JP2009134666A - Material processing order method and its processing order system - Google Patents

Material processing order method and its processing order system Download PDF

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JP2009134666A
JP2009134666A JP2007311951A JP2007311951A JP2009134666A JP 2009134666 A JP2009134666 A JP 2009134666A JP 2007311951 A JP2007311951 A JP 2007311951A JP 2007311951 A JP2007311951 A JP 2007311951A JP 2009134666 A JP2009134666 A JP 2009134666A
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processing
dimensional code
material processing
processing order
order information
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Yasuo Aiba
康雄 相場
Kuniyuki Nakamura
邦行 中村
Hiromasa Fukuda
浩昌 福田
Kazuhiro Nagashima
一浩 長嶋
Toshikazu Ishido
俊和 石戸
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Aikoh Co Ltd
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Aikoh Co Ltd
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    • Y—GENERAL 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
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    • Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
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Abstract

<P>PROBLEM TO BE SOLVED: To solve the problem that since information is manually input conventionally while looking at a processing detailed statement, there is a risk of erroneous input of information about materials and it takes time and trouble for input work or following check, so that work efficiency is bad and it is costly. <P>SOLUTION: According to a material processing order method, processing detailed statement is created by inputting processing order information about materials to be used at a construction site, the processing order information is converted into a two-dimensional code by a conversion means, the two-dimensional code is transmitted to a material processing party as electronic data or printed as a paper document, the received processing order information about the two-dimensional code is encoded by an encoding means at the material processing party, and materials are processed on the basis of the processing order information. In the method for ordering material processing, the paper document having the two-dimensional code printed can be transmitted by facsimile to the material processing party from the construction site as well. A system of material processing order is a system for performing the processing order method. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

本発明は建築工事、土木工事などの施工現場から、施工に必要な材料の加工を材料加工先に注文し、材料加工先において材料を注文に応じて加工する材料加工注文方法とそのシステムに関するものである。   The present invention relates to a material processing ordering method and a system for ordering processing of materials necessary for construction from a construction site such as building construction and civil engineering to a material processing destination and processing the material at the material processing destination according to the order. It is.

従来、建築工事、土木工事などの施工現場では、施工に必要な鉄筋、鉄板等の材料の形状、寸法、強度、重量、数量等を材料加工先（加工会社の本社、工場など）に注文し、注文に応じて加工された材料を納品させていた。この加工注文は次のようにして行なわれていた。
（１）施工現場において、必要な材料の形状、寸法、強度、重量、数量等の加工注文情報が表示された加工明細書を作成し、材料加工先へファクシミリ送信する。この加工明細書は加工明細書作成用ソフトを用いてコンピュータで作成する場合もあるが、多くの場合は手書きで作成されている。
（２）加工明細書をファクシミリで受信した材料加工先では、作業員が受信した加工明細書を見ながら加工注文情報を手作業でコンピュータに入力してデータ化する。
（３）入力した加工注文情報の入力ミスを別の作業員がチェックする。
（４）入力ミスが無ければデータ化した加工注文情報を利用して図６のような加工指示書（通称「絵符」という。）を作成し、その絵符に基づいて加工現場で材料を注文通りに加工する。 Conventionally, at construction sites such as construction work and civil engineering work, the shape, dimensions, strength, weight, quantity, etc. of materials such as reinforcing bars and steel plates required for construction are ordered from the material processing destination (head office of the processing company, factory, etc.). The materials processed according to the orders were delivered. This processing order was performed as follows.
(1) On the construction site, a processing specification on which processing order information such as a required material shape, size, strength, weight, quantity, etc. is displayed is created and transmitted to the material processing destination by facsimile. This processing specification may be created by a computer using processing specification creation software, but in many cases, it is created by handwriting.
(2) At the material processing destination that has received the processing specification by facsimile, the processing order information is manually input to the computer and converted into data while viewing the processing specification received by the worker.
(3) Another worker checks an input error in the input processing order information.
(4) If there is no input error, use the processing order information that has been converted into data to create a processing instruction (referred to as “pictograph”) as shown in FIG. Process as ordered.

前記従来の材料加工注文方法は次のような課題がある。
（１）材料加工先の作業員が、加工明細書を見ながら注文された材料の加工注文情報を手作業でコンピュータに入力しているため入力ミスが伴う。また入力に時間と手間がかかり作業効率が悪くコスト高になっていた。
（２）入力ミスの有無を入力作業員とは別の作業員がチェックしなければならないため少なくとも二人の作業員が必要になりコスト高の一因となっていた。別の作業員がチェックをしても入力ミスを見落としてしまうおそれがあり、確実を期することは難しい。 The conventional material processing ordering method has the following problems.
(1) Since the worker of the material processing destination manually inputs the processing order information of the material ordered while viewing the processing specification into the computer, an input error is accompanied. In addition, it takes time and effort to input, resulting in poor work efficiency and high costs.
(2) Since a worker other than the input worker must check whether or not there is an input error, at least two workers are required, which contributes to high costs. Even if another worker checks, there is a possibility that an input error may be overlooked, and it is difficult to be sure.

本発明は、注文された加工注文情報を作業員がいちいち入力する必要がなく、入力ミスのおそれもなく、入力ミスのチェックも不要な材料加工注文方法と加工注文システムを提供するものである。   The present invention provides a material processing order method and a processing order system that do not require an operator to input ordered processing order information one by one, there is no fear of input errors, and input error checking is unnecessary.

本件出願の材料加工注文方法は、施工現場において、施工現場で使用する材料の加工注文情報を入力して加工明細書を作成し、加工注文情報を変換手段で二次元コードに変換し、その二次元コードを電子データで又は印刷して書面で材料加工先へ送信し、材料加工先では受信した二次元コードの加工注文情報を解読手段で解読し、その加工注文情報に基づいて材料を加工する方法である。この材料加工注文方法において、二次元コードを印刷した書面を、施工現場から材料加工先へファクシミリ送信するようにすることもできる。   In the material processing ordering method of the present application, at the construction site, the processing order information of the material used at the construction site is input to create a processing description, the processing order information is converted into a two-dimensional code by a conversion means, The dimension code is printed as electronic data or printed and sent to the material processing destination in writing. At the material processing destination, the processing order information of the received two-dimensional code is decoded by the decoding means, and the material is processed based on the processing order information. Is the method. In this material processing ordering method, a document on which a two-dimensional code is printed can be transmitted by facsimile from the construction site to the material processing destination.

本件出願の材料加工注文システムは、施工現場に、材料の加工注文情報を入力して加工明細書を作成する加工明細書作成手段と、作成した加工明細書を二次元コードに変換する変換手段と、二次元コードを書面化して又は電子データで材料加工先へ送信する送信手段を備え、材料加工先に、施工現場から送信される二次元コードを受信する受信手段と、受信した二次元コードの加工注文情報を解読する解読手段を備えたものである。その材料加工注文システムにおいて、施工現場に、変換手段で作成した二次元コードを紙に印刷する印刷手段を備え、印刷された二次元コードを材料加工先へ送信する送信手段をファクシミリとすることもできる。   The material processing order system of the present application includes a processing specification creation means for inputting a processing order information of a material to create a processing specification at a construction site, and a conversion means for converting the created processing specification into a two-dimensional code. , Including a transmission means for writing the two-dimensional code or transmitting the electronic data to the material processing destination, receiving means for receiving the two-dimensional code transmitted from the construction site to the material processing destination, and the received two-dimensional code It has a decoding means for decoding the processing order information. In the material processing ordering system, the construction site may include a printing unit that prints the two-dimensional code created by the conversion unit on paper, and the transmission unit that transmits the printed two-dimensional code to the material processing destination may be a facsimile. it can.

本件出願の請求項１記載の材料加工注文方法は、施工現場で作成した加工明細書に記載された加工注文情報を二次元コードに変換し、その二次元コードを材料加工先へ送信し、その二次元コードを電子データで又は印刷して書面で材料加工先へ送信し、材料加工先では受信した二次元コードの加工注文情報を解読手段で解読するので、注文された加工注文情報を材料加工先で入力する必要が無い。このため入力作業の手間が必要なく、入力ミスのおそれもなく、入力ミスをチェックする必要もなく、加工注文作業が簡素になり、コスト減にも資する。   In the material processing ordering method according to claim 1 of the present application, the processing order information described in the processing specification created at the construction site is converted into a two-dimensional code, and the two-dimensional code is transmitted to the material processing destination. The two-dimensional code is printed as electronic data or printed and sent to the material processing destination in writing, and the processing order information of the received two-dimensional code is decoded by the decoding means at the material processing destination, so the processed processing order information is processed into the material processing There is no need to enter it first. For this reason, there is no need for input work, there is no fear of input errors, there is no need to check input errors, the processing order work is simplified, and the cost is reduced.

本件出願の請求項２記載の材料加工注文方法は、施工現場で作成した二次元コードを印刷した書面を材料加工先へファクシミリ送信するようにするので、インターネットを利用できない施工現場でも二次元コードを送信して材料の加工を注文することができる。   In the material processing ordering method according to claim 2 of the present application, a document printed with the two-dimensional code created at the construction site is transmitted by facsimile to the material processing destination. Therefore, the two-dimensional code is also used at the construction site where the Internet is not available. You can send and order material processing.

本件出願の請求項３記載の材料加工注文システムは、施工現場に加工明細書作成手段と、変換手段と、送信手段を備え、材料加工先に、受信手段と、解読手段とを備え、施工現場で作成した加工明細書中の加工注文情報を二次元コードに変換し、その二次元コードの加工注文情報を材料加工先において解読し、材料加工を行うようにしたので、材料加工先において、注文された材料の加工注文情報を作業員がいちいち入力する手間が必要なく、情報を誤入力するおそれもなく、誤入力の有無のチェックも必要なくなる。材料加工注文の作業効率も大幅に向上し、コスト減にも資する。   The material processing ordering system according to claim 3 of the present application includes a processing specification creation means, a conversion means, and a transmission means at the construction site, a receiving means and a decoding means at the material processing destination, and a construction site. The processing order information in the processing specification created in step 2 is converted into a two-dimensional code, the processing order information of the two-dimensional code is decoded at the material processing destination, and the material processing is performed. There is no need for the operator to input processing order information for each material, and there is no risk of erroneous input of information, and there is no need to check for erroneous input. The work efficiency of material processing orders is greatly improved, which also contributes to cost reduction.

本件出願の請求項４記載の材料加工注文システムは、施工現場に、作成した二次元コードを紙に印刷する印刷手段を備え、且つ、送信手段をファクシミリとし、施工現場で作成した二次元コードを紙に印刷して材料加工先へファクシミリ送信するようにしたので、インターネットを利用できない施工現場においても本方法によって材料を加工注文することができる。   The material processing ordering system according to claim 4 of the present application includes a printing means for printing the created two-dimensional code on paper at the construction site, and the transmission means is a facsimile, and the two-dimensional code created at the construction site is provided. Since printing is performed on paper and facsimile transmission is performed to the material processing destination, it is possible to place an order for processing the material by this method even at a construction site where the Internet is not available.

（実施形態１）
本発明の材料加工注文方法及びその加工注文システムの実施形態の一例を図１〜図７に基づいて説明する。この材料加工注文方法は、施工現場Ａ（図１）において、材料の形状、寸法、強度、重量、数量等の各種加工注文情報を施工現場端末器に入力して加工明細書８（図２）を作成し、入力された加工注文情報を変換手段で二次元コード６（図３、図４）に変換して、二次元コード６が付加された二次元コード付き加工明細書（図３、図４）を作成（電子データ化）する。その二次元コード付き加工明細書９を印刷して材料加工先Ｂ（図１）へファクシミリ送信し、材料加工先Ｂでは受信した二次元コード６の加工注文情報を解読手段で解読し、加工明細書８（図５）を再度電子データ化する。その加工明細書８に基づいて加工現場において材料を加工するようにした方法である。 (Embodiment 1)
An example of an embodiment of a material processing order method and processing order system according to the present invention will be described with reference to FIGS. In this material processing ordering method, at the construction site A (FIG. 1), various processing order information such as the shape, dimensions, strength, weight, quantity, etc. of the material is input to the construction site terminal and the processing specification 8 (FIG. 2). , The input processing order information is converted into a two-dimensional code 6 (FIGS. 3 and 4) by a conversion means, and a processing specification with a two-dimensional code to which the two-dimensional code 6 is added (FIG. 3, FIG. 4) is created (electronic data). The processing specification 9 with the two-dimensional code is printed and transmitted by facsimile to the material processing destination B (FIG. 1). At the material processing destination B, the processing order information of the received two-dimensional code 6 is decoded by the decoding means, and the processing specification The book 8 (FIG. 5) is converted into electronic data again. In this method, the material is processed at the processing site based on the processing specification 8.

前記本実施形態の材料加工注文方法は、図１に示す構成の材料加工注文システムを利用して実施される。この材料加工注文システムは施工現場Ａに施工現場端末器（例えばパソコン）１及びプリンタ２及びファクシミリ機器３が備えられ、加工先Ｂにファクシミリ機器４、材料加工先端末器５が備えられている。本発明で加工注文され、それに基づいて加工される材料は鉄筋に限らず鉄板や硬質樹脂、その他、施工現場で使用できる部材等であればどのようなものであってもよいが、この実施形態は材料が鉄筋の場合である。   The material processing ordering method of the present embodiment is implemented using a material processing ordering system configured as shown in FIG. In this material processing order system, a construction site terminal (for example, a personal computer) 1 and a printer 2 and a facsimile machine 3 are provided at a construction site A, and a facsimile machine 4 and a material processing destination terminal 5 are provided at a processing destination B. The material that is processed and ordered in the present invention is not limited to a reinforcing bar, but may be any steel plate, hard resin, or any other member that can be used at the construction site. Is the case where the material is a reinforcing bar.

図１の施工現場端末器１は、パソコン、モバイル機器といった各種端末器である。この施工現場端末器１はインターネットを利用できるものであっても利用できないものであってもよい。通常、施工現場においてインターネット利用環境が整うことは稀であるため、この施工現場端末器１はインターネットが利用できないものである場合が多い。この施工現場端末器１には、所望材料の加工注文情報を記載した加工明細書（図５）を作成するための加工明細書作成手段と、作成した加工明細書を二次元コード６（図３、図４参照。）に変換して出力する変換手段が備えられている。   The construction site terminal 1 in FIG. 1 is various terminals such as a personal computer and a mobile device. The construction site terminal 1 may be one that can use the Internet or not. Usually, since it is rare that an internet use environment is prepared at a construction site, the construction site terminal 1 is often one that cannot use the internet. The construction site terminal 1 includes a processing specification creation means for creating a processing specification (FIG. 5) in which processing order information of a desired material is described, and the generated processing specification as a two-dimensional code 6 (FIG. 3). , Refer to FIG. 4).

前記加工明細書作成手段は、図２に示すような加工明細書作成画面７を表示して、所望する材料の加工注文情報を入力して加工明細書を作成していくための機能である。図２の加工明細書作成画面７には、材料を所望する施工現場の棟名、工区、階層、材料使用部位、材料総切重量、搬入予定日、総定尺重量等、施工現場に関する各種情報を記入する施工現場情報欄１０、材料の形番号を指定することで材料の形状を指定し、その材料の各部の寸法を指定できる形状・寸法欄１１、材料の強度が表示される強度欄１２、材料の径が表示される径欄１３、材料の切寸を指定する切寸欄１４、材料の必要本数を指定する本数欄１５、材料に関する備考を記入する備考欄１６、材料の寸法、切寸、本数から算出される材料の重量が表示される重量欄１７などが含まれている。   The processing specification creation means is a function for displaying a processing specification creation screen 7 as shown in FIG. 2 and inputting processing order information of a desired material to create a processing specification. The processing specification creation screen 7 in FIG. 2 shows various information on the construction site such as the building name, construction zone, hierarchy, material use site, total material cutting weight, scheduled delivery date, total standard weight, etc. of the construction site where the material is desired. The construction site information column 10 for filling in, the shape / dimension column 11 for designating the shape of the material by designating the shape number of the material, and the strength column 12 for indicating the strength of the material Diameter column 13 for displaying material diameter, Cutting column 14 for specifying material cutting, Number column 15 for specifying necessary number of materials, Remarks column 16 for entering remarks on material, Material dimensions, cutting A weight column 17 for displaying the weight of the material calculated from the size and number is included.

前記変換手段は、図２の加工明細書作成画面７中に設けられた出力ボタン１８を押すことにより、前記各欄１０〜１７に記入された加工注文情報を、図３に示すように二次元コード６に変換して二次元コード付き加工明細書９として出力する機能である。二次元コード６としては、図３のようなＱＲコードの他に任意の二次元コードを用いることができる。出力ボタン１８が押されることにより、この変換手段は、前記各欄１０〜１７に記入された加工注文情報を所定の順番に並べてカンマで区切ってテキストデータを作成し、施工現場端末器１の内部メモリに一時保存した上で、二次元コードの規格に基づいてテキストデータを二次元コードに変換してその画像を作成するという内部処理を行った上で、材料の加工注文情報を二次元コード６へ変換し、二次元コード付き加工明細書９として出力している。この変換手段においては、材料の加工注文情報の二次元コード６への変換と同時に、従前どおりの加工明細書８（図５参照。）も作成される。   When the conversion means presses an output button 18 provided in the processing specification creation screen 7 of FIG. 2, the processing order information entered in each of the columns 10 to 17 is two-dimensionally shown in FIG. This is a function of converting to a code 6 and outputting it as a machining specification 9 with a two-dimensional code. As the two-dimensional code 6, an arbitrary two-dimensional code can be used in addition to the QR code as shown in FIG. When the output button 18 is pressed, the conversion means creates text data by arranging the processing order information entered in the columns 10 to 17 in a predetermined order and separating them with commas. After temporarily storing in the memory, the internal processing of converting the text data into a two-dimensional code based on the standard of the two-dimensional code and creating the image is performed, and then the processing order information of the material is stored in the two-dimensional code 6 And is output as a processing specification 9 with a two-dimensional code. In this conversion means, simultaneously with the conversion of the material processing order information into the two-dimensional code 6, the processing specification 8 (see FIG. 5) as before is also created.

図１に示すプリンタ２は、前記施工現場端末器１に接続された印刷装置である。このプリンタ２は、図４、図５に示すように、前記変換手段によって作成された二次元コード付き加工明細書９及び加工明細書８を紙に印刷することができる。印刷された加工明細書８（図５）は、施工現場Ａにおいて、誤発注の有無の確認用等に用いられる。   A printer 2 shown in FIG. 1 is a printing device connected to the construction site terminal 1. As shown in FIGS. 4 and 5, the printer 2 can print the processing specification 9 with the two-dimensional code and the processing specification 8 created by the conversion unit on paper. The printed processing specification 8 (FIG. 5) is used at the construction site A for confirming whether or not there is an erroneous order.

図１に示すファクシミリ機器３は、施工現場Ａから材料加工先Ｂへ図４に示す二次元コード付き加工明細書９をファクシミリ送信することができるファクシミリである。   A facsimile machine 3 shown in FIG. 1 is a facsimile machine that can transmit the processing specification 9 with the two-dimensional code shown in FIG. 4 from the construction site A to the material processing destination B by facsimile.

図１に示すファクシミリ機器４は、材料加工先Ｂに設けられたファクシミリであって、前記施工現場Aのファクシミリ機器３によって送信された二次元コード付き加工明細書９を受信することができるものである。このファクシミリ機器４は、受信した二次元コード付き加工明細書９を画像データとして保存することができ、その画像データは、ファクシミリ機器４と接続されている材料加工先端末器５によって読み出せるようにしてある。   A facsimile machine 4 shown in FIG. 1 is a facsimile machine provided at a material processing destination B, and can receive a processing specification 9 with a two-dimensional code transmitted by the facsimile machine 3 at the construction site A. is there. The facsimile machine 4 can store the received processing specification 9 with the two-dimensional code as image data, and the image data can be read out by the material processing destination terminal 5 connected to the facsimile machine 4. It is.

図１に示す材料加工先端末器５は、パソコン、モバイル機器等、各種端末器である。この材料加工先端末器５は、前記ファクシミリ機器から送信されてくる二次元コード６の加工注文情報を解読する解読手段を備える。材料加工先端末器５は、インターネットを利用できるものであっても利用できないものであってもよい。この解読手段によって解読された加工注文情報は、材料加工先端末器５の内部メモリに、自在に利用できるように保存される。材料加工先端末器５の内部メモリに保存された加工注文情報は、例えば図６に示すような、加工指示書（通称「絵符」という。）２０として印刷し、この絵符２０に基づいて、加工現場に指示して材料加工を行わせるようにすることができる。もっとも、材料加工先端末器５がインターネットを利用できるものであれば、絵符２０を印刷せずに、加工注文情報を電子メール等によって直接加工現場に送信して加工現場に指示して材料加工を行わせるようにすることもできる。   A material processing terminal 5 shown in FIG. 1 is various terminals such as a personal computer and a mobile device. The material processing destination terminal 5 includes a decoding means for decoding the processing order information of the two-dimensional code 6 transmitted from the facsimile machine. The material processing destination terminal 5 may be one that can use the Internet or not. The processing order information decrypted by the decrypting means is stored in the internal memory of the material processing destination terminal 5 so that it can be used freely. The processing order information stored in the internal memory of the material processing destination terminal 5 is printed as, for example, a processing instruction (referred to as “pictogram”) 20 as shown in FIG. It is possible to instruct the processing site to perform material processing. However, if the material processing destination terminal 5 can use the Internet, the processing order information is directly transmitted to the processing site by e-mail or the like without printing the pictogram 20, and the processing site is instructed. Can also be made to do.

（材料加工注文方法の実行例）
前記材料加工注文システムを用いて材料加工注文方法を実行する場合の実行例について、図７のフローチャートを用いて説明する。
（１）施工現場Ａにおいて、作業員が施工現場端末器１を操作し、加工明細書作成画面７の所定欄１０〜１７に所望する材料の加工注文情報を入力して加工明細書を作成する（Ｓ１）。
（２）加工明細書が完成したら、加工明細書作成画面７中に設けられた出力ボタン１８を押し、前記各欄１０〜１７に記入された加工注文情報を、図３に示すように二次元コード６に変換し、二次元コード付き加工明細書９として出力する（Ｓ２）。なお、この二次元コード６への変換と同時に、従前どおりの加工明細書８（図５参照。）も作成される。
（３）変換手段によって作成された二次元コード付き加工明細書９と、それと同時に作成された加工明細書８を、図４、図５に示すように、プリンタ２によって紙に印刷する（Ｓ３）。ここで、印刷された加工明細書８を用いて、施工現場Ａにおいて誤発注が無いか確認する。
（４）印刷した二次元コード付き加工明細書９を、ファクシミリ機器３によって、施工現場Ａから材料加工先Ｂへ図４に示す二次元コード６をファクシミリ送信する（Ｓ４）。
（５）施工現場Ａから送信された二次元コード付き加工明細書９をファクシミリ機器４によって受信する（Ｓ５）。
（６）ファクシミリ機器４は、二次元コード付き加工明細書９を受信すると、その二次元コード付き加工明細書９を画像データとして保存する（Ｓ６）。
（７）ファクシミリ機器４に保存された画像データを、ファクシミリ機器４と接続されている材料加工先端末器５によって読み出す（Ｓ７）。
（８）材料加工先端末器５では、前記ファクシミリ機器４から送信されてくる二次元コード付き加工明細書９中の二次元コード６の加工注文情報を解読する（Ｓ８）。解読された加工注文情報は、材料加工先端末器５の内部メモリに、自在に利用できるように保存される。
（９）解読された加工注文情報が材料加工先端末器５の内部メモリに保存されると、その加工注文情報を絵符２０として印刷し、この絵符２０に基づいて、加工現場に指示して材料加工を行わせるようにすることができる（Ｓ９）。材料加工先端末器５がインターネットを利用可能であれば、絵符２０を印刷せずに、加工注文情報を電子メール等によって直接加工現場に送信して加工現場に指示して材料加工を行わせるようにすることもできる（Ｓ１０）。
上記（１）〜（９）の工程を繰り返すことにより、連続して材料加工注文方法を実行することができる。 (Execution example of material processing order method)
An example of executing the material processing ordering method using the material processing ordering system will be described with reference to the flowchart of FIG.
(1) At the construction site A, the operator operates the construction site terminal 1 and inputs the processing order information of the desired material in the predetermined columns 10 to 17 on the processing specification creation screen 7 to create the processing specification. (S1).
(2) When the processing specification is completed, the output button 18 provided in the processing specification creation screen 7 is pushed, and the processing order information entered in the respective columns 10 to 17 is two-dimensionally shown in FIG. It is converted into code 6 and outputted as a machining specification 9 with a two-dimensional code (S2). At the same time as the conversion into the two-dimensional code 6, a processing specification 8 (see FIG. 5) as before is also created.
(3) The two-dimensional code-added processing specification 9 created by the conversion means and the processing specification 8 created at the same time are printed on paper by the printer 2 as shown in FIGS. 4 and 5 (S3). . Here, it is confirmed whether there is an erroneous order at the construction site A by using the printed processing specification 8.
(4) The printed two-dimensional code-added processing specification 9 is transmitted by facsimile from the construction site A to the material processing destination B by the facsimile machine 3 (S4).
(5) The facsimile machine 4 receives the processing specification 9 with the two-dimensional code transmitted from the construction site A (S5).
(6) When the facsimile machine 4 receives the processing specification 9 with the two-dimensional code, the facsimile device 4 stores the processing specification 9 with the two-dimensional code as image data (S6).
(7) The image data stored in the facsimile machine 4 is read by the material processing destination terminal 5 connected to the facsimile machine 4 (S7).
(8) The material processing destination terminal 5 decodes the processing order information of the two-dimensional code 6 in the processing specification 9 with the two-dimensional code transmitted from the facsimile machine 4 (S8). The decrypted processing order information is stored in the internal memory of the material processing destination terminal 5 so that it can be used freely.
(9) When the decoded processing order information is stored in the internal memory of the material processing destination terminal 5, the processing order information is printed as a pictorial mark 20, and the processing site is instructed based on the pictorial mark 20. Thus, material processing can be performed (S9). If the material processing destination terminal 5 can use the Internet, the processing order information is directly transmitted to the processing site by e-mail or the like without printing the pictogram 20 to instruct the processing site to perform the material processing. It is also possible to do so (S10).
By repeating the steps (1) to (9), the material processing order method can be executed continuously.

（実施形態２）
本発明の材料加工注文方法及び材料加工注文システムにおいては、ファクシミリ機器１が、受信した二次元コード付き加工明細書９を画像データとして保存する代わりに、紙に印刷して出力するようにすることもできる。その場合、材料加工先端末器５には、二次元コード６を解読可能な二次元コード解読装置を外付けしておき、その二次元コード解読装置によって、紙に印刷された二次元コード６の加工注文情報を解読し、材料加工先端末器５の内部メモリに、保存されるようにする。 (Embodiment 2)
In the material processing ordering method and the material processing ordering system according to the present invention, the facsimile machine 1 prints and outputs the received two-dimensional code processing specification 9 on paper instead of storing it as image data. You can also. In that case, a two-dimensional code decoding device capable of decoding the two-dimensional code 6 is externally attached to the material processing destination terminal 5, and the two-dimensional code 6 printed on the paper is read by the two-dimensional code decoding device. The processing order information is decoded and stored in the internal memory of the material processing destination terminal 5.

（実施形態３）
本発明の材料加工注文方法及び材料加工注文システムにおいては、施工現場端末器１を、インターネットを利用できるものとし、施工現場端末器１で作成した二次元コード又は加工明細書を材料加工先端末器５へ直接電子メールで送信するようにすることもできる。その場合、プリンタ２、ファクシミリ機器３、ファクシミリ機器４を省略することができる。 (Embodiment 3)
In the material processing ordering method and the material processing ordering system of the present invention, the construction site terminal 1 can use the Internet, and the two-dimensional code or processing specification created by the construction site terminal 1 is used as the material processing destination terminal. It is also possible to send it directly to E-mail 5. In that case, the printer 2, the facsimile machine 3, and the facsimile machine 4 can be omitted.

本発明の材料加工注文方法及び材料加工注文システムは、各種材料の加工注文に限られず、他の任意の注文製品の加工注文方法及び加工注文システムとして応用することもできる。   The material processing order method and material processing order system of the present invention are not limited to processing orders for various materials, and can be applied as processing order methods and processing order systems for other arbitrary ordered products.

本発明の材料加工注文システムの実施形態の一例を示すブロック図。The block diagram which shows an example of embodiment of the material processing order system of this invention. 加工明細書作成画面の一例を示す説明図。Explanatory drawing which shows an example of a process specification preparation screen. 加工明細書を二次元コードに変換した画面の一例を示す説明図。Explanatory drawing which shows an example of the screen which converted the process specification into the two-dimensional code. 完成した二次元コード付き加工明細書を紙に印刷したものの一例を示す説明図。Explanatory drawing which shows an example of what was printed on the completed process description with a two-dimensional code. 完成した加工明細書を紙に印刷したものの一例を示す説明図。Explanatory drawing which shows an example of what printed the completed process specification on paper. 加工指示書（絵符）の一例を示す説明図。Explanatory drawing which shows an example of a process instruction document (pictograph). 本発明の材料加工注文システムを用いて材料加工注文方法を実行する場合の実行例を示すフローチャート。The flowchart which shows the execution example in the case of performing the material processing order method using the material processing order system of this invention.

符号の説明Explanation of symbols

Ａ 施工現場
Ｂ 材料加工先
１ 施工現場端末器
２ プリンタ
３ ファクシミリ機器（送信用）
４ ファクシミリ機器（受信用）
５ 材料加工先端末器
６ 二次元コード
７ 加工明細書作成画面
８ 加工明細書
９ 二次元コード付き加工明細書
２０ 加工指示書（絵符） A construction site B material processing destination 1 construction site terminal 2 printer 3 facsimile machine (for transmission)
4 Facsimile equipment (for receiving)
5 Material processing terminal 6 Two-dimensional code 7 Machining specification creation screen 8 Machining specification 9 Machining specification with two-dimensional code 20 Machining instructions (pictogram)

Claims (4)

施工現場において、施工現場で使用する材料の加工注文情報を入力して加工明細書を作成し、加工注文情報を変換手段で二次元コードに変換し、その二次元コードを電子データで又は印刷して書面で材料加工先へ送信し、材料加工先では受信した二次元コードの加工注文情報を解読手段で解読し、その加工注文情報に基づいて材料を加工することを特徴とする材料加工注文方法。   At the construction site, input the processing order information of the materials used at the construction site, create a processing description, convert the processing order information into a two-dimensional code by conversion means, and print the two-dimensional code as electronic data or The material processing order method is characterized in that the processing order information of the received two-dimensional code is decrypted by the decrypting means and the material is processed based on the processing order information. . 請求項１記載の材料加工注文方法において、二次元コードを印刷した書面を、施工現場から材料加工先へファクシミリ送信することを特徴とする材料加工注文方法。   2. The material processing ordering method according to claim 1, wherein a document on which a two-dimensional code is printed is transmitted by facsimile from a construction site to a material processing destination. 施工現場に、材料の加工注文情報を入力して加工明細書を作成する加工明細書作成手段と、作成した加工明細書を二次元コードに変換する変換手段と、二次元コードを書面化して又は電子データで材料加工先へ送信する送信手段を備え、材料加工先に、施工現場から送信される二次元コードを受信する受信手段と、受信した二次元コードの加工注文情報を解読する解読手段を備えたことを特徴とする材料加工注文システム。   At the construction site, input the material processing order information to create a processing specification, a processing specification preparation means, a conversion means for converting the generated processing specification into a two-dimensional code, and a two-dimensional code written or A transmission means for transmitting electronic data to a material processing destination, a receiving means for receiving a two-dimensional code transmitted from the construction site to the material processing destination, and a decoding means for decoding processing order information of the received two-dimensional code A material processing ordering system characterized by comprising. 請求項３記載の材料加工注文システムにおいて、施工現場に、変換手段で作成した二次元コードを紙に印刷する印刷手段を備え、印刷された二次元コードを材料加工先へ送信する送信手段をファクシミリとしたことを特徴とする材料加工注文システム。   4. The material processing ordering system according to claim 3, wherein the construction site is provided with printing means for printing the two-dimensional code created by the conversion means on paper, and the transmission means for transmitting the printed two-dimensional code to the material processing destination is facsimile. A material processing ordering system characterized by
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