JPH0491933A - Form processor and automatic setting method of processing and machining condition thereof - Google Patents

Form processor and automatic setting method of processing and machining condition thereof

Info

Publication number
JPH0491933A
JPH0491933A JP2208556A JP20855690A JPH0491933A JP H0491933 A JPH0491933 A JP H0491933A JP 2208556 A JP2208556 A JP 2208556A JP 20855690 A JP20855690 A JP 20855690A JP H0491933 A JPH0491933 A JP H0491933A
Authority
JP
Japan
Prior art keywords
processing
machining
conditions
code
section
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
JP2208556A
Other languages
Japanese (ja)
Inventor
Nobusuke Okunishi
奥西 信亮
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Dai Nippon Printing Co Ltd
Original Assignee
Dai Nippon Printing Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Dai Nippon Printing Co Ltd filed Critical Dai Nippon Printing Co Ltd
Priority to JP2208556A priority Critical patent/JPH0491933A/en
Publication of JPH0491933A publication Critical patent/JPH0491933A/en
Pending legal-status Critical Current

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  • Making Paper Articles (AREA)
  • Document Processing Apparatus (AREA)

Abstract

PURPOSE:To set the conditions of the processing and machining of form paper automatically, accurately and simply by providing a setting means reading the conditions of bar-coded processing and machining and automatically setting the conditions. CONSTITUTION:Light emitted from a light source is reflected by a bar code, and the reflected light (bar code information) is read by a photoelectric converter 11, converted into an electric bar code signal SA and transmitted over a binary-coding section 12, and binary-coded and transmitted and stored to a memory section 13 as a digital bar-code data SB. The digital bar-code data SB is read by a decoding section 14 and decoded, and sent to a code-information analyzing section 15 as code information SC and analyzed, and a processing and machining data SJ is formed and transmitted over a processing/machining device control section 16. Control signals SK1, SK2,...SKn are prepared on the basis of the read processing and machining data SJ, and sent to processing/ machining devices 21, 22,...2n respectively and each processing/machining device is controlled, and processing and machining such as folding, cutting, bonding, etc., of form paper are conducted.

Description

【発明の詳細な説明】 発明の目的 (産業上の利用分!!!l’) この発明は、、フォーム用紙の処理・加工(例えは、折
畳み、切断1接着等)の条件(例スは、天地・左右。処
理スヒート、、フォームの厚み、処理枚数等)を自動的
に設定する機能を有するフォーふブロセッシ及びその処
理・加工条件自動設定力法に関する。
[Detailed Description of the Invention] Purpose of the Invention (Industrial Application!!!l') This invention aims to improve the conditions of processing and processing (for example, folding, cutting, gluing, etc.) of foam paper (for example, , top, bottom, left and right, processing heat, foam thickness, number of sheets to be processed, etc.) and a method for automatically setting the processing and processing conditions thereof.

(従来の技術) 第4図は従来の、フォームプロセッサの一例を示すブl
″ノック図である。
(Prior art) Figure 4 shows a block diagram showing an example of a conventional form processor.
``This is a knock diagram.

ま1“、、フォーム用紙を処理 加工するための条件が
、フォーム用紙を入れる箱(以下、、フォームケースと
いう)毎に、オペレータによる操作盤31十のボタン、
ダイヤル、プリセット、光電管。
1. Processing form paper The conditions for processing the form paper are as follows:
Dials, presets and photocells.

キーボードなどの操作によって設定・人力され、入力伝
号SEとし7て人力信置解析/変換部321.::送出
される。入力信号解析/変換部32に読込まれた大力(
33〜SEは解析され、、フォーム用紙を処理・加工す
るための!AI!!・加工データSJC変換されて処理
/加工装ご制御部16に送出ざt〕る。そして、処理/
加I K!制御部+6iJ:読込まれた処理・加工デー
タ3.1に基ついで制御j(5−号Sにl、SK2.・
・・・・及びSにnか作成され、処理/船上装置1.2
゜・・・・・・及びnにそれぞれ送出されて処理/″加
]−装置か制御され、、フォーム用紙の折畳み、切断、
接着等の処理・加コ゛が行かねねるようになっている。
It is set and manually input by operating a keyboard or the like, and is input as an input signal SE7 to the human input signal analysis/conversion section 321. :: Sent. The power read into the input signal analysis/conversion section 32 (
33~SE is analyzed and for processing and processing form paper! AI! ! - Processing data is converted into SJC and sent to the processing/processing equipment control section 16. And processing/
Ka I K! Control unit +6iJ: Based on the read processing/processing data 3.1, control j (l to No. 5-S, SK2.
...and n is created in S, processing/onboard equipment 1.2
゜ ... and n respectively for processing / ``addition'' - controlled by the device, folding, cutting of form paper,
Processes such as adhesion and other treatments cannot be applied.

(発明か解決しようとする課題) 上述し、2だ従来のフォームブロセッザでは、オペレー
タが、フォーム用紙の処理・加工条件の設定を操作盤上
で行なうため、処理・加]条イ1が変わる毎に設定の変
更を手!IJで行なわなければならず、煩わしく、設定
を誤ってしまう事もあった。
(Problem to be solved by the invention) As mentioned above, in the conventional form processor (2), the operator sets the processing and processing conditions for the form paper on the operation panel. Change the settings every time! This had to be done using IJ, which was cumbersome and sometimes led to incorrect settings.

この発明は上述したような事情からなされたものであり
、この発明の目的は、、フォーム用紙の処理・加]二条
角を正確かつ簡便に自動的に設定することができるフ1
−ムブロセッ号及びその処理・加工茶イ′1自動設定力
法を提供することにある。
The present invention was made in view of the above-mentioned circumstances, and an object of the present invention is to provide a form paper processing/editing process which can automatically set double angles accurately and easily.
- To provide an automatic setting method for tea leaves and their processing/processing.

発明の構成 (課題を解決]−るための1段) この発明は、フォー、ム用紙に対し処理・加工を施すフ
(−・ムブロセ・4J、 E・ひそC〕処理・加重条イ
′千自’Jj+設定ブ〕法に開するものであり、この発
明のL記[1的は、前者においで゛はバーコード化され
た前記処理・加]、7の条件を読取って自動的に設定す
る設定手段を具備することによって、また、後者におい
ては前記、フォーム用紙を入れる箱の表面にnij記処
理・加工条件に対応する情報をv −);化したバーコ
ー 1・を設置・す、Jのハーニ1−1・を言売取っ゛
ζ′i下j記処理加工条件を自動的「設定するごとによ
って達成される。
Structure of the Invention (Solving the Problem - One Step to Solve the Problem) This invention provides a method for processing and processing foam paper. This method is open to the self-setting method, and automatically sets the conditions by reading the conditions in Section L of this invention [1, in the former, ``is the above-mentioned processing/addition that is converted into a barcode'', and 7. In addition, in the latter case, a barcode 1 with information corresponding to the processing and processing conditions described above is installed on the surface of the box in which the form paper is placed. This is achieved by automatically setting the processing conditions described in the following section of the Hari 1-1.

(イi; m > この発明にあっては、オペレータかバーコードリーダに
ハーニ)−トを読込ませる事で、フォームケース中の、
フォーム用紙の処理・加工条件を自動的に設定すること
ができるので、正確かつ簡東にフォー ム用紙の処理・
加工条例の設定かでき(実施例) 第1Vはごのを明の一7オームブ[Jセッサの一例を¥
S4図に対応さぜτ−丞ずブV−フックulである。
(i; m> In this invention, by having an operator or a barcode reader read the harness, the
Processing and processing conditions for form paper can be automatically set, allowing you to process and process form paper accurately and easily.
How to set processing regulations (example) 1st V 17 ohm [J seta example is ¥
Corresponding to Fig. S4 is τ-Sub V-Hook UL.

)オーム用紙を加工するための処1q(・加コ゛条件か
、フォームケース中にへ−コー ト化されており、光源
から出た光かバーコード・で反則し、その反射光(ハー
ニ−ド情報)は光電変換器11に読込まれ、電気バーコ
ード信号SAに変換ざhで2値化部12に送出され、2
値化されてデジタルバーコード・デー・りSBとしで、
メモリ部13に退出・記憶される。
)Procedure for processing ohmic paper 1q (Due to the added conditions, the foam case is coated, and the light emitted from the light source or the bar code is reflected, and the reflected light (harney) information) is read into the photoelectric converter 11, converted into an electric barcode signal SA, and sent to the binarization section 12.
It is converted into a value and becomes a digital barcode SB.
It is exited and stored in the memory section 13.

メモリ部13L:記憶されたデジタルハーニ1− トデ
ー・りSBはデ”コー・ト部14に読込まれて解読1さ
ね、コード情報SCとしでコー叫・情報解析部15に送
υルさ才z 7−解析され、処理・加工データ5Jが生
成されて処理/加工装置制御部16に送出される。処理
/加工装置制御部16に読込まれた処理・加工データS
Jに基づいて制御信号S K 1. 、5に?、・・・
・・・及びSKnが作成され、処理/加工装置1.2.
・・・・・・及びnにそれゼれ送出されC各処理/加工
装置か制御され、、フォーム用紙の折畳ゐ、切断、接着
等の98理・加圧か9−1なi)れるようにfイフてい
る。
Memory section 13L: The stored digital code SB is read into the code section 14, decoded, and sent to the code information analysis section 15 as code information SC. z7-Analyzed, processing/processing data 5J is generated and sent to the processing/processing device control section 16. Processing/processing data S read into the processing/processing device control section 16
Control signal S K based on J. , to 5? ,...
... and SKn are created, and processing/processing equipment 1.2.
It is sent out to n and each processing/processing device is controlled and 98 processes and pressurization such as folding, cutting, gluing, etc. of form paper are carried out i) It's like f-if.

この打t、i構成におい°て、その動作例苓′第2図の
ソロ−チャー 1で説明すると、まず、光源か宛先し9
(スう・・ノブ51) 、イの反射光(ハーニゴー1情
報)を光電変換器11.’)・読込み(ステップ)2)
ハーニ−1・情報の読込lid認を行な)(スフンフ5
3)。ハーニ〜[・情報か読込まれていなりねはステッ
プS1に戻って上述した動作を繰返1115、バーコー
ド情報が読込まれズいれば2値化部12かそのハーコー
F−情報を2値化し、5、デジタルハーニ−I・データ
SBを生成してメモリ部13に記憶させる(ステップ5
4) a 次に、デコード部14がメモリ部】3よリデ
ジタルハーコー ドデータSBを読込んて解読シ、。
In this configuration, an example of its operation will be explained using the solo chart 1 in Figure 2.
(S...knob 51), the reflected light (Harnigaard 1 information) is transferred to the photoelectric converter 11. ')・Read (step) 2)
Harney-1/Read information (ID confirmation) (Suhunfu 5
3). If the barcode information is not read, the barcode information is not read, the binarization section 12 binarizes the Harco F-information, 5. Generate the digital Harney-I data SB and store it in the memory section 13 (Step 5
4) a Next, the decoding unit 14 reads the digital hard code data SB from the memory unit [3] and decodes it.

(ステ・/)S5)、そのコード士青幸eSCをコード
情報解析部15が解析してIA理・加工データSJを作
成する(ステップS6)。処理/加重装置制御部16は
、処理・加]データSJをもと虹複数の処理/加工装置
の制御を行ない(ステップS7)、処理・加T7が終了
すると、以上のlA理・加工茶イ1と同じ処理・加工条
件て第埋・加工を行なうかどうかを判断する(スラップ
SO)。同し・処理・加j条(’t r処理加重を・行
な)場合に゛はスーr・・/ブS5i戻って上述l、た
子力作を繰返し2、同し、処理・前二]−条件で処理・
加ニーをjiなわない場合には処理・加工を紹)“]る
かどうかの判断を行ない(ステップS9) 、処理・加
工を終了し、ない場合はステップS1に戻って上述し7
た1]作をVX返し、処理・加工を終了4る場6は全て
の動作を終了する。
(Step S5), the code information analysis unit 15 analyzes the code engineer Aoyuki eSC and creates IA processing/processing data SJ (Step S6). The processing/weighting device control unit 16 controls a plurality of processing/processing devices based on the processing/addition data SJ (step S7), and when the processing/addition T7 is completed, the above IA processing/processing equipment is controlled. It is determined whether or not to perform the first filling and processing under the same processing and processing conditions as in step 1 (Slap SO). In the case of the same processing and addition ('tr processing weighting), ゛ is subr.../B S5i Go back and repeat the above-mentioned steps 2, same, processing and previous 2] −Processing with conditions/
If the knee is not performed, it is determined whether or not the processing/processing is performed (step S9), and the processing/processing is completed.
1] Return the work to VX and end the processing/machining. Step 4: 6 ends all operations.

第3図はこの発明のフ4−ムブロセツヅ及び、フォーム
ケースの外観例を示す斜視図である。先ずオペL/−夕
は、フォームプロセッサに接続されているバーコードリ
ーダて、フォー・ムケースの表面に表示され°ているバ
ーコーh化された処理・加工条件を、フォームケース・
°/すに入力する。次に、、フォーム用紙を、フォーム
ケースから取出して、フォームプロセッサ内に入れる。
FIG. 3 is a perspective view showing an example of the appearance of the foam case and the foam case of the present invention. First, during the operation, the barcode reader connected to the form processor reads the barcoded processing conditions displayed on the surface of the form case.
Enter °/su. The foam paper is then removed from the foam case and placed into the foam processor.

、フォームプロセッサは人力された処理・加工条件を自
動的に設定し、その条件に従ってフォー・ム用紙を処理
・加ユニする。
The form processor automatically sets the processing/processing conditions set manually, and processes/modifies the form paper according to the conditions.

なお、上述した実施例においてはバーコ・ トリーダと
フ讃−ムブ0セッザとを接続するように17.なか、そ
れらを切離し、バーコードリーグで読取ったv −g情
報をワイt−1,・ス(光、無線6超音波等)でフィー
ムダ11セツサに転送するようにし5ても良い。
In the above-mentioned embodiment, 17. Alternatively, it is also possible to separate them and transfer the V-G information read by the barcode league to the feeder 11 using wireless (light, wireless ultrasonic waves, etc.).

発明の効果 以上のようにJの発明のソオ〜ムブロセッ号及びその処
理・加]1条件自iI]設定方法ζよれは、オペL・−
夕かバーコードリーダでハーコー1を読取る事で、フォ
ーム用紙の処理・加工条件を自動的に設定変更てさるの
て、フィーノ・用紙の処理・加工が迅速かつ確実に1]
なえ、作業効率を大幅ぼ向上さセることができる。
Effects of the Invention As described above, J's invention and its processing/addition] 1 condition self ii] setting method ζ
By reading Harco 1 with a barcode reader, the processing and processing conditions for form paper can be automatically changed, so processing and processing of fino paper can be done quickly and reliably.
Yes, it can greatly improve work efficiency.

【図面の簡単な説明】[Brief explanation of drawings]

第1図はこの発明の、フォームプロセッサの−・例を示
すブロック図、第2図はその動作例を示ずフロー・ノヤ
ート、第3区はこの発明の、フォームプロセッサ及びフ
ォームヶ・−スの外観例を示す斜視図、第4図は従来の
、フォームプロセッサの〜例を示−4ブロツクレ1であ
る。 11・・光;変1秦部、17・・2イ14化部、l’l
・・・メ(り部、14・・・5〜険] −1:部、15
・・・]−1−1青報解M■部、16・・ケ!理、パ加
]l装置制御部、21.22・・・・・・、2n・・・
処理/加」−装置、31・・操作盤、32・・・人力信
号解析、/変換部。
Fig. 1 is a block diagram showing an example of the form processor of the present invention, Fig. 2 shows an example of its operation, and Figure 3 shows the appearance of the form processor and form processor of the present invention. FIG. 4 is a perspective view showing an example of a conventional form processor. 11...light; change 1 Hatabe, 17...2i 14kabe, l'l
...me (ribe, 14...5~ke) -1: part, 15
...]-1-1 Aohokai M■ part, 16...ke! equipment control section, 21.22..., 2n...
"Processing/addition"-device, 31...operation panel, 32...human power signal analysis/conversion unit.

Claims (1)

【特許請求の範囲】 1、フォーム用紙に対し処理・加工を施すフォームプロ
セッサにおいて、バーコード化された前記処理・加工の
条件を読取って自動的に設定する設定手段を備えたこと
を特徴とするフォームプロセッサ。 2、フォーム用紙に対し処理・加工を施すフォームプロ
セッサに前記処理・加工の条件を設定する場合、前記フ
ォーム用紙を入れる箱の表面に前記処理・加工条件に対
応する情報をコード化したバーコードを設け、このバー
コードを読取って前記処理・加工条件を自動的に設定す
るようにしたことを特徴とするフォームプロセッサの処
理・加工条件設定方法。
[Claims] 1. A form processor that performs processing and processing on form paper, characterized in that it is equipped with a setting means that reads barcoded processing and processing conditions and automatically sets them. form processor. 2. When setting the processing/processing conditions to a form processor that processes/processes the form paper, place a barcode encoded with information corresponding to the processing/processing conditions on the surface of the box containing the form paper. A method for setting processing and processing conditions for a form processor, characterized in that the processing and processing conditions are automatically set by reading the barcode.
JP2208556A 1990-08-07 1990-08-07 Form processor and automatic setting method of processing and machining condition thereof Pending JPH0491933A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2208556A JPH0491933A (en) 1990-08-07 1990-08-07 Form processor and automatic setting method of processing and machining condition thereof

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2208556A JPH0491933A (en) 1990-08-07 1990-08-07 Form processor and automatic setting method of processing and machining condition thereof

Publications (1)

Publication Number Publication Date
JPH0491933A true JPH0491933A (en) 1992-03-25

Family

ID=16558140

Family Applications (1)

Application Number Title Priority Date Filing Date
JP2208556A Pending JPH0491933A (en) 1990-08-07 1990-08-07 Form processor and automatic setting method of processing and machining condition thereof

Country Status (1)

Country Link
JP (1) JPH0491933A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2001232700A (en) * 2000-02-22 2001-08-28 Duplo Seiko Corp Paper cutting device and forming device for folding mold

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2001232700A (en) * 2000-02-22 2001-08-28 Duplo Seiko Corp Paper cutting device and forming device for folding mold

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