CN107555272B - Elevator device and part replacement period prediction meanss - Google Patents
Elevator device and part replacement period prediction meanss Download PDFInfo
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- CN107555272B CN107555272B CN201710436142.6A CN201710436142A CN107555272B CN 107555272 B CN107555272 B CN 107555272B CN 201710436142 A CN201710436142 A CN 201710436142A CN 107555272 B CN107555272 B CN 107555272B
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Abstract
Problem of the present invention is that prediction is in the replacement period for taking component used in the calling mechanism of place purpose stratum.One embodiment of the present invention has: taking place purpose stratum calling mechanism (10), place is being taken in setting, and has the purpose stratum input unit (11) for inputting the purpose stratum of carriage；And control unit (70).Control unit (70) obtains purpose formation data corresponding with to the input operation of purpose stratum input unit (11) of place purpose stratum calling mechanism (10) is taken, statistical disposition is carried out to the purpose formation data to calculate the access times for the component for constituting corresponding purpose stratum input unit (11), and the guarantee value of the access times based on the component and the guaranteed access times of the quality as the component, come predict constitute purpose stratum input unit (11) component replacement period.
Description
Technical field
The present invention relates to the elevator device for taking place purpose stratum calling mechanism for having input purpose stratum and take
Multiply the part replacement period prediction meanss of place purpose stratum calling mechanism.
Background technique
In recent years, nearby or in elevator lobby, reservation (registration) mesh is provided in the elevator lobby of each floor of building
Stratum operation panel (hereinafter also referred to as " taking place purpose stratum calling mechanism ").User can take carriage it
It is preceding to specify purpose stratum by taking place purpose stratum calling mechanism, but there is also take after carriage in carriage not
The case where purpose stratum can be specified.About having used information relevant to the operation for taking place purpose stratum calling mechanism
The invention of the operation conditions output device of elevator has disclosure in patent document 1.
It discloses in patent document 1 based on the operation data as information relevant to the car position of elevator, to export
Indicate the operation conditions output device of the elevator of the route map of information relevant to car position.Operation data is by including sedan-chair
Compartment status data, call state data and the data composition for waiting number data.It include to pass through in route map
When the generation that the purpose stratum that the operation for taking the operation panel at place of each floor of building is arranged in is reserved and operated
The information for the waiting number of each floor in being engraved in taken at place.
Citation
Patent document
Patent document 1: Japanese Unexamined Patent Publication 2011-132017 bulletin
In addition, taking place purpose stratum calling mechanism and taking place purpose stratum calling mechanism taking place setting
Pervious mode (for example, for calling entrance hall button of carriage) compare, convenience improves, and usage frequency is high.If someone
Entrance hall button is pressed, then other people will not be gone again by but for taking place purpose stratum calling mechanism, everyone can be
Reservation purpose stratum and operated.Therefore, the replacement cycle of component in entrance hall button and takes the registration of place purpose stratum
It is different in the case where device.But in the operation conditions output device of elevator described in Patent Document 1, operation panel (is taken
Multiply place purpose stratum calling mechanism) used in the prediction in replacement period of component do not make to consider.
Summary of the invention
Subject to be solved by the invention
The present invention is to consider above-mentioned situation and complete, it is intended that making it possible to predict taking place mesh
Stratum calling mechanism used in component replacement period.
A technical solution to solve project
The elevator device that one embodiment of the present invention is related to has: taking place purpose stratum calling mechanism, setting exists
Place is taken, and there is the purpose stratum input unit for inputting the purpose stratum of carriage；And control unit.Control unit obtains
With to the corresponding purpose formation data of the input operation of purpose stratum input unit for taking place purpose stratum calling mechanism, it is right
The purpose formation data carries out statistical disposition, constitutes the corresponding destination for taking place purpose stratum calling mechanism to calculate
The access times of the component of layer input unit.Moreover, access times of the control unit based on the component and the quality as the component
The guarantee value of guaranteed access times, to predict to constitute the purpose stratum input dress for taking place purpose stratum calling mechanism
The replacement period for the component set.
In addition, the elevator device that another mode of the invention is related to, which is based on constituting, takes place purpose stratum calling mechanism
Purpose stratum input unit component working time and the quality guaranteed working time as the component guarantee
Value, to predict that composition takes the replacement period of the component of the purpose stratum input unit of place purpose stratum calling mechanism.
Invention effect
At least one mode according to the present invention, when can predict to take the part replacement of place purpose stratum calling mechanism
Phase easily sets the replacement cycle.
By the explanation of the following embodiments and the accompanying drawings, project, structure and effect other than the above can be become more fully apparent.
Detailed description of the invention
Fig. 1 be show the first embodiment of the present invention is related to elevator device outline structure block diagram.
Fig. 2 is the block diagram for showing the hardware configuration of computer.
Fig. 3 is an example for showing purpose stratum as shown in Figure 1 and collecting the purpose formation data that processing unit is collected
Schematic diagram.
Fig. 4 is the schematic diagram for showing an example of analysis result of shown in FIG. 1 group of management export analytical equipment.
Fig. 5 is the schematic diagram for showing an example of other analysis results of shown in FIG. 1 group of management export analytical equipment.
Fig. 6 is the portion for showing the digital key apparatus of another analysis result of shown in FIG. 1 group of management export analytical equipment
One example of part replacement period prognostic chart.
Fig. 7 be show the first embodiment of the present invention is related to group management export analytical equipment carried out take place
The flow chart of the part replacement period prediction processing of purpose stratum calling mechanism.
Fig. 8 is the outline structure block diagram for showing the elevator device that second embodiment of the present invention is related to.
Symbol description
1,1A: elevator device, 10: taking place purpose stratum calling mechanism, 11: digital key apparatus, 30: group management controls
Device, 50: elevator control gear, 51: carriage, 60: outlet terminal device, 70: group management export analytical equipment is (when part replacement
Phase prediction meanss), 71: statistical disposition portion, 72: usage frequency extraction unit, 73: part replacement period prediction section, 74: informing portion,
80: computer, 81:CPU, 90: purpose formation data library, 100: the first statistical dispositions as a result, 110: the second statistical dispositions as a result,
120: usage frequency approximation line.
Specific embodiment
Hereinafter, being illustrated referring to example of the attached drawing to mode for carrying out the present invention.In addition, for having in each figure
Simultaneously the repetitive description thereof will be omitted for the constituent element mark same symbol of substantially the same function or structure.
<1. first embodiment>
Fig. 1 is the mount structure figure for showing the outline structure of the elevator device based on first embodiment of the invention.
[outline structure of elevator device]
Elevator device 1 shown in FIG. 1 has more and takes place purpose stratum calling mechanism 10, via communication line and each
Take the input-output control unit 20 and group management control device 30 of the connection of place purpose stratum calling mechanism 10.In addition,
Elevator device 1 has elevator control gear 50,1~N controlled the lifting of the carriage 51 of each machine of 1~N machine
Carriage 51, outlet terminal device 60 and the group management export analytical equipment 70 of the elevator of machine.Wherein, place destination is taken
As long as layer calling mechanism 10 is provided at least one or more in whole building.
Input-output control unit 20 controls the input signal and output signal in each portion.More are taken place purpose
Stratum calling mechanism 10 is for example arranged in each elevator lobby (floor) for the building for being provided with elevator, and user can be to taking
Multiply place purpose stratum calling mechanism 10 and is operable to reservation (registration) desired object stratum.Group management control device 30
Unified pipe is carried out to the operation of the elevator (carriage 51) of 1~N machine by the elevator control gear 50 of each machine of 1~N machine
Reason and control.
[structure for taking place purpose stratum calling mechanism]
It respectively takes place purpose stratum calling mechanism 10 and has the purpose stratum for being used to input purpose stratum as user
Digital key apparatus 11, input information reading part 12 and the informing portion 13 of input unit.
Digital key apparatus 11 is digital input unit, have key group, the key group be configured be assigned comprising number to
The key of marking.Each key is the component by the switching for mechanically carrying out electric signal from external power.That is, can be according to utilization
The operation of person carrys out the mutual contact or non-contact of two-way contact.
Input information reading part 12 read the IC card drawn from digital key apparatus 11 or user input information or
Input information obtained from organism etc., and it is sent to group management control device 30.
When receiving Distribution Unit information from group management control device 30, informing portion 13 can inform Distribution Unit information,
To make user know.The methods of as the method for informing, be shown in display panel or informed by sound guidance.
It takes place purpose stratum calling mechanism 10 in addition, above-mentioned and can use various structures.For example, in this embodiment party
Digital key apparatus 11 stratum input unit as a purpose is used in formula, but also be can be used and shown such as with liquid crystal display panel
Show the touch panel that panel is integrally constituted.
[structure of group management control device]
Group management control device 30 has operational management control system 40, it is contemplated that the waiting time and make multiple elevator (sedan-chair
Compartment 51) balancedly operate.The operational management control system 40 has purpose stratum input reception processing unit 41, the registration of purpose stratum
Processing unit 43 and data output processing part 44 are collected in processing unit 42, purpose stratum.
Purpose stratum input reception processing unit 41 is based on from the digital key apparatus for taking place purpose stratum calling mechanism 10
11, the purpose formation information of the inputs such as carriage purpose stratum button in carriage 51 (diagram is omited), is received treatment.
Purpose stratum registration process portion 42 based on the purpose formation information accepted by purpose stratum input reception processing unit 41,
Carry out the registration process on purpose stratum.Register information of the operational management control system 40 based on purpose stratum, is being arranged to distribute
Elevator (the sedan-chair for thering is the floor for taking place purpose stratum calling mechanism 10 for the reservation operation for having carried out purpose stratum to be stopped
Compartment 51).Then, the information of the elevator (carriage 51) of distribution, that is, Distribution Unit information is notified via input-output control unit 20
To taking place purpose stratum calling mechanism 10.
It collects processing unit 43 and is handled as follows in purpose stratum, that is, take place purpose stratum calling mechanism 10 by each
To collect and accumulate the input datas such as the purpose stratum based on digital key apparatus 11.Processing unit 43 is collected based on defeated in purpose stratum
Enter the data relevant to purpose stratum (purpose formation data) in data, in non-volatile internal reservoir 87 (referring to Fig. 2)
In construct purpose formation data shown in Fig. 3 library 90.
Data output processing part 44 is handled as follows, that is, the purpose collected in processing unit 43 will be collected on purpose stratum
One of the daily record data of formation data as elevator device 1 and be output to outlet terminal device 60.In addition, the data output processing
Operation data needed for portion 44 will also make visual information (for example, route map) of operation conditions etc. etc. is used as log number
It is exported according to outlet terminal device 60.
Outlet terminal device 60 is connected to group management control device 30 via communication line, slot, bus etc..Outlet terminal
Device 60 is received every given time comprising purpose formation data, fortune from the data output processing part 44 of group management control device 30
The daily record data of row data etc., and store the non-volatile internal reservoir 87 of Fig. 2 described later.Outlet terminal device 60
It can be attached/dismantle from group management control device 30, institute can be read in by external group management export analytical equipment 70
The daily record data saved in the outlet terminal device 60 removed.
Group management export analytical equipment 70 exports operation conditions based on the daily record data exported from outlet terminal device 60
Visual information, each take place purpose stratum calling mechanism 10 digital key apparatus 11 each key service life or replacement period
Prediction result.
[structure of group management export analytical equipment]
Group management export analytical equipment 70 (examples of part replacement period prediction meanss) have statistical disposition portion 71,
Usage frequency extraction unit 72, part replacement period prediction section 73 and informing portion 74.
From following description it is found that statistical disposition portion 71 is carried out to from the received purpose formation data of outlet terminal device 60
Statistical disposition, press it is each take place purpose stratum calling mechanism 10 calculate each key of digital key apparatus 11 use time
Number.Then, statistical disposition portion 71 by the access times of calculated each key be output to usage frequency extraction unit 72.
The access times of each key of the usage frequency extraction unit 72 based on the digital key apparatus 11 inputted from statistical disposition portion 71,
The high key of usage frequency is extracted from the key for constituting the corresponding digital key apparatus 11 for taking place purpose stratum calling mechanism 10.
Then, usage frequency extraction unit 72 is output to part replacement period prediction section 73 for result is extracted.Because of the high key of usage frequency
With usage frequency compared with low key, deterioration caused by abrasion of contact etc. is easier to be in progress, it is possible to think replacement period
Earlier.It therefore, can by the way that the high key of the usage frequency in digital key apparatus 11 to be set as to the object of part replacement period prediction
Preferential management is presumed to the key of replacement period earlier.
The key high for the usage frequency extracted by usage frequency extraction unit 72 of part replacement period prediction section 73, prediction
The replacement period of component.In the prediction in the replacement period of the component, the statistical disposition based on statistical disposition portion 71 can be used
As a result usage frequency approximation line and guarantee number (referring to the Fig. 6 illustrated below).The usage frequency approximation line of key can be by portion
Part replacement period prediction section 73 is calculated using least square method.
The replacement period that informing portion 74 carries out the object Part that will be predicted by part replacement period prediction section 73 informs management
The processing of member.As the method for informing, other than being shown in display unit 85, there are also export the methods of sound.
Like this, group management export analytical equipment 70 takes the acquisition of place purpose stratum calling mechanism 10 and logarithm by each
The purpose stratum input of word key device 11 operates corresponding purpose formation data.Then, which is counted
Processing, to calculate the access times for constituting the corresponding component for taking place purpose stratum calling mechanism 10.Then, based on pair
Take the access times of the component that the digital key apparatus 11 of place purpose stratum calling mechanism 10 is constituted and preset
Threshold value, by each replacement period taken place purpose stratum calling mechanism 10 and carry out the component of predicted figure key apparatus 11.
[hardware structure of computer example]
Fig. 2 shows hardware structure of computer examples.
Here, managing above-mentioned take place purpose stratum calling mechanism 10, input-output control unit 20, group is constituted
Control device 30, elevator control gear 50, outlet terminal device 60 and the computer 80 for organizing management export analytical equipment 70
Hardware configuration is illustrated.Wherein, each section of computer 80 can cooperate the function of each device, carry out selecting to take using purpose
House.
Computer 80 is the hardware used as so-called computer.Computer 80 has the CPU connecting respectively with bus 84
(Central Processing Unit: central processing unit) 81, ROM (Read Only Memory: read-only memory) 82,
RAM (Random Access Memory: random access memory) 83.Computer 80 is also equipped with display unit 85, operation portion 86, non-
Volatibility interior magazine 87, network interface 88.
CPU81 (example of control unit) reads and executes from ROM82 and realizes each function of the present embodiment
The program code of software.In addition, computer 80 also can replace CPU81 and have MPU (Micro-Processing Unit: micro-
Processing unit) etc. processing units.
RAM83 is temporarily written in variable, parameter that the midway of calculation process generates etc..Display unit 85 is, for example, liquid crystal prison
Visual organ shows the result etc. of the processing carried out by computer 80.For operation portion 86 such as using keyboard, mouse, surveillant can
Carry out given operation input, instruction.In the case where being applied to computer 80 to take place purpose stratum calling mechanism 10,
Operation portion 86 is equivalent to digital key apparatus 11.
As non-volatile internal reservoir 87, such as use HDD (Hard Disk Drive: hard disk drive), SSD
(Solid State Drive: solid state hard disk), floppy disk, CD, photomagneto disk, CD-ROM, CD-R, tape, non-volatile storage
Device card etc..In the non-volatile internal reservoir 87, in addition to record has OS (Operating System: operating system), each
Other than kind parameter, also record has the program for functioning computer 80.
Network interface 88, can be via such as using NIC (Network Interface Card: network interface card)
LAN etc. receives and dispatches various data between networks or communication line and external device (ED).
[collecting the data collection in processing unit in purpose stratum]
Fig. 3, which is shown, collects the data (purpose formation data) about purpose stratum that processing unit 43 is collected by purpose stratum
An example.
Purpose formation data shown in Fig. 3 library 90 is the database for having accumulated purpose formation data, is carved characters when having operation
Section 91, starting layer field 92, purpose stratum field 93 and used take place purpose stratum calling mechanism id field
94.In Fig. 3, place purpose stratum calling mechanism ID (Identification) table will be taken and be denoted as " calling mechanism ID ",
Sometimes " calling mechanism ID " is also denoted as in later explanation.Here, taking place purpose stratum calling mechanism 10 by each floor
Setting, and whole building is provided with more.Therefore, registration is assigned respectively to respectively taking place purpose stratum calling mechanism 10
Device ID, as being information that several layers of which takes that place purpose stratum calling mechanism 10 is operated for identification.For example,
First record in purpose formation data library 90 shows following situation, that is, carving " 08:00:00:32 " in operation, (00 divides when 8
00 second 32), have input " 1 layer " as starting layer from the place purpose stratum calling mechanism 10 of taking that calling mechanism ID is " 001 "
And have input " 12 layers " stratum as a purpose.
[statistical disposition in group management export analytical equipment]
Fig. 4 shows an example of the analysis result in the statistical disposition portion 71 based on group management export analytical equipment 70.
First statistical disposition result 100 is using purpose formation data library 90 as shown in Figure 3, by each calling mechanism ID
The statistical disposition result that the accumulative total on the purpose stratum of preset given period is summarized.Group management export analysis dress
The statistical disposition portion 71 for setting 70 carries out statistical disposition using purpose formation data library 90, to obtain the first statistical disposition result
100.The first statistical disposition result 100 have take place purpose stratum calling mechanism id field 101, setting layer field 102,
And purpose stratum field 103.In purpose stratum field 103, show according to each destination layer in addition to layer is set into
The number (number of operations) of row reservation adds up.
Carrying out during such statistics both can be as unit of one day, a few houres for being also possible in one day.In addition,
Only certain movable dates can be held between floors, without movable date, the operation conditions of the electric car at nearest station
Deng the particular day for reflecting any situation.
The example of Fig. 4 shows following situation, that is, for 1 layer of calling mechanism ID " 001 " is arranged in, for the purpose of 2 layers
The digital key operation on stratum is operated, and " 2 " are secondary, and 3 layers of digital key operations are operated with " 5 " are secondary, grasp to 4 layers of number keys
Work is operated, and " 5 " are secondary, and it is secondary to be operated " 4 " to 5 layers of digital key operations.It also shows, 6 layers and 7 layers of number keys is grasped
Work is operated that " 1 " is secondary respectively, and 8 layers of digital key operations are operated with " 7 " are secondary, is operated to 9 layers of digital key operation
" 1 " is secondary, and 10 layers of digital key operations are operated with " 2 " are secondary, and it is secondary to be operated " 6 " to 11 layers of digital key operations, and to 12
It is secondary that the digital key operation of layer is operated " 8 ".
Fig. 5 shows an example of other analysis results in the statistical disposition portion 71 based on group management export analytical equipment 70
Son.
Second statistical disposition result 110 is going through for the purpose stratum in the first statistical disposition result 100 according to Fig.4,
Records of the Historian record, presses each calling mechanism ID and which key to be used the statistical disposition result summarized several times to.Second statistics
Processing result 110, which has, takes place purpose stratum calling mechanism id field 111 and button field 112.In button field 112
The number for distributing to button (key for constituting digital key apparatus 11) is shown.
The digital key apparatus 11 for taking place purpose stratum calling mechanism 10 is set as general number key mode.Such as Fig. 5 institute
Show, for example, it is envisioned that as digital key apparatus 11 key (button) and impart " 0 ", " 1 ", " 2 ", " 3 ", " 4 ", " 5 ", " 6 ",
The case where " 7 ", " 8 ", " 9 ", asterisk label " ★ ".For example, by 2 layers of digital key operation on stratum as a purpose,
The button for using " 2 " uses the button of " 1 " and " 2 " to 12 layers of digital key operation.Therefore, by by each
Calling mechanism ID collects the data of the input number on purpose stratum, to obtain the statistics of the number of operations of each button.
Like this, be capable of the button of by the way of number key " 0 "~" 9 " combination or " B " (not shown),
The combination of the button of the button and number of " M " is come stratum the purpose of specifying " 12 " layer, " B1 " layer, " M2 " layer." B " is subterranean layer,
" M " indicates Mezzanine (interlayer).Mezzanine indicates setting in the centre of certain layer (for example, 1 layer) and another layer (2 layers)
Sandwich structure, " M2 " refer to, positioned at 1 layer and the interlayer of 2 layers of centre.The designation method on such purpose stratum the case where
Under, the statistical disposition result of Fig. 4 and Fig. 5 is able to use to estimate the behaviour in service of each button.
Other than number key mode, occasionally there are the special buttons such as " ★ " button, " 12 " button.There is also as indicating to go
" ★ " button toward lobby floor is such, not instead of several combinatorics on words come by way of specifying purpose stratum, by pressing this
Button carrys out assignment of allocation to the mode on the purpose stratum of button.In this case, it is also possible to such as under type: in the purpose of Fig. 3
Special button operation flag is set in the record in formation data library 90, is sentenced by " the opening (ON) " of mark, " closing (OFF) "
Whether special button is not operated, to being that the operation of number key button or the operation of special button distinguish.
For example, as the operation of specified lobby floor, there are digital key operations to " 1 " in the case where lobby floor is 1 layer
The operation of button or to the operation of " ★ " button both.In this case, if the record in the purpose formation data library 90 of Fig. 3
Special button operation flag be " unlatching ", then be set as having used " ★ " button, if it is " closing ", then be set as having used " 1 "
Button.
In this case, it in Fig. 5, other than the access times of " 1 " button, is additionally provided with " ★ " and presses
The field of the access times of button.It is " unlatching " in the special button operation flag of the record in the purpose formation data library 90 of Fig. 3
In the case of, statistical disposition portion 71, which is judged as, has used " ★ " button, and for " closing ", statistical disposition portion 71 is judged as
" 1 " button has been used, and the numerical value in the field of corresponding button has been counted.
[the part replacement period prediction in group management export analytical equipment]
Fig. 6 show it is calculated by the part replacement period prediction section 73 of group management export analytical equipment 70, constitute number
One example of the part replacement period prognostic chart of the key of key apparatus 11.In Fig. 6, the longitudinal axis indicates the access times [ten thousand of key
It is secondary], horizontal axis indicates the elapsed time [year] from being arranged digital key apparatus 11.Fig. 6 is shown about the specific of digital key apparatus 11
Key analysis result example.Specific key is, for example, making for the digital key apparatus 11 extracted by usage frequency extraction unit 72
With the high key of frequency.
As described above, the statistical disposition portion 71 of group management export analytical equipment 70 carries out Statistics Division to purpose formation data
Reason, and each each key taken place purpose stratum calling mechanism 10 and calculate digital key apparatus 11 is pressed using calling mechanism ID
Access times.In Fig. 6, such as the use as unit of half a year to each button of the second statistical disposition result 110 shown in fig. 5
Number is added up, and as 3.5 years corresponding accumulated results from being arranged digital key apparatus 11 till now, uses column
It illustrates.In addition, though histogram has been used in Fig. 6, but be not restricted to that histogram.
Part replacement period prediction section 73 is directed to comparable half-yearly tired with the height of each column of histogram shown in fig. 6
Access times are counted, using least square method, to calculate usage frequency approximation line 120.Then, part replacement period prediction section
73 use the replacement period that object key is predicted based on the usage frequency approximation line 120 of histogram.In the example of fig. 6, according to
Guaranteed access times of quality as component, guarantee number (guarantee value) as shown in dotted line it is approximate with usage frequency
The intersection point of line 120, the access times for being predicted as the specific key of digital key apparatus 11, which reach, guarantees that the year of number is 5.5 years
Afterwards.
Therefore, if the part replacement period prognostic chart of the digital key apparatus 11 using Fig. 6, can reach in specific key
Before actual guarantee number, determines replacement period and establish replacement operation plan.Such analysis can be by digital key apparatus
11 each key carries out, but can also by usage frequency extraction unit 72 from it is corresponding take place purpose stratum calling mechanism 10 it
It is middle to carry out at least one each for taking place purpose stratum 10 usage frequencies of calling mechanism high number keys as object.
In addition, part replacement period prediction section 73 can not also be logical by the method using usage frequency approximation line 120
It crosses other methods and carrys out prediction unit replacement period.For example, part replacement period prediction section 73 can also calculate it is half-yearly tired
The average value for counting access times carrys out prediction unit replacement period.It is tired at 3.5 year points if being illustrated by taking Fig. 6 as an example
The average value of meter access times becomes following value: adding up to the accumulative access times from 0.5 year to 3.5 year, and by the conjunction
Meter is worth divided by obtained from 6.If calculating in this way, the average value every half a year, accumulative access times be will increase.Then, according to
The straight line and preset guarantee number that the average value application least square methods of accumulative access times half-yearly is found out
Intersection point, prediction unit replace period.
[part replacement period prediction processing]
Fig. 7 be show that group management export analytical equipment 70 carried out take (the number of place purpose stratum calling mechanism 10
Key apparatus 11) part replacement period prediction processing flow chart.CPU81 is recorded in the program of ROM82 by executing, thus real
Existing processing shown in Fig. 7.
In Fig. 7, the statistical disposition portion 71 of management export analytical equipment 70 is organized to taking place purpose stratum calling mechanism
10 purpose formation data carries out statistical disposition, to obtain the component of the digital key apparatus 11 of stratum input unit as a purpose
The access times (referring to Fig. 5) (step S1) of (each key).The information of the access times of each key of the number key apparatus 11 is from statistics
Processing unit 71 is sent to usage frequency extraction unit 72.
Then, usage frequency extraction unit 72 is extracted among each key of the digital key apparatus 11 provided from statistical disposition portion 71
More than access times, that is, the high key (step S2) of usage frequency.The information of the high key of the usage frequency is from usage frequency extraction unit
72 are sent to part replacement period prediction section 73.
Then, the replacement period of the high key of the usage frequency of 73 logarithm word key device 11 of part replacement period prediction section carries out
It predicts (step S3).For example, the prediction in part replacement period uses above-mentioned usage frequency approximation line 120 or each given period
The average value of accumulative usage frequency carry out.
It then informs the number key predicted by part replacement period prediction section 73 is informed in portion 74 using display unit 85 etc.
Replacement period (step S4) of the high key of the usage frequency of device 11.
The digital key apparatus 11 that group 70 pairs of wholes of management export analytical equipment take place purpose stratum calling mechanism 10 is real
The processing of step S1~S4 is applied, if completing place to the digital key apparatus 11 for all taking place purpose stratum calling mechanism 10
Reason, then terminate the processing of Fig. 7.
The registration of place purpose stratum is respectively taken in the group management control device 30 of the present embodiment of above-mentioned first, importing
Device 10 is exported corresponding with to the operation input of digital key apparatus 11 for taking place purpose stratum calling mechanism 10
Operation signal, to carry out a group management control.Group management control device 30, which can be accumulated easily, as a result, takes place mesh by each
The input data (purpose formation data) on purpose stratum that is operated of 10 logarithm word key device 11 of stratum calling mechanism.So
Afterwards, group management export analytical equipment 70 can be received from group management control device 30 by taking place via outlet terminal device 60
The purpose formation data of the differentiation of purpose stratum calling mechanism 10 simultaneously carries out statistical disposition, and carrys out predicted figure using the statistical result
The replacement period of each key of key apparatus 11.In turn, by accumulating the prediction result in the replacement period of each key of digital key apparatus 11,
So as to easily press each key (number for indicating purpose stratum) setting replacement cycle.
Like this, in the first present embodiment, it can predict to be arranged in and take place purpose stratum calling mechanism 10
The replacement period of each key of digital key apparatus 11, or it is easy to carry out the setting of replacement cycle.Moreover, by using display unit
85 etc. inform replacement period, replacement cycle, so as to make future digital key apparatus 11 each key it is visual using tendency
Change, can be realized making clear for the replacement period of each key of digital key apparatus 11.Place purpose stratum is taken so can be improved
The maintainability of calling mechanism 10.
In addition, stratum input unit logarithm word key device 11 is illustrated as a purpose in the present embodiment, still
Also can be used through touch operation carry out the input of purpose stratum with the integrated structure of display panel (for example, liquid crystal display panel)
At touch panel stratum input unit as a purpose.By taking place purpose to each by group management export analytical equipment 70
The usage frequency of stratum calling mechanism 10 carries out statistical disposition, so as to speculate that the brightness of display panel exports situation.So
It can predict the replacement period of touch panel (and display panel), or easily set the replacement cycle.
In addition, the prediction object in replacement period is not limited to digital key apparatus 11 and touch panel.It is defeated to constitute purpose stratum
The component for entering device also includes the display panel for being for example laminated in touch panel.Usage frequency extraction unit 72 takes ground from by each
The input data (purpose formation data) on the purpose stratum that point 10 logarithm word key device 11 of purpose stratum calling mechanism is operated
It is middle to obtain the Startup time for respectively taking place purpose stratum calling mechanism 10, and it is calculated as the LCD display of display panel
The lighting time (working time) of plate.Then, back of the part replacement period prediction section 73 to lighting time and liquid crystal display panel
The guarantee lighting time (guarantee value) of light lamp is compared, so as to predict the replacement period of liquid crystal display panel.
For example, it is envisioned that taking place purpose stratum calling mechanism 10 has the case where following function: being passed through in no operating time
When having spent 1 minute or more, extinguish the backlight of liquid crystal display panel.Usage frequency extraction unit 72 takes place purpose to operating
Be compared at the time of stratum calling mechanism 10 and at the time of operated next time, no operating time have passed through 1 minute with
In the case where upper, the working time may be calculated front to the time taking place purpose stratum calling mechanism 10 and being operated
Afterwards 1 minute.
These are added up to, can also according to guarantee lighting time (guarantee value) of the backlight of liquid crystal display panel,
The actual Startup time and prediction work time estimates the replacement of liquid crystal display panel derived from actual Startup time
Period.
In turn, although the input on stratum is (digital to place purpose stratum calling mechanism 10 is taken to illustrate as a purpose
Key apparatus 11) operation still even other inputs, can also be carried out similarly application.For example, taking place purpose
In the case that stratum calling mechanism 10 has wheelchair user with the button with ordinary people, it is also possible to use wheelchair user
Button input operation.In addition, about a group management export analytical equipment 70, although the visualization as operation conditions is with carrying out
Explanation, but be also possible to for predicting that (production part replacement period prognostic chart) takes place purpose stratum calling mechanism 10
Part replacement period dedicated unit.
<2. second embodiment>
Second embodiment is that group management export analytical equipment 70 is imported and accumulated from group management control device 30 via network
The structure of tired daily record data.Hereinafter, being illustrated centered on the part being different from the first embodiment to second embodiment.
Fig. 8 is the block diagram for showing the outline structure for the elevator device that second embodiment is related to.Elevator device shown in Fig. 8
1A is the structure that output server 130 has been added to elevator device 1.The data output processing part 44 of group management control device 30
It include the daily record data of purpose formation data to the output of input-output control unit 20.
Output server 130 receives every given time from input-output control unit 20 via network N 1 and accumulates day
Will data.It is analyzed in addition, received daily record data is output to group management export via network N 2 with server 130 by output
Device 70.As output server 130, the structure of computer 80 shown in Fig. 2 can be applied.
The purpose that group management export analytical equipment 70 is included based on the daily record data received from output server 130
Formation data, when service life or the replacement of each key of the digital key apparatus 11 of place purpose stratum calling mechanism 10 are each taken in output
Phase prediction result.Alternatively, group management export analytical equipment 70 also can be set to such as flowering structure: utilizing from output server 130
And the various data that the daily record data of the importing of outlet terminal device 60 is included, carry out the longevity of each key of each digital key apparatus 11
Output, the visualization of operation conditions etc. of life or replacement period prediction result.
In second embodiment as constructed as above, effect same as the first embodiment can be also obtained.That is, group management
Analytical equipment 70 is exported other than the output of the visual information of operation conditions etc., additionally it is possible to take place using based on each
The statistical disposition result (referring to Fig. 4, Fig. 5) and analysis result (ginseng of the purpose stratum input operation of purpose stratum calling mechanism 10
According to Fig. 6), carry out the replacement period of each key of predicted figure key apparatus 11 or easily sets the replacement cycle.
<3. is other>
Although organizing management export analytical equipment 70 in the first and second above-mentioned embodiments has usage frequency extraction
Portion 72, but not necessary structure.Part replacement period prediction section 73 can also be not limited to the high key of usage frequency and to structure
The prediction in replacement period is carried out at all keys of digital key apparatus 11.
In the first and second above-mentioned embodiments, the daily record data that group management control device 30 exports can also be remembered
Record is in external recording mediums such as USB storages.Group management export analytical equipment 70 can also be to being recorded in external recording medium
Daily record data (purpose stratum input data) carries out statistical disposition, thus stratum input unit the purpose of predicted figure key apparatus 11
Part replacement period.
In turn, certainly, the present invention is not limited to above-mentioned each embodiment example, the sheet recorded without departing from claims
The main idea of invention, additionally it is possible to use various other application examples, variation.
For example, above-mentioned embodiment example has carried out in detail the structure of device and system to be readily appreciated that the present invention
Thin and specific description is not necessarily defined in the embodiment example for having illustrated entire infrastructure.Furthermore it is possible to by some
A part of the structure of embodiment example is replaced into the structure of other embodiment example.It is further possible to some embodiment
The structure of the structure addition other embodiment example of example.Additionally it is possible to be carried out to a part of the structure of each embodiment example
Addition, deletion, the displacement of other structures.
In addition, about above-mentioned each structure, function, processing unit, processing unit etc., such as can also be by their a part
Or be all designed with integrated circuit, to be realized with hardware.In addition, about above-mentioned each structure, function etc., it can also
To be explained by processor and be executed the program for realizing respective function, to be realized with software.Realize each function program,
The information of table, file etc. can also be placed in the records such as memory, hard disk, SSD (Solid State Drive: solid state hard disk) dress
It sets or the recording mediums such as IC card, SD card, DVD.
It, may not one in addition, show about control line, information wire and think to be illustrated required control line, information wire
Surely control line whole on product, information wire are shown.Indeed, it is possible to think that most structure is all connected with each other.
In addition, in the present specification, describing the processing step of the processing of time series, not only including according to documented
The processing that sequence carries out in temporal sequence, further includes not necessarily being handled but concurrently or independently being executed in temporal sequence
Processing (for example, parallel processing or object-based processing).
In addition, each component for the image processing apparatus that an embodiment about the above-mentioned disclosure is related to, such as
The each hardware of fruit can receive and send messages each other via network, then may be mounted at any hardware.In addition, being implemented by some processing unit
Processing can be by a hardware realization, can also be by being realized based on the decentralized processing of multiple hardware.
Claims (2)
1. a kind of elevator device, has:
Place purpose stratum calling mechanism is taken, place is being taken in setting, and with the purpose stratum for inputting carriage
Purpose stratum input unit；And
Control unit obtains and the input to the purpose stratum input unit for taking place purpose stratum calling mechanism
Corresponding purpose formation data is operated, statistical disposition is carried out to the purpose formation data to calculate and constitute corresponding described take
The access times of the component of the purpose stratum input unit of place purpose stratum calling mechanism, and made based on the component
The guarantee value of number and the guaranteed access times of quality as the component is used, to predict to take place mesh described in composition
Stratum calling mechanism purpose stratum input unit the component replacement period,
The place purpose stratum calling mechanism of taking has configured with the key that the key to marking comprising number is assigned
Group, as purpose stratum input unit,
The control unit, which obtains, to be indicated to the purpose stratum input unit for taking place purpose stratum calling mechanism
The purpose formation data of the operation of each key, and the purpose stratum input of place purpose stratum calling mechanism is taken described in prediction
The replacement period of each key of device,
The control unit has:
Statistical disposition portion carries out statistical disposition to the purpose formation data, calculates and described take place purpose stratum and step on
Remember the access times of each key of the purpose stratum input unit of device；And
Part replacement period prediction section, based on the institute by the calculated purpose stratum input unit in the statistical disposition portion
The access times of each key and the relationship of time are stated, to predict the replacement period of each key,
The control unit is also equipped with: usage frequency extraction unit, from the corresponding place purpose stratum calling mechanism taken
The high key of usage frequency is extracted in each key of purpose stratum input unit,
The part replacement period prediction section institute high to the usage frequency extracted by the usage frequency extraction unit
The replacement period for stating the corresponding key of purpose stratum input unit is predicted.
2. a kind of part replacement period prediction meanss, have:
Control unit is obtained and is grasped to the input for taking the purpose stratum input unit of place purpose stratum calling mechanism is set to
Make corresponding purpose formation data, statistical disposition is carried out to the purpose formation data to calculate to constitute and corresponding described take ground
The access times of the component of the purpose stratum input unit of point purpose stratum calling mechanism, and the use based on the component
The guarantee value of number and the guaranteed access times of quality as the component, to predict to take place purpose described in composition
The replacement period of the component of the purpose stratum input unit of stratum calling mechanism, wherein described take place destination
Place is being taken in layer calling mechanism setting, for inputting the purpose stratum of carriage,
The place purpose stratum calling mechanism of taking has configured with the key that the key to marking comprising number is assigned
Group, as purpose stratum input unit,
The control unit, which obtains, to be indicated to the purpose stratum input unit for taking place purpose stratum calling mechanism
The purpose formation data of the operation of each key, and the purpose stratum input of place purpose stratum calling mechanism is taken described in prediction
The replacement period of each key of device,
The control unit has:
Statistical disposition portion carries out statistical disposition to the purpose formation data, calculates and described take place purpose stratum and step on
Remember the access times of each key of the purpose stratum input unit of device；And part replacement period prediction section, based on by
The access times and the relationship of time of each key of the calculated purpose stratum input unit in statistical disposition portion come
Predict the replacement period of each key,
The control unit is also equipped with: usage frequency extraction unit, from the corresponding place purpose stratum calling mechanism taken
The high key of usage frequency is extracted in each key of purpose stratum input unit,
The part replacement period prediction section institute high to the usage frequency extracted by the usage frequency extraction unit
The replacement period for stating the corresponding key of purpose stratum input unit is predicted.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2016-131418 | 2016-07-01 | ||
| JP2016131418A JP2018002390A (en) | 2016-07-01 | 2016-07-01 | Elevator system and component replacement period predictor |
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| Publication Number | Publication Date |
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| CN107555272A CN107555272A (en) | 2018-01-09 |
| CN107555272B true CN107555272B (en) | 2019-03-19 |
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| CN (1) | CN107555272B (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP7026511B2 (en) | 2018-01-11 | 2022-02-28 | 株式会社アルファ | Door switchgear |
| CN110759187A (en) * | 2018-07-27 | 2020-02-07 | 奥的斯电梯公司 | Call request device and display control method thereof |
| WO2020049712A1 (en) * | 2018-09-07 | 2020-03-12 | 三菱電機株式会社 | Platform operation panel |
| JP6947197B2 (en) * | 2019-03-13 | 2021-10-13 | フジテック株式会社 | Information processing device |
| CN110890210B (en) | 2019-11-28 | 2021-04-20 | 烟台首钢磁性材料股份有限公司 | Method for improving coercive force of arc-shaped neodymium iron boron magnet |
| JP6806282B1 (en) * | 2020-06-25 | 2021-01-06 | 三菱電機株式会社 | Elevator remote monitoring system |
| CN112158696B (en) * | 2020-09-29 | 2022-07-05 | 中国人民解放军国防科技大学 | Method for judging elevator strain degree |
| CN112607548A (en) * | 2020-12-15 | 2021-04-06 | 南京中诚签信息科技有限公司 | Elevator running quality monitoring system and method based on big data |
| CN117377630A (en) * | 2021-05-27 | 2024-01-09 | 通力股份公司 | Elevator control |
| CN115159282A (en) * | 2022-07-01 | 2022-10-11 | 日立楼宇技术（广州）有限公司 | Production method of elevator control box button, elevator control box and upper computer |
Family Cites Families (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2574855B2 (en) * | 1988-03-09 | 1997-01-22 | 株式会社日立製作所 | Elevator group management control device |
| JPH0543143A (en) * | 1991-08-21 | 1993-02-23 | Toshiba Corp | Elevator control unit |
| JP3037807B2 (en) * | 1992-01-27 | 2000-05-08 | 株式会社日立ビルシステム | Operation status reporting device for elevator equipment |
| KR0167183B1 (en) * | 1995-09-23 | 1998-12-01 | 이희종 | Endurance tester and test method for elevator |
| CN201153077Y (en) * | 2007-09-30 | 2008-11-19 | 南通圣泰机电制造有限公司 | Electronic membrane press-button switch |
| JP2012101916A (en) * | 2010-11-11 | 2012-05-31 | Mitsubishi Electric Building Techno Service Co Ltd | Maintenance result display device of passenger transport apparatus |
| JP5750034B2 (en) * | 2011-12-13 | 2015-07-15 | 三菱電機ビルテクノサービス株式会社 | Elevator hall button replacement device and elevator hall button replacement method |
| CN203798558U (en) * | 2014-04-24 | 2014-08-27 | 巨人通力电梯有限公司 | Elevator button service life testing device |
| CN205302199U (en) * | 2015-12-30 | 2016-06-08 | 杜洁 | Multifunctional keyboard |
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