JP5030662B2 - Repair personnel call system, method and program - Google Patents

Repair personnel call system, method and program Download PDF

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JP5030662B2
JP5030662B2 JP2007131011A JP2007131011A JP5030662B2 JP 5030662 B2 JP5030662 B2 JP 5030662B2 JP 2007131011 A JP2007131011 A JP 2007131011A JP 2007131011 A JP2007131011 A JP 2007131011A JP 5030662 B2 JP5030662 B2 JP 5030662B2
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personnel
accident
information
repair
determination unit
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信次 森脇
政晃 松浦
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Chugoku Electric Power Co Inc
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インフラネットワークで発生した事故に係る補修作業の要員を呼出す補修要員呼出システム、方法及びプログラムに関する。   The present invention relates to a repair personnel call system, a method, and a program for calling personnel for repair work related to an accident occurring in an infrastructure network.

配電線事故が発生すると、大至急、補修作業を行い、速やかに停電が復旧するように努めなければならない。このため、電気事業者は、事故が発生すると、直ちにその事故の補修作業を行うための要員を呼出すが、この呼出のプロセスは、当該補修作業に必要な要員数を把握するとともに、各要員の連絡先を確認し、各要員に出動の可否を照会するという手順で行われるため、時間を要することが多く、これにかかった時間がそのまま停電復旧の遅れに繋がる。したがって、要員呼出のプロセスの迅速化が課題となっている。   When a distribution line accident occurs, repair work must be performed urgently and efforts should be made to quickly recover from the power outage. For this reason, when an accident occurs, an electric power company calls for personnel to perform repair work for the accident immediately, and this calling process grasps the number of personnel required for the repair work and Since it is performed by the procedure of confirming the contact information and inquiring whether each person can be dispatched or not, it often takes time, and this time directly leads to a delay in power recovery. Therefore, speeding up the personnel call process is an issue.

ところで、特許文献1には、電気事業者の顧客に対してインターネット等を介して停電に関する情報を容易かつ迅速に提供することができる技術が開示されている。しかし、この技術は、顧客に対する情報提供に係るものであって、電気事業者等が事故の復旧に迅速に対応するためのものではない。
特開2006−174563
By the way, Patent Document 1 discloses a technology that can easily and quickly provide information about a power failure to an electric power company customer via the Internet or the like. However, this technology relates to providing information to customers, and is not intended for electric utilities to quickly respond to accident recovery.
JP 2006-174563 A

本発明は、このような課題に対して、インフラネットワークを用いて公共サービスを供給する事業において、事故が発生した場合に補修作業の要員を迅速に召集するための連絡をすることができるシステムを提供することを目的とする。   In response to such problems, the present invention provides a system capable of making a call to promptly mobilize repair personnel when an accident occurs in a business that supplies public services using an infrastructure network. The purpose is to provide.

第1の発明は、配電線網を用いて電力を供給する事業において、事故が発生した場合に補修作業の要員を呼出す補修要員呼出システムであって、
事故の内容と場所を含む事故情報を取得する事故情報取得部と、
前記配電線網の各線の位置及び各区間における電柱の数を含む配電線網情報を記憶する配電線網情報記憶部と、
前記事故情報取得部が取得した事故情報に含まれる事故の場所から前記配電線網情報を参照して、事故が発生した配電線の区間を特定すると共に該特定した区間における電柱の数を特定し、該特定した電柱の数に比例した要員数を、当該事故の補修作業に必要な要員数として判定する必要要員数判定部と、
補修作業に従事する各要員が携帯する通信手段の連絡先を含む要員情報を記憶する要員情報記憶部と、
前記事故情報取得部が事故情報を取得した場合に、前記要員情報記憶部に記憶された各要員に係る情報に基づいて、各要員が携帯する通信手段から当該要員の現在の位置情報を受信する要員位置情報受信部と、
前記要員位置情報受信部が受信した各要員の現在の位置情報と、所定の集合場所とに基づいて、各要員と前記所定の集合場所との距離を判定する距離判定部と、
前記要員情報記憶部に記憶された要員のうち、前記距離判定部が判定した距離が所定の距離以内である要員の中から、前記必要要員数判定部が判定した要員数の召集要員を決定する召集要員決定部と、
を備えることを特徴とする補修要員呼出システムである。
The first invention is a repair personnel call system for calling repair personnel when an accident occurs in a business of supplying power using a distribution network .
An accident information acquisition unit that acquires accident information including the content and location of the accident;
A distribution network information storage unit for storing distribution network information including the position of each line of the distribution network and the number of utility poles in each section ;
Referring to the distribution network information from the location of the accident included in the accident information acquired by the accident information acquisition unit , identify the section of the distribution line where the accident occurred and identify the number of power poles in the identified section A necessary number of personnel determination unit that determines the number of personnel proportional to the number of specified power poles as the number of personnel necessary for repair work of the accident;
A personnel information storage unit for storing personnel information including contact information of communication means carried by each personnel engaged in repair work;
When the accident information acquisition unit acquires the accident information, the current position information of the personnel is received from the communication means carried by each personnel based on the information relating to each personnel stored in the personnel information storage unit. A personnel position information receiving unit;
A distance determination unit that determines a distance between each person and the predetermined meeting place based on the current position information of each person received by the staff position information receiving unit and a predetermined meeting place;
Among the personnel stored in the personnel information storage unit, the number of personnel determined by the necessary personnel number determination unit is determined from the personnel whose distance determined by the distance determination unit is within a predetermined distance. The convening personnel decision department;
A repair personnel call system characterized by comprising:

の発明は、第1の発明の何れかに記載の補修要員呼出システムであって、
前記距離判定部が判定した距離が所定の距離以内である要員の携帯する通信手段に対して、出動の可否の問合せを送信する出動可否照会部と、
前記問合せを受けた要員の通信手段から出動の可否についての回答を受信する出動可否受信部と、を備え、
前記召集要員決定部は、前記出動可否受信部において受信した回答が出勤可能である要員の中から、召集要員を決定することを特徴とする補修要員呼出システムである。
A second invention is a repair personnel call system according to any one of the first inventions,
A dispatchability inquiry section that transmits an inquiry about availability of dispatch to communication means carried by personnel whose distance determined by the distance determination section is within a predetermined distance;
A dispatch availability receiving unit that receives an answer about availability of dispatch from the communication means of the personnel who received the inquiry,
The summoning member determination unit is a repair personnel calling system characterized in that a summoning member is determined from among the personnel whose answers received in the dispatching availability receiving unit can attend work .

の発明は、第の発明に記載の補修要員呼出システムであって、
前記出動可否照会部は、出動が可能である場合には前記所定の集合場所に出動するまでに要する時間についても回答を要求する旨を送信し、
前記出動可否受信部は、出動が可能である場合には前記所定の集合場所に出動するまでに要する時間についても回答を受信し、
前記召集要員決定部は、前記出動可否受信部において受信した出動に要する時間が短い要員から順に招集要員として決定することを特徴とする補修要員呼出システムである。
A third invention is a repair personnel call system according to the second invention,
The dispatchability inquiry unit transmits a request for an answer regarding the time required to dispatch to the predetermined meeting place when dispatch is possible,
The dispatch availability receiving unit receives an answer regarding the time required to dispatch to the predetermined meeting place when dispatch is possible,
The convening personnel determination unit is a repair personnel call system characterized in that the convening personnel determination unit sequentially determines as the convening personnel from the personnel with the shortest time required for dispatching received at the dispatching availability receiving unit.

の発明は、第1〜の発明の何れかに記載の補修要員呼出システムであって、
前記配電線網情報記憶部は、前記配電線網各配電線の設置箇所が市街地、農業地域又は山間部の何れであるかを示す地理情報を含めて記憶し、
前記地理情報を参照して、前記必要要員数判定部により特定した、事故が発生した配電線の設置箇所が山間部である場合に、前記設置箇所が市街地又は農業地である場合よりも、当該事故の補修作業の難度が高くなるように、事故発生場所の地理特性による補修作業の難度を判定する地理特性判定部を備え、
前記必要要員数判定部は、前記特定した電柱の数に比例した要員数に、前記地理特性判定部において判定した難度が高いほど大きな値に設定した地理係数を乗じた人数を、当該事故の補修作業に必要な要員数として判定することを特徴とする補修要員呼出
である。
A fourth invention is the repair personnel call system according to any one of the first to third inventions,
The distribution line network information storage unit stores geographical information indicating whether the installation location of each distribution line of the distribution line network is an urban area, an agricultural area, or a mountainous area ,
With reference to the geographic information, the installation location of the distribution line where the accident has occurred, specified by the required personnel number determination unit, is a mountainous area, than the case where the installation location is an urban area or an agricultural area, In order to increase the difficulty of accident repair work , equipped with a geographic characteristic determination unit that determines the difficulty of repair work according to the geographical characteristics of the accident location,
The necessary personnel number determination unit repairs the accident by multiplying the number of personnel proportional to the number of specified utility poles by the geographic coefficient set to a larger value as the difficulty determined in the geographic characteristic determination unit is higher. This is a repair personnel call characterized in that it is determined as the number of personnel necessary for the work.

の発明は、第1〜の発明の何れかに記載の補修要員呼出システムであって、
前記必要要員数判定部は、前記特定した電柱の数に比例した要員数に、前記事故情報取得部が取得した事故情報に含まれる事故の場所と前記所定の集合場所との距離に応じた距離係数を乗じた人数を、当該事故の補修作業に必要な要員数として判定することを特徴とする補修要員呼出システムである。
A fifth invention is the repair personnel call system according to any one of the first to fourth inventions,
The required personnel number determination unit is a distance according to the distance between the location of the accident included in the accident information acquired by the accident information acquisition unit and the predetermined meeting location in the number of personnel proportional to the number of the specified power poles A repair personnel call system characterized in that the number of persons multiplied by a coefficient is determined as the number of personnel necessary for repair work of the accident.

の発明は、第1〜の発明の何れかに記載の補修要員呼出システムであって、
事故現場の気象状況を示す情報を取得する気象状況取得部と、
前記気象状況取得部が取得した情報で示される気象状況に基づいて、当該補修作業の難度を判定する気象難度判定部と、を備え、
前記必要要員数判定部は、前記特定した電柱の数に比例した要員数に、前記気象難度判定部の判定した難度が高いほど大きな値に設定した気象係数を乗じた人数を、当該事故の補修作業に必要な要員数として判定することを特徴とする補修要員呼出システムである。
A sixth invention is a repair personnel call system according to any one of the first to fifth inventions,
And weather conditions acquisition unit that acquires information indicating the weather conditions of the accident site,
A weather difficulty determination unit that determines the difficulty level of the repair work based on the weather condition indicated by the information acquired by the weather condition acquisition unit;
The necessary personnel number determination unit repairs the accident by multiplying the number of personnel proportional to the number of specified utility poles by the weather coefficient set to a larger value as the difficulty determined by the weather difficulty determination unit is higher. It is a repair personnel call system characterized by determining the number of personnel necessary for work.

の発明は、第1〜の発明の何れかに記載の補修要員呼出システムであって、
前記事故情報取得部は、事故発生の日時を示す情報を取得し、
前記事故情報取得部が取得した事故情報に基づいて、事故現場が昼間であるか夜間であるかを判定する取得する昼夜状況判定部と、
前記昼夜状況判定部により、事故現場が夜間である場合に昼間である場合よりも、当該事故の補修作業の難度が高くなるように、当該補修作業の難度を判定する昼夜難度判定部と、を備え、
前記必要要員数判定部は、前記特定した電柱の数に比例した要員数に、前記昼夜難度判定部において判定した難度が高いほど大きな値に設定した昼夜係数を乗じた人数を、当該補修作業に必要な要員数として判定することを特徴とする補修要員呼出システムである。
A seventh invention is the repair personnel call system according to any one of the first to sixth inventions,
The accident information acquisition unit acquires information indicating the date and time of the accident,
Based on the accident information acquired by the accident information acquisition unit, to determine whether the accident site is daytime or nighttime day and night situation determination unit,
The day / night situation determination unit determines the difficulty level of the repair work so that the difficulty level of the repair work of the accident is higher than when it is daytime when the accident site is at night, and Prepared,
The necessary number of personnel determination unit adds the number of personnel proportional to the number of specified power poles to the number of personnel multiplied by the day / night coefficient set to a larger value as the degree of difficulty determined by the day / night difficulty determination unit increases. It is a repair personnel call system characterized by determining the number of necessary personnel.

の発明は、第1〜の発明の何れかに記載の補修要員呼出システムであって、
前記必要要員数判定部は、事故情報に基づいて、当該補修作業に必要な職位別の要員数を判定し、
前記要員情報記憶部は、各要員の職位を各要員に関連付けて記憶し、
前記召集要員決定部は、前記必要要員数判定部が判定した職位別の要員数と前記要員情報記憶部が記憶する当該要員の職位とにも基づいて、召集要員を決定することを特徴とする補修要員呼出システムである。
An eighth invention is the repair personnel call system according to any one of the first to seventh inventions,
The required personnel number determination unit determines the number of personnel for each position necessary for the repair work based on the accident information,
The personnel information storage unit stores the position of each personnel in association with each personnel,
The calling member determination unit determines a calling member based on the number of personnel for each position determined by the required number of members determination unit and the position of the personnel stored in the personnel information storage unit. It is a repair personnel call system.

の発明は、第1〜の発明の何れかに記載の補修要員呼出システムであって、
前記要員情報記憶部は、所定期間に係る各要員の時間外勤務時間を含む各要員の服務状況を各要員に関連付けて記憶することを特徴とする補修要員呼出システムである。
A ninth invention is the repair personnel calling system according to any one of the first to eighth inventions,
The personnel information storage unit is a repair personnel call system characterized by storing each personnel's service status including overtime hours of each personnel related to a predetermined period in association with each personnel.

10の発明は、第9の発明に記載の補修要員呼出システムであって、
前記要員情報記憶部において記憶された当該各要員の服務状況に基づいて、当該各要員の時間外勤務時間が所定の時間外勤務時間の上限に達しているか否かを判定する残業可否判定部を備え、
前記召集要員決定部は、前記要員情報記憶部に記憶された要員のうち、前記残業可否判定部が時間外勤務時間の上限を越えていると判定した要員を除いた要員の中から、前記必要要員数判定部が判定した要員数の召集要員を決定することを特徴とする補修要員呼出システである。
A tenth invention is a repair personnel call system according to the ninth invention ,
An overtime determination unit that determines whether or not the overtime hours of each person have reached a predetermined upper limit of overtime hours based on the service status of each person stored in the personnel information storage unit; Prepared,
The convening-person determining unit is the necessary person out of the personnel stored in the personnel information storage unit, excluding the personnel determined by the overtime availability determination unit to exceed the upper limit of overtime hours. a repair personnel call system, characterized in that the personnel number determination section determines the convening personnel number personnel determined.

11の発明は、第又は10の発明に記載の補修要員呼出システムであって、
前記召集要員決定部は、前記要員情報記憶部において記憶された当該各要員の服務状況に基づいて、時間外勤務時間が少ない要員を優先して、前記召集要員として決定することを特徴とする補修要員呼出システム。
An eleventh invention is the repair personnel call system according to the ninth or tenth invention,
The repairing member determining unit gives priority to a member with less overtime based on the service status of each member stored in the member information storage unit, and determines the member as the calling member. Personnel call system.

本発明によれば、インフラネットワークを用いて公共サービスを供給する事業において、事故が発生した場合に補修作業の要員を迅速に召集するための連絡をすることができる。   ADVANTAGE OF THE INVENTION According to this invention, in the business which supplies a public service using an infrastructure network, when an accident occurs, it can contact for promptly calling the staff of repair work.

図1は、本発明の一実施形態である補修要員呼出システム1のハードウェア構成を示す図である。補修要員呼出システム1は、CPU10、メモリ11、記憶手段12、記録媒体読取手段13、通信インターフェイス14、入力手段15、及び出力手段16等を備えている。   FIG. 1 is a diagram showing a hardware configuration of a repair personnel call system 1 according to an embodiment of the present invention. The repair personnel call system 1 includes a CPU 10, a memory 11, a storage unit 12, a recording medium reading unit 13, a communication interface 14, an input unit 15, an output unit 16, and the like.

記憶手段12に記憶されているプログラムがメモリ11に読み出され、CPU10はメモリ11に格納されたプログラムを実行する。ここで、記憶手段12とは例えばハードディスクドライブ等である。また、記録媒体読取手段13は、CD−ROM等の記録媒体17に記録されたプログラムを読み取り、記憶手段12に格納することもできる。入力手段15は、キーボードやマウス等である。また、出力手段16は、ディスプレイやプリンタ等である。   The program stored in the storage unit 12 is read into the memory 11, and the CPU 10 executes the program stored in the memory 11. Here, the storage means 12 is, for example, a hard disk drive. The recording medium reading unit 13 can also read a program recorded on a recording medium 17 such as a CD-ROM and store it in the storage unit 12. The input means 15 is a keyboard or a mouse. The output unit 16 is a display, a printer, or the like.

図2は、本発明の一実施形態である補修要員呼出システム1の機能構成図である。同図に示すように、補修要員呼出システム1は、事故情報取得部21、地理特性判定部22、気象状況取得部23、気象難度判定部24、昼夜状況判定部25、昼夜難度判定部26、必要要員数判定部27、要員位置情報受信部28、集合場所決定部29、距離判定部30、出動可否照会部31、出動可否受信部32、残業可否判定部33、召集要員決定部34の各機能部と、配電線網情報記憶部41、要員情報記憶部42の各記憶部を備える。各機能部21〜37は、CPU10が記憶手段12に記憶されたプログラムを読み出して実行することにより実現される。また、各記憶部41、42は、記憶手段12上に構築される。   FIG. 2 is a functional configuration diagram of the repair personnel call system 1 according to the embodiment of the present invention. As shown in the figure, the repair personnel call system 1 includes an accident information acquisition unit 21, a geographical characteristic determination unit 22, a weather condition acquisition unit 23, a weather difficulty determination unit 24, a day / night situation determination unit 25, a day / night difficulty determination unit 26, Each of the necessary number of personnel determination unit 27, the personnel position information reception unit 28, the meeting place determination unit 29, the distance determination unit 30, the dispatch availability inquiry unit 31, the dispatch availability determination unit 32, the overtime availability determination unit 33, and the convening personnel determination unit 34 The storage unit includes a functional unit, a distribution network information storage unit 41, and a personnel information storage unit 42. Each of the functional units 21 to 37 is realized by the CPU 10 reading and executing a program stored in the storage unit 12. The storage units 41 and 42 are constructed on the storage unit 12.

なお、補修要員呼出システム1は、電力やガス、水道等のインフラネットワークを用いて公共サービスを供給する事業において用いることができるが、本実施形態においては、電力事業の配電線網での事故対応において用いられた場合について説明する。   The repair personnel call system 1 can be used in a business that supplies public services using an infrastructure network such as electric power, gas, and water. In this embodiment, an accident response in a power distribution network is performed. The case where it was used in will be described.

配電線網情報記憶部41(特許請求の範囲における「ネットワーク情報記憶部」)は、配電線網に係る情報を記憶する。具体的には、配電線網情報記憶部41は、地形や河川、道路状況などの一般的な地理情報に関連付けて配電線網の各線の位置及び各区間における電柱の数等の配電線に係る情報を記憶する。   The distribution network information storage unit 41 (“network information storage unit” in the claims) stores information related to the distribution network. Specifically, the distribution network information storage unit 41 relates to distribution lines such as the position of each line of the distribution network and the number of utility poles in each section in association with general geographical information such as topography, rivers, and road conditions. Store information.

要員情報記憶部42は、補修作業に従事する各要員に係る情報を記憶する。図3は、要員情報記憶部42に記憶されたある月の情報のデータ構成を示す図である。図3に示すように、補修作業に従事する各要員を特定する情報(例えば、氏名や職員ID等)、要員の技能(作業責任者、活線作業者、柱上作業者等)、今月、前月及び今年度の時間外及び休日の労働時間数(特許請求の範囲でいう「時間外勤務時間」)並びに休日出勤日数、並びに各要員の携帯する通信手段(本実施形態では、例えば、携帯電話)の呼出コード(本実施形態では、例えば、携帯電話の電話番号)である。   The personnel information storage unit 42 stores information relating to each personnel engaged in repair work. FIG. 3 is a diagram illustrating a data configuration of information on a month stored in the personnel information storage unit 42. As shown in FIG. 3, information for identifying each person engaged in repair work (for example, name and staff ID), the skill of the person (work manager, live line worker, pole worker, etc.), this month, The number of working hours for overtime and holidays of the previous month and the current year ("overtime working hours" in the claims), the number of working days on holidays, and communication means carried by each person (in this embodiment, for example, a mobile phone) ) (In this embodiment, for example, a mobile phone number).

事故情報取得部21は、配電線事故の発生した区間等の事故発生場所と事故の内容とを含む事故情報を取得する。この事故情報は、電気事業者が一般的に導入している自動配電化システム等から取得できる。   The accident information acquisition unit 21 acquires accident information including an accident occurrence location such as a section where a distribution line accident has occurred and the content of the accident. This accident information can be obtained from an automatic power distribution system or the like generally introduced by electric utilities.

地理特性判定部22は、事故情報取得部21が取得した事故情報と配電線網情報記憶部41の記憶する地理情報とに基づいて、事故発生場所の地理特性による補修作業の難度を判定する。地理特性とは、市街地、農業地域、山間部等のことであり、市街地又は農業地域であれば、補修作業の難度は低く、山間部では補修作業の難度が高い。   Based on the accident information acquired by the accident information acquisition unit 21 and the geographical information stored in the distribution network information storage unit 41, the geographical characteristic determination unit 22 determines the difficulty level of repair work based on the geographical characteristics of the accident occurrence location. Geographic characteristics are an urban area, an agricultural area, a mountainous area, etc. If it is an urban area or an agricultural area, the difficulty of repair work is low, and the difficulty of repair work is high in a mountainous area.

気象状況取得部23は、事故現場の気象状況に係る情報を取得する。気象状況とは、晴れ、曇り、雨、大雨、雷雨等の天候や風速等である。この気象情報は、気象庁のホームページや気象予報会社等から取得してもよいし、独自の観測網により取得してもよい。   The weather condition acquisition unit 23 acquires information related to the weather condition of the accident site. The weather conditions include weather such as sunny, cloudy, rainy, heavy rain, thunderstorm, and wind speed. This meteorological information may be acquired from the homepage of the Japan Meteorological Agency, a weather forecast company, or the like, or may be acquired through an original observation network.

気象難度判定部24は、気象状況取得部23が取得した気象状況に係る情報に基づいて、当該補修作業の難度を判定する。例えば、晴れ又は曇り等の穏やかな天気であれば、補修作業の難度は低いが、雷雨や強風等の場合には補修作業の難度が高い。   The weather difficulty level determination unit 24 determines the difficulty level of the repair work based on the information related to the weather status acquired by the weather status acquisition unit 23. For example, if the weather is mild such as sunny or cloudy, the difficulty of the repair work is low, but if it is a thunderstorm or a strong wind, the repair work is difficult.

昼夜状況判定部25は、事故情報取得部21が取得した事故情報と日時とに基づいて、事故現場が昼間であるか夜間であるかを判定する。なお、日時は、時計及びカレンダー機能により一般的に取得できるものでよい。   The day / night situation determination unit 25 determines whether the accident site is daytime or nighttime based on the accident information and date and time acquired by the accident information acquisition unit 21. Note that the date and time can be generally obtained by a clock and calendar function.

昼夜難度判定部26は、昼夜状況判定部25が取得した昼夜状況に係る情報に基づいて、当該補修作業の難度を判定する。例えば、昼間であれば明るいので補修作業の難度は低いが、夜間は照明を用意したとしても暗いので補修作業の難度が高い。   The day / night difficulty determination unit 26 determines the difficulty level of the repair work based on the information related to the day / night situation acquired by the day / night situation determination unit 25. For example, although it is bright during the daytime, the difficulty of the repair work is low, but at night, even if lighting is prepared, the repair work is difficult because it is dark.

必要要員数判定部27は、事故情報取得部21が取得した事故情報と、配電線網情報記憶部41が記憶する配電線網に係る情報とに基づいて、当該事故の補修作業に必要な要員数を判定する。具体的には、事故情報取得部21が取得した事故情報により事故が発生した配電線の区間を特定することができ、配電線網情報記憶部41が記憶する配電線網に係る情報により、その事故発生区間にある電柱の本数を取得することができる。そして、次のような式(1)によって必要な要員数を算出する。
(要員数)=(事故区間電柱本数)÷(所定係数) ・・・(1)
ここで、所定係数とは、要員一人当たりが担当可能な電柱の本数であって、例えば30である。
Based on the accident information acquired by the accident information acquisition unit 21 and the information related to the distribution network stored in the distribution network information storage unit 41, the necessary personnel number determination unit 27 is necessary for repairing the accident. Determine the number. Specifically, the section of the distribution line in which the accident has occurred can be specified by the accident information acquired by the accident information acquisition unit 21, and the information relating to the distribution network stored in the distribution network information storage unit 41 The number of utility poles in the accident occurrence section can be acquired. Then, the necessary number of personnel is calculated by the following equation (1).
(Number of personnel) = (Number of poles in the accident section) ÷ (predetermined coefficient) (1)
Here, the predetermined coefficient is the number of utility poles that can be handled by one person, for example, 30.

なお、必要要員数判定部27は、地理特性判定部22が判定した補修作業の難度に基づいて、当該事故の補修作業に必要な要員数を判定してもよい。すなわち、補修作業の難度が低い事故の場合は、要員数は少なくてすむが、難度が高い事故の場合は、より多くの要員が必要となる。よって、式(1)に山間部や遠隔地等においては地理的状況に伴う難度(以下、「地理係数」という)を付加した式(2)によって必要な要員数を算出してもよい。
(要員数)=(事故区間電柱本数)×(地理係数)÷(所定係数) ・・・(2)
The necessary number of personnel determination unit 27 may determine the number of personnel necessary for the repair work of the accident based on the difficulty level of the repair work determined by the geographic characteristic determination unit 22. That is, in the case of an accident with a low degree of repair work, the number of personnel is small, but in the case of an accident with a high degree of difficulty, a larger number of personnel is required. Therefore, the necessary number of personnel may be calculated by Expression (2) in which a difficulty level (hereinafter referred to as “geographic coefficient”) is added to Expression (1) in a mountainous area or a remote place.
(Number of personnel) = (Number of poles in the accident section) x (Geographic coefficient) / (Predetermined coefficient) (2)

また、後述する集合場所決定部29が決定した集合場所と事故現場との距離に基づいて、当該事故の補修作業に必要な要員数を判定してもよい。すなわち、集合場所から事故現場が遠い場合、補修作業を開始した後に要員不足として要員の補充しようとしても現場に到着するまでに時間がかかることから、予め多目の要員を確保しておくことが望ましい。よって、例えば式(2)に集合場所から事故現場までの距離に基づく係数(以下、「距離係数」という)を付加した式(3)によって必要な要員数を算出してもよい。
(要員数)=(事故区間電柱本数)×(地理係数)×(距離係数)÷(所定係数)
・・・(3)
Further, the number of personnel necessary for repair work of the accident may be determined based on the distance between the meeting place determined by the meeting place determination unit 29 described later and the accident site. In other words, if the accident site is far from the meeting place, it will take time to arrive at the site even if you try to replenish personnel after starting repair work, so it is necessary to secure a large number of personnel in advance. desirable. Therefore, for example, the necessary number of personnel may be calculated by Expression (3) in which a coefficient based on the distance from the meeting place to the accident site (hereinafter referred to as “distance coefficient”) is added to Expression (2).
(Number of personnel) = (number of poles in the accident section) x (geographic coefficient) x (distance coefficient) / (predetermined coefficient)
... (3)

必要要員数判定部27は、気象難度判定部24が判定した事故現場の気象状況に伴う補修作業の難度に基づいて、当該事故の補修作業に必要な要員数を判定してもよい。すなわち、補修作業の難度が低い事故の場合は、要員数は少なくてすむが、難度が高い事故の場合は、より多くの要員が必要となる。よって、例えば式(3)に気象状況に伴う難度(以下、「気象係数」という)を付加した式(4)によって必要な要員数を算出してもよい。
(要員数)=(事故区間電柱本数)×(地理係数)×(距離係数)×(気象係数)
÷(所定係数) ・・・(4)
The necessary personnel number determination unit 27 may determine the number of personnel necessary for the repair work of the accident based on the difficulty level of the repair work associated with the weather situation at the accident site determined by the weather difficulty determination unit 24. That is, in the case of an accident with a low degree of repair work, the number of personnel is small, but in the case of an accident with a high degree of difficulty, a larger number of personnel is required. Therefore, for example, the necessary number of personnel may be calculated by the equation (4) obtained by adding the difficulty (hereinafter referred to as “meteorological coefficient”) according to the weather condition to the equation (3).
(Number of personnel) = (Number of poles in the accident section) x (Geographic coefficient) x (Distance coefficient) x (Meteorological coefficient)
÷ (predetermined coefficient) (4)

必要要員数判定部27は、昼夜難度判定部26が判定した昼夜状況に伴う補修作業の難度に基づいて、当該事故の補修作業に必要な要員数を判定してもよい。すなわち、補修作業の難度が低い事故の場合は、要員数は少なくてすむが、難度が高い事故の場合は、より多くの要員が必要となる。よって、例えば式(4)に昼夜状況に伴う難度(以下、「昼夜係数」という)を付加した式(5)によって必要な要員数を算出してもよい。
(要員数)=(事故区間電柱本数)×(地理係数)×(距離係数)×(気象係数)
×(昼夜係数)÷(所定係数) ・・・(5)
The necessary personnel number determination unit 27 may determine the number of personnel necessary for the repair work of the accident based on the difficulty level of the repair work associated with the day / night situation determined by the day / night difficulty determination unit 26. That is, in the case of an accident with a low degree of repair work, the number of personnel is small, but in the case of an accident with a high degree of difficulty, a larger number of personnel is required. Therefore, for example, the necessary number of personnel may be calculated by the equation (5) in which the difficulty associated with the day / night situation (hereinafter referred to as “day / night coefficient”) is added to the equation (4).
(Number of personnel) = (Number of poles in the accident section) x (Geographic coefficient) x (Distance coefficient) x (Meteorological coefficient)
× (Day and night coefficient) ÷ (predetermined coefficient) (5)

ところで、必要要員数判定部27は、要員の職位を勘案し、例えば、技能水準が高く現場の責任者となる作業責任者、次に技能水準が高い通電中の電線に触れて作業することができる活線作業者、その次の技能水準の電柱に登って作業することができる柱上作業者等の職位別に必要な要員数を判定してもよい。例えば、補修作業の質を確保するためには、要員の5人に1人は作業責任者であることが必要であり、要員の過半数は次に技能水準の高い活線作業員である必要があって、残りについては柱上作業員とする。要員が15名必要な場合であるときであれば、少なくとも3人は作業責任者である必要があり、少なくとも8人は活線作業員である必要があって、4人は柱上作業員となる。具体的には、次の式(6)、式(7)及び式(8)によって必要な要員数を算出してもよい。
(作業責任者数)≧(要員数)×1/5 ・・・(6)
(活線作業員数)≧(要員数)×1/2 ・・・(7)
(柱上作業員数)=(要員数)−(作業責任者数)−(活線作業員数) ・・・(8)
By the way, the necessary number-of-manpower determination unit 27 takes into consideration the position of the personnel, and, for example, can work by touching a working person who has a high skill level and is responsible for the field, and then a high-skilled power line. The necessary number of personnel may be determined according to job titles such as a live worker who can work and a pole worker who can work by climbing a utility pole of the next skill level. For example, in order to ensure the quality of repair work, one out of every five staff members must be responsible for the work, and the majority of the staff members must be live workers with the next highest skill level. The rest will be pole workers. If 15 people are needed, at least 3 people need to be responsible for work, at least 8 people need to be live workers, and 4 people are pole workers. Become. Specifically, the necessary number of personnel may be calculated by the following equations (6), (7), and (8).
(Number of persons in charge of work) ≥ (Number of personnel) x 1/5 (6)
(Number of live-line workers) ≧ (Number of personnel) × 1/2 (7)
(Number of workers on pole) = (Number of personnel)-(Number of workers in charge)-(Number of live workers) (8)

なお、下位の技能水準の要員が不足する場合は、上位の技能水準の要員で代替することができるが、上位の技能水準の要員が不足する場合であっても、下位の技能水準の要員で代替することはできない。   If there is a shortage of personnel with a lower skill level, it can be replaced by personnel with a higher skill level. It cannot be replaced.

要員位置情報受信部28は、事故情報取得部21が事故情報を取得した場合に、要員情報記憶部42に記憶された各要員に係る情報に基づいて、それらの各要員が携帯電話にポーリングを行い、それらの各要員の現在の位置情報を受信する。なお、要員情報記憶部42において記憶された各要員は、全地球測位システム(Global Positioning System:GPS)機能付の携帯電話を予めそれぞれ配布されて、常に携行しているものとする。   When the accident information acquisition unit 21 acquires the accident information, the personnel position information reception unit 28 polls the mobile phone based on the information related to each person stored in the personnel information storage unit 42. And receive current location information for each of those personnel. It is assumed that each person stored in the person information storage unit 42 is distributed with a mobile phone with a global positioning system (GPS) function in advance and always carries it.

集合場所決定部29は、事故情報取得部21が取得した事故情報と配電線網情報記憶部41が記憶する配電線網に係る情報とに基づいて、当該事故現場を管轄する配電線網管理事務所等、当該要員が集合する場所(特許請求の範囲でいう「所定の集合場所」)を決定する。なお、所定の集合場所は、集合場所決定部29によらずに、予め定められていてもよく、また事故発生場所に基づいて人為的に指定されるものとしてもよい。   The meeting place determination unit 29 is based on the accident information acquired by the accident information acquisition unit 21 and the information related to the distribution network stored in the distribution network information storage unit 41, and the distribution network management office that has jurisdiction over the accident site. A place where the personnel gather (such as a “predetermined gathering place” in the claims) is determined. The predetermined meeting place may be determined in advance without depending on the meeting place determination unit 29, or may be artificially designated based on the place where the accident occurred.

距離判定部30は、要員位置情報受信部28が受信した各要員の現在の位置情報と、集合場所決定部29が決定した集合場所とに基づいて、各要員と集合場所との距離を判定する。   The distance determination unit 30 determines the distance between each person and the meeting place based on the current position information of each person received by the person position information receiving unit 28 and the meeting place determined by the meeting place determination unit 29. .

出動可否照会部31は、距離判定部30が判定した距離が所定の距離以内である要員の携帯電話に対して、出動の可否を照会する旨を送信する。ここで、所定の距離とは、短時間(例えば15分)のうちに集合場所に出動可能な距離である。また、出動の可否の照会は、電子メール等で行う。   The dispatch permission / inquiry inquiry unit 31 transmits a message indicating that the dispatch is permitted to the cellular phone of the personnel whose distance determined by the distance determination unit 30 is within a predetermined distance. Here, the predetermined distance is a distance that can be dispatched to the meeting place within a short time (for example, 15 minutes). Inquiries regarding availability are made by e-mail or the like.

出動可否受信部32は、出動可否照会部31において出動の可否を照会した要員から出動の可否についての回答を受信する。要員の中には、集合場所の近くにいても、事情によっては出動することが困難な場合もあるので、照会を受けた要員は出動の可否を回答する。また、この回答の際に出動可能であれば、出動に要する時間を回答することとしてもよい。例えば、集合場所のすぐ近くであっても、自宅で入浴中であれば身支度に多少の時間がかかるであろうから、照会を受けた要員はそのような出動までの準備に要する時間等を含めて回答する。   The dispatch permission / inhibition receiving unit 32 receives an answer about whether dispatch is possible or not from the personnel who inquired whether the dispatch is possible in the dispatch permission / inquiry inquiry unit 31. Some personnel may be difficult to be dispatched depending on the circumstances even if they are near the meeting place. Further, if it is possible to dispatch at the time of answering, the time required for dispatching may be answered. For example, even if it is in the immediate vicinity of the meeting place, it may take some time to prepare if you are bathing at home, so the personnel who received the inquiry include the time required to prepare for such dispatch etc. Answer.

残業可否判定部33は、要員情報記憶部42において記憶された当該各要員の服務状況に基づいて、当該各要員の時間外勤務時間が所定の時間外勤務時間の上限(労働基準法等の法令等に定められた範囲であって、例えば、月45時間、年間360時間)に達しているか否かを判定する。時間外勤務時間が所定の時間数に達した要員は非番とし、召集しない。   Based on the work status of each employee stored in the employee information storage unit 42, the overtime availability determination unit 33 determines the upper limit of the overtime hours for each employee (prescriptions such as the Labor Standards Act). Or the like, for example, it is determined whether it has reached 45 hours a month, 360 hours a year). Personnel who have reached the specified number of overtime hours will be unassigned and will not be called.

召集要員決定部34は、出動可否受信部32において出動可能と回答した要員の中から、要員情報記憶部42に記憶されている情報を参照して、必要要員数判定部27において判定した要員数の召集要員を決定する。必要要員数判定部27が、作業責任者、活線作業員、柱上作業員等の職位毎に要員数を算出した場合は、召集要員の決定も作業責任者、活線作業員、柱上作業員等の職位毎に行う。召集要員の決定にあたっては、まず出動可否受信部32で各要員から受信した出動にかかる時間が、所定の時間(例えば、20分)以内である要員を選定する。出動可否受信部32で出動にかかる時間を受信していない場合は、要員位置情報受信部28で受信した各要員の所定の集合場所からの距離が所定の距離(例えば、5km)以内である者を選定する。なお、この条件で該当するものが必要要員数判定部27で判定した必要要員数に達しない場合は、出動に要する時間又は所定の集合場所からの距離等の条件を緩めて再度、要員を選定する。   The calling member determination unit 34 refers to the information stored in the personnel information storage unit 42 among the personnel who have answered that the dispatch is possible in the dispatching availability reception unit 32, and the number of personnel determined in the necessary personnel number determination unit 27. Determine the convening personnel. When the required number of personnel determination unit 27 calculates the number of personnel for each position, such as a person in charge of work, a live worker, a pole worker, etc., the person in charge of the call is also determined by the worker responsible, live worker, and pole This is done for each position such as workers. In determining the summoning personnel, first, the personnel whose dispatch time received from each personnel is received within the predetermined time (for example, 20 minutes) is selected. In the case where the time required for dispatching is not received by the dispatch permission / inhibition receiving unit 32, the distance from the predetermined meeting place of each staff received by the staff position information receiving unit 28 is within a predetermined distance (for example, 5 km) Is selected. If the number of required personnel determined by the required personnel number determination unit 27 does not reach the requirement, relax the conditions such as the time required for dispatch or the distance from the predetermined meeting place, and select the personnel again. To do.

次に、要員情報記憶部42に記憶された要員の情報にある今月での時間外勤務時間の少ない者を優先的に選定する。月初め等により今月の時間外勤務時間数に差がない場合は、今年度の時間外勤務時間の少ない者を優先的に選定する。年度初め等により今月及び今年度の時間外勤務時間数に差がない場合は、前月の時間外勤務時間の少ない者を優先的に選定する。   Next, a person who has less overtime in this month in the personnel information stored in the personnel information storage unit 42 is preferentially selected. If there is no difference in the number of overtime hours this month due to the beginning of the month, etc., select those with less overtime hours this year. If there is no difference in the number of overtime hours this month and this year due to the beginning of the year, etc., select those who have less overtime hours in the previous month.

なお、補修作業に従事する要員には、補修作業を担当する従業員の全てをリストに加えてもよいが、そうすると要員には、いつ呼出されるか分からないので精神的な負担となる。そこで、呼出を受けることのある待機番と呼出を受けることのない非番とに要員を分けて、待機番のみを呼出の対象としてもよい。   It should be noted that, for the personnel engaged in the repair work, all the employees in charge of the repair work may be added to the list. Therefore, it is possible to divide the personnel into a standby number that may receive a call and a non-number that does not receive a call, and only the standby number may be the target of the call.

図4は、補修要員呼出システム1による補修要員呼出に係る処理フローを示すである。まず、事故情報取得部21が、事故情報を受信する(S402)。次に、必要要員数判定部27が、事故区間の電柱の本数、地理状況、集合場所から事故現場までの距離、気象状況、昼夜状況などに基づいて、当該事故に係る補修に必要な要員数を判定する(S404)。要員位置情報受信部28が、要員の所在に係る情報を要員の携帯電話にポーリングすることにより受信する(S406)。ポーリングにより取得した要員の所在などに基づいて、出動可否照会部31が、所定の集合場所の近傍に所在する要員に出動の可否を照会する(S408)。出動可否受信部32は、出動可否照会部31から照会を受けた要員から出動の可否に係る回答を受信する(S410)。召集要員決定部34は、出動可否受信部32に出動可能との回答した要員の中から、服務状況や出動に要する時間に基づいて召集する要員を決定する(S412)。   FIG. 4 shows a processing flow relating to the calling of repair personnel by the repair personnel calling system 1. First, the accident information acquisition unit 21 receives accident information (S402). Next, based on the number of utility poles in the accident section, geographical conditions, distance from the meeting place to the accident site, weather conditions, day and night conditions, etc., the required number of personnel determination unit 27 requires the number of personnel necessary for repairs related to the accident. Is determined (S404). The personnel position information receiving unit 28 receives the information related to the location of the personnel by polling the cellular phone of the personnel (S406). On the basis of the location of the personnel acquired by polling, the dispatchability inquiry unit 31 inquires the availability of availability of personnel located near the predetermined meeting place (S408). The dispatch permission / inhibition receiving unit 32 receives an answer relating to availability of dispatch from the personnel who have received the inquiry from the dispatch permission / inhibition query unit 31 (S410). The calling member determination unit 34 determines the members to be called out based on the service status and the time required for calling out from the personnel who have replied to the call availability receiving unit 32 that they can be called (S412).

以上の通り、本実施形態の補修要員呼出システム1によれば、配電線網において、事故が発生した場合に補修作業の要員を迅速に召集するための連絡をすることができる。   As described above, according to the repair personnel call system 1 of the present embodiment, in the distribution network, it is possible to make a contact for promptly calling up repair personnel when an accident occurs.

補修要員呼出システム1によれば、各要員の携帯電話にポーリングすることにより、各要員の位置情報を迅速かつ的確に受信することができ、これにより出動できそうな要員に対してのみ出動可否を照会することができる。また、休暇で遠隔地に旅行中等の理由で出動が不可能な要員は、出動の可否を照会されないので、安息を乱されないですむことができる。   According to the repair personnel call system 1, by polling each person's mobile phone, the position information of each person can be received promptly and accurately, and only whether or not the person who is likely to be dispatched can be dispatched. Can be queried. In addition, personnel who cannot be dispatched due to reasons such as traveling to a remote place on vacation are not inquired about whether or not they can be dispatched, so that they can avoid being disturbed.

出動可否受信部32において出動可否照会部31からの連絡に対して各要員に所定の集合場所への出動に要する時間を回答してもらえれば、短時間で出動できる要員のみを召集することができるので、短時間のうちに要員を集合場所に召集させることができる。   If the dispatcher availability receiving unit 32 can answer each contact from the dispatcher availability inquiry unit 31 with the time required for dispatching to a predetermined meeting place, only personnel who can be dispatched in a short time can be summoned. Therefore, personnel can be summoned to the meeting place in a short time.

また、要員情報記憶部42に記憶された要員の服務状況を参照することにより、特定の要員に業務が集中することなく、召集することができる。また、今月及び今年度において時間外勤務時間が所定の時間に達した要員に対しては、召集をかけることがないので、労働基準法等の法令を確実に遵守することができる。   Further, by referring to the service status of the personnel stored in the personnel information storage unit 42, it is possible to convene without concentrating work on specific personnel. In addition, since there is no calling for personnel who have reached overtime hours in this month and this year, laws and regulations such as the Labor Standards Act can be complied with.

なお、以上の実施形態の説明は、本発明の理解を容易にするためのものであり、本発明を限定するものではない。すなわち、本実施形態においては、配電線網の補修において補修要員呼出システム1を利用した場合について説明したが、水道やガス等のインフラネットワークを用いて公共サービスを供給する事業においても、補修要員呼出システム1を利用することが可能である。本発明は、その趣旨を逸脱することなく、変更、改良され得ると共に本発明にはその等価物が含まれることは勿論である。   In addition, the description of the above embodiment is for facilitating understanding of the present invention, and does not limit the present invention. That is, in the present embodiment, the case where the repair personnel call system 1 is used for repairing the distribution network has been described. However, even in the business of supplying public services using infrastructure networks such as water and gas, the repair personnel call is performed. The system 1 can be used. The present invention can be changed and improved without departing from the gist thereof, and the present invention includes the equivalents thereof.

本発明の実施形態である補修要員呼出システム1のハードウェア構成を示す図である。It is a figure which shows the hardware constitutions of the repair personnel call system 1 which is embodiment of this invention. 本発明の実施形態である補修要員呼出システム1が備える機能の構成を示す図である。It is a figure which shows the structure of the function with which the repair personnel call system 1 which is embodiment of this invention is provided. 要員情報記憶部42に記憶されたある月の情報のデータ構成を示す図である。It is a figure which shows the data structure of the information of a certain month memorize | stored in the personnel information storage part. 補修要員呼出システム1による補修要員呼出に係る処理フローを示すである。It is the processing flow which concerns on the repair staff call by the repair staff call system 1. FIG.

符号の説明Explanation of symbols

1 補修要員呼出システム
10 CPU 11 メモリ
12 記憶手段 13 記録媒体読取手段
14 通信手段 15 入力手段
16 出力手段 17 記録媒体
21 事故情報取得部 22 地理特性判定部
23 気象状況取得部 24 気象難度判定部
25 昼夜状況判定部 26 昼夜難度判定部
27 必要要員数判定部 28 要員位置情報受信部
29 集合場所決定部 30 距離判定部
31 出動可否照会部 32 出動可否受信部
33 残業可否判定部 34 召集要員決定部
41 配電線網情報記憶部 42 要員情報記憶部
DESCRIPTION OF SYMBOLS 1 Repair personnel calling system 10 CPU 11 Memory 12 Storage means 13 Recording medium reading means 14 Communication means 15 Input means 16 Output means 17 Recording medium 21 Accident information acquisition part 22 Geographic characteristic determination part 23 Weather condition acquisition part 24 Weather difficulty determination part 25 Day / Night Situation Judgment Unit 26 Day / Night Difficulty Judgment Unit 27 Required Person Number Judgment Unit 28 Personnel Position Information Receiving Unit 29 Meeting Place Determining Unit 30 Distance Judgment Unit 31 Dispatch Availability Inquiry Unit 32 Dispatch Availability Decision Unit 33 Overtime Permission Judgment Unit 34 41 Distribution Network Information Storage Unit 42 Personnel Information Storage Unit

Claims (13)

配電線網を用いて電力を供給する事業において、事故が発生した場合に補修作業の要員を呼出す補修要員呼出システムであって、
事故の内容と場所を含む事故情報を取得する事故情報取得部と、
前記配電線網の各線の位置及び各区間における電柱の数を含む配電線網情報を記憶する配電線網情報記憶部と、
前記事故情報取得部が取得した事故情報に含まれる事故の場所から前記配電線網情報を参照して、事故が発生した配電線の区間を特定すると共に該特定した区間における電柱の数を特定し、該特定した電柱の数に比例した要員数を、当該事故の補修作業に必要な要員数として判定する必要要員数判定部と、
補修作業に従事する各要員が携帯する通信手段の連絡先を含む要員情報を記憶する要員情報記憶部と、
前記事故情報取得部が事故情報を取得した場合に、前記要員情報記憶部に記憶された各要員に係る情報に基づいて、各要員が携帯する通信手段から当該要員の現在の位置情報を受信する要員位置情報受信部と、
前記要員位置情報受信部が受信した各要員の現在の位置情報と、所定の集合場所とに基づいて、各要員と前記所定の集合場所との距離を判定する距離判定部と、
前記要員情報記憶部に記憶された要員のうち、前記距離判定部が判定した距離が所定の距離以内である要員の中から、前記必要要員数判定部が判定した要員数の召集要員を決定する召集要員決定部と、
を備えることを特徴とする補修要員呼出システム。
In a business of supplying power using a distribution network , a repair personnel call system that calls repair personnel in the event of an accident,
An accident information acquisition unit that acquires accident information including the content and location of the accident;
A distribution network information storage unit for storing distribution network information including the position of each line of the distribution network and the number of utility poles in each section ;
Referring to the distribution network information from the location of the accident included in the accident information acquired by the accident information acquisition unit , identify the section of the distribution line where the accident occurred and identify the number of power poles in the identified section A necessary number of personnel determination unit that determines the number of personnel proportional to the number of specified power poles as the number of personnel necessary for repair work of the accident;
A personnel information storage unit for storing personnel information including contact information of communication means carried by each personnel engaged in repair work;
When the accident information acquisition unit acquires the accident information, the current position information of the personnel is received from the communication means carried by each personnel based on the information relating to each personnel stored in the personnel information storage unit. A personnel position information receiving unit;
A distance determination unit that determines a distance between each person and the predetermined meeting place based on the current position information of each person received by the staff position information receiving unit and a predetermined meeting place;
Among the personnel stored in the personnel information storage unit, the number of personnel determined by the necessary personnel number determination unit is determined from the personnel whose distance determined by the distance determination unit is within a predetermined distance. The convening personnel decision department;
A repair personnel call system characterized by comprising:
請求項に記載の補修要員呼出システムであって、
前記距離判定部が判定した距離が所定の距離以内である要員の携帯する通信手段に対して、出動の可否の問合せを送信する出動可否照会部と、
前記問合せを受けた要員の通信手段から出動の可否についての回答を受信する出動可否受信部と、を備え、
前記召集要員決定部は、前記出動可否受信部において受信した回答が出勤可能である要員の中から、召集要員を決定することを特徴とする補修要員呼出システム。
The repair personnel call system according to claim 1 ,
A dispatchability inquiry section that transmits an inquiry about availability of dispatch to communication means carried by personnel whose distance determined by the distance determination section is within a predetermined distance;
A dispatch availability receiving unit that receives an answer about availability of dispatch from the communication means of the personnel who received the inquiry,
The repairing personnel call system, wherein the convening personnel determination unit determines a convening member from among personnel who can attend the answer received by the dispatch availability receiving unit.
請求項に記載の補修要員呼出システムであって、
前記出動可否照会部は、出動が可能である場合には前記所定の集合場所に出動するまでに要する時間についても回答を要求する旨を送信し、
前記出動可否受信部は、出動が可能である場合には前記所定の集合場所に出動するまでに要する時間についても回答を受信し、
前記召集要員決定部は、前記出動可否受信部において受信した出動に要する時間が短い要員から順に招集要員として決定することを特徴とする補修要員呼出システム。
A repair personnel call system according to claim 2 ,
The dispatchability inquiry unit transmits a request for an answer regarding the time required to dispatch to the predetermined meeting place when dispatch is possible,
The dispatch availability receiving unit receives an answer regarding the time required to dispatch to the predetermined meeting place when dispatch is possible,
The repairing personnel call system, wherein the convening personnel determination unit determines, as the convening personnel, in order from the personnel with the shortest time required for dispatching received at the dispatching availability receiving unit.
請求項1〜の何れかに記載の補修要員呼出システムであって、
前記配電線網情報記憶部は、前記配電線網各配電線の設置箇所が市街地、農業地域又は山間部の何れであるかを示す地理情報を含めて記憶し、
前記地理情報を参照して、前記必要要員数判定部により特定した、事故が発生した配電線の設置箇所が山間部である場合に、前記設置箇所が市街地又は農業地である場合よりも、当該事故の補修作業の難度が高くなるように、事故発生場所の地理特性による補修作業の難度を判定する地理特性判定部を備え、
前記必要要員数判定部は、前記特定した電柱の数に比例した要員数に、前記地理特性判定部において判定した難度が高いほど大きな値に設定した地理係数を乗じた人数を、当該事故の補修作業に必要な要員数として判定することを特徴とする補修要員呼出システム。
The repair personnel call system according to any one of claims 1 to 3 ,
The distribution line network information storage unit stores geographical information indicating whether the installation location of each distribution line of the distribution line network is an urban area, an agricultural area, or a mountainous area ,
With reference to the geographic information, the installation location of the distribution line where the accident has occurred, specified by the required personnel number determination unit, is a mountainous area, than the case where the installation location is an urban area or an agricultural area, In order to increase the difficulty of accident repair work , equipped with a geographic characteristic determination unit that determines the difficulty of repair work according to the geographical characteristics of the accident location,
The necessary personnel number determination unit repairs the accident by multiplying the number of personnel proportional to the number of specified utility poles by the geographic coefficient set to a larger value as the difficulty determined in the geographic characteristic determination unit is higher. A repair personnel call system characterized by determining the number of personnel necessary for work.
請求項1〜の何れかに記載の補修要員呼出システムであって、
前記必要要員数判定部は、前記特定した電柱の数に比例した要員数に、前記事故情報取得部が取得した事故情報に含まれる事故の場所と前記所定の集合場所との距離に応じた距離係数を乗じた人数を、当該事故の補修作業に必要な要員数として判定することを特徴とする補修要員呼出システム。
The repair personnel call system according to any one of claims 1 to 4 ,
The required personnel number determination unit is a distance according to the distance between the location of the accident included in the accident information acquired by the accident information acquisition unit and the predetermined meeting location in the number of personnel proportional to the number of the specified power poles A repair personnel call system characterized in that the number of persons multiplied by a coefficient is determined as the number of personnel necessary for repair work of the accident.
請求項1〜の何れかに記載の補修要員呼出システムであって、
事故現場の気象状況を示す情報を取得する気象状況取得部と、
前記気象状況取得部が取得した情報で示される気象状況に基づいて、当該補修作業の難度を判定する気象難度判定部と、を備え、
前記必要要員数判定部は、前記特定した電柱の数に比例した要員数に、前記気象難度判定部の判定した難度が高いほど大きな値に設定した気象係数を乗じた人数を、当該事故の補修作業に必要な要員数として判定することを特徴とする補修要員呼出システム。
A repair personnel call system according to any one of claims 1 to 5 ,
And weather conditions acquisition unit that acquires information indicating the weather conditions of the accident site,
A weather difficulty determination unit that determines the difficulty level of the repair work based on the weather condition indicated by the information acquired by the weather condition acquisition unit;
The necessary personnel number determination unit repairs the accident by multiplying the number of personnel proportional to the number of specified utility poles by the weather coefficient set to a larger value as the difficulty determined by the weather difficulty determination unit is higher. A repair personnel call system characterized by determining the number of personnel necessary for work.
請求項1〜の何れかに記載の補修要員呼出システムであって、
前記事故情報取得部は、事故発生の日時を示す情報を取得し、
前記事故情報取得部が取得した事故情報に基づいて、事故現場が昼間であるか夜間であるかを判定する取得する昼夜状況判定部と、
前記昼夜状況判定部により、事故現場が夜間である場合に昼間である場合よりも、当該事故の補修作業の難度が高くなるように、当該補修作業の難度を判定する昼夜難度判定部と、を備え、
前記必要要員数判定部は、前記特定した電柱の数に比例した要員数に、前記昼夜難度判定部において判定した難度が高いほど大きな値に設定した昼夜係数を乗じた人数を、当該補修作業に必要な要員数として判定することを特徴とする補修要員呼出システム。
A repair personnel call system according to any one of claims 1 to 6 ,
The accident information acquisition unit acquires information indicating the date and time of the accident,
Based on the accident information acquired by the accident information acquisition unit, to determine whether the accident site is daytime or nighttime day and night situation determination unit,
The day / night situation determination unit determines the difficulty level of the repair work so that the difficulty level of the repair work of the accident is higher than when it is daytime when the accident site is at night, and Prepared,
The necessary number of personnel determination unit adds the number of personnel proportional to the number of specified power poles to the number of personnel multiplied by the day / night coefficient set to a larger value as the degree of difficulty determined by the day / night difficulty determination unit increases. A repair personnel call system characterized by determining the number of necessary personnel.
請求項1〜の何れかに記載の補修要員呼出システムであって、
前記必要要員数判定部は、事故情報に基づいて、当該補修作業に必要な職位別の要員数を判定し、
前記要員情報記憶部は、各要員の職位を各要員に関連付けて記憶し、
前記召集要員決定部は、前記必要要員数判定部が判定した職位別の要員数と前記要員情報記憶部が記憶する当該要員の職位とにも基づいて、召集要員を決定することを特徴とする補修要員呼出システム。
The repair personnel call system according to any one of claims 1 to 7 ,
The required personnel number determination unit determines the number of personnel for each position necessary for the repair work based on the accident information,
The personnel information storage unit stores the position of each personnel in association with each personnel,
The calling member determination unit determines a calling member based on the number of personnel for each position determined by the required number of members determination unit and the position of the personnel stored in the personnel information storage unit. Repair personnel call system.
請求項1〜の何れかに記載の補修要員呼出システムであって、
前記要員情報記憶部は、所定期間に係る各要員の時間外勤務時間を含む各要員の服務状況を各要員に関連付けて記憶することを特徴とする補修要員呼出システム。
A repair personnel call system according to any one of claims 1 to 8 ,
The staff information storage unit stores a service status of each staff member including overtime hours of each staff member for a predetermined period in association with each staff member.
請求項に記載の補修要員呼出システムであって、
前記要員情報記憶部において記憶された当該各要員の服務状況に基づいて、当該各要員の時間外勤務時間が所定の時間外勤務時間の上限に達しているか否かを判定する残業可否判定部を備え、
前記召集要員決定部は、前記要員情報記憶部に記憶された要員のうち、前記残業可否判定部が時間外勤務時間の上限を越えていると判定した要員を除いた要員の中から、前記必要要員数判定部が判定した要員数の召集要員を決定することを特徴とする補修要員呼出システム。
The repair personnel call system according to claim 9 ,
An overtime determination unit that determines whether or not the overtime hours of each person have reached a predetermined upper limit of overtime hours based on the service status of each person stored in the personnel information storage unit; Prepared,
The convening-person determining unit is the necessary person out of the personnel stored in the personnel information storage unit, excluding the personnel determined by the overtime availability determination unit to exceed the upper limit of overtime hours. A repair personnel call system characterized in that the number of personnel determined by the personnel determination section is determined .
請求項9又は10に記載の補修要員呼出システムであって、
前記召集要員決定部は、前記要員情報記憶部において記憶された当該各要員の服務状況に基づいて、時間外勤務時間が少ない要員を優先して、前記召集要員として決定することを特徴とする補修要員呼出システム。
The repair personnel call system according to claim 9 or 10 ,
The repairing member determining unit gives priority to a member with less overtime based on the service status of each member stored in the member information storage unit, and determines the member as the calling member. Personnel call system.
配電線網を用いて電力を供給する事業において、事故が発生した場合に補修作業の要員を呼出す補修要員呼出方法であって、
前記配電線網の各線の位置及び各区間における電柱の数を含む配電線網情報を記憶する配電線網情報記憶部と、補修作業に従事する各要員が携帯する通信手段の連絡先を含む要員情報を記憶する要員情報記憶部と、を備えるコンピュータが、
事故の内容と場所を含む事故情報を取得するステップと、
前記取得した事故情報に含まれる事故の場所から前記配電線網情報を参照して、事故が発生した配電線の区間を特定すると共に該特定した区間における電柱の数を特定し、該特定した電柱の数に比例した要員数を、当該事故の補修作業に必要な要員数として判定するステップと、
前記事故情報を取得した場合に、前記要員情報記憶部に記憶された各要員に係る情報に基づいて、各要員が携帯する通信手段から当該要員の現在の位置情報を受信するステップと、
前記受信した各要員の現在の位置情報と、所定の集合場所とに基づいて、各要員と前記所定の集合場所との距離を判定するステップと、
前記要員情報記憶部に記憶された要員のうち、前記距離判定部が判定した距離が所定の距離以内である要員の中から、前記必要要員数判定部が判定した要員数の召集要員を決定するステップと、
を含むことを特徴とする補修要員呼出方法。
In a business of supplying power using a distribution network , a repair personnel call method for calling repair personnel in the event of an accident,
A distribution line network information storage unit for storing distribution line network information including the position of each line of the distribution line network and the number of utility poles in each section, and personnel including contact points of communication means carried by each person engaged in repair work A computer comprising a personnel information storage unit for storing information,
Acquiring accident information including accident content and location;
With reference to the distribution network information from the location of the accident included in the acquired accident information , the distribution line where the accident occurred is identified and the number of utility poles in the identified section is identified, and the identified utility pole Determining the number of personnel proportional to the number of personnel as the number of personnel necessary for repair work of the accident,
When acquiring the accident information, based on the information related to each person stored in the personnel information storage unit, receiving the current position information of the person from the communication means carried by each person;
Determining the distance between each person and the predetermined meeting place based on the received current position information of each person and the predetermined meeting place;
Among the personnel stored in the personnel information storage unit, the number of personnel determined by the necessary personnel number determination unit is determined from the personnel whose distance determined by the distance determination unit is within a predetermined distance. Steps,
A method for calling repair personnel characterized by comprising:
配電線網を用いて電力を供給する事業において、事故が発生した場合に補修作業の要員を呼出す補修要員呼出プログラムであって、
前記配電線網の各線の位置及び各区間における電柱の数を含む配電線網情報を記憶する配電線網情報記憶部と、補修作業に従事する各要員が携帯する通信手段の連絡先を含む要員情報を記憶する要員情報記憶部と、を備えるコンピュータに、
事故の内容と場所を含む事故情報を取得するステップと、
前記取得した事故情報に含まれる事故の場所から前記配電線網情報を参照して、事故が発生した配電線の区間を特定すると共に該特定した区間における電柱の数を特定し、該特定した電柱の数に比例した要員数を、当該事故の補修作業に必要な要員数として判定するステップと、
前記事故情報を取得した場合に、前記要員情報記憶部に記憶された各要員に係る情報に基づいて、各要員が携帯する通信手段から当該要員の現在の位置情報を受信するステップと、
前記受信した各要員の現在の位置情報と、所定の集合場所とに基づいて、各要員と前記所定の集合場所との距離を判定するステップと、
前記要員情報記憶部に記憶された要員のうち、前記距離判定部が判定した距離が所定の距離以内である要員の中から、前記必要要員数判定部が判定した要員数の召集要員を決定するステップと、
を実行させることを特徴とする補修要員呼出プログラム。
In a business of supplying power using a distribution network , a repair personnel call program that calls repair personnel in the event of an accident,
A distribution line network information storage unit for storing distribution line network information including the position of each line of the distribution line network and the number of utility poles in each section, and personnel including contact points of communication means carried by each person engaged in repair work A computer comprising a personnel information storage unit for storing information;
Acquiring accident information including accident content and location;
With reference to the distribution network information from the location of the accident included in the acquired accident information , the distribution line where the accident occurred is identified and the number of utility poles in the identified section is identified, and the identified utility pole Determining the number of personnel proportional to the number of personnel as the number of personnel necessary for repair work of the accident,
When acquiring the accident information, based on the information related to each person stored in the personnel information storage unit, receiving the current position information of the person from the communication means carried by each person;
Determining the distance between each person and the predetermined meeting place based on the received current position information of each person and the predetermined meeting place;
Among the personnel stored in the personnel information storage unit, the number of personnel determined by the necessary personnel number determination unit is determined from the personnel whose distance determined by the distance determination unit is within a predetermined distance. Steps,
A maintenance personnel call program characterized by causing
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