JP2002241060A - Integrated elevator monitoring system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an integrated elevator monitoring system for monitoring and controlling all elevator group control system including elevator control devices of different models by a same monitoring device. SOLUTION: This elevator monitoring system for monitoring and controlling the elevator group control system for operating and controlling a plurality of elevators in a group comprises a network 7 for transmitting control information by connecting a plurality of elevator group control systems 31, a data converting means 5 which is connected to the network 7 to receive control information of the plurality of elevator group control systems 31 and to convert the received control information into the data format of the predetermined monitoring information, and an elevator monitoring data accumulating means 6 for storing monitoring data converted by the data converting means 5.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an elevator integrated monitoring system for monitoring a plurality of elevator group management systems.

[0002]

2. Description of the Related Art As a conventional technique, there has been proposed an elevator monitoring system for monitoring an operation state of an elevator by connecting an elevator control device and a monitoring device via a network.

For example, Japanese Patent Laying-Open No. 11-88359 discloses an elevator control device in which an information connector is connected between a building network and an elevator network. As shown in FIG. 8, the group management control device 50
The monitoring device 505 includes one and a plurality of elevator control devices 506, and is connected to the group management control device 501 via a network L3.

In Japanese Patent Application Laid-Open No. H11-100179, an elevator network for elevator monitoring and control is connected to an OA network via a router, and an elevator for transmitting information between a user's personal computer and the elevator monitoring and control system. Control devices are listed.

In such a conventional elevator monitoring system, since the data format and the data transmission method are different for each model of the elevator control device, a dedicated monitoring device is provided for each model corresponding to the elevator group management system to be monitored. In order to monitor a plurality of elevator group management systems of different types, a monitoring device corresponding to each type of elevator group management system was required.

[0006]

In a conventional elevator monitoring apparatus as described above, in a building in which a plurality of elevator group management systems in which different types of elevator control apparatuses are mixed, all elevators are controlled by the same monitoring apparatus. There was a problem that the group management system could not be monitored and controlled.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problem, and a plurality of elevator group management systems in which different types of elevator control devices are mixed are monitored and controlled by the same monitoring device. It aims to provide an integrated elevator monitoring system.

[0008]

An elevator integrated monitoring system according to the present invention is an elevator monitoring system for monitoring and controlling an elevator group management system for operating a plurality of elevators as a group by an elevator monitoring device. A network that connects the management system to transmit control information, and a network that connects to the network to receive control information of multiple elevator group management systems, and that the operation patterns and operation modes of multiple elevator group management systems included in the control information Or an elevator monitoring data control device for transmitting any one of the car driving state and the like to the elevator monitoring device.

The elevator monitoring data control device receives control information of the plurality of elevator group management systems and converts the monitoring data into a predetermined monitoring data format, and the monitoring data converted by the data converting unit. An elevator monitoring data accumulating means for storing data and transmitting the stored monitoring data to the elevator monitoring device.

The elevator monitoring data accumulating means includes a monitoring data transmission request receiving means for receiving a monitoring data transmission request from the elevator monitoring apparatus, and a storage means for storing the monitoring data based on the request received by the monitoring data transmission request receiving means. A monitoring data collecting means for collecting the requested monitoring data, and a monitoring data transmitting means for transmitting the monitoring data collected by the monitoring data collecting means to the requested elevator monitoring device.

The elevator monitoring data storage means determines whether the user requesting the transmission of the monitoring data has been authenticated to view the monitoring data when the transmission of the monitoring data is requested from the elevator monitoring device. It is provided with a user authentication means for determining.

The elevator monitoring data accumulating means is provided with control data transmission request receiving means for receiving a control data transmission request from the elevator monitoring device, and control data designated based on the request received by the control data transmission request receiving means. Control data transmitting means for transmitting the data to the elevator group management system.

The elevator monitoring data storage means determines whether the user requesting the transmission of the control data has been authenticated to transmit the control data when the transmission of the control data is requested from the elevator monitoring device. It is provided with a user authentication means for determining.

[0014]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiment 1 FIG. 1 is a system configuration diagram showing an integrated elevator monitoring system according to the first embodiment. In the figure, reference numerals 1a and 1b denote elevator group management controllers for assigning calls to elevators to perform group management control. (Not shown). 3a and 3b are elevator group management control devices 1a and 1b and individual control devices 2a and 2b.
1 and 2b2 are a first transmission path (hereinafter referred to as an elevator control system network) for mutually transmitting control data.

5a and 5b are connected to the elevator control system network 3 to receive elevator control information from the elevator group management control device 1 and each vehicle control device 2 and to control the operation pattern of the elevator group management system. Operation mode, or data conversion means for converting to the data format of monitoring data such as the traveling state of the car, where the elevator control information is, for example, elevator service floor cut, up-peak operation or down-peak operation such as Information indicating an operation pattern, an operation mode such as energy saving operation or VIP operation, or the like.

Further, 6a and 6c are data conversion means 5
Elevator monitoring data accumulating means for storing monitoring data such as the operation pattern and operation mode of the elevator group management system or the running state of the car, the data format of which has been converted by the above. A second transmission path (hereinafter referred to as an elevator monitoring system network) interconnecting the data storage means 6 with each other.

Further, reference numerals 8a and 8b denote elevator monitoring devices for monitoring an operation pattern and an operation mode of the elevator group management system or a traveling state of the car.
For example, a general-purpose personal computer may be used. Also, 9
Is a third transmission line (hereinafter referred to as a building system network) for interconnecting the elevator monitoring data storage means 6 and the elevator monitoring device 8 with each other. Here, the elevator control system networks 3a and 3b, the elevator monitoring system network 7, and the building system network 9 are physically separated and configured as independent networks. The building system network 9 may share a so-called OA network used in a general office or the like. Where 11
Is an elevator monitoring data control device composed of data conversion means 5a and 5b and elevator monitoring data storage means 6a.

In FIG. 1, # 1 is used as an elevator monitoring device.
Unit 8a and # 2 Unit 8b are connected to the building system network 9
To monitor the elevator by two elevator monitoring devices 8a and 8b. Here, the data conversion means 5 is configured to be connected to both the elevator control system network 3 and the elevator monitoring system network 7 and to be connected by relaying both transmission paths. Further, the elevator monitoring data storage means 6 includes an elevator monitoring system network 7
To the building system network 9 and relay the connection of both transmission paths.

Reference numeral 21 denotes an information device connected to the elevator monitoring system network 7 to notify the user of the operation status of the elevator, etc.
Reference numeral 22 denotes an elevator monitoring camera device which is connected to the elevator monitoring system network 7 and shoots an image for monitoring an elevator landing and the like.

Incidentally, reference numerals 31a and 31b denote elevator group management systems for managing a plurality of elevators as a group. For example, an elevator group management system is constructed for each building of a building. In FIG. 1, for example, the group A is an elevator group management system 31a of an office building of a building,
Group B is a hotel building elevator group management system 31b,
Group C indicates an elevator group management system 31c of the management building.

The elevator control system network 3 is provided for each elevator group management system. That is, the elevator group management system 31a in the office building has the elevator control system network 3
is installed to connect the elevator group management control device 1a, the elevator individual vehicle control device 2a, and the data conversion means 5a. In the elevator group management system 31b of the hotel building, an elevator control system network 3b is installed, and the elevator group management controller 1b is installed.
And the elevator control units 2b1, 2b2 and the data conversion means 5b.

Further, in FIG. 1, the data conversion means 5a of the office building, the data conversion means 5b of the hotel building, and the elevator monitoring data storage means 6a are connected to the same elevator monitoring system network 7. Further, the information device 21 and the elevator monitoring camera device 22 are connected to the same elevator monitoring system network 7.

With the above configuration, the monitoring data such as the operation pattern and the operation mode of the elevator group management system or the traveling state of the car are stored in the elevator monitoring data storage means 6 and the plurality of elevator monitoring devices 8 are stored. Can be shared and monitored. That is, the elevator monitoring data storage unit 6 functions as a data server of the elevator monitoring device 8. Further, a general-purpose personal computer or a workstation may be used as the elevator monitoring data storage means 6.

Next, the functional configuration of the data conversion means will be described. FIG. 2 is a functional configuration diagram showing details of the data conversion means according to the first embodiment. In the figure, reference numeral 501 denotes an operation pattern and an operation mode of the elevator group management system;
Or an intermediate data storage unit for storing intermediate data 50 indicating a traveling state of the car, etc., wherein the intermediate data 50 is a control device acquired by data conversion means communicating with the elevator group management control device 1 or the individual vehicle control device 2. This is data obtained by converting the operating status data of the elevator of a different format for each model into a predetermined format expressing the operating status of each elevator.

If there is elevator status data having a different expression format depending on the type of the control device, the data conversion means 5 converts the status data into intermediate data unified in the elevator monitoring system. For example, if the data representing the car ascending travel command is “11” in the control device A but “21” in the control device B, “01” in the intermediate data is data representing the car ascending. I do. Further, for example, the door opening command and the door closing command of the control data are converted into intermediate data representing an operating state that the door is operating.

Here, reference numeral 51 denotes an elevator group management control device 1 and each vehicle control device 2 according to an appropriate protocol via an elevator control system network 3 to which the elevator group management control device 1 and each vehicle control device 2 are connected.
Control data communication means for communicating control information with the
The control data communication unit 51 communicates the control information obtained by communicating with the elevator group management control device 1 and each vehicle control device 2 according to a conversion rule predetermined for each elevator group management system according to the operating state of the elevator. Is primary data conversion means for converting into intermediate data 50 representing

503 is a primary data conversion means 52
Is a primary data conversion table storage unit that stores conversion rules, which is referred to when converting state data into intermediate data 50 indicating the operating state of the elevator. The primary data conversion table storage unit 503 stores conversion rules that are different for each model of the elevator group management control device 1 and each elevator control device 2 in a predetermined area.

A secondary data conversion means 54 receives the intermediate data 50, selects predetermined data according to a predetermined conversion rule, and converts the data into a monitoring data format to be displayed on the elevator monitoring device 8. And 50
Reference numeral 5 denotes a secondary record in which a conversion rule (hereinafter referred to as a second conversion rule) is referred to when the secondary data conversion means 54 converts the intermediate data 50 into a monitoring data format to be displayed on the elevator monitoring device 8. It is a data conversion table storage unit. In the secondary data conversion table storage unit 505, conversion rules that are different for each model of the elevator monitoring device 8 are stored in a predetermined area.

Reference numeral 56 denotes an elevator monitoring device 8
Monitoring system network 7 connected to
Is monitoring data communication means for transmitting monitoring data to the elevator monitoring data storage means 6 according to an appropriate protocol.

Next, reference numeral 57 denotes a power supply rise detecting means for detecting a rise of the power supply of the data conversion means 5;
When the power rise detection means 57 detects the rise of the power supply, the model of the target control device and the monitor device is stored in the conversion table storage unit 602 stored in the elevator monitor data storage means 6 in advance. A predetermined conversion table in which a conversion rule is described for each of the primary data conversion table 503 and the secondary data conversion table 50
5 is a conversion table download means for downloading to a predetermined area.

Reference numeral 502 denotes a case where the conversion table download unit 58 downloads the conversion table.
It is a model information table storage unit that stores information for determining the model of the elevator group management control device 1, the elevator individual control device 2, and the elevator monitoring device 8 to be converted.

Next, the elevator monitoring data storage means 6
The functional configuration of will be described. FIG. 3 is a functional configuration diagram showing details of the elevator monitoring data storage means according to the first embodiment. In the figure, reference numeral 601 denotes a monitoring data storage unit for storing monitoring data, which stores monitoring data having a different data format for each model of the elevator monitoring device 8 in a predetermined area. Here, reference numeral 61 denotes monitoring data receiving means for receiving the monitoring data of the elevator sent from the data conversion means 5, and 62 denotes the monitoring data storage unit 60 which stores the monitoring data received by the monitoring data receiving means 61.
This is monitoring data storage means for recording data in one predetermined area.

Next, when the monitoring data is requested from the elevator monitoring device 8, the monitoring data 63 is transmitted to only the authorized user in advance, so that the user is recognized and collated by, for example, a password or a user ID. User authentication means. Reference numeral 64 denotes a monitoring data transmission request receiving unit that receives a monitoring data transmission request sent from the elevator monitoring device 8, and 65 denotes a monitoring data storage unit 601 according to the monitoring data transmission request received by the monitoring data transmission request receiving unit 64. Monitoring data collecting means for collecting the monitoring data recorded in the monitoring data. Reference numeral 66 denotes a monitoring data transmitting unit that transmits the monitoring data collected by the monitoring data collecting unit 65 to the elevator monitoring device 8 that has requested the monitoring data.

Next, reference numeral 67 denotes a download request receiving means for receiving a request for downloading the conversion table sent from the data converting means 5. Further, 602 stores a conversion table in which the first and second conversion rules used by the data conversion unit 5 are recorded for each model in which the control device and the monitoring device are used, as described above. And a second conversion table storage unit. Further, reference numeral 69 denotes a conversion table transmitting unit that transmits a conversion table in which a conversion rule of a requested model is recorded to the data conversion unit 5 in accordance with the download request of the conversion table received by the download request receiving unit 67.

Next, the operation will be described. FIG. 4 is an explanatory diagram of an operation flow of the data conversion means according to the first embodiment.
In the figure, when power is supplied to the data conversion means 5, the rise of the power is detected in step S500. Next, when the rise of the power supply is detected, in step S501, the conversion table download unit 58 sends the model information table 50
Conversion table that reads out the model information of the elevator group management control device 1, the elevator individual control device 2, and the elevator monitoring device 8 that are registered in the storage device 2, and records first and second conversion rules required for data conversion. Select

Next, in step S502, the conversion table download unit 58 stores the conversion table in which the first and second conversion rules selected in step S501 are recorded from the conversion table storage unit 602 of the elevator monitoring data storage unit 6. Primary data conversion table storage unit 50
3 and are sequentially downloaded to the secondary data conversion table storage unit 505. When download of all conversion tables required for conversion is completed, the process proceeds to the next step S503.

Here, in step S503, the state data communication means 51 transmits the elevator operation state data such as the car position and the traveling direction from the elevator group management controller 1 and each car controller 2 to the elevator control system network 3. The data is received in accordance with a predetermined protocol via the controller and transmitted to the primary data conversion means 52 together with the type of control device from which the elevator operating state data is transmitted.

Next, in step S504, the primary data conversion means 52 determines the type of the control device input from the state data communication means 51, and stores the first conversion data stored in the primary data conversion table storage unit 503. According to the rules, the elevator operation state data is converted into intermediate data 50 representing the operation state of the elevator. Then, step S50
In step 5, the primary data conversion means 52 stores the converted intermediate data 50 in the intermediate data storage unit 501.

Next, in step S506, the secondary data conversion means 54 determines the type of monitoring data that differs for each model of the elevator monitoring device 8 according to the second conversion rule stored in the secondary data conversion table storage unit 505. In accordance with, the necessary intermediate data 50 is selectively extracted and converted into a monitoring data format that can be displayed by the elevator monitoring device 8.

Next, at step S507, the monitoring data communication means 56 monitors the monitoring data such as the operation pattern and the operation mode of the elevator group management system converted by the secondary data conversion means 54, or the running state of the car, by monitoring the elevator. In a data format for each model of the device 8,
The data is transmitted to the elevator monitoring data storage means 6 via the elevator monitoring system network 7 according to a predetermined protocol. Here, the processing from step S503 to step S507 is repeatedly performed at a predetermined cycle.

Next, the operation of the elevator monitoring data storage means will be described. The monitoring data for each model of the elevator monitoring device 8 transmitted by the monitoring data communication unit 56 of the data conversion unit 5 is received by the monitoring data receiving unit 61 of the elevator monitoring data storage unit 6, and the monitoring data storage unit 6
2 records in a predetermined area of the monitoring data storage unit 601 for each model of the elevator monitoring device 8.

FIG. 5 is an operation flowchart of the monitoring data transmission process according to the first embodiment. In the figure, when the elevator monitoring device 8 requests monitoring data from the monitoring data storage means 6 to display the monitoring data, first, in step S641, the monitoring data transmission request receiving means 64 receives a transmission request. Next, in step S642, the user authentication unit 63 determines whether the user who has requested the monitoring data is a previously authorized user. If the user is an authorized user, the process proceeds to step S643. If the user is not an authorized user, the process proceeds to step S645.

Next, in step S643, the monitoring data collecting means 65 collects monitoring data for each requested model of the elevator monitoring device 8, and in the next step S644,
The monitoring data transmission means 66 transmits the monitoring data to the monitoring device 8 requested. Then, the elevator monitoring device 8 displays the sent monitoring data. Step S6
In step 45, a data request rejection is returned to the user who has requested the monitoring data.

As described above, the types of the connected elevator group management control device 1, each control device 2 and the elevator monitoring device 8 are determined, and data conversion is performed according to each type. Even when the control device and the elevator monitoring device 8 are connected, detailed monitoring data can be displayed on the elevator monitoring device 8. Accordingly, it is possible to monitor and control the operation pattern, the operation mode, the traveling state of the car, and the like of the plurality of elevator group management systems in which different types of elevator control devices coexist. In addition, when the monitoring data is requested from the elevator monitoring device, the monitoring data is output to the authenticated user by recognizing and matching the user. Only can view the monitoring information.

Embodiment 2 Here, the elevator monitoring device 8 is provided with an elevator control function, for example,
An embodiment will be described in which an elevator operation pattern and an operation mode such as up-peak operation and down-peak operation are set in accordance with a traffic condition of a building, and settings relating to elevator operation such as operation time reservation are performed.

FIG. 6 is a functional block diagram showing details of the elevator monitoring data storage means 6 according to the second embodiment.
In the figure, reference numeral 71 denotes a control data transmission request receiving means for receiving a transmission request of control data output from the elevator monitoring device 8, and 72 denotes an elevator monitoring device 8
This is a user authentication means for recognizing and collating a user with, for example, a password or a user ID in order to output only control data of a user who has been permitted in advance when transmission of control data is requested from. Reference numeral 73 denotes control data transmission means for outputting control data to the data conversion means.

FIG. 7 is an explanatory diagram of an operation flow of control data transmission processing according to the second embodiment. In the figure, when the elevator monitoring device 8 outputs control data to the monitoring data storage means 6 in order to output the control data, first, in step S701, the control data transmission request receiving means 71 receives a transmission request. Next, in step S702, the user authentication unit 72 determines whether the user who has requested the monitoring data is a previously authorized user. If the user is an authorized user, the process proceeds to step S703. If the user is not an authorized user, the process proceeds to step S704.

Next, in step S703, the control data transmitting means 73 transmits control data to the data converting means 5. Then, the data conversion means 5 outputs the transmitted control data to each elevator group management control device 1 or each elevator car control device 2. In step S704, a data output request rejection is returned to the user who has requested the output of the control data.

As described above, when an output of control data is requested from the elevator monitoring device, the control data is output in response to an output request from the authenticated user by recognizing and collating the user. , A plurality of users can output necessary control information.

[0050]

Since the present invention is configured as described above, it has the following effects.

An elevator integrated monitoring system according to the present invention is an elevator monitoring system for monitoring and controlling an elevator group management system for operating a plurality of elevators as a group by an elevator monitoring device. A network for transmitting control information, and connected to the network to receive control information of a plurality of elevator group management systems, and also include an operation pattern and an operation mode of a plurality of elevator group management systems included in the control information, or a traveling state of a car. Elevator that can monitor and control a plurality of elevator group management systems in which different types of elevator control devices coexist by including an elevator monitoring data control device that transmits any one of these to the elevator monitoring device It can provide an integrated monitoring system.

The elevator monitoring data control device receives control information of the plurality of elevator group management systems and converts the monitoring data into a predetermined monitoring data data format, and the monitoring data converted by the data converting means. By storing the data and having the elevator monitoring data storage means for transmitting the stored monitoring data to the elevator monitoring device, operating information of a plurality of elevator group management systems in which different types of elevator control devices are mixed, or An integrated elevator monitoring system capable of monitoring and controlling the running state and operating state of a car can be provided.

The elevator monitoring data accumulating means includes a monitoring data transmission request receiving means for receiving a monitoring data transmission request from the elevator monitoring device, and a storage means for storing the monitoring data based on the request received by the monitoring data transmission request receiving means. By providing monitoring data collection means for collecting requested monitoring data, and monitoring data transmission means for transmitting the monitoring data collected by the monitoring data collection means to the requested elevator monitoring device, it is possible to control the monitoring device from different types of control devices. Even if the data format of the received control information is different, the elevator monitoring device can provide an integrated elevator monitoring system that can obtain necessary monitoring information in a data format that can be easily understood by itself.

The elevator monitoring data storage means determines whether the user requesting the transmission of the monitoring data has been authenticated to view the monitoring data when the transmission of the monitoring data is requested from the elevator monitoring device. With the provision of the user authentication means for determining, it is possible to provide an integrated elevator monitoring system in which a plurality of users can obtain necessary monitoring information using the same monitoring device.

The elevator monitoring data accumulating means is provided with control data transmission request receiving means for receiving a control data transmission request from the elevator monitoring device, and control data designated based on the request received by the control data transmission request receiving means. And a control data transmitting means for transmitting the control data to the elevator group management system, whereby an integrated elevator monitoring system capable of outputting control information to a plurality of elevator group management systems using the same monitoring device can be provided.

The elevator monitoring data storage means determines whether the user requesting the transmission of the control data has been authenticated to transmit the control data when the transmission of the control data is requested from the elevator monitoring device. With the provision of the user authentication means for judging, it is possible to provide an integrated elevator monitoring system in which a plurality of users can output control information using the same monitoring device.

[Brief description of the drawings]

FIG. 1 is a system configuration diagram showing an elevator integrated monitoring system according to a first embodiment.

FIG. 2 is a functional configuration diagram showing details of a data conversion unit according to the first embodiment.

FIG. 3 is a functional configuration diagram showing details of an elevator monitoring data storage unit according to the first embodiment.

FIG. 4 is an explanatory diagram of an operation flow of a data conversion unit according to the first embodiment.

FIG. 5 is an explanatory diagram of an operation flow of a monitoring data transmission process according to the first embodiment;

FIG. 6 is a functional configuration diagram showing details of an elevator monitoring data storage unit according to the second embodiment.

FIG. 7 is an operation flowchart of a control data transmission process according to the second embodiment;

FIG. 8 is an overall system configuration block diagram of a conventional elevator monitoring device.

[Explanation of symbols]

1 elevator group management control device, 2 elevator individual control devices, 3 elevator control system network, 5 data conversion means, 6 elevator monitoring data storage means, 7 elevator monitoring system network, 8 elevator monitoring device, 9 building system network, 11 elevator Monitoring data control device, 21
Information equipment, 22 Elevator monitoring camera device, 31 Elevator group management system, 51
Control data communication means, 52 primary data conversion means, 54
Secondary data conversion means, 56 monitoring data communication means, 5
7 power rising detection means, 58 conversion table download means, 61 monitoring data reception means, 62 monitoring data storage means, 63 user authentication means, 64 monitoring data transmission request receiving means, 65 monitoring data collection means, 66 monitoring data transmission means, 67 download request receiving means,
69 conversion table transmitting means, 71 control data transmission request receiving means, 72 user authentication means, 73 control data transmitting means.

Claims (6)

[Claims] 1. An elevator monitoring system for monitoring and controlling an elevator group management system for operating and controlling a plurality of elevators as a group by an elevator monitoring device, comprising: a network connecting the plurality of elevator group management systems to transmit control information; While connected to the network to receive the control information of the plurality of elevator group management systems, any one of the operation pattern and operation mode of the plurality of elevator group management systems included in the control information, or the traveling state of the car And an elevator monitoring data control device for transmitting the data to the elevator monitoring device. 2. The elevator monitoring data control device receives control information of the plurality of elevator group management systems and converts the monitoring information into a predetermined monitoring data format. The elevator integrated monitoring system according to claim 1, further comprising: an elevator monitoring data storage unit that stores the converted monitoring data and transmits the stored monitoring data to the elevator monitoring device. 3. The elevator monitoring data storage means stores the monitoring data transmission request receiving means for receiving a monitoring data transmission request from the elevator monitoring device, and stores the request based on the request received by the monitoring data transmission request receiving means. Monitoring data collection means for collecting requested monitoring data from monitoring data; and monitoring data transmission means for transmitting the monitoring data collected by the monitoring data collection means to the requested elevator monitoring device. 3. The integrated elevator monitoring system according to claim 2, wherein: 4. The elevator monitoring data accumulating means, when a transmission of monitoring data is requested from the elevator monitoring device, a user requesting transmission of the monitoring data is authenticated to browse the monitoring data. 4. The elevator integrated monitoring system according to claim 3, further comprising a user authentication unit for determining whether or not the elevator has been operated. 5. An elevator monitoring data accumulating unit, comprising: a control data transmission request receiving unit for receiving a control data transmission request from the elevator monitoring device; and a control data transmission unit based on the request received by the control data transmission request receiving unit. 3. An integrated elevator monitoring system according to claim 2, further comprising control data transmission means for transmitting the control data to the designated elevator group management system. 6. The elevator monitoring data accumulating means, when the control data transmission is requested from the elevator monitoring device, the user requesting the control data transmission is authenticated to transmit the control data. 6. The elevator integrated monitoring system according to claim 5, further comprising a user authentication unit for determining whether the user is in the elevator.