JP2012122185A - Method of creating knitted fabric pattern described by knitting data in plurality of processing stages - Google Patents

Method of creating knitted fabric pattern described by knitting data in plurality of processing stages Download PDF

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JP2012122185A
JP2012122185A JP2011280431A JP2011280431A JP2012122185A JP 2012122185 A JP2012122185 A JP 2012122185A JP 2011280431 A JP2011280431 A JP 2011280431A JP 2011280431 A JP2011280431 A JP 2011280431A JP 2012122185 A JP2012122185 A JP 2012122185A
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follow
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process stage
changed
processing
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JP5607019B2 (en
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Hauke Michael
ミヒアエル・ハウク
Gorrell Vilfreet
ヴイルフリート・ゴレル
Myell Vernel
ヴエルネル・マイエル
Wagener Maarten
マルテイン・ヴアーグネル
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H Stoll GmbH and Co KG
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    • D—TEXTILES; PAPER
    • D04—BRAIDING; LACE-MAKING; KNITTING; TRIMMINGS; NON-WOVEN FABRICS
    • D04B—KNITTING
    • D04B37/00—Auxiliary apparatus or devices for use with knitting machines
    • D04B37/02—Auxiliary apparatus or devices for use with knitting machines with weft knitting machines

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  • Textile Engineering (AREA)
  • Knitting Machines (AREA)
  • Knitting Of Fabric (AREA)

Abstract

PROBLEM TO BE SOLVED: To provide an improved method of creating a knitted fabric pattern.SOLUTION: A method of creating a knitted fabric pattern (10) described by knitting data in a plurality of processing stages, comprises, at least in follow-up processing stages (2, 3) following an initial processing stage, or when transferring from the initial processing stage to the follow-up processing stages (2, 3), or when transferring from one of the follow-up processing stages (2, 3) to the other of the follow-up processing stages (2, 3), particularly and automatically marking a position (16) at which the knitting data is changed, in the knitted fabric pattern (10) for which the knitting data is to be changed.

Description

本発明は、複数の処理段階において編成データにより記述される編物柄の作成方法、及び編機で製造される編物柄を複数の処理段階で設計する設計装置に関する。  The present invention relates to a method for creating a knitted pattern described by knitting data in a plurality of processing stages, and a design apparatus for designing a knitted pattern manufactured by a knitting machine in a plurality of processing stages.

横編機用編物柄の作成は、システムが柄作成に対して自動的な援助を行う場合、基本的に複数段階にわたって行われる。最初の処理段階（開始処理段階）において、編物柄の外観が規定される。更に使用すべき編成技術が規定される。  The creation of a knitted pattern for a flat knitting machine is basically performed in a plurality of stages when the system automatically assists the pattern creation. In the first processing stage (starting process stage), the appearance of the knitted pattern is defined. Furthermore, the knitting technique to be used is defined.

続く処理段階（追従処理段階）の１つにおいて、又は１つの処理段階への移行の際複数の処理段階において、編物柄の変更が行われる。これらの変更は、設計装置により自動的に行うか、使用者により行うことができる。  The knitted pattern is changed in one of the subsequent processing stages (follow-up processing stage) or in a plurality of processing stages when transitioning to one processing stage. These changes can be made automatically by the design device or by the user.

各処理段階は、抽象的な編物柄記述から編機制御データへの接近である。自動装置を含む柄出しシステムでは、柄作成の際少なくとも２つの処理段階が必要とされる。柄作成の際、すべての入力をできるだけ最初の処理段階で行い、最後の処理段階後に編物柄を製造する編機制御プログラムを編機へ伝送する、という目的が常にあるけれども、使用者にとって、次の処理段階において変更を行う必要がしばしばある。その理由は多様である。しかし大抵の場青。編機制御データにおいて所望の結果を得るために、特定の状況に対して最初の処理段階における入力が可能でない、という問題がある。  Each processing stage is an approach from the abstract knitting pattern description to the knitting machine control data. In a patterning system including an automatic device, at least two processing steps are required for pattern generation. Although there is always the goal of making all the inputs in the first processing stage as much as possible when creating the pattern and transmitting the knitting machine control program to produce the knitted pattern after the last processing stage to the knitting machine, Often there is a need to make changes during the processing stage. The reasons are diverse. However, most places are blue. In order to obtain the desired result in the knitting machine control data, there is a problem that the input in the first processing stage is not possible for a specific situation.

その際使用者に対して次の問題が生じる。即ち次の処理段階において編物柄が修正されると直ちに、先行する処理段階がロードされると、利用者の入力が失われる。次の処理段階において変更が行われなかった編物柄でも、先行する処理段階がロードされると直ちに、データが失われたか否かを、使用者が確信することはできない。従って使用者により別の個所における変更が文書化されねばならない。  At that time, the following problems arise for the user. That is, as soon as the knitted pattern is corrected in the next processing stage, the user's input is lost when the preceding processing stage is loaded. Even for a knitted pattern that has not been changed in the next processing stage, the user cannot be sure that data has been lost as soon as the preceding processing stage is loaded. Therefore, changes at different points must be documented by the user.

本発明の課題は、前記の限定が生じない方法及び設計装置を提供することである。  An object of the present invention is to provide a method and a design apparatus in which the above limitation does not occur.

この課題を解決するため、複数の処理段階において編成データにより記述される編物柄の作成方法であって、少なくとも開始処理段階に続く追従処理段階において、又は開始処理段階から追従処理段階へ又は１つの追従処理段階から他の追従処理段階への移行の際、編物柄の編成データの変更が行われるものにおいて、本発明によれば、編成データの変更の際、編物柄において変更が行われた位置が特に自動的にマークされる。特に最初の処理段階の後にある処理段階（必ずしも最初の処理段階にすぐ続く処理段階でなくてもよい）において行われる編物柄の編成データの変更ごとに、変更されたすべての柄位置を正確なラスタ位置でマークされるようにすることができる。従って処理段階の編成データが変更されたことが直ちにわかる。その場合例えば目移し過程の記入後、目移しが行われる編物柄の適当な位置をマークするか、又は際立たせることができる。特に編物柄を、シンボル表示において例えば糸コース表示として、面表示として又は色表示として表示することができ、変更が行われた位置を、光特に色で際立たせることができる。設計装置の表示装置において、例えば位置を緑色の枠によって視覚化することができる。開始処理段階においてなるべく図面のみが作成され、その際変更の記憶可能性はない。  In order to solve this problem, a method for creating a knitted pattern described by knitting data in a plurality of processing stages, at least in a follow-up process stage following a start process stage, or from a start process stage to a follow-up process stage or one In the transition from the follow-up process stage to another follow-up process stage, the knitting pattern knitting data is changed. According to the present invention, the position at which the knitting pattern is changed when the knitting data is changed. Is marked automatically. In particular, every change in the knitting pattern knitting data performed in the processing stage after the first processing stage (not necessarily the processing stage immediately following the first processing stage), all the changed pattern positions are accurately determined. It can be marked at the raster position. Therefore, it is immediately understood that the knitting data at the processing stage has been changed. In that case, for example, after the transfer process has been entered, the appropriate position of the knitted pattern to be transferred can be marked or made to stand out. In particular, the knitted pattern can be displayed in the symbol display, for example as a yarn course display, as a surface display or as a color display, and the changed position can be highlighted with light, especially color. In the display device of the design device, for example, the position can be visualized by a green frame. Only drawings are created as much as possible at the start processing stage, and there is no possibility of storing changes.

各追従処理段階に１つの状態が割当てられると、特別な利点が生じる。例えば追従処理段階がロードされると、それが状態“変更されない”を示すことができる。しかし追従処理段階において編成データの変更が行われると、状態“変更された”をこの追従処理段階に割当てることができる。例えば追従処理段階が設計装置の表示装置に表示され、この段階において変更が行われると、全体の追従処理段階が変更されたものとしてマークされる。それにより使用者に対して、追従処理段階に先行した処理段階の再度のロードの際、変更が失われたことが明らかである。次の追従処理段階へ移行の際、この段階にまず常に状態“変更されない”が割当てられるようにすることができる。それにより特定の追従処理段階のロードの際変更が失われたか否かが、常に正確にわかる。これに関連して、追従処理段階に割当てられる状態が表示装置に表示されると、特に有利である。例えば編物柄が最初の追従処理段階において変更され、続いて次の追従処理段階へ移行されると、最初の追従処理段階が状態“変更された”で表示される。それにより最初の追従処理段階に先行する開始処理段階の再度のロードの際、変更が失われるけれども、最初の追従処理段階のロードの際には失われない。なぜならば、この最初の追従処理段階は変更されたデータと共に記憶されるからである。開始処理段階に対して、この段階に状態を割当てることは行われない。  A special advantage arises if one state is assigned to each follow-up process stage. For example, when a follow-up process stage is loaded, it can indicate the state “not changed”. However, if the knitting data is changed in the follow-up process stage, the state “changed” can be assigned to this follow-up process stage. For example, the follow-up process stage is displayed on the display device of the design device, and if a change is made at this stage, the entire follow-up process stage is marked as changed. Thereby it is clear to the user that the change has been lost when the processing stage preceding the follow-up process stage is reloaded. When transitioning to the next follow-up processing stage, it is possible to always always assign the state “not changed” to this stage. Thereby it is always known exactly whether the changes have been lost during the loading of a particular follow-up process stage. In this connection, it is particularly advantageous if the state assigned to the follow-up process stage is displayed on the display device. For example, when the knitted pattern is changed in the first follow-up process stage and then transferred to the next follow-up process stage, the first follow-up process stage is displayed in the state “changed”. Thereby, the changes are lost when reloading the start process stage preceding the first follow-up process stage, but not when loading the first follow-up process stage. This is because this first follow-up stage is stored with the changed data. For the start processing stage, no state is assigned to this stage.

有利な方法変形例によれば、行われた変更が別々に記憶されるようにすることができる。それによりこれらの変更を再び使用することができる。例えば最初の追従処理段階において行われた変更を記憶することができる。続いて開始処理段階をロードできるであろう。最初の追従処理段階への再度の移行後、前に記憶された変更を再びロードして使用することができる。  According to an advantageous method variant, the changes made can be stored separately. These changes can then be used again. For example, changes made in the first follow-up process stage can be stored. The start processing stage could then be loaded. After re-entering the first follow-up process stage, the previously stored changes can be reloaded and used.

更に変更が設計装置により自動的に行われたか使用者により行われたかが分類されて、変更が記憶されるようにすることができる。それにより変更が設計装置により１つの処理段階から次の追従処理段階への移行の際もたらされたのか否か、又は変更が使用者により行われたのか否かを知ることができる。  Further, it is possible to classify whether the change is automatically performed by the design apparatus or the user and to store the change. Thereby, it is possible to know whether or not the change has been brought about by the design apparatus during the transition from one processing stage to the next following processing stage or whether or not the change has been made by the user.

処理段階（開始処理段階又は追従処理段階）に対応する編成データが記憶される。それにより処理段階の編成データも再びロードし、続いて変更することができる。変更が際立たされることにより、編物柄を第３者が問題なくロードし、それから処理して変更することができる。本発明による方法は、時間を大きく節約する。継続する処理段階における変更の時間がかかる文書化はなくなる。  The knitting data corresponding to the processing stage (start processing stage or follow-up processing stage) is stored. Thereby, the knitting data at the processing stage can also be loaded again and subsequently changed. By making the change stand out, the knitted pattern can be loaded by a third party without problems and then processed and changed. The method according to the invention saves a lot of time. There will be no documentation that takes time to change in the continuing processing stage.

本発明の範囲に含まれる、編機で製造される編物柄を複数の処理段階で設計する設計装置は、編物柄の記述に必要な編成データを記憶する少なくとも１つの記憶装置、少なくとも１つの処理段階において編物柄のすくなくとも１つのシンボル表示を表示する少なくとも１つの表示装置、及び少なくとも１つのシンボル表示を変更するための少なくとも１つの入力装置を有し、開始処理段階に続く追従処理段階において編物柄が変更された位置をマークするために、マークが設けられている。マークを表示装置に表示し、追従処理段階の編成データと共に記憶することができる。それにより変更は理解可能なままであり、別個に文書化する必要がない。  A design apparatus for designing a knitted pattern manufactured by a knitting machine in a plurality of processing stages included in the scope of the present invention includes at least one storage device that stores knitting data necessary for describing the knitted pattern, and at least one process. At least one display device for displaying at least one symbol display of the knitted pattern in the stage and at least one input device for changing the at least one symbol display, and the knitted pattern in the follow-up process stage following the start process stage A mark is provided to mark the position where has been changed. The mark can be displayed on the display device and stored together with the knitting data at the follow-up process stage. Thereby the changes remain understandable and do not need to be documented separately.

追従処理段階に１つの状態を割当てる状態割当て手段が設けられていると、特別な利点が生じる。例えば追従処理段階が最初にロードされると、この段階に状態“変更されない”が割当てられる。しかし編成データの変更が追従処理段階で行われると、この追従処理段階へ状態“変更された”が割当てられる。  A special advantage arises if state assignment means are provided for assigning one state to the follow-up process stage. For example, when a follow-up stage is first loaded, the state “not changed” is assigned to this stage. However, if the knitting data is changed in the follow-up process stage, the state “changed” is assigned to this follow-up process stage.

追従処理段階の状態が表示装置に表示可能であると、特別な利点が生じる。それにより使用者は、先行する処理段階のロードの際多分変更が失われるか否かを、簡単に知ることができる。  A special advantage arises if the state of the follow-up processing stage can be displayed on the display device. This allows the user to easily know whether or not changes are likely lost when loading the preceding processing stage.

更に追従処理段階における編物柄の変更のみが記憶可能であり、かつ処理段階としてロード可能であるようにすることができる。それにより変更されない処理段階をロードし、この処理段階に加えて、以前に別の処理段階により行われた変更をロードし、ちょうどロードされた処理段階へ引受けることができる。  Furthermore, only the change of the knitted pattern at the follow-up process stage can be stored and can be loaded as the process stage. Thereby, a process stage that is not changed can be loaded, and in addition to this process stage, changes previously made by another process stage can be loaded and taken over by the process stage just loaded.

本発明のそれ以外の特徴及び利点は、本発明にとって重要な詳細を示す図面の図により、本発明の実施例の以下の説明及び請求項から明らかになる。そこに示される特徴は必ずしも寸法通りでないと理解すべきであり、本発明による特徴が明確に見えるように示されている。種々の特徴はそれぞれ単独で又は発明の変形例において任意の組み合わせで実現可能である。  Other features and advantages of the present invention will become apparent from the following description of the embodiments of the invention and the claims, taken in the drawings of the drawings showing details that are important to the invention. It should be understood that the features shown are not necessarily to scale, and the features according to the present invention are shown clearly. Each of the various features can be realized alone or in any combination in a variation of the invention.

概略的な図面に本発明の実施例が示されており、以下に詳細に説明される。  Embodiments of the invention are shown in the schematic drawings and are described in detail below.

１つの処理段階における編物柄の糸コース表示の一部を示す。  A part of the yarn course display of the knitted pattern in one processing stage is shown. 個々の処理段階への状態の割当てを説明するための概略表示を示す。  Fig. 4 shows a schematic display for explaining the assignment of states to individual processing stages. 異なる処理段階における作業を説明するための別の表示を示す。  Fig. 5 shows another display for explaining the work in different processing stages.

図１には、表示装置に表示される編物柄の糸コース表示の一部が示されている。編物柄１０の示された糸コース表示において、４つの列１１〜１４が示されている。列１１，１３及び１４において、個々の針のための編成操作が示されている。編成列１２には目移し操作が示され、それが矢印１５により暗示されている。位置１６において、使用者により目移しが記入された。従って位置１６が枠１７によりマークされた。こうして使用者は、後の時点においても、どんな位置でどんな変更が行われたかを確認することができる。この変更は、編物柄１０の全体の編成データにより記憶することができる。しかしこの変更のみを、付属する位置データにより別個に記憶することも可能である。それからこの情報は、後の時点に、処理段階における編物柄としてロードすることができるので、この処理段階におけるこの編物柄のために、同じ変更が行われる。  FIG. 1 shows a part of the yarn course display of the knitted pattern displayed on the display device. In the indicated yarn course display of the knitted pattern 10, four columns 11 to 14 are shown. In rows 11, 13 and 14, the knitting operations for the individual needles are shown. A transfer operation is shown in the knitting row 12, which is implied by an arrow 15. At position 16, a transfer was entered by the user. Therefore, position 16 was marked by frame 17. In this way, the user can see what changes have been made at what position at a later time. This change can be stored by the entire knitting data of the knitted pattern 10. However, it is also possible to store only this change separately with the attached position data. This information can then be loaded at a later time as a knitted pattern at the processing stage, so that the same changes are made for this knitted pattern at this processing stage.

図２には、符号１で開始処理段階が示され、符号２で追従処理段階が示されている。図２に示される表示も同様に、設計装置の表示装置に表示することができる。矢印１８は、追従処理段階２が開始処理段階１からの移行から生じていることを示す。矢印１９は、追従処理段階２が変更を行うことができるちょうど能動的な処理段階であることを示す。追従処理段階２はハッチングを施され、それにより追従処理段階２が状態“変更された”を持っていることが表現される。従って追従処理段階２が能動的である場合、この段階において変更が行われると、この例では追従処理段階全体がハッチングを施されることによって、この追従処理段階全体が変更されたものとしてマークされる。それにより、開始処理段階１の再度のロードの際、変更が失われることがわかる。従って例えば図１に示されているように変更が行われると、対応する追従処理段階は別の状態即ち状態“変更された”をとる。  In FIG. 2, reference numeral 1 indicates a start processing stage, and reference numeral 2 indicates a follow-up processing stage. The display shown in FIG. 2 can be similarly displayed on the display device of the design apparatus. Arrow 18 indicates that follow-up process stage 2 results from a transition from start process stage 1. Arrow 19 indicates that follow-up process stage 2 is just an active process stage in which changes can be made. The follow-up process stage 2 is hatched, thereby expressing that the follow-up process stage 2 has the state “changed”. Thus, if the follow-up process stage 2 is active, if a change is made at this stage, the whole follow-up process stage is hatched in this example, so that the entire follow-up process stage is marked as changed. The Thereby it can be seen that the changes are lost during the re-loading of the start processing phase 1. Thus, for example, when a change is made as shown in FIG. 1, the corresponding follow-up process stage takes another state, ie the state “changed”.

前述したことからわかるように、追従処理段階２の変更が行われた後に初めて、この追従処理段階の状態の変更が行われる。開始処理段階１から追従処理段階２へ移行する際、追従処理段階２に、まず常に状態“変更されない”が割当てられ、これは、ハッチングが施されないことによってわかる。従って特定の処理段階のロードの際変更が失われるか否かが、常に正確にわかる。  As can be seen from the foregoing, the state of the follow-up process stage is changed only after the follow-up process stage 2 is changed. When moving from the start processing stage 1 to the follow-up process stage 2, the follow-up process stage 2 is always initially assigned the state “not changed”, which can be seen by no hatching. Thus, it is always known exactly whether changes are lost when loading a particular processing stage.

図３に示す実施例では、追従処理段階２が変更され、続いて追従処理段階３へ移行された。矢印１９は、これが能動的な処理段階であることを示すために、追従処理段階３を指し示している。追従処理段階２はハッチングを施されておりそれにより、この処理段階に状態“変更された”が割当てられていることが明らかになる。  In the embodiment shown in FIG. 3, the follow-up process stage 2 has been changed, and subsequently moved to the follow-up process stage 3. An arrow 19 points to the follow-up process stage 3 to indicate that this is an active process stage. The follow-up process stage 2 is hatched, so that it becomes clear that the state "changed" is assigned to this process stage.

それにより、開始処理段階１の再度のロードの際変更が失われるけれども、処理段階２のロードの際には失われないことがわかる。なぜならば、追従処理段階２の変更はこれにより記憶されたからである。  Thereby it can be seen that the changes are lost during the re-loading of the start processing stage 1 but are not lost during the loading of the processing stage 2. This is because the change in the follow-up process stage 2 is stored by this.

編物柄において行われた変更は、別個に記憶して再び使用することができる。従って追従処理段階２の変更を記憶することができる。続いて開始処理段階１をロードできるであろう。（この場合状態“変更されない”で表示される）追従処理段階２への再度の移行後、前に記憶された変更を再び追従処理段階２としてロードして、この追従処理段階に適用することができる。この場合追従処理段階２の状態は再び状態“変更された”に変わる。  Changes made in the knitted pattern can be stored separately and used again. Therefore, the change in the follow-up process stage 2 can be stored. Subsequently, start processing phase 1 could be loaded. After the transition again to follow-up process stage 2 (in this case indicated by the state “not changed”), the previously stored change can be loaded again as follow-up process stage 2 and applied to this follow-up process stage. it can. In this case, the state of the follow-up process stage 2 changes again to the state “changed”.

Claims (12)

追従処理段階（２，３）としての複数の処理段階において編成データにより記述される編物柄（１０）の作成方法であって、少なくとも開始処理段階（１）に続く追従処理段階（２，３）において、又は開始処理段階（１）から追従処理段階（２，３）へ移行の際、又は１つの追従処理段階（２，３）から他の追従処理段階（２，３）への移行の際、編物柄（１０）の編成データの変更が行われるものにおいて、編成データの変更の際、編物柄（１０）において変更が行われた位置（１６）が特に自動的にマークされることを特徴とする方法。  A method for creating a knitted fabric pattern (10) described by knitting data in a plurality of processing stages as a follow-up process stage (2, 3), the follow-up process stage (2, 3) following at least a start process stage (1) Or at the transition from the start processing stage (1) to the follow-up process stage (2, 3), or from one follow-up process stage (2, 3) to another follow-up process stage (2, 3) When the knitting data of the knitted pattern (10) is changed, the position (16) where the change has been made in the knitted pattern (10) is particularly automatically marked when the knitting data is changed. And how to. 編物柄（１０）がシンボル表示で表示され、編物柄が変更された位置（１６）が光特に色で際立たされることを特徴とする、請求項１に記載の方法。  2. Method according to claim 1, characterized in that the knitted pattern (10) is displayed symbolically and the position (16) where the knitted pattern is changed is highlighted by light, in particular by color. 各追従処理段階（２，３）に１つの状態が割当てられることを特徴とする、先行する請求項の１つに記載の方法。  Method according to one of the preceding claims, characterized in that one state is assigned to each follow-up processing stage (2, 3). １つの追従処理段階（２，３）における編成データの変更の際、この追従処理段階に状態“変更された”が割当てられることを特徴とする、請求項３に記載の方法。  4. Method according to claim 3, characterized in that the status "changed" is assigned to this follow-up process stage when the knitting data is changed in one follow-up process stage (2, 3). 追従処理段階（２，３）に割当てられる状態が表示装置に表示されることを特徴とする、請求項３又は４に記載の方法。  5. Method according to claim 3 or 4, characterized in that the state assigned to the follow-up processing stage (2, 3) is displayed on a display device. 行われた変更が別々に記憶されることを特徴とする、先行する請求項の１つに記載の方法。  Method according to one of the preceding claims, characterized in that the changes made are stored separately. 変更が設計装置により自動的に行われたか使用者により行われたかが分類されて、変更が記憶されることを特徴とする、請求項６に記載の方法。  The method according to claim 6, characterized in that the changes are stored by classifying whether the changes were made automatically by the design device or by the user. 処理段階（１，２，３）に対応する編成データが記憶されることを特徴とする、先行する請求項の１つに記載の方法。  Method according to one of the preceding claims, characterized in that knitting data corresponding to the processing stage (1, 2, 3) is stored. 編機で製造される編物柄を複数の処理段階で設計する設計装置であって、編物柄の記述に必要な編成データを記憶する少なくとも１つの記憶装置、少なくとも１つの処理段階において編物柄のすくなくとも１つのシンボル表示を表示する少なくとも１つの表示装置、及び少なくとも１つのシンボル表示を変更するための少なくとも１つの入力装置を有し、開始処理段階（１）に続く追従処理段階（２，３）において編物柄（１０）が変更された位置をマークするために、マーク（１７）が設けられている、設計装置。  A design device for designing a knitted pattern manufactured by a knitting machine in a plurality of processing stages, at least one storage device for storing knitting data necessary for describing the knitted pattern, and at least one knitted pattern in at least one processing stage. In a follow-up processing stage (2, 3) having at least one display device for displaying one symbol display and at least one input device for changing the at least one symbol display, following the start processing stage (1) A design device in which a mark (17) is provided to mark a position where the knitted pattern (10) has been changed. 追従処理段階（２，３）に１つの状態を割当てる状態割当て手段が設けられていることを特徴とする、請求項９に記載の設計装置。  10. The design apparatus according to claim 9, further comprising state assignment means for assigning one state to the follow-up processing stage (2, 3). 追従処理段階（２，３）の状態が表示装置に表示可能であることを特徴とする、請求項８又は１０に記載の設計装置。  The design device according to claim 8 or 10, characterized in that the state of the follow-up processing stage (2, 3) can be displayed on a display device. 追従処理段階（２，３）における編物柄（１０）の変更のみが記憶可能であり、かつ処理段階としてロード可能であることを特徴とする、先行する請求項９〜１１の１つに記載の設計装置。  12. The preceding claim 9 to 11, characterized in that only the change of the knitted pattern (10) in the follow-up process stage (2, 3) can be stored and loaded as a process stage. Design equipment.
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