JP2012197153A - Elevator group managing control system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To carry out group managing and controlling considering customers not becoming familiar to a landing place destination floor registering device upon maintaining advantage by the landing place destination floor registering device.SOLUTION: An elevator group managing and controlling system has the landing place destination floor registering device, a landing place calling registering device accepting the operation of the registration of landing place calling for specifying a destination direction, a storing means storing the kind of a cage of a candidate responding according to the destination floor registration by the landing place destination floor a registering device and the kind of a cage of a candidate responding according to the landing place calling by the landing place calling registering device, and an allocating control means allocating the cage responded from the cage corresponding to the candidate responding according to the destination floor registration which has been stored by the landing place destination floor registering device in the case the destination floor registration is caddied out by the landing place destination floor registering device and allocating the cage responded from the cage corresponding to the candidate responding according to the landing place calling which has been stored by the landing place calling registering device in the case the landing place calling is registered by the landing the place calling registering device.

Description

  Embodiments described herein relate generally to an elevator group management control system including a landing destination floor registration device that accepts a destination floor registration operation at a landing.

  2. Description of the Related Art Conventionally, there is a group management control type elevator equipped with a landing destination floor registration device that accepts operations such as a numeric keypad for destination floor registration at a landing. In this elevator, since the passenger can perform an operation for registering the destination floor at the landing, it is not necessary to register the destination floor after the passenger has entered the car. In this case, since the group management control device can obtain information on the destination floor from the landing, it is more suitable for the passenger car than when the passenger obtains the information on the destination floor registration after the passenger has entered the car. Can be assigned.

JP 2004-323171 A JP 2001-302128 A JP-A-60-36274

  However, for passengers who are used to operating the hall call registration device that designates the destination direction at the landing, which has been used in the past, especially elderly passengers, there is a method of operating the numeric keypad etc. with the landing destination floor registration device In many cases, the passengers are unfamiliar, and it is not always convenient for these passengers to use a group management control elevator equipped with a landing destination floor registration device.

  The problem to be solved by the present invention is an elevator that can perform group management control in consideration of passengers who are not familiar with the operation of the landing destination floor registration device while maintaining the advantages of the landing destination floor registration device. It is to provide a group management control system.

  According to the embodiment, a plurality of cars, a landing destination floor registration device that accepts an operation for registering a destination floor at the landing, and a landing call registration that accepts an operation for registering a landing call that specifies a destination direction And a candidate car type responding according to the destination floor registration by the hall destination floor registration device among the plurality of cars, and the hall call among the plurality of cars Storage means for storing the type of candidate car responding according to the hall call by the registration device, and the destination destination floor stored in the storage means when the destination floor registration is performed by the hall destination floor registration device A car that responds from a car corresponding to a candidate that responds according to the destination floor registration by the registration device is assigned, and the hall call is registered by the hall call registration device. Case, the stored in the storage unit, with the allocation control means for allocating a car to respond from the car corresponding to the candidate to respond in accordance with the hall call by the hall call registration device.

The figure which shows the structural example of the elevator group management control system in 1st Embodiment. The figure which shows the structural example of the various apparatuses provided in the hall of the elevator group management control system in 1st Embodiment. The flowchart which shows an example of the allocation process with respect to the new hall call by the group management control apparatus of the elevator group management control system in 1st Embodiment. The figure which shows the structural example of the elevator group management control system in 2nd Embodiment. The flowchart which shows an example of the change process of the allocation candidate number machine by the group management control apparatus of the elevator group management control system in 2nd Embodiment. The figure which shows the classification of the allocation candidate number of a hall after the change process of the allocation candidate number by the group management control apparatus of the elevator group management control system in 2nd Embodiment.

Hereinafter, embodiments will be described with reference to the drawings.
(First embodiment)
First, the first embodiment will be described.
FIG. 1 is a diagram illustrating a configuration example of an elevator group management control system according to the first embodiment.
FIG. 2 is a diagram illustrating a configuration example of various apparatuses provided in the hall of the elevator group management control system according to the first embodiment.
Here, a configuration in which the operation of a plurality of cars is group-controlled is shown. In addition, when there are a plurality of cars, the term “unit” may be used. In addition, when it is simply called an elevator, it basically indicates a “car”.

  As shown in FIG. 1, the car control units 1a, 1b, and 1c of each of the three cars are provided corresponding to the cars 2a, 2b, and 2c. The unit itself is controlled including the opening and closing control of the unit. The cars 2a, 2b, 2c move up and down in the hoistway by driving a hoisting machine (not shown). Here, the car control unit and the car for three cars are shown, and the other car control unit and the car are not shown. Hereinafter, as necessary, the car control unit of each car is generically referred to as a car control part 1, and the car of each car is simply referred to as a car 2.

  On the other hand, as shown in FIG. 2, a plurality of landing destination floor registration devices 4 and a plurality of landing call registration devices 5 are installed at the landings on each floor. A car operation panel is provided in the car 2.

  In the present embodiment, some of the units can respond according to the hall call information generated by the operation of the landing destination floor registration device 4 (assignment candidate elevators corresponding to the landing destination floor registration (for example, A to C and E) to G)), and others are units that can respond according to the hall call information generated by the operation of the hall call registration device 5 (assignment candidate cars corresponding to hall calls (for example, No. D and H machines)) is there.

  The landing destination floor registration device 4 is a device for a user to register a destination floor at the landing on each floor, and includes an operation unit for registering the destination floor and a display unit for displaying the allocation result and the like. Have. The registration method for the destination floor is generally a numeric keypad operation or a destination floor button input. However, if registration is possible at the landing, for example, a method using a card reader or a wireless IC is used. May be.

  When the destination floor registration is performed by the landing destination floor registration device 4 of each floor, the hall call information with the destination floor as a set of the two information of the destination floor and the generation floor is output to the group management control device 20. . In the following description, the destination floor is referred to as a destination floor and the generation floor is referred to as a registered floor as necessary.

  The hall call registration device 5 on each floor is a device for a user to register a destination direction at the hall on each floor, and is also called an UP / DN button. The hall call registration device 5 includes an operation unit for registering a destination direction and a display unit for displaying the registered destination direction. When the hall call registration device 5 on each floor registers a hall call without a destination floor, hall call information, which is destination direction and generation floor information, is output to the group management control device 20.

  In the example shown in FIG. 2, the elevators in the building are a total of 8 units of Unit A, Unit B, Unit C, Unit D, Unit E, Unit F, Unit G, Unit H, and landing on each floor Then, the door A 6a, the door 6b of the B, the door 6c of the C, and the door 6d of the D are arranged in a horizontal line. In addition, a landing door 6e for Unit E, a landing door 6f for Unit F, a landing door 6g for Unit G, and a landing door 6h for Unit H are arranged side by side.

  The landing door 6e of Unit E faces the landing door 6a of Unit A, the landing door 6f of Unit F faces the landing door 6b of Unit B, and the landing door 6g of Unit G faces the landing door 6c of Unit C. And the landing door 6h of Unit H faces the landing door 6d of Unit D.

  In the present embodiment, four landing destination floor registration devices 4 are installed at the landings on each floor. Specifically, the first landing destination floor registration device 4a is installed between the landing door 6a of Unit A and the landing door 6b of Unit B, and between the landing door 6b of Unit B and the landing door 6c of Unit C. A second landing destination floor registration device 4b is installed, and a third landing destination floor registration device 4c is installed between the landing door 6e of Unit E and the landing door 6f of Unit F. A fourth landing destination floor registration device 4d is installed between the landing doors 6g of the car.

  In the present embodiment, two hall call registration devices 5 are installed at halls on each floor. Specifically, a first hall call registration device 5a is installed between the landing door 6c of the C unit and the landing door 6d of the D unit, and the first landing door 6g between the G unit landing door 6g and the H unit landing door 6h. 2 hall call registration device 5b is installed.

  In addition, a respondable machine display device 7a for displaying a name of a machine that can be responded by operating the first hall call registration device 5a or the second hall call registration device 5b near the upper end of the first hall call registration device 5a. In the vicinity of the upper end of the second hall call registration device 5b, a respondable machine display device 7b having the same function as the respondable machine display device 7a is provided. Moreover, the display board which shows the classification of the said number machine is provided in the vicinity of the upper part of the landing door 6 of each number machine.

  When the group management control device 20 receives the hall call information from the hall destination floor registration device 4 or the hall call registration device 5, the operation information of the car 2 of each car (car) obtained from the car control unit 1 of each car. Based on the location, driving direction, door open / closed state, destination floor registration information of each unit, etc., select the optimal car that is the optimal car to which the hall call information is assigned from the car 2 of each unit, and Assign hall call information to the optimal car. Hereinafter, a car to which hall call information is assigned is referred to as an “assigned car”.

  The group management control device 20 is a device that performs group management control on the operation of the plurality of cars 2. In the present embodiment, the group management control device 20 includes a registration control unit 21, a response time calculation unit 22, an assignment control unit 23, a landing destination floor registration signal input unit 24, a landing call signal input unit 25, and a respondable machine display control. Unit 26 and storage device 27. These are processing units executed by software on a microprocessor, and information can be exchanged between the respective units as shown in FIG.

  The registration control unit 21 associates the hall call information registered by the hall destination floor registration device 4 or the hall call registration device 5 of each floor with the allocation car information output from the allocation control unit 23 according to the hall call. Register in internal memory. As described above, the hall call information is the hall call information with the destination floor including the information of the destination floor (the destination floor) and the generation floor (the registration floor), the generation floor (the registration floor), and the destination direction. It may be the hall call information without the destination floor including the information.

  In addition, the registration control unit 21 outputs the above-described registration information to the landing destination floor registration device 4 that is the operation source according to the landing call information registered in the landing destination floor registration device 4. For example, when the 12th floor is registered by the landing destination floor registration device 4 installed on the 10th floor and assigned and output to Unit A, the assigned car information ( (Unit A) is output.

  Further, when the assigned car responds to the hall call from the hall destination floor registration device 4, the destination floor information is output to the corresponding car control unit 1. As a result, the car call is automatically registered in the car 2 through the car control unit 1. For example, if the above-described destination floor information (12th floor) is output, a car call for the 12th floor is automatically registered in the car 2.

  The response time calculation unit 22 corresponds to a landing destination floor registration corresponding to a landing destination floor registration newly registered in the registration control unit 21 (for example, A to C and E to G). A response time that is an index for allocation is calculated for each car. This response time is calculated based on the already registered hall call assignment information, car call information, current car position, driving direction, door open / closed state, and the like.

  In addition, the response time calculation unit 22 responds to a hall call without a destination floor newly registered in the registration control unit 21 with each car corresponding to an allocation candidate car corresponding to hall call registration (for example, Car D and Car H). A response time serving as an allocation index is calculated for each. This response time is calculated based on the already registered hall call assignment information, car call information, current car position, driving direction, door open / closed state, and the like.

  The allocation control unit 23 calculates an evaluation value representing the optimality for the hall call newly registered in the registration control unit 21 based on the response time calculated by the response time calculation unit 22 for each car 2 of each car. Calculate and assign the hall call. At this time, the assignment control unit 23 outputs to the registration control unit 21 assignment car information indicating to which car the hall call has been assigned.

Normally, the response time calculation unit 22 responds to a call that has already been registered, and the time until the car arrives at the first floor where the new hall call is registered first arrives at the registration floor of the hall call. Until time (first time) is calculated.
Here, the response time calculation unit 22 calculates, as the response time, a time obtained by adding the second time until the user actually gets on the car and arrives at the destination floor to the first time.

  The landing destination floor registration signal input unit 24 inputs the hall call information with the destination floor from the landing destination floor registration device 4. The hall call signal input unit 25 inputs hall call information without a destination floor from the hall call registration device 5.

  The respondable machine display control unit 26 causes the respondable machine display devices 7a and 7b to display the name of the machine that can respond according to the hall call information generated by the operation of the hall call registration device 5. In the present embodiment, among the units, the units that can respond by operating the hall call registration device 5 are the D unit and the H unit, and the respondable unit display devices 7a and 7b indicate these units “D , H ”is displayed.

  The storage device 27 is a storage medium such as a non-volatile memory, and includes an assigned machine candidate first storage unit 28 and an assigned machine candidate second storage unit 29. The assigned car candidate first storage unit 28 is a car that can respond according to the hall call information generated by the operation of the hall destination floor registration device 4 among the car numbers, corresponding to the hall destination floor registration device (the hall destination floor). The information on the name of the number corresponding to the landing destination floor registration device corresponding to the registration candidate for allocation) is stored. As shown in FIG. 2, in the present embodiment, the numbers corresponding to the landing destination floor registration device compatible machines are A, B, C, E, F, and G machines.

  Further, the assigned car candidate second storage unit 29 is a car that can respond according to the hall call information generated by the operation of the hall call registration device 5 among each car, and is a hall call registration device compatible car (a hall call correspondence). No. allocation candidate machine) information of the machine name is stored. As described above, in the present embodiment, the number corresponding to the hall call registration device compatible machine is the D, H machine.

Next, the operation of the elevator group management control system having the configuration shown in FIG. 1 will be described.
FIG. 3 is a flowchart illustrating an example of assignment processing for a new hall call by the group management control device of the elevator group management control system according to the first embodiment.
When the user operates the landing destination floor registration device 4, the landing destination floor registration signal input unit 24 inputs the landing call information with the destination floor from the landing destination floor registration device 4, or the user calls the landing call When the registration device 5 is operated, the hall call signal input unit 25 inputs the hall call information without the destination floor from the hall call registration device 5, and when the hall call information signal is input to the registration control unit 21. (Step S <b> 1) The registration control unit 21 determines that the hall call information is hall call information with a destination floor from the hall destination floor registration device 4 or hall call information without a destination floor from the hall call registration device 5. It is determined whether or not there is (step S2).

  When the input hall call information is the hall call information with the destination floor from the hall destination floor registration device 4 (YES in step S2), the registration control unit 21 sets the name of the car number corresponding to the hall destination floor registration device. Information is read from the assigned number candidate first storage unit 28 of the storage device 27 (step S3).

  In addition, when the input hall call information is the hall call information without the destination floor from the hall call registration device 5 (NO in step S2), the registration control unit 21 names the cars corresponding to the hall call registration device. Is read from the assigned number candidate second storage unit 29 of the storage device 27 (step S3).

  After the processes of steps S2 and S3, the allocation control unit 23 calculates the evaluation value of each unit of the corresponding corresponding unit that has been read based on the calculation result of the response time calculation unit 22 regarding the unit that has been read in step S3 or S4 (Step S4).

When the evaluation value of each car is calculated, the allocation control unit 23 selects the car having the smallest evaluation value among them as the optimum car (step S5).
Specifically, when the allocation control unit 23 reads out the above-described A, B, C, E, F, and G cars as the machine name of the hall corresponding to the landing destination floor registration device in the process of step S3, The car with the smallest evaluation value is selected as the optimal car.

  In addition, when the allocation control unit 23 reads the above-described D and H machines as the machine name of the hall call registration device-compatible car in the process of step S4, the car having the smallest evaluation value is selected from these cars. Select the optimal cage. In general, in the evaluation function, the smaller the evaluation value, the higher the evaluation, and the higher the value, the lower the evaluation.

  If the registration control unit 21 has registered the destination floor by operating the landing destination floor registration device 4 in step S1, the landing destination installed on the registration floor after the above-described selection of the optimum car is performed. Of the floor registration devices 4, the name of the machine selected as the optimum car and the registered destination floor are displayed on the landing destination floor registration device 4 as the operation source.

  In addition, in the car corresponding to the hall call registration device compatible car, the operation for registering the destination floor using the car operation panel by the user who has entered this car is effective. In the corresponding car, the operation for registering the destination floor by the car operation panel by the user who has entered this car becomes invalid.

  As described above, in the elevator group management control system according to the first embodiment, when the landing destination floor registration device 4 is operated, the optimum car is selected from the landing destination floor registration device-compatible car, and the landing call registration is performed. When the device 5 is operated, the optimum car is selected from the hall call registration device compatible car.

  Therefore, a user who is accustomed to the operation of the landing destination floor registration device 4 can get on the car corresponding to the landing destination floor registration device corresponding machine by operating the landing destination floor registration device 4. In this case, since the optimal car is selected in consideration of the destination floor registered by the landing destination floor registration device 4, a car with higher transport efficiency is selected as compared with the case where the landing call registration device 5 is operated. The

  In addition, a user who is unfamiliar with the operation of the landing destination floor registration device 4 can get on the car corresponding to the landing call registration device corresponding machine by operating the landing call registration device 5. Therefore, a user who is unfamiliar with the operation of the landing destination floor registration device 4 can perform an operation for responding to the car without being confused at the landing.

  That is, in this embodiment, it is possible to select one of the landing destination floor registration device 4 and the landing call registration device 5 to operate according to the user's judgment. Therefore, the elevator group management considering the convenience of users who are unfamiliar with the operation of the landing destination floor registration device 4 while maintaining the advantage that a car with good transport efficiency can be selected by installing the landing destination floor registration device 4 A control system can be realized.

(Second Embodiment)
Next, a second embodiment will be described. In addition, description of the part same as what was shown in FIG. 1 among the structures of the elevator group management control system in this embodiment is abbreviate | omitted.
FIG. 4 is a diagram illustrating a configuration example of an elevator group management control system according to the second embodiment.
As shown in FIG. 4, the elevator group management control system in the present embodiment further includes a congestion status calculation unit 31 and an assigned car candidate setting unit 32 as compared to the first embodiment. .

  The congestion state calculation unit 31 is a hall call registration device compatible machine and a hall destination floor registration apparatus compatible machine in consideration of the number of hall calls registered by the registration control unit 21 and the number of hall calls generated per unit time. Calculate the congestion status of each elevator unit.

  The assigned car candidate setting unit 32 has the above-described congestion situation deteriorated, and the congestion situation calculated by the congestion situation computing unit 31 is the one corresponding to the hall call registration device corresponding to the hall call registration device (assignment candidate car corresponding to the hall call). In the case of a predetermined congestion situation to be improved by changing a part to a landing destination floor registration device compatible car (assignment candidate car corresponding to landing destination floor registration), an assigned car candidate second storage unit of the storage device 27 The number of the machine name is deleted so that the number of hall call registration device-compatible machines stored in 29 is reduced, and the deleted machine name is newly stored in the assigned number machine candidate first storage unit 28 of the storage device 27. Then, the hall call registration device compatible car is changed to the hall destination floor registration machine compatible car.

  In addition, the assigned car candidate setting unit 32 has changed the congestion situation calculated by the congestion situation calculation unit 31 from the corresponding station call registration device as described above, as the congestion situation is improved. In the case of a crowded situation where the hall destination floor registration device compatible car can be returned to the hall call registration equipment compatible car, the hall destination floor registration apparatus correspondence stored in the assigned car candidate first storage unit 28 of the storage device 27 Delete the unit name that has been changed to the unit number, and store this unit name again in the assigned unit candidate second storage unit 29, so that the type of the unit that has been changed to the unit corresponding to the landing destination floor registration device is registered as a landing call Return to the device compatible machine.

FIG. 5 is a flowchart illustrating an example of a process for changing the allocation candidate number by the group management control device of the elevator group management control system according to the second embodiment.
First, the congestion status calculation unit 31 calculates the current congestion status of the elevator in consideration of the number of hall calls registered by the registration control unit 21 and the number of hall calls generated per hour (step S11).

  Then, when the congestion situation calculated by the congestion situation calculation unit 31 is a predetermined congestion situation to be improved (YES in step S12), and there is one or more number corresponding to the current hall call registration device. That is, if one or more unit names are stored in the assigned unit candidate second storage unit 29 of the storage device 27 (YES in step S13), the assigned unit candidate setting unit 32 assigns the assigned unit candidate of the storage unit 27. By deleting the unit name for one of the hall call registration device compatible units stored in the second storage unit 29 and newly storing this unit name in the assigned unit candidate first storage unit 28, The type of the hall corresponding to the landing call registration device is changed to the hall corresponding to the destination destination floor registration device (step S14).

  Then, the respondable machine display control unit 26 stores the changed machine number corresponding to the hall call registration device corresponding to the changed hall call registration device stored in the assigned machine candidate second storage unit 29 of the storage device 27 changed by the assigned machine candidate setting unit 32. The name is displayed on the respondable unit display devices 7a and 7b on each floor, and the allocation candidate unit changing process is terminated (step S15).

FIG. 6 is a diagram showing types of hall allocation candidate cars after the allocation candidate car change processing by the group management control apparatus of the elevator group management control system in the second embodiment.
In the present embodiment, in the initial state, as shown in FIG. 5, the number of the machine corresponding to the landing destination floor registration device is A, B, C, E, F, G, and the number corresponding to the landing call registration device is The name of the unit is D and H as described above, and “D, H” indicating these units is displayed on the respondable unit display devices 7a and 7b.

And the example shown in FIG. 6 is the example which changed the H machine among the hall call registration apparatus corresponding | compatible machines shown in FIG. 5 to the landing destination floor registration apparatus corresponding | compatible machine by the process of step S14, S15, As a result, The number of the number corresponding to the hall destination floor registration device is increased by 1 to A, B, C, E, F, G, H, and the number of the number corresponding to the hall call registration device is decreased by 1 And it becomes only D machine.
As a result, as shown in FIG. 6, the number of units displayed on the respondable unit display devices 7 a and 7 b decreases by one and becomes “D” only.

  Further, even when the congestion situation calculated by the congestion situation calculation unit 31 is a predetermined congestion situation to be improved (YES in step S12), there is no current hall call registration device compatible number, that is, the allocation of the storage device 27. If the car name of the car corresponding to the hall call registration device is not stored in the car candidate second storage unit 29 (NO in step S13), it is determined that there is no car that can be changed to the car corresponding to the hall destination floor registration device, step S14. And the process of changing the allocation candidate machine is terminated without performing the process of S15.

  If “NO” is determined in the step S12, the assigned car candidate setting unit 32 judges whether or not the assignment candidate car corresponding to the original hall call has been changed to the assigned car number corresponding to the landing destination floor registration. (Step S16).

  When the allocation candidate number corresponding to the initial hall call has already been changed to the allocation candidate number corresponding to the landing destination floor registration (YES in step S16), the congestion status calculation unit 31 calculates the current congestion status of the elevator again. And even if the congestion situation is improved and the congestion situation calculated by the congestion situation computation unit 31 is changed to the hall destination floor registration device compatible car as described above, the type of the car is returned to the hall call registration equipment compatible car. When the situation is good (YES in step S17), the assigned car candidate setting unit 32 is changed to a landing destination floor registration device compatible car stored in the assigned car candidate second storage unit 29 of the storage device 27. By deleting the unit name for one unit from the unit names and storing the unit name again in the assigned unit candidate first storage unit 28, one unit changed to the unit corresponding to the landing destination registration device Is returned to the original hall call floor registration device compatible car (step S18).

Further, if “NO” is determined in the processes of steps S16 and S17, the allocation candidate machine changing process is terminated. After the process of step S18, the respondable machine display control unit 26 is assigned by the assigned machine candidate setting unit 32. The changed number of the corresponding number corresponding to the hall call registration device stored in the assigned number candidate second storage unit 29 of the storage device 27 is displayed on the respondable number display devices 7a and 7b of each floor (step) S19).

  As described above, the elevator group management control system according to the second embodiment is the case where the current congestion situation is a congestion situation that needs improvement, and when there is a hall call registration device compatible machine, this hall call registration is performed. Change the device-compatible car to the hall destination floor registration machine-compatible car. Accordingly, the number of cars responding by the operation of the landing destination floor registration device 4 increases, so that the transportation efficiency can be improved and the congestion situation can be improved.

  Further, in this embodiment, when there is a hall call registration device compatible machine in a crowded situation requiring improvement, the hall call registration apparatus compatible car is changed to a hall destination floor registration apparatus compatible car, Not limited to this, when the current date and time belongs to a predetermined congestion time zone stored in the storage device 27 and there is a hall call registration device compatible number machine, the assigned number machine candidate setting unit 32 stores the storage device. The unit names are deleted so that the number of hall call registration device compatible units stored in the 27 assigned unit candidate second storage unit 29 decreases, and this unit name is newly stored in the assigned unit candidate first storage unit 28. By doing so, you may make it change a hall call registration apparatus corresponding number machine to a hall destination floor registration apparatus corresponding number machine.

  Further, in each of the above-described embodiments, when there is a predetermined security floor in which only a predetermined user can enter, among the floors, after further installing a user authentication function in the landing destination floor registration device 4, When the user's entry to the security floor is authenticated through input of predetermined authentication information such as input of a personal identification number to the landing destination floor registration device 4 or recognition of a card key, the operation of the landing destination floor registration device 4 is performed. Enables registration of the destination floor of the security floor, while the registration control unit 21 in the car corresponding to the hall call registration device corresponding number machine stored in the assigned number second storage unit 29 of the storage device 27. A configuration may be adopted in which the above-described destination registration of the security floor by operating the operation panel in the car is invalidated. Thereby, the approach to the security floor by the user who is not authenticating using the landing destination floor registration apparatus 4 can be prevented.

According to each of these embodiments, it is possible to perform group management control in consideration of passengers who are not accustomed to the operation of the landing destination floor registration device while maintaining the advantages of installing the landing destination floor registration device. An elevator group management control system can be provided.
Although several embodiments of the invention have been described, these embodiments are presented by way of example and are not intended to limit the scope of the invention. These novel embodiments can be implemented in various other forms, and various omissions, replacements, and changes can be made without departing from the scope of the invention. These embodiments and modifications thereof are included in the scope and gist of the invention, and are included in the invention described in the claims and the equivalents thereof.

  DESCRIPTION OF SYMBOLS 1a, 1b, 1c ... Car control part, 2a, 2b, 2c ... Ride car, 4 ... Landing destination floor registration device, 5 ... Landing call registration device, 6 ... Landing door, 7 ... Responsible car display device, 11 ... Car Identification marker device, 20 ... group management control device, 21 ... registration control unit, 22 ... response time calculation unit, 23 ... allocation control unit, 24 ... landing destination floor registration signal input unit, 25 ... landing call signal input unit, 26 ... Responsible machine display control unit, 27 ... storage device, 28 ... assigned machine candidate first storage part, 29 ... assigned machine candidate second storage part, 31 ... congestion status calculation part, 32 ... assigned machine candidate setting part.

Claims (5)

Multiple cars,
A landing destination floor registration device that accepts operations for destination floor registration at the landing;
A hall call registration device that accepts an operation for registration of a hall call that specifies a destination direction;
Among the plurality of cars, a candidate car type that responds according to the destination floor registration by the hall destination floor registration device, and a candidate that responds according to the destination floor registration by the hall destination floor registration device Storage means for storing the type of candidate car that responds according to the hall call by the hall call registration device, which is other than the car of the car,
When a destination floor registration is made by the landing destination floor registration device, a car that responds from a car corresponding to a candidate that responds according to the destination floor registration by the landing destination floor registration device, which is stored in the storage means, When a hall call by the hall call registration device is registered, a car that is stored in the storage means and responds from a car corresponding to a candidate responding according to the hall call by the hall call registration device is assigned. An elevator group management control system comprising an allocation control means. Congestion status calculation means for calculating the congestion status related to the use of each unit,
When the congestion status calculated by the congestion status calculation means is a predetermined congestion situation requiring improvement, the predetermined candidate among the candidates that are stored in the storage means and respond according to the hall call by the hall call registration device 2. The elevator group management control system according to claim 1, further comprising candidate changing means for changing a candidate to respond according to destination floor registration by the hall destination floor registration device. If the current date and time belongs to a predetermined congestion time zone, a predetermined candidate among candidates that respond to a hall call by the hall call registration device and is stored in the storage means is registered as a destination floor by the hall destination floor registration device. 2. The elevator group management control system according to claim 1, further comprising candidate changing means for changing to a candidate to respond according to. A display device that is provided in the vicinity of the hall call registration device and displays a type of car corresponding to a candidate that responds according to a hall call by the hall call registration device;
When the candidate changing means changes the candidate responding according to the hall call by the hall call registration device stored in the storage means to the candidate responding according to the destination floor registration by the hall destination floor registration device, after the change 2. The elevator group management control system according to claim 1, further comprising display control means for causing the display device to display candidates that respond in accordance with destination floor registration by the hall destination floor registration device. The landing destination floor registration device is
When the user who has entered the predetermined authentication information is authenticated to enter the predetermined floor, accepting an operation for registering the destination floor of the predetermined floor,
The destination floor registration of the predetermined floor by the car operation panel in the car corresponding to the candidate responding according to the hall call by the hall call registration device stored in the storage means is invalidated. The elevator group management control system according to claim 1.

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