JP4859405B2 - Inspection construction management device, inspection construction management system, and inspection construction management method - Google Patents

Description

  The present invention relates to an inspection work management apparatus, an inspection work management system, and an inspection work management method for enabling a person in charge of inspection inspection to perform an inspection work efficiently.

  For example, in power companies, inspection work for these distribution facilities is regularly performed for maintenance of distribution facilities such as electric wires and transformers. At this time, the inspection inspection person sets the inspection route in advance based on the position of the equipment to be inspected, outputs the equipment in the vicinity of the route as the inspection target equipment, and performs the inspection inspection.

In order to perform such a patrol inspection efficiently, for example, Patent Document 1 describes a system in which inspection target facility information is superimposed on map information and displayed on a terminal carried by a patrol inspection staff. .
JP 2004-229456 A

  However, it may be necessary to leave the planned patrol route, for example, when an emergency work or the like is entered during the patrol inspection. In such a case, the system disclosed in Patent Document 1 cannot display information about equipment near the current position of the inspection person in charge of inspection, so even if there is uninspected equipment around the current position, the person in charge I can't know that. For this reason, the person in charge had to return to the originally planned route and continue the inspection work, which was inefficient.

  Accordingly, an object of the present invention is to provide an inspection work management apparatus, an inspection work management system, and an inspection work management method that enable a person in charge of inspection inspection to obtain information on equipment to be inspected around the current location.

The inspection work management system according to the present invention includes a mobile terminal and a server that can communicate with each other, and the mobile terminal detects current position information that detects current position information, and a current position detected by the current position detection means. A terminal-side transmission unit that transmits information to the server, and the server associates a server-side reception unit that receives the current position information from the portable terminal, an equipment ID of the inspection target equipment, and position information. The recorded equipment information database, the inspection information database in which the equipment ID of each equipment to be inspected, the inspection information including the inspection date and time and the inspection result of the past inspection are recorded in association with each other, and the equipment information database A facility information acquisition unit that retrieves and acquires a facility ID of a facility to be inspected in an area corresponding to the received current position information, and the inspection information data Searching for over scan, and inspection information acquiring unit for acquiring the acquired inspection information inspection target facility, based on the latest inspection date included in the obtained inspection information, the necessity of inspection work for each piece of equipment and determining inspection work necessity determining unit, it transmits with equipment ID inspection target facility corresponding the acquired inspection information to the portable terminal, transmits the determination result by the inspection work necessity determination unit to the mobile terminal server A side transmission unit, and the portable terminal further receives, from the server, the inspection information, the inspection target equipment ID, and the determination result, a terminal side reception unit, and the received inspection target equipment. and displays the ID and inspection information, the inspection target equipment, display inspection information to be displayed in the symbol of the embodiments according to necessity of inspection work for the equipment based on the received determination result Characterized in that it comprises and.

  Here, the inspection information display unit may display a symbol representing the inspection target facility at a corresponding position on the map based on the position information of the inspection target facility. Further, the inspection work management server includes an inspection work necessity determination unit that determines whether or not the inspection work is necessary for each facility based on the latest inspection date and time included in the inspection information, and the transmission unit of the server The determination result by the inspection construction necessity determination unit may be transmitted to the portable terminal.

The inspection work management system according to the present invention includes a portable terminal and a server that can communicate with each other, and the portable terminal includes a current position detection unit that detects current position information, and an input of a result of the current inspection work. The inspection work input unit that receives the current position information and the current position information detected by the current position detection means are transmitted to the server, and based on the current position information detected by the position detection means, it is determined that the vehicle has moved to another area. A server that transmits the result of the inspection work input by the inspection work input unit to the server automatically, and the server receives the current position information from the portable terminal. Side reception unit, equipment information database in which equipment ID and position information of the equipment to be inspected are recorded in association with each other, points about equipment ID and past inspection of each equipment to be inspected Inspection information database in which inspection information including the date and time and inspection information is recorded in association with each other, and the facility information database is searched, and the facility ID of the inspection target facility in the area corresponding to the received current position information Equipment information acquisition unit for acquiring the inspection information database, the inspection information acquisition unit for acquiring the inspection information of the acquired inspection target equipment, and the equipment of the inspection target equipment corresponding to the acquired inspection information A server-side transmission unit that transmits to the portable terminal together with an ID, and when it is determined that the portable terminal has moved to another area based on the received current position information, the facility information acquisition unit In addition to acquiring the equipment ID of the equipment to be inspected for another area, the inspection information acquisition unit acquires the inspection information corresponding to the equipment ID and sends it to the server side. Unit transmits the equipment ID and inspection information to the portable terminal, and the portable terminal further receives a terminal-side receiving unit that receives the inspection information and the inspection target equipment ID from the server, and the received inspection. An inspection information display unit that displays the ID and inspection information of the target facility is provided .

In addition, the inspection work management method of the present invention includes a facility information database in which facility IDs and location information are recorded in association with portable terminals having current location detection means for detecting current location information and various types of inspection target facilities. And a server comprising an inspection information database in which the inspection information including the inspection date and time and the inspection information including the inspection result is recorded for each inspection target facility and the past inspection. The mobile terminal transmits the current position information detected by the current position detection means to the server, the server receives the current position information from the mobile terminal, searches the facility information database, The inspection target equipment in the area corresponding to the received current position information is acquired, the inspection information database is searched, and the acquired inspection target setting is acquired. The inspection information is acquired, the necessity of inspection work is determined for each facility based on the latest inspection date and time included in the acquired inspection information, and the acquired inspection information together with the facility ID of the corresponding inspection target facility Transmit to the mobile terminal, transmit the determination result of the necessity of inspection work for each facility to the mobile terminal, the mobile terminal displays the ID and inspection information of the inspection target equipment received from the server, The inspection target equipment is displayed with a symbol in a mode corresponding to the necessity of inspection work for the equipment based on the received determination result .

Furthermore, the inspection work management method of the present invention includes a facility information database in which facility IDs and location information are recorded in association with portable terminals having a current location detecting means for detecting current location information and various types of inspection target facilities. And a server comprising an inspection information database in which the inspection information including the inspection date and time and the inspection information including the inspection result is recorded for each inspection target facility and the past inspection. The portable terminal receives an input of the result of the current inspection work, transmits the current position information detected by the current position detecting means to the server, and based on the current position information detected by the position detecting means. When it is determined that the vehicle has moved to another area, the inspection work result input by the inspection work input unit is automatically transmitted to the server, If the mobile terminal receives the current location information from the mobile terminal, and determines that the mobile terminal has moved to another area based on the received current location information, it searches the facility information database. The facility ID of the facility to be inspected is acquired for the other area, the inspection information database is searched, the inspection information corresponding to the acquired facility ID is acquired, and the acquired facility ID and inspection information are stored in the mobile phone. It transmits to a terminal, The said portable terminal displays ID of inspection object equipment and inspection information which were received from the said server, It is characterized by the above-mentioned .

  According to the present invention, the inspection person in charge of inspection can obtain information on facilities around the current location without having to set a route in advance, so that the inspection work can be performed efficiently.

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.
FIG. 1 is a configuration diagram of an inspection work management system 1 according to the present embodiment. As shown in FIG. 1, the inspection work management system 1 includes a server 2, a mobile terminal 3, and a network 4. The server 2 includes a transmission / reception unit 20, an equipment information database 21, an equipment information acquisition unit 26, an inspection information database 22, an inspection information acquisition unit 27, a design information database 23, a design information acquisition unit 28, and a power failure information database. 24, a power failure information acquisition unit 29, a weather database 25, a weather data acquisition unit 30, and an inspection construction necessity determination unit 31.

  In the equipment information database 21, equipment information including equipment ID and position information corresponding to the equipment ID is recorded for various equipment. The facility information acquisition unit 26 refers to the facility information database 21 and acquires these facility information.

  The inspection information database 22 stores equipment ID and inspection information including inspection date and time and inspection results of inspections performed in the past for the equipment corresponding to each equipment ID. The inspection information acquisition unit 27 refers to the inspection information database 22 and acquires the inspection information.

  In the design information database 23, design information such as information on newly installed equipment and construction information on each equipment is recorded. The design information acquisition unit 28 refers to the design information database 23 and acquires the design information.

  In the power failure information database 24, information related to past power failure information is recorded. The power failure information acquisition unit 29 refers to the power failure information database 24 and acquires information related to the power failure information of each facility.

  In the weather database 25, weather information representing the current weather for each region is recorded. The meteorological data acquisition unit 30 refers to the meteorological database 25 and acquires meteorological information of the designated area.

Based on the inspection information of each facility acquired by the inspection information acquisition unit 27, the inspection construction necessity determination unit 31 determines whether or not it is necessary to perform the inspection work on those facilities.
The transmission / reception unit 20 communicates with the mobile terminal 3 via the network 4.

  The portable terminal 3 is a terminal that can be carried during inspection work by a person in charge of inspection such as a PDA or a mobile phone, for example, a transmission / reception unit 40, a GPS (Global Positioning System) 41 as current position information detection means, and an inspection. A construction information input unit 42 and an inspection information display unit 43 are provided. The GPS 41 acquires current position information and supplies the position information to the transmission / reception unit 40. The inspection work information input unit 42 receives input of information on the inspection target equipment and the inspection result from the inspection inspection person in charge. The inspection information display unit 43 displays the ID of inspection target equipment, inspection data, inspection results, map information, etc. received by the mobile terminal 3 from the server 2.

Next, the flow of processing in the inspection work management system 1 when performing inspection inspection will be described with reference to the flowchart of FIG.
First, the GPS 41 of the mobile terminal 3 acquires the current location information (S101). The position information acquired by the GPS 41 is transmitted from the transmission / reception unit 40 of the mobile terminal 3 to the server 2 (S102). The transmission / reception unit 20 of the server 2 receives this position information (S103), and the facility information acquisition unit 26 refers to the facility information database 21 based on the received position information and is near the current position (for example, within a predetermined distance from the current location). The equipment ID of the inspection target equipment and its position information are acquired (S104).

  Next, the inspection information acquisition unit 27 refers to the inspection information database 22 and acquires inspection information such as the date and time of the inspection work performed in the past and the details of the construction for the equipment corresponding to the acquired equipment ID (S105). ). Next, the design information acquisition unit 28 refers to the design information database 23 and acquires design information such as a construction schedule corresponding to the equipment ID (S106). Moreover, the power failure information acquisition part 29 acquires the power failure information of the inspection object equipment corresponding to the acquired equipment ID with reference to the power failure information database 24 (S107). And the meteorological data acquisition part 30 acquires the meteorological data in the location of an applicable inspection object equipment with this equipment ID with reference to a weather database (S108).

  Next, whether or not the inspection work necessity determination unit 31 needs to perform inspection work on each inspection target facility around the current location acquired in S104 based on the latest inspection date and time included in the past inspection information acquired in S105. Is determined (S109). Specifically, for example, if the inspection work has not been performed within the past predetermined period (for example, one year or six months), it is determined that the inspection work is necessary. And each information acquired by S104-S108 and the check necessity determination result in S109 are transmitted to the portable terminal 3 from the transmission / reception part 20 (S110).

  Next, the transmission / reception unit 40 of the mobile terminal 3 receives the information sent in S110 (S111). And the inspection information display part 43 displays the symbol showing each equipment in the aspect according to the necessity of inspection construction in the corresponding position on a map based on the positional information on the received inspection object equipment (S112). FIG. 3 is a diagram illustrating an example of a display screen by the inspection information display unit 43. In the figure, facilities that require inspection work are indicated by white circles, and facilities that do not require inspection work are indicated by black circles. However, this display is an example, and the display may be performed in such a manner that the necessity of inspection work can be determined. Based on such display, the inspection inspection person in charge can know the facilities that need to be inspected around the current position, and can efficiently perform inspection inspection.

  When the display of the facility is clicked on the map displayed on the inspection information display unit 43, detailed information on past inspection work, design information, power outage information, weather data, and the like are displayed (S113). FIG. 4 is an example of the display of the date and time of the past inspection of the inspection target equipment and the result of the inspection work. The inspection inspection person in charge performs inspection work based on this information on the inspection target equipment.

  After the inspection work is completed, the inspection inspection person in charge inputs the result of the current inspection work from the inspection information display unit 43 (S114). If the inspection work results have been input for all facilities that require peripheral inspection (YES in S115), the input inspection work results are automatically transmitted from the transmission / reception unit 40 to the server 2 ( S120).

  In addition, when there is equipment that needs to be inspected around (NO in S115), the inspection result transmission button is pressed (YES in S116), and the input inspection work result is transmitted to the server 2 ( S120).

  If the operation result transmission button is not pressed (NO in S116), if an operation to acquire new facility information is performed (YES in S117), the input inspection work result is sent to the server 2. It is transmitted (S120).

On the other hand, if it is determined that the inspection inspection person has moved to another area based on the current position information detected by the GPS 41 (YES in S118), the mobile terminal 3 determines that the input inspection work result is It is automatically transmitted to the server 2 (S120). In this case, the server 2 transmits to the portable terminal 3 information on the inspection target equipment corresponding to the new area to be moved by the processes of S103 to S110. Thereby, the inspection inspection person in charge can newly grasp the inspection target equipment in the destination area and can continue the inspection work.
If the inspection person has not moved to another area (NO in S118), the facility for which the inspection work result has been input is changed to a completed construction (no construction is required), and the process returns to S112. As a result, the facility for which the inspection work result has been input is displayed with a symbol (black circle in the present embodiment) indicating that construction is not required.

  The inspection work result transmitted from the transmission / reception unit 40 of the portable terminal 3 to the server 2 is received by the transmission / reception unit 20 of the server 2 (S121), and these inspection work results are recorded in the inspection information database 22 (S122).

  According to the inspection work management system 1 described above, even if a person in charge of inspection inspection moves to an area different from the planned inspection area for emergency work, for example, inspection around the current location of the destination is performed. Since the information on the target facility can be acquired, the inspection work can be performed more efficiently.

  In addition, when the inspection inspection person moves from the current area to another area, the inspection result up to that point is automatically transmitted to the server 2, and a new destination area is transferred from the server 2 to the portable terminal 3. Since the information on the equipment to be inspected is sent, the inspection work can be continued efficiently.

It is a block diagram of the inspection construction management system concerning this embodiment. It is a flowchart showing the flow of processing in an inspection construction management system. It is a figure which shows an example of the display screen by an inspection information display part. It is a figure which shows an example of the display screen of the past inspection information of inspection object equipment.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Inspection construction management system 2 Server 3 Portable terminal 4 Network 20 Transmission / reception part 21 Equipment information database 22 Inspection information database 23 Design information database 24 Power failure information database 25 Weather database 26 Equipment information acquisition part 27 Inspection information acquisition part 28 Design information acquisition part 29 Power failure information acquisition unit 30 Weather data acquisition unit 31 Inspection construction necessity determination unit 40 Transmission / reception unit 41 GPS
42 Inspection work information input section 43 Inspection information display section

Claims (5)

Consists of a mobile terminal and a server that can communicate with each other,
The portable terminal is
Current position detecting means for detecting current position information;
A terminal-side transmission unit that transmits the current position information detected by the current position detection means to the server;
The server
A server-side receiving unit that receives the current position information from the mobile terminal;
An equipment information database in which equipment IDs and location information of equipment to be inspected are recorded in association with each other;
An inspection information database in which equipment ID of each equipment to be inspected, inspection information including inspection date and time and inspection results for past inspections are recorded in association with each other;
A facility information acquisition unit that searches the facility information database and acquires a facility ID of an inspection target facility in an area corresponding to the received current position information;
Searching the inspection information database, an inspection information acquisition unit for acquiring inspection information of the acquired inspection target equipment,
Based on the latest inspection date and time included in the acquired inspection information, an inspection construction necessity determination unit that determines whether or not inspection construction is necessary for each facility;
A server-side transmission unit that transmits the acquired inspection information to the portable terminal together with a facility ID of the corresponding inspection target facility, and transmits a determination result by the inspection construction necessity determination unit to the portable terminal ;
The portable terminal further includes:
A terminal-side receiving unit that receives the inspection information, the inspection target equipment ID, and the determination result from the server;
The inspection information display that displays the ID and inspection information of the received inspection target equipment, and displays the inspection target equipment with a symbol in a mode according to the necessity of inspection work on the equipment based on the received determination result. An inspection construction management system characterized by comprising a part.   The inspection work management system according to claim 1, wherein the inspection information display unit displays a symbol representing the inspection target equipment at a corresponding position on a map based on position information of the inspection target equipment. Consists of a mobile terminal and a server that can communicate with each other,
The portable terminal is
Current position detecting means for detecting current position information;
An inspection work input unit that accepts input of the results of this inspection work,
The current position information detected by the current position detection means is transmitted to the server, and when it is determined that the current position information has been moved to another area based on the current position information detected by the position detection means, the inspection work input A terminal-side transmission unit that automatically transmits the result of the inspection work input in the unit to the server ,
The server
A server-side receiving unit that receives the current position information from the mobile terminal;
An equipment information database in which equipment IDs and location information of equipment to be inspected are recorded in association with each other;
An inspection information database in which equipment ID of each equipment to be inspected, inspection information including inspection date and time and inspection results for past inspections are recorded in association with each other;
A facility information acquisition unit that searches the facility information database and acquires a facility ID of an inspection target facility in an area corresponding to the received current position information;
Searching the inspection information database, an inspection information acquisition unit for acquiring inspection information of the acquired inspection target equipment,
A server-side transmitter that transmits the acquired inspection information to the portable terminal together with a facility ID of the corresponding inspection target facility,
When it is determined that the mobile terminal has moved to another area based on the received current position information, the equipment information acquisition unit acquires the equipment ID of the inspection target equipment for the other area, and the inspection An information acquisition unit acquires inspection information corresponding to the facility ID, and the server-side transmission unit transmits the facility ID and inspection information to the mobile terminal,
The portable terminal further includes:
From the server, a terminal-side receiving unit that receives the inspection information and the inspection target equipment ID;
An inspection work management system comprising: an inspection information display unit for displaying the received ID of inspection target equipment and inspection information. A portable terminal having current position detecting means for detecting current position information;
The various inspection target equipment, the corresponding position information and equipment ID and the facility information database recorded in association is, each inspection target facility equipment ID and inspection information that the past inspection include inspection results and inspection date and time A method of managing inspection work by a server comprising an inspection information database recorded with
The portable terminal transmits the current position information detected by the current position detecting means to the server;
The server is
Receiving the current location information from the mobile terminal;
Search the facility information database to obtain the inspection target facility in the area corresponding to the received current position information,
Search the inspection information database, acquire inspection information of the acquired inspection target equipment,
Based on the latest inspection date and time included in the acquired inspection information, determine the necessity of inspection work for each facility,
The acquired inspection information is transmitted to the portable terminal together with the equipment ID of the corresponding inspection target equipment,
Sending the result of determining whether or not inspection work is necessary for each facility to the mobile terminal,
The mobile terminal is
Display the inspection target equipment ID and inspection information received from the server ,
An inspection work management method , wherein the inspection object equipment is displayed with a symbol in a mode corresponding to the necessity of inspection work for the equipment based on the received determination result . A portable terminal having current position detecting means for detecting current position information;
The various inspection target equipment, the corresponding position information and equipment ID and the facility information database recorded in association is, each inspection target facility equipment ID and inspection information that the past inspection include inspection results and inspection date and time A method of managing inspection work by a server comprising an inspection information database recorded with
The mobile terminal is
Accept the input of the result of this inspection work,
The current position information detected by the current position detection means is transmitted to the server, and when it is determined that the current position information has been moved to another area based on the current position information detected by the position detection means, the inspection work input The result of the inspection work entered in the department is automatically sent to the server ,
The server is
Receiving the current location information from the mobile terminal;
When it is determined that the mobile terminal has moved to another area based on the received current position information, the equipment information database is searched, and the equipment ID of the inspection target equipment is obtained for the other area ,
Search the inspection information database, acquire inspection information corresponding to the acquired equipment ID ,
Send the acquired equipment ID and inspection information to the mobile terminal,
An inspection construction management method, wherein the portable terminal displays an ID of inspection target equipment and inspection information received from the server.

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