CN105836549A - Elevator control system and elevator control method - Google Patents

Abstract

To improve an energy saving effect and prevent the deterioration of convenience by making it possible to adjust the time to shift to a power-saving mode according to the use history. An elevator control system includes a history analysis part 60 for setting a power-saving mode shifting time for shifting the display of operation panels 10a and 10b to a power-saving mode individually according to a time zone from the result of analysis of use history based on a user's input information, and display management parts 80a and 80b that measures a lapse time when input information is not received, and, when the lapse time reaches a set power-saving mode shifting time, switches the display of the operation panels 10 and 10b to the power-saving mode.

Description

Apparatus for controlling elevator and elevator control method

Technical field

The present invention relates to switch to elevator apparatus for controlling elevator and the elevator control method of energy-saving mode, particularly relate to lead to Cross and make the illumination dim light of operation dish or extinguish the technology realizing economize on electricity.

Background technology

It is generally known by cutting off the power supply of elevator operating board according to the running needs of elevator, is achieved in the mould that economizes on electricity The control device of the elevator of formula function.In the control device of this elevator, when elevator operating board is in the time set in advance When not operated, cut off the electricity supply and proceed to energy-saving mode.

But, even if in the usage frequency less time period of the elevator that can be expected that according to building, as long as not Through the time set in advance, with regard to not carrying out the transfer to energy-saving mode, result in the time consuming electric power without rhyme or reason. In order to solve this problem, it may be considered that apply following electronic installation, this electronic installation has: timing unit, its To constantly carrying out timing；Input block, it can input the time period corresponding with energy-saving mode；And changing unit, It can change the time period corresponding with energy-saving mode (for example, referring to patent documentation 1) inputted by input block.

In electronic installation disclosed in patent documentation 1, entering through the corresponding with energy-saving mode of input block input During the time period, proceed to dim light or the energy-saving mode of extinguishing of illumination for carrying out elevator operating board.Further, electronics Device is according to the historical record that utilizes of electronic installation, the time corresponding with energy-saving mode that change is inputted by input block Section.

[patent documentation]

[patent documentation 1] Japanese Unexamined Patent Publication 2005-309751 publication

But, there is problem as described below in the prior art.

In electronic installation disclosed in patent documentation 1, when entering according to the time period utilizing historical record to set, nothing The current utilization obstacle of opinion the most all proceeds to energy-saving mode.As a result of which it is, there are the following problems: no matter with or without user, The illumination of elevator operating board, all by dim light or extinguishing, causes convenience to decline.

Summary of the invention

The present invention, precisely in order to solve the problems referred to above and propose, its object is to, it is provided that one can be gone through according to utilization Records of the Historian record regulation proceeds to time of energy-saving mode and improves energy-saving effect and be prevented from the elevator control that convenience declines System processed and elevator control method.

The apparatus for controlling elevator of the present invention has: operation dish, and it is located at each floor of building, has input information control Portion processed, this input information control portion is according to the input information analysis destination floor of the user of elevator, and generates purpose Ground register information；Group management system, it, according to the destination's register information generated by input information control portion, will set Be equipped with the floor of operation dish of transmission source as destination's register information as distribution floor, generate it is determined that to point What annex layer sent which car in multiple car sends information；Car controls device, and its reception is filled by group management That puts generation sends information, makes to be moved to distribution floor by the car sending information to determine；Historical record analysis portion, its According to the analysis result utilizing historical record based on input information, when individually setting energy-saving mode transfer according to the time period Between, this energy-saving mode transfer time is for continue for the stipulated time more than and proceed to because not receiving the state of input information Make display dim light or the energy-saving mode of extinguishing of operation dish；And display management portion, it measures and does not receives input letter In the elapsed time of breath, reach to be turned according to the energy-saving mode that the time period individually sets by historical record analysis portion in the elapsed time In the case of shift time, the display of operation dish is switched to energy-saving mode.

The elevator control method of the present invention performs in following apparatus for controlling elevator, and this apparatus for controlling elevator has: behaviour Making dish, it is located at each floor of building, has input information control portion, and this input information control portion is according to elevator The input information analysis destination floor of user, and generate destination's register information；Group management system, its basis The destination's register information generated by input information control portion, using be provided with the transmission source as destination's register information The floor of operation dish, as distribution floor, generates it is determined that distribution floor is sent which car in multiple car Send information；Car controls device, and its reception is sent information by what group management system generated, made by sending information true Fixed car moves to distribution floor；Historical record analysis portion, it utilizes historical record according to based on input information Analysis result, individually sets energy-saving mode transfer time according to the time period, and this energy-saving mode transfer time is not for because connecing The state receiving input information continue for the stipulated time more than and proceeds to make display dim light or the joint of extinguishing of operation dish Power mode；And display management portion, the display state of its control operation dish, this elevator control method includes: the first step Suddenly, in historical record analysis portion, generate moment letter when destination's register information, generation destination's register information Breath and send information association get up obtained by the historical record first information, by the historical record first information that generated successively Being stored in storage part, that thus accumulates alloted days in past utilizes practical situation data；Second step, remembers in history In record analysis portion, utilized practical situation data according to accumulating of being stored in storage part, during each in adding up one day Between section and the corresponding relation utilized between number of packages of user, according to statistical result, the time period in one day is divided into profit It is in the reference period in the range of predetermined standard utilizes number of packages with number of packages, utilizes the sky that number of packages is fewer than reference period Not busy time period and utilize the rush hours section that number of packages is more than reference period；Third step, in historical record analysis portion, Read current time, in the case of current time belongs to reference period, the first predetermined setting time is set as Economize on electricity transfer time, in the case of current time belongs to free time section, predetermined ratio first is set the time short Second setting time was set as transfer time of economizing on electricity, in the case of current time belongs to the rush hours section, by predetermined The threeth setting time longer than the first setting time is set as transfer time of economizing on electricity, and individually sets joint thus according to the time period The electrotransfer time；4th step, measures the elapsed time not receiving input information in display management portion；And the Five steps, in display management portion, reach the economize on electricity individually set in third step according to the time period in the elapsed time In the case of the mode shifts time, the display of operation dish is switched to energy-saving mode.

Invention effect

Apparatus for controlling elevator according to the present invention and elevator control method have can be according to the history of utilization based on the past The planned outcome of record, is changed to the structure being suitably worth by the transfer time proceeding to energy-saving mode.Therefore, it is possible to press According to the time utilizing historical record regulation to proceed to energy-saving mode, it is possible to increase power savings.Further, also have in confirmation To have passed through from the moment that user carries out destination's registration according to turning of utilizing historical record to be set as suitably to be worth After shift time, the display of operation dish is switched to the structure of energy-saving mode.Therefore, it is possible to consider current utilization obstacle, Prevent from switching to energy-saving mode when there is user, unless have passed through transfer time.As a result of which it is, be prevented from just Profit declines.

Accompanying drawing explanation

Fig. 1 is the top view of the elevator floor stops illustrating embodiments of the present invention 1.

Fig. 2 is the structure chart of the internal structure of the operation dish specifically illustrating Fig. 1 in apparatus for controlling elevator.

Fig. 3 is the enlarged drawing of the call registration section illustrating Fig. 2.

Fig. 4 is the figure of an example of the action of the user illustrating building.

Fig. 5 is the table illustrating the example action of Fig. 4 being stored in storage part as the historical record first information.

Fig. 6 is the table of the data of a day of historical record the second information being shown in historical record storage part storage.

Fig. 7 is the flow chart of a series of actions illustrating Department of Statistics.

Fig. 8 is for illustrating that planning department uses the method that historical record the second information and multiple threshold value calculate the characteristic time Figure.

Fig. 9 is the flow chart of the plan illustrating the transfer time proceeding to energy-saving mode performed by planning department.

Figure 10 A illustrates that the A of the A operation dish of embodiments of the present invention 1 controls the flow process of the control action in S/W portion Figure.

Figure 10 B illustrates that the A of the A operation dish of embodiments of the present invention 1 controls the flow process of the control action in S/W portion Figure.

Figure 11 is the internal structure of the operation dish in the apparatus for controlling elevator specifically illustrating embodiments of the present invention 2 Structure chart.

Figure 12 A illustrates that the A of the A operation dish of embodiments of the present invention 2 controls the flow process of the control action in S/W portion Figure.

Figure 12 B illustrates that the A of the A operation dish of embodiments of the present invention 2 controls the flow process of the control action in S/W portion Figure.

Figure 13 is the internal junction of especially operation dish in the apparatus for controlling elevator specifically illustrating embodiments of the present invention 3 The structure chart of structure.

Figure 14 illustrates the table of an example of the historical record first information of the storage part storage of present embodiment 3.

Figure 15 illustrates the example being added up and being stored in historical record the second information in historical record storage part by Department of Statistics Table.

Figure 16 illustrates the example being added up and being stored in historical record the second information in historical record storage part by Department of Statistics Table.

Figure 17 A illustrates that the A of the A operation dish of embodiments of the present invention 3 controls the flow process of the control action in S/W portion Figure.

Figure 17 B illustrates that the A of the A operation dish of embodiments of the present invention 3 controls the flow process of the control action in S/W portion Figure.

Figure 18 A illustrates that the A of the A operation dish of embodiments of the present invention 4 controls the flow process of the control action in S/W portion Figure.

Figure 18 B illustrates that the A of the A operation dish of embodiments of the present invention 4 controls the flow process of the control action in S/W portion Figure.

Figure 19 A illustrates that the A of the A operation dish of embodiments of the present invention 5 controls the flow process of the control action in S/W portion Figure.

Figure 19 B illustrates that the A of the A operation dish of embodiments of the present invention 5 controls the flow process of the control action in S/W portion Figure.

Figure 20 is the internal junction of especially operation dish in the apparatus for controlling elevator specifically illustrating embodiments of the present invention 6 The structure chart of structure.

Figure 21 is the internal junction of especially operation dish in the apparatus for controlling elevator specifically illustrating embodiments of the present invention 7 The structure chart of structure.

Figure 22 is the inside of especially A operation dish in the apparatus for controlling elevator specifically illustrating embodiments of the present invention 8 Structure and car control the structure chart of the internal structure of device.

Label declaration

2 cars；3 group management systems；4 cars control device；10 operation dishes；20 call registration sections；21 operations Button；22 display parts；30a A controls S/W portion；30b B controls S/W portion；40a, 40b input analysis portion； 50a timing unit；60 historical record analysis portion；61 storage parts；62 Department of Statistics；63 historical record storage parts；64 meters The portion of drawing；65 plan storage parts；70a, 70b communication unit；80a, 80b display management portion；81a sets transfer time Portion；82a lights control portion automatically；83a, 83b display control unit；90 Distribution Unit register；100ID reads Device；101ID reading part.

Detailed description of the invention

Embodiment 1

Fig. 1 is the top view of the elevator floor stops illustrating embodiments of the present invention 1.As it is shown in figure 1, at the layer of elevator Stand and 1 be provided with multiple (being 3 in this embodiment) car 2.In this embodiment, with from left side for A machine 2a, B Car 2 is illustrated by number machine 2b, C machine 2c.

It addition, be provided with user on the wall of stop 1 can carry out multiple operation dishes 10 of call registration.Here, Operation dish 10 refers to stop operation dish.Operation dish 10 is located between car 2 adjacent one another are.That is, A operation dish 10a Be arranged between A machine 2a and B machine 2b, B operation dish 10b be arranged in B machine 2b and C machine 2c it Between.Therefore, in this embodiment, it is provided with two operation dishes 10 at a floor.

It addition, in FIG, it is provided with tenant (Tenant) A in the side near A machine 10a, near No. C The side of machine 10c is provided with tenant B.

Fig. 2 is the structure chart of the internal structure of operation dish 10a, 10b of specifically illustrating Fig. 1 in apparatus for controlling elevator. Apparatus for controlling elevator is configured to make to be arranged on multiple cars of each car 2 and controls device 4 and to be arranged on each floor many The group management system 3 of the operation that individual operation dish 10 is overall with management elevator is connected.It addition, about operation dish 10, Illustrate the A operation dish 10a in a floor and B operation dish 10b in fig. 2, eliminate other floor relevant The diagram of operation dish 10.

Group management system 3 has Distribution Unit determination section 3a, this Distribution Unit determination section 3a according to user from behaviour Make destination's registration that operation dish (not shown) in dish 10 and car is carried out, determine car 2a that each floor is sent～ The distribution of 2c.Distribution Unit determination section 3a determines number machine to the car 2 that the floor having carried out destination's registration is sent Numbering, controls device 4 using the information determined as the car sending information to be sent to correspondence.Meanwhile, also to The operation dish 10 of corresponding floor sends and sends information.

Car controls device 4 number of having machine control portion 4a, and this number machine control portion 4a is according to from Distribution Unit determination section 3a Receive sends information, makes car 2 move to distribution floor.Number machine control portion 4a is according to sending information to make car 2 move to the destination floor being registered call.

Operation dish 10 has call registration section 20 and controls S/W portion (controlling software portion) 30.It addition, in this reality Executing in mode 1, A operation dish 10a has A control S/W portion 30a, this A control S/W portion 30a and has as rear Carrying out described in face is for the structure of the plan process of economize on electricity.On the other hand, B operation dish 10b has B control S/W Portion 30b, this B control S/W portion 30b and have the structure continuing to use the plan process being operated dish 10a execution by A.That is, S/W portion 30a is controlled as master, B operation dish 10b for from playing a role using A.

Fig. 3 is the enlarged drawing of the call registration section 20 illustrating Fig. 2.As shown in Figures 2 and 3, call registration section 20 There is operation button 21 and display part 22.Operation button 21 is the number that user can directly input destination floor Keyboard button.It addition, operation button 21 is not limited to number key button, it is also possible to be that user can select from currently The most up or descending button up and down in the direction utilizing floor to want to go to.Further, operation button 21 can also It it is the button of touch-screen type.

The information that display part 22 display is relevant with the operation of elevator.Such as, press at user's operation button 21 During destination floor digital, display part 22 shows, within the desired time set in advance, the mesh that user presses The numeral of ground floor.Further, when number machine numbering of sent car 2 has been registered and determined in destination, Display part 22 shows number machine title sent.It addition, display part 22 also is able to show that car 2 is current in which building The information i.e. car position of layer movement.It addition, display part 22 can also include the elevator hall's display lamp being located at stop 1.

Here, the apparatus for controlling elevator of present embodiment 1 is carried out according to the number of packages that utilizes of the i.e. elevator of operation demand of elevator Proceed to the plan of the transfer time of energy-saving mode, in order to make the display of lighting of operation dish 10 proceed to energy-saving mode.Here, Energy-saving mode refers to from illuminating state, the operation button 21 of operation dish 10 and the display of display part 22 are switched to dim light State or OFF state.In present embodiment 1, when S/W portion 30 execution of control proceeds to the transfer of energy-saving mode Between plan.

It addition, the plan proceeding to the transfer time of energy-saving mode is by any one in the operation dish 10 of each storey setting The control S/W portion 30 of individual main controlling board 10 is blanket to be carried out.Therefore, the internal structure controlling S/W portion 30 is being entered Row proceeds to the main controlling board 10 of the plan of the transfer time of energy-saving mode and does not carries out proceeding to the transfer time of energy-saving mode Plan be different from operation dish 10.In the example shown in Fig. 2, main controlling board 10 is set to A behaviour Make dish 10a, B operation dish 10b will be set to from operation dish 10.Therefore, will arrange at A operation dish 10a below Control S/W portion 30 to be set to A control S/W portion 30a, set in the control S/W portion 30 arranged at B operation dish 10b Control S/W portion 30b for B to illustrate.

A controls S/W portion 30a and has input analysis portion (input information control portion) 40a, timing unit 50a, history Record analysis portion 60, communication unit 70a and display management portion 80a.On the other hand, B control S/W portion 30b has defeated Enter analysis portion 40b, communication unit 70b and display management portion 80b.Here, be main A control S/W portion 30a with for From B control S/W portion 30b and compare also there is timing unit 50a and historical record analysis portion 60, and display management The internal structure of portion 80a is different from the internal structure of display management portion 80b.

Input analysis portion 40a is when user operates the operation button 21 of operation dish 10, according to operated content Analysis purpose ground floor.The destination floor analyzed is sent to by input analysis portion 40a as destination's register information Group management system 3 and display management portion 80a.It addition, the most do not illustrate input analysis portion 40a and group Relation between managing device 3.

Meanwhile, input analysis portion 40a obtains the time in the moment that operation button 21 is operated from timing unit 50a Information.Here, timing unit 50a is to measure the unit of current time.Input analysis portion 40a generates historical record first Information is also sent to historical record analysis portion 60, by destination's register information and behaviour in the historical record first information Make the relevant temporal information of current time that button 21 operated and group management system 3 is registered according to destination What information determined sends information association.

On the other hand, input analysis portion 40b is according to the operation content of B operation dish 10b, with input analysis portion 40a Similarly analysis purpose ground floor.Further, the destination's register information analyzed is sent to group management system 3 With display management portion 80b, and from communication unit 70b by communication unit 70a be sent to input analysis portion 40a.It addition, The most do not illustrate the relation between communication unit 70a and input analysis portion 40a.

Now, input analysis portion 40a obtains temporal information from timing unit 50a and generates the historical record first information, and Being sent to historical record analysis portion 60, the historical record first information is the purpose that will be analyzed by input analysis portion 40b Temporal information and group management system 3 that ground register information is corresponding with destination register information are stepped on according to destination The information association of sending that note information determines is got up and is obtained.

Historical record analysis portion 60 has storage part 61, Department of Statistics 62, historical record storage part 63, planning department 64 With plan storage part 65.

The historical record first information generated by input analysis portion 40a is operated by storage part 61 by each stop of each floor Dish makes a distinction, and stores the information of the amount of stipulated time set in advance.That is, input analysis portion 40a will be generated The historical record first information is as the independent historical record first information distinguished according to corresponding floor and operation dish It is stored in storage part 61, the most more new data.Here, the stipulated time is according to use in storage part 61 The amount of storage of memorizer and different, such as can list the reliable memory expected time (is such as equivalent to the amount of 7 days The amount of 23 × 7=168 hour) time of the historical record first information.

Use Fig. 4 and Fig. 5 that the example of the historical record first information being stored in storage part 61 is described.Fig. 4 is to show Go out the figure of an example of the action of the user of building.As shown in Figure 4, X1～X6 represents common work hours section The action of user.Such as, X1 is the employee A of tenant A of 3F (3 layers) A of operation 1F when coming to work Operation dish 10a, destination is 3F and the example that A machine 2a is assigned.

It addition, Y1～Y6 represents the action of the user of common quitting time section.Such as, Y1 is the tenant of 3F The employee A of A operates the A operation dish 10a of 3F because coming off duty, and destination is 1F and A machine 2a is assigned Example.

It addition, Y3, Y4 represent that the action of the employee B of the tenant B of 3F is not only in common quitting time section Situation about coming off duty.Specifically, Y3 is that employee B operates the B operation dish of 3F to move to other floor 5F 10b, destination is 5F and the example that C machine 2c is assigned.It addition, Y4 be employee B after Y3 in order to Moving to the tenant's floor of oneself and operate the B operation dish 10b of 5F, destination is 3F and C machine is assigned The example of 2c.It addition, Y5 is employee B operates the B operation dish 10b of 3F to come off duty after Y4, purpose Ground is 1F and the example that C machine 2c is assigned.

Fig. 5 is the table illustrating the example action of Fig. 4 being stored in storage part 61 as the historical record first information. Input analysis portion 40a generate as shown in X1～X6 and Y1～Y6 with the historical record corresponding to action of user the One information, and as it is shown in figure 5, make a distinction by each floor, each operation dish, be stored in storage part 61.

As an example, the sequence number 1 of Fig. 5 corresponding with the X1 of Fig. 4 is illustrated.Date shown in Fig. 4 is timely Carve " 07:20:05 of 2014/4/11 " and be stored as " 20140411072005 " as shown in Figure 5.Further, 1 layer The historical record first information of stop operation dish A stores destination floor be " 3 ", Distribution Unit is for " A ".

Then, the Department of Statistics 62 shown in Fig. 2 obtains in each desired moment and is stored in the Fig. 5 in storage part 61 The shown historical record first information.It is desirable here that moment be can storing history according to storage part 61 Time of one information and determine.Such as, the storage time at storage part 61 is set to 168 hours (7 days) In the case of, it is desirable to moment when being such as set to morning 0.In this setting moment, Department of Statistics 62 can basis Respectively utilizing of historical record first information statistics 7 days in the past averagely utilizes number of packages in the time period.Department of Statistics 62 will system The result counted out is stored in historical record storage part 63 as historical record the second information.

Historical record storage part 63 stores set in advance historical record the second information for several times.Here, set in advance Fixed number of times is the number of times set when design, such as, be equivalent to amount that is 7 time of up-to-date 7 day.Further, Department of Statistics 62 will be stored in historical record the second information in historical record storage part 63 as the data of up-to-date 7 days, carry out Gradually renewal processes.

Fig. 6 is the table of the data of a day that illustrates historical record the second information being stored in historical record storage part 63. It addition, Department of Statistics 62 also is able to the statistics of number of packages to be utilized as a couple of days in the past set in advance for utilize the moment Aggregate-value or meansigma methods calculate, and be stored in historical record storage part 63.It addition, Department of Statistics 62 Collect to be integrated by the historical record first information in past 7 days and add up but it also may what day adds up flat according to Equal utilizes number of packages.Now, what day historical record storage part 63 store up-to-date number of times set in advance according to Amount.

It addition, in the example shown in Fig. 6, Department of Statistics 62 utilizes part for unit statistics according to utilizing 1 minute moment Number.It addition, utilize the interval in moment to be not limited to this, it is also possible to according to several minutes be unit or according to work hours section, Lunch break section, quitting time section such each time period is added up.

Fig. 7 is the flow chart of a series of actions illustrating Department of Statistics 62.As it is shown in fig. 7, Department of Statistics 62 is in each phase The moment hoped periodically obtains the historical record first information (step S101) being stored in storage part 61.

Then, Department of Statistics 62 generates historical record second according to the historical record first information obtained in step S101 Information (step S102).

Further, Department of Statistics 62, according to historical record the second information generated in step s 102, is the most more newly stored in Historical record second information of the amount (such as 7 days) of the predetermined natural law in historical record storage part 63 (step S103, 1st step).As a result of which it is, the up-to-date data about predetermined natural law are stored in historical record storage part 63 In.

Then, the planning department 64 shown in Fig. 2 believes according to the historical record being stored in historical record storage part 63 second Breath calculates characteristic time section, and carries out proceeding to the plan of the transfer time of energy-saving mode.Here, about characteristic time section, Such as can enumerate in one day and use in the time period of elevator, one day the time period of last use elevator at first, persistently make The time period etc. not using elevator in the time period of stipulated time more than, the time more than the stipulated time is reached with elevator.

Planning department 64 obtains up-to-date historical record the second information from historical record storage part 63 and proceeds by plan. In present embodiment 1, illustrate that Department of Statistics 62 has carried out statistics and history when supposing morning 0 not having user After recording the renewal of the second information, planning department 64 proceeds by plan.Further, planning department 64 is by from timing unit 50a reads current time, it is also possible to the moment determined when design proceeds by plan.

Planning department 64, when obtaining historical record the second information from historical record storage part 63, first calculates and includes the free time Time period, the characteristic time of the rush hours section.Calculating of characteristic time is according to historical record the second information with in plan The multiple threshold values prestored in the not shown storage part in portion 64 are carried out.Then, when planning department 64 is according to feature Between carry out proceeding to the plan of the transfer time of energy-saving mode.

Fig. 8 is for illustrating that planning department 64 uses historical record the second information and multiple threshold value to calculate the side of characteristic time The figure of method.Specifically, it is to set transverse axis as time, the longitudinal axis for utilizing number of packages for explanation, utilizes broken line to represent history Recording the second information, use the 1st threshold value and the 2nd threshold value calculate the figure of the principle of characteristic time.As shown in Figure 8, exist Planning department 64 is set with two threshold values.In this embodiment, planning department 64 calculate utilize number of packages be included in the 1st threshold value with The time period (reference period region) in scope above and below the 2nd threshold value, as reference period, calculates profit It is included in the time period in the range of less than the 1st threshold value as free time section with number of packages, and calculates and utilize number of packages to be more than The time period of the 2nd threshold value is as the rush hours section.

Such as, in fig. 8, in the time period of moment G～H, utilize number of packages more than the 2nd threshold value, thus planning department 64 to calculate this time period be the rush hours section.On the other hand, in the time period of moment I～L, utilize number of packages to be less than 1 threshold value, thus it is free time section that planning department 64 calculates this time period.

Reference period proceeds to the transfer time of energy-saving mode i.e. it addition, store in the storage part of planning department 64 First sets the time.Based on this, planning department 64 will utilize number of packages to be less than in the free time section of the 1st threshold value The transfer time proceeding to energy-saving mode be determined as the second setting time shorter than the first setting time.On the other hand, meter Draw portion 64 to determine in the transfer time proceeding to energy-saving mode utilizing number of packages to be more than in the rush hours section of the 2nd threshold value For the threeth setting time longer than the first setting time.

It addition, set time, the 3rd setting time about second, it is possible to be stored in advance in storage part, or pass through Storage part stores predetermined increase and decrease amount and with the first setting time carry out add and subtract calculating calculate.

It addition, the part enclosed with C, D in Fig. 8 represent from utilize number of packages be 0 time continue the stipulated time with On state, to utilize number of packages be not 0 time period switching time period.That is, the part table enclosed with C, D Show the time of the slope of a curve state drastically steepening from user's number 0, be considered as i.e. to pass through from free time section The time period that reference period switches to the rush hours section.

It has therefore been proposed to portion 64 is in order to be expected to be from the state of user's number 0 with free time section → fiducial time The time period of section → the rush hours section passage prepares, and determines to solve before the stipulated time in the moment utilizing number of packages to increase Energy-saving mode except display.Now, the display of call operating portion 20 is lit by display management portion 80a.? This, it is stipulated that it was the time determined when design before the time.

Such as, in fig. 8, moment F and moment K is that free time section → reference period → the rush hours section is cut The moment changed.Therefore, moment E before the stipulated time that the moment of energy-saving mode releasing display is moment F and Moment J before the stipulated time of moment K.

That is, planning department 64 is according to the time passage prediction elevator utilizing number of packages in the past in historical record the second information Operation demand, according to predict the outcome decision proceed to the transfer time of energy-saving mode and the releasing time of energy-saving mode.

Fig. 9 is the flow chart of the plan illustrating the transfer time proceeding to energy-saving mode performed by planning department 64.Such as figure Shown in 9, planning department 64 obtains current time from timing unit 50a, and is confirmed whether to reach the time (step of implement plan Rapid S201).

In step s 201, when confirming the time of the plan of being carried out, planning department 64 is from historical record storage part 63 obtain historical record the second information (step S202).Planning department 64 is first according to historical record the second infomation detection It is expected to be the time period (being equivalent to C, D of prior figures 8) utilizing number of packages will to increase from now on from the state for 0.

Further, planning department 64 detect be expected to be utilize time period that number of packages will be not 0 afterwards time, at these In time period, detection utilizes number of packages to become not to be the moment (being equivalent to F, K of prior figures 8) of 0.It addition, planning department 64 by before the stipulated time from the moment utilizing number of packages to become not to be 0 moment (be equivalent to prior figures 8 E, J) it is determined as releasing the time (step S203) of energy-saving mode.

Then, planning department 64, according to historical record the second information, uses the 1st threshold value and the 2nd threshold value to utilizing number of packages Time passage compare process, thus calculate free time section, reference period and the rush hours section (step S204, second step).

It addition, planning department 64 determines that the first setting time corresponding with reference period is right with free time section respectively The the second setting time answered and the threeth setting time (step S205, third step) corresponding with the rush hours section.

As it has been described above, planning department 64 is according to historical record second information suitable with the real data in past, will hereafter The operating time period be identified as reference period, free time section and the rush hours section, corresponding to each time period Determining the first setting time～the 3rd setting time, this first setting time～the 3rd sets time rule for economize on electricity The transfer time of pattern switching.It addition, the time releasing energy-saving mode in advance is also predetermined.

Further, planning department 64 sets determining for any one set in the first setting time～the 3rd setting time Information and the information of the prior time releasing energy-saving mode of the time period fixed time are stored in plan as plan information In storage part 65.That is, planning department 64 utilizes the plan information generated according to up-to-date historical record the second information, more It is newly stored in the data in plan storage part 65.

Returning to the explanation of Fig. 2, display management portion 80a has configuration part 81a transfer time, automatically lights control portion 82a and display control unit 83a.

Transfer time, configuration part 81a was when detecting that operation button 21 is operated, and obtains operation from timing unit 50a and presses The current time that button 21 is operated.Further, configuration part transfer time 81a is from the meter being stored in plan storage part 65 Draw and data are taken out the transfer time to energy-saving mode switching corresponding with current time, when thus setting first Between～the 3rd setting time in any one setting time be set as transfer time.

It addition, configuration part 81a transfer time starts to enter the elapsed time from the moment that operation button 21 is operated Row timing.Specifically, configuration part transfer time 81a carrys out timing process by obtaining current time from timing unit 50a Time.Transfer time, configuration part 81a was in the case of the transfer time that the elapsed time of institute's timing reaches set, raw Become to represent and have passed through the time of the transfer time proceeding to energy-saving mode through information, and be sent to display control unit 83a.

Here, transfer time, configuration part 81a was when newly detecting that during timing operation button 21 is operated, Again carry out the setting of the transfer time corresponding with current time, and the timing in the elapsed time that replacement is before this, make again The secondary timing beginning to pass through the time.

It addition, transfer time, configuration part 81a was when the call registration section 20 making B operation dish 10b proceeds to energy-saving mode, The time is sent through letter by communication unit 70b to the display control unit 83b in display management portion 80b from communication unit 70a Breath.

Display control unit 83a in the time that receives through information, carry out making the display dim light of call operating portion 20 or The control that person extinguishes.

On the other hand, automatically light control portion 82a and obtain while current time from timing unit 50a all the time, read The latest data relevant with the time releasing energy-saving mode in advance of storage in plan storage part 65.Further, certainly The dynamic control portion 82a that lights, when current time reaches the time releasing energy-saving mode in advance, sends out to display control unit 83a Send for notice the energy-saving mode releasing information of the time being releasing energy-saving mode.

Further, automatically light control portion 82a to reach to release the time of energy-saving mode in advance at current time and make B operate In the case of the call registration section 20 of dish 10b is lighted, from communication unit 70a by communication unit 70b to display management portion Display control unit 83b in 80b sends energy-saving mode and releases information.

Display control unit 83a receive energy-saving mode release information time, call operating portion 20 be shown as economize on electricity In the case of pattern, carry out releasing energy-saving mode and the control that makes the display of call operating portion 20 light.

On the other hand, display management portion 80b only has display control unit 83b.Further, display control unit 83b is carried out With the action as display control unit 83a.That is, display management portion 80b is passing through communication unit 70b from communication unit 70a The time that receives, through information, carries out making the display dim light of call operation dish 20 or the control of extinguishing.Further, Display management portion 80b is when receiving energy-saving mode releasing information from communication unit 70a by communication unit 70b, in call Operating portion 20 be shown as energy-saving mode in the case of, carry out release energy-saving mode and make the display of call operating portion 20 The control lighted.

Further, when being detected that operation button 21 is operated by input analysis portion 40a, display control unit 83a is carried out Make the control that the display of call operating portion 20 is lighted.Equally, input analysis portion 40b operation button 21 is being detected When being operated, display control unit 83b carries out the control making the display of call operating portion 20 light.

So, display control unit 83a and display control unit 83b is grasped at the operation button 21 of respective control dish 10 When making, independently carry out the control making the display of call operating portion 20 light.However, it can be, pass through communication unit 70a, 70b make display control unit 83a and display control unit 83b carry out making the display point of call operating portion 20 in linkage Bright control.

Such as, in the case of all energy-saving modes of display of the call operating portion 20 of a floor, any one When individual operation button 21 is operated, the information that operation button 21 is operated also is sent by communication unit 70a, 70b Give any one party in display control unit 83a, the 83b not operated.Now, display control unit 83a and display control Portion 83b processed carries out the control making the display of the call operating portion 20 of correspondence light.Therefore, user is able to confirm that it The position of its call registration section 20, it is also possible to carry out operating the operation of button 21.

Below, illustrate that the A of the A operation dish 10a of present embodiment 1 controls the control action of S/W portion 30a.Figure 10A and Figure 10 B is the control of the A control S/W portion 30a of the A operation dish 10a illustrating embodiments of the present invention 1 The flow chart that braking is made.It addition, Figure 10 A and Figure 10 B is separately to be described in both figures by a flow chart, Thus Figure 10 A describe 1 part and Figure 10 B describe 1 part connect.

As shown in Figure 10, first, whether input analysis portion 40a detection operation button 21 is operated (step S301). In step S301, input analysis portion 40a, when not detecting that operation button 21 is operated, enters step described later Rapid S307.

On the other hand, in step S301, input analysis portion 40a, when detecting that operation button 21 is operated, is divided Destination's register information (step S302) that analysis operation obtains.Then, input analysis portion 40a takes from timing unit 50a Temporal information (step S303) that must be relevant with the operation current time that be operated of button 21.

It addition, input analysis portion 40a generates the historical record first information and is stored in storage part 61, remember in history In the record first information by temporal information relevant with the operation current time that operated of button 21 for destination's register information, And group management system 3 sends information association (step S304) according to what destination register information determined.

Then, Department of Statistics 62 according to the historical record first information being stored in step s 304 in storage part 61, Add up and utilize number of packages (step S305) for utilize the moment.By count for the number of packages of utilizing utilizing the moment Information stores the amount of the natural law determined as historical record the second information in historical record storage part 63.

Then, planning department 64 plans according to historical record the second information, and storage meter in plan storage part 65 The information of drawing, this plan information is by for determining that any one in the first setting time of setting～the 3rd setting time sets The information of the time period of time and the information structure (step S306) relevant with the time releasing energy-saving mode in advance.

Then, from operation button 21 by the timing in the elapsed time operation whether configuration part transfer time 81a detection (first set in time～the 3rd setting time to have reached time of setting as proceeding to transfer time of energy-saving mode Any one set time) (step S307, the 4th step).

Further, confirming not yet through transfer time in step S307, display control unit 83a carries out remaining aobvious The control (step S308, the 5th step) of the illuminating state shown.On the other hand, confirm in step S307 through When having spent transfer time, as energy-saving mode, display control unit 83a carry out making display state become dimming condition or The control (step S309) of OFF state.

Then, automatically light control portion 82a read that be stored in plan storage part 65 and release economize on electricity mould in advance The latest data that time of formula is relevant, and compare (step S310) with the current time obtained from timing unit 50a. Further, control portion 82a is automatically lighted when being judged to that current time has reached the time releasing energy-saving mode in advance, to Display control unit 83a sends for notice the energy-saving mode releasing information (step of the time being releasing energy-saving mode S311).Further, the display control unit 83a receiving energy-saving mode releasing information is speculated as user's increase from now on, Thus in advance display is switched to illuminating state, and terminate a series of process (step S312).

So, the apparatus for controlling elevator of embodiment 1 has following structure: according to practical situation based on the past The time utilizing number of times of operation button elapses, and carries out determining to proceed to the plan of the transfer time of energy-saving mode and processes.Logical Cross and have a structure in which, it is possible to by corresponding to up-to-date utilize historical record in the way of suitably set and proceed to energy-saving mode Time.Energy-saving effect can be improved as a result of which it is, compare over.

It addition, have from operation moment of being operated of button before the transfer time proceeding to energy-saving mode, no The display that can make call registration section proceeds to the structure of energy-saving mode.By having a structure in which, it is possible to although preventing from depositing Energy-saving mode is the most still switched to user.Decline as a result of which it is, be prevented from convenience.

Utilize historical record can utilize the structure that up-to-date data are updated it addition, have.Therefore, it is possible to according to Current utilization state controls illuminating state, dimming condition and OFF state more accurately.

Embodiment 2

In embodiment 1 above, calculate releasing energy-saving mode according to the operation historical record in the past of operation button Time, release the energy-saving mode of display.But, do not carried out to making sedan-chair before user carries out call registration The process that railway carriage or compartment 2 is moved.On the other hand, the apparatus for controlling elevator of explanation in present embodiment 2, releasing display In the moment of energy-saving mode, it is possible to congested floors carries out the call registration of car 2, car is made to move to congested floors in advance Dynamic.

Figure 11 is the especially operation dish 10 specifically illustrated in the apparatus for controlling elevator of embodiments of the present invention 2 The structure chart of internal structure.As shown in figure 11, A controls S/W portion 30a and B and controls S/W portion 30b above On the architecture basics of embodiment 1, the most also there is Distribution Unit register 90.Other structure and enforcement above Mode 1 is identical.

As explanation in embodiment 1 above, automatically light the control portion 82a utilization according to operation button Practical situation calculates the time releasing energy-saving mode in advance, releases the energy-saving mode of display.It addition, present embodiment Automatically the control portion that the lights 82a of 2, when releasing energy-saving mode, sends energy-saving mode to display control unit 83a and releases letter Breath, is also transmitted to Distribution Unit register 90 simultaneously.

Distribution Unit register 90 from automatically light control portion 82a receive energy-saving mode release information time, to group Group's managing device 3 carries out call registration.The Distribution Unit determination section 3a of group management system 3 is receiving economize on electricity mould Formula release information time, determine to carried out call registration, be provided with the operation dish with Distribution Unit register 90 The car 2 nearest with this floor sent by the floor of 10.

Below, the A using the A operation dish 10a of Figure 12 A and Figure 12 B explanation embodiments of the present invention 1 controls The control action of S/W portion 30a.Figure 12 A and Figure 12 B is the A operation dish 10a illustrating embodiments of the present invention 2 A control the flow chart of control action of S/W portion 30a.

It addition, Figure 12 A and Figure 12 B is separately to be described in both figures by a flow chart, thus Figure 12 A note The part of 1 stated and Figure 12 B describe 1 part connect.Step S301 in Figure 12 A～step S312 with Above step S301 in Figure 10～step S312 are identical, thus omit the description.

As shown in Figure 12 B, Distribution Unit register 90 determines whether to have received joint from automatically lighting control portion 82a Power mode releases information (step S401).Further, have received energy-saving mode solution when being judged in step S401 During except information, Distribution Unit register 90 carries out call registration (step S402) to group management system 3.Therefore, Hereafter the floor welcoming the rush hours section can be sent the car nearest with this floor to being expected to be.

So, the apparatus for controlling elevator of embodiment 2 has and carries out the knot of call registration in the moment that energy-saving mode releases Structure.By having a structure in which, it is possible to according to the practical situation that utilizes in past, the floor that user is more is sent in advance Send car.As a result of which it is, the operation of elevator can more efficiently be performed, and user can be improved further just Profit.

Embodiment 3

In embodiment 1,2 above, it is impossible to determine the user operating operation button 21.Therefore, it is impossible to Whether the user of decision operation button is only to utilize the personnel of elevator on the same day.As a result of which it is, remember in history The record first information comprises be not suitable as practical situation data, be only the data of the user utilizing elevator the same day. Therefore, in present embodiment 3, following situation is illustrated: can recognize that and operate operation button 21 User is not only to utilize the personnel of elevator the same day but generally utilizes the personnel of elevator, thus generates and is suitable as reality The historical record first information of border situation data.

In present embodiment 3, it is transfused to personally identifiable information (ID in advance the user in building to be given Information) ID premised on.Figure 13 is to specifically illustrate in the apparatus for controlling elevator of embodiments of the present invention 3 especially It it is the structure chart of the internal structure of operation dish 10.

As shown in figure 13, call registration section 20 also has ID reading on the architecture basics of embodiment 1 above Device 100.Further, A controls S/W30a and B and controls the S/W30b architecture basics at embodiment 1 above On, the most also there is ID reading part 101.Other structure is identical with embodiment 1 above.

About ID reading device 100, such as, can enumerate and make ID card connect with it by having been assigned the user of ID Recently read the device of ID or read the device of ID by inserting ID card.The user with ID card exists When utilizing elevator, after being read ID by ID reading device 100, register destination floor.

Now, operation button 21 can also use and can not grasp in the case of ID reading device 100 inputs ID The button made.In this case, to only utilizing the same day user of elevator to give visitor ID.It addition, ID reads It can also be contactless automatic reading device that fetching puts 100, only can automatically read ID by the close of user.

ID reading part 101 read out from ID reading device 100 ID of user as personally identifiable information time Carve, obtain temporal information from timing unit 50a.Further, ID reading part 101 by acquired personally identifiable information and Temporal information is sent to input analysis portion 40a.

Input analysis portion 40a is when generating the first history information, in destination's register information, temporal information and group Also include personally identifiable information outside sending information, and this first history information is stored in storage part 61. Now, input analysis portion 40a can be passed through the temporal information obtained when operating button 21 and being operated and connect The temporal information obtained when receiving personally identifiable information associates, and generates the historical record the including personally identifiable information One information.

In the case of the historical record first information being stored in storage part 61 does not comprises personally identifiable information, system Meter portion 62 is judged to it is the data of the user only utilizing elevator the same day.Further, Department of Statistics 62 is only with comprising individual The historical record first information of identification information carrys out statistical history record the second information.Further, at the historical record first information Personally identifiable information be represent be only the user utilizing elevator the same day visitor ID in the case of, Department of Statistics 62 On the basis of including except the data of such visitor ID, statistical history record the second information.

Here, comprise the identiflication number of individual in the personally identifiable information of present embodiment 3 and for identifying user The group # (hereinafter referred to as utilizing group) of group.Here, utilize multiple by by the floor of building and floor of group The numbering that region associates is constituted, it is possible to the person of determining with is in which region utilizing which floor.

Such as, the user of the tenant A of Fig. 1 above is positioned near A operation dish 10a, it is thus regarded that operation A The probability of operation dish 10a is bigger.On the other hand, the user of the tenant B of Fig. 1 above is positioned at B operation Near dish 10b, it is thus regarded that the probability of operation B operation dish 10b is bigger.Therefore, by the utilization of tenant A The user of person and tenant B is divided into and different utilizes group.By so dividing, even in same floor, also The utilization obstacle of group (each tenant) can be utilized according to the reflection of each operation dish 10.And, it is also possible to according to each Operation dish 10 reflects the feature of the use time (business hours) of each tenant.

For example, it is assumed that tenant A, B are at 3 layers, the use time (business hours) of tenant A is 8:30～17:00, The use time (business hours) of tenant B is 10:00～19:00.Now, at 3 layers of close tenant A arranged A operation dish 10a the historical record first information in, comprise the history note utilizing user in group of tenant A Record increases.It addition, when in view of work hours and quitting time, such as store about the operating time and such as concentrate on The historical record of 8:00～8:30 and 17:00～17:30.On the other hand, near the B operation dish 10b of tenant B In the historical record first information, the historical record utilizing the user in group that comprises tenant B increases.It addition, close The historical record such as concentrating on 9:30～10:00 and 19:00～19:30 is such as stored in the operating time.

In this embodiment, in A operation dish 10a, the moment switching to the rush hours section from free time section is set For 8:30, the moment switching to free time section is set as 17:30.On the other hand, in B operation dish 10b, By switching to the moment of the rush hours section to be set as 9:30 from free time section, the moment switching to free time section is set It is set to 19:30.

Figure 14 illustrates the table of an example of the historical record first information of storage part 61 storage of present embodiment 3.At figure In the historical record first information shown in 14, the Fig. 4 with embodiment 1 above be figure 5 illustrates accordingly The historical record first information, also added user and identified information and utilize group.

Therefore, the sequence number 1 of Figure 14 corresponding with the X1 of Fig. 4 above is described.The sequence number 1 of Figure 14 is removed above Outside the sequence number 1 of Fig. 5, also include that " 030191001 " such user identifies information and " 0301 " such profit By group.Here, " 03 " represents 3 layers, " 01 " represents the region of the tenant A being proximate to A operation dish 10a.Cause This, utilize group be 3 layers close B operation dish 10b tenant A region in the case of, utilization group is " 0302 ".

Figure 15 and Figure 16 is to illustrate to be added up and be stored in the historical record in historical record storage part 63 by Department of Statistics 62 The table of one example of the second information.In the example shown in Figure 15, come for key word with user about by Department of Statistics 62 The result of the statistical history record first information, it is shown that the historical record second of storage in historical record storage part 63 Information.

On the other hand, in the example shown in Figure 16, go through utilizing group to add up for key word about by Department of Statistics 62 The result of the Records of the Historian record first information, it is shown that historical record second information of storage in historical record storage part 63. So, in historical record storage part 63, historical record second information of storage is able to select whether often when design Individual user or each utilize in group which side as key word.

It addition, in the example of Figure 15 and Figure 16, carry out according to utilizing moment order to collect to be integrated by all information Storage.But, as statistical method in addition, also such as be able to according to work hours section, lunch break section, Quitting time section such each time period independently stores.

Below, the control action of the A control S/W portion 30a of A operation dish 10a is illustrated according to flow chart.Figure 17A and Figure 17 B illustrates that the A of the A operation dish 10a of embodiments of the present invention 3 controls the control of S/W portion 30a The flow chart of action.

It addition, Figure 17 A and Figure 17 B is separately to be described in both figures by a flow chart, thus Figure 17 A note The part of 1 stated and Figure 17 B describe 1 part connect.

Step S301 in Figure 17 A～S303 and step S305～S312 and the step in Figure 10 A above S301～S303 and step S305～S312 are identical.Therefore, carry out centered by step S501～S503 below Explanation.

After performing step S301～S303, ID reading part 101 have read by ID reading device 100 In the case of the id information of user, obtain this id information from ID reading device 100 and be sent to input analysis portion 40a (step S501, S502), subsequently into step S503.On the other hand, in step S501, passing through In the case of ID reading device 100 fails to read the id information of user, it is directly entered step S503.

Further, in step S503, input analysis portion 40a generates the historical record first information and is stored in storage part In 61, the current time in the historical record first information, destination's register information and operation button 21 operated Relevant temporal information, group management system 3 send information and ID letter according to what destination's register information determined Breath associates.

Step S305 henceforth～the action of S312 and step S305 in Figure 10 A above and Figure 10 B～ S312 is identical.

So, the apparatus for controlling elevator of embodiment 3 has following structure: obtain the personally identifiable information of user, And identify that user is the most only the personnel utilizing elevator the same day.By having a structure in which, it is possible to will be only the same day The historical record that utilizes utilizing the user of elevator is removed from statistical data.As a result of which it is, can obtain more accurate Really plan to proceed to the effect of the transfer time of energy-saving mode.

It addition, in the A of present embodiment 3 controls the control action of S/W portion 30a, suitable with step S301 Confirmation operation after whether button 21 operated, perform suitable with step S501 being confirmed whether and have input id information, And generate the first history information, but it is not limited to this order.For example, it is also possible to be, suitable with step S501 Be confirmed whether to have input id information after, perform whether suitable with step S301 confirmation operation button 21 is operated. And, it is also possible to it is in id information, store the destination floor corresponding with the time period of ID holder in advance, Confirm after have input id information, without operation operation button 21, then from id information, read destination building Layer.

Embodiment 4

In embodiment 1～3 above, illustrate for appointing in A operation dish 10a or B operation dish 10b The side that anticipates individually releases the situation of energy-saving mode.On the other hand, in present embodiment 4, illustrate to make A operation dish 10a and B operation dish 10b linkage releases the situation of energy-saving mode.The structure of control dish 10 and embodiment 2 above In the structure shown in Figure 11 identical.

In embodiment 2 above, by automatically light control portion 82a and be judged to be energy-saving mode release time During quarter, release the energy-saving mode of A operation dish 10a, carry out call registration by Distribution Unit register 90, in advance The floor that user is more is sent car.In present embodiment 4, while this sends process, automatically light Control portion 82a decides whether coordinated signals B operation dish 10b.

Energy-saving mode is released about deciding whether coordinated signals A operation dish 10a and B operation dish 10b to come both Benchmark, it may be considered that following situation.Such as, automatically light control portion 82a to deposit based on being stored in historical record Historical record the second information in storage portion 63, estimates according to the historical record in past and anticipated utilizes number of packages from now on. As an example, that automatically lights in the scope after control portion 82a obtains from current time to stipulated time is whole as floor Body utilize the maximum of number of packages as estimated value.Maximum more than a car 2 can the situation of number of people boarding Under, automatically light control portion 82a and can determine that as not only making A operation dish 10a release energy-saving mode, and should make B operation dish 10b releases energy-saving mode in linkage.

Figure 18 A and Figure 18 B is that the A of the A operation dish 10a illustrating embodiments of the present invention 4 controls S/W portion The flow chart of the control action of 30a.It addition, Figure 18 A and Figure 18 B is by attached at two for the separately description of a flow chart In figure, thus Figure 18 A describe 1 part and Figure 18 B describe 1 part connect.

Step S301 in Figure 18 A and Figure 18 B～S312 and step S401, S402 and earlier embodiments 2 Figure 12 A and Figure 12 B in step S301～S312 and step S401, S402 identical, thus omit the description.

In step S402, step on when having carried out call in the moment releasing energy-saving mode by Distribution Unit register 90 Clock, automatically light control portion 82a and decide whether coordinated signals A operation dish 10a and B operation dish 10b (step S601)。

Coordinated signals A operation dish 10a and B operation dish is determined when the most automatically lighting control portion 82a During 10b, make what display lighted to light instruction by communication unit 70b to display control unit 83b output from communication unit 70a (step S602).Now, also group management system 3 is entered by Distribution Unit register 90 from B operation dish 10b Row call registration.

So, the apparatus for controlling elevator of embodiment 4 has following structure: when releasing energy-saving mode, energy Enough numbers of packages that utilizes from now on the estimation determine whether to make multiple operation dish release energy-saving mode in linkage and sentence The fixed call registration that whether should carry out multiple car.By having a structure in which, even can not be whole user In the case of taking the car sent in advance, it is also possible to the car near realization has been sent the state come.Its result It is possible to carry out the most efficiently the operation of elevator, and the convenience of user can be improved further.

It addition, the technology carrying out the call registration of multiple car can also apply to embodiment 2 above.That is, divide The number of joining machine register 90 according to utilize practical situation expect existence can not all take the user into a car In the case of, it is possible to group management system 3 is carried out the call registration of the 2nd.

Embodiment 5

Present embodiment 5 is for illustrating the example with the entire infrastructure of embodiment 1～4 above.Figure 19 A and Figure 19 B is the control action of the A control S/W portion 30a of the A operation dish 10a illustrating embodiments of the present invention 5 Flow chart.It addition, Figure 19 A and Figure 19 B is separately to be described in both figures by a flow chart, thus figure 19A describe 1 part and Figure 19 B describe 1 part connect.

Each step described in Figure 19 A and Figure 19 B utilizes and the step of the middle explanation at earlier embodiments 1～4 The most identical label illustrates, thus omits the description.

So, the apparatus for controlling elevator of embodiment 5 has the entire infrastructure of embodiment 1～4 above.Its knot Fruit it is possible to obtain whole effects of embodiment 1～4 above.

Embodiment 6

In embodiment 1 above, illustrate to be respectively provided with call behaviour at multiple operation dishes 10 of each storey setting Making button 21, any one main controlling board 10 in operation dish 10 sums up control, and other is stepped on from the call of operation dish 10 The example of note.On the other hand, in present embodiment 6, the situation of explanation is to have call registration section at each floor The operation dish 10 of 20 is one, and other control dish 10 only has display part 22.

Figure 20 is the internal junction specifically illustrating the operation dish 10 in the apparatus for controlling elevator of embodiments of the present invention 6 The structure chart of structure.The structure phase of the structure of the Figure 20 in present embodiment 6 and the Fig. 2 in embodiment 1 above Ratio, difference is, does not operate button 21 and input analysis portion 40b in B operation dish 10b.

The call registration section 20 of B operation dish 10b only has display part 22.Further, B control S/W portion 30b has Communication unit 70b and display management portion 80b.Therefore, input analysis portion 40a is according only to the operation from A operation dish 10a The information analysis destination register information of button 21 input, and generate the historical record first information and be stored in storage part In 61.

B operation dish 10b, according to the information sended over from A operation dish 10a by communication unit 70a, 70b, is carried out Make the control that display control unit 83b shows.

Structure according to such embodiment 6, it is also possible to obtain the effect identical with embodiment 1 above, i.e. Energy-saving effect can be improved according to the time utilizing historical record regulation to proceed to energy-saving mode, and be prevented from facility Property decline.

Embodiment 7

In embodiment 1 above, illustrate to operate A dish 10a be set to main controlling board 10 sum up carry out each Operation dish 10 proceeds to the example of the plan of energy-saving mode.On the other hand, in present embodiment 7, each operation is described Dish 10 independently carries out the example planned.

Figure 21 is to specifically illustrate in the apparatus for controlling elevator of embodiments of the present invention 7 especially in operation dish 10 The structure chart of portion's structure.As shown in figure 21, the A of A operation dish 10a controls S/W portion 30a and B operation dish 10b B control the A that S/W portion 30b is A operation dish 10a with embodiment 1 above and control S/W portion 30a Identical structure.That is, the control S/W portion 30 of each control dish 10 have input analysis portion 40a, timing unit 50a, Historical record analysis portion 60, communication unit 70a and display management portion 80a.Other structure and embodiment 1 phase above With.It addition, the most do not illustrate the relation of each communication unit 70a.

Plan in the transfer time proceeding to energy-saving mode of the historical record analysis portion 60 of each control dish 10 setting is moved Make, identical with step S201 above～S205.Further, the control S/W portion 30a arranged at each control dish 10 Control action identical with step S301 above～S312.That is, each control dish 10 is detecting the behaviour being located at self Make button 21 when whether being operated, implement the plan of the transfer time that proceeds to energy-saving mode corresponding with historical record, And the control of the display of call operating portion 20 is carried out according to the plan generated.

So, in the apparatus for controlling elevator of embodiment 7, each control dish is separately planned.According to this The structure of sample, it is also possible to obtain the effect identical with embodiment 1 above, i.e. can adjust according to utilizing historical record Joint proceeds to time of energy-saving mode and improves energy-saving effect, and is prevented from convenience and declines.

Alternatively, it is also possible to the Distribution Unit register 90 of the element as embodiment 2 above is applied to Each operation dish 10 of present embodiment 7.And, it is also possible to using the element as embodiment 3 above ID reading device 100 and ID reading part 101 is applied to each operation dish 10 of present embodiment 7.

Alternatively, it is also possible to have in each operation dish 10 of present embodiment 7, communication unit 70a is set and according to above Embodiment 4 make the structure that each operation dish 10 links like that.

Embodiment 8

In embodiment 1～7 above, illustrate required for the plan carrying out proceeding to the transfer time of energy-saving mode Historical record analysis portion 60 and timing unit 50a be located at A operation dish 10a A control S/W portion 30a example. On the other hand, in present embodiment 8, illustrate that historical record analysis portion 60 and timing unit 50a are located at each car control Example in device 4 processed.

Figure 22 is to specifically illustrate especially A operation dish 10a in the apparatus for controlling elevator of embodiments of the present invention 8 Internal structure and car control the structure chart of internal structure of device 4.As shown in figure 22, in present embodiment In 8, historical record analysis portion 60 and timing unit 50a are located at each car and are controlled in device 4.That is, with each car control Device 4 processed be main perform economize on electricity plan process, carry out for from each stop operation dish 10 display control pipe Reason.

The structure of the A operation dish 10a shown in the Figure 22 in present embodiment 8 does not has timing unit 50a and historical record Analysis portion 60 is identical with the structure of the A operation dish 10a shown in the Figure 13 in embodiment 3 above in addition.

On the other hand, car controls, outside device 4 division sign machine control portion 4a, also have timing unit 50a and historical record Analysis portion 60.Thus, control device 4 by car and carry out proceeding to the plan of the transfer time of energy-saving mode.

Here, when user operates the operation button 21 of A operation dish 10a, input analysis portion 40a analysis purpose Ground register information.Now, in the case of achieving personally identifiable information from ID reading part 101, input analysis portion The historical record first information having added personally identifiable information is sent to the history note that each car controls in device 4 by 40a Record analysis portion 60.

Identical with the action of explanation in embodiment 3 above at the deliberate action of historical record analysis portion 60.And And, send idsplay order based on deliberate action from historical record analysis portion 60 to display management portion 80a.Further, Transfer time configuration part 81a and automatically light control portion 82a from input analysis portion 4a confirming operation button 21 quilt During the information operated, receive the idsplay order from the historical record analysis portion 60 in car control device 4, go forward side by side The control of row display.

So, the apparatus for controlling elevator of embodiment 8 has following structure: controls device side based on car, enters Row economize on electricity plan process and carry out for from each stop operation dish display control management.By having this The structure of sample, it is also possible to obtain the effect identical with embodiment 3 above.

Claims (12)

1. an apparatus for controlling elevator, it has:

Operation dish, it is located at each floor of building, has input information control portion, this input information control portion according to The input information analysis destination floor of the user of elevator, and generate destination's register information；

Group management system, it, according to the described destination register information generated by described input information control portion, will set Being equipped with the floor of described operation dish of transmission source as described destination register information as distribution floor, generation determines What described distribution floor should be sent which car in multiple car sends information；

Car controls device, and its reception is sent information described in described group management system generates, made to be sent by described The car that information determines moves to described distribution floor；

Historical record analysis portion, it is according to analysis result utilizing historical record based on described input information, according to time Between section individually set energy-saving mode transfer time, this energy-saving mode transfer time is not for because receiving described input information State continue for the stipulated time more than and proceed to make display dim light or the energy-saving mode of extinguishing of described operation dish；With And

Display management portion, it measures and does not receives elapsed time of described input information, the described elapsed time reach by In the case of described historical record analysis portion individually set according to the time period described energy-saving mode transfer time, by described The display of operation dish switches to described energy-saving mode.

Apparatus for controlling elevator the most according to claim 1, wherein,

Described historical record analysis portion generate by described destination register information, generate described destination's register information time Time information and described send information association get up obtained by the historical record first information, and the described history that will be generated The record first information is sequentially stored in storage part, and that thus accumulates alloted days in past utilizes practical situation data,

Described historical record analysis portion is according to the described practical situation data that utilize accumulated, each time in adding up one day Section and the corresponding relation utilized between number of packages of user, and according to statistical result, the time period in one day is divided into profit It is in the reference period in the range of predetermined standard utilizes number of packages with number of packages, utilizes number of packages fewer than described reference period Free time section and utilize the rush hours section that number of packages is more than described reference period,

Described historical record analysis portion reads current time, belongs to the situation of described reference period at described current time Under, the first predetermined setting time is set as described economize on electricity transfer time, belongs to the described free time at described current time In the case of time period, the second setting the time short first setting time described in predetermined ratio is set as that described economize on electricity turns Shift time, in the case of described current time belongs to described the rush hours section, when setting described in predetermined ratio first Between the 3rd long setting time be set as described economize on electricity transfer time.

Apparatus for controlling elevator the most according to claim 1, wherein,

In the case of described user has personally identifiable information, described input information control portion reads dress by ID Put the described personally identifiable information of acquirement, and it obtained together as described input information with described destination floor,

Described historical record analysis portion associates described personally identifiable information further and believes to generate described historical record first Breath, utilizing between number of packages according to the described each time period utilized in practical situation data statistics one day and user During corresponding relation, except there is no the data of described personally identifiable information, carry out statistical disposition.

Apparatus for controlling elevator the most according to claim 1, wherein,

Described historical record analysis portion according to described statistical result, determine from described utilize number of packages be 0 time continue for The time period more than stipulated time set in advance utilizes, to described, the switching instant that number of packages is not the time period switching of 0, By than determined by moment of the described switching instant scheduled time in advance be defined as energy-saving mode and release the time,

Described display management portion reads current time, described current time with determined by described historical record analysis portion In the case of described energy-saving mode releases time consistency, release described energy-saving mode, the display of described operation dish is set to Common illuminating state.

Apparatus for controlling elevator the most according to claim 4, wherein,

Described apparatus for controlling elevator also has Distribution Unit register, releases with described energy-saving mode at described current time Time consistency and relieved the moment of described energy-saving mode by described display management portion, this Distribution Unit register will set It is equipped with the floor of described operation dish as distribution floor, described group management system is carried out call registration.

Apparatus for controlling elevator the most according to claim 5, wherein,

Release time consistency at described current time with described energy-saving mode and relieve institute by described display management portion When stating energy-saving mode, according to described utilize practical situation data expect described distribution floor exist a car can not In the case of all taking most user, described group management system is carried out for institute by described Distribution Unit register State the 2nd call registration of distribution floor.

7. according to the apparatus for controlling elevator described in any one in claim 1～6, wherein,

Described historical record analysis portion be stored in advance in the comparison of the described magnitude relationship utilizing number of packages in use the 1 threshold value and the 2nd threshold value as the value bigger than described 1st threshold value, and according to described statistical result, by described utilization Number of packages is more than described 1st threshold value and the time period below the 2nd threshold value is set to described reference period, by described profit It is set to described free time section with number of packages less than time period of described 1st threshold value, utilizes number of packages to exceed described the by described The time period of 2 threshold values is set to described the rush hours section.

8. according to the apparatus for controlling elevator described in any one in claim 1～6, wherein,

Described historical record analysis portion is located at described car and is controlled in device, by with described operation dish and described group pipe Reason device is in communication with each other, and performs the setting of described energy-saving mode transfer time and processes.

9. according to the apparatus for controlling elevator described in any one in claim 1～6, wherein,

Described historical record analysis portion is respectively arranged in described operation dish, by with described group management system and described sedan-chair Railway carriage or compartment controls device and is in communication with each other, and performs the setting of described energy-saving mode transfer time for each described operation dish and processes.

10. according to the apparatus for controlling elevator described in any one in claim 1～6, wherein,

Each floor be provided with by a main controlling board and in addition to described main controlling board more than one from operation dish structure The multiple stage operation dish become, as described operation dish,

Described historical record analysis portion is located in described main controlling board, by with described from operation dish, described group management Device and described car control device and are in communication with each other, and perform the setting of described energy-saving mode transfer time and process.

11. apparatus for controlling elevator according to claim 10, wherein,

Described main controlling board has the function of the described input information relevant with destination floor reading user,

The described function from operation dish without the described input information relevant with destination floor reading user.

12. 1 kinds of elevator control methods, it performs in following apparatus for controlling elevator,

This apparatus for controlling elevator has:

Operation dish, it is located at each floor of building, has input information control portion, this input information control portion according to The input information analysis destination floor of the user of elevator, and generate destination's register information；

Group management system, it, according to the described destination register information generated by described input information control portion, will set Being equipped with the floor of described operation dish of transmission source as described destination register information as distribution floor, generation determines What described distribution floor should be sent which car in multiple car sends information；

Car controls device, and its reception is sent information described in described group management system generates, made to be sent by described The car that information determines moves to described distribution floor；

Historical record analysis portion, it is according to analysis result utilizing historical record based on described input information, according to time Between section individually set energy-saving mode transfer time, this energy-saving mode transfer time is not for because receiving described input information State continue for the stipulated time more than and proceed to make display dim light or the energy-saving mode of extinguishing of described operation dish；With And

Display management portion, the display state of its described operation dish of control,

This elevator control method includes:

First step, in described historical record analysis portion, generates described destination register information, generates described mesh Ground register information time time information and described send information association get up obtained by the historical record first information, by institute The described historical record first information generated is sequentially stored in storage part, and thus the utilization of accumulation alloted days in the past is real Border situation data；

Second step, in described historical record analysis portion, according to be stored in described storage part accumulated described in Utilize practical situation data, each time period in adding up one day and the corresponding relation utilized between number of packages of user, root Time period in one day is divided into the base utilizing number of packages to be in the range of predetermined standard utilizes number of packages by result according to statistics The quasi-time period, utilize free time section that number of packages is fewer than described reference period and utilize number of packages than described reference period Many the rush hours sections；

Third step, in described historical record analysis portion, reads current time, belongs to described at described current time In the case of reference period, the first predetermined setting time is set as described economize on electricity transfer time, described currently In the case of moment belongs to described free time section, the second setting time that the time that sets described in predetermined ratio first is short It is set as described economize on electricity transfer time, in the case of described current time belongs to described the rush hours section, by predetermined The threeth setting time longer than the described first setting time is set as described economize on electricity transfer time, single thus according to the time period Solely set described economize on electricity transfer time；

4th step, measures the elapsed time not receiving described input information in described display management portion；And

5th step, in described display management portion, the described elapsed time reach in described third step according to time Between in the case of section described energy-saving mode transfer time of individually setting, the display of described operation dish is switched to described joint Power mode.