JP6477151B2 - Elevator system and return floor registration control method - Google Patents

Description

  The present invention relates to an elevator system and a return floor registration control method for raising and lowering a car between halls provided on a plurality of floors in response to hall calls and car calls.

  In recent years, the number of large-scale suburban shopping centers in which facilities such as movie theaters and a plurality of specialty stores have gathered has increased. In such shopping centers, there are many cases where large-scale parking lots are additionally provided, and many of these parking lots are provided with elevators. And after a user parks, he gets on an elevator and goes to a contact point etc. which leads to a shopping center.

JP 2000-136073 A

  The user may not know which parking floor has a plurality of floors.

  An object of the present invention is to provide an elevator system and a return floor registration control method capable of registering a return floor to which a user should return and improving convenience.

The elevator system according to the present invention is:
An elevator system that raises and lowers a car between halls provided on multiple floors in response to hall calls and car calls,
Allocation control means for allocating the hall call and the car call to the car;
Return floor accepting means for accepting input of the user's return floor in a state associated with the identification information of the user;
Storage management control means for storing and managing the return floor in association with the identification information of the user;
In a floor other than the return floor, a return driving operation reception means for receiving an input of the user's return driving operation in a state associated with the identification information of the user,
The memory management control means specifies a return floor corresponding to the identification information of the user who is managing the memory when the return driving operation of the user is accepted,
The assignment control means assigns the identified return floor as a destination floor to a car.

  The return floor reception means and the return driving operation reception means may be arranged at each landing.

  The return floor receiving means and the return driving operation receiving means may be arranged in the car.

Erasure acceptance means for accepting erasure input of the return floor managed and stored in a state associated with the identification information of the user,
The storage management control means may delete the identification information and return floor information being stored and managed when the deletion input is accepted.

  After the return floor of the user is assigned to the car as a destination floor, it may be provided with an exit floor guidance means for guiding the destination floor to which the user should get off.

  You may make it provide the input completion guidance means which guides that the said user's input was received.

The basket is provided with a plurality of cars,
When the return driving operation is accepted, the assignment control means assigns the return floor of the user to any one of a plurality of cars as a destination floor,
You may make it provide the car guidance means which guides the specific information of the said assigned car.

Each of the return floor accepting means and the return driving operation accepting means is biometric information reading means for reading biometric information that is identification information of a user,
The storage management control means includes biometric information collating means for collating the biometric information to identify the return floor,
The return floor accepting means accepts an input as a return floor from which the biometric information is read by reading the biometric information of the user,
The return driving operation reception means may receive an input of a return driving operation by reading the user's biological information.

  The biometric information reading unit may be a fingerprint reading unit that reads fingerprint information of a user.

The fingerprint reading means is a single reading means including the return floor receiving means and a return driving operation receiving means, and detects the placement time or the number of times of placement of the fingerprint reading portion placed at the reading position when reading the fingerprint information. ,
The storage management control means may determine whether it is a return floor input or a return driving operation input according to the detection time.

  The biological information reading unit may be an imaging unit that captures an image including user face information.

The imaging means is a single imaging means including the return floor receiving means and a return driving operation receiving means, and images the user so as to include the user's face information and operation type information,
The storage management control means may determine whether it is a return floor input or a return driving operation input according to the operation type information included in the image.

Each of the return floor accepting means and the return driving operation accepting means is a storage medium reading means for reading user identification information from a portable storage medium,
The storage management control means includes identification information collating means for collating the identification information to identify the return floor,
The return floor accepting means accepts input by using the floor from which the identification information is read as a return floor by reading the user identification information from the storage medium,
The return driving operation reception means may receive an input of a return driving operation by reading the identification information of the user from the storage medium.

The storage medium reading unit is a single reading unit including the return floor receiving unit and a return driving operation receiving unit, and the storage medium reading time or the number of readings in the reading area at the time of reading the storage medium is determined. Detect
The storage management control means may determine whether the input is a return floor input or a return driving operation according to the detection result.

The return floor registration control method of the elevator system according to the present invention is:
A return floor registration control method for an elevator system that raises and lowers a car between halls provided on multiple floors in response to a hall call and a car call,
An allocation step for assigning the hall call and the car call to the car;
Return floor accepting step for accepting input of a user's return floor in a state associated with the user identification information Storage control management step for storing and managing the return floor in association with the user identification information
In a floor other than the return floor, a return driving operation reception step for receiving the input of the user's return driving operation in a state associated with the identification information of the user,
In the storage management control step, when a return driving operation of the user is accepted, a return floor corresponding to the identification information of the user being stored and managed is specified,
In the assigning step, the specified return floor is assigned to a car as a destination floor.

  According to the present invention, when the user's identification information and the return floor are stored and managed in association with each other and the input of the return driving operation by the user is accepted, the return floor that is stored and managed is assigned to the car as the destination floor. It is done. Therefore, even if the user forgets the floor to which he / she should return, the return floor is automatically assigned to the car as the destination floor, so that the user can return without hesitation and the convenience is improved.

FIG. 1 is an external view of an elevator hall according to a first embodiment of the present invention. FIG. 2 is a functional block diagram of the elevator system according to the first embodiment of the present invention. FIG. 3 is a flowchart showing return floor registration processing and return operation processing according to the first embodiment of the present invention. FIG. 4 is a functional block diagram of the elevator system according to the second embodiment of the present invention. FIG. 5 shows an example of a pause for determining the input of the return floor and the input of the return driving operation. FIG. 6 is a flowchart showing return floor registration processing and return operation processing according to the second embodiment of the present invention.

  An elevator system 1 and a return floor registration control method of the elevator system 1 according to an embodiment of the present invention will be described with reference to the drawings.

<First Embodiment>
FIG. 1 is an external view of an elevator hall according to a first embodiment of the present invention. The elevator system 1 of this embodiment is provided with one elevator (car 7: see FIG. 2). The elevator system 1 provides a service for operating passenger cars 7 and transporting passengers to landings provided on a plurality of floors. At each hall floor, a hall call button 20, a fingerprint reader 30, a speaker 40, and the like are provided around the door 71 on the hall side of the car 7.

  The hall call button 20 receives input of hall calls in the upward direction and the downward direction. The fingerprint reader 30 reads fingerprint information (biological information) of a fingerprint reading site such as a user's fingertip and accepts input (registration) such as a return floor. The speaker 40 outputs a voice message indicating that the operation input such as the return floor input has been normally received.

  In the elevator system 1 of this embodiment, the input of a return floor is received using the fingerprint reader 30 (fingerprint authentication means 3: refer FIG. 2). The return floor is the floor to which the elevator user should return. The user returning to the floor to be returned may input a return driving operation with the fingerprint reader 30. As a result, the registered return floor is automatically assigned to the car 7 as the destination floor (target floor), so that the user can get on the car 7 and go to the return floor.

  For example, a parking floor in a multilevel parking garage can be a return floor. If you register the parking floor as the return floor, when you return to the parking floor after completing shopping, the registered return floor is automatically assigned to the car 7 as the destination floor. You can return to the floor. Details will be described later.

  FIG. 2 is a functional block diagram of the elevator system 1 according to the first embodiment of the present invention. The elevator system 1 includes a hall call registration receiving means 2, a fingerprint reading means 3, a guiding means 4, an operation control device 5, a car control means 6, a car 7, and the like. Note that the hall call registration acceptance means 2, fingerprint reading means 3, and guidance means 4 are shown only for one hall, and the others are the same in configuration, and are not shown. These are realized by a CPU, a memory, a buffer, various programs recorded in these, and in FIG. 2, among functional blocks related to typical functions realized by linking these, it relates to the present invention. Only functional blocks to be drawn are drawn. It should be understood that these functional blocks can be realized by hardware only, software only, or a combination thereof.

  The hall call registration receiving means 2 is provided at the hall of each floor and includes a hall call button 20 and the like. The hall call registration receiving means 2 receives the hall call input as described above. The hall call registration receiving means 2 transmits the hall call information together with the device identification ID to the wired connection assignment control means 53. The device identification ID is unique identification information given to each device, and is, for example, a MAC address. Each communication is performed using a device identification ID.

  The fingerprint reading means 3 is provided at a landing on each floor and includes a fingerprint reader 30 and the like. The fingerprint reading means 3 receives the input of the return floor and the input of the return driving operation described above by reading the fingerprint information. That is, the fingerprint reading unit 3 functions as a return floor receiving unit and a return driving operation receiving unit.

  The return floor is the floor where the fingerprint reading means 3 that has received the input of the return floor (read the fingerprint information) is located. The fingerprint reading means 3 transmits the read fingerprint information together with the device identification ID to the storage management control means 51 connected by wire. The storage management control unit 51 identifies the floor on which the fingerprint reading unit 3 is located based on the received device identification ID. Then, the specified floor is set as a return floor and stored and managed in association with fingerprint information. That is, the device identification ID is transmitted to the storage management control means 51 as return floor information.

  Further, in the input of the return driving operation, the floor where the fingerprint reading means 3 for which the input of the return driving operation is accepted (reading the fingerprint information) is the calling floor of the car 7, and the destination floor is the return floor of the car 7. An assignment is made. The fingerprint reading unit 3 transmits the read fingerprint information together with the device identification ID to the storage management control unit 51. The storage management control means 51 identifies the floor on which the fingerprint reading means 3 is located based on the device identification ID, and sets this floor as the calling floor. That is, the device identification ID is transmitted to the storage management control means 51 as information on the calling floor. Further, the storage management control means 51 collates the received fingerprint information with the fingerprint information stored and managed, specifies the return floor, and sets the return floor as the destination floor.

  Note that the input of the return floor and the input of the return driving operation are determined by the length of the insertion time during which the fingertip or the like is inserted into the fingerprint reader 30. The fingerprint reading unit 3 continues to transmit fingerprint information to the storage management control unit 51 while a fingertip or the like is inserted into the fingerprint reader 30. The storage management control means 51 determines which input is based on this transmission time (insertion time).

  The guide means 4 is provided at the landing on each floor and includes a speaker 40 and the like. For example, the guiding unit 4 outputs sound data stored in a memory or the like from the speaker 40. Based on the instruction from the storage management control means 51, the guidance means 4 outputs the guidance of the return floor input completion, the return driving operation input completion, and the getting-off floor (return floor) guidance during the return driving operation. That is, it functions as an input completion guidance means and a getting-off floor guidance means.

  The operation control device 5 is provided in a machine room above the elevator shaft and manages the operation of the car 7 in an integrated manner. The operation control device 5 includes an operation control means 50, a storage management control means 51, a data storage means 52, an allocation control means 53, and the like. The operation control means 50 is provided for each car 7 and manages and controls the operation of the car 7.

  The storage management control means 51 stores and manages the return floor in association with the fingerprint information in the data storage means 52 in response to the input of the return floor received as described above. Further, the calling floor and the return floor are specified for the input of the accepted return driving operation. Then, information on the calling floor and the return floor is transmitted to the allocation control means 53 to request allocation. The data storage means 52 is a hard disk or the like and stores the return floor.

  Further, the storage management control means 51 causes the guidance means 4 to output various kinds of guidance as described above. For example, after the return floor is associated with the fingerprint information and stored in the data storage means 52, a voice that indicates that the input of the return floor has been accepted is sent to the guidance means 4 for the hall that has received the input of the return floor. To output. Further, for example, after the specified calling floor and return floor are assigned to the car 7 by the assignment control means 53, the input of the return driving operation is accepted, and the assigned getting-off floor (return floor) is guided. The voice is output to the guidance means 4 at the hall where the input of the return driving operation is accepted. Whether the car is assigned to the car 7 is received from the assignment control means 53.

  In addition, the storage management control unit 51 deletes the information on the return floor stored in the data storage unit 52 when the deletion condition is satisfied. The erasure condition is, for example, that an input of a return driving operation has been accepted (a return floor has been assigned to the car 7), or that a predetermined time has elapsed since being stored. It is not necessary to erase.

  The assignment control means 53 assigns the hall call and the car call received from the hall call registration acceptance means 2 and the car call registration acceptance means 72 to the car 7. Specifically, in the case of a hall call, the calling floor is assigned to the car 7 as a stop floor. In the case of a car call, the destination floor is assigned to the car 7 as a stop floor. Further, the allocation control unit 53 allocates a return floor and the like to the car 7 based on the allocation request from the storage management control unit 51 as described above. And the allocation control means 53 transmits the allocation information (a stop floor etc.) of the car 7 to the operation control means 50 connected by wire. Since each call allocation process has a general configuration, a detailed description thereof will be omitted.

  The car control means 6 is provided in each car 7, and performs opening / closing of the door 71, adjustment of lighting, air conditioning, and the like based on information from the operation control device 50.

  The elevator system 1 further includes a car call registration receiving means 72 arranged in the car 7. The car call registration receiving means 72 includes a car call button (not shown) and the like. A plurality of car call buttons are provided, and each floor number is assigned. The car call registration accepting means 72 accepts an input of a car call (the destination floor of the passenger of the car 7) using a car call button. Further, the car call registration receiving means 72 transmits the car call information to the assignment control means 53 connected by wire.

  In the present embodiment, the unit (apparatus) is described in a combination as shown in FIG. 2, but is not particularly limited as long as the elevator system 1 is configured.

  FIG. 3 is a flowchart showing return floor registration processing and return operation processing according to the first embodiment of the present invention. This process is mainly executed by the storage management control means 51 when the fingerprint reading means 3 accepts either the return floor input or the return driving operation input.

  First, the storage management control means 51 determines the type of accepted input (step S10). As described above, the determination is made based on the length of the fingerprint information transmission time. Next, based on the determination result, it is determined whether the input is a return floor input or a return driving operation input (step S11). When it is determined that the input is a return floor (step S11: return floor), the storage management control means 51 starts a return floor registration process. Specifically, the fingerprint information and the return floor are associated with each other and stored in the data storage unit 52 (step S12). After that, the guidance that the input of the return floor has been accepted is output to the guidance means 4 at the hall where the input of the return floor has been accepted (step S13).

  On the other hand, if it is determined that the input is a return operation (step S11: return operation), the storage management control means 51 starts executing the return operation process. Specifically, the received return information is collated with the fingerprint information in the data storage means 52 to identify the corresponding return floor (step S14). Next, it is determined whether or not the identified return floor is different from the landing where the return driving operation is input (step S15). When it is determined that the return floor and the landing are the same floor (NO in step S15), the storage management control means 51 causes the guidance means 4 of this landing to output guidance that the return driving operation is not accepted. (Step S16). Then, this process ends. As a result, the user can recognize that the current landing is the return floor. In this case, the voice means 4 may output a guidance that the hall is a return floor.

  On the other hand, if it is determined that the return floor and the landing are different floors (YES in step S15), the storage management control means 51 sends an assignment request to the car 6 to the assignment control means 53 (step S17). As described above, the allocation request requests the car 6 calling floor as the landing floor and the destination floor as the return floor.

  After the request is assigned by the assignment control means 53, the storage management control means 51 deletes the return floor information from the data storage means 52 (step S18). Then, the memory management control means 51 outputs the guidance of the return drive operation input and the assigned return floor (alighting floor) guidance to the landing guide means 4 of the return drive operation input. (Step S19). Thereafter, this process is terminated.

  As described above, when the user's identification information and the return floor are stored and managed in association with each other and the input of the return operation by the user is accepted, the return floor that is stored and managed is assigned to the car as the destination floor. It is done. Therefore, even if the user forgets the floor to which he / she should return, the return floor is automatically assigned as the destination floor to the car 7, so that the user can return without hesitation and the convenience is improved.

  In the above-described embodiment, the storage management control unit 51 determines the accepted input based on the length of the fingerprint information reading time. However, the configuration is not particularly limited as long as it can be determined. . For example, the determination may be made according to the number of readings. Specifically, a fingertip is continuously inserted into the fingerprint reader 30 within a predetermined time, and the determination is made based on the number of readings.

Second Embodiment
This embodiment is different from the above-described first embodiment in the configuration for receiving the input of the return floor and the input of the return driving operation. Mainly, different parts will be described, and the other parts are the same as those in the first embodiment, and the description thereof will be omitted.

  FIG. 4 is a functional block diagram of the elevator system according to the second embodiment of the present invention. The elevator system 1 includes an imaging unit 73 and a guide unit 74 in the car 7. The imaging means 73 includes an imaging camera (not shown) and the like, and as shown in FIG. 5, captures (reads) an image (user image) including the face 90 of the user P and the finger 91 of the hand. Accepts input for return floor and return operation. The imaging camera is disposed in, for example, the ceiling inside the car 7.

  In the present embodiment, face information that is biometric information is identification information of the user P, and finger information (pause) is operation type information for discriminating input of a return floor and input of a return driving operation. For example, in this embodiment, as shown in FIG. 5, if the number of identifiable fingers 91 is one, it is determined that the return floor is input, and if the number of identifiable fingers 91 is two, the return driving operation is performed. It is determined as input. More specifically, if it is a pose with one finger 91 up, it is determined as an input of the return floor, and if it is a piece sign with two fingers 91 set up, it is determined as an input of a return driving operation. The determination of the input is performed by the storage management control means 51.

  The storage management control unit 51 functions as an image collation unit. The storage management control means 51 stores and manages the return floor in association with the face information in response to the accepted return floor input. Further, the storage management control means 51 collates face information with respect to the input of the accepted return driving operation, and specifies the return floor. Then, the return floor information is transmitted to the allocation control means 53 to request allocation.

  For example, a case where a certain user moves from the seventh floor to the first floor and then returns from the first floor to the seventh floor will be described. The user first makes a hall call and gets on the car 7 that has arrived on the seventh floor. Next, in the stopped car 7, a pose with one finger 91 as shown in FIG. 5 is performed toward the image pickup means 73 (input of the return floor). The imaging unit 73 transmits the user image to the storage management control unit 51. The storage management control means 51 determines that the return floor is input based on the number of fingers 91 and associates the floor (7th floor) where the car 7 is stopped with the user image (face information) as the return floor. To be stored in the data storage means 52.

  Thereafter, the user makes a car call with the first floor as the destination floor and moves to the first floor. Then, when returning from the first floor, a boarding call is made and the car 7 arriving on the first floor is boarded. Next, while the car 7 is stopped, a pose with two fingers 91 standing toward the image pickup means 73 is taken (input of a return operation). The imaging unit 73 transmits the user image to the storage management control unit 51. Then, the storage management control means 51 determines that the return driving operation is input from the number of fingers, collates the user image (face information), and assigns the return floor (first floor) to the assignment control means 53 as the destination floor. Request. Then, after the destination floor is assigned by the assignment control means 53, the car 7 moves and the user can return to the seventh floor.

  Note that the imaging unit continuously executes the imaging operation and the transmission of the user image during the stop period of the car 7, for example. The storage management control means 51 may extract a user image from the received image and perform processing such as registration of the return floor.

  The guide means 74 is provided with a speaker or the like, similar to the guide means 4 of the first embodiment described above, and outputs voice input of return floor input, return driving operation input, and getting-off floor (return floor) guidance during return driving operation. To do.

  FIG. 6 is a flowchart showing return floor registration processing and return operation processing according to the second embodiment of the present invention. This process is mainly performed by the storage management control unit 51 when the imaging unit 73 receives either the return floor input or the return driving operation input.

  First, the storage management control means 51 determines the type of accepted input (step S30). As described above, the determination is made based on the number of fingers. Next, based on the determination result, it is determined whether the input is a return floor input or a return operation operation (step S31). If it is determined that the input is the return floor (step S31: return floor), the storage management control means 51 stores the return floor in the data storage means 52 in association with the face information (step S32). Thereafter, as in the first embodiment, the guidance means 74 is made to output a voice that the return floor input has been accepted (step S33).

  On the other hand, when it is determined that the input is a return driving operation (step S31: return driving), the storage management control means 51 collates face information and specifies the corresponding return floor (step S34). Next, it is determined whether or not the identified return floor is different from the floor where the return driving operation has been input (step S35). If it is determined that the floors are the same floor (NO in step S35), the storage management control unit 51 causes the guidance unit 74 to output guidance that the return operation is not accepted, as in the first embodiment (step S35). S36).

  On the other hand, if it is determined that the floor is different (YES in step S35), the storage management control means 51 makes an assignment request to the car 6 with the destination floor as the return floor to the assignment control means 53 (step S37). Thereafter, as in the first embodiment, the information on the return floor is deleted from the data storage means 52 (step S38), the return drive operation has been accepted as input of the return drive operation, and the assigned return floor guidance. Is output to the guide means 74 (step S39).

  As described above, even when the imaging means 73 serving as the return floor receiving means and the return driving operation receiving means is in the car 7, the same effects as those of the first embodiment can be obtained. Moreover, since it is not necessary to provide the imaging means 73 in each hall, an increase in cost can be suppressed.

  In this embodiment, the type of input is determined based on the number of fingers, but the present invention is not particularly limited to this. Further, the fingerprint reading unit of the first embodiment may be provided in the car 7 similarly to the imaging unit 73.

  In the present embodiment, the image pickup means 73 is provided in the car 7. However, the image pickup means 73 may be provided in the hall as in the fingerprint reading means in the first embodiment. In this case, for example, an imaging unit having an imaging button may be provided in the vicinity of the door on the car landing side, and the user may be imaged when the imaging button is pressed.

  In the above-described two embodiments, the single fingerprint reading unit 3 and the imaging unit 73 function as a return floor receiving unit and a return driving operation receiving unit, but each receiving unit may be provided separately. . For example, a fingerprint reading unit that functions as a return floor receiving unit and a fingerprint reading unit that functions as a driving operation receiving unit may be provided.

  The above description is for explaining the present invention, and should not be construed as limiting the invention described in the claims or limiting the scope thereof. Further, the configuration of each part of the present invention is not limited to the above-described embodiment, and various modifications can be made within the technical scope described in the claims.

  For example, in the above-described two embodiments, the single guiding means 4 and 74 function as the input completion guiding means and the getting-off floor guiding means, but each guiding means may be provided separately. Further, the guidance means is not limited to voice guidance as long as it can be configured to guide the user. For example, a lighting unit having an LED and an LED lighting circuit may be used. In this case, when the input of the return floor is accepted, it lights up in green, and when the input of the return driving operation is accepted, it lights up in red. Alternatively, display means such as a liquid crystal display device may be used. In this case, when each input is accepted or the getting-off floor is displayed as a message.

  Further, in the above-described two embodiments, the identification information is acquired using the fingerprint reading means 3 and the imaging means 73. However, the return floor receiving means and the return driving operation receiving means accept the input of the return floor etc. If it is the structure received in the state matched with the identification information, it will not specifically limit to these.

  For example, a configuration using a storage medium such as an IC card that can be carried by the user may be used. In this case, card reading means having a card reader is arranged at the hall instead of the fingerprint information means 3. Then, the identification information is read by holding the IC card over or in contact with the reading area of the card reader. Further, it may be determined whether the input is a return floor or a return driving operation according to a difference in how to read the IC card in the reading area, such as the length of time. As the IC card, a store membership card or the like can be used.

  Furthermore, in the above-described two embodiments, the information on the return floor of the data storage unit 52 is erased when the erasure condition is satisfied, but it may be configured so that the user can erase it. For example, fingerprint reading means arranged at each hall in the first embodiment is caused to function as erasure acceptance means. In this case, the fingerprint reading unit accepts an input to delete the return floor by reading the fingerprint information (user identification information). Then, the fingerprint reading unit transmits the fingerprint information to the storage management control unit. The storage management control means collates the fingerprint information and erases the fingerprint information and return floor information that are stored and managed. The storage management control means may determine the erasure input according to the length of the fingerprint information reading time as described above. A fingerprint reading unit that accepts only erasure input may be provided.

  In the above-described two embodiments, only one car 7 is operated, but the present invention can also be applied to an elevator system that operates a plurality of cars as a group. In this case, the return floor assignment of the assignment control means is assigned to one car selected from among a plurality of cars. Separately, car guidance means for guiding the car name (specific information) etc. of the car assigned the return floor may be provided at the landing. Examples of the car guide means include a display means such as a liquid crystal display and an audio output means such as a speaker. For example, the storage management control means instructs the car guidance means to output guidance.

  When the car guidance means is used as the display means, a display included in the landing destination floor registration device may be used. The landing destination floor registration device is configured by a touch panel display, for example, and accepts an input of a destination floor (calling a landing destination floor) at the landing. After the input, the name of the car number assigned to this call is displayed on the touch panel display.

DESCRIPTION OF SYMBOLS 1 Elevator system 2 Boarding call registration reception means 3 Fingerprint reading means 4 Guiding means 5 Operation control means 6 Car control means 7 Car 30 Fingerprint reader 40 Speaker 51 Storage management control means 52 Data storage means 53 Assignment control means 73 Imaging means

Claims (8)

An elevator system that raises and lowers a car between halls provided on multiple floors in response to hall calls and car calls,
Allocation control means for allocating the hall call and the car call to the car;
Determine the first pose and the user of the face information of the user, a return floor reception means you determines that the user's return floor input,
Storage management control means for storing and managing the return floor in association with the face information of the user and the first pose ;
In floor other than the return floor, and the facial information of the user, the first to determine the different second pose a pause, return for accepting as the face information and return the second pause maneuver Driving operation reception means,
The memory management control means specifies a return floor corresponding to the face information of the user who is managing the memory when the return driving operation of the user is accepted,
The allocation control means allocates the identified return floor as a destination floor to a car;
An elevator system characterized by that. The return floor receiving means and the return driving operation receiving means are arranged at each landing,
The elevator system according to claim 1. The return floor receiving means and the return driving operation receiving means are arranged in the car.
The elevator system according to claim 1. After the return floor of the user is assigned to a car as a destination floor, the vehicle has a getting-off floor guidance means for guiding the destination floor to which the user should get off.
The elevator system according to any one of claims 1 to 3 . Comprising input completion guidance means for guiding that the user's input has been accepted,
The elevator system according to any one of claims 1 to 4 . The basket is provided with a plurality of cars,
When the return driving operation is accepted, the assignment control means assigns the return floor of the user to any one of a plurality of cars as a destination floor,
Comprising car guidance means for guiding specific information of the assigned car,
The elevator system according to any one of claims 1 to 5 . Each of the return floor receiving unit, and return the driving operation receiving means is an imaging means for capturing an image including the facial information and the first pose and the second pose of the user,
The elevator system according to any one of claims 1 to 6 . A return floor registration control method for an elevator system that raises and lowers a car between halls provided on multiple floors in response to a hall call and a car call,
An allocation step for assigning the hall call and the car call to the car;
Determine the first pose of the user's face information and the user, the user of you determined that the return floor input return floor receiving step wherein a return floor of the user the face information and the first A storage management control step for storing and managing in association with a pose ;
In floor other than the return floor, and the facial information of the user, the first to determine the different second pose a pause, return for accepting as the face information and return the second pause maneuver Including a driving operation reception step,
In the storage management control step, when the return driving operation of the user is accepted, a return floor corresponding to the face information of the user being stored and managed is specified,
In the assigning step, the specified return floor is assigned to a car as a destination floor.
Return floor registration control method characterized by the above.

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