JP2010023934A - Elevator operating device and elevator system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To facilitate the use of an elevator by a wheelchair user even when a wheelchair-customized elevator is out of service. <P>SOLUTION: An elevator system 100 has a general-purpose elevator 210 and a wheelchair elevator 220. The wheelchair elevator 220 performs a wheelchair operation to assist the wheelchair user in using the elevator system, for example, by extending a door-open time and slowing a door-closing speed. An elevator group supervisory operation panel 410 checks the operation mode of each elevator and, while the wheelchair elevator 220 is out of service, instructs a general-purpose elevator control panel 420 for the wheelchair operation. Upon reception of the instruction from the elevator group supervisory operation panel 410, the general-purpose elevator control panel 420 performs the wheelchair operation in place of the wheelchair elevator 220. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to an elevator driving apparatus and an elevator apparatus that control a wheelchair-type elevator, for example.

Conventionally, even if a wheelchair-specific elevator is provided for a wheelchair user, if the wheelchair-specific elevator is suspended due to failure or maintenance, the wheelchair user uses another general number.
In the general machine, wheelchair operation having additional functions such as slowing down the door opening / closing speed and extending the door opening time, which are important for wheelchair users, is not applied. Moreover, only the operation panel for general users is installed in the elevator car of the general unit, and the operation panel for wheelchair users is not installed. For this reason, it is difficult for a wheelchair user to specify a destination floor by pressing a destination button.
JP-A-6-298464

  An object of the present invention is to enable a wheelchair user to easily use an elevator even when a wheelchair specification machine is out of operation.

  The elevator driving device of the present invention controls a first elevator that performs any one of a normal operation and an auxiliary operation that includes a predetermined operation that assists passenger use, and a second elevator that performs the auxiliary operation. An operation mode acquisition unit that is an elevator operation device and acquires an operation mode that is information indicating whether or not operation is suspended from the second elevator, and the operation of the second elevator acquired by the operation mode acquisition unit And an operation control unit that switches the operation of the first elevator from the normal operation to the auxiliary operation when the mode indicates that the operation is stopped.

  According to the present invention, for example, even when a wheelchair specification machine (second elevator) is suspended, a general machine (first elevator) is wheelchair-operated (an example of auxiliary operation), so that a wheelchair user is Can easily use the elevator.

Embodiment 1 FIG.
FIG. 1 is a configuration diagram of an elevator apparatus 100 according to the first embodiment.
The structure of the elevator apparatus 100 in Embodiment 1 is demonstrated below based on FIG.

The elevator apparatus 100 includes an elevator hall 200, an elevator car 300, an elevator machine room 400, and a monitoring room 500.
The elevator apparatus 100 includes an elevator for general users (an example of a first elevator) and an elevator for wheelchair users (an example of a second elevator).
Hereinafter, the elevator for general users is referred to as “general elevator 210” or “No. 1 machine”, and the elevator for wheelchair users is referred to as “wheelchair elevator 220” or “No. 2 machine”.
Further, the elevator car 300 of the general elevator 210 is referred to as “general car 310”, and the elevator car 300 of the wheelchair elevator 220 is referred to as “wheelchair car 320”.

When the general elevator 210 and the wheelchair elevator 220 are both operating (when the operation is not suspended), the general elevator 210 performs an operation for an ordinary user (an example of normal operation), and the wheelchair elevator 220 is operated. Performs driving for wheelchair users (an example of auxiliary driving).
Hereinafter, driving for general users is referred to as “normal driving”, and driving for wheelchair users is referred to as “wheelchair driving”. The operation of the elevator that is manually performed by maintenance personnel as maintenance work is referred to as “maintenance operation”.

The elevator floor 200 on the lobby floor (1F) (also called the entrance floor) where the entrance of the building (for example, an apartment) is located and the residence floor (middle floor [2F-7F], the top floor) The elevator hall 200 on the floor [8F]) includes a call button that the user presses to call the elevator car 300 to the elevator hall 200 near the entrances of the general elevator 210 and the wheelchair elevator 220. An operation panel is installed.
In consideration of security, the operation panel on the lobby floor is equipped with a card reader used for user authentication. A user can use an elevator if the card reader does not receive authentication by reading an ID card (non-contact IC card) in which his / her identification information (hereinafter referred to as “user ID”) is recorded. Can not.
Hereinafter, an operation panel installed near the general elevator 210 is referred to as a “general hall operation panel 211”, and an operation panel installed near the wheelchair elevator 220 is referred to as a “wheelchair landing operation panel 221”. .
Further, the call button provided on the general hall operation panel 211 is “general hall button 212”, the card reader provided on the general hall operation panel 211 is “general card reader 213”, and the call button provided on the wheelchair hall operation panel 221. Is referred to as “wheelchair landing button 222”, and the card reader provided in wheelchair landing operation panel 221 is referred to as “wheelchair card reader 223”.
The general hall operating panel 211 is operated by the elevator user when the general car 310 is called, and the wheelchair landing operating panel 221 is operated by the elevator user when the wheelchair car 320 is called.

Also, a hall buzzer 244 is attached to the wheelchair hall operating panel 221, and hall information 241, a hall announcement device 242 and a hall intercom master 243 are installed near the wheelchair hall operating board 221.
The hall information 241 is a device that lights a sign board pointing to the general elevator 210 to prompt the user to use the general elevator 210, and the hall announcement device 242 is a device that outputs a predetermined message from a speaker as a voice. The landing intercom base unit 243 includes a speaker, a microphone, and a handset, and communicates with personnel (managers, monitoring personnel, maintenance personnel) in the elevator machine room 400, the monitoring room 500, and the elevator car 300 in which the interphone is installed. It is a device used for calls. The landing buzzer 244 is a device that outputs a buzzer sound to notify the user that the elevator cannot be used.

In the general car 310, an operation panel for general users and in-car information 332 are installed.
Hereinafter, the operation panel for general users in the general car 310 is referred to as a “general car operation panel 311”.
The general car operation panel 311 includes an in-car interphone handset 331 and an in-car announcement device 333 in addition to a destination button that the user presses to designate a destination floor.
The in-car interphone handset 331 includes a speaker, a microphone, and a handset, and is a device used for a call with a user at the elevator hall 200. The in-car announcement device 333 is a device that outputs a predetermined message from a speaker.
The car information 332 is a display device that displays a predetermined message or image on a display.

  In the wheelchair car 320, a general car operation panel 311 and an operation panel for wheelchair users are installed. An operation panel for wheelchair users in the wheelchair car 320 (hereinafter referred to as “wheelchair car operation panel 321”) is installed at a lower position than the general car operation panel 311.

The elevator machine room 400 includes a general elevator control panel 420 that controls the general car 310, a wheelchair elevator control panel 430 that controls the wheelchair car 320, a general elevator control panel 420, and a wheelchair elevator control panel 430. An elevator group management panel 410 and a machine room intercom master 440 to be controlled are provided.
The elevator group management board 410, the general elevator control board 420, and the wheelchair elevator control board 430 are examples of a computer device that includes the CPU 101 and storage devices (for example, a semiconductor memory, a magnetic disk device, a RAM, and a ROM).
The elevator group management board 410, the general elevator control board 420, and the wheelchair elevator control board 430 may be one device provided in one housing, or may be separate devices.
The machine room intercom base unit 440 includes a speaker, a microphone, and a handset, and is a device used for a call with a user at the elevator hall 200.

The monitoring room 500 includes a security interface unit 510, a monitoring room intercom master 520, and a monitoring room indicator lamp 530.
The security interface unit 510 is an example of a computer device including a CPU 101 and a storage device, and compares a user ID read from an ID card by a card reader of the elevator hall 200 with a registration ID stored in advance in the storage device. Perform authentication process to authenticate users.
The monitoring room intercom master 520 is a device that includes a speaker and a microphone and is used for a call with a user at the elevator hall 200.
The monitoring room indicator lamp 530 is an apparatus that includes an LED assigned to each floor, lights up the LED assigned to the calling floor where the landing button is pressed, and notifies the staff in the monitoring room 500 of the calling floor.

  Each device provided in the elevator apparatus 100 described above performs data communication (serial transmission) with each other via a signal line.

  Each of the components included in the elevator group management panel 410, the general elevator control panel 420, the wheelchair elevator control panel 430, and the security interface unit 510 (hereinafter referred to as “˜part”) performs CPU processing. Use to execute. The processing of each unit is stored in advance in the storage device as a program, and the CPU executes the program stored in the storage device to cause each unit to function. The storage device stores input / output data of each unit, data indicating a predetermined value used in the processing of each unit, data generated by the processing of each unit (for example, a calculated value or a determination result), and the like and is stored in the storage device. The various data thus used is used in the processing of each unit. For example, “operation mode”, “message”, “image”, “user ID”, “registration ID”, and “elevator call (press information)” to be described later are examples of data stored in the storage device.

FIG. 2 is a configuration diagram of the elevator group management panel 410, the general elevator control panel 420, the wheelchair elevator control panel 430, and the security interface unit 510 according to the first embodiment.
The configuration of the elevator group management panel 410, the general elevator control panel 420, the wheelchair elevator control panel 430, and the security interface unit 510 in the first embodiment will be described below with reference to FIG.

  The elevator group management panel 410 (an example of an elevator driving device) includes a group mode management unit 411, an elevator selection unit 412, a landing guide unit 413, a travel pattern determination unit 414, an intercom call unit 415, and a group management panel storage unit 419.

The group mode management unit 411 (an example of the operation mode acquisition unit) acquires the operation mode of the general elevator 210 from the general elevator control panel 420 and also acquires the operation mode of the wheelchair elevator 220 from the wheelchair elevator control panel 430. To do.
Details of the “operation mode” will be described later.

When the operation mode of the wheelchair elevator 220 acquired by the group mode management unit 411 indicates “no operation”, the elevator selection unit 412 (an example of the operation control unit) displays the general elevator 210 on the general elevator control panel 420. Switch from normal driving to wheelchair driving.
Hereinafter, the wheelchair operation of the general elevator 210 switched from the normal operation is referred to as “wheelchair backup operation”.

  When wheelchair backup operation is performed, the hall guide unit 413 uses the wheelchair in the elevator hall 200 using the hall information 241 and the hall announcement device 242 that the general elevator 210 performs wheelchair backup operation instead of the wheelchair elevator 220. Guide the person.

The travel pattern determination unit 414 (an example of a press information determination unit) inputs information on the pressed hall button as press information from the hall operation panel, and determines whether the input press information indicates predetermined information.
For example, the running pattern determination unit 414 is a wheelchair landing button 222 on the residence floor, and the wheelchair landing button 222 pressed down is a lower button (a button indicating the direction of the lobby floor). It is determined whether or not the pressing information indicates predetermined information with the predetermined information that the landing button 222 is pressed for less than Y seconds.
When the pressed information indicates predetermined information, the traveling pattern determination unit 414 moves the traveling pattern of the elevator designated by the user from the residence floor to the lobby floor (hereinafter referred to as “residence floor → lobby floor”). If it is determined that there is no pressing information, the elevator travel pattern specified by the user moves from the residential floor to another residential floor (hereinafter referred to as “residential floor → residential floor”). It is determined that

The intercom calling unit 415 (an example of an attendant calling unit), when the traveling pattern of the elevator is “residence floor → residence floor”, prevents the user from freely moving to another residence floor. 440, monitoring room intercom main unit 520 and interphone slave unit 331 in the car (each of which is an example of a caller), call an attendant, let the attendant talk to a user at the elevator hall 200, and go to another residence floor Let the staff determine whether or not to move.
In addition, the intercom calling unit 415 (an example of a suspension calling unit), when the operation mode of both the general elevator 210 and the wheelchair elevator 220 acquired by the group mode management unit 411 indicates “during operation stop”, The machine room interphone master 440, the monitoring room interphone master 520, and the car interphone handset 331 are ringed to call an attendant, and the attendant calls the user at the elevator hall 200.

The group management board storage unit 419 stores various data used in the elevator group management board 410.
For example, the operation mode of the general elevator 210 acquired from the general elevator control panel 420 by the group mode management unit 411 and the operation mode of the wheelchair elevator 220 acquired from the wheelchair elevator control panel 430 are the group management panel storage unit 419. Is remembered.
Further, for example, a voice message used for guidance by the hall guide unit 413 is stored in the group management board storage unit 419 in advance.

  The general elevator control panel 420 includes a mode management unit A421, an elevator control unit A422, a car guide unit A423, a car interphone calling unit A424, and a control panel storage unit A429.

  The mode management unit A421 manages the operation mode of the general elevator 210, and notifies the elevator group management panel 410 of the operation mode of the general elevator 210 at a predetermined timing (for example, periodically and when the mode is changed).

  The elevator controller A422 moves the general car 310 up and down according to an elevator call (a landing call, a destination call).

Hereinafter, an elevator call that is generated and registered by pressing the landing button and reading the user ID by the wheelchair card reader 223 is referred to as a “landing call”, and is an elevator that is generated and registered by pressing the destination button in the car. The call is called “destination call”.
Also, a hall call generated on the lobby floor is referred to as “lobby floor call”, and a hall call generated on the residence floor is referred to as “residence floor call”.

  The car guide section A423 displays a predetermined message or image on the in-car information 332 of the general car 310, and causes the in-car announcement device 333 of the general car 310 to output a predetermined message by voice.

  When the operation mode of the general elevator 210 indicates “maintenance operation”, the car intercom calling unit A424 calls the person in charge of maintaining the general car 310 by ringing the interphone slave unit 331 in the general car 310. , Let the clerk call the user at the elevator hall 200.

The control panel storage unit A429 stores various data used in the general elevator control panel 420.
For example, the operation mode of the general elevator 210 managed by the mode management unit A421 is stored in the control panel storage unit A429.
Further, for example, messages and images used for the car guide unit A423 are stored in advance in the control panel storage unit A429.

  Similarly to the general elevator control panel 420, the wheelchair elevator control panel 430 includes a mode management unit B431, an elevator control unit B432, a car guide unit B433, a car interphone call unit B434, and a control panel storage unit B439.

  The mode management unit B 431 manages the operation mode of the wheelchair elevator 220 and notifies the elevator group management panel 410 of the operation mode of the wheelchair elevator 220 at a predetermined timing.

  The elevator controller B432 raises and lowers the wheelchair car 320 in response to the elevator call.

  The car guide unit B433 causes the in-car announcement device 333 of the wheelchair car 320 to output a predetermined message by voice.

  When the operation mode of the wheelchair elevator 220 indicates “maintenance operation”, the car intercom calling unit B434 calls the person in charge of maintaining the wheelchair car 320 by ringing the interphone cordless handset 331 in the wheelchair car 320. , Let the clerk call the user at the elevator hall 200.

The control panel storage unit B439 stores various data used in the wheelchair elevator control panel 430.
For example, the operation mode of the wheelchair elevator 220 managed by the mode management unit B431 is stored in the control panel storage unit B439.
Further, for example, messages and images used for the car guide unit B433 are stored in advance in the control panel storage unit B439.

The security interface unit 510 includes a verification unit 511 and a unit storage unit 519.
The verification unit 511 compares the user ID read from the ID card by the card reader on the lobby floor with the registered ID of the resident stored in the unit storage unit 519 in advance, and performs authentication processing for the user. The elevator call indicating the person's residence floor as the destination floor is transmitted to the elevator group management board 410.
The unit storage unit 519 stores various data used in the security interface unit 510.
For example, the resident registration ID and the residence floor data indicating the residence floor of the user used in the authentication process of the verification unit 511 are stored in the unit storage unit 519 in advance.

Here, the “operation mode” of the elevator will be described.
Hereinafter, it is assumed that there are “normal operation” and “rest operation” in the “operation mode” of the elevator.
In addition, “normal driving” includes “normal driving”, “wheelchair driving”, and “wheelchair backup driving”.
“Normal operation” is an operation for general users, and is an operation of the general elevator 210 that is normally performed.
“Wheelchair driving” refers to driving for wheelchair users, and is the normal driving of the wheelchair elevator 220.
“Wheelchair backup driving” is driving for wheelchair users, and is wheelchair driving performed by the general elevator 210 instead of the wheelchair elevator 220.
“Suspension operation (operation suspended)” includes “fire control”, “emergency operation”, “group management abnormality”, “other failure”, and “maintenance operation”.
“Fire control” indicates that an earthquake, fire, power failure, etc. has occurred, “Emergency operation” indicates some emergency operation, and “Group management abnormality” indicates that the elevator group management panel 410 and the general elevator 210 It indicates that an abnormality has occurred in the integrated control (group management) with the wheelchair elevator 220, and “other failure” indicates that another failure has occurred in the elevator.
Hereinafter, “fire control”, “emergency operation”, “group management abnormality” and “other failure” are collectively referred to as “emergency operation”.
“Maintenance operation” refers to a maintenance operation that is manually performed by a staff member.

Next, “wheelchair driving (including“ wheelchair backup driving ”) will be described.
“Wheelchair driving” refers to driving to which an additional function for supporting the use of an elevator by a wheelchair user is added, and is an example of auxiliary driving including a predetermined operation for assisting passenger use.
For example, as an additional function of wheelchair operation, extension of the opening time of the elevator door and deceleration of the door closing speed of the elevator door can be mentioned.
As an additional function of wheelchair operation, a predetermined operation may be performed during the raising / lowering of the elevator car 300, such as guidance in the elevator car 300 or deceleration of the raising / lowering speed of the elevator car 300.

FIG. 3 is a flowchart showing the elevator operation method (lobby floor call) in the first embodiment.
An elevator operation method of the elevator apparatus 100 according to Embodiment 1 will be described below with reference to FIG. 3 when a wheelchair user generates an elevator call on the lobby floor.

<S110>
The wheelchair user holds the ID card over the wheelchair card reader 223 in order to move to his / her residence floor.
The wheelchair card reader 223 performs wireless communication with the ID card that is brought close to it, and reads (receives) the user ID recorded in the memory in the ID card.
The wheelchair card reader 223 transmits the read user ID to the security interface unit 510.
The verification unit 511 of the security interface unit 510 compares the user ID received from the wheelchair card reader 223 with the registered ID stored in the unit storage unit 519.

<S111>
The collation unit 511 of the security interface unit 510 sets the collation result to “collation OK” if there is a registration ID that matches the user ID, and sets the collation result to “verification NG” if there is no registration ID that matches the user ID. And
When the collation result is “collation NG” (NO), the elevator apparatus 100 does not operate the elevator and ends the process.

<S120>
When the collation result is “verification OK” in S111 (YES), the elevator selection unit 412 of the elevator group management panel 410 has “emergency operation” for both the general elevator 210 and the wheelchair elevator 220. To determine.
When the operation mode of both elevators is “emergency operation” (YES), the elevator apparatus 100 cannot operate the elevator and ends the process.

<S121>
When the operation mode of at least one elevator is not “emergency operation” in S120 (NO), the elevator selection unit 412 determines whether the operation mode of the wheelchair elevator 220 is “rest operation”.

<S130>
When the operation mode of the wheelchair elevator 220 is not “pause operation” in S121 (NO), the elevator control unit B432 of the wheelchair elevator control panel 430 causes the wheelchair car 320 to travel to the lobby floor (automatic registration of elevator calls). .

<S131>
And elevator control part B432 makes wheelchair cage 320 which a wheelchair user got in drive from a lobby floor to a wheelchair user's residence floor by wheelchair operation.

<S122>
In S121, when the operation mode of the wheelchair elevator 220 is “pause operation” (YES), the elevator selection unit 412 determines whether the operation mode of the general elevator 210 is “normal operation”.
When the operation mode of the general elevator 210 is not “normal operation” (NO), the elevator apparatus 100 cannot operate the elevator and ends the process. However, when the operation mode of the general elevator 210 or the wheelchair elevator 220 is “maintenance operation”, the intercom calling unit 415 of the elevator group management panel 410 rings the interphone slave unit 331 in the car and the general car 310 or the wheelchair. Call a staff member who is performing maintenance work in the car 320, and the staff member takes a handset of the interphone handset 331 in the car and talks with a wheelchair user on the lobby floor, and operates the elevator manually to occupy the wheelchair user. You may carry it to the floor.

<S140>
When the operation mode of the general elevator 210 is “normal operation” in S122 (YES), the elevator controller A422 of the general elevator control panel 420 causes the general car 310 to travel to the lobby floor.

<S141>
Then, the elevator control unit A422 causes the general car 310 in which the wheelchair user has boarded to travel from the lobby floor to the wheelchair user's residence floor by wheelchair backup operation (automatic registration of elevator call).

<S142>
When the general car 310 arrives at the floor where the wheelchair user resides, the elevator control unit A422 ends the wheelchair backup operation of the general car 310, and thereafter causes the general car 310 to travel in the normal operation according to the elevator call.

  Next, details of the processing of the elevator group management panel 410, the general elevator control panel 420, the wheelchair elevator control panel 430, and the security interface unit 510 in the elevator operation method (lobby floor call) will be described.

FIG. 4 is a flowchart showing authentication processing (lobby floor call) of the security interface unit 510 according to the first embodiment.
The process executed by the security interface unit 510 in the elevator operation method (lobby floor call) according to the first embodiment will be described as “authentication process (lobby floor call)” with reference to FIG.

<S210>
The collation unit 511 receives the user ID read from the wheelchair user's ID card from the wheelchair card reader 223 on the lobby floor.

<S220>
The collation unit 511 compares the received user ID with the registration ID stored in the unit storage unit 519, and if there is a registration ID that matches the user ID, the collation result is “verification OK”. If there is no registered ID that matches the ID, the collation result is “collation NG”.
If the collation result is “collation NG” (NO), the authentication process (lobby floor call) ends.

<S221>
When the collation result is “collation OK” (YES), the collation unit 511 acquires the residence floor data stored in association with the registration ID that matches the user ID from the unit storage unit 519.
The residence floor data indicates the residence floor of the wheelchair user.

<S222>
The matching unit 511 transmits an elevator call indicating the lobby floor as the calling floor and the wheelchair user's residence floor as the destination floor to the elevator group management board 410.

FIG. 5 is a flowchart showing elevator group management processing (lobby floor call) of the elevator group management panel 410 in the first embodiment.
The process executed by the elevator group management board 410 in the elevator operation method (lobby floor call) according to the first embodiment will be described as “elevator group management process (lobby floor call)” with reference to FIG.

<S310>
The group mode management unit 411 receives the operation mode of each elevator transmitted from the general elevator control panel 420 and the wheelchair elevator control panel 430, and stores the received operation mode of each elevator in the group management panel storage unit 419. .

<S320>
The elevator selection unit 412 waits to receive an elevator call from the verification unit 511 of the security interface unit 510.
The elevator call indicates a call floor (lobby floor) and a destination floor (wheelchair user's residence floor).

<S321>
When the elevator call is received (YES), the elevator selection unit 412 indicates that the operation mode of both the general elevator 210 and the wheelchair elevator 220 stored in the group management panel storage unit 419 indicates “emergency operation”. To determine.
When the operation mode of both elevators indicates “emergency operation” (YES), the elevator group management processing (lobby floor call) ends.

<S322>
When the operation mode of at least one of the general elevator 210 and the wheelchair elevator 220 does not indicate “emergency operation” (NO), the hall guide unit 413 displays the general hall button 212 and the wheelchair hall button 222 on the lobby floor. Is turned on to notify the wheelchair user at the elevator hall 200 that the elevator call has been accepted.

<S323>
Further, the elevator selection unit 412 determines whether or not the operation mode of the wheelchair elevator 220 stored in the group management panel storage unit 419 indicates “pause operation”.

<S324>
When the operation mode of the wheelchair elevator 220 does not indicate “pause operation” (NO), that is, when the operation mode of the wheelchair elevator 220 indicates “normal operation”, the elevator selection unit 412 displays the elevator call received in S320. It transmits to the elevator control panel 430 for wheelchairs.

<S325>
When the operation mode of the wheelchair elevator 220 indicates “pause operation” (YES), the elevator selection unit 412 determines whether the operation mode of the general elevator 210 indicates “normal operation”.

<S326>
When the operation mode of the general elevator 210 does not indicate “normal operation” (NO), that is, when the operation mode of the general elevator 210 indicates “pause operation”, the hall guide unit 413 sounds the hall buzzer 244, Notify wheelchair users on the lobby floor that the elevator is not available because it is out of service.
However, when the operation mode of the general elevator 210 or the wheelchair elevator 220 indicates “maintenance operation”, the interphone calling unit 415 rings the interphone slave unit 331 in the car and performs maintenance in the general car 310 or the wheelchair car 320. The staff member who is working may be called, and the staff member may take the handset of the interphone handset 331 in the car, talk to the wheelchair user on the lobby floor, and manually drive the elevator to carry the wheelchair user to the residence floor.

<S330>
When the operation mode of the general elevator 210 indicates “normal operation” (YES), the elevator selection unit 412 causes the general elevator 210 to perform wheelchair backup operation.
Details of the wheelchair backup operation process (S330) will be described below.

FIG. 6 is a flowchart showing the wheelchair backup operation process (S330) in the first embodiment.
The wheelchair backup operation process (S330) in the first embodiment will be described below based on FIG.

<S331>
The elevator selection unit 412 transmits a backup operation command for instructing wheelchair backup operation to the general elevator control panel 420 together with the elevator call received in S320.

<S332>
The elevator selection unit 412 changes the operation mode of the general elevator 210 stored in the group management panel storage unit 419 from “normal operation” to “backup operation”.

<S333>
The hall guide unit 413 guides the wheelchair user on the lobby floor that the wheelchair backup operation is performed.
For example, the hall guide unit 413 lights the hall floor hall information 241 as wheelchair backup driving guidance.
Further, for example, the hall guide unit 413 transmits a wheelchair backup driving guidance message stored in the group management panel storage unit 419 in advance to the hall announcement device 242, and sends a wheelchair backup driving guidance message to the hall announcement device 242. Output audio.
The guidance message for wheelchair backup operation is, for example, the following message. “Unit 2 is currently out of service. Please wait for the first unit next to you.”

<S334>
The elevator selection unit 412 waits for reception of a boarding end notification transmitted from the elevator group management board 410.
The boarding end notification is a notification indicating that a wheelchair user has boarded the general car 310 arriving at the lobby floor.

<S335>
When the boarding end notification is received by the elevator selection unit 412 (YES), the hall guidance unit 413 ends the wheelchair backup driving guidance on the lobby floor.

<S336>
The elevator selection unit 412 waits for reception of an operation end notification transmitted from the elevator group management board 410.
The driving end notification is a notification indicating that the general car 310 has arrived at the wheelchair user's residence floor.

<S337>
When the operation end notification is received, the elevator selection unit 412 changes the operation mode of the general elevator 210 stored in the group management panel storage unit 419 from “wheelchair backup operation” to “normal operation”.

FIG. 7 is a flowchart showing wheelchair elevator control processing (lobby floor call) of wheelchair elevator control panel 430 in the first embodiment.
The process executed by the wheelchair elevator control panel 430 in the elevator operation method (lobby floor call) in the first embodiment will be described as “wheelchair elevator control process (lobby floor call)” with reference to FIG.

<S410>
The mode management unit B431 transmits the operation mode of the wheelchair elevator 220 to the elevator group management panel 410.
The operation mode of the wheelchair elevator 220 is stored in the control panel storage unit B439, and is updated when an abnormality is detected based on the measurement values of various sensors installed in the elevator or when a staff member switches to manual operation. The

<S420>
The elevator controller B432 waits to receive an elevator call from the elevator group management board 410.
The elevator call indicates a call floor (lobby floor) and a destination floor (wheelchair user's residence floor).

<S421>
When the elevator call is received (YES), the elevator controller B432 causes the wheelchair car 320 to travel to the lobby floor (calling floor).

<S422>
The elevator controller B432 waits for the wheelchair car 320 to arrive at the lobby floor.

<S423>
When the wheelchair car 320 arrives at the lobby floor (YES), the elevator control unit B432 causes the wheelchair car 320 to travel to the wheelchair user's residence floor (destination floor) by wheelchair driving.

FIG. 8 is a flowchart showing a general elevator control process (lobby floor call) of the general elevator control panel 420 according to the first embodiment.
The process executed by the general elevator control panel 420 in the elevator operation method (lobby floor call) in the first embodiment will be described below as “general elevator control process (lobby floor call)” with reference to FIG.

<S510>
The mode management unit A421 transmits the operation mode of the general elevator 210 to the elevator group management panel 410.
The operation mode of the general elevator 210 is stored in the control panel storage unit A429, and is updated when an abnormality is detected based on the measured values of various sensors installed in the elevator or when the staff switches to manual operation. The

<S520>
The elevator control unit A422 waits to receive an elevator call (and a backup operation command) from the elevator group management board 410.
The elevator call indicates a call floor (lobby floor) and a destination floor (wheelchair user's residence floor).

<S521>
When the elevator call (and backup operation command) is received (YES), the elevator control unit A422 causes the general car 310 to travel to the lobby floor (calling floor).

<S522>
The elevator control unit A422 waits for the general car 310 to arrive at the lobby floor.

<S523>
When the general car 310 arrives at the lobby floor (YES), the elevator control unit A422 detects that the wheelchair user has boarded the general car 310, and transmits a boarding end notification to the elevator group management board 410.
For example, the elevator control unit A422 detects the case where the measured value of the car load detection device (weight sensor) installed in the general car 310 becomes a predetermined value or more as a wheelchair user's ride.
Further, for example, the elevator control unit A422 detects a wheelchair user's boarding by performing image processing on an image captured by a camera installed in the general car 310.

<S524>
Further, the elevator control unit A422 causes the general car 310 to travel to the wheelchair user's residence floor (destination floor) in a wheelchair backup operation.

<S525>
Then, the car guide unit A423 guides the wheelchair user that the wheelchair backup operation is performed in the general car 310.
For example, the car guide unit A423 transmits a wheelchair backup driving guidance message stored in the control panel storage unit A429 in advance to the in-car announcement device 333 of the general car 310, and the in-car announcement device of the general car 310 333 causes the wheelchair backup operation guidance message to be output by voice.
In addition, for example, the car guide unit A423 transmits a wheelchair backup driving guidance message (or image) stored in the control panel storage unit A429 in advance to the in-car information 332 of the general car 310, so that the A message (or an image) for wheelchair backup driving guidance is displayed on the display in the car information 332.

<S526>
The elevator control unit A422 waits for the general car 310 to reach the wheelchair user's residence floor.

<S527>
When the general car 310 arrives at the wheelchair user's residence floor (YES), the car guide unit A423 ends the wheelchair backup operation guidance in the general car 310.

<S528>
Then, the elevator control unit A422 notifies the elevator group management panel 410 of the end of the wheelchair backup operation.

  In the above description, the form in which the card reader is provided on the operation panel of the elevator hall as the security device has been described. However, a key reader may be provided as a security device instead of or together with the card reader. A key reader is a device that reads a user ID from a key in a room provided with a wireless IC chip in which the user ID is recorded.

In the above, the case where an elevator call occurs on the lobby floor has been described.
Next, a case where an elevator call is generated on the residence floor will be described.

FIG. 9 is a flowchart showing the elevator operation method (residential floor call) in the first embodiment.
An elevator operation method of the elevator apparatus 100 according to the first embodiment will be described below based on FIG. 9 when a wheelchair user generates an elevator call on the residence floor.

<S610>
The wheelchair user presses the wheelchair landing button 222 on the residence floor in order to move from his / her residence floor to another floor (for example, the lobby floor).
When the wheelchair landing button 222 is pressed, the wheelchair landing operation panel 221 transmits an elevator call to the elevator group management panel 410. Elevator call is a residence floor (calling floor) where the wheelchair landing button 222 is pressed, a direction indicated by the pressed wheelchair landing button 222 (upward or downward), and a pressing indicating whether the wheelchair landing button 222 is pressed long or short. Information of the pressed hall button such as time (hereinafter referred to as “press information”) is shown. The pressing time and the time until the pressing again described later are counted by a timer.
When the elevator selection unit 412 of the elevator group management panel 410 receives an elevator call from the wheelchair landing operation panel 221, it determines whether the operation mode of both the general elevator 210 and the wheelchair elevator 220 is “emergency operation”. To do.
When the operation mode of both elevators is “emergency operation” (YES), the elevator apparatus 100 cannot operate the elevator and ends the process.

<S611>
When the operation mode of at least one elevator is not “emergency operation” in S610 (NO), the elevator selection unit 412 determines whether the operation mode of the wheelchair elevator 220 is “rest operation”.

<S620>
When the operation mode of the wheelchair elevator 220 is not “pause operation” in S611 (NO), the elevator control unit B432 of the wheelchair elevator control panel 430 causes the wheelchair car 320 to travel to the residence floor (automatic registration of elevator call). .

<S621>
Then, the elevator controller B432 causes the wheelchair car 320 on which the wheelchair user has boarded to travel to the lobby floor (or the designated floor designated by the wheelchair car operation panel 321) by wheelchair driving.

<S612>
In S611, when the operation mode of the wheelchair elevator 220 is “pause operation” (YES), the elevator selection unit 412 determines whether the operation mode of the general elevator 210 is “normal operation”.
When the operation mode of the general elevator 210 is not “normal operation” (NO), the elevator apparatus 100 cannot operate the elevator and ends the process. However, when the operation mode of the general elevator 210 or the wheelchair elevator 220 is “maintenance operation”, the intercom calling unit 415 of the elevator group management panel 410 rings the interphone slave unit 331 in the car and the general car 310 or the wheelchair. Calling a staff member who is performing maintenance work in the car 320, the staff member picks up the handset of the interphone handset 331 in the car, talks with the wheelchair user on the residence floor, and manually operates the elevator to lobby the wheelchair user. You may carry to the floor (or the designated floor).

<S630>
When the operation mode of the general elevator 210 is “normal operation” in S612 (YES), the hall guide unit 413 of the elevator group management panel 410 outputs a predetermined message by voice from the hall announcement device 242 to the elevator hall 200. The wheelchair user is prompted to press the wheelchair landing button 222 again within X seconds.
When the wheelchair landing button 222 is pressed again, the wheelchair landing operation panel 221 newly transmits an elevator call to the elevator group management panel 410.
The elevator selection unit 412 of the elevator group management board 410 determines whether the elevator call is received again within X seconds, that is, whether the wheelchair landing button 222 is pressed again within X seconds.
When the wheelchair landing button 222 is not pressed again within X seconds (NO), the elevator apparatus 100 does not drive the elevator and ends the process.

<S631>
If the wheelchair landing button 222 is pressed again within X seconds in S630 (YES), the elevator selection unit 412 determines that the re-pressed wheelchair landing button 222 moves downward based on the pressing information indicated by the elevator call. It is determined whether the lower button is shown.

<S632>
If the lower button is pressed again in S631 (YES), the elevator selection unit 412 determines whether the lower button is pressed for more than Y seconds based on the pressing information indicated by the elevator call.

<S640>
If the re-pressing of the lower button is not a long press for Y seconds or more in S632 (NO), that is, if the re-pressing of the wheelchair landing button 222 is a short press of the lower button for less than Y seconds, the general elevator The elevator control unit A422 of the control panel 420 causes the general car 310 to travel to the residence floor (calling floor) where the wheelchair user is located.
A short press of the lower button for less than Y seconds means that the wheelchair user has been instructed to move to the lobby floor.

<S641>
Then, the elevator control unit A422 causes the general car 310 on which the wheelchair user gets in to travel from the residence floor to the lobby floor by wheelchair backup operation (automatic registration of elevator call).

<S642>
The elevator control unit A422 ends the wheelchair backup operation of the general car 310, and thereafter causes the general car 310 to travel in the normal operation according to the elevator call.

<S650>
When the upper button is pressed again in S631 (NO), and when the lower button is pressed again for more than Y seconds in S632 (NO), the intercom calling unit 415 of the elevator group management panel 410 uses the machine room intercom. The master unit 440, the monitoring room intercom master unit 520, and the interphone slave unit 331 in the car are ringed to call an attendant.
Pressing the upper button or pressing the lower button for more than Y seconds means that the wheelchair user has been instructed to move to another residence floor.
The called clerk picks up the intercom handset and talks with the wheelchair user on the residence floor, and manually drives the elevator to carry the wheelchair user to the designated residence floor.

  Next, details of the processing of the elevator group management panel 410, the general elevator control panel 420, and the wheelchair elevator control panel 430 in the elevator operation method (residential floor call) will be described.

FIG. 10 is a flowchart showing an elevator group management process (residential floor call) of the elevator group management panel 410 in the first embodiment.
The process executed by the elevator group management board 410 in the elevator operation method (residential floor call) according to the first embodiment will be described as “elevator group management process (residential floor call)” with reference to FIG.

  In the following, the process in which the step number described in the format of “Sxxx” is the same as the elevator group management process (lobby floor call) described above is the same process as described above.

<S310 to S321>
The group mode management unit 411 acquires the operation mode of each elevator (S310), the elevator selection unit 412 waits for an elevator call from the wheelchair landing operation panel 221 (S320), and the operation mode of both elevators indicates “emergency operation”. (S321).
When the operation mode of both elevators indicates “emergency operation” (YES), the elevator group management process (residential floor call) ends.

<S323 to S324>
When the operation mode of both elevators does not indicate “emergency operation” (NO), the elevator selection unit 412 determines whether the operation mode of the wheelchair elevator 220 indicates “pause operation” (S323), and the operation of the wheelchair elevator 220 is performed. When the mode does not indicate “rest operation” (NO), an elevator call is transmitted to the wheelchair elevator control panel 430 (S324).

<S325 to S326>
When the operation mode of the wheelchair elevator 220 indicates “pause operation” (YES), the elevator selection unit 412 determines whether the operation mode of the general elevator 210 indicates “normal operation” (S325). When the operation mode does not indicate “normal operation” (NO), the hall guide unit 413 sounds the hall buzzer 244 (S326).

<S360>
When the operation mode of the general elevator 210 indicates “normal operation” (YES), the travel pattern determination unit 414 determines the travel pattern of the elevator based on the pressing information indicated by the elevator call.
Details of the determination of the running pattern will be described later.

<S370>
The travel pattern determination unit 414 branches the process based on the travel pattern.
When the traveling pattern is not determined, the elevator group management process (calling on the landing floor) ends.

<S371>
When the travel pattern is “residence floor → lobby floor”, the elevator selection unit 412 re-determines whether the operation mode of the general elevator 210 remains “normal operation”.

<S330>
When the operation mode of the general elevator 210 indicates “normal operation” (YES), the elevator selection unit 412 causes the general elevator 210 to perform wheelchair backup operation.

<S372>
When the operation mode of the general elevator 210 does not indicate “normal operation” (NO), the hall guidance unit 413 sounds the hall buzzer 244 as in S326.

<S380>
If the travel pattern is “residence floor → residence floor” in S370, the hall guide section 413 notifies the wheelchair user on the residence floor that the staff is being contacted.
For example, the hall guide unit 413 transmits to the hall announcement device 242 a notification message that informs the attendant that the group management board storage unit 419 is preliminarily stored, and causes the hall announcement device 242 to output the notification message by voice.
The notification message is, for example, the following message. "Please wait for a while as we will connect the intercom to the staff."

<S381>
Then, the intercom calling unit 415 rings the machine room interphone base unit 440 and the monitoring room interphone base unit 520 to call a staff member.

<S382>
Further, intercom calling unit 415 transmits an interphone handset call command for requesting a call of inter-car interphone handset 331 to wheelchair elevator control panel 430.

<S383>
In addition, the intercom calling unit 415 turns on the LED of the monitoring room indicator lamp 530 assigned to the residence floor where the wheelchair user is located.

FIG. 11 is a flowchart showing travel pattern determination processing (S360) in the first embodiment.
Details of the traveling pattern determination process (S360) will be described below with reference to FIG.

<S361>
The hall guide unit 413 causes the wheelchair hall button 222 and the general hall button 212 to flicker.

<S362>
In addition, the hall guide unit 413 explains the re-registration of the elevator call to the wheelchair user on the residence floor, and requests the wheelchair hall button 222 to be pressed again.
For example, the hall guidance unit 413 transmits an elevator call re-registration explanation message stored in advance in the group management board storage unit 419 to the hall announcement device 242, and the elevator announcement re-registration message is voiced to the hall announcement device 242. Output.
The explanation message for elevator call re-registration is, for example, the following message. “Unit 2 is currently out of service. If you go to the lobby level, please re-register the hall down button within X seconds. After re-registration, the next unit 1 will come. Go to other than the lobby level. If you want to cancel registration, there is no need to re-register the hall button. ”

<S363>
The elevator selection unit 412 re-receives the elevator call from the wheelchair landing operation panel 221 within X seconds after explaining the re-registration of the elevator call, that is, the wheelchair within X seconds after explaining the re-registration of the elevator call. It is determined whether the service hall button 222 has been pressed again.

<S364>
When the elevator call is received again within X seconds (YES), the elevator selection unit 412 refers to the pressing information indicated by the elevator call and determines whether the down button (Down button) is pressed for less than Y seconds.

<S365>
When the lower button is pressed for less than Y seconds (YES), the traveling pattern determination unit 414 sets “residential floor → lobby floor” in “traveling pattern”.

<S366>
In addition, the hall guide unit 413 guides the wheelchair user on the residence floor that the re-registration of the elevator call is accepted and the wheelchair backup operation is performed.
For example, the hall guidance unit 413 lights the wheelchair hall button 222 and the general hall button 212.
Further, for example, the hall guide unit 413 transmits a wheelchair backup driving guidance message stored in the group management panel storage unit 419 in advance to the hall announcement device 242, and sends a wheelchair backup driving guidance message to the hall announcement device 242. Output audio.
The guidance message for wheelchair backup operation is, for example, the following message. “We accepted the driving to the lobby floor. The next unit will be waiting for you. Please wait in front of the first unit.”

<S367>
If the lower button is not pressed for less than Y seconds (NO), the traveling pattern determination unit 414 sets “residential floor → residential floor” in “traveling pattern”.

<S368>
In addition, the hall guide unit 413 turns off the wheelchair hall button 222 and the general hall button 212 and notifies the wheelchair user on the residence floor that reregistration of the elevator call has not been accepted.

FIG. 12 is a flowchart showing wheelchair elevator control processing (residential floor call) of wheelchair elevator control panel 430 in the first embodiment.
The process executed by the wheelchair elevator control panel 430 in the elevator operation method (residential floor call) in the first embodiment will be described as “wheelchair elevator control process (residential floor call)” based on FIG.

  In the following, the process in which the step number described in the format of “Sxxx” is the same as the wheelchair elevator control process (residential floor call) described above is the same process as described above.

<S410>
The mode management unit B431 transmits the operation mode of the wheelchair elevator 220 to the elevator group management panel 410.

<S420 to S423 ′>
The elevator controller B432 waits for an elevator call from the elevator group management board 410 (S420), runs the wheelchair car 320 to the residence floor where the wheelchair user is located (S421 '), and the wheelchair car 320 arrives at the residence floor. (S422 '), the wheelchair car 320 is driven to the lobby floor (or designated floor) by wheelchair operation (S423').

<S430>
The car intercom calling unit B434 determines whether an interphone handset call command is received from the elevator group management board 410 instead of the elevator call.
If the interphone handset call command has not been received, the process returns to S420, and the wheelchair elevator control panel 430 waits for reception of an elevator call or interphone handset call command.

<S431>
The car intercom calling unit B434 determines whether the operation mode of the wheelchair elevator 220 stored in the control panel storage unit B439 indicates “maintenance operation”.
When the operation mode of the wheelchair elevator 220 does not indicate “maintenance operation” (NO), the wheelchair elevator control process (residential floor call) ends.

<S432>
When the operation mode of the wheelchair elevator 220 indicates “maintenance operation” (YES), the car interphone calling unit B434 rings the interphone slave unit 331 in the car and calls a staff member who is performing maintenance in the wheelchair car 320. The person who took the handset makes a call with the wheelchair user on the residence floor, and manually operates the elevator to carry the wheelchair user from the residence floor to the lobby floor (or designated floor).

The process “general elevator control process (residential floor call)” executed by the general elevator control panel 420 in the elevator operation method (residential floor call) in the first embodiment is the above-described general elevator control process (lobby floor call). (See FIG. 8).
However, the traveling direction of the general car 310 is not “lobby floor → residential floor” but “residential floor → lobby floor”.
That is, in S521, the elevator control unit A422 causes the general car 310 to travel to the residence floor (calling floor) where the wheelchair user is located, not the lobby floor.
In S522, elevator control part A422 waits for general car 310 to arrive at a residence floor.
Further, in S524, the elevator control unit A422 causes the general car 310 to travel by wheelchair operation to the lobby floor (destination floor) instead of the residential floor.
In S526, elevator control part A422 waits for general car 310 to arrive at the lobby floor.

In the first embodiment, the following elevator operation device (for example, the elevator group management panel 410) has been described.
In multi-car elevators that have two or more elevators and wheelchair specifications are added only to specific units, the elevator operating device is maintained by wheelchair users even when the wheelchair specification units shift to sleep mode due to failure or maintenance. In addition, wheelchair backup operation switching means (elevator selection unit 412) and wheelchair backup operation additional function (elevator control unit A422) are provided so that the adjacent elevator (general elevator 210) can be used.
Further, the elevator driving device includes an interphone automatic calling means (interphone calling section 415) that calls an attendant when it is determined by the traveling pattern selection means (traveling pattern determination section 414) that an adjacent elevator cannot be used.

The elevator driving device can allow the wheelchair user to smoothly use the adjacent elevator even when the wheelchair specification machine shifts to the rest operation due to failure or maintenance by the wheelchair backup operation switching means and the wheelchair backup operation addition function.
Further, in the worst case in which an elevator adjacent to the elevator cannot be used, the elevator operating device can call an attendant to the interphone by the interphone automatic calling means.

The block diagram of the elevator apparatus 100 in Embodiment 1. FIG. FIG. 3 is a configuration diagram of an elevator group management panel 410, a general elevator control panel 420, a wheelchair elevator control panel 430, and a security interface unit 510 according to the first embodiment. The flowchart which shows the elevator driving method (lobby floor call) in Embodiment 1. FIG. 5 is a flowchart showing authentication processing (lobby floor call) of the security interface unit 510 according to the first embodiment. 6 is a flowchart showing elevator group management processing (lobby floor call) of the elevator group management board 410 according to the first embodiment. The flowchart which shows the wheelchair backup driving | operation process (S330) in Embodiment 1. FIG. The flowchart which shows the wheelchair elevator control process (lobby floor call) of the wheelchair elevator control board 430 in Embodiment 1. FIG. 6 is a flowchart showing a general elevator control process (lobby floor call) of the general elevator control panel 420 according to the first embodiment. The flowchart which shows the elevator driving | running method (residential floor call) in Embodiment 1. FIG. The flowchart which shows the elevator group management process (residential floor call) of the elevator group management panel 410 in Embodiment 1. FIG. 5 is a flowchart showing travel pattern determination processing (S360) in the first embodiment. The flowchart which shows the wheelchair elevator control process (residential floor call) of the wheelchair elevator control board 430 in Embodiment 1. FIG.

Explanation of symbols

  100 elevator device, 101 CPU, 200 elevator landing, 210 general elevator, 211 general landing operation panel, 212 general landing button, 213 general card reader, 220 wheelchair elevator, 221 wheelchair landing operation panel, 222 wheelchair use Board button, 223 Wheelchair card reader, 241 Boarding information, 242 Boarding announcement device, 243 Boarding intercom master, 244 Boarding buzzer, 300 Elevator car, 310 General car, 311 General car operation panel, 320 Wheelchair car, 321 Wheelchair car operation panel, 331 interphone slave in car, 332 car information, 333 car announcement device, 400 elevator machine room, 410 elevator group management board, 411 group mode Management unit, 412 elevator selection unit, 413 landing guide unit, 414 travel pattern determination unit, 415 intercom calling unit, 419 group management panel storage unit, 420 general elevator control panel, 421 mode management unit A, 422 elevator control unit A 423 Car guide section A, 424 Car intercom call section A, 429 Control panel storage section A, 430 Wheelchair elevator control panel, 431 Mode management section B, 432 Elevator control section B, 433 Car guide section B, 434 Car intercom call Part B, 439 Control panel storage unit B, 440 Machine room interphone master unit, 500 monitoring room, 510 security interface unit, 511 verification unit, 519 unit storage unit, 520 monitoring room interphone master unit, 530 monitoring room indicator lamp.

Claims (7)

An elevator driving device that controls a first elevator that performs any one of a normal operation and an auxiliary operation including a predetermined operation that assists the use of a passenger and a second elevator that performs the auxiliary operation,
An operation mode acquisition unit that acquires an operation mode that is information indicating whether or not the operation is suspended from the second elevator;
An operation control unit that switches the operation of the first elevator from the normal operation to the auxiliary operation when the operation mode of the second elevator acquired by the operation mode acquisition unit indicates that the operation is suspended. Elevator operation device characterized. Each of the first elevator and the second elevator has a landing button that is installed at the elevator hall and pressed when the elevator car is called,
The operation control unit switches the operation of the first elevator to the auxiliary operation when the landing button of the second elevator is pressed and the operation mode of the second elevator indicates suspension of operation. The elevator driving device according to claim 1, wherein Each of the first elevator and the second elevator has a landing button that is installed at the elevator hall and pressed when the elevator car is called,
The elevator driving apparatus further includes a pressing information determination unit that inputs information about the pressed hall button as pressing information and determines whether the input pressing information indicates predetermined information.
The operation control unit determines that the press information indicates predetermined information by the press information determination unit, and operates the first elevator when the operation mode of the second elevator indicates that the operation is stopped. The elevator operation device according to claim 1, wherein the elevator operation device is switched to the auxiliary operation. The pressing information determination unit presses a landing button installed in an elevator landing on a residence floor where a room of a resident living in a building provided with the first elevator and the second elevator is provided, The pressed information indicates that the pressed hall button indicates the direction of the lobby floor where the entrance of the building is provided, and that the pressed time is less than a predetermined time as the predetermined information. Whether or not to show information,
The operation control unit determines that the press information indicates predetermined information by the press information determination unit, and when the operation mode of the second elevator indicates that the operation is suspended, the operation control unit pushes the first elevator to a landing button 4. The elevator driving device according to claim 3, wherein the elevator driving device causes the first elevator that has been driven to the residence floor to run to the lobby floor by the auxiliary operation while traveling to the residence floor where is pressed. 5. An clerk calling unit that operates a predetermined caller that calls a clerk when the pressed information determination unit determines that the pressed information does not indicate predetermined information. The elevator driving device according to any one of the above. The operation mode acquisition unit acquires the operation mode of the second elevator and acquires the operation mode of the first elevator,
In the elevator driving device, the operation mode of the first elevator acquired by the operation mode acquisition unit indicates that the operation is stopped and the operation mode of the second elevator acquired by the operation mode acquisition unit is operation stop. The elevator operation device according to any one of claims 1 to 5, further comprising a stoppage calling unit that operates a predetermined caller that calls an attendant when the inside is indicated.   The elevator apparatus provided with the elevator driving device in any one of Claims 1-6.

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