JP5147771B2 - Consumption information map display device, consumption information map display system, and consumption information map display method - Google Patents

Description

  The present invention relates to a consumption information map display device, a consumption information map display system, and consumption information for acquiring resource consumption information such as power consumption in units of buildings and floors and displaying the information together with map information on a user terminal. It relates to a map display method.

  2. Description of the Related Art In recent years, a development technique called mash-up that provides a new service by fusing a plurality of web services (Web services) has attracted attention. This is a development method that can easily develop an application by using an API (Application Program Interface) provided by each company and without deep knowledge of IT (Information Technology). Moreover, since it is not necessary to create everything by fusing, development time can be shortened.

  In relation to the above, a service cooperation apparatus that easily provides a service that combines a service element on a communication network and a service element on an information network has been disclosed (see Patent Document 1).

  Recently, in order to realize a system that integrates and opens communication between building facilities with TCP / IP, enhances multi-vendorability, and manages a group of buildings across bases in an integrated manner, SOAP / HTTP (Simple Web service technology using Object Access Protocol / HTTP has attracted attention. Registration of BACnet / WS (Web Services for Building Automation and Control Network) established by ASHRAE (American Society of Heating, Refrigerating and Air Conditioning Engineers) as a protocol standard for controlling equipment in buildings with web services Two types of protocols have been developed: oBIX (Open Building Information Exchange) formulated by OASIS (Organization for the Advancement of Structured Information Standard).

  In addition, there has been a system for acquiring the power consumption of a building and displaying it on a map. This is a system for energy-saving consultants, and is a system that realizes monitoring of power usage in a remote place by checking the power usage status on a mobile phone or the Internet screen (see Non-Patent Document 1).

  However, in the service cooperation apparatus as described above, for example, a network service platform (NWSPF: Network Service Platform) that links a plurality of servers, it is difficult to cooperate with a building system. This is because the amount of data provided in each building is large, and the data stored in each building has a different data format depending on the manufacturer of the building and the equipment installed in the building. If these data are directly handled by (NWSPF), the network service platform (NWSPF) is very burdensome and implementation is not easy. Also, since the equipment installed in the building is an embedded system, it is not easy to make the building equipment itself retain data from the viewpoint of memory capacity and the like.

JP 2008-123221 A

“Guide for Map Information Display System Development Application”, TRUST SYSTEM Co., Ltd. [Search January 25, 2009], Internet <http://www.trust-system.co.jp/application.htm>

As described above, in order to monitor the power consumption of buildings, etc., a system that collects data collected from individual management systems installed in multiple buildings, centrally manages them, and displays them collectively is a conventional system. It was from.
However, in the conventional system, the data format and data collection range (floor unit, device unit, building unit, etc.) differ for each building management system, and the amount of data to be collected is large. It was. For this reason, there is a problem in that the processing load of the central management server becomes heavy if the centralized management server is provided with a function for converting the data format for each individual building and the central management server collects the building data one by one. there were. Furthermore, when trying to add a new building to the centralized management, it is necessary to add a data conversion function corresponding to the individual system of the building to the centralized management server.

  The present invention has been made on the basis of the above-mentioned problem recognition, and aggregates and manages resource consumption information such as power consumption in a plurality of buildings, and uses a web service for each building. A consumption information map display device, a consumption information map display system, which can display resource consumption information such as power consumption together with map information on a user terminal, and can flexibly change services for users, And it aims at providing the consumption information map display method.

  In order to solve the above-described problem, the consumption information map display device of the present invention collects consumption information in each building of resources supplied to a plurality of buildings via a network, and collects the collected consumption information. A consumption information map display device for displaying together with map information on a screen of a user terminal via the network, the group management means for collecting the consumption information in each building via the network, and the user terminal A display request receiving unit that receives a display request for the consumption information via the network, a collection process of the consumption information by the group management unit according to the content of the display request from the user terminal, and the consumption Scenario storage means for storing a combination with a predetermined process for displaying amount information on the user terminal as a predetermined scenario; and the user A scenario execution unit that extracts a scenario from the scenario storage unit according to the request content when a display request is generated from the end, and executes the predetermined process according to the extracted scenario. And

  The consumption information map display device of the present invention further comprises data format conversion means for converting the format of data collected by the group management means into a data format that can be handled by the scenario execution means.

  In addition, the consumption information map display device of the present invention is used in each building to collect information such as the amount of resources supplied to the building in the building equipment installed in the building according to a hierarchical structure. A group server, wherein the group management unit holds information on the equipment and devices classified in the hierarchical structure, and divides the equipment and uses information such as resource usage based on the information on the hierarchical structure. It is characterized by collecting.

  Further, the consumption information map display device of the present invention further comprises facility schedule information holding means for holding information on the usage status of the equipment in the building, and the scenario execution means is the usage status of the equipment. The information on the usage status of the equipment and the information on the usage amount of the resource are displayed together on the user terminal.

  The consumption information map display device of the present invention includes a web data acquisition unit that acquires information provided by a web service on a network, and the information acquired by the web data acquisition unit and the group management by the scenario execution unit. It is characterized in that it is displayed on the user terminal in combination with information such as resource usage obtained by the means.

  In the consumption information map display device of the present invention, the web data acquisition unit acquires weather information including the weather and temperature of the area where the target building is located from the web service, and the weather information and the resource information It is characterized in that information such as the amount used is displayed on the user terminal together.

  In addition, the consumption information map display system of the present invention collects consumption information in each building of resources supplied to a plurality of buildings via a network, and uses the collected consumption information via the network. A consumption information map display system for displaying together with map information on the screen of a user terminal, the group management server collecting the consumption information in each building via the network, and the content of the display request from the user terminal In response, a scenario storage unit that stores a combination of the collection process of the consumption information by the group management server and a predetermined process for displaying the consumption information on the user terminal as a predetermined scenario; A display request for the consumption information is received from the user terminal via the network, and a display request from the user terminal is issued. When, in response to the request content, the extracting scenario from the scenario storage unit, characterized in that it and a scenario server for executing the predetermined processing in accordance extract out scenarios.

  The consumption information map display system according to the present invention further includes a data format conversion server that converts a format of data collected by the group management server into a data format that can be handled by the scenario server.

  In addition, the consumption information map display method of the present invention collects consumption information in each building of resources supplied to a plurality of buildings via a network, and uses the collected consumption information via the network. A consumption information map display method in a consumption information map display device for displaying together with map information on a screen of a user terminal, the group management procedure for collecting the consumption information in each building via the network, and from the user terminal A display request acceptance procedure for accepting a display request for the consumption information via the network, a collection process of the consumption information by the group management procedure according to the content of the display request from the user terminal, and the consumption A scenario storage procedure for storing a combination with a predetermined process for displaying amount information on the user terminal as a predetermined scenario; A scenario execution procedure for extracting a stored scenario in accordance with the request content when a display request from the user terminal is generated and executing the predetermined processing according to the extracted scenario. Features.

In the consumption information map display device and the consumption information map display system of the present invention, for example, consumption information of resources such as power consumption in each building is collected via the network, and the consumption information is displayed from the user terminal. By accepting the request via the network and executing a scenario according to the content of the display request from the user terminal, resource consumption information is displayed together with the map information on the user terminal.
As a result, for example, resource consumption information such as power consumption in a plurality of buildings is aggregated and managed centrally, and resource consumption information for each building is displayed together with map information on the user terminal. Can do. Moreover, the service for the user can be flexibly changed by rewriting the scenario.

The consumption information map display device and the consumption information map display system of the present invention further include data format conversion means for converting the data format collected by the group management means into a data format that can be handled by the scenario execution means.
As a result, the consumption information map display device and the building system can be integrated, and resource consumption information such as the amount of power used in the building equipment can be aggregated in the group management means.

Further, in the consumption information map display device of the present invention, each piece of equipment in the building is divided by a hierarchical structure (a tree structure of a data collection path), and for example, consumption information such as power consumption is collected.
As a result, it is possible to display more detailed power consumption and the like for each floor in the building and for each type of equipment.

Further, in the consumption information map display device of the present invention, the building has facility schedule holding means for holding information on the usage status of the building equipment, and collects information on the usage status of the building equipment by the scenario execution means. .
Thereby, the usage status (reservation status, etc.) of the building equipment (room, etc.) can be displayed on the user terminal together with information such as the power consumption of the entire building, for example.

In the consumption information map display device of the present invention, information provided by the web service on the network is acquired, and the data acquired from the web service and the resource consumption information are combined and displayed on the user terminal.
Thereby, various services can be provided to the user in combination with information obtained from a plurality of web services and consumption information such as power consumption.

In the consumption information map display device of the present invention, weather information including the weather and temperature of the area where the target building is located is acquired using a web service, and the weather information and resource consumption information are combined. To display.
Thereby, weather information and consumption information such as power consumption can be displayed on the user terminal together.

In the power consumption information map display method of the present invention, resource consumption information such as power consumption in each building is collected via the network, and the resource consumption information from the user terminal is displayed on the map. The display request is received via the network, and the scenario according to the content of the display request from the user terminal is executed, thereby displaying the resource consumption information together with the map information on the user terminal.
As a result, for example, resource consumption information such as power consumption in a plurality of buildings is aggregated and managed centrally, and resource consumption information such as power consumption for each building is mapped to the user terminal. Can be displayed together. Moreover, the service for the user can be flexibly changed by rewriting the scenario.

It is a figure which shows the basic composition of the consumption information map display apparatus which concerns on the 1st Embodiment of this invention. It is a figure for demonstrating the example of a display content. It is a block diagram which shows the structural example of a server. It is a sequence diagram which shows the flow of a process in a consumption information map display apparatus. It is a figure which shows the 1st example of the path | pass for collection of electric power usage. It is a figure which shows the 2nd example of the path | pass for collection of electric power usage. It is a figure which shows examples, such as building list information. It is a figure which shows examples, such as area ID information. It is a sequence diagram which shows the flow of a process in the consumption information map display apparatus which concerns on the 2nd Embodiment of this invention.

[Outline of the present invention]
This invention uses a network to monitor the power usage of multiple buildings, displays the information on a map, and realizes a flexible building management service by combining web services on the Internet. To do.

  For this purpose, the present invention includes a scenario server that executes a combination of web services, a group management server that collects information for building management, and a data format conversion server that converts the data format of each building. The group management server collects information such as the power consumption of the building from each building periodically or according to an instruction from an administrator or the like. The group management server sends the collected data to the data format conversion server, converts the data format conversion server into a format that can be handled by the scenario server, and sends it to the scenario server. Based on this data, the scenario server provides a service to the user in combination with a necessary web service.

Embodiments of the present invention will be described below with reference to the drawings.
[First embodiment]
FIG. 1 is a diagram for explaining a basic configuration of a consumption information map display device according to the first embodiment of the present invention and an outline of its operation. In the consumption information map display device shown in FIG. 1, energy consumption (resource consumption information) such as power consumption in units of buildings and further floor units managed by the building owner (building owner) is mapped. It is a device that displays above. The consumption information map display device shown in FIG. 1 is also called a “consumption information map display system” because a plurality of servers are configured to perform processing in cooperation.

  This consumption information map display device is mainly composed of a group management server 101, a scenario server 201, and a data format conversion server 301. The group management server 101, the scenario server 201, and the data format conversion server 301 constitute a service cooperation device (for example, a network service platform (NWSPF)) for displaying a map of power consumption and the like. Yes. The weather service engine 401 and the map service engine 501 are servers that provide a web service on the Internet, and provide the web service to the consumption information map display device of the present invention.

  Each building is equipped with a server that collects information on energy consumption such as power consumption, for example, a power usage server 11, and the group management server 101 can use BACnet (registered trademark) or LONTALK (Local Operating System). Network / Talks (registered trademark) or the like is configured to acquire information on energy consumption from the power consumption server 11 through the web service gateway 21.

  In the above configuration, when the building owner 31 or an energy saving consultant accesses the portal site 601 from the personal computer or mobile phone user terminal 32 (step S1), the scenario of the scenario server 201 is activated from the portal site 601 (step S1). S2).

  The scenario server 201 sends a message for acquiring energy consumption information to the group management server 101 that collects the building energy consumption (power consumption, etc.) according to the scenario (step S3).

  The group management server 101 creates a message for acquiring information on the energy consumption amount of each building by SOAP / HTTP described in a format such as BACnet / WS or oBIX, and sends the message to the power usage server 11 of each building . When the power usage server 11 of each building receives the message, it returns the energy consumption (power usage) of the building to the group management server 101. The group management server 101 returns the acquired power usage amount to the scenario server 201. The scenario server 201 causes the map service engine 501 to display a map in which the location of each building is plotted on the user terminal 32 and to display the power usage amount acquired from the group management server 101 on the map (step S4).

  Furthermore, according to a user's request, the scenario server 201 can acquire weather information and the like from a web service such as weather information, and can display the information together with energy consumption (electric power consumption and the like) on a map.

In addition, as shown in FIG. 2, the amount of carbon dioxide (CO ₂ ) emission is calculated based on the energy consumption (electric power consumption, etc.) for each building collected by the group management server 101, and these information is used as a map service. The engine 501 can also display the web on the user terminal 32 (web display).

  FIG. 3 is a diagram illustrating a configuration example of the group management server 101, the scenario server 201, and the data format conversion server 301, and is a diagram for explaining a cooperative relationship between the servers. Moreover, it is an example in the case of collecting power consumption as energy consumption (resource consumption information).

  The detailed processing operation in each server will be described in the sequence diagram of FIG. 4 to be described later. Here, only the basic configuration of each server and the outline of the operation will be described. Further, in the configuration diagram shown in FIG. 3, a position reference workstation 701 and an owner information server 801 are newly added as compared with the basic configuration diagram shown in FIG.

  In FIG. 3, the group management server 101 sends a message with the building ID as an argument to the power usage server (server of each building) 11 at a certain interval or upon request by the in-building information collection unit 111, The usage amount is acquired, and the power usage amount is stored in the power usage amount database 102. In addition, the group management server 101 sends a message with the building ID as an argument to the power usage server 11 at a certain interval or upon request by the in-building information collection unit 111, and a path for collecting data on the building equipment. Process to get. The group management server 101 owns the paths of all devices in all buildings and generates a path tree (see FIG. 5 or FIG. 6). The path tree information is stored in the building list database 103. Further, the group management server 101 acquires the alarm information of the in-building device by the in-building information collection unit 111 and stores it in the alarm information database 104. An example of this alarm information is shown in FIG.

  The scenario server 201 has a scenario storage unit 202 that records various actions (processing contents) according to the contents of display requests from users. Further, the scenario server 201 receives a display request such as a user's power consumption from the display request receiving unit 214. In the example shown in the drawing, the display request receiving unit 214 of the scenario server 201 receives the display request from the user terminal 32 via the map service engine 501, but the display is directly displayed from the user terminal 32. Requests can also be accepted.

  When the display request reception unit 214 receives a display request from a user, the scenario execution unit 211 is activated. When the scenario execution unit 211 is activated, the scenario execution unit 211 extracts a scenario corresponding to the content of the user's display request from the scenario storage unit 202 and starts processing based on the extracted scenario. The scenario execution unit 211 uses the information acquisition unit 212 to acquire data necessary for display processing such as power consumption from the group management server 101, the weather service engine 401, the location reference workstation 701, and the owner information server 801. .

  In this scenario server 201, the information acquisition unit 212 acquires data such as the power usage amount of the building equipment from the group management server 101 through the data format conversion server 301. In the scenario server 201, the information acquisition unit 212 acquires the weather information such as the weather / temperature of the area where the target building is located from the weather service engine 401, which is a weather information web service, through the data format conversion server 301. To do. Also, information on the latitude and longitude of the location of the target building is acquired from the position reference workstation 701 which is a latitude / longitude conversion web service. Further, the scenario server 201 uses the information acquisition unit 212 to acquire the owner information of the building to be displayed from the owner information server 801. This owner information is recorded in the owner information database 802 in a data format as shown in FIG.

The display information generation unit 213 in the scenario server 201, information to be displayed on the user terminal 32, for example, to display emission of the carbon dioxide (CO ₂₎ calculates the emissions from the power consumption Perform processing. Moreover, when displaying weather information and electric power consumption together, the display information which combined these is produced | generated.

  The data format conversion server 301 has a function of causing the data conversion unit 311 to change the data format of the group management server 101 and the like to match the data format that can be handled by the scenario server 201. It also has a function of changing the data format in the scenario server 201 to match the data format of the Ethernet web service. By using this function, even if the scenario is changed in the scenario server 201, the work required for data format conversion can be reduced.

  Further, the data format conversion server 301 uses the web data collection unit 312 to acquire information such as the weather / temperature of the area where the target building is located from the weather service engine 401 using the web service, Information on the latitude and longitude of the location of the target building is acquired from the position reference workstation 701. The web service data acquired by the web data collection unit 312 is sent to the scenario server 201 through the data conversion unit 311.

  The map service engine 501 holds, in the map information database 502, map information of an area where a building to be displayed is located as electronic data. Further, the map service engine 501 includes a web processing unit 511, and the web processing unit 511 uses the map service 602 of the portal site 601 to use the building power usage from the user (building owner, etc.). Etc. are received. In addition, the map service engine 501 transmits a display request from the user (such as a building owner) to the scenario server 201 such as a power usage amount of the building. Further, the map service engine 501 receives the energy information list such as the power usage received from the scenario server 201, and passes the information obtained by plotting the power usage on the map to the map service 602 as an XML file.

(Explanation of sequence diagram showing flow of operation in consumption information map display device)
FIG. 4 is a sequence diagram showing the flow of processing in the consumption information map display device shown in FIG. The example shown in FIG. 4 is an example of collecting and displaying information on power consumption (energy consumption) as resource consumption information, and the flow of the processing will be described below with reference to FIG. .

  The group management server 101 sends a message with the building ID (buildingid) as an argument to the power usage server (each building server) at a fixed interval or upon request, and acquires the path of the building equipment (step S101). The group management server 101 owns a path for collecting power usage in all equipment in all buildings, and generates a path tree (see FIG. 5 or FIG. 6).

However, the message transmitted from the group management server 101 to the electricity usage server is in the following URI format.
Example of URI) http: // musashino: 02
(URI format) http: // [building name]: [building ID]

  The group management server 101 sends a message with the building ID (buildingid) as an argument to the power usage server (server of each building) 11 at a fixed interval or upon request, and acquires the power usage of the building (step S102). .

  The message returned from the power usage server 11 to the group management server 101 includes information on the power usage and is in the following XML format according to the facility web service protocol specifications such as BACnet / WS. It is.

<soapenvBody>
<bac: getValuesResponse
SOAP-ENC: arrayType = “xsd: string [10]”>
<electricityconsumption> 0126115 </ electricityconsumption>
...
</ bac: getValuesResponse>
</ soapenv: Body>
The data described in the building data format as described above is hereinafter referred to as “building format data”.

  On the other hand, in the map service 602 on the web, in order to acquire and display the information on the power consumption of the building, an HTTP GET message with the user ID (ownerid) as the building owner as an argument is sent to the map service engine (map SE). ) 501 (step S103).

  The map service engine 501 transmits a getEnergieInfo message to the scenario server 201 to activate the scenario (step S104).

  The scenario server 201 sends a getBuildingList message with the user ID (ownerid) as an argument to the data format conversion server 301 in order to acquire building information (step S105). The scenario server 201 transmits all the messages “building format data” to the data format conversion server 301. The data format conversion server 301 sends the message received from the scenario server to the group management server 101 (step S106).

  The group management server 101 uses the user ID (ownerid) as a search key to access the building list database 103 in the group management server 101 (step S107), and the building list including the building ID and building location data (FIG. 7 ( (See A)). Then, the response is returned to the data format conversion server 301 (step S108).

  In order to acquire the latitude / longitude of the location of the building, the data format conversion server 301 sends the latitude / longitude conversion web service location reference workstation (position reference WS) 701 in the building list obtained in step S107. A getGeoCording message with the data “building location” as an argument is sent (step S109). The position reference workstation 701 outputs the latitude and longitude of the location of the building and returns it to the scenario server 201 together with the building list (step S110). An example of the latitude / longitude information is shown in FIG.

  The linearity / longitude of the location of the building is displayed on the map in the processing steps described later. This is necessary data. The data format conversion server 301 plays a role of supplementing data acquired from a web service or the like on the Internet by using only data held by the group management server 101.

  Subsequently, the scenario server 201 sends a getEnergieInfo message to the data format conversion server with the building list as an argument in order to acquire the power usage of each building (step S111). In this case, the scenario server 201 transmits a message “building format data” to the data format conversion server 301. The data format conversion server 301 sends the message received from the scenario server 201 to the group management server 101 (step S112).

  The group management server 101 accesses the power usage server 102 in the group management server 101 using “buildingid” as an argument, acquires a power usage list (energy information list) (steps S113 and S114), and a data format conversion server A response is returned to 301 (step S115), and the data format conversion server 301 returns the response to the scenario server 201 (step S116). FIG. 7C shows an example of the energy information list (power usage list) returned to the scenario server 201.

  The scenario server 201 sends a getAlartInfoList message to the data format conversion server with the building list as an argument in order to obtain building alarm information (step S117). The data format conversion server transfers the message received from the scenario server 201 to the group management server 101 (step S118).

  The group management server 101 accesses the alarm information database 104 in the group management server 101 using “buildingid” as an argument, acquires a list of alarm information (steps S119 and S120), and returns a response to the data format conversion server 301 ( Furthermore, the data format conversion server 301 returns the response to the scenario server 201 (S122). FIG. 7D shows an example of a list of alarm information.

  The scenario server 201 sends a getWeatherInfoList message to the data format conversion server 301 with the building location as an argument in order to acquire weather / temperature information at the building location (step S123). Since this getWeatherInfoList message uses “building data” as an argument, the scenario server 201 sends the message to the data format conversion server 301.

The data format conversion server 301 sends a getArea message to the weather service engine (weather SE) 401 with the building location as an argument, and obtains an area ID from the weather service engine 401 (step S124). FIG. 8A shows an example of area ID.
In order to obtain weather / temperature information from the weather service engine 401, the data format conversion server 301 sends a getWeatherInfoList message with the area ID as an argument (step S125).

  The weather service engine 401 accesses the database using the area ID as a search key, and acquires weather / temperature information that matches the area (steps S126 and S127). An example of this weather / temperature information is shown in FIG.

  The weather service engine 401 returns a weather / temperature information list to the data format conversion server 301 (step S128). The data format conversion server 301 returns the weather / temperature information list to the scenario server 201 (step S129). The scenario server 201 returns the acquired air / temperature information list and power usage list (energy information list) to the map service engine 501 (step S130).

  The scenario server 201 sends a getOwnerInfo message with the user ID (ownerid) as an argument to the owner information server 801 in order to obtain information on the building owner (owner). The owner information server 801 accesses its own owner database (see FIG. 8C), and acquires information that matches the user ID (ownerid) (step S131). The scenario server 201 sends owner information to the map service engine (step S132).

  The map service engine 501 creates an HTML or XML file with the power usage list (energy information list) as an argument, and passes the created file and owner information to the map service 602 (step S133).

(Explanation when you want to know the details of electricity usage of the building)
If the service user wants to know the details of the power consumption of the building after receiving the series of services in the sequence diagram (FIG. 4), it can be realized as follows.

  In step S133 described above, a cookie (detail = 0) in which the value of the variable “detail” is “0” is registered in the browser used by the service user.

  Then, the user of the service clicks the “details” button (see the map service 602 in FIG. 3) of the building for which the detailed status of power consumption is to be displayed from among the owned buildings from the map service 602 on the web. .

  Then, in order to acquire and display the detailed status of the power consumption of the building selected by the service user, an HTTP GET message with the user ID (ownerid) and the detailed number (detail = 0 etc.) as arguments is displayed. It is sent to the map service engine (step S103).

  The detailed number (detail = 0, etc.) is registered as a cookie in the browser used by the service user.

  The map service engine 501 transmits a getEnergieInfo message to the scenario server 201 to activate the scenario (step S104).

  The scenario server 201 sends a getBuildingList message with a user ID (ownerid) and a detailed number (such as detail = 0) as arguments to acquire the building information. The scenario server 201 transmits all the messages “building format data” to the data format conversion server 301. The data format conversion server 301 sends the message received from the scenario server to the group management server 101 (step S105).

  The group management server 101 uses the user ID (ownerid) as a search key to access the building list database 103 in the group management server 101, and acquires a building list including building ID and building location data (step S107). A response is returned to the data format conversion server 301 (step S108).

  In order to acquire the latitude / longitude of the location of the building, the data format conversion server 301 stores the building list obtained in steps S106 and S107 in the position reference workstation (position reference WS) 701, which is a latitude / longitude conversion web service. A getGeoCording message is sent with the “building location” that is the data inside as an argument (step S109). The position reference workstation 701 outputs the latitude and longitude of the location of the building and returns it to the scenario server 201 together with the building list (step S110). FIG. 7B shows an example of the latitude / longitude information of the location of the building returned to the scenario server 201. The latitude / longitude of the location of the building is data necessary for displaying on the map in step S133.

  The scenario server 201 sends a getEnergieInfo message to the data format switching server with a detailed number (such as detail = 0) as an argument in order to acquire detailed power usage of each building (step S111).

  The group management server 101 accesses the power usage database 102 in the group management server 101 with (buildingid) and the detailed number as arguments, and acquires a list of power usage along the detailed number (detail = 0, etc.) ( In steps S113 and S114), a response is returned to the data format conversion server 301 (step S115), and the data format conversion server 301 returns the response to the scenario server 201 (step S116).

  For example, when the group management server 101 has a tree structure of paths for collecting power usage as shown in FIG. 5, “detail = 0” has a depth of “0 + 1 = 1 stage” ( musasino / aria1 and musasino / aria2) Returns the total power usage of the following devices.

  When the group management server 101 has a path tree structure as shown in FIG. 6, when “detail = 0”, the depth of “0 + 1 = 1 stage” (musasino / light-Subsystem and musasino / elevator -Subsystem, musasino / air-conditioner-Subsystem) Returns the total power consumption of the following subsystems. In this case, a cookie (detail = 1) in which the value of the variable “detail” is “1” is registered in the browser used by the service user.

  If more detailed information is to be obtained, the above steps are repeated and the power usage database 102 in the group management server 101 is accessed with “detail = n (n = 1, 2, 3,...)” As an argument, and n + 1 Returns the total power usage of devices below the depth of the tier, and registers a cookie (detail = n + 1) with the value of the variable “detail” being “n + 1” in the browser used by the service user To do.

For example, in the case of “n + 1 = 2”, in the case of a path tree structure as shown in FIG.
Returns the power usage by area such as musasino / aria1 / 1floor, musasino / aria1 / 2floor, musasino / aria1 / 3floor, musasino / aria2 / 121, musasino / aria2 / 122, musasino / aria2 / 123, etc.

In the case of a path tree structure as shown in FIG.
musasino / light-subsystem / 1floor, musasino / light-Subsystem / 2floor, musasino / light-subsystem / 3floor, musasino / elevator-subsystem / aria1, musasino / elevator-subsystem / aria2, musasino / elevator-subsystem / aria3, musasino / Returns the power usage for each subsystem (device type) such as air-conditioner-subsystem / main, musasino / air-conditioner-subsystem / 2building, musasino / air-conditioner-subsystem / 3building, etc.

  The first embodiment of the present invention has been described above, but with the consumption information map display device of the present invention, a large amount of building data can be aggregated in the group management server 101 to ensure the scalability of the entire system. . Furthermore, the web service to be called can be flexibly changed by rewriting the scenario of the scenario server 201. In addition, by installing the data format conversion server 301 between the scenario server 201 and the web service, the data format of the various web services and the information format of the building are aligned, so that the linkage with the web service becomes more flexible. It can be carried out.

  In the consumption information map display apparatus according to the first embodiment shown in FIGS. 1 and 3, the group management means is equivalent to the group management server 101, and the display request reception means is the display request reception unit 214. Corresponds. The scenario storage unit corresponds to the scenario storage unit 202, the scenario execution unit corresponds to the scenario execution unit 211, and the data format conversion unit corresponds to the data format conversion server 301. The above-described usage amount server corresponds to the power usage amount server 11.

The consumption information map display apparatus according to the first embodiment includes a group management server 101 that collects resource consumption information in each building via a network, and a consumption information display request from a user terminal via the network. In response to the content of the display request reception unit 211 and the user terminal 32, the group management server 101 collects consumption information, and a predetermined for displaying the consumption information on the user terminal 32. When a display request from the user terminal 32 is generated, a scenario corresponding to the request content is extracted from the scenario storage unit 202. And a scenario execution unit 211 that executes a predetermined processing operation according to the extracted scenario.
As a result, resource consumption information such as power consumption in multiple buildings is consolidated and managed centrally, and consumption information such as power consumption for each building is displayed together with map information on the user terminal. Can do. Moreover, the service for the user can be flexibly changed by rewriting the scenario.

In addition, the consumption information map display device of the present invention includes a data format conversion server 301 that converts the format of data collected by the group management server 101 into a data format that can be handled by the scenario server 201.
As a result, the consumption information map display device and the building system can be merged, and the building information can be integrated into the group management means.

In addition, the consumption information map display device of the present invention includes a usage server that divides and collects resource consumption information of facility equipment in a building according to a hierarchical structure in each building. For example, the power management server 101 includes a power usage server 11 that divides and collects power usage according to a hierarchical structure, and the group management server 101 holds information on the facility devices that are classified according to the hierarchical structure. Collect information on power consumption by classifying equipment in buildings.
This makes it possible to display more detailed consumption information such as the amount of power used, such as the floor unit in the building and the type of equipment.

Moreover, the consumption information map display apparatus of this invention is provided with the web data acquisition part 301 which acquires the information which the web service on a network provides, Information acquired by the web data acquisition part 301 by the scenario server 201, and a group management server The resource consumption information such as the power consumption acquired in 101 is combined and displayed on the user terminal.
Accordingly, various services can be provided to the user in combination with information obtained from a plurality of web services and resource consumption information such as power consumption.

Further, the consumption information map display device of the present invention includes an information acquisition unit 212 that acquires weather information including the weather and temperature of an area where the target building is located using a web service, and includes weather information, power consumption, and the like. Together with consumption information of other resources.
Thereby, weather information and consumption information of resources such as power consumption can be displayed together.

[Second Embodiment]
Next, a second embodiment of the present invention will be described. This second embodiment is an example in which the usage status (reservation status) of building facilities (rooms) is displayed together with consumption information such as building power usage.

  FIG. 9 is a sequence diagram illustrating a flow of processing in the consumption information map display device according to the second embodiment.

  The sequence diagram shown in FIG. 9 is different from the sequence diagram shown in FIG. 4 in that the equipment reservation schedule workstation (equipment reservation schedule WS) 901 is added and the processing steps between step S122 and step S130 are performed. This is a point replaced with steps S122A, S122B, S122C, S122D, and S122E. Other processing steps are the same as those in the sequence diagram shown in FIG.

  Referring to FIG. 9, scenario server 201 sends a getBookingInfomationList message with building ID (buildingid) as an argument to data format conversion server 301 in order to acquire building facility (room) reservation information (step S122A). ). The data format conversion server 301 accesses its own database and converts the argument “buildingid” into a building name (step S122B).

  The data format conversion server 301 sends a getBookhgInfomation message with the building name as an argument to the equipment reservation schedule workstation 901 in order to acquire the reservation information of the equipment (room) of the building (step S122C). The equipment reservation schedule workstation 901 returns the equipment reservation information to the data format conversion server (step S122D). The data format conversion server 301 returns the response to the scenario server 201 (step S122E).

  The subsequent processing is the same as the processing shown in FIG. 4, whereby the usage status (reservation status) of the building facility (room) can be displayed together with the consumption information such as the building power usage amount.

  As described above, in the consumption information map display device according to the second embodiment, it is possible to easily cooperate using a web service that the user normally uses on the Internet, such as a scheduler.

In the consumption information map display device of the second embodiment, the equipment schedule information holding means corresponds to the equipment reservation schedule workstation 901.
In the consumption information map display device according to the second embodiment, the building includes a facility reservation schedule workstation 901 that holds information on the usage status of building facilities, and the group management server 101 uses power consumption and the like. The scenario server 201 collects information on the usage status of the building equipment from the equipment reservation schedule workstation 901 via the data format conversion server 301. Then, the scenario server 201 causes the user terminal 32 to display information on the usage status of the building equipment together with consumption information such as the building power usage.
As a result, the usage status (reservation status etc.) of the building equipment (room etc.) can be displayed on the user terminal together with the consumption information such as the building power usage.

  In the above-described consumption information display system, an example of displaying the amount of power used has been described. However, in addition to the amount of power used, the amount of water used, the amount of gas used, the amount of use of copy paper, etc. may be displayed. Good. In this case, for example, the amount of water used and the amount of gas used can be realized by providing a device that transmits information on the amount used in the meter-reading meter. Further, for example, in the case of copy paper, it can be realized by providing a device that transmits usage amount information to the paper counter of the copier.

  As mentioned above, although embodiment of this invention was described, in the consumption information map display apparatus of this invention, scenario server 201, group management server 101, building management system (electric power consumption server 11 etc.), the Internet, data format conversion In the system configuration assembled from the server 301, various information can be collected from the web service on the Internet via the scenario server 201 and displayed together with the information obtained from the building.

  In addition, the presence of the group management server 101 and the data format conversion server 301 enables the scenario server 201 and the building system to be merged, and the building server information is aggregated in the group management server 101, so that the scenario server 201 is not specific to a building and can be linked with other systems.

  In addition, when managing multiple buildings, it is difficult to individually maintain the building management system (such as the power usage server 11) of each building. However, due to the presence of the group management server 101, information on multiple buildings is aggregated to facilitate maintenance. Become.

  Further, since the data format of the group management server 101 is changed to match the data format of the Internet web service in the data format conversion server 301, the work required for data format conversion can be reduced even if the scenario is changed.

  Further, due to the presence of the group management server 101, the scenario server 201 can always manage data that is always scattered and different in format for each building. Further, the presence of the group management server 101 makes it possible to derive a tree structure of paths of all the devices in the building, and display more detailed power usage and the like of the building based on the tree structure.

  In addition to the above, it is also possible to safely collect building report data through an NGN (next generation network) network. This is because tunneling by SIP is performed by aggregating building events (abnormal information) to the group management server 101 via NGN, so that building events (abnormal information) can be safely collected.

  As mentioned above, although embodiment of this invention was described, the consumption information map display apparatus of this invention is not limited only to the above-mentioned illustration example, A various change is added in the range which does not deviate from the summary of this invention. Of course you get.

DESCRIPTION OF SYMBOLS 11 ... Electricity usage server, 21 ... Web service gateway, 31 ... Building owner, 32 ... User terminal, 101 ... Group management server, 102 ... Electricity usage database, DESCRIPTION OF SYMBOLS 103 ... Building list database, 104 ... Alarm information database, 111 ... Building information collection part, 201 ... Scenario server, 202 ... Scenario storage part, 211 ... Scenario execution part, 212・ ・ ・ Information acquisition unit, 213 ... Display information generation unit, 214 ... Display request reception unit, 301 ... Data format conversion server, 401 ... Weather service engine, 501 ... Map service engine, 502 ... Map information database, 511 ... Web processing unit, 601 ... Portal site, 602 ... Map service, 701 ... Location Irradiation workstation, 801 ... owner information server, 901 ... equipment reservation schedule workstation

Claims (9)

Consumption information that collects consumption information in each building of resources supplied to multiple buildings via a network, and displays the collected consumption information together with map information on the screen of the user terminal via the network An information map display device,
Group management means for collecting the consumption information in each building via the network;
Display request receiving means for receiving a display request for the consumption information from the user terminal via the network;
In accordance with the content of the display request from the user terminal, a combination of the consumption information collection process by the group management unit and a predetermined process for causing the user terminal to display the consumption information is previously set. Scenario storage means for storing as a defined scenario;
When a display request is generated from the user terminal, according to the request content, a scenario is extracted from the scenario storage unit, and the predetermined process is executed according to the extracted scenario;
A consumption information map display device comprising: Data format conversion means for converting the data format collected by the group management means into a data format that can be handled by the scenario execution means;
The consumption information map display device according to claim 1, further comprising: Each building includes a usage server that divides and collects information such as the amount of resources supplied to the building in the equipment installed in the building according to a hierarchical structure,
The group management means retains information on the equipment and equipment classified in the hierarchical structure, and collects information such as resource usage by classifying the equipment and equipment based on the information on the hierarchical structure.
The consumption information map display device according to claim 1 or 2, characterized in that The building further comprises equipment schedule information holding means for holding information on the usage status of the equipment.
The scenario execution means collects information on the usage status of the equipment and causes the user terminal to display information on the usage status of the equipment and information on the usage amount of the resource.
The consumption information map display device according to any one of claims 1 to 3, wherein A web data acquisition unit that acquires information provided by a web service on the network;
The scenario execution means combines information acquired by the web data acquisition unit and information such as the resource usage acquired by the group management means, and causes the user terminal to display the information.
The consumption information map display device according to any one of claims 1 to 4, wherein The web data acquisition unit acquires weather information including the weather and temperature of the area where the target building is located from the web service,
Displaying the weather information together with information such as the usage amount of the resource on the user terminal,
The consumption information map display device according to claim 5, wherein: Consumption information that collects consumption information in each building of resources supplied to multiple buildings via a network, and displays the collected consumption information together with map information on the screen of the user terminal via the network An information map display system,
A group management server for collecting the consumption information in each building via the network;
In accordance with the content of the display request from the user terminal, a combination of the collection processing of the consumption information by the group management server and a predetermined process for displaying the consumption information on the user terminal in advance A scenario storage unit for storing as a predetermined scenario;
Accepting a display request for the consumption information from the user terminal via the network and extracting a scenario from the scenario storage unit according to the request content when a display request from the user terminal occurs A scenario server that executes the predetermined process according to the extracted scenario;
A consumption information map display system comprising: A data format conversion server that converts the format of data collected by the group management server into a data format that can be handled by the scenario server;
The consumption information map display system according to claim 7, further comprising: Consumption information that collects consumption information in each building of resources supplied to multiple buildings via a network, and displays the collected consumption information together with map information on the screen of the user terminal via the network A method for displaying a consumption information map in an information map display device, comprising:
A group management procedure for collecting the consumption information in each building via the network;
A display request reception procedure for receiving a display request for the consumption information from the user terminal via the network;
In accordance with the content of the display request from the user terminal, a combination of the collection process of the consumption information by the group management procedure and a predetermined process for displaying the consumption information on the user terminal is previously performed. A scenario storage procedure for storing as a predetermined scenario;
When a display request is generated from the user terminal, a scenario execution procedure for extracting a stored scenario according to the request content and executing the predetermined process according to the extracted scenario;
Consumption information map display method characterized by including.

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