JP2007200015A - On-site equipment management system and on-site equipment management method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To easily attain consistency of on-site equipment with a ledger, and to quickly specify the on-site equipment. <P>SOLUTION: This on-site equipment management system 10 for managing an outdoor or indoor on-site equipment is provided with an IC tag 31 arranged in the on-site equipment and stored with equipment specifying information for specifying the on-site equipment; portable terminal equipment 13 reading equipment specifying information from the IC tag 31 through an IC tag reader 22; and an on-site equipment management server 11 connected through a communication network 14 to the portable terminal equipment 13 and in response to inquiry from the portable terminal equipment 13, notifying the portable terminal equipment about detail information corresponding to the on-site equipment specified by the equipment specifying information. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to an on-site facility management system and an on-site facility management method, and more particularly to a technique for facilitating the understanding of the installation status of on-site facilities and the management of each on-site facility.

Conventionally, as a large-scale facility management system, various facility management systems for maintaining or managing facilities to be managed have been proposed.
For example, Patent Document 1 proposes a management system that supports connection and branching work of optical fiber core wires when a plurality of optical fiber cables are connected to each other to form an optical fiber network.
JP 2003-284213 A

By the way, in the conventional equipment management system, equipment, devices, road accessories, etc. were managed using a ledger, etc., but due to equipment renewal, relocation, etc. There was a possibility that it could not be taken.
In addition, even if the information recorded in the ledger is accurate, it is not easy to check whether the local equipment is really described in the ledger, and there is a possibility that it will take time to check. there were.

  Accordingly, an object of the present invention is to provide a field facility management system and a management method that can easily match the field facility and the ledger and can quickly identify the field facility. is there.

  In order to solve the above-mentioned problem, an on-site equipment management system for managing outdoor or indoor on-site equipment is provided on the on-site equipment and stores equipment specifying information for specifying the on-site equipment. A portable terminal device capable of reading the facility identification information from the facility identification information storage device, and connected to the portable terminal device via a communication network, and in response to an inquiry from the portable terminal device, the facility identification And an on-site facility management server that notifies the mobile terminal device of detailed information corresponding to the on-site facility specified by the information.

According to the said structure, the installation specific information storage apparatus stores the installation specific information for specifying an on-site installation.
The portable terminal device reads the facility identification information from the facility identification information storage device at the installation site of the field facility, and makes an inquiry to the site facility management server via the communication network.
In response to an inquiry from the mobile terminal device, the on-site facility management server notifies the mobile terminal device of detailed information corresponding to the on-site facility specified by the facility specifying information via the communication network.

In this case, the field facility information management server may store latitude and longitude information of the installation position of the field facility in association with the facility identification information as the detailed information.
The portable terminal device includes a current position specifying unit that receives a radio wave from a GPS satellite and specifies a current position of the mobile terminal device, and when making the inquiry to the field facility management server, You may make it notify a position.

Furthermore, the specific information storage device may be an IC tag, and the portable terminal device may include an IC tag reader for reading the specific information from the IC tag.
In addition, it comprises a site equipment database in which equipment information including the location of the site equipment and the configuration of each site equipment is stored, and the site equipment management server is based on equipment update information input from the mobile terminal device, You may make it provide the database update part which maintains any database in the newest state.

  Also, a portable terminal device that can be read from the facility identification information storage device that is disposed in the field facility and stores facility identification information for identifying the site facility, and the portable terminal device A site equipment management method for managing site equipment using a site equipment management server connected via a computer network, an inquiry process for inquiring detailed information on the site equipment using the equipment identification information, A detailed information notifying process for notifying detailed information corresponding to the on-site equipment specified by the equipment specifying information in response to an inquiry.

  ADVANTAGE OF THE INVENTION According to this invention, while being able to aim at consistency with field equipment and a ledger, identification of field equipment can be performed rapidly.

Next, preferred embodiments of the present invention will be described with reference to the drawings.
First, prior to a description of a specific embodiment, a function description will be given.
FIG. 1 is a configuration diagram of an on-site facility management system.
The site equipment management system 10 roughly includes a site equipment database server 11, a management terminal device 12, and a mobile terminal device 13, which are connected to each other via a communication network (computer network) 14. ing.
The on-site equipment database server 11 has an on-site equipment database 21 for storing on-site equipment information data such as equipment contents, equipment connection relations, equipment installation positions, equipment photographs, and the like.

  The portable terminal device 13 receives the radio wave for positioning from the IC tag reader 22 that reads the field facility specifying information from the IC tag 31 provided in the street lamp 30 that is the field facility and the GPS satellite 40, and outputs the latitude and longitude information. And a GPS receiver 23.

Next, the operation of the embodiment will be described.
First, processing at the time of initial data maintenance will be described.
At the time of installing the street lamp 30 which is the field equipment, the operator uses the IC tag reader 22 of the mobile terminal device 13 to prepare the initial data, and receives the field equipment specifying information from the IC tag 31 provided on the street lamp 30. read.

In parallel with the reading of the on-site equipment specifying information, the GPS receiver 23 of the mobile terminal device 13 receives positioning radio waves from the GPS satellite 40 and outputs latitude and longitude information.
As a result, the mobile terminal device 13 associates the site facility specifying information and the latitude / longitude information via the communication network 14 and notifies the management terminal device 12 of them.

The management terminal device 12 notified of the on-site facility specifying information and the latitude / longitude information constructs the on-site facility database 21 including the detailed information of the street lamp 30 which is each on-site facility.
As the detailed information, when the field facility is the street lamp 30, the following information is given.
・ Pole number / type / head shape ・ Type (high power factor type, dimming type)
・ Lamp type (mercury / metal halide / sodium / ...)
-Ballast type-Flasher type-Power supply (single / connected, voltage)
-Contractor for power supply-Lamp replacement date, replacement company-Owner, user (country / city / district)
・ Latitude and longitude of the equipment ・ Failure and accident information ・ Inspection date and inspection company

FIG. 2 is an explanatory diagram of a display screen of the mobile terminal device when inquiring detailed information.
Specifically, on the detailed information display screen 50, the illumination lamp management number, the owner, the user, the street lamp type, the lamp type, the proposed type, the power supply, the power supply system, the lamp replacement date, and the street lamp 30 The position (registered position) will be displayed.

  As a result, the field worker carrying the mobile terminal device 13 receives the positioning radio wave from the GPS satellite 40 by the GPS receiver 23 of the mobile terminal device 13 to acquire latitude and longitude information, and the street light 30 It is determined whether or not it can be regarded as coincident with the registered position, and if it can be regarded as coincident, it is verified / confirmed that the street light 30 is a street light displayed on the detailed information display screen 50. can do.

Furthermore, it becomes possible to confirm the illumination and installation location on the simple map screen displayed on the mobile terminal device 13 from the longitude and latitude information. It is also possible to view maintenance work instructions such as lamp replacement on the display screen of the mobile terminal device 13.
On the other hand, on the management terminal device 12 side, it is possible to use a search display function for site equipment, and display various information such as maintenance information based on information collected in the field work.

Specifically, on-site facility data can be searched, displayed, updated, and data constituting the on-site facility database 21 can be synchronized with data sent from the mobile terminal device 13.
As a result, on the display screen of the management terminal device 12, as shown in FIG. 3, the installation position of the street lamp 30 can be automatically drawn and displayed.

In the above description, the case of a street lamp as an on-site equipment to be managed has been described. However, examples of outdoor equipment include a sign pole, a utility pole, a CCTV camera, an information board, a telecontroller, a telemeter, an information outlet, and a discharge warning device. It can be applied to lightning transformers, road information display devices, ultrasonic snow depth gauges, antenna devices (reflectors, steel towers), simulated power transmission devices, and tunnel lighting. Indoor equipment includes various devices / devices, multiple wireless devices, SDH (high-speed digital communication devices), carrier terminal devices, remote control devices, wireless telephones, LAN cables, power cables, communication cables, extension telephones, digesters It is possible to apply to.

  As described above, according to the present embodiment, it is possible to update the ledger accurately and quickly after maintenance of the ledger and on-site work / confirmation, which has been difficult to manage in the past. In addition, even when the installation position is changed in various constructions such as bypass construction, the actual equipment can be individually identified and managed by the latitude and longitude information. Furthermore, it is possible to easily manage and update various equipment information for managing on-site equipment such as lighting. Furthermore, it is possible to easily plan a repair plan and preparation such as a replacement time for consumables such as lamps. In addition, it is possible to easily match the on-site equipment and the ledger, and it is possible to quickly identify the on-site equipment.

It is a block diagram of a site equipment management system. It is display screen explanatory drawing of the portable terminal device at the time of detailed information inquiry. It is explanatory drawing of automatic drawing of the street lamp installation position in the display screen of a management terminal device.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 ... Site equipment management system, 11 ... Site equipment database server, 12 ... Management terminal device, 13 ... Portable terminal device, 14 ... Communication network (computer network), 21 ... Site equipment database, 30 ... Street light, 31 ... IC tag 22 ... IC tag reader, 23 ... GPS receiver, 40 ... GPS satellite.

Claims (6)

In the field equipment management system for managing outdoor or indoor field equipment,
A facility identification information storage device that is disposed in the field facility and stores facility identification information for identifying the field facility;
A portable terminal device capable of reading the facility identification information from the facility identification information storage device;
Field equipment connected to the portable terminal device via a communication network and notifying the portable terminal device of detailed information corresponding to the field equipment identified by the facility identification information in response to an inquiry from the portable terminal device A management server,
On-site equipment management system characterized by having In the field equipment management system according to claim 1,
The on-site equipment information management server stores latitude and longitude information of the installation position of the on-site equipment in association with the equipment specifying information as the detailed information. In the field equipment management system according to claim 2,
The mobile terminal device includes a current position specifying unit that receives a radio wave from a GPS satellite and specifies its current position,
When making the inquiry to the on-site equipment management server, notify the current position of the self,
On-site equipment management system characterized by this. In the field equipment management system according to any one of claims 1 to 3,
The specific information storage device is an IC tag,
The portable terminal apparatus includes an IC tag reader for reading the specific information from the IC tag. In the field equipment management system according to any one of claims 1 to 4,
An on-site equipment database that stores equipment information including the arrangement of the on-site equipment and the configuration of each on-site equipment,
The field facility management server includes a database update unit that maintains any database in the latest state based on facility update information input from the mobile terminal device. A portable terminal device capable of reading the facility specifying information from a facility specifying information storage device arranged in the site facility and storing facility specifying information for specifying the site facility, the portable terminal device and a computer network In the field facility management method for managing the field facility using the field facility management server connected via
An inquiry process for making an inquiry about the detailed information of the field equipment using the equipment specifying information,
In response to the inquiry, a detailed information notification process for notifying detailed information corresponding to the field facility specified by the facility specifying information;
An on-site facility management method characterized by comprising:

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