JP3646945B2 - Production planning personnel management method - Google Patents

Production planning personnel management method Download PDF

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Publication number
JP3646945B2
JP3646945B2 JP33008395A JP33008395A JP3646945B2 JP 3646945 B2 JP3646945 B2 JP 3646945B2 JP 33008395 A JP33008395 A JP 33008395A JP 33008395 A JP33008395 A JP 33008395A JP 3646945 B2 JP3646945 B2 JP 3646945B2
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Prior art keywords
personnel
production plan
department
coefficient
production
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JPH09167181A (en
Inventor
俊哉 福田
裕海 高崎
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Honda Motor Co Ltd
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Honda Motor Co Ltd
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    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02PCLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
    • Y02P90/00Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
    • Y02P90/02Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02PCLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
    • Y02P90/00Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
    • Y02P90/30Computing systems specially adapted for manufacturing

Description

【0001】
【発明の属する技術分野】
本発明は、自動車等の生産工場の生産計画における要員管理を各現業部門のデータベースを活用して行う生産計画立案要員管理方法に関する。
【0002】
【従来の技術】
従来、自動車等の生産工場の生産計画における要員管理を行う場合には、要員係数を現業部門(プレス、溶接組立、塗装、車体組立や検査などの各ライン)から送られてくる書面により手作業で収集し、この収集した要員係数に生産計画の台数を乗じて要員数を手作業により算出している。ここで、要員係数とは、製品としての完成車1台を生産するために必要とされる要員数をいう。
【0003】
【発明が解決しようとする課題】
従来の技術においては、要員係数の収集が現業部門の各ラインから送られてくる書面で行う手作業のため、収集及び集計に時間が掛かるという問題点を有していた。
また、要員数の算出及び管理資料の発行が生産計画の変更に対して柔軟に対応できず、しかも工数が掛かるという問題点を有していた。
【0004】
本発明は、従来の技術が有するこのような問題点に鑑みてなされたものであり、その目的とするところは、生産計画の変更に即対応できる生産計画立案要員管理方法を提供しようとするものである。
【0005】
【課題を解決するための手段】
上記課題を解決すべく本発明は、車両又はその部品1台を生産するのに必要な各現業部門の要員数を表す要員係数を車両又はその部品の種類毎に登録した要員係数データベースと車両又はその部品の種類毎の毎日の生産台数を登録した生産計画データベースとから所定期間における各現業部門の必要要員数の推移を算出する第1の演算処理工程と、前記必要要員数の推移と各現業部門の要員データから所定期間における工場全体及び各現業部門の要員過不足状況を算出し確認する第2の演算処理工程と、要員過不足状況に基づいて生産計画変更情報を算出する第3の演算処理工程と、算出された生産計画変更情報と要員係数から所定期間における各現業部門の必要要員数の推移を再度算出する第4の演算処理工程とからなり、工場全体及び各現業部門の要員と整合した生産計画を立案するものである。
【0006】
【発明の実施の形態】
以下に本発明の実施の形態を添付図面に基づいて説明する。ここで、図1は自動二輪車の生産ラインの構成図、図2は生産計画立案要員管理方法の構成図、図3は同じく作用説明図である。
【0007】
生産計画立案要員管理方法を適用する自動二輪車の生産ラインは、図1に示すように、素材供給ライン1と、塗装加工ライン2と、塗装完成品供給ライン3と、車体組立ライン4を備え、各ライン1,2,3,4がワークを搬送するコンベヤ5で接続されて構成されている。なお、6は主にワークの通過ポイントとなるコンベヤ5の分岐点又は合流点に設置され、コンベヤ5によって移動するハンガに取付けられた記憶発信手段のIDタグから通過実績情報としてのハンガナンバ、ロットナンバ、分岐データや通過時刻などを受信するアンテナである。
【0008】
そして、各ライン1,2,3,4では、作業者と自動機等が役割分担して所定の作業を行い、自動二輪車を完成させている。
従って、作業者の数、即ち工場全体及び各現業部門が保有する要員数と、ある機種の自動二輪車1台を生産するために必要とされる要員数を表す要員係数は、自動二輪車の生産計画を立案する上で重要な要素になっている。
【0009】
素材供給ライン1は、分岐点及び合流点を有するコンベヤ5を備え、2つのループラインL1,L2と、6本のメインラインA,B,C…Fと、1本のサブラインGからなっている。また、メインラインA,B,Dには、夫々バイパスラインa,b,dを設けている。
素材供給ライン1では、各ラインA,B,C…Fに自動二輪車の機種に応じたフレーム等を形成する素材を作業者等が素材搬送キャリアとしてのハンガ(HG)に吊り掛けて供給すると共に、コンベヤ5によって素材をハンガに吊り掛けて流し、作業者や自動機(例えば、ロボット)などが行う溶接等の組付作業により所望のフレームや部品などを形成している。
そして、分岐しているコンベヤ5を合流させて1ラインとし、組み付けたフレームや部品などを後工程である塗装加工ライン2に搬入している。
【0010】
塗装加工ライン2は、前処理、電着、乾燥炉、塗装ブース、仕上げ炉や検査・アース取りなどの工程をコンベヤ5で接続した1本のメインラインからなっている。なお、塗装加工ライン2には、電着工程をバイパスして乾燥炉に至るコンベヤ5と、塗装ブース、仕上げ炉をバイパスして検査・アース取り工程に至るコンベヤ5が配設されている。
塗装加工ライン2では、素材供給ライン1からハンガに吊り掛けて搬入されたフレームや部品などを必要に応じて前処理、電着、乾燥炉、塗装ブース、仕上げ炉や検査・アース取りなどの工程に流して塗装処理を施し、塗装処理したフレームや部品などを塗装完成品供給ライン3に搬入している。
【0011】
塗装完成品供給ライン3では、作業者や自動機(例えば、ロボット)などが塗装処理を施したタンクなどに小物部品を組み付けている。また、塗装完成品供給ライン3では、ノックダウン用部品(KD)やサービス部品(SP:補充部品)なども製造している。更に、フレーム、部品やノックダウン用部品(KD)などは、自動二輪車として完成させるため複数のライン(例えば、第1ライン〜第6ラインの6ライン)からなる車体組立ライン4へ搬送される。
【0012】
車体組立ライン4では、各ライン(6ライン)を流れている機種によって定まる組立タクトタイムで各ラインのコンベヤ5を駆動させ、作業者や自動機(例えば、ロボット)などが種々の部品を組み付けて完成車とし、生産計画に基づく所定時刻に払い出して所定の台数を生産している。
【0013】
自動二輪車の生産ラインに適用される生産計画立案要員管理方法は、図2に示すように、ホストコンピュータ領域11とパーソナルコンピュータ領域12に分けて構成されている。
そして、ホストコンピュータ領域11には、ホストコンピュータ(不図示)に接続された要員係数設定用端末13と計画台数設定用端末14が設置されている。また、パーソナルコンピュータ領域12には、固定要員設定用システム機能15、在籍予測設定用システム機能16、稼働日設定用システム機能17、過不足状況算出用システム機能18、生産計画調整用システム機能19が内蔵されている。即ち、1台のパーソナルコンピュータが各システム機能15,16,17,18,19を有している。
【0014】
ホストコンピュータ領域11では、要員係数設定用端末13にて要員係数データベース(D/B)に各現業部門から収集した要員係数を設定し登録する。要員係数データベースとは、製品としての自動二輪車1台を生産するのに必要な各現業部門の要員数を表す要員係数を完成車の機種毎に登録したものである。
また、計画台数設定用端末14にて生産計画データベース(D/B)に計画台数を設定し登録する。生産計画データベースとは、自動二輪車の機種毎の毎日の生産台数を登録したものである。
また、ホストコンピュータは、要員係数データベースと生産計画データベースをパーソナルコンピュータ領域12に転送するための転送用ファイルを作成する。
【0015】
パーソナルコンピュータ領域12では、各システム機能15,16,17,18,19がホストコンピュータが管理する要員係数及び生産計画のデータベースから要員係数及び生産計画のデータを取込み、要員管理に必要な各種データを設定し登録する。
固定要員設定用システム機能15では、部門別に固定要員を管理するため固定要員を固定要員テーブルに設定し登録する。
在籍予測設定用システム機能16では、部門別に在籍予測数を管理するため在籍予測数を在籍予測テーブルに設定し登録する。
稼働日設定用システム機能17では、月度別の稼働日を稼働日テーブルに設定し登録する。
【0016】
過不足状況算出用システム機能18では、要員係数データベース、生産計画データベース、固定要員テーブル、在籍予測テーブル及び稼働日テーブルに基づいて、各現業部門別に要員の過不足状況を算出し、過不足推移グラフや過不足状況リストを出力する。
また、生産計画調整用システム機能19では、要員の過不足状況に基づいて、生産計画台数を調整する。
【0017】
以上のように構成した生産計画立案要員管理方法の作用について説明する。図3に示すように、先ず、第1の演算処理工程として、過不足状況算出用システム機能18により、ホストコンピュータが管理する要員係数及び生産計画のデータベースから要員係数及び生産計画のデータを取込み、要員係数及び生産計画のデータから所定期間における各現業部門の必要要員数の推移を算出する(ステップS1)。
【0018】
次いで、第2の演算処理工程として、ステップS1で算出した必要要員数の推移と各現業部門が保有する要員のデータに基づいて、所定期間における工場全体及び各現業部門の要員過不足状況を過不足状況算出用システム機能18により算出し確認する(ステップS2)。
【0019】
更に、第3の演算処理工程として、ステップS2で算出し確認した要員過不足状況に基づいて、生産計画変更情報を生産計画調整用システム機能19により算出する(ステップS3)。
【0020】
次いで、第4の演算処理工程として、生産計画調整用システム機能19により、ステップS3で算出した生産計画変更情報を基に生産計画台数の調整を行い(ステップS4)、調整された生産計画台数と要員係数から所定期間における各現業部門の必要要員数の推移を過不足状況算出用システム機能18により再度算出し整合性を確認する(ステップS5)。
【0021】
また、各システム機能15,16,17により登録された固定要員、在籍予測及び稼働日などのデータに基づいた各種管理資料が発行される(ステップS6)。
【0022】
このように、要員係数と生産計画から算出される各部門の必要要員数と、各現業部門が保有する要員数から所定期間における工場全体及び各部門の要員過不足状況を把握し、各現業部門が保有する要員数と生産台数の整合性が図れた生産計画をシュミレーションすることができる。
また、要員数の算出及び管理資料の発行が自動化されるので、生産計画の変更に即対応できる。
【0023】
なお、要員係数を機種コストに置換えれば、生産計画変更に伴う収益変化をシュミレーションすることができる。
【0024】
【発明の効果】
以上説明したように本発明によれば、要員数の過不足状況が自動的に算出されるので、生産計画の変更に即対応できる。
要員管理に必要な情報の登録及びメンテナンス作業が各種演算処理工程を介して行われるので、作業効率がよい。
各部門からの要員係数の登録作業において、各部門毎の管理対象機種を明確にできるので、登録作業効率がよい。
また、要員係数と生産計画から算出される各部門の必要要員数と、各現業部門が保有する要員数から所定期間における工場全体及び各部門の要員過不足状況を把握し、各現業部門が保有する要員数と生産台数の整合性が図れた生産計画をシュミレーションすることができる。
更に、要員係数を機種コストに置換えれば、生産計画変更に伴う収益変化をシュミレーションすることができる。
【図面の簡単な説明】
【図1】自動二輪車の生産ラインの構成図
【図2】生産計画立案要員管理方法の構成図
【図3】生産計画立案要員管理方法の作用説明図
【符号の説明】
1…素材供給ライン、2…塗装加工ライン、3…塗装完成品供給ライン、4…車体組立ライン、5…コンベヤ、11…ホストコンピュータ領域、12…パーソナルコンピュータ領域、13…要員係数設定用端末、14…計画台数設定用端末、15…固定要員設定用システム機能、16…在籍予測設定用システム機能、17…稼働日設定用システム機能、18…過不足状況算出用システム機能、19…生産計画調整用システム機能。
[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a production plan planning personnel management method for performing personnel management in a production plan of a production factory such as an automobile by utilizing a database of each in-service department.
[0002]
[Prior art]
Conventionally, when performing personnel management in production plans for production plants such as automobiles, manual work is performed on written documents sent from the current department (each line for press, welding assembly, painting, body assembly, inspection, etc.). The number of personnel is calculated manually by multiplying the collected personnel coefficient by the number of production plans. Here, the personnel factor refers to the number of personnel required to produce one complete vehicle as a product.
[0003]
[Problems to be solved by the invention]
The conventional technique has a problem that it takes time to collect and count because the manual coefficient is collected manually in writing sent from each line of the working department.
Further, the calculation of the number of personnel and the issuance of management materials cannot be flexibly adapted to changes in the production plan, and the man-hours are increased.
[0004]
The present invention has been made in view of the above-described problems of the prior art, and an object of the present invention is to provide a production plan planning personnel management method that can immediately respond to a change in a production plan. It is.
[0005]
[Means for Solving the Problems]
The present invention to solve the above problems, the vehicle or personnel coefficient database and the vehicle that was the personnel coefficient representing the number of personnel for the Broadcasting Operations division necessary to produce one component registers for each type of vehicle or parts thereof or A first calculation processing step for calculating a change in the required number of personnel in each in-service department in a predetermined period from a production plan database in which the daily production quantity for each type of the part is registered; A second calculation processing step for calculating and confirming the situation of excess and shortage of the entire factory and each in-service department from the personnel data of the department, and a third calculation for calculating production plan change information based on the situation of excess and shortage of personnel And a fourth arithmetic processing step for recalculating the change in the number of required personnel in each in-service department in a predetermined period from the calculated production plan change information and the personnel coefficient. It is intended to develop a production plan that is consistent with the personnel of the business department.
[0006]
DETAILED DESCRIPTION OF THE INVENTION
Embodiments of the present invention will be described below with reference to the accompanying drawings. Here, FIG. 1 is a configuration diagram of a production line of a motorcycle, FIG. 2 is a configuration diagram of a production plan planning personnel management method , and FIG.
[0007]
As shown in FIG. 1, the motorcycle production line to which the production planning personnel management method is applied comprises a material supply line 1, a painting processing line 2, a finished paint product supply line 3, and a vehicle body assembly line 4. Each line 1, 2, 3, 4 is connected by a conveyor 5 that conveys a workpiece. Reference numeral 6 denotes a hanger number or a lot number as passing result information from an ID tag of a memory transmission means which is mainly installed at a branching point or a junction point of the conveyor 5 serving as a workpiece passing point and is attached to a hanger moved by the conveyor 5. It is an antenna that receives branch data and passage time.
[0008]
In each of the lines 1, 2, 3, and 4, a worker and an automatic machine or the like share roles to perform a predetermined work to complete the motorcycle.
Therefore, the number of workers, that is, the number of personnel held by the entire factory and each in-service department, and the personnel coefficient that represents the number of personnel required to produce one motorcycle of a certain model, is the production plan of the motorcycle. It is an important element in planning.
[0009]
The material supply line 1 includes a conveyor 5 having a branch point and a merge point, and includes two loop lines L1, L2, six main lines A, B, C... F, and one subline G. . The main lines A, B, and D are provided with bypass lines a, b, and d, respectively.
In the material supply line 1, workers or the like suspend and supply materials forming a frame or the like corresponding to the type of motorcycle to each line A, B, C... F on a hanger (HG) as a material transport carrier. The material is hung on the hanger by the conveyor 5 and flowed, and desired frames and parts are formed by assembling work such as welding performed by an operator or an automatic machine (for example, a robot).
Then, the branched conveyors 5 are joined to form one line, and the assembled frames, parts, and the like are carried into the painting processing line 2 which is a subsequent process.
[0010]
The painting processing line 2 is composed of one main line in which processes such as pretreatment, electrodeposition, drying furnace, painting booth, finishing furnace, inspection and grounding are connected by a conveyor 5. The coating processing line 2 is provided with a conveyor 5 that bypasses the electrodeposition process and reaches the drying furnace, and a conveyor 5 that bypasses the coating booth and finishing furnace and reaches the inspection and grounding process.
In the painting processing line 2, processes such as pretreatment, electrodeposition, drying furnace, painting booth, finishing furnace, inspection furnace, grounding, etc., are carried out as necessary by suspending the frames and parts suspended from the material supply line 1 on the hanger. The coated frame and parts are carried into the painted finished product supply line 3.
[0011]
In the painted finished product supply line 3, small parts are assembled in a tank or the like on which a worker or an automatic machine (for example, a robot) has been subjected to painting processing. The finished paint supply line 3 also produces knockdown parts (KD) and service parts (SP: supplementary parts). Further, the frame, parts, knockdown parts (KD), and the like are conveyed to the vehicle body assembly line 4 composed of a plurality of lines (for example, six lines from the first line to the sixth line) in order to complete the motorcycle.
[0012]
In the vehicle assembly line 4, the conveyor 5 of each line is driven at an assembly tact time determined by the model flowing through each line (6 lines), and an operator or an automatic machine (for example, a robot) assembles various parts. A completed vehicle is produced at a predetermined time based on the production plan to produce a predetermined number of vehicles.
[0013]
The production plan planning personnel management method applied to the motorcycle production line is divided into a host computer area 11 and a personal computer area 12, as shown in FIG.
A host coefficient setting terminal 13 and a planned number setting terminal 14 connected to a host computer (not shown) are installed in the host computer area 11. The personal computer area 12 includes a fixed personnel setting system function 15, an enrollment prediction setting system function 16, an operating day setting system function 17, an over / under situation calculation system function 18, and a production plan adjustment system function 19. Built in. That is, one personal computer has each system function 15, 16, 17, 18, 19.
[0014]
In the host computer area 11, the personnel coefficient collected from each working department is set and registered in the personnel coefficient database (D / B) by the personnel coefficient setting terminal 13. The personnel coefficient database is a database in which personnel coefficients representing the number of personnel in each in-service department necessary for producing one motorcycle as a product are registered for each model of the completed vehicle.
Further, the planned number is set and registered in the production plan database (D / B) by the planned number setting terminal 14. The production plan database is a registration of daily production numbers for each model of motorcycle.
Further, the host computer creates a transfer file for transferring the personnel coefficient database and the production plan database to the personal computer area 12.
[0015]
In the personal computer area 12, each system function 15, 16, 17, 18, 19 takes the data of personnel coefficient and production plan from the personnel coefficient and production plan database managed by the host computer, and stores various data necessary for personnel management. Set and register.
The fixed personnel setting system function 15 sets and registers fixed personnel in the fixed personnel table in order to manage fixed personnel by department.
The enrollment prediction setting system function 16 sets and registers the enrollment prediction number in the enrollment prediction table in order to manage the enrollment prediction number for each department.
The working day setting system function 17 sets and registers working days by month in the working day table.
[0016]
The excess / deficiency status calculation system function 18 calculates the excess / deficiency status of personnel for each in-service department based on the personnel coefficient database, production plan database, fixed personnel table, enrollment prediction table, and work day table, And the excess / deficiency status list is output.
Further, the production plan adjustment system function 19 adjusts the number of production plans based on the excess / shortage situation of the personnel.
[0017]
The operation of the production plan planning personnel management method configured as described above will be described. As shown in FIG. 3, first, as a first calculation processing step, the excess / deficiency state calculation system function 18 takes in the personnel coefficient and production plan data from the personnel coefficient and production plan database managed by the host computer, A change in the number of necessary personnel in each in-service department in a predetermined period is calculated from the data of the personnel coefficient and the production plan (step S1).
[0018]
Next, as the second calculation processing step, based on the change in the number of required personnel calculated in step S1 and the data of personnel held by each in-service department, the situation of excess / shortage of personnel in the entire factory and in each in-service department over the predetermined period is overwritten. It is calculated and confirmed by the shortage state calculation system function 18 (step S2).
[0019]
Furthermore, as a third arithmetic processing step, production plan change information is calculated by the production plan adjustment system function 19 based on the personnel excess / deficiency situation calculated and confirmed in step S2 (step S3).
[0020]
Next, as a fourth calculation processing step, the production plan adjustment system function 19 adjusts the production plan number based on the production plan change information calculated in step S3 (step S4). Based on the personnel coefficient, the change in the number of necessary personnel in each in-service department in a predetermined period is calculated again by the excess / deficiency situation calculation system function 18 to confirm the consistency (step S5).
[0021]
In addition, various management materials based on data such as fixed personnel, enrollment predictions, and working days registered by the system functions 15, 16, and 17 are issued (step S6).
[0022]
In this way, the number of personnel required for each department calculated from the workforce factor and the production plan, and the number of personnel owned by each in-service department, ascertain the situation of excess and deficiency in the entire factory and each department in a given period. It is possible to simulate a production plan in which the number of personnel held by and the consistency of the number of units produced are achieved.
In addition, since the calculation of the number of personnel and the issuance of management materials are automated, it is possible to respond immediately to changes in production plans.
[0023]
If the personnel coefficient is replaced with the model cost, it is possible to simulate a change in profit accompanying a change in the production plan.
[0024]
【The invention's effect】
As described above, according to the present invention, since the excess / deficiency situation of the number of personnel is automatically calculated, it is possible to immediately cope with a change in the production plan.
Since registration and maintenance work of information necessary for personnel management is performed through various arithmetic processing steps, work efficiency is good.
In the work of registering the personnel coefficient from each department, the management target model for each department can be clarified, and the registration work efficiency is good.
In addition, the number of personnel required for each department calculated from the workforce factor and production plan, and the number of personnel owned by each in-service department, ascertain the overall situation of the factory and the number of personnel in each department over a given period. It is possible to simulate a production plan in which consistency between the number of personnel to be produced and the number of production is achieved.
Furthermore, if the personnel coefficient is replaced with the model cost, it is possible to simulate a change in profit accompanying a change in the production plan.
[Brief description of the drawings]
[Fig. 1] Configuration diagram of a motorcycle production line [Fig. 2] Configuration diagram of a production planning personnel management method [Fig. 3] Operation explanation diagram of a production planning personnel management method [Description of symbols]
DESCRIPTION OF SYMBOLS 1 ... Material supply line, 2 ... Paint processing line, 3 ... Paint finished product supply line, 4 ... Body assembly line, 5 ... Conveyor, 11 ... Host computer area, 12 ... Personal computer area, 13 ... Person coefficient coefficient setting terminal, 14 ... Planned number setting terminal, 15 ... System function for setting fixed personnel, 16 ... System function for enrollment prediction setting, 17 ... System function for setting working days, 18 ... System function for calculating excess / deficiency situation, 19 ... Production plan adjustment System functions.

Claims (1)

車両又はその部品1台を生産するのに必要な各現業部門の要員数を表す要員係数を車両又はその部品の種類毎に登録した要員係数データベースと車両又はその部品の種類毎の毎日の生産台数を登録した生産計画データベースとから所定期間における各現業部門の必要要員数の推移を算出する第1の演算処理工程と、前記必要要員数の推移と各現業部門の要員データから所定期間における工場全体及び各現業部門の要員過不足状況を算出し確認する第2の演算処理工程と、要員過不足状況に基づいて生産計画変更情報を算出する第3の演算処理工程と、算出された生産計画変更情報と要員係数から所定期間における各現業部門の必要要員数の推移を再度算出する第4の演算処理工程とからなり、工場全体及び各現業部門の要員と整合した生産計画を立案することを特徴とする生産計画立案要員管理方法 Vehicle or daily production volume for each type of the Broadcasting Operations department personnel coefficient database and the vehicle or parts thereof which personnel coefficient representing the number of personnel was registered for each vehicle or type of the components required to produce one its part The first calculation process for calculating the change in the number of required personnel in each active department in a predetermined period from the production plan database in which is registered, and the entire factory in the predetermined period from the change in the required number of persons and the personnel data in each active department And a second arithmetic processing step for calculating and confirming the personnel excess / deficiency status of each in-service department, a third arithmetic processing step for calculating production plan change information based on the personnel excess / deficiency status, and the calculated production plan change This is a fourth calculation process that recalculates the change in the number of personnel required for each in-service department in a given period from the information and the coefficient of personnel. Production planning personnel management method is characterized in that to develop a.
JP33008395A 1995-12-19 1995-12-19 Production planning personnel management method Expired - Fee Related JP3646945B2 (en)

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JP2013171519A (en) * 2012-02-22 2013-09-02 Ricoh Co Ltd Production plan creation device, method for creating production plan, and program
JP2013171520A (en) * 2012-02-22 2013-09-02 Ricoh Co Ltd Production plan creation device, method for creating production plan, and program
CN114724961B (en) * 2022-04-22 2022-10-18 上海晶岳电子有限公司 Intelligent circulation method and system for back gold production of super-junction MOS (Metal oxide semiconductor) tube
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