530B true CN106241530B (en) | 2019-03-26 |
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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 |
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| JP (1) | JP6010185B1 (en) |
| CN (1) | CN106241530B (en) |
Families Citing this family (3)
| 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 |
| CN112738151B (en) * | 2019-09-17 | 2024-05-31 | 三菱重工业株式会社 | Conveying device |
| CN111532926B (en) * | 2020-03-30 | 2021-12-10 | 日立电梯（中国）有限公司 | Elevator group management method and system |
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|---|---|
| CN106241530A (en) | 2016-12-21 |
| JP2017001773A (en) | 2017-01-05 |
| JP6010185B1 (en) | 2016-10-19 |
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