JP4834382B2 - Elevator earthquake recovery support device - Google Patents

Description

  The present invention relates to an earthquake recovery support apparatus for an elevator apparatus at the time of an earthquake, and in particular, it is possible to reduce customer anxiety when recovering a large number of elevator apparatuses that have stopped operation of a car due to an earthquake. The present invention relates to an earthquake recovery support apparatus for an elevator apparatus.

  In general, when an earthquake occurs, the elevator apparatus has a mechanism in which, when the shaking due to the earthquake exceeds a certain value, the operation is stopped after the low-speed operation at the nearest floor by the operation of the earthquake detector of the elevator apparatus. After that, an engineer of the elevator apparatus maintenance company goes to the building where the elevator apparatus is installed, confirms the damage state of the elevator apparatus due to the earthquake, and restores the elevator apparatus if there is no problem. However, the earthquake detector of the elevator device does not operate uniformly in the area where the earthquake occurred, for example, due to the location of the earthquake detector of the elevator device in the building, the difference in the structure of the building, etc. The conditions under which the seismic detector operates are different for each elevator system. Therefore, an engineer of an elevator apparatus maintenance company patrols all elevator apparatuses in a building in a stricken area, confirms the operation status of the earthquake detector, and performs restoration work. However, since the engineer sequentially visits and restores a large number of elevator devices in the disaster area, the restoration work takes a long time to restore all of the damaged elevator devices. As a result, the owner or user of the building in the second half of the patrol order has anxiety about the delay in restoration because it is unclear when the restoration work will start.

Therefore, in order to efficiently and quickly perform earthquake restoration work, a remote monitoring system using a general public line is used to cover only buildings where elevator equipment that has been suspended due to the operation of an earthquake detector is installed. Has been proposed to check the elevator equipment that is stopped remotely by the operation of the seismic detector, and the engineer of the elevator equipment maintenance company patrols only the building where the stopped elevator equipment is installed . (For example, see Patent Document 1)
JP 2002-92765 A

However, in the earthquake recovery support equipment of the proposed elevator equipment in the prior art described above, the maintenance company for technology's arrival time is unknown, the owner or user of the elevator apparatus, the advent of the technology's It is unclear whether there is any, and you will have anxiety.

  The present invention solves such a problem, and when the operation of the elevator apparatus is stopped due to an earthquake, the purpose of the present invention is to visit a technician of an elevator apparatus maintenance company to the building where the elevator apparatus is installed. It is an object of the present invention to provide an earthquake recovery support device for an elevator device that can notify the scheduled time in advance and reduce anxiety of the owner or user of the elevator device.

In order to achieve the above object, the first means according to the present invention includes an earthquake detector, a control device for controlling the operation of the elevator car based on the earthquake information detected by the earthquake detector, and the control The control device is connected to a device, monitors the operation state of the car, transmits the monitoring state to the outside, and controls the operation of the car according to a control command for the car from the outside. An elevator device having a remote monitoring device to be operated; and a monitoring center having a monitoring terminal device that receives a monitoring state of the car from the remote monitoring device and transmits the control command. When the elevator car stops operation, the monitoring center receives information on the suspension of the car from the remote monitoring device, and In the earthquake restoration support device for an elevator apparatus that dispatches an engineer who restores the operation of the car and supports the operation restoration of the car, the monitoring center is set in advance when the earthquake occurs. The engineer's order of travel with respect to the earthquake, the information on the magnitude of the earthquake transmitted from the remote monitoring device, the work schedule of the engineer at the time of the earthquake, and the seismic intensity of the earthquake is calculated to increase Calculating a scheduled restoration tour time to the elevator device based on a travel time from the current position of the engineer to the elevator device, and transmitting the scheduled restoration trip time to the remote monitoring device, the elevator device Is provided with a display device that receives the scheduled recovery patrol time from the monitoring center and displays the planned recovery patrol time. It is obtained by the earthquake recovery support device for an elevator apparatus according to claim.

  As a second means according to the present invention, in the earthquake restoration support apparatus according to the first means, the monitoring center includes means capable of changing and resetting the transmitted restoration scheduled trip time. This is an earthquake recovery support device for an elevator device.

  According to a third means of the present invention, in the earthquake restoration support device according to claim 1 or 2, the elevator device includes a display device for displaying the scheduled restoration patrol time on a platform display of the car. It is made into the earthquake recovery assistance apparatus of the elevator apparatus characterized by these.

According to the present invention, the monitoring center, the information on the magnitude of the earthquake transmitted from the remote monitoring device of the elevator device, the traveling order of the technician with respect to the elevator device that is set in advance with the occurrence of the earthquake, The restoration to the elevator apparatus based on the work schedule of the engineer at the time of the earthquake occurrence and the travel time from the current position of the engineer to the elevator apparatus calculated so as to increase as the seismic intensity of the earthquake increases Means for calculating a scheduled tour time and transmitting the scheduled recovery tour time to the remote monitoring device of the elevator apparatus, the elevator apparatus receiving the scheduled recovery tour time from the monitoring center, and Since the display device for displaying is provided, when the elevator device stops operation due to an earthquake, the elevator Anxiety of the owner or user of the elevator device by transmitting the scheduled traveling time of the engineer of the maintenance company of the elevator device to the elevator in advance to the elevator device and displaying that fact on the elevator device. It is possible to provide an earthquake recovery support device for an elevator device that can reduce the feeling.

  In the present invention, the operation state of the elevator car is monitored, the monitoring state is transmitted to the monitoring center, and the operation of the elevator is controlled in accordance with a control command for the car from the monitoring center. A predetermined signal between a remote monitoring device that operates a control device of the device and a monitoring terminal device of a monitoring center that receives a monitoring state of the car from the remote monitoring device and transmits a control command for the car Technology of a maintenance company that restores operation of the elevator car from the monitoring center when the elevator car rests due to the occurrence of an earthquake using communication means such as a general public line that performs transmission and reception Before the arrival of the passenger, the scheduled trip time of the engineer to the elevator apparatus that has been stopped is automatically transmitted to the elevator apparatus, and the elevator It is obtained so as to display the data unit.

That is, the following measures are taken. After the occurrence of the earthquake, in order to quickly confirm whether the elevator apparatus has become dormant by the operation of the earthquake detector of the elevator apparatus, the earthquake is automatically transmitted from the monitoring center via the general public line and the remote monitoring apparatus. Read the operating status information of the sensor. As a result of reading, for the elevator apparatus that has been put into a dormant state due to the operation of the seismic detector, the monitoring center transmits a request for dispatch to the control apparatus for the elevator apparatus, It is displayed on a display device such as a landing display. Subsequently, in the monitoring center, information on the elevator apparatus in a dormant state, information on the magnitude of the earthquake obtained from the information on the operation status of the earthquake detector, work schedule information on the day of the traveling engineer, Using the terminal device based on the determined information on the traveling order of the engineer's elevator apparatus, the scheduled recovery time of the engineer is calculated and a recovery traveling schedule is automatically created. After creating this schedule it will be transmitted via the public telephone and the remote monitoring terminal remotely before Symbol monitoring center the restoration scheduled traveling time to the control device of the elevator system. The control device of the elevator device displays the received scheduled recovery patrol time on the display device of the elevator device, so that the owner and user of the elevator device recognize the arrival time of the technician in advance, It is intended to reduce the anxiety of the owner and user of the elevator apparatus.

  When the monitoring center receives notification from the dispatched engineer that a change such as delay or advance has occurred at the scheduled time for the recovery patrol, it adjusts the recovery patrol schedule and again sets the recovery patrol schedule. If the planned recovery tour time after the change is transmitted again to the control device of the elevator device via the general public line and the remote monitoring device and displayed on the display device of the elevator device, the elevator device This is preferable because it can reduce the anxiety of owners and users.

  Further, when the monitoring center receives a report from the dispatched engineer that the scheduled recovery patrol time is undecided, the monitoring center transmits a request for dispatch to the control device of the elevator device via the communication means, and the display It is also possible to change the display of the device and display that effect.

  After the patrol is completed, when the elevator apparatus returns to normal, the monitoring center recovers by transmitting a normal return signal from the remote monitoring apparatus to the monitoring terminal apparatus in the monitoring center via the communication means. The completion information is received, and the earthquake restoration management information in the monitoring terminal device is updated. In addition, if the elevator system is damaged due to an earthquake and cannot be restored to normal, the monitoring center updates the earthquake recovery management information after receiving notification from the traveling engineer that it cannot be recovered. Enter information indicating that recovery support processing is necessary, and instruct full recovery support processing. In this way, by managing the restoration results of the elevator apparatus in a list, it is possible to prevent omissions in restoration, and it is possible to eliminate distrust of the elevator apparatus owners and users with respect to the elevator apparatus maintenance company. Become.

  As the display device of the elevator apparatus, any display means capable of displaying the scheduled recovery patrol time transmitted from the monitoring center via the communication means is sufficient. A screen display device for a monitor installed in a management room of an elevator device can be used. However, if the landing indicator attached to the landing on each floor of the elevator device is also used as a display device for displaying the scheduled time for the restoration patrol, the expense of installing a new display device is not required, and the installation is inexpensive. In addition to being able to do this, it is possible to transmit information to the users on each floor, which can reduce the user's anxiety.

  Further, the monitoring center determines in advance at least a function of communicating with the remote monitoring device of the elevator device, and a storage device for storing and managing information data read from the remote monitoring device by the communication function. A storage device for storing the recovery patrol order schedule at the time of the earthquake and a storage device for storing the work schedule of the engineer of the maintenance company, and the information stored in these storage devices and the earthquake from the remote monitoring device It is sufficient to have a monitoring terminal device that has a function of calculating the recovery patrol scheduled time from the scale information, but in addition to this monitoring terminal device, the maintenance company of the elevator device that serves as the dispatch base of the engineer It is also possible to provide a function of communicating with a terminal installed at a sales office. In this manner, the sales office and the monitoring terminal device can communicate with each other, and the sales office can display the scheduled recovery tour time from the monitoring terminal device, and at the same time, the recovery office scheduled change time processing from the sales office It is preferable to be able to respond to the problem more accurately and quickly.

  Next, an embodiment of the earthquake recovery support device for an elevator apparatus according to the present invention will be described with reference to FIGS.

  FIG. 1 is a block diagram showing a schematic configuration of an earthquake recovery support apparatus for an elevator apparatus according to an embodiment of the present invention, wherein 1 is an elevator apparatus car, 2 is a remote monitoring apparatus, and 3 is an elevator apparatus car. 1 is a control panel of an elevator apparatus that controls the operation of 1, 4 is a hoistway of a car 1 of the elevator apparatus, 5 is a landing side display that displays a stop floor of the car 1, and 6 is a scheduled recovery patrol time to be described later Etc., a platform side screen type display unit, 7 is a platform side floor, and 8 is an earthquake detector.

  The remote monitoring device 2 is connected to the control panel 3 of the elevator device, and monitors the operation state of the car 1 based on information from the control panel 3, and this monitoring state is sent to the external monitoring center 21 via the general public line 11. The control panel 3 is actuated to receive the control command for the car 1 from the external monitoring center 21 via the general public line 11 and control the operation of the car 1 based on this control command. .

  Further, the earthquake detector 8 outputs an earthquake detection signal when the shaking due to the earthquake exceeds a certain value, and sends the earthquake detection signal to the control panel 3. While stopping the operation of the car 1, the information that the car 1 stopped operating and the information on the magnitude of the earthquake are sent to the remote monitoring device 2. The remote monitoring device 2 transmits the magnitude information of the earthquake to the monitoring center 21 along with the operation stop information of the car via the general public line 11.

  The monitoring center 21 includes a monitoring terminal device 22 that can transmit and receive via the remote monitoring device 2 and the general public line 11, and the monitoring terminal device 22 monitors the car 1 from the remote monitoring device 2. And a control command for the car 1 is transmitted. In addition, the monitoring terminal device 22 is a storage device 23 for storing various information related to the elevator device such as the serial number of the elevator device, the name of the owned customer, the name of the elevator, and the maintenance of the elevator device that performs a recovery operation in a predetermined earthquake. It is connected to a storage device 26 for storing a traveling schedule of an elevator device of a company engineer and a storage device 27 for storing the work schedule of the engineer. Information stored in these storage devices and the remote monitoring device 2 The engineer's scheduled recovery patrol time is automatically calculated from the earthquake magnitude information transmitted from, and the result is displayed on the display 26 of the monitoring terminal device 22 and remotely monitored via a general public line. Transmit to device 2.

  Furthermore, the monitoring terminal device 22 is connected to a terminal device 42 installed in a sales office 41 of a maintenance company, which is a dispatch base for engineers all over the country, via a local communication network 31 in an elevator company maintenance company. The information such as the scheduled time for the recovery tour displayed on the monitoring terminal device 22 is displayed on the display 44 of the terminal device 42, and the elevator device is also connected to the terminal device 42 through the monitoring terminal device 22 or the general public line 45. The operation of the car 1 can be controlled with respect to the control panel 3 via the remote monitoring device 2.

  In the monitoring center 21, the logistic support person 24 monitors the monitoring terminal device 22, and the telephone device 25 provided on the side owns the engineer 59 of the maintenance company dispatched for recovery support and the engineer 59. By making a call with the mobile phone 60, it is possible to cope with a change, resetting, and the like of the scheduled recovery patrol time as described later. Similarly, the back support person 43 monitors the terminal device 42 at the sales office 41 of the maintenance company, and the telephone device 44 installed on the side serves as both the engineer 59 and the back support person 24 of the monitoring center 21. By exchanging information, it is possible to change the recovery patrol scheduled time, etc., and to reset it.

  Next, one embodiment of the restoration support work for the elevator apparatus accompanying the occurrence of an earthquake will be described with reference to FIGS.

  FIG. 2 is a flowchart showing one embodiment of the elevator apparatus restoration support work accompanying the occurrence of an earthquake. FIG. 3 shows the monitoring terminal device 22 of the monitoring center 21 and the displays 26 and 44 of the terminal 42 of the sales office 41. FIG. 4 is a view showing the elevator display of the elevator apparatus, and FIGS. 4A to 4C are displayed on the floor position display section of the landing display. FIG. 5 is a diagram showing changes in characters over time, and is a diagram showing an example of a display form of “calling requested” displayed on the elevator display 5 of the elevator apparatus. FIG. It is a figure which shows the display character displayed on.

  When an earthquake occurs, as shown in FIG. 2, in S11, from the monitoring terminal device 22 of the monitoring center 21, the operation status of the earthquake detector 8 of the elevator device in the earthquake occurrence area is changed to the remote monitoring device 2 and the general public line. 11 to read. In S 12, the operating status of the earthquake detector 8 is stored in the storage unit 23. In S13, when the earthquake detector 8 is not operating and the elevator car 1 is in the normal state, no response is required in S31, and the restoration work is terminated.

  In S13, when the seismic detector 8 is activated and the car 1 is in a dormant state, the elevator is sent from the monitoring terminal device 22 of the monitoring center 21 via the remote monitoring device 2 and the general public line 11 in S14. A command to display necessary characters on the landing display 5 and the landing-side screen display unit 6 is transmitted to the control panel 3 of the apparatus. The control panel 3 of the elevator apparatus that has received the command displays the received character string on the landing display 5 and the landing-side screen display unit 6. At this time, for example, “Staffing is being requested. Please wait.” Is displayed on the landing display 5 and the landing-side screen display unit 6.

  In S15, the monitoring terminal device 22 of the monitoring center 21 is operated to display and confirm information on the operation status of the earthquake detector 8. In S 16, information on the elevator apparatus that has been in a dormant state, information on a predetermined earthquake restoration patrol schedule stored in the storage device 26, and the day of the traveling engineer 59 stored in the storage device 27 From the information on the current position of the engineer 59 acquired from the work schedule, a recovery patrol schedule is automatically created. Furthermore, the travel time from the building to the building at the time of patrol is determined based on the magnitude of the earthquake, for example, the seismic intensity and magnitude information, and the arrival time at each elevator apparatus is calculated. Here, as an example of the calculation method of the travel time, assuming that the standard travel time is 1, in the case of seismic intensity 3, 1.5 times, in the case of seismic intensity 4, 2.0 times, etc. By changing the travel time dynamically in proportion to the seismic intensity, it is possible to calculate a more accurate scheduled recovery patrol time.

  In S17, a required value is displayed on the landing display 5 and the landing-side screen display unit 6 from the monitoring terminal device 22 of the monitoring center 21 to the control panel 3 of the elevator apparatus via the remote monitoring device 2 and the general public line 11. Send a command to display characters. The control panel 3 that has received the command displays the received character string on the landing display 5 and the landing-side screen display unit 6. At this time, the landing display 5 and the landing-side screen display unit 6 display, for example, “Now out. The estimated arrival time is 12:50”.

  In S18, based on the patrol schedule created in S16, the engineer 59 of the elevator company maintenance company is notified of the dispatch instruction. In S19, when the engineer 59 has arrived at the site within the scheduled traveling time, in S20, the damaged state of the elevator apparatus is investigated. In S21, if the elevator apparatus can be recovered, in S22, Restore the elevator system. After completion of the recovery, in S23, the monitoring terminal device 22 of the monitoring center 21 is notified of the recovery via the remote monitoring device 2 and the general public line 11, and the earthquake recovery management information in the storage device 23 is updated. In S21, if the elevator apparatus is seriously damaged and immediate recovery is impossible, the engineer 59 uses the mobile phone 60 to call the telephone device 25 of the monitoring center 21 in S51, and the supporter 24 In step S24, the logistical supporter 24 who has made a notification that immediate recovery is not possible and has received the notification manually updates the earthquake recovery management information.

  If the engineer 59 cannot arrive at the site within the scheduled time in S19, the engineer 59 uses the mobile phone 60 and the supporter via the telephone device 25 in the monitoring center 21 in S41. 24 is notified of the time at which the elevator apparatus can be reached. In S42, the traveling schedule is corrected based on the time confirmed in S41, and in S43, the traveling schedule time corrected in S42 is transmitted from the monitoring terminal device 22 of the monitoring center 21 to the remote monitoring device 2 and the general public line 11. The control panel 3 of the elevator apparatus is transmitted to the platform display 5 and the platform-side screen display unit 6 with a command to display necessary characters. The control panel 3 of the elevator apparatus that has received the command displays the received character string on the landing display 5 and the landing-side screen display unit 6. At this time, for example, “It is in operation. The estimated arrival time is 13:20” is displayed on the platform display 5 and the platform screen display 6. The engineer 59 continues the tour according to the revised tour schedule.

  In addition, the operation state of the seismic detector 8 implemented in the monitoring terminal device 22 of the monitoring center 21 and a command for displaying characters on the landing display 5 and the landing-side screen display unit 6 are sent to the monitoring terminal device 22 on the local communication network. By using the terminal device 42 of the sales office 41 connected via 31, it is possible to carry out also at the sales office 41 which is the dispatch base of the elevator company maintenance company.

  Furthermore, by providing the logistic support by the logistic supporter 24 and the telephone device 25 in the monitoring center 21 with the logistic supporter 43 and the telephone device 44 in the sales office 41, the support work can be distributed. Therefore, it is possible to respond to earthquake recovery support in a wider area.

  Next, a screen example of the confirmation screen of the earthquake restoration management information displayed on the display 26 or 44 of the monitoring terminal device 22 or the terminal device 42 of FIG. 1 and the manual transmission means displayed on the landing display 5 will be described with reference to FIGS. Shown in

  In FIG. 3, 51 is a serial number column for identifying the target elevator device, 52 is a column for the building name where the target elevator device is installed, 53 is a column for the name of the symmetric elevator device, and 54 is an earthquake for the target elevator device. A column indicating the operating status of the sensor 8, 55 is a column for scheduled arrival time of an engineer of a maintenance company of the elevator apparatus to the building where the target elevator apparatus is installed, and 56 is a column where the engineer 59 is attached to the corresponding building. In order to display the arrival time column 57 for the name of the corresponding engineer 59 and 58 for displaying the time information of the estimated arrival time 55 on the landing display 5 and the landing side screen display unit 6 of the target elevator apparatus. Furthermore, it is a screen touch type operation button that can be transmitted remotely.

  The confirmation of the earthquake restoration management information in S15 and S23 in FIG. 2 is confirmed in the column 54 indicating the operation status of the earthquake detector 8 in FIG. The travel schedule is created and modified in S42 by inputting the scheduled time in the scheduled arrival time column 55 and the name of the engineer 59 in the responder column 57. The character display command is transmitted to the platform display 5 in S43 by inputting the estimated arrival time in the estimated arrival time column 55 and then pressing the operation button 58.

  Next, an example of display contents of information to be displayed on the landing display 5 of the elevator apparatus of FIG. 1 based on the character display command transmission will be described with reference to FIG.

  4 (A), (B), and (C), 62 is a floor position display section of the hall display 5 of the elevator apparatus, 63 is an upward call registration button, and 64 is a downward call registration button. As shown in FIG. 1, the display 5 is installed on the landing side 7 for each floor of the elevator apparatus.

  In S14, S17, and S43 in FIG. 2, when the control panel 3 of the elevator apparatus receives a character display command, the received character is displayed on the landing display 5. In general, as shown in FIG. 1, the landing display 5 has a portion for displaying the floor position of the elevator apparatus (indicated by “2” in FIG. 1), and can display characters. However, generally, the floor position display unit 62 (see FIG. 4) of the landing display 5 has a limited number of characters that can be displayed, and cannot display long sentences at once. Therefore, as shown in FIGS. 4A, 4B, and 4C, for example, the characters to be displayed are displayed while being moved in the vertical direction. When all the characters are displayed, the first character is displayed again. It is possible to display long sentences by displaying characters. Thereby, information can be transmitted to the users on each floor, and anxiety can be reduced.

  Next, an example of display contents of information displayed on the landing-side screen type display unit 6 of the elevator apparatus of FIG. 1 will be described with reference to FIG.

  In FIG. 5, 72 is a display part of the landing-side screen type display unit 6 of the elevator apparatus, and 73 is an example of display characters. Generally, the landing-side screen type display unit 6 uses a liquid crystal display, and can display a long sentence at a time, and can also display an image.

  In S <b> 14, S <b> 17, and S <b> 43, when the control panel 3 of the elevator apparatus receives a character display command, the received character is displayed on the display portion 72 of the landing screen type display unit 6. Long sentences can be displayed at once, and even moving images and still images can be displayed together. This makes it possible to convey information to the user more easily and further reduce anxiety. .

It is a block diagram which shows schematic structure of the earthquake recovery assistance apparatus of the elevator apparatus concerning one embodiment of this invention. It is a flowchart which shows operation | movement of the earthquake recovery assistance apparatus of the elevator apparatus of one embodiment of this invention. It is a figure which shows an example of the operation screen which performs assistance operation displayed on the display of the terminal device used with the earthquake recovery assistance apparatus of the elevator apparatus of one embodiment of this invention. BRIEF DESCRIPTION OF THE DRAWINGS It is a figure which shows the platform display of the elevator apparatus used with the earthquake restoration assistance apparatus of the elevator apparatus of one embodiment of this invention, (A)-(C) are displayed on the floor position display part of a platform display. It is a figure which shows a change with the passage of time of a character. It is a figure which shows the display character displayed on the landing side screen type | mold display part of the elevator apparatus used with the earthquake recovery assistance apparatus of the elevator apparatus of one embodiment of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Elevator car 2 Remote monitoring device 3 Elevator control panel 4 Elevator hoistway 5 Elevator landing display 6 Elevator landing screen type display section 7 Floor floor on each floor 8 Seismic detector 11 General public line 21 Monitoring center 22 Monitoring terminal device 23, 26, 27 Storage device 24, 43 Back supporter 25, 44 Telephone device 26 Display of monitoring terminal device 31 Local communication network 41 Sales office of maintenance company 42 Terminal device 44 Terminal device 58 Operation buttons 59 Maintenance company engineer 60 Mobile phone 62 Floor position display 72 Display area of platform side display

Claims (3)

Based on the seismic detector, the earthquake information detected by the seismic detector, a control device for controlling the operation of the elevator car, and connected to the control device to monitor the operating state of the car, and this monitoring state And an elevator apparatus having a remote monitoring device for operating the control device to control the operation of the car in response to a control command for the car from the outside,
A monitoring center having a monitoring terminal device that receives the monitoring state of the car from the remote monitoring device and transmits the control command;
When the elevator apparatus detects an earthquake and the elevator car stops operation, the monitoring center receives information on the operation suspension of the car from the remote monitoring apparatus, and restores the operation of the car In the earthquake restoration support device of the elevator device that dispatches the engineer who performs the operation and supports the restoration of the operation of the car,
The monitoring center is configured such that the engineer's patrol rank with respect to the elevator apparatus set in advance with the occurrence of an earthquake, the information on the magnitude of the earthquake transmitted from the remote monitoring apparatus, and the engineer's Based on the work schedule and the movement time from the current position of the engineer to the elevator apparatus calculated so as to increase as the seismic intensity of the earthquake increases , the planned restoration patrol time to the elevator apparatus is calculated, and the restoration is performed. Means for transmitting a scheduled tour time to the remote monitoring device;
The elevator apparatus is provided with a display device that receives a scheduled recovery patrol time from the monitoring center and displays the scheduled recovery patrol time. In the earthquake restoration support device according to claim 1,
The monitoring center includes an earthquake recovery support device for an elevator apparatus, comprising means capable of changing and resetting the transmitted recovery tour scheduled time. In the earthquake restoration support device according to claim 1 or 2,
The elevator apparatus includes a display device that displays the scheduled time for the recovery patrol on a platform display of the car.

Images