CN106915674B - Elevator maintenance terminal and elevator maintenance system - Google Patents
Elevator maintenance terminal and elevator maintenance system Download PDFInfo
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- CN106915674B CN106915674B CN201611190348.7A CN201611190348A CN106915674B CN 106915674 B CN106915674 B CN 106915674B CN 201611190348 A CN201611190348 A CN 201611190348A CN 106915674 B CN106915674 B CN 106915674B
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- elevator
- wireless communication
- determination unit
- terminal
- electric wave
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B5/00—Applications of checking, fault-correcting, or safety devices in elevators
- B66B5/0087—Devices facilitating maintenance, repair or inspection tasks
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B3/00—Applications of devices for indicating or signalling operating conditions of elevators
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- Indicating And Signalling Devices For Elevators (AREA)
- Maintenance And Inspection Apparatuses For Elevators (AREA)
Abstract
In the case where being set side by side with multiple elevator, it is difficult to grasp the position of wireless module, can not reliably be selected as the wireless module of number machine of the object of wireless connection.In elevator maintenance terminal of the invention and elevator maintenance system, combination determination unit (42e) determines the combination of number machine and the wireless module (22A, 22B) for being set to hall door of the elevator (12A, 12B) determined according to determined the hall door of open and-shut mode by door state determination unit (42d).The combination of display unit (41a) basis machine and wireless module (22A, 22B) will be shown together with multiple schematic images of the respective setting position of the wireless module (22A, 22B) for shooting image (43d) with indicating electric wave detected by emitting radio waves test section (42a).Selector (41b) selects specific schematic images from the multiple schematic images for being shown in display unit (41a).
Description
Technical field
Elevator maintenance terminal and elevator maintenance system used in upkeep operation the present invention relates to elevator.
Background technique
In recent years, the mobile terminals such as tablet computer, smart phone are popularized in various fields, in the maintenance test of elevator
Used in maintenance terminal in special-purpose terminal is just also being replaced with into mobile terminal.The existing special-purpose terminal for elevator maintenance
Such as it is connected by wired modes such as RS-232C with the control panel of elevator, and communicated.
The machine of mobile terminal in recent years only includes Wireless LAN (Local Area Network: local area network), indigo plant mostly
The wireless communication units such as tooth (registered trademark), to can not be connected by wired mode with the control panel of elevator.Therefore, it is necessary to
The communication between mobile terminal and elevator is set to realize wireless penetration.The communication between mobile terminal and elevator is set to realize wireless penetration
When, specific 1 can be reliably selected from multiple elevator, this is important in safety and in the efficiency of operation.With
Under patent document 1 in, disclose a kind of for being wirelessly connected to carry out the technology of the maintenance test of elevator.
In patent document 1, it describes and bluetooth is used to check the communication of terminal room to make most check of elevator make
Industry realizes the inspection terminal of automation.
Existing technical literature
Patent document
Patent document 1: Japanese Patent Laid-Open 2008-156051 bulletin
Summary of the invention
The technical problems to be solved by the invention
However, technology disclosed in patent document 1 elevator maintenance personnel according to predetermined step putting maintenance into practice operation
In the case where be effective.But in technology disclosed in patent document 1, do not consider such as general when coping with failure
The case where maintenance terminal is connected with the specific number machine in multiple elevator.Therefore, in the feelings for carrying out being detached from the operation for checking menu
Under condition, maintenance personnel can not accurately selection target machine.Maintenance people especially in urgent reply in addition to responsible person
When member will be operable to maintenance terminal to be wirelessly connected with specific elevator, it is possible to because the selection mistake of number machine causes
Reply delay occurs.
The present invention is completed in view of above-mentioned condition, it is intended that can be reliably to every with multiple elevator
The wireless communication part that number machine is connected is selected.
Technical scheme applied to solve the technical problem
Elevator maintenance terminal according to the present invention includes shoot part, electric wave test section, position determining portions, destination
Register, door state determination unit, combination determination unit, display unit, selector and communication control unit.Shoot part output is to being provided with
The hall door of multiple elevator shoots image obtained by being shot.
Electric wave test section pair is connected more with the elevator controlling portion of the control elevator prepared by every number machine of elevator
The electric wave that a wireless communication part is issued is detected.Position determining portions detects the wireless communication part of electric wave to electric wave test section
Position and own terminal between relative position be determined.Destination register will be provided with the Room captured by shoot part
The floor registration of door is used as destination.
Door state determination unit determines the open and-shut mode of hall door based on shooting image.Determination unit is combined to be used for from more
It is selected in a wireless communication part in the selection mode of the wireless communication part of number machine of communication object, sentences to according to by door state
The combination determined number machine for the elevator that portion determined the hall door of open and-shut mode to determine and be set to the wireless communication part of hall door carries out
Determine.Display unit according to the combination of number machine and wireless communication part determined by combination determination unit, will shooting image with it is multiple
Schematic images are shown that multiple schematic images indicate the wireless communication of electric wave detected by emitting radio waves test section together
Each setting position in portion.Selector selects specific schematic images from the multiple schematic images for being shown in display unit.
Communication control unit carries out between the wireless communication part corresponding to the selected specific schematic images of selector
Establish the control of wireless communication.
Invention effect
According to the present invention, maintenance object can be reliably selected as from the wireless communication part for be respectively arranged at multiple elevator
Number machine wireless communication part, and it is connected with maintenance terminal.Problem, structure and effect other than the above pass through below
The explanation of embodiment example is illustrated.
Detailed description of the invention
Fig. 1 is the overall structure figure of elevator maintenance system involved in an embodiment of the invention.
Fig. 2 is the hardware and functional module of each section of elevator maintenance system involved in an embodiment of the invention
Structure chart.
Fig. 3 is to indicate maintenance terminal involved in an embodiment of the invention for the group to elevator and wireless module
Close the flow chart for the processing example being determined.
Fig. 4 is to indicate to make the schematic images of the position of wireless module involved in an embodiment of the invention to weigh mutually
Exemplary user/the interface schema for folding to be shown.
Fig. 5 is to indicate to make the schematic images of the position of wireless module involved in an embodiment of the invention not mutual
Exemplary user/the interface schema for being overlapped to be shown.
Specific embodiment
In the following, being illustrated referring to attached drawing to mode example for carrying out the present invention.It is right in this specification and attached drawing
Have the function of that substantially identical or structure structural element marks identical label, to omit repeated explanation.
Fig. 1 is the overall structure figure of elevator maintenance system 1.
Elevator maintenance system 1 has 2 elevators 12A, 12B and maintenance terminal 5 in building 2.Elevator 12A, 12B
An elevator hall 4 is shared, is 2 elevators being set side by side.Moreover, the every number machine for elevator 12A, 12B has prepared control electricity
Control panel 21A, 21B of terraced 12A, 12B have multiple wireless module 22A, 22B and control for the every number machine of elevator 12A, 12B
Disk 21A, 21B are connected.In present embodiment example, elevator 12A is also known as A machine, elevator 12B is known as B machine.With
Under, in the explanation of Fig. 1 and Fig. 2, mainly the structural example of the elevator 12A of A machine is illustrated.Accordingly, with respect to as with electricity
Each structure (control panel 21B, wireless module 22B, the elevator mechanism part of the elevator 12B of the B machine of the identical structural example of terraced 12A
23B, hall door 24B) detailed description will be omitted.
Elevator maintenance system 1 has stop operation panel 13 in the centre of adjacent hall door 24A, 24B.As an example,
Stop operation panel 13 in figure is set to 1 building elevator hall, has the hall call buttons to the mobile carriage (not shown) in upper layer
(being indicated with triangle).
Elevator 12A is for example with the elevator mechanism part 23A for being shown in hall door 24A.So-called elevator mechanism part 23A refers to elevator
The mechanism section of 12A is comprising the main rope for going up and down carriage in elevator, the elevator that is wound to main rope
The meaning of the mechanism section of elevator including machine, the counterweight being connected with the other end of main rope etc..
In addition, elevator 12A has the control panel 21A being connected with elevator mechanism part 23A.Control panel 21A is to elevator mechanism
The movement of portion 23A is controlled.It is further described, if calling signal input control the disk 21A, control panel 21A of carriage
The signal for driving hoist engine using driving device is generated, hoist engine is acted, lifting, the stopping of carriage are controlled.
Control panel 21A is connected with wireless module 22A (example of wireless communication part).2 elevators 12A, 12B simultaneously
In the case where column setting, in the common stop operation panel 13 set by escalator, it is provided with the control panel phase with each elevator
Wireless module 22A, 22B of connection.Not too much big generally, due to stop operation panel 13, therefore, 2 wireless modules 22A, 22B are leaned on
Closely it is set in stop operation panel 13.In addition, wireless module 22A, 22B are arranged to not see from elevator lobby 4.That is, wireless
Module 22A, 22B is all installed on the various inside modules to form stop operation panel 13, can not be from outside by stop operation panel 13
Decorative panel and be seen.
In fig. 1 it is shown that carry maintenance terminal 5 (example of elevator maintenance terminal) maintenance personnel U in order to
Carry out upkeep operation and be located at elevator hall 4 state.In a situation such as this, maintenance personnel U is from maintenance terminal 5 via wireless
Module 22A between the control panel 21A of A machine carries out information transmit-receive.Maintenance terminal 5 can read number machine to be safeguarded as a result,
Operation data, or make elevator mechanism part 23A movement to be safeguarded.
Maintenance terminal 5 can be communicated with each other by network N and the central means 3 of the business office for being set to distant place etc..In
Information required for maintenance of the device 3 to the multiple elevator maintenance systems 1 for being set to specific region is entreated to be managed.For example, depositing
In number machine of elevator 12A and the related information etc. of wireless module 22A, maintenance terminal 5 requests the information needed to central means 3.
Elevator maintenance system 1 has the group management disk 11 for the stop operation panel 13 for being connected with 2 control panels 21A, 21B.Group
It manages disk 11 and is used for the progress optimal management of the operation to 2 elevators 12A, 12B.The following institute of typical effect of group management disk 11
It states.
For example, organizing management disk 11 to its sedan-chair if being pressed with hall call buttons of the stop operation panel 13 to uplink
Compartment calling is registered, and judges to be provided the car call service by the carriage of which platform machine in A machine, B machine in entirety
It is relatively reasonable in operation.At this point, if the carriage of B machine is located at nearest floor and just from the floor building below for having car call
Layer is mobile to upper layer, and the carriage of A machine has been positioned at the floor of the floor of car call or more, then organizes management disk 11 to B
The control panel 21B of number machine issues an instruction to the carriage of calling B machine.User can take the carriage of B machine to reach mesh as a result,
Mark floor.In addition, according to elevator maintenance system 1, a group function for management disk 11 can be made to be contained in control panel 21A and omission group sometimes
Manage disk 11 itself.
Fig. 2 is the hardware of each section of elevator maintenance system 1 and the structure chart of functional module.In Fig. 2, elevator machine is omitted
The diagram of structure portion 23A, 23B etc., mainly illustrate the signal path between wireless module 22A, 22B and maintenance terminal 5.
The control panel 21A of A machine includes I/O25A (example of elevator input and output portion), CPU26A (elevator controlling
One example in portion), memory 27A (example of elevator storage unit).The CPU26A of control panel 21A is with defined signal quilt
Input I/O25A is opportunity, defined processing is carried out based on the program for being stored in memory 27A, to form control signal.
The program for being stored in memory 27A is read by CPU26A, is executed on CPU26A as each function part.So
Afterwards, defined control signal is sent to elevator mechanism part 23A (Fig. 1) from I/O25A by CPU26A, is moved to elevator mechanism part 23A
It is controlled.
In addition, I/O25A, CPU26B possessed by the control panel 21B of B machine, memory 27B be respectively provided with I/O25A,
CPU26A, the identical function of memory 27A, therefore, detailed description will be omitted.
Maintenance terminal 5 includes picture 41, CPU42, memory 43, GPS receiving unit 44, acceleration transducer 45, electronics sieve
Disk 46, I/O47, camera 48, wireless module 49.Although the maintenance terminal 5 can carry out channel radio with wireless module 22A, 22B
Letter, but in the following description, maintenance terminal 5 and wireless module 22A is shown and is carried out wireless communication to be controlled to control panel 21A
The case where system instruction.
Picture 41 shows various information necessary to upkeep operation, is constituted using touch panel.Picture 41 includes display
The display unit 41a of schematic images 51,52 (referring to aftermentioned Fig. 4 and Fig. 5) and any one of schematic images 51,52 can be selected
A selector 41b.
The group of number machine and wireless module 22A, 22B that display unit 41a is determined according to aftermentioned combination determination unit 42e
It closes, to show shooting image 43d and schematic images 51,52.Then, display unit 41a will shoot image 43d and multiple schematic images
51, it 52 is shown together, multiple schematic images 51,52 indicate to carry out the electric wave as detected by electric wave test section 42a
Each setting position of wireless module 22A, 22B of transmitting.
Selector 41b selects specific schematic images 51 from the multiple schematic images 51,52 for being shown in display unit 41a.
Selector 41b is acted according to maintenance personnel U by the touch operation that picture 41 is carried out.
CPU42 (example of terminal control portion) reads the program for being stored in memory 43, and executes each function part
Processing.CPU42 include electric wave test section 42a, position determining portions 42b, destination register 42c, door state determination unit 42d,
Combine determination unit 42e, communication control unit 42f, spectral discrimination portion 42g, position correction portion 42h, operating status acquisition unit 42i.
Electric wave test section 42a detects wireless module 22A, 22B electric wave emitted.Position determining portions 42b is based on
Detect the position of wireless module 22A, 22B of electric wave and the position of maintenance terminal 5, by electric wave test section 42a to determine nothing
The relative position of wire module 22A, 22B relative to maintenance terminal 5 (this terminal).
Destination register 42c will be provided with the floor of hall door 24A, 24B captured by camera 48 as target building
Layer is registered.Maintenance personnel can carry out the registration of destination by maintenance terminal 5.Door state determination unit 42d is based on
Shooting image 43d determines come the open and-shut mode (example of door state) to hall door 24A, 24B.By the shooting image
43d is exported from camera 48, or is read from memory 43.
Determination unit 42e is combined in the nothing of number machine for being selected as communication object from multiple wireless module 22A, 22B
It is acted under the selection mode of wire module 22A, 22B.Then, combination determination unit 42e sentences to according to by door state determination unit 42d
Number machine of elevator 12A, 12B for having determined hall door 24A, 24B of open and-shut mode to determine and the wireless mould for being set to hall door 24A, 24B
The combination of block 22A, 22B are determined.At this point, combination determination unit 42e is to based on operation acquired in operating status acquisition unit 42i
The open and-shut mode of hall door 24A, 24B of state, the open and-shut mode phase with door state determination unit 42d hall door 24A, 24B determined
Consistent hall door 24A is determined.Then, combination determination unit 42e, which is determined to have, establishes channel radio as communication control unit 42f
The wireless module 22A of the object of letter.
Communication control unit 42f carry out with wireless mould corresponding to the selected specific schematic images 51 of selector 41b
The control of wireless communication is established between block 22A.In addition, communication control unit 42f also can be carried out via the net between central means 3
Network N establishes the control of wireless communication.
Spectral discrimination portion 42g is based on shooting image 43d, based on wireless module 22A, 22B relative to the opposite of maintenance terminal 5
Position determines whether multiple schematic images 51,52 are overlapped on display unit 41a.About shooting image 43d,
It exports from camera 48, or is read from memory 43.
Position correction portion 42h is to for determining the display position for being shown in the schematic images of wireless module 22A of picture 41
It is corrected.In the case where being determined as that multiple schematic images 51,52 shown by display unit 41a overlap each other, according to by position
The position for setting wireless module 22A, 22B determined by determining section 42b does not overlap each other multiple schematic images 51,52
Mode is shown in display unit 41a.Therefore, after 42h generation in position correction portion is corrected the display position of schematic images 51,52
Module position control information 43c.Module position control information 43c is stored in memory 43, and passes through communication control unit
42f is stored in the memory 33 of central means 3.Therefore, there are module position corrections to believe in memory 43 by position correction portion 42h
In the case where ceasing 43c, module position control information 43c is obtained from memory 43.On the other hand, position correction portion 42h is being stored
There is no in the case where module position control information 43c in device 43, module position control information 43c is obtained from central means 3.
In addition, position correction portion 42h in central means 3 there are in the case where module position control information 43c, by logical
The control of letter control unit 42f to obtain module position control information 43c from central means 3, and module position control information 43c is deposited
It is stored in memory 43.On the other hand, the feelings of module position control information 43c are not present in position correction portion 42h in central means 3
Under condition, module position control information 43c generated is registered in by central means 3 by the control of communication control unit 42f.
Operating status acquisition unit 42i is carried out wireless communication using communication control unit 42f and wireless module 22A, 22B, from control
Disk 21A, 21B processed obtain the operating status of elevator 12A, 12B.
Memory 43 (example in terminal storage portion) is also stored with various information other than program.The memory
43 couples of ownship position information 43a, module location information 43b, module position control information 43c are stored.
Ownship position information 43a is comprising the current location of maintenance terminal 5, acceleration as measured by GPS receiving unit 44
Maintenance including the direction of maintenance terminal 5 measured by the inclination of maintenance terminal 5, electronic compass 46 measured by sensor 45 is whole
The location information at end 5.Module location information 43b be maintenance terminal 5 wireless module 22A, 22B received by the central means 3
Location information.Module position control information 43c be to by position correction portion 42h correction after, it is being shown in display unit 41a,
The display position of schematic images 51,52 corresponding with wireless module 22A, 22B is corrected rear resulting location information.
GPS receiving unit 44 is based on defending by GPS (Global Positioning System: global positioning system) from GPS
The GPS signal that star receives, to calculate the location information for the current location for indicating maintenance terminal 5.Acceleration transducer 45 is for example
The acceleration of 3 axis of maintenance terminal 5 is detected, to be measured to the inclination of maintenance terminal 5.46 pairs of electronic compass dimensions
The direction (such as shooting direction of camera 48) of shield terminal 5 measures.
I/O47 (example of terminal input and output portion) by the control of communication control unit 42f, with central means 3
Between data are received and dispatched via network N.Camera 48 (example of image pickup part) utilizes still image or Dynamic Graph
As shooting to the scene of upkeep operation.Using still image taken by camera 48 or dynamic image as shooting figure
Memory 43 is stored in as 43d.In present embodiment example, shooting image 43d in elevator hall 4 is more to maintenance is provided with
Hall door 24A, 24B of a elevator 12A, 12B are shot.Wireless module 49 by the control of communication control unit 42f, with electricity
Data are received and dispatched using wireless near field communication between any one of wireless module 22A, 22B of terraced 12A, 12B.
Central means 3 include I/O31, CPU32, memory 33.I/O31 is between maintenance terminal 5 via network N logarithm
According to being received and dispatched.CPU32 reads the program for being stored in memory 33 and executes defined processing.Memory 33 in addition to program with
Outside, also to being sent to the module location information 43b of maintenance terminal 5 by I/O31 by central means 3 and led to from maintenance terminal 5
Module position control information 43c received by I/O31 is crossed to be stored.
Fig. 3 is to indicate maintenance terminal 5 for determining the combined processing example of elevator 12A, 12B and wireless module 22A, 22B
Flow chart.
In maintenance terminal 5, combination determination unit 42e can be based on electric wave test section 42a to any of wireless module 22A, 22B
The testing result that one electric wave emitted is detected carries out the combination of elevator 12A, 12B and wireless module 22A, 22B
Determine.However, can not identify which of left and right elevator 12A, 12B arranged side by side be A machine which be B machine, i.e. wireless module
22A, 22B are connected with which of left and right elevator 12A, 12B.
Therefore, maintenance personnel U operating maintenance terminal 5 starts wireless module selection mode (S1).So-called wireless module choosing
The mode of selecting be when the upkeep operation of working service terminal 5 starts, maintenance personnel U be used for from multiple wireless module 22A, 22B select
It is selected to an example of the selection mode of the wireless module 22A of number machine for communication object.
Then, maintenance personnel U starts camera 48, starts the shooting to elevator hall 4.At this point, maintenance personnel U is in elevator
It is shot on the position for the coverage that 12A, 12B and stop operation panel 13 converge on camera 48.Then, display unit 41a
The shooting image 43d of the elevator hall 4 as taken by camera 48 is shown in picture 41 (S2).If the shooting model of camera 48
It encloses almost the same with the indication range of picture 41.
Then, maintenance personnel U holds maintenance terminal 5 close to can be to the wireless module being connected respectively with elevator 12A, 12B
The range that the electric wave of 22A, 22B are detected.Electric wave test section 42a examines wireless module 22A, 22B electric wave emitted
It surveys.
Then, electric wave test section 42a is by the SSID (Service as the mark of wireless module 22A, 22B
SetIdentifier: service set identifier) it is read out together with the received-signal strength of wireless module 22A, 22B.Then, position
Determining section 42b is sent to central means 3 by the control of communication control unit 42f, by the SSID of wireless module 22A, 22B, and from
The module location information (S3) of the acquisition of central means 3 wireless module 22A, 22B.In central means 3, such as it is stored in advance advantageous
The correct location information of wireless module 22A, 22B for being determined with longitude and latitude.Wireless mould is obtained from central means 3
The module location information of block 22A, 22B, so that position determining portions 42b can determine that maintenance personnel U operated maintenance terminal 5
The correct position of wireless module 22A, 22B at floor.
Then, position determining portions 42b is read from memory 43 by GPS receiving unit 44, acceleration transducer 45, electronics sieve
The ownship position information 43a of the maintenance terminal 5 obtained of disk 46.As described above, utilizing acceleration transducer 45, electronic compass
46, ownship position information 43a, to determine maintenance terminal 5 is just being tilted in which position whichaway with what kind of degree.
In addition, electric wave of the position determining portions 42b based on wireless module 22A, 22B as detected by electric wave test section 42a in step S3
Intensity, on the basis of maintenance terminal 5, to determine relative direction, the distance of wireless module 22A, 22B.Then, position determining portions
Wireless module 22A, 22B are stored in relative to relative direction, the distance of maintenance terminal 5 as module location information 43b by 42b
Memory 43.
Display unit 41a is based on the module location information 43b for being stored in memory 43, by figure taken in step s 2
The schematic images 51 of the position of wireless module 22A are indicated as in and indicate that the schematic images 52 of the position of wireless module 22B are aobvious
It is shown in picture 41 (S4).It will indicate that the schematic images 51,52 of the position of wireless module 22A, 22B are as be described hereinafter as shown in Figure 4
It is shown in display unit 41a.
Then, position correction portion 42h inquires whether deposit in central means 3 or memory 43 by communication control unit 42f
In module position control information 43c (S5).There are module position corrections in any one in central means 3 or memory 43
In the case where information 43c ("Yes" of S5), position correction portion 42h obtains module position correction from central means 3 or memory 43
Information 43c.Then, display unit 41a will be right as shown in Figure 5 as be described hereinafter using accessed module position control information 43c
The schematic images 51,52 that display position is corrected are shown in picture 41 (S6).In this case, place below can be omitted
It manages (S7~S15), terminates present treatment.
On the other hand, (S5 in the case where module position control information 43c is not present in central means 3 and memory 43
"No"), spectral discrimination portion 42g analyzes the schematic images 51,52 that display unit 41a is shown in step S4.Then, scheme
As determination unit 42g be as shown in Figure 4 superposed the shown in display unit 41a whether as be described hereinafter to schematic images 51,52 (is drawn
Face 41) determined (S7).
Here, it is illustrated referring to example of the Fig. 4 to the schematic images 51,52 for being overlapped on display unit 41a.Fig. 4 is
Indicate exemplary user/interface schema that schematic images 51,52 are superposed shown.The top of Fig. 4 is shown with actual
The state of hall door 24A, 24B and stop operation panel 13, the lower part of Fig. 4 is shown with bat shown on the picture 41 of maintenance terminal 5
Take the photograph image 43d.
In fig. 4 it is shown that the mark that the position of wireless module 22A, 22B are shown together with shooting image 43d
The schematic images 51,52 of shape are overlapped the example of display in picture 41.Schematic images 51 indicate the position of wireless module 22A, show
It is intended to the position for indicating wireless module 22B as 52.
As shown in Figure 1, although left side is equipped with elevator 12A, right side is equipped with elevator from the point of view of being located at the maintenance personnel U of hall door 4
12B, but schematic images 51,52 or so are shown on the contrary.Further, since the overlapping display of schematic images 51,52, therefore,
It is difficult to know number machine represented by schematic images 52.If the overlapping of schematic images 51,52 display as a result, even if maintenance personnel U is
Upkeep operation is carried out to elevator 12A and to select schematic images 51, it is also possible to it can be erroneously selected schematic images 52, thus
The instruction of mistake is sent to elevator 12B.
Therefore, as shown in figure 4, in the case where schematic images 51,52 are overlapped and show ("Yes" of S7), make to utilize selector
41b carries out the function temporary disablement (S8) of selection by touching picture.Therefore, temporarily without touching picture by maintenance personnel U
Face 41 selects the operation of any one in wireless module 22A, 22B, and the processing after executing automatically.
On the other hand, as be described hereinafter as shown in Figure 5, in the feelings that schematic images 51,52 are not shown superposed
Under condition ("No" of S7), processing (S8~S15) below can be omitted, terminates present treatment.
After making selection function invalid in step s 8, operating status acquisition unit 42i obtains elevator via wireless module 22A
The operating status (S9) of 12A.In the opening and closing that the operating status of elevator 12A includes the position, hall door 24A of the carriage of elevator 12A
State etc..
Then, lowest level is set as destination via wireless module 22A to elevator 12A by destination register 42c
(S10).Since the maintenance personnel U of operating maintenance terminal 5 is located at lowest level, if the floor where maintenance personnel U, then
Destination can be set as to the floor in addition to lowest level.
Then, camera 48 shoots the open and-shut mode of hall door 24A, 24B, and using taken image as bat
It takes the photograph image 43d and is stored in memory 43 (S11).In addition, camera 48 at the time of step S2 persistently to hall door 24A, 24B into
Row shooting.
Then, door state determination unit 42d is based on the shooting image 43d exported from camera 48, to hall door 24A, 24B
Open and-shut mode is monitored (S12).Then, whether door state determination unit 42d persistently has any one to beat in hall door 24A, 24B
Capable monitoring is driven into, until maintenance personnel U is operable to interrupt processing.
If any one opening of hall door 24A, 24B, door state determination unit 42d compare electricity accessed in step S9
The open and-shut mode for hall door 24A, 24B that the operating status of terraced 12A is included, which to determine hall door 24A, 24B open.By
This, position determining portions 42b can determine that the setting position of the left and right of elevator 12A, 12B, and then determine wireless module 22A, 22B setting
In left and right any side (S13).
Position correction portion 42h is according to elevator 12A, 12B determined by position determining portions 42b and wireless module 22A, 22B
Left-right position relationship, to be corrected to the display position of schematic images 51,52.Then, display unit 41a will be by position correction
Schematic images 51,52 after portion 42h is corrected position are shown in picture 41 again.Schematic images 51,52 are not mutual as a result,
Overlappingly it is shown in picture 41 (S14).Later, schematic images 51,52 after position correction portion 42h will correct display position
Location information is stored in memory 43 as module position control information 43c.
Here, it is illustrated referring to example of the Fig. 5 to the schematic images 51,52 for being shown in picture 41 underlappedly.Fig. 5 is
Illustrate that the schematic images 51,52 of the position of wireless module 22A, 22B are not shown in mutually the exemplary of picture 41 overlappingly
User/interface schema.Shown with the state of actual hall door 24A, 24B and stop operation panel 13, the lower part of Fig. 5 shows on the top of Fig. 5
There is shooting image 43d shown on the picture 41 of maintenance terminal 5 out.
As shown in figure 5, display unit 41a based on module position control information 43c come by schematic images 51 close to picture 41
Left side is configured, and schematic images 52 is configured close to the right side of picture 41 to show, so that multiple schematic images
51, it 52 is not overlapped.Therefore, the nothing for being easy the position to the wireless module 22A being connected with A machine and being connected with B machine
The position of wire module 22B is determined.If display schematic diagram is as 51,52 like this, maintenance personnel U can to schematic images 51 into
Row selection, position and wireless module 22A, 22B without mistaking hall door 24A, 24B actually from elevator hall 4
Positional relationship.
Then, position correction portion 42h passes through the control of communication control unit 42f, by module position control information 43c via net
Network N is sent to central means 3, and module position control information 43c is registered in central means 3 (S15).As a result, from next time
Upkeep operation in use other maintenance terminals 5 when, other maintenance terminals 5 can from central means 3 obtain module position correction letter
Cease 43c.
Later, maintenance terminal 5 keeps the selection function of selector 41b effective.Then, maintenance personnel U using selector 41b come
Schematic images 51 are selected, so that communication control unit 42f starts to carry out wirelessly between the wireless module 22A as communication object
It communicates (S16), terminates wireless module selection mode (S17).
In the elevator maintenance system 1 involved in an embodiment example discussed above, in maintenance personnel U to maintenance
When terminal 5 is operable to carry out upkeep operation, schematic images 51,52 corresponding with wireless module 22A, 22B are shown in
Picture 41.Therefore, maintenance personnel U can be selected as any one in the schematic images 51,52 of number machine of maintenance object, and will
Maintenance terminal 5 is connected with any one in wireless module 22A, 22B.
In addition, also schematic images 51,52 can be corrected extremely even if schematic images 51,52 are shown in picture 41 with overlapping
The correct position of wireless module 22A, 22B are provided with to be shown.Therefore, maintenance personnel U can be looked on one side to display position
The schematic images after being corrected 51,52 are set, the wireless module 22A corresponding with the maintenance number machine of object of selection on one side,
22B.Thus schematic images 51,52 are shown, so as to clearly show corresponding with wireless module 22A, 22B number
Machine.
In addition, picture 41 is made of touch panel in above embodiment example, maintenance personnel by touch picture 41 come
Select any one in schematic images 51,52.In addition to this, it also can use selection key for being set to maintenance terminal 5 etc.
Select schematic images 51,52.
In addition, being remembered the invention is not limited to embodiment example as described above without departing from Patent right requirement
The main points of the invention carried can obtain various other application examples, variation certainly.For example, above embodiment example is in order to this
Invention carries out readily comprehensible explanation and has carried out detailed and specific description to the structure of apparatus and system, but might not office
It is limited to all structures for having illustrated.Furthermore it is possible to which a part of the structure of embodiment example described herein is replaced
It changes the structure of other embodiment example into, or even the structure of other embodiment example can also be added to some embodiment example
Structure in.In addition, a part of the structure about each embodiment example, can also carry out the addition of other structures, delete, set
It changes.In addition it is shown that considering is control line, information wire necessary to explanation is upper, but it is not limited to have been illustrated on product
Necessary whole control line, information wire.Actually it is also assumed that almost all of structure is all to interconnect.
Label declaration
1 elevator maintenance system
3 central means
5 maintenance terminals
12A, 12B elevator
22A, 22B wireless module
41 pictures
41a display surface
41b selector
42 CPU
42a electric wave test section
42b position determining portions
42c destination register
42d door state determination unit
42e combines determination unit
42f communication control unit
42g spectral discrimination portion
42h position correction portion
42i operating status acquisition unit
Claims (6)
1. a kind of elevator maintenance terminal characterized by comprising
Shoot part, shoot part output shoot image obtained by shooting to the hall door for being provided with multiple elevator；
Electric wave test section, the elevator of the electric wave test section pair and the control elevator prepared by every number machine of the elevator
The electric wave that multiple wireless communication parts that control unit is connected are issued is detected；
Position determining portions, the position determining portions detect the wireless communication part of the electric wave based on the electric wave test section
Position and the position of own terminal, the relative position to the wireless communication part relative to the own terminal are determined；
Destination register, the destination register step on the floor for being provided with the hall door captured by the shoot part
It is denoted as destination；
Door state determination unit, the door state determination unit determine the open and-shut mode of the hall door based on the shooting image；
Determination unit is combined, the combination determination unit is in number machine for being selected to communication object from multiple wireless communication parts
The wireless communication part selection mode in, to according to the hall door that determined by the door state determination unit open and-shut mode
Determined come number machine of the elevator determined, with the combination for the wireless communication part for being set to the hall door；
Display unit, the group of the display unit number machine and the wireless communication part according to being determined as the combination determination unit
It closes, the shooting image is shown together with multiple schematic images, multiple schematic images indicate to emit the electric wave inspection
Each setting position of the wireless communication part of the electric wave detected by survey portion；
Selector, the selector select the specific schematic diagram from the multiple schematic images for be shown in the display unit
Picture；And
Communication control unit, the communication control unit carry out with corresponding to the selected specific schematic images of the selector
The wireless communication part between establish the control of wireless communication.
2. elevator maintenance terminal as described in claim 1 characterized by comprising
Spectral discrimination portion, the opposite position of the spectral discrimination portion based on the wireless communication part relative to the own terminal
It sets, to determine whether multiple schematic images are overlapped on the display unit；And
Position correction portion, the position correction portion generate position correction information, wherein are determined as multiple institutes in described image determination unit
State schematic images overlapping display in the case where, the position of the wireless communication part according to determined by the position determining portions come pair
The display position of the schematic images is corrected, so that multiple schematic images are not shown in the display unit overlappingly,
The position correction information is thus generated,
The display unit is based on the position correction information, and multiple schematic images are not overlappingly configured and shown
Show.
3. elevator maintenance terminal as claimed in claim 2, which is characterized in that further include:
Operating status acquisition unit, the operating status acquisition unit are carried out wireless using the communication control unit and the wireless communication part
Communication, the operating status of the elevator is obtained from the elevator controlling portion,
The combination determination unit is determined as based on described in the operating status accessed by the operating status acquisition unit
The open and-shut mode of the hall door hall door consistent with the open and-shut mode of the hall door that the door state determination unit is determined
The upper wireless communication part with the object for establishing wireless communication as the communication control unit.
4. elevator maintenance terminal as claimed in claim 3, which is characterized in that further include:
Terminal storage portion, the terminal storage portion store the shooting image, the position correction information,
The communication control unit can be communicated with the central means for saving the position correction information,
In the case that the position correction portion has the position correction information in the terminal storage portion, deposited from the terminal
Storage portion obtains the position correction information, in the case where not having the position correction information in the terminal storage portion, from
The central means obtain the position correction information.
5. elevator maintenance terminal as claimed in claim 4, which is characterized in that
In the case that the position correction portion does not have the position correction information in the central means, pass through the communication
The position correction information generated is registered in the central means by the control of control unit.
6. a kind of elevator maintenance system, including
Multiple elevator；And
Elevator maintenance terminal, the elevator with maintenance terminal for being safeguarded to the elevator,
The elevator includes wireless communication part, which can wirelessly be led to the elevator with maintenance terminal
Letter,
The elevator maintenance system is characterized in that,
The elevator is also equipped with elevator controlling portion, which is connected with the wireless communication part, to the elevator into
Row control,
The elevator includes: with maintenance terminal
Shoot part, shoot part output shoot image obtained by shooting to the hall door for being provided with the more elevators；
Electric wave test section, the electric wave test section pair are connected with the elevator controlling portion prepared by every number machine of the elevator
The electric wave that the multiple wireless communication parts connect are issued is detected；
Position determining portions, the position determining portions detect the wireless communication part of the electric wave based on the electric wave test section
Position and the position of own terminal, the relative position to the wireless communication part relative to the own terminal are determined；
Destination register, the destination register step on the floor for being provided with the hall door captured by the shoot part
It is denoted as destination；
Door state determination unit, the door state determination unit determine the open and-shut mode of the hall door based on the shooting image；
Determination unit is combined, the combination determination unit from multiple wireless communication parts for being selected to described in communication object
In the selection mode of wireless communication part, determined to according to determined the hall door of open and-shut mode by the door state determination unit
The elevator number machine, determined with the combination of the wireless communication part for being set to the hall door；
Display unit, the combination of the display unit number machine and the wireless communication part according to being determined as the determination unit,
The shooting image is shown together with multiple schematic images, multiple schematic diagram indicates to emit the electric wave test section institute
Each setting position of the wireless communication part of the electric wave detected；
Selector, the selector select the specific schematic diagram from the multiple schematic images for be shown in the display unit
Picture；And
Communication control unit, the communication control unit carry out with corresponding to the selected specific schematic images of the selector
The wireless communication part between establish the control of wireless communication.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2015-252969 | 2015-12-25 | ||
| JP2015252969A JP6444295B2 (en) | 2015-12-25 | 2015-12-25 | Elevator maintenance terminal and elevator maintenance system |
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| Publication Number | Publication Date |
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| CN106915674A CN106915674A (en) | 2017-07-04 |
| CN106915674B true CN106915674B (en) | 2018-12-25 |
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| CN201611190348.7A Active CN106915674B (en) | 2015-12-25 | 2016-12-21 | Elevator maintenance terminal and elevator maintenance system |
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| CN (1) | CN106915674B (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US11577932B2 (en) | 2018-07-26 | 2023-02-14 | Otis Elevator Company | Elevator component inspection systems |
| EP3599204B1 (en) | 2018-07-26 | 2022-01-12 | Otis Elevator Company | Elevator component inspection system and method |
| JP7111595B2 (en) * | 2018-11-29 | 2022-08-02 | 株式会社日立ビルシステム | Work management system |
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| JP2013159455A (en) * | 2012-02-06 | 2013-08-19 | Hitachi Building Systems Co Ltd | Maintenance-management device of elevator |
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| JP4557524B2 (en) * | 2003-10-07 | 2010-10-06 | 東芝エレベータ株式会社 | Elevator control device |
| JP2010095360A (en) * | 2008-10-17 | 2010-04-30 | Toshiba Elevator Co Ltd | Function variable type remote monitoring system and method |
| JP2015224117A (en) * | 2014-05-29 | 2015-12-14 | 株式会社日立ビルシステム | Remote monitoring system of elevator |
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| JP2013159455A (en) * | 2012-02-06 | 2013-08-19 | Hitachi Building Systems Co Ltd | Maintenance-management device of elevator |
| CN103274269A (en) * | 2013-05-21 | 2013-09-04 | 杭州方星电子有限公司 | Elevator maintenance system based on internet of things |
| JP2015117098A (en) * | 2013-12-18 | 2015-06-25 | 株式会社日立製作所 | Maintenance management system for elevator facility |
| WO2015125266A1 (en) * | 2014-02-21 | 2015-08-27 | 株式会社日立製作所 | Elevator device |
| CN105084137A (en) * | 2014-05-19 | 2015-11-25 | 株式会社日立制作所 | Elevator group management system and method thereof |
| CN104876087A (en) * | 2015-06-17 | 2015-09-02 | 厦门乃尔电子有限公司 | Positioning technology based elevator fault rush-repair system and application method thereof |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2017114646A (en) | 2017-06-29 |
| CN106915674A (en) | 2017-07-04 |
| JP6444295B2 (en) | 2018-12-26 |
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