JP2002288306A - Remote management system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To solve the problem that it is impossible heretofore that an owner, etc., in person can change the operation movement of an elevator, etc., confirm the operating condition of the elevator and confirm the display contents in an in-cage display device. SOLUTION: This remote management system is provided with a management building 10A that monitors building facilities and periodically transmits monitored information, a Hokkaido (northern part of Japan) management center 20A that is connected to the management building through a telephone line 1, establishes a regional homepage, publishes building conditions on the regional homepage on the basis of the monitored information of the building facilities, a central management center 40 that is connected to the Hokkaido management center, establishes a central homepage and links the central homepage with the regional homepage, and an owner terminal 30A that is connected to the central management center through the Internet 2 and is for confirming the conditions of his/her building on the regional homepage through the central homepage. Accordingly, the owner can directly confirm the operating condition of the elevator, an operation history situation, etc., by his/her own personal computer.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION The present invention is intended to enable an owner of building equipment, such as an elevator, to view the information displayed in a car together with the operating status of an elevator in a company building on his / her personal computer through the Internet. The present invention relates to a remote management system in which a small-to-medium-sized maintenance company can access not only the owners of the districts under their jurisdiction but also the owners nationwide from outside the districts.

[0002]

2. Description of the Related Art As a remote management system for building equipment such as an elevator, as shown in JP-A-11-219388, a management building and a remote management center are connected by a dedicated telephone line and the Internet, and data exchange is executed. Have been.

Japanese Patent Laid-Open Publication No. Hei 11-130350 discloses an elevator information control device for displaying various information in an elevator car, a landing, and the like.

In the above remote management system and information control device, the owner of the building, the manager, etc., can confirm the current information displayed in the car of the elevator of the own building at a remote place such as the own room, and can use optional software for the elevator. I couldn't choose the wear. Also, the operation status of the equipment could not be checked.

[0005] Small and medium-sized maintenance management companies that serve districts such as Hokkaido and Kyushu are limited to the districts, so nationwide owners who desire the service have difficulty in contracting with small and medium-sized maintenance management companies because they cannot receive the service.

[0006]

In the conventional elevator remote management system, a building and a remote management center are connected by a telephone line of a telephone company to monitor an abnormality of an elevator, change a display of information in a car, and control a system. Since all changes were monitored and changed by the management center, the elevator owner, management staff, etc. changed the operation of the elevator etc. by themselves, confirmed the operation status of the elevator, the display device in the car There is a problem in that it is not possible to check the display contents of.

The present invention has been made to solve the above-mentioned problems. The management building and the management center are connected to the telephone line of a conventional telephone company, and the owner personal computer and the management company homepage are connected via the Internet. From the homepage of the elevator, the elevator owner can directly check the elevator operation status and operation history status and the contents displayed in the elevator car on his / her personal computer, and automatically register the member registration with the management company (after-sales service). Registration during a service period, etc.) and to obtain a remote management system that provides information through a network for maintenance contracts.

In the case where the above service is provided by a small and medium-sized maintenance management company that serves only districts such as Hokkaido and Kyushu, it is possible for district owners. Since the above services cannot be received for buildings, the small and medium-sized maintenance management company has to decline the maintenance management of the nationwide owner, so a central management center is established and the central management center and the small and medium-sized maintenance management company are linked. An object of the present invention is to obtain a remote management system capable of responding to nationwide owners by connecting via the Internet.

[0009]

According to a first aspect of the present invention, there is provided a remote management system for monitoring building equipment and periodically transmitting monitoring information, and connected to the management building via a telephone line, A local small and medium management center that sets a homepage and posts the status of the building on the local homepage based on the monitoring information of the building equipment, and is connected to the local small and medium management center through the Internet, sets a central homepage, and links to the local homepage. A central management center; and an owner terminal connected to the central management center through the Internet, for checking the status of the building on the district homepage through the central homepage.

[0010] In a remote management system according to a second aspect of the present invention, the management building has a facility monitoring device for monitoring building facilities and an information server for periodically transmitting monitoring information.

According to a third aspect of the present invention, in the remote management system, the regional small and medium-sized management center has a district homepage server for setting a district homepage, a district database server for storing the monitoring information, and monitoring information for the building equipment. And a district processing server that posts the status of the building on the homepage based on
It has a central homepage server for setting a central homepage, and a central processing server for linking the central homepage to the district homepage.

[0012] According to a fourth aspect of the present invention, there is provided a remote management system, comprising: an owner terminal for changing an operation of a building facility of the own building on a district homepage through a central homepage;
A central management center connected to the owner terminal through the Internet to set a central homepage and link to the district homepage; and a central management center connected to the central management center through the internet to accumulate operation change conditions of building equipment and to store the district homepage. Setting and posting the operation change conditions of the building equipment on the district homepage, and transmitting the predetermined operation change condition when a predetermined operation change condition is input by the owner terminal; and the district management center. And a management building that is connected through a telephone line to change operation parameters of the building equipment based on the predetermined operation change condition.

[0013] In a remote management system according to a fifth aspect of the present invention, the central management center has a central homepage server for setting a central homepage, and a central processing server for linking the central homepage to a district homepage. A district database server for storing operation change conditions of the building equipment, a district homepage server for setting a district homepage,
A district processing server for posting the operation change condition of the building equipment on the district homepage and transmitting the predetermined operation change condition when the predetermined operation change condition is input by the owner terminal.

According to a sixth aspect of the present invention, in the remote management system, the management building may include a facility monitoring device for transferring the predetermined operation change condition, and an operation parameter of the building equipment based on the predetermined operation change condition. And a building equipment control device for changing

According to a seventh aspect of the present invention, there is provided a remote management system for displaying various information at a predetermined location, compressing and transmitting the display information upon receiving a transfer command, and transmitting a telephone call to the management building. Connected through a line, set the district homepage, check if browsing of the display contents of the management building was selected on the district homepage, and when browsing the display contents was selected, transfer the contents being displayed to the management building A regional management center that transmits a command to cause the obtained display information to be posted on the district homepage, a central management center that is connected to the district management center via the Internet, sets a central homepage, and links to the district homepage, Connected to the central management center through the Internet, the central home An owner terminal for selecting the browsing of the displayed content and displaying the content displayed in the own home building on the district home page in order to confirm the content displayed in the own building on the local home page through the home page. is there.

The remote management system according to claim 8 of the present invention is arranged such that the management building displays a variety of information, a display device for controlling the display device, and the information control device when a transfer command is received. And an information server for compressing and transmitting display information being displayed on the display device obtained through the display device.

According to a ninth aspect of the present invention, in the remote management system, the regional small and medium-sized management center determines whether or not browsing of the display content of the management building is selected on the regional homepage, by setting the regional homepage server. Checking, and when the browsing of the displayed content is selected, a command for transmitting the displayed content to the management building is transmitted, and a district processing server for posting the obtained display information on the district homepage, The center has a central homepage server for setting a central homepage, and a central processing server for linking the central homepage to the district homepage.

[0018]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiment 1

A remote management system according to Embodiment 1 of the present invention will be described with reference to the drawings. FIG.
FIG. 1 is a diagram showing a configuration of a remote management system according to Embodiment 1 of the present invention. In the drawings, the same reference numerals indicate the same or corresponding parts.

In FIG. 1, 1 is a telephone line of a telephone company,
2 is the Internet, 10A and 10B are management buildings, 20
A is Hokkaido Management Center, 20B is Kyushu Management Center,
30A and 30B are owners (owner terminals), and 40 is a central management center.

In FIG. 1, reference numeral 11 denotes a router connected to the telephone line 1, 12 denotes an information server connected to (or incorporated in) the router 11, 13 denotes a facility monitoring device, and 14 denotes a facility monitoring device.
Is an elevator control device, 15 is a teletext receiving device,
16 is an information control device, and 17 is an in-car display device. The management building 10B has the same configuration as the management building 10A.

In FIG. 1, reference numeral 21 denotes a router connected to the telephone line 1, reference numeral 22 denotes an HP (homepage) server, reference numeral 23 denotes a processing server, reference numeral 24 denotes a DB (database) server, and reference numerals 25 and 26 connect to the Internet 2. Router. The Kyushu management center 20B has the same configuration as the Hokkaido management center 20A. The illustration of other small and medium-sized management centers in the district is omitted.

In FIG. 1, reference numeral 31 denotes a router connected to the Internet 2, and 32 denotes an owner PC (personal computer). The owner 30B has the same configuration as the owner 30A.

FIG. 2 is a diagram showing a configuration of the central management center of the remote management system according to the first embodiment of the present invention.

In the figure, 42 is an HP (homepage) server, 43 is a router connected to the Internet 2, 44 is a DB (database) server, and 46 is a processing server.

The equipment monitoring device 13 monitors the elevator control device 14, the air conditioning equipment, and the like (not shown). The receiving device 15 for teletext, etc., receives text broadcasting, TV broadcasting,
It receives FM teletext broadcasts and the like. The information control device 16 transmits the information taken by the receiving device 15 such as a teletext broadcast to the information server 1.
2 to control the display of information on the in-car display device 17 and the landing display device (not shown). The in-car display device 17 includes external information such as a text broadcast, a TV broadcast, and FM characters.
Display advertisements, guidance, security camera images, etc.

The HP server 22 is a server for a common homepage, a homepage for services for each maintenance contract owner, and a server for elevator maintenance menus, equipment repair presentations, information in the car, and the like. Processing server 23
Performs DB processing, HP server 22, DB server 24, and network control. The DB server 24 accumulates basic information of each building facility, failure / abnormality history information, and the like.
Process abnormal data and store statistical data.

The HP server 42 links the local small and medium-sized management center HP, and jumps to the HP of the small and medium-sized management center in the district that the nationwide expansion owner wants to see. In addition, it is for common HP content for regional small and medium-sized management centers and for homepages for nationwide owners. The DB server 44 accumulates failure / abnormal data of common facility equipment managed by each regional small and medium management center. Further, it processes the failure / abnormal data and stores statistical processing data and the like. The processing server 46
It controls the processing of the DB, the HP server 42, the DB server 44, etc., and the network.

Next, the operation of the remote management system according to the first embodiment will be described with reference to the drawings.

FIGS. 3 to 15 show a first embodiment of the present invention.
6 is a flowchart showing the operation of the remote management system according to the first embodiment. FIG. 3 illustrates a normal remote inspection step, which is a known technique in a general remote management system of this type, and data storage in a common homepage, which is one of the features of the present invention.

Data of the target building is periodically collected from the local small and medium-sized management center such as the Hokkaido Management Center 20A (step 101), and stored as basic data in the DB server 24 (step 102). The collected data is processed for each item such as model-specific, site-specific, and in the case of an elevator, the number of activations for each elevator, and the results are accumulated (step 102). Data such as maintenance / inspection results of maintenance personnel is also input by a keyboard or the like (not shown), and similar processing is performed.

For example, in response to a request to know failure data for each common model of elevators and air conditioners, such as owners in Hokkaido and Kyushu and nationwide expansion, data stored in the central management center 40 in advance is registered as common setting equipment data. Keep it. If there is applicable data in the collected and input data, the central management center 40 sends a common H
When accessing and uploading P, it is encrypted for security and stored in the common management HP of the HP server 22 (steps 103 to 105).

The step of collecting information from the central management center 40 will be described with reference to FIG.

Processing server 46 of central management center 40
Automatically accesses the common management HP of each regional small and medium management center periodically at preset intervals (step 201). For example, it starts from the Hokkaido management center 20A.

Access the Hokkaido Management Center 20A,
Upload common HP data (step 20)
2).

Next, the upload data is decrypted because it is encrypted for security because the Internet is used (step 203).

Next, the data is compared with the data already stored in the DB server 44, and only the difference data is additionally stored (step 204).

Next, access the Tohoku management center.
If it is sequentially accessed and the last is the Kyushu management center 20B, the current data collection ends when the data collection from the Kyushu management center 20B ends (step 205).

Referring to FIG. 5, a description will be given of the creation of common contents and the creation of the district small and medium management center HP by the members of the district small and medium management center, which are one function of the central management center 40.

In order to reduce the burden on the local small and medium-sized management center members, the central management center 40 creates a common HP model and content for the local small and medium-sized management center (steps 301 to 302).

On the other hand, the members of the district small and medium-sized management center access the common HP of the central management center 40, check the content as needed, and adopt the content for editing their own HP (steps 311 to 311).
13).

With reference to FIG. 6, a description will be given of the maintenance management company member registration and homepage registration steps.

A maintenance contract is concluded by operating a new elevator for which a maintenance contract has not been determined or for an existing elevator for which maintenance has been contracted by another maintenance company (step 401). The local small and medium-sized maintenance company inputs the maintenance target elevator information to the DB server 24 by inputting means such as a keyboard (not shown) of the local small and medium-sized management center.
(Step 402). The registered contents are the building information, the owner, the name of the person who manages the equipment such as the manager, the contact e-mail address, the district only or the nationwide owner (for example, the target elevator installation building is in Hokkaido, but it is managed in Tokyo (Including the owner you want). Of course, this registration may be made not only for the elevator but also for the air conditioning equipment.

Next, the processing server 23 determines whether the owner is a new owner (registrant) or a registered person (step 403).

In the case of the new owner, the operator sets and registers a new HP (step 404).

Next, the processing server 23 determines whether it is a nationwide development owner or a district owner (step 405). If the owner is a district owner, the processing server 23 automatically sends an e-mail to the registered owner, and the HP of the district small and medium-sized management center is opened to the owner, and the HP
The owner is recommended to browse the HP by indicating the access procedure and the browsing procedure (step 406).

If it is determined that the owner is a nationwide expansion owner, a new registration is notified to the central management center 40 (step 40).
8). The processing server 46 of the central management center 40 registers new settings in the HP server 42 of the central management center. When the setting is registered, the processing server 46 automatically sends an e-mail to the registered nationwide deployment owner, and the nationwide deployment owner has established his / her own HP at the HP of the central management center 40 and the access procedure to the HP. And the browsing procedure, the owner is recommended to browse the HP (409).

Next, the owner receives the e-mail, knows that his / her own HP has been established, proceeds from the shared HP to the dedicated HP according to the indicated procedure, and browses the contents (step 40).
7, 410).

On the other hand, since the registered person has already registered the HP, the registered building, address, model, etc. of the newly registered elevator are additionally registered (step 411).

Next, it is checked whether or not the owner is a nationwide expansion owner (step 412). If the owner is a district owner, a mail is transmitted as it is (step 413).

In the case of the nationwide owner, additional registration is notified to the central management center 40 (step 414), and the HP
Is notified by e-mail to the nationwide expansion owner that the information has been newly added to the HP (step 415).

Next, a method for selecting various services when the maintenance service is continued with the after-sales service and the maintenance contract is described with reference to FIGS.

If there is a maintenance contract, that is, if the maintenance service is to be continued, the owner accesses the management company's HP via the Internet 2 (step 501).

Next, enter the personal identification number and enter your own HP
Is opened (step 502).

Then, a menu is displayed on the owner PC 32 (step 504). For example, (1) management building list as management building information, (2) list of optional functions,
(3) A list of service menus for PR to the owner as viewed from the maintenance company, (4) A list of other related information on the same industry as the owner, different industries, topics, etc., (5) Other links to specific newspaper companies, etc. are displayed. .

Here, the display of the optional function list is selected (step 505). The list of optional functions includes (1) car information, (2) elevator service,
(3) Other (not displayed) is displayed.

Next, the in-car information is selected (step 506). The first building A is selected by managing two buildings (step 507). The process proceeds to the in-car information browsing step of FIG. 11 (step 508).

The in-car information browsing step will be described with reference to FIG.

The processing server 23 constantly checks the presence or absence of the in-car information browsing input (step 601).

When the in-car information browsing is input, the in-car information calling is displayed on the HP (step 602), and, for example, a call is made from the Hokkaido management center 20A to the building A via the telephone line 1 (step 602). 603).

The information server 12 responds via the router 11 of the management building 10A (step 605). The car information of the first building A currently displayed is uploaded (step 606). The in-car information is continuously displayed.

Next, the upload information is transmitted to the information server 12.
(Step 607). As a compression level, MPEG4 (standardized for a transmission band of 64 KHz or less) is sufficient for moving images.

As the in-car information, a text broadcast, a text information with a still picture as a background, a moving picture transmitted by MPEG4 or a direct TV broadcast are usually displayed. Even in TV broadcasting, the purpose of browsing information in the car is not to confirm the actual video, but to check what information is currently displayed in the car. It does not matter if the frame of the image is slightly skipped.
A normal TV screen is displayed at 30 screens per second, but 10 screens per second is sufficient.

Here, the telephone line 1 has been described as an ISDN line.
It goes without saying that better images can be seen with the above broadband line.

The information transmitted to the Hokkaido management center 20A is continuously displayed on the owner HP of the HP server 22 under the control of the processing server 23 of the Hokkaido management center 20A. The owner browses the display screen (steps 608 to 608).
610).

Next, the step of selecting the elevator service will be described with reference to FIG.

When the elevator service is selected,
(1) Up peak service, (2) Energy saving service, (3) Others are displayed (509).

Next, when the up-peak service is selected, a message is displayed asking whether to see a demonstration screen (step 510). Up-peak service means that the main floor is congested during a specific time period (for example, work hours, meal times (the dining room is on the upper floor), the start time of a specific event, etc.). It is to control the number of elevators dispatched, the dispatch timing, and the door opening / closing timing.

When YES is selected, a demonstration screen is displayed (step 511). If you already know the uppeak service and want to select it, N
O is selected.

A designated condition input screen is displayed, and designated conditions are inputted (step 513). A reception guide is displayed, and a parameter change is transmitted from the Hokkaido management center 20A to the elevator control device 14 via the router 11 of the corresponding building via the telephone line, via the equipment monitoring device 13, and the parameter is changed (steps 514 to 516). ).

Next, the steps when it is desired to check the operating status of the elevator will be described.

Select the management building list, select building A,
Select the elevator operating status of Building A (Step 5)
04, 517-519).

Next, an offline operation status is selected (step 520). From the DB server 24, as the operation data of the building A, (1) the number of startups, (2) the number of passengers at each floor,
(3) Power consumption, (4) Others, etc. are output (step 521). These data are subjected to data collection and statistical processing in the procedure described in FIG.

The online operation status is determined by a known means, such as the current operation status of the elevator car (movement status on each floor).
Is displayed. Here, the procedure is not shown.

When the maintenance contract is not contracted, the HP
(Homepage service) may be terminated, or a mail may be automatically delivered periodically so as to solicit a maintenance contract thereafter, and the user may be prompted to view the common HP.

According to FIGS. 12 to 15, the nationwide owner,
For example, a description will be given of a step of confirming the status of the own building where the owner of the head office of Bunkyo has a maintenance contract with a small and medium-sized management company in the Hokkaido area.

The owner accesses the general HP of the central management center 40 via the Internet 2 (step 7).
01).

Next, the user inputs his / her name and personal identification number to access his / her own HP (step 702).

Next, the owner HP is displayed on the owner PC 32, and a menu is displayed (steps 703 to 70).
4). The menu display contents include, for example, (1) a management building list for each district, and (2) a failure rate for each elevator model as a related information list.

Next, the operator wants to see the status of his own building in Hokkaido, and selects the Hokkaido management center 20A (step 7).
05).

Next, by the processing server 46 of the central management center 40, the owner H of the Hokkaido management center 20A
When the Hokkaido management center is clicked because it is linked to P, the corresponding page is displayed (step 70).
6-707).

The following is the same as the menu display of FIG. In addition, the in-car information browsing step shown in FIG.
This is the same as FIG. The elevator service shown in FIG. 14 is the same as in FIG. Further, the elevator operation status shown in FIG.

When the maintenance contract is not contracted, the HP
(Homepage service) may be terminated, or a mail may be automatically delivered periodically so as to solicit a maintenance contract thereafter, and the user may be prompted to view the common HP.

Since the remote management system according to the first embodiment is configured and operates as described above, the management data such as the failure abnormality information of the building equipment can be safely stored in the central management center 40 via a telephone line of a telephone company or the like. , Can be managed by the regional small and medium management center. Also, software changes such as building equipment parameters can be safely managed by using the same line.

On the other hand, since the Internet 2 is used as an information network connecting the small and medium-sized maintenance management company and the owner, the owner can easily know the situation of the own building.

Further, the small and medium-sized maintenance management company can automatically register during the after-sales service period, and can always propose a maintenance menu and the like without going to the owner under the net.

Further, since the owner can directly check the information in the car of the own elevator, etc., the owner can feel the effect of the display device in the car and the landing.

Furthermore, the nationwide deployment owner can receive the above-mentioned service without being aware of the district through the central management center 40 in which the information windows of the small and medium-sized maintenance management companies are equivalently unified.

[0089]

As described above, the remote management system according to claim 1 of the present invention monitors a building facility and periodically transmits monitoring information, and is connected to the management building via a telephone line. A district small and medium-sized management center that sets a district homepage and posts the status of the building on the district homepage based on the monitoring information of the building equipment, and is connected to the small and medium-sized district management center via the Internet,
A central management center for setting a central homepage and linking to the district homepage; and an owner terminal connected to the central management center through the Internet and for checking the status of the building on the district homepage through the central homepage. So the owner
This has the effect that the user can directly check the elevator operation status, operation history status, and the like on his / her personal computer.

In the remote management system according to the second aspect of the present invention, as described above, the management building has the equipment monitoring device for monitoring the building equipment and the information server for periodically transmitting the monitoring information. The effect is that the owner can directly check the elevator operation status, operation history status, and the like on his / her personal computer.

As described above, in the remote management system according to the third aspect of the present invention, the regional small and medium-sized management center has a district homepage server for setting a district homepage, a district database server for storing the monitoring information, A district processing server for posting the status of the building on the home page based on the monitoring information of the building equipment; and the central management center links the central home page to the district home page with the central home page server setting the central home page. Having the central processing server has the effect that the owner can directly check the elevator operation status, operation history status, and the like on his / her personal computer.

As described above, the remote management system according to the fourth aspect of the present invention connects the owner terminal for changing the operation of the building equipment of the own building on the district homepage through the central homepage, and connects to the owner terminal via the Internet. A central management center for setting a central homepage and linking to the district homepage; and a central management center connected to the central management center via the Internet to accumulate operation change conditions of building equipment, set the district homepage, and operate the building equipment. The change condition is posted on the district homepage, and when a predetermined operation change condition is input by the owner terminal, the district small and medium management center that transmits the predetermined operation change condition is connected to the district small and medium management center via a telephone line. Based on the predetermined operation change condition. Since a management building to change the operating parameters of the building facilities you are, owner, at his computer, an effect that can change the elevator operating behavior and the like.

As described above, in the remote management system according to claim 5 of the present invention, the central management center
A central homepage server for setting a central homepage, and a central processing server for linking the central homepage to the local homepage, wherein the local small and medium-sized management center stores the operation database of the building equipment; A district homepage server for setting a homepage, and a district processing server for posting the operation change condition of the building equipment on the district homepage and transmitting the predetermined operation change condition when a predetermined operation change condition is input by the owner terminal. Therefore, there is an effect that the owner can change the operation of the elevator by using his / her personal computer.

As described above, in the remote management system according to the sixth aspect of the present invention, the management building is configured to transmit the predetermined operation change condition to the equipment monitoring device based on the predetermined operation change condition. The provision of the building equipment control device for changing the operation parameter of the building equipment has an effect that the owner can change the operation of the elevator using his / her personal computer.

As described above, the remote management system according to the seventh aspect of the present invention comprises: a management building which displays various information at a predetermined place, and compresses and transmits the display information upon receiving a transfer instruction; It is connected to the management building via a telephone line, sets a district homepage, checks whether browsing of the display contents of the management building has been selected on the district homepage, and displays the management building when browsing the display contents is selected. A central SME that sends a command to transfer the contents inside and places the obtained display information on the district homepage, and a central homepage that is connected to the district SME center via the Internet, sets a central homepage, and links to the district homepage Connected to the management center and the central management center through the Internet An owner terminal for selecting viewing of the displayed content and displaying the content displayed in the own building on the district homepage in order to confirm the content displayed in the own building by the district homepage through the central homepage. Therefore, there is an effect that the owner can check the display contents and the like of the display device in the car of the elevator with his / her personal computer.

As described above, in the remote management system according to claim 8 of the present invention, the management building receives a transfer command, a display device for displaying various information, an information control device for controlling the display device. And an information server for compressing and transmitting display information being displayed on the display device obtained via the information control device and transmitting the compressed information, so that the owner can use his / her personal computer to display contents on the display device in the elevator car. This has the effect of being able to confirm

As described above, in the remote management system according to the ninth aspect of the present invention, the regional small and medium-sized management center is configured to set a district homepage and a district homepage server to browse the display contents of the management building. And a district processing server for transmitting a command to transfer the displayed content to the management building when the browsing of the displayed content is selected, and loading the obtained display information on the district homepage. Since the central management center has a central homepage server for setting a central homepage and a central processing server for linking the central homepage to the district homepage,
This has the effect that the owner can check the display contents of the display device in the car of the elevator on his / her personal computer.

[Brief description of the drawings]

FIG. 1 is a diagram showing a configuration of a remote management system according to Embodiment 1 of the present invention.

FIG. 2 is a diagram showing a configuration of a central management center of the remote management system according to the first embodiment of the present invention.

FIG. 3 is a flowchart showing an operation (normal remote inspection) of the remote management system according to the first embodiment of the present invention.

FIG. 4 is a flowchart showing an operation (information collection of a central management center) of the remote management system according to the first embodiment of the present invention.

FIG. 5 is a flowchart showing the operation of the remote management system according to the first embodiment of the present invention (creation and collection of common HP content of the regional small and medium-sized management center).

FIG. 6 is a flowchart showing an operation (homepage registration) of the remote management system according to the first embodiment of the present invention.

FIG. 7 is a flowchart showing an operation (a maintenance contract service function) of the remote management system according to the first embodiment of the present invention.

FIG. 8 is a flowchart showing an operation (a maintenance contract service function) of the remote management system according to the first embodiment of the present invention.

FIG. 9 is a flowchart showing an operation (a maintenance contract service function) of the remote management system according to the first embodiment of the present invention.

FIG. 10 is a flowchart showing an operation (a maintenance contract service function) of the remote management system according to the first embodiment of the present invention.

FIG. 11 is a flowchart illustrating an operation (browsing information in a car) of the remote management system according to the first embodiment of the present invention.

FIG. 12 is a flowchart showing an operation (national owner maintenance contract service function) of the remote management system according to the first embodiment of the present invention.

FIG. 13 is a flowchart showing an operation (national owner maintenance contract service function) of the remote management system according to the first embodiment of the present invention.

FIG. 14 is a flowchart showing an operation (national owner maintenance contract service function) of the remote management system according to the first embodiment of the present invention.

FIG. 15 is a flowchart showing an operation (national owner maintenance contract service function) of the remote management system according to the first embodiment of the present invention.

[Explanation of symbols]

1 telephone line, 2 Internet, 10A, 10B
Management Building, 20A, 20B District Small and Medium Management Center, 3
0A, 30B owner (owner terminal), 40 central control center, 11 router, 12 information server, 13 equipment monitoring device, 14 elevator control device, 15 character broadcast receiving device, 16 information control device, 17 car display device, 21 Router, 22 HP (homepage) server, 23 processing server, 24 DB (database)
Server, 25 router, 31 router, 32 owner PC
(PC), 42 HP (Homepage) server, 4
3 router, 44 DB (database) server, 46
Processing server.

Claims (9)

[Claims] 1. A management building for monitoring building equipment and periodically transmitting monitoring information, connected to the management building via a telephone line, setting a district homepage, and monitoring the building status based on the monitoring information of the building equipment. A district management center for posting on the district homepage; a central management center connected to the district management center via the Internet to set a central homepage and linking to the district homepage; A remote management system comprising: an owner terminal for checking the status of the building on the district homepage through a central homepage. 2. The remote management system according to claim 1, wherein the management building includes a facility monitoring device that monitors building facilities, and an information server that periodically transmits monitoring information. 3. The district small and medium-sized management center includes: a district homepage server for setting a district homepage; a district database server for storing the monitoring information; and a building status posted on the homepage based on the building facility monitoring information. 3. A central processing center, comprising: a central homepage server for setting a central homepage; and a central processing server for linking the central homepage to the district homepage. The remote management system as described. 4. An owner terminal for changing the operation of the building equipment of the own building on the district homepage through the central homepage, and a central management center connected to the owner terminal via the Internet to set a central homepage and link to the district homepage. Connected to the central management center through the Internet, accumulates the operation change conditions of the building equipment, sets the district homepage, posts the operation change condition of the building equipment on the district homepage, and performs a predetermined operation by the owner terminal. When the operation change condition is input, the local small and medium-sized management center that transmits the predetermined operation change condition, is connected to the small and medium-sized region management center via a telephone line, and operates based on the predetermined operation change condition. Change the management building with A remote management system, characterized in that: 5. The central management center includes: a central homepage server for setting a central homepage; and a central processing server for linking the central homepage to a district homepage. A district database server for storing change conditions, a district home page server for setting a district home page, and an operation change condition of the building equipment is posted on the district home page, and when a predetermined operation change condition is input by the owner terminal, the 5. The remote management system according to claim 4, further comprising a district processing server for transmitting a predetermined operation change condition. 6. The management building, comprising: an equipment monitoring device that transfers the predetermined operation change condition; and a building equipment control device that changes an operation parameter of the building equipment based on the predetermined operation change condition. The remote management system according to claim 4 or 5, wherein 7. A management building for displaying various information at a predetermined place, compressing and transmitting the display information upon receiving a transfer command, and connected to the management building via a telephone line to set a district homepage. Check whether the browsing of the display contents of the management building is selected on the district homepage, and when the browsing of the display contents is selected, send a command to transfer the displayed contents to the management building, and transmit the obtained display information. A district management center for posting on the district homepage, a central management center connected to the district management center via the Internet, a central homepage for setting a central homepage and linking to the district homepage, The district homepage through the central homepage To check what is being displayed in the building,
A remote management system comprising: an owner terminal for selecting browsing of the display content and displaying the content being displayed in the own building on the district homepage. 8. The management building, comprising: a display device for displaying various information; an information control device for controlling the display device; and a display device displayed on the display device obtained via the information control device when a transfer command is received. 8. The remote management system according to claim 7, further comprising an information server for compressing and transmitting the display information. 9. The district small and medium-sized management center includes: a district homepage server for setting a district homepage; and checking whether browsing of display contents of the management building has been selected on the district homepage. And a district processing server that sends a command to transfer the displayed content to the management building and places the obtained display information on the district homepage. The central management center has a central homepage server that sets a central homepage. The remote management system according to claim 7, further comprising: a central processing server that links the central home page to the district home page.