JP2010244118A - Integrated production history tracing system by two or more company - Google Patents

Integrated production history tracing system by two or more company Download PDF

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JP2010244118A
JP2010244118A JP2009089112A JP2009089112A JP2010244118A JP 2010244118 A JP2010244118 A JP 2010244118A JP 2009089112 A JP2009089112 A JP 2009089112A JP 2009089112 A JP2009089112 A JP 2009089112A JP 2010244118 A JP2010244118 A JP 2010244118A
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members
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JP5656240B2 (en
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Koichi Tanaka
弘一 田中
Shinichi Tanaka
信一 田中
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Tanaka Ltd
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    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06QINFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q10/00Administration; Management
    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06QINFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q50/00Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
    • G06Q50/04Manufacturing
    • 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

Abstract

<P>PROBLEM TO BE SOLVED: To achieve the integrated production of components by combining optional companies from a company group manufacturing members when manufacturing a component configured of an assemblage of members, and to facilitate tracing the manufacturing history. <P>SOLUTION: Each of company group A<SB>1</SB>... A<SB>n</SB>which manufacture members registers the uniform designation, materials, manufacturing processes, and inspection methods of the product in a database 21 of a center 10. When a component is ordered from an ordering company 30, the center 10 decomposes the component into members forming the component based on the design drawing or specifications or the like of the component, and creates a member table with the uniform designation, and retrieves the database 21 by using the member table, and searches the company which manufactures the member, and registers the company in the member table, and outputs the company to a manufacture history data file 22. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

この発明は、多数の企業を統合して一つの製品を一貫生産できるようにし、かつ各々の企業が担当して製作した各部材の製造履歴を容易にトレースできるようにしたシステムに関する。   The present invention relates to a system in which a large number of companies can be integrated so that one product can be produced in an integrated manner, and the manufacturing history of each member produced by each company can be easily traced.

航空機のような極めて多数の部品を要する大形製造物は、航空機メーカからピラミッド状に分岐した多数の企業の協力体によって完成される。一方またそれぞれの部品には、極めて高度の信頼性が要求される。   Large products that require a very large number of parts, such as aircraft, are completed by collaborators from a number of companies that branch off from aircraft manufacturers into pyramids. On the other hand, each component is required to have extremely high reliability.

そのため従来は、各部品を製造した企業がそれぞれ独自に書類やコンピュータの記憶装置にその部品の製造過程や品質検査方法等の所謂製造履歴を保存していたが、緊急を要する場合に、直ちに全ての製造履歴を提供するのはほとんど不可能であり、しかも一貫性、連続性を有するデータとして提供することも不可能であった。   For this reason, in the past, companies that manufactured each part independently stored so-called manufacturing histories such as the manufacturing process and quality inspection method of the part in documents and computer storage devices. It was almost impossible to provide the manufacturing history of the data, and it was impossible to provide it as data having consistency and continuity.

また、特に中小企業は、部品の中のさらに小さい一部分あるいはエレメントを製造するだけであり、親企業からの指示に従って部品の一部分を受動的に製造するだけであって、自らが部品の提案を行なうなど、積極的に製造に参画することはなかった。   In particular, SMEs only produce smaller parts or elements of parts, and only passively manufacture parts according to instructions from the parent company, and make their own parts proposals. The company did not actively participate in manufacturing.

さらに、航空機のような高度の技術を要求されるレベルを有し、かつその技術分野に参入を望みながら、ある種のコネクションを持たないため、部品製造に参加できない企業も多かった。   Furthermore, many companies have a level that requires advanced technology such as aircraft and want to enter the technical field, but do not have a certain type of connection, and therefore cannot participate in parts manufacturing.

そこで、この発明の課題は、どのような企業でも自由に参加でき、製品に応じて任意に企業を組合せて一貫生産することが可能で、その完全な製造履歴を迅速かつ容易にトレースできるようにすることである。   Therefore, the problem of the present invention is that any company can participate freely, and it is possible to perform integrated production by arbitrarily combining companies according to products, and to trace the complete manufacturing history quickly and easily. It is to be.

上記の課題を解決するために、この発明は、部材の集合体から形成される部品を発注する企業と、部材を製造する企業群との間に介在して前記部品の発注を受けるセンタから成り、前記センタは、前記企業群の個々の企業が製造する部材の少なくとも統一名称、材質、製造工程、検査方法を登録したデータベースと、発注部品の少なくとも設計図面及び仕様書から作成された各部材の少なくとも統一名称、材質及び仕様書を列挙したテーブル記憶手段を有し、このテーブル記憶手段から各部材を順に一個ずつ取り出し、前記データベースを検索して同一部材をサーチする手段と、前記データベースに同一部材が存在したときに少なくともその企業名と部材の製造工程及び検査方法を抽出して前記テーブル記憶手段の対応する部材欄に付属させる手段と、前記テーブル記憶手段の全ての部材について前記検索が完了したときに前記テーブル記憶手段の全てのデータを製造履歴データファイルとして出力する手段を設け、前記発注企業、センタ及び企業群は互にデータ通信可能としたのである。   In order to solve the above problems, the present invention comprises a center for receiving an order for the part interposed between a company for ordering a part formed from an assembly of members and a group of companies for manufacturing the member. The center includes a database in which at least unified names, materials, manufacturing processes, and inspection methods of members manufactured by individual companies of the group of companies are registered, and at least design drawings and specifications of each ordered part. A table storage means for enumerating at least unified names, materials, and specifications; each means for taking out each member in turn from the table storage means; searching the database for the same member; and the same member in the database At least the company name, the manufacturing process and inspection method of the member are extracted and attached to the corresponding member column of the table storage means. And means for outputting all data of the table storage means as a manufacturing history data file when the search is completed for all members of the table storage means. Data communication is possible.

前記テーブル記憶手段の全ての部材について検索が完了した後、このテーブルに挙げられた部材を製造すべき企業に対して確認を行なう手段を設けることができる。また、前記部材を製造する企業群は任意に参加可能である。さらに、前記製造履歴データファイルは少なくとも発注企業とセンタがアクセス可能になっている。   After all the members of the table storage means have been searched, there can be provided means for confirming with respect to a company that should manufacture the members listed in this table. Moreover, the company group which manufactures the said member can participate arbitrarily. Further, the manufacturing history data file can be accessed at least by the ordering company and the center.

この発明によれば、発注された部品の設計図面や仕様書等から部品の構成部分である部材テーブルを作成し、このテーブルに基づいて様々な部材を製造する企業群のデータベースを検索し、発注部品を一貫生産できるように複数企業の組合せを抽出し、かつそれらの部材の製造工程や検査方法なども前記部材テーブルに付属させて製造履歴データファイルとして出力したので、発注部品に応じて一貫生産体制を作り上げることができ、かつ発注部品の製造履歴を前記ファイルにアクセスするだけで容易かつ確実に取り出すことができる。   According to the present invention, a member table that is a component part of a part is created from a design drawing or specification of the ordered part, and a database of companies that manufacture various members is searched based on the table. The combination of multiple companies is extracted so that parts can be produced in an integrated manner, and the manufacturing process and inspection method for those parts are attached to the part table and output as a manufacturing history data file. A system can be created, and the manufacturing history of ordered parts can be easily and reliably retrieved simply by accessing the file.

この発明の複数企業による一貫生産履歴トレースシステムの概要を示すダイアグラムである。It is a diagram which shows the outline | summary of the integrated production history trace system by multiple companies of this invention. 発注された部品である油圧ポンプを示す縦断面図である。It is a longitudinal section showing a hydraulic pump which is an ordered part. この発明のシステムにおいて、コンピュータ処理を示すフローチャートである。5 is a flowchart showing computer processing in the system of the present invention. 部材テーブルのデータ様式を示す図表である。It is a chart which shows the data format of a member table. データベースの登録データ様式を示す図表である。It is a chart which shows the registration data format of a database.

以下、この発明の実施形態を添付図面に基づいて説明する。図1に示すように、一貫生産履歴トレースシステムは、任意の、主として中小企業群から形成される参加企業A1…An社と、部品を発注する発注企業30との間に介在して、発注された部品を分析し、前記参加企業A1…An社を適宜連携させ一貫生産できるように統合管理する連携統合センタ10の3者を結ぶネットワークから成る。 Embodiments of the present invention will be described below with reference to the accompanying drawings. As shown in FIG. 1, integrated production history tracing system, any, interposed between primarily the participating companies A 1 ... A n company formed from small business group, and ordering company 30 for ordering parts, It analyzes the ordered part, consisting of a network connecting the three parties of the participating companies a 1 ... cooperative integration center 10 to integrated management as a n company was appropriate linkage may integrated production.

参加企業A1…An社は、任意に参加可能であり、メーカに限らずソフトウェアに関する企業であってもよい。それぞれ参加企業An社は、製造する製品をセンタ10に登録する。図5に示すように、登録事項は、製品名、材質、製造工程、検査方法、品質管理方法などである。このうち、製品名は、統一名称で登録する。例えば航空機業界では航空機メーカが統一名称の規格を作製しており、その辞書に従って製品名を使用するようになっている。勿論、他の統一名称、例えばJIS規格に則った名称を用いてもよい。登録方法は、参加企業An社が有するパーソナルコンピュータや携帯電話等の通信手段を用いてもよく、或いは書類をセンタ10に送付してもよい。 Participating companies A 1 ... A n company is able to participate in any, may be a company related to software is not limited to the manufacturer. Each participating company A n company registers the products manufactured to the center 10. As shown in FIG. 5, the registered items include a product name, material, manufacturing process, inspection method, quality control method, and the like. Among these, the product name is registered with a unified name. For example, in the aircraft industry, aircraft manufacturers produce standards with uniform names, and product names are used according to the dictionary. Of course, other unified names, for example, names according to JIS standards may be used. Registration method may be sent may be employed communication means such as a personal computer or a cellular telephone with the participating companies A n company, or a document to the center 10.

センタ10はサーバ20を有し、参加企業An社からのデータをデータベース21に保存する。また、センタ10は、発注企業30からの製品(部品)の発注を受けたり、新製品(部品)の提案を行なったりする。その際、センタ10が保有するコンピュータプログラムによって、製品の分析、参加企業群A1…Anへの割振りなどを行なう。 Center 10 includes a server 20, stores the data from the participating companies A n company database 21. Further, the center 10 receives an order for a product (part) from the ordering company 30 and proposes a new product (part). At that time, by virtue of computer programs center 10's, analysis of products, performing such allocation to participating companies group A 1 ... A n.

上記プログラムは、センタ10で操作されるパーソナルコンピュータなどにロードされている。   The program is loaded on a personal computer or the like operated at the center 10.

いま、例えば航空機部品として図2に示すような油圧ポンプ40がセンタ10に発注されたものとする。この油圧ポンプ40は、ハウジング41内に、複数のピストン42を所定の間隔で保持するシリンダブロック43がドライブシャフト44によって回転駆動されるように収納され、それぞれのピストン42の先端には、ピストンシュー45が全方向に揺動自在に取り付けられ、このシュー45はヨーク(斜板)46に摺動可能に接続されている。そして、ドライブシャフト44によって回転駆動されたシリンダブロック43の回動と共に、複数のピストンシュー45はヨーク(斜板)46に密着しながら摺動するため、各ピストン42はその軸方向に移動し、シリンダブロック43の各シリンダの容積を変動させ、シリンダ内の油を排出または吸引するポンピング作用を行なう。   Now, for example, it is assumed that a hydraulic pump 40 as shown in FIG. The hydraulic pump 40 is housed in a housing 41 such that a cylinder block 43 that holds a plurality of pistons 42 at a predetermined interval is rotationally driven by a drive shaft 44. 45 is attached so as to be swingable in all directions, and this shoe 45 is slidably connected to a yoke (swash plate) 46. As the cylinder block 43 rotated by the drive shaft 44 rotates, the plurality of piston shoes 45 slide while closely contacting the yoke (swash plate) 46, so that each piston 42 moves in its axial direction, The pumping action of discharging or sucking oil in the cylinder is performed by changing the volume of each cylinder of the cylinder block 43.

上記のような油圧ポンプ40の図面や仕様書を見ながら図3に示すように、ステップS1で油圧ポンプ40を構成している部材に分解し、パーソナルコンピュータに入力して図4に示すような部材テーブルを作成しメモリに記憶させる。このとき、設計図面や仕様書には、部品の各部が機能的に表現されていることが多い(例えばハウジングやカバー等)ので、入力時に前述した統一名称に変更する必要が生じる。これは操作者の入力による以外は困難であろうと思われる。その他は、例えばオプティカルリーダで入力可能である。また、発注企業30から設計図面や仕様書等のデータがディスクやメモリスティック等の記憶装置形式やインターネットを介して送信されてくれば、それをそのまま入力して部材テーブルを作成し、足らない部分を人手入力で補完することができる。なお、部材テーブルにおける部材の最小単位は、例えばJISの機械要素と同じレベルにしておくのがよい。さらに部材の図面も入力できればなおよい。 As shown in FIG. 3 while watching the drawings and specifications of the hydraulic pump 40 as described above, is decomposed in the members constituting the hydraulic pump 40 in step S 1, as shown in FIG. 4 is inputted to the personal computer A new member table is created and stored in the memory. At this time, each part of the component is often functionally expressed in the design drawing or the specification (for example, a housing or a cover), so that it is necessary to change to the above-described unified name at the time of input. This would be difficult except by operator input. Others can be input by, for example, an optical reader. In addition, if data such as design drawings and specifications is transmitted from the ordering company 30 via a storage device format such as a disk or a memory stick or via the Internet, it is input as it is to create a member table, and the missing part Can be supplemented manually. Note that the minimum unit of members in the member table is preferably set to the same level as, for example, JIS machine elements. Furthermore, it is better if the drawing of the member can be input.

上記の部材テーブルが完成すると、ステップS2でこの部材テーブルから順次一部材ずつ取り出し、データベース21を検索する。検索キーは、部材の統一名称及び材質とするのがよい。そして全てのデータベースを検索するのが好ましい。この検索によって同一部材同一材質のものが見つかれば(ステップS3)、ステップS4で図4の下段に示すように、対応する企業名及びその企業のデータベース21に登録されている製品工程、検査方法、品質管理方法などの全てのデータを取り出して部材テーブルの対応欄に付属させ記憶させる。なお、同一部材を製造可能な企業は複数あってもよい。その場合も同様にそれぞれの企業について製造工程などのデータを取り出し、対応する部材に付属させる。 When the member table is completed, extraction one by one member from the member table in step S 2, searches the database 21. The search key is preferably a unified name and material of the member. It is preferable to search all databases. If found of the same member the same material by the search (step S 3), as shown in the lower part of FIG. 4 in step S 4, the corresponding product process registered in the database 21 of the company name and the company, the inspection All data such as methods and quality control methods are extracted and attached to the corresponding column of the member table for storage. There may be a plurality of companies that can manufacture the same member. In that case as well, data such as the manufacturing process is taken out for each company and attached to the corresponding member.

当初のステップS1で作成したテーブルの全ての部材について検索が終了すると(ステップS5)、必要に応じてテーブルに挙げられた各企業にメールでテーブルの内容を通知し、製造の可否について各企業からの許諾を得ることができる。勿論この操作は、各企業のメールアドレスさえ登録しておけばプログラムで自動的に行なうことができる。そして製造不可の回答があれば部材テーブルから削除するかフラッグを立てておけばよい。 When searching for all members of the table created in the initial step S 1 is terminated (step S 5), and notifies the contents of the table by email to each company listed in table if necessary, the possibility of manufacturing the You can get permission from the company. Of course, this operation can be automatically performed by the program if only the mail address of each company is registered. If there is an answer indicating that manufacture is not possible, it may be deleted from the member table or set a flag.

こうして完成した最終部材テーブルを、ステップS7でハードディスク等の記憶装置から成る製造履歴データファイル22に書き込む。勿論プリントアウトしておくこともできる。なお、データファイル22に書き込む際のヘッダーは、言うまでもなく発注部品名や発注番号、設計図面、仕様書などである。 Thus the completed final member table, and writes the manufacturing history data file 22 consisting of storage device such as a hard disk at step S 7. Of course, you can print it out. Needless to say, the header when writing to the data file 22 is an ordered part name, an order number, a design drawing, a specification, or the like.

前記ステップS3でデータベース21を検索したとき、部材が見つからない場合には、部材の統一名称と材質のいずれかまたは両方を多少変更した類似品で再検索することができる。それで見つけることができれば、部材テーブルに登録しておき、ステップS6で確認すればよい。再検索によっても見つけることができなければ、参加企業以外に外注することも考えなければならないが、いずれにしてもこれは極めて例外的なことであり、この発明では、あくまで参加企業内で部材を調達できることを前提としている。 Wherein when searching the database 21 in step S 3, if the missing member may be re-search similar products obtained by slightly changing either or both of the unified name and the material of the member. If you can find in it, may be registered in the member table may be confirmed at step S 6. If it cannot be found by re-searching, you must consider outsourcing to companies other than the participating companies, but in any case this is extremely exceptional. It is assumed that it can be procured.

前述の処理ステップS1〜S8は、部品の発注があったことを前提に説明したが、連携統合センタ10が新製品として部品を開発し、それを企業30に提案することができる。この場合も、企業30から発注があった場合と同様に、予め設計図面や仕様書に基づいて、ステップS1〜S8の処理を行なっておくことができる。 The above-described processing steps S 1 to S 8 have been described on the assumption that parts have been ordered. However, the cooperative integration center 10 can develop a part as a new product and propose it to the company 30. Again, it is possible as in the case where there is ordered from the company 30, on the basis of the pre-designed drawings and specifications, previously subjected to the process of step S 1 to S 8.

上述のようにして作成されたデータファイル22に基づいて指定された企業が指定された部材を製造することにより、発注された部品の一貫生産が可能になるがそれぞれの部材をアセンブルして一つの部品に仕上げるためには、別途アセンブルラインと集配ヤードを有する企業を設立してもよい。連携統合センタ10の本来の目的は、多数の任意参加企業群から、特定の企業を選択して特定の部品を一貫生産により完成させ、その品質を保持するための製造履歴を迅速かつ確実に得られるようにすることである。   By manufacturing a specified member by a specified company based on the data file 22 created as described above, it becomes possible to produce the ordered parts in an integrated manner. In order to finish the parts, a company having an assembly line and a collection / delivery yard may be established. The original purpose of the cooperative integration center 10 is to select a specific company from a large number of voluntary participating companies, complete specific parts by integrated production, and quickly and reliably obtain a manufacturing history for maintaining the quality. Is to be able to.

このように、データファイル22に基づいて、指定された企業がそれぞれ指定された部材を製造することにより、そのデータファイル22に登録された材質、仕様書、製造工程、検査方法、品質管理方法等が即ち製造履歴となる。従ってこのデータファイル22にアクセスすることによって、ある部品の製造履歴を一貫してトレースできることになる。   In this way, the designated company manufactures the designated member based on the data file 22, so that the material, specifications, manufacturing process, inspection method, quality control method, etc. registered in the data file 22 are obtained. That is, it becomes a manufacturing history. Therefore, by accessing this data file 22, the manufacturing history of a part can be traced consistently.

10 連携統合センタ
20 サーバ
21 参加企業データベース
22 製造履歴データファイル
30 発注企業
40 油圧ポンプ
41 ハウジング
42 ピストン
43 シリンダブロック
44 ドライブシャフト
45 ピストンシュー
46 ヨーク
1〜An 参加企業
1〜S8 処理ステップ
10 cooperative integration center 20 server 21 participating companies database 22 production history data file 30 order company 40 hydraulic pump 41 housing 42 piston 43 cylinder block 44 the drive shaft 45 piston shoe 46 yoke A 1 to A n participating companies S 1 to S 8 process steps

Claims (4)

部材の集合体から形成される部品を発注する企業と、部材を製造する企業群との間に介在して前記部品の発注を受けるセンタから成り、
前記センタは、前記企業群の個々の企業が製造する部材の少なくとも統一名称、材質、製造工程、検査方法を登録したデータベースと、発注部品の少なくとも設計図面及び仕様書から作成された各部材の少なくとも統一名称、材質及び仕様書を列挙したテーブル記憶手段を有し、このテーブル記憶手段から各部材を順に一個ずつ取り出し、前記データベースを検索して同一部材をサーチする手段と、前記データベースに同一部材が存在したときに少なくともその企業名と部材の製造工程及び検査方法を抽出して前記テーブル記憶手段の対応する部材欄に付属させる手段と、前記テーブル記憶手段の全ての部材について前記検索が完了したときに前記テーブル記憶手段の全てのデータを製造履歴データファイルとして出力する手段を設け、前記発注企業、センタ及び企業群は互にデータ通信可能とした複数企業による一貫生産履歴トレースシステム。
Comprising a center for receiving an order for the part interposed between a company for ordering a part formed from an assembly of members and a group of companies for manufacturing the member;
The center includes at least a unitary name, a material, a manufacturing process, and an inspection method registered for each member manufactured by each company of the group of companies, and at least each member created from at least a design drawing and a specification of an ordered part. A table storage means for enumerating unified names, materials and specifications; each member is taken out one by one from the table storage means; the database is searched for the same member; and the same member is stored in the database. When the search is completed for all members of the table storage means and means for extracting at least the company name and the manufacturing process and inspection method of the member and attaching them to the corresponding member column of the table storage means Providing means for outputting all data of the table storage means as a manufacturing history data file, Note companies, centers and companies group integrated production history tracing system with multiple companies each other to enable data communication.
前記テーブル記憶手段の全ての部材について検索が完了した後、このテーブルに挙げられた部材を製造すべき企業に対して確認を行なう手段を設けた請求項1に記載の複数企業による一貫生産履歴トレースシステム。   The integrated production history trace by a plurality of companies according to claim 1, further comprising means for confirming with respect to a company that manufactures the members listed in the table after the search is completed for all members of the table storage means. system. 前記部材を製造する企業群は任意に参加可能である請求項1または2に記載の複数企業による一貫生産履歴トレースシステム。   The integrated production history trace system by a plurality of companies according to claim 1, wherein a group of companies that manufacture the members can arbitrarily participate. 前記製造履歴データファイルは少なくとも発注企業とセンタがアクセス可能になっている請求項1〜3のいずれかに記載の複数企業による一貫生産履歴トレースシステム。   The integrated manufacturing history trace system according to any one of claims 1 to 3, wherein the manufacturing history data file is accessible to at least an ordering company and a center.
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JP2002269403A (en) * 2001-03-14 2002-09-20 Japan Research Institute Ltd Development supporting method, development supporting system and development supporting computer program
JP2002288465A (en) * 2001-03-27 2002-10-04 Mitsubishi Electric Corp System and program for mediation of design outsourcing
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