1254089 九、發明說明： 【發明所屬之技術領域】 緯紗準備機、 本發明涉及設定和顯示用於經紗準備機、 織布機等纖維機械中的資訊的裝置。 【先前技術】 纖維機械為了使該纖維機械正確地工作，由作業者來 完成如有關運轉控制資訊的設定和顯示、有關執行^品質） 資訊的設定和顯示、以及計數器復位的機械操作等作業、。 這種作業通過使用設定器而進行。 作為這種設定器之一，被連接到控制器（PLc )卜的钟 定器記載於專利文獻1中。 專利文獻1 ·特許第2870384 5虎 上述的現有技術中，使用把圖像和文字等顯示在顯示 為的晝面上，從而作案者通過觸碰晝面的規定部仇而執行 顯示晝面的切換和設定值的輸入操作等的觸摸屏型設定 器。 。又疋 在這種觸摸型設定器上，内置有根據解析作業者觸碰 =觸摸屏上的位置，並包含輸入並存儲的輸入圖像和顯示 子元串等的顯示程式控制顯示器的電腦。 但在上述現有技術中，無法避免由於設定器部件故障 ，結果而到設定器被修理的很長期間内，纖維機械要停= 1254089 【發明内容】 立本發明的目的在於，提供一種避免用戶由於設定器故 =而要在長期間内停臺纖維機械等不便情況，㈤時構成 簡單的故障時能夠對應處理的設定顯示系統。 本發明的纖維機械的設定顯示裝置，在具備存儲著押 ，維機械的執行元件的資訊的控制器、·第1顯示器以： 第i輸^器的通常用設定器中，&括從前述控制器讀出前 述資afiH示，同時把被輸人的設定值送人前述控制器的 通常用器、和作為在前述通常用設定器故障時使用的 緊，用設定器而與前述通常用設定器相比具備i晝面對應 =育訊=不量被限制的第2顯示器以及第2輸人器的緊急 -刖述緊急用設定器，能把前述第2輸入器的輸入資訊 輸出到㈣控制ϋ。前述控制器，預先存儲了把作為有關 ”、、頁示員目資汛、數據資訊、以及對作業者的輸入要求資訊 的”、、員示資汛，顯示為字元串或數值的顯示資訊，根據來自 刚述緊急用設定器的輸入資訊，更新並發送的緊急用設定 器對應處理程式，從而通過執行前述緊急用設定器對應處 理程式，通過前述緊急用設定器而逐次執行資訊輪入和資 訊顯示。 通系，通常用設定器用於資訊輸入和顯示。對此，如 果通#用设疋為出故障，則（取代出故障的通常用設定器） 緊急用設定器被連接而用於資訊輸入和顯示。因此，用戶 通過簡單構成的設定器能夠繼續使纖維機械運轉，且玎以 1254089 削減預備部件的成本。 此外 對應處理“ = 過把包含緊急用設定器 中可根據控制器執行處理=制益侧’從而緊急用設定器 接收從緊急用設定器侧逆：：：顯不被發送的顯示資訊’ .^ _ , k入的有關操作的資訊而在控制器 二="理程式，可以根據緊急設定器逐次執行 一連二的蚊顯示處理。因此，肖通常用設^相比，能 使所明緊;㈣處理減少，與此對應的緊急用設定 器側，構成被簡化，裝置整體的成本降低，其結果，如織 布#最終產品變為廉價。 前述緊急用設定器，可在至少該購入曰期和種類的一 ^不同的多個纖維機械中一般的（共同使用），且前述控制 為也可以存儲有與前述可—般的的緊急用設定器對應的前 ，緊急用没定器對應處理程式。這樣即使由於物件機械的 每種機種或每個製造曰期的顯示資訊等不同而纖維機械的 各控制器所儲存的有關顯示資訊等處理的處理程式分別不 也因這種處理程式已被存儲在控制器側而緊急用設定 器在上述的至少購入日期和種類中的一方不同的多個機械 之間能夠共用。其結果，由於能夠減少預備部件的保有個 數而能夠進一步削減預備部件的成本，從而使最終產品更 廉價。 更具體講，前述緊急用設定器把來自前述第2輸入器 的輪入資訊輪出到前述控制器，而基於預先存儲了前述第 …、貝示為所顯示的處理的系統程式執行前述控制器的顯示 7 1254089 資訊，且前述系統程式包含使從前述控制器發送到前述緊 急用$又疋為的多個顯示資訊分別顯示在設定成在前述第2 顯π器的顯示區域内不相互重疊的多個顯示幀位置的處理 步驟，而前述緊急用設定器也可以通過執行前述系統程式， 使根據執行前述控制器的前述處理步驟而發送的多個顯示 資訊顯示到對應的顯示幀位置上。 更具版講，鈾述緊急用設定器對應的顯示資訊的處理 程式包含把對應的晝面圖像編號與前述顯示資訊同時送入 前述緊急用設定器的處理步驟，且前述控制器或前述緊条 用設定器能夠選擇性存儲組態有分別顯示在前述顯示區域 内的前述多個顯示㈣多個晝面圖像，而前述系統程式包 含基於根據前述控制ϋ發送至前述緊急㈣定器的晝面圖 像編號選擇的晝面圖像而把顯示資訊顯示到前述顯示幢的 處理步驟，且前述緊急用設定器還可以通過執行前述系統 程式，基於從料控制||發送的晝面时編號所對應的晝 面圖像而把多個顯示資訊顯示到前述第2顯示器所對應的 各個顯不巾貞上。 前述緊急用設定輯應處理程式，根據考慮到作業性或 關連性而預先設定的順序，能夠把前述多個顯示資訊選擇性 地迗入剛述緊急用設定器，且前述控制器還可以通過執行前 述緊急用设定器對應處理程式，根據來自前述緊急用設定器 的輸入資訊而依次發送多個顯示資訊。這樣由於把原本在通 常用设定為使用時顯示的多個資訊選擇性地顯示到緊急用設 疋恭，從而作業者能夠與故障前的通常用設定器相比毫不遜 8 1254089 (設定值的設定）和纖維機 :::=織維機械的調整 【實施方式】 14上^機械1Q作為經紗卷繞裝置。在粗紗架 刀、、凡紗線12的多個給紗體16經過上下方向、 方向以及⑴後方向等三維方向而被並設成多個列。經 :卷繞裝置1G妹把從數於粗紗架14的各給紗體16引 的，紗線12並列成片狀而卷繞到卷繞軸18的卷繞裝置。 4被卷在給紗體16上的經紗線12，經過被每個粗 以1給紗體所具備的張力器20,從粗紗架14引出，然 後級過-對導紗輥22而聚整合片狀，同時還經過卷取輥 24、經紗傳感器26、以及張力輕28被引出，從而把這些 多根經紗線12並列成片狀而作為經紗片30卷繞到卷繞軸 18上。 卷繞軸18被連接在電動機32上。電動機32通過後述 的卷繞控制裝置34,可以控制旋轉速度和扭矩等。卷繞軸 18的經紗片30的卷徑被卷徑傳感器36偵測，並作為卷柙 信號而從卷徑傳感器36供給到卷繞控制裝置34。還可以 取代來自卷徑傳感器36的卷徑信號而使用根據經紗移動 量和軸18的旋轉數的關係計算的卷徑值。 各張力器20由例如根據使經紗線通過2個圓盤之間而 付與張力的圓盤式張力器等構成，並通過設定一方圓般對 另一方的擠壓力，把經紗線引出阻力（張力）作用到對比 1254089 此位置偏下游的經紗線。一對導紗輥22、、 12反向地卷掛到兩導紗幸昆22，可以使、言H把夕根經紗線 集中成經紗片30的形狀。 &些多根經紗線12 經紗片3〇根據通過另一對導紗輥 ^ 間，被卷掛在卷取輥24上。卷取輥24 #卷取輥24之 恢復旋轉扭矩。 ^過辅助電動機40 辅助電動機4〇被卷繞控制裝置％ ^ 規定扭矩的扭矩發生裝置的作用。因此& 1，從而起發生 經鈔線移動中，例如使阻礙經紗片3〇的辅助電動機40在 旋轉扭矩，通過向卷取輥24例如從紙面：動方向的方向的 向作用，能夠提高經紗30的張力。向看以壞時針方 但在經紗線移動中，由於卷取輥2 觸狀態，因而卷取輥24以與經紗片沾、經紗片30為接 度旋轉。 的移動速度相同速 出經紗斷頭和茸毛。_出_紗斷頭^ 樣備測 狀態的經紗異常錢而供㈣卷餘制裝置^為表示其 經炒傅感器26如織 一張力秦b 28上卷掛著向卷繞軸18的經紗線丨6。 經鈔片30的張力被張力傳感器κ貞測出來。被该測出的 W片張力作為經紗片張力信號，從張力傳感器42供給到 卷繞控制裝置34。 卷繞控制裝置34基於從卷徑傳感器36和張力傳感器 42供給的各種信號，控制電動機32和42的旋轉，控制卷 繞軸18的旋轉速度和卷取輥24的扭矩等，同時根據來自 1254089 未圖示的運轉按鈕和停止 自經紗傳感器2 6的經料操作按㈣操作信號和來 即卷繞裝置U)的運轉和停=號，控制卷繞軸18的旋轉， := 二便：==::° 通過與經鈔軸18的旋轉而從動的壓力輕（未圖示 向經紗軸18擠壓而卷繞到經紗軸18上。 、， 如上述的纖維機械（在圖示例中為經紗卷繞裝置） 中使用的設定並顯示各種資訊的設定顯示裝置5〇的一實 施例表示在1 2中。該設定顯示裝置5〇，用於在經紗卷綽 衣置10中把所品的各種資訊設定到圖1的卷繞控制裝置 34、和顯示作業者所需的資訊。 參照圖2，設定顯示裝置50包括··預先存儲控制各種 執行元件32、40、52的資訊的控制器54、讀出存儲在控 制器54中的資訊，同時把被輸入的設定值輸出到控制器 54 的通常用設定器（Machine Data Station=MDS) 56、以 及用於通常用設定器56故障時的緊急用設定器（Small sUb Terminal，圖中以 “SST” 表示）58。 卷繞控制裝置34實質上與由PLC等構成的控制器54 對應，且把圖1的電動機32，40、啟動氣壓缸和油壓缸的 開關閥和切換閥、螺線管等其他執行元件52作為執行元件 而進行控制。 在經紗卷繞裝置10的情況下，作為其他執行元件52 11 1254089 :=:如？於驅動卷繞軸的裝卸用桿等的各種開關閥和 也甘-舁此對應，當為其他纖維機械的織布機時作 ’〜、 仃凡件52可舉出機械裝置驅動用各種 允i、^噴射流體的開關閥和切換閥等。 口 60控和制祕分料接賴^ 56和58的2個接 部機哭的於、個存儲益64, 66以及68、卩及被連接到外 /〇、輪入輪出接口（I/O接口）70連接到中央處理壯 置(以下，稱作“卿”）72。 、處里衣 f存儲器64巾存儲著用於啟動控制器54的系統程 括MDTW系充耘式，更洋細講為用於根據後述的控制用程式 2動作，且控制接口 6〇、62和1/〇接口 7〇的基本 程式。 存儲器66為預先存儲了控制經紗卷繞裝置10的控制 用权式、與通常用設定II 56對應的通常用設定器對應處理 程以及與緊急用設定器58對應的緊急用設定器對應處 理程式等用於控制器54以外機器的控制的各種程式的用 戶存儲器。這種程式預先在製造廠侧作成並分別群組裝。 存儲器68為預先存儲了用於各種執行元件控制的各 種控制數據的數據存儲器。這種控制數據多為使用設定器 56或58進行設定，且根據控制程式算出的控制值作為控 制數據而被存儲。 I/O接口 70被連接到圖丨的卷徑傳感器36和張力傳 感器42等各種傳感器上，同時被連接到運轉按鈕、微動按 12 1254089 鈕、彳T止按鈕等各種操作按鈕以上。 I/O接口 70還連接在每個執 備的多個驅動電路76上。各 ，，52所具 32, 40或52親動。從而使對應的執行元件 MPU72由微處理器（Mpu) . 器64 66中的地士 寻構成，並利用儲存在存儲 獻錄1 儲存在存儲器68中的控制數據二 制各種執行元件32，40，52等。 尿，控 觸;用叹疋裔56，由解析作業者觸碰組態於顯示琴的 =時屏上的觸碰位置，並根據預先設定的用戶：;！ 定錢沾， 時作業者通過觸摸屏能_輪入設 疋值4的一般的觸摸屏型的顯示裝置構成。 於你通/用/又疋益56大體上具有：中央處理裝置（以下， 二一 _ ) 90、接口 80、2個存儲器84，抓、通過未 I/O接口連接到MPU9〇的各種操作開關⑽、以及觸 ^屏式顯示器82。接口 8〇、2個存儲㈣，86、以及顯示 器82被連接在MPU90上。 、 一。。接口 80被連接在控制器54的接口⑽上。觸摸屏式顯 不。σ 82把液晶顯不屏用作觸摸屏，且具備驅動觸模的 圖示的驅動電路。 ' 在存儲器84中存儲著用於啟動通常用設定器5β的系 統程式。該系統程式更詳細講為根據後述的控制用程式使 ^pU72動作，並通過未圖示的1/〇接口收發信號，在顯示 益82上輪出用於顯示的信號和在顯示器82進行作業者的 13 ^54089 觸 況，造而置，解析以外，偵測操作開關88的於 發的在一之_::= 竭在觸摸屏上的=位=;6顯示控制用的心裝 制器54的實測數撼姑钱 的解析用程式、以及來自批 的用戶程式。、$出用程序等在機械製造軸作成工 操作開關88包含鱼朴n 開合開關等各種開關。、，、的域對應而發生信號的 碰：:二 =存儲器84的系統程式，在作孝者觸 储存在= 對控制器54進行各種資訊資訊，同時 控制器以讀出各種資訊而顯二顯^ 緊急用設定器58，由根據預先儲存。^ 私式，解析作業者觸 储益中的糸統 上的觸碰位置，從而對㈣ί54冑的;^屏時的屏 ;控制㈣收到的信號，顯示對應的==於 :通成過觸摸屏而能夠輪入設定值等的觸摸屏二 但是，緊急用設定器58為小型化（輕 色㈣示功能與通常㈣定器心目比，合干， 、別是緊急用設定器肋與!晝面相當的資訊顯與:常 14 1254089 用設定器56相比，受限制。 緊用°又疋器58大體上具有：中央處理裝置（以下， 稱作MPU ) 98、被連接於此的接口 92、存儲器96、通 過未圖不=1/〇接口連接在卿⑽上的觸摸屏式顯示器9心 在通$用叹定器56{±}故障時，緊急用設定器⑽的接 口被連接在控制器54的接口 62上。觸摸屏式顯示器 敗液晶顯示屏㈣_屏，JL具備·__屏的驅動電 统程式96上存儲著用於啟動緊急用設定器58的系 接發^系統程式更詳細講為使MPU98通過未圖示的1/0 在顯示^^4#ϋ，在顯示器94上輸出用於顯示的信號和解析 D 〇9 上的作業者的觸摸屏的操作位置以外，通過接 54之間用於進行數據收發的基本程式。 更具體講其j h 觸模屏以及C是顯示器94的文字字形、圖像、 觸模位置的 °σ 4的控制用的程式、作業者在觸摸屏的 式等預先，解析用桎式、以及對控制器54的資訊通信用程 存儲在存儲器96 MPU98根據儲左/ 觸碰到顯示哭储存在存儲器96中的系統程式，在作業者 控制界54、、一 &的觸摸屏時，解析屏上的觸碰位置，並向 受的盤仃各種資訊的收發，同時顯示從控制器54接 J坷應的規定資訊。 用在切斷電^ / A I 68、84、I I都可以使 作為控制哭 夠保持存儲内容的非易失性存儲器。且 二為54可採用所謂的可程式設計序控制器（PLC)。 15 1254089 圖3為表示上述的通常用設定器56的外觀。通常用設 定器56把作為顯示器82而採用液晶顯示屏的觸摸屏100 組態在筐體102上。觸摸屏100用的驅動電路及背面光群 組件、接口 80、存儲器84，86、以及MPU90等則組態在筐 體102内。 在觸摸屏100上顯示著表示設定器56為把經紗線從粗 紗架卷繞到經紗軸上的經紗卷繞裝置用的文字、表.示經紗 卷繞裝置10的目前的運轉狀況的文字、作業者欄、以及有 關各種運轉狀況的資訊欄。 在“作業者欄”上包含：指示編號、生產的經紗軸對 應的產品編號、軸編號、或生產經紗軸的作業者名，且顯 示這些項目的文字等的顯示欄和輸入的文字顯示在規定的 顯示幀104内。 在“運轉狀況”欄上包含：卷繞速度、計數器、經紗 線的種類、卷繞條件、紗線資訊、卷繞張力付與等，且顯 示這些的文字等多個顯示攔和屬於這些輸入資訊的設定值 或實測值（包含計算值）的多個顯示攔分別顯示在規定顯 示幀 106、108、110、112、114、118 内。 在“速度”欄上包含在該卷繞軸卷繞時的經紗線的實 際移動速度和卷繞速度，且顯示這些的文字的顯示欄和顯 示該設定值及實測值的顯示欄顯示在規定的顯示幀106 内。 “計數器”欄上包含到目前為止的卷繞長度和一次（1 個經紗軸）應卷繞的總卷繞長度，且顯示這些的文字等顯 16 12540891254089 IX. Description of the Invention: [Technical Field of the Invention] The weft preparation machine, the present invention relates to a device for setting and displaying information for use in a fiber machine such as a warp preparation machine or a loom. [Prior Art] In order to make the fiber machine work correctly, the operator can perform operations such as setting and display of operation control information, setting and display of information, and information, and mechanical operation of counter reset. . This type of work is performed by using a setter. As one of such setters, a clock connected to a controller (PLc) is described in Patent Document 1. Patent Document 1: Patent No. 2870384 5 In the above-described prior art, an image, a character, and the like are displayed on a display surface, and the perpetrator performs a display switching by touching a predetermined portion of the face. A touch panel type setter such as an input operation of a set value. . Further, the touch type setter has a built-in computer that controls the display based on the display program that touches the position on the touch screen and includes the input image stored and stored, and the display sub-string. However, in the above prior art, it is unavoidable that the fiber mechanical machine is stopped for a long period of time until the setter is repaired due to the failure of the setter component. 1253489 [Invention] The purpose of the present invention is to provide a user avoidance In the case of a setter, it is necessary to stop the inconvenience such as a fiber machine for a long period of time, and (5) a setting display system that can cope with a simple failure. A setting device for a textile machine according to the present invention includes a controller for storing information on an actuator of a moving machine, and a first display: a general setting device for the i-th transmitter, & The controller reads the above-mentioned afiH indication, and simultaneously sends the set value of the input person to the normal controller of the controller, and the setter for use in the case of the failure of the normal setter, and the normal setting. It is possible to output the input information of the second input device to (4) control in comparison with the second display and the second emergency display device for the second display and the second input device. Hey. The controller stores in advance a display information which is displayed as a character string or a numerical value as a "character string", a member information, and a request information for the operator. The emergency setting device corresponding processing program is updated and transmitted based on the input information from the emergency setting device, and the emergency setting device corresponding processing program is executed, and the information rounding is sequentially performed by the emergency setting device. Information display. Throughout the system, the setter is usually used for information input and display. In this case, if the setting is faulty, the emergency setting device is connected (for replacing the faulty normal setting device) for information input and display. Therefore, the user can continue to mechanically operate the fiber by a simple configuration of the setter, and the cost of the spare part is reduced by 1254089. In addition, the corresponding processing "= In the emergency setting device, the processing can be executed according to the controller = the benefit side", and the emergency setting device receives the display information from the emergency setting side::: Display information that is not sent. _ , k into the information about the operation and in the controller 2 = " program, you can perform a series of mosquito display processing according to the emergency setter. Therefore, Xiao usually use the setting to make it clear; (4) The processing is reduced, and the emergency setting device side corresponding thereto is simplified, and the cost of the entire device is reduced. As a result, the final product such as the weaving cloth becomes cheap. The emergency setting device can be at least in the purchase period. It is common (commonly used) among a plurality of fiber machines different from the type, and the control may be stored in front of the emergency setting device corresponding to the above-described emergency setting device. Therefore, even if the processing information of the display information and the like stored by each controller of the fiber machine is different due to the difference in the display information of each type of the object machine or each manufacturing period, Further, since such a processing program is already stored in the controller side, the emergency setting device can be shared between a plurality of machines having at least one of the above-mentioned purchase dates and types. As a result, the reserve of the spare parts can be reduced. The number of the spare parts can be further reduced to make the final product cheaper. More specifically, the emergency setting device rotates the wheeled information from the second input device to the controller, and is based on the pre-stored The above-mentioned ..., the system program for the displayed processing executes the display 7 1254089 information of the controller, and the system program includes displaying a plurality of display information transmitted from the controller to the emergency $. a processing procedure of setting a plurality of display frame positions that do not overlap each other in the display area of the second display π, and the emergency setter may perform the aforementioned processing according to the execution of the controller by executing the system program The multiple display information sent in the step is displayed to the corresponding display frame position. More version, uranium emergency The processing program for displaying information corresponding to the setter includes a processing step of feeding the corresponding face image number and the display information to the emergency setter simultaneously, and the controller or the compact setter can selectively store The plurality of display (four) plurality of facets images respectively displayed in the display area are configured, and the system program includes a facet selected based on the face image number sent to the emergency (four) device according to the foregoing control And displaying the display information to the processing step of the display building, and the emergency setting device may further execute the foregoing system program based on the kneading image corresponding to the kneading time number sent from the material control|| The plurality of display information is displayed on each of the display devices corresponding to the second display. The emergency setting response processing program can display the plurality of display information in a predetermined order in consideration of workability or relevance. Selectively inserting the emergency setting device, and the foregoing controller can also perform the aforementioned emergency setting device corresponding processing In the formula, a plurality of display information are sequentially transmitted based on input information from the emergency setting device. In this way, since a plurality of pieces of information which are originally displayed when they are normally set to be used are selectively displayed to the emergency device, the operator can be inferior to the normal setting device before the failure, and the setting value is less than 8 1254089 (set value Setting) and fiber machine:::=Adjustment of weaving machine [Embodiment] 14 Upper machine 1Q is used as a warp winding device. The roving frame cutter and the plurality of yarn supplying bodies 16 of the yarn 12 are arranged in a plurality of rows in three-dimensional directions such as the vertical direction, the direction, and the (1) rear direction. The winding device 1G pulls the yarns 12 from the respective yarn supplying bodies 16 of the creel 14 in a sheet shape and winds them around the winding shaft 18. 4 The warp yarns 12 wound on the yarn supplying body 16 are taken out from the creel 14 through the tensioner 20 provided for each of the yarn bodies, and then passed through the yarn guide roller 22 to be integrated. The sheet shape is also taken out by the take-up roll 24, the warp yarn sensor 26, and the tension light 28, so that the plurality of warp yarns 12 are juxtaposed into a sheet shape and wound as a warp yarn sheet 30 onto the winding shaft 18. The winding shaft 18 is attached to the motor 32. The motor 32 can control the rotation speed, the torque, and the like by the winding control device 34 which will be described later. The winding diameter of the warp yarn 30 of the winding shaft 18 is detected by the winding diameter sensor 36, and is supplied from the winding diameter sensor 36 to the winding control device 34 as a winding signal. Instead of the winding diameter signal from the winding diameter sensor 36, a winding diameter value calculated based on the relationship between the warp movement amount and the number of rotations of the shaft 18 can be used. Each of the tensioners 20 is constituted by, for example, a disc tensioner that applies tension between the two discs by the warp yarns, and the warp yarn is taken out by setting one of the rounds to the other. The resistance (tension) acts on the warp yarns downstream of the 1254089 position. The pair of yarn guiding rollers 22, 12 are reversely wound up to the two yarn guides, so that the yarns can be concentrated into the shape of the warp yarn sheets 30. <Some of the warp yarns 12 are passed up on the take-up roll 24 by passing through the other pair of yarn guide rolls. The take-up roller 24 #winding roller 24 restores the rotational torque. ^Auxiliary motor 40 The auxiliary motor 4 is wound by the control device % ^ to act as a torque generating device that specifies the torque. Therefore, in the movement of the banknote line, for example, the auxiliary motor 40 that blocks the warp yarn sheet 3 is rotated, and the warp yarn 24 can be moved in the direction of the moving direction of the paper surface, for example, in the direction of the moving direction of the paper roll. 30 tension. When the warp yarn is moved, the take-up roller 24 rotates in contact with the warp yarn sheet and the warp yarn sheet 30. The speed of movement is the same as the velocity of the warp break and hair. _ _ _ yarn break head ^ sample preparation state of the warp abnormal money for (four) roll residual device ^ to indicate that it has been smashed by the squeezing sensation 26, such as weaving a force Qin b 28 winding up to the winding shaft 18 Yarn 丨6. The tension of the sheet 30 is detected by the tension sensor κ. The measured W piece tension is supplied from the tension sensor 42 to the winding control device 34 as a warp piece tension signal. The winding control device 34 controls the rotation of the motors 32 and 42 based on various signals supplied from the winding diameter sensor 36 and the tension sensor 42, controls the rotational speed of the winding shaft 18, and the torque of the take-up roller 24, etc., while not according to from 1254089 The illustrated operation button and the stop operation of the stop warp beam sensor 26 control the rotation of the winding shaft 18 according to the operation and stop number of the (4) operation signal and the winding device U), := 2:== ::° The pressure that is driven by the rotation of the banknote shaft 18 is light (not shown to be pressed onto the warp yarn shaft 18 and wound onto the warp yarn shaft 18., as described above, the fiber machine (in the example of the figure) An embodiment of the setting display device 5 for setting and displaying various kinds of information used in the warp winding device) is shown in Fig. 12. The setting display device 5 is for placing the product in the warp roll winding device 10. Various information is set to the winding control device 34 of Fig. 1 and information required for displaying the operator. Referring to Fig. 2, the setting display device 50 includes a controller 54 that stores information for controlling various actuators 32, 40, 52 in advance. Reading out the funds stored in the controller 54 At the same time, the input set value is output to the normal setting device (Machine Data Station=MDS) 56 of the controller 54, and the emergency setter (Small sUb Terminal for the normal use of the setter 56 failure, "SST" indicates) 58. The winding control device 34 substantially corresponds to the controller 54 composed of a PLC or the like, and the electric motor 32, 40 of Fig. 1, the on-off cylinder and the hydraulic cylinder, the on-off valve, the switching valve, and the screw The other actuators 52 such as the bobbin are controlled as the actuators. In the case of the warp winding device 10, as the other actuators 52 11 1254089 :=: various switching valves such as the loading and unloading lever for driving the winding shaft Corresponding to the same, when it is a looms for other fiber machines, the '~, 仃 件 52 52 52 52 60 60 可 可 可 可 60 60 60 60 60 60 60 60 60 60 60 60 60 60 60 60 The control and secret recipes are connected to the two joint machines of the 56 and 58 crying, the storage benefits 64, 66 and 68, and the connection to the outer/〇, wheel-in and out-out interfaces (I/O interface) ) 70 is connected to the central processing unit (hereinafter, referred to as "clear") 72. The system for storing the controller 54 stores the MDTW-based charging system for starting the controller 54, and is more specifically for operating according to the control program 2 described later, and the control interfaces 6〇, 62 and The basic program of the 1/〇 interface 7〇. The memory 66 stores a control right for controlling the warp winding device 10 in advance, a normal setter corresponding processing program corresponding to the normal setting II 56, and an emergency setter 58. The corresponding emergency setter corresponds to a user memory of various programs for controlling the devices other than the controller 54 such as a processing program. This program is pre-made on the side of the manufacturing plant and grouped separately. The memory 68 is a data memory in which various kinds of control data for various actuator control are stored in advance. Most of such control data is set using the setting unit 56 or 58, and the control value calculated based on the control program is stored as control data. The I/O interface 70 is connected to various sensors such as the winding sensor 36 and the tension sensor 42 of the figure, and is connected to the operation button, the micro-motion button 12 1254089 button, the 彳T button, and the like. The I/O interface 70 is also coupled to a plurality of drive circuits 76 for each of the devices. Each, 52 have 32, 40 or 52 relatives. Thus, the corresponding actuator MPU 72 is formed by the gems of the microprocessor (64), and the various actuators 32, 40 are stored by the control data stored in the memory 1 stored in the memory 68. 52 and so on. Urine, control touch; with sigh 56 56, by the analysis operator touch the touch position configured on the display screen of the display time, and according to the preset user:;! When the money is diverted, the operator can construct a general touch screen type display device with a threshold of 4 by the touch screen. In general, you have: central processing unit (hereinafter, two__) 90, interface 80, two memories 84, grab, through the I / O interface to the MPU9 〇 various operational switches (10), and touch screen display 82. The interface 8〇, 2 stores (4), 86, and the display 82 are connected to the MPU 90. , One. . Interface 80 is coupled to interface (10) of controller 54. The touch screen is displayed. σ 82 uses a liquid crystal display as a touch screen and has a driving circuit for driving the touch. A system program for starting the normal setter 5β is stored in the memory 84. More specifically, the system program operates the control unit according to a control program to be described later, and transmits and receives signals via a 1/〇 interface (not shown), and outputs a signal for display on the display profit 82 and an operator on the display 82. 13 ^ 54089 Touch, make, except for the analysis, detect the operation of the switch 88 in the _:: = exhausted on the touch screen = bit =; 6 display control of the heart device 54 The measured application of the Auntie money and the user program from the batch. The utility model, the utility program, and the like, are manufactured by the machine manufacturing shaft. The operation switch 88 includes various switches such as a fish-opening switch. The signal of the , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ^ Emergency setter 58 is stored in advance according to the basis. ^ Private, the operator touches the touch position on the system in the storage, so that (4) ί54胄; ^ screen screen; control (four) received signal, display corresponding == in: pass through the touch screen and can When the touch panel 2 such as the set value is rotated, the emergency setter 58 is miniaturized (the light color (four) display function is compared with the normal (four) device, and the information is similar to the emergency setter rib and the ! Display: Normal 14 1254089 is limited compared to the setter 56. The compact 58 further has a central processing unit (hereinafter referred to as MPU) 98, an interface 92 connected thereto, a memory 96, The interface of the emergency setter (10) is connected to the interface 62 of the controller 54 when the touch screen display 9 connected to the singularity (10) is connected via the unillustrated =1/〇 interface. The touch screen display loses the liquid crystal display (4) _ screen, the JL has the __ screen drive system program 96 stores the connection system for starting the emergency setter 58. The system program is more detailed for the MPU98 to pass. 1/0, not shown, is displayed on display 94 for display ^^4#ϋ In addition to the operation position of the operator's touch screen on the D 〇9, the basic program for data transmission and reception is used between the terminals 54. More specifically, the jh touch screen and C are the text fonts of the display 94, The image, the program for controlling the °σ 4 of the touch position, the operator's formula on the touch panel, etc., the analysis method, and the information communication program for the controller 54 are stored in the memory 96 MPU98 according to the left/touch When it comes to the system program that displays the crying stored in the memory 96, when the operator controls the boundary 54, a touch screen of the &, the touch position on the screen is analyzed, and various information is transmitted and received to the received disk, and the display is simultaneously displayed. The controller 54 is connected to the prescribed information of the J. The cut-off electric / AI 68, 84, II can be used as a non-volatile memory for controlling the crying to keep the stored contents. Programming Sequence Controller (PLC) 15 1254089 Figure 3 is a view showing the appearance of the above-described general setting device 56. The touch panel 100 using the liquid crystal display as the display 82 is usually configured on the housing 102 by the setting unit 56. The drive circuit for the touch screen 100 and the backlight group assembly, the interface 80, the memories 84, 86, and the MPU 90 are disposed in the housing 102. The display screen 56 is shown on the touch screen 100 to indicate the warp yarn from the roving. The characters and the table for the warp winding device for winding the warp yarn on the warp yarn shaft show the characters of the current operation state of the warp winding device 10, the operator column, and the information column regarding various operating conditions. The upper part includes: an instruction number, a product number corresponding to the warp axis of the production, an axis number, or an operator name for producing a warp axis, and a display field for displaying characters such as these items and an input character are displayed in the predetermined display frame 104. . The "operation status" column includes: the winding speed, the counter, the type of warp yarn, the winding condition, the yarn information, the winding tension, and the like, and a plurality of display screens such as these characters are displayed and belong to these inputs. A plurality of display blocks of the set value or the measured value (including the calculated value) of the information are respectively displayed in the prescribed display frames 106, 108, 110, 112, 114, 118. The "speed" column includes the actual moving speed and the winding speed of the warp yarns when the winding shaft is wound, and the display column displaying the characters and the display column displaying the set value and the measured value are displayed in the specification. The display frame 106 is inside. The "Counter" column contains the winding length so far and the total winding length that should be wound once (1 warp axis), and the text displayed is displayed. 16 1254089
示欄和屬於這些預調長度的設定值及實測值的顯示搁顯厂、 在規定顯示幀108内。 N 在“經紗線的種類”攔上包含：經紗線的紗線種類 有關經紗線粗細的資訊、以及屬於載置於粗紗架的給紗體 的個數的粗紗架紗根數，且顯示這些的文字等顯示搁和顯 示這些設定值及實測值的顯示欄顯示在規定顯示幅 内。 在“卷繞條件”攔上包含：卷繞張力、向卷繞軸擠壓 的未圖示的壓力輥的擠壓力、以及卷繞軸的卷徑。顯示這 些的文字等的顯示攔和顯示這些設定值及實測值的顯示板 顯示在規定的顯示幀112内。 在“紗線資訊”欄上包含：經紗斷頭的發生次數統 計每個茸毛大小而求出的發生次數、以及茸毛的合計發生 人數。顯示這些的文字等顯示攔和在每個軸上對這也進疒 叶數的計數值或顯示用於與此對應地發生警報的閾值的= 示攔則顯示在規定顯示幀114内。 、、 在“卷繞張力付與”欄上包含付與通過卷取輥經紗線 的張力和根據經紗線張力對應的允許範圍的狀態所決定的 警報大小。顯示這些的文字等顯示攔和顯示這些設定值及 只須]值的顯不搁顯不在規定顯示Ψ貞1 1 6内。 如果有已存（輸入完畢）的設定值存在，則其數值等 可目視地顯示在規定幀内。 如上所述的各種資訊和與其相關的數據（數值等）同 時以採用顯示幀的介面形式顯示在觸摸屏1〇〇上。這樣使 17 1254089 包含多個設定值及實測值的多個定測值資訊顯示成在同一 晝面上不相互重疊。 在觸摸屏100上還顯示著向上述各種多個設定值攔移 動游標的4個游標按鈕120、122、124、126。 在筐體102上組態有多個操作按鈕。這些操作按鈕包 含：開始和結束設定器56動作的系統開關（SYSTEM) 13〇、 通過把經紗線卷繞成規定長度而使鳴動的鈐聲停止的龄聲 停止開關（STOP BELL) 132、使對計數值卷繞長度進行計 數的計數器的值復位的計數器復位開關（⑶UNT reset) 134、選擇顯示和輸入文字的語言種類（例如，日語、英語） 的文字選擇開關（LANG) 136、使開始對卷繞長度進行計數 的計數開始開關（COUNT) 138、以及對顯示著的目錄進行 切換指令的切換開關（MENU) 140。 與此對應，圖4表示上述緊急用設定器58的外觀。緊 急用設定器58把採用液晶顯示屏的觸摸屏15〇組態在筐體 152上，且與圖3所示的通常用設定器％相比已被小型化 從而一個晝面相當的資訊顯示量受到限制。與顯示器對 應的觸摸屏15〇用的驅動電路、用於此的背面光群級件 輪入輸出接口 92、存儲器⑽、以及MPU98等組態在僮辦 152内。 暇 但在通常用設定器56由於某種原因出現故障時，作業 者為了使經紗卷繞裝置繼續運轉，取出通常用設定器56” 作為替代把緊急用設定器92裝設到控制盤附近而使接口 92和接口 62進行電連接。這樣通過緊急用設定器58而根 18 1254089 據系統程式進行初始狀態的晝面顯示。 更具體講，在觸摸屏150上開始及結束該設定器58動 作的開始按鈕（START)、和引導設定器58的型式及設定器 58的起動順序的矩形顯示欄分別顯示在規定顯示幀154、 156以及158内。 設定器58的型式為例如由SST VER1. 0構成的文字。 起動方法的引導為表不如果按下開始按姐，便把控制切 換到緊急用設定器58”的文字。 接著，參照圖5對於例如由PLC構成的控制器54根據 儲存於存儲器66内的用戶程式進行的連接在控制器54的 各種執行元件等控制處理、和識別可能連接的通常用設定 器56和緊急用設定器58中的哪一個被連接而逐次進行與 識別結果對應的處理時的一連串的處理流程進行以下敘 述。 控制器54通過接通電源而開始動作。 首先，控制器54執行經紗卷繞裝置10的運轉控制處 理（步驟201)。其中所謂的運轉控制處理除了經紗卷繞裝 置的運轉和停止等控制以外，還包含著運轉中和停止中的 電動機和開關閥等各種執行元件的動作的控制，且都根據 儲存在存儲器66内的由機械製造廠提供的用於經紗卷繞 裝置控制的控制程式而逐次進行控制。 接著，根據判斷被連接的設定器為通常用設定器和緊 急用設定器中的哪一個，選擇性地進行被連接的設定器對 應的處理。更具體講，控制器54對緊急用設定器58是否 19 Ϊ254089 被連接進行判斷（步驟2〇2)。 更具體講，緊急用設定器58連接在控制器54上，且 根據圖4所示的顯示，通過作業者觸碰到“START，，鍵的錢員 不=分而緊急用設定器58通過接口 92將其指示信號向控 制為54輸出，從而控制器54可以識別緊急用設定器別 被連接。 ^ 步驟202的判斷結果如果為緊急用設定器58被連接， 則控制器54把對應的第丨内部標記置成關，並反復執行以 後敘述的緊急用設定器對應處理（步驟203)。 但步驟203的判斷結果如果被判斷為未被連接，則把 對應的第1内部標記置成關，且作為下一步驟，控制器54 對疋否接受了來自通常用設定器58的命令進行判斷（步驟 204) 〇 更具體講，通常用設定器56在電源接通期間，使通過 接口 80對控制器54在規定時間内主要進行通信（資訊收 赉）’且使在作業者操作通常用設定器56時對控制器54進 行通彳§ (資訊收發），而根據另一方控制器54，使對應命 令的接收而通過接口對設定器56進行與命令對應的回饋。 通常用設定器56把通信命令輸出到控制器54之後通 過在規定時間内接收來自控制器54的回饋，識別控制器 54為連接狀態。與此對應，根據控制器54,從電源被接通 到規定時間内，通過被送入來自通常用設定器56的通信命 々而可以進行通常用設定器56是否被連接的判斷。 步驟204的判斷結果，如果未接收命令，則控制器54 20 1254089 便把對應的第2内部標記置成關而回到步驟2〇 1。 步驟204的判斷結果，如果接收了命令，則控制琴54 便把對應的第2内部標記置為開而選擇並執行通常用設定 器對應處理（步驟205 )。 步驟205的通常用設定器對應處理中，控制器54對接 收的命令進行解析（步驟206)，並根據解析結果讀出運算 數據（步驟207)，再把該運算數據發送到通常用設定器56 (步驟208)。 結束通常用設定器對應處理（步驟205)後，判斷電 源是否為切斷（步驟209 )。該判斷結果，如果電源為接通， 控制器54便回到步驟201。以後使上述的處理步驟，即步 驟201至步驟209的處理步驟在電源被接通的期間以極短 的周期（例如數//sec〜數msec)反復執行。 對於上述的步驟202和步驟204的判斷處理，根據不 進行此程度的反復而高速處理的觀點，優選根據與先連接 的叹疋為的判斷結果對應的第1或第2内部標記的開、關 狀態而分開。 但步驟209的判斷結果，如果電源辜切斷，控制器54 便儲存控制數據（步驟210)，再把第2内部標記置成關， 結束其動作。 通常用設定器56，根據與經紗卷繞裝置1〇對應而儲 存於存儲器86的用戶程式，再與作業者對通常用設定器的 才呆作對應，將設定值的顯示和用於從控制器54讀出實測值 等所需資訊的命令輸出到控制器54，而控制器54在步驟 21 1254089 205的通常用設定器對應處理中把所得的上述命令對應的 資訊（數據）回饋到通常用設定器56。 由此，通常用設定器56，根據儲存於存儲器96内的 系統程式，在通常用設定器對應處理中基於從控制器54發 送的數據，合成與該數據對應的資訊和資訊項目顯示而以 圖3所示的圖像多個並列地顯示在觸摸屏100内。其結果， 作業者可以輸入適當的資訊而設定該資訊。 接著，參照圖6對於通過控制器54進行的緊急用設定 器對應處理步驟203進行敘述。 緊急用設定器對應處理步驟203，在圖5所示的步驟 202的判斷結果判斷為“緊急用設定器58已被連接”時被 執行。 首先，控制器54執行作業者使用緊急用設定器58而 進行實測數據的顯示或設定、卷繞長度用的計數處理、以 及經紗線軸的切斷等作業項目的選擇以及詳細内容的選擇 的處理（步驟250 )。 步驟250中，控制器54把包含待選擇項目的資訊與圖 示在顯示位置的資訊同時發送到緊急用設定器58中（步驟 251)。由此，緊急用設定器56接收的項目資訊顯示在顯示 器94的對應位置上，因此等待作業者通過觸碰對應的鍵而 選擇項目（步驟252)。其中所謂的項目為設定數據的項目。 經紗卷繞裝置的最上位層（最上位概念）的具體的選 擇項目表示在圖7 (A)中。最上位層的項目包含，表示該 目錄為主目錄的MAIN MENU、作為經紗卷繞長計數功能而 22 1254089 用於把由控制器54計測的卷繞長度的實測值移向顯八查 面的項目（COUNT)、與上述經紗卷繞長計數功能對應^晝 於移向變更預調值的畫面的項目（c SET)、與上述 繞長計數功能對應的用於移向執行使實測卷繞長復位1浐 〇)的晝面的項目（RESET)、為了顯示經紗線的紗線斷頭t 數和卷繞轴的卷徑以及被卷取輥付與的扭矩指令值（換= 之，被付與的經紗線張力）等實測值而用於移向比此偏下 的下位階層的選擇晝面的項目（ACT)、為進行上述以外的 設定值輸入和變更而用於移向比此偏下的下位層的選擇書 面的項目（SET)、用於逐次進行此外的設定和顯示功能的 用於移向比此偏下的下位層的選擇畫面的項目（SUB)、以 及沒有通常用設定器的修復等的用於結束控制器54對緊 急用設定器的對應處理的操作項目（END)的各建。 作為對目前顯示的階層資訊的“MAIN MENU”被顯示 在矩形幀300上，且上述的“COUNT”〜“END”項目在對 應的矩形幀 302、304、306、308、310、312、314 内根據 對應的文字顯示。這些顯示幀的區域起著顯示螢幕94的觸 摸屏150的操作鍵區域的功能。 儲存在緊急用設定器58的存儲器96内的系統程式， 例如後述的圖7 (A)、（C)、（E)、（F)…那樣組態成互不 重疊的2以上的幀構成的晝面顯示圖像與圖像編號對應而 被多個記錄，同時在緊急用控制器58内通過接口 92接收 晝面圖像編號和為了顯示每個幀上而從控制器54發送的 資訊，則選擇對應晝面，能把被發送的資訊單獨地顯示到 23 1254089 每個幀上，且作業者觸碰到被顯示的幀時，與所觸碰的位 置幀編號對應的資訊可通過接口 92從控制器54中讀取。 由此，作業者可以從顯示在緊急用設定器58的觸摸屏 150的最上位層的各種項目中選擇成為目標的下位層的項 目。 對於使用緊急用設定器58的具體操作，以下根據2個 具體例而進行敘述。首先，在此敘述的第1具體例為使經 紗卷繞長計數器的卷繞長計數值（後述的T· UP)復位（歸 0)的例，而後述的第2具體例為為了使經紗卷繞裝置定尺 停止而變更經紗卷繞長計數器的預調值的例。 以下，對第1具體例進行敘述。 作業者選擇圖7 (A)的“COUNT”時的次位層的一例 表示在圖7(B)中。 如果作業者選擇項目，控制器54便對所選的項目 “COUNT”.是否為最下位層（最下位概念）的項目進行判斷 (步驟253 )。但在該時刻，只不過是最上位層的項目被顯 示在觸摸屏150上，因此所選的項目並不是最下位層的項 目。 因此，控制器54回到步驟251，使所選的最上位層的 項目内的次位層的項目根據預先儲存的用戶程式與顯示位 置對應的資訊同時發送到緊急用設定器58。由此，使緊急 用設定器56接收的項目資訊顯示在顯示器94對應的位置， 因此等待作業者通過觸碰對應鍵而選擇項目（步驟252)。 圖7 (B)中，次位層的項目包含：表示該目錄為有關 24 1254089 經紗卷繞長計數器的目錄的“c_T”、卷繞長達到如後述 設定的預調值（預調長）時用於停止鳴動的蛉聲的項目 “MLL”、根_，批生產多個卷繞㈣，用於使從批量 生產開始時實測的總卷繞長度復位（歸〇)的項目 “TOTAL”、用於使目前卷燒在卷繞軸上的卷繞長度復位 (歸〇)的項目“T. UP”、或用於當經紗卷繞長度通過i 匹相當的長度與卷數之積管理時使卷數復位（歸⑸的項 目CUT 、=及私疋回到主目錄的項目“t〇mainme_”。 作為目前顯示對應的階層資訊的“_τ，，顯示在矩 ㈣320’ ^從^述的項目“BELL，’至“τ〇 _ 以對應的文字顯^在對應的矩形幢微、324、挪、微 330内。這些顯示_域起著顯示器％的觸 操 作鍵區域的功能。 $ 乂攸顯不在緊急用設定器58的觸摸屏 150的中位層的各種頊由 項目中選擇作為目標的下一個下位層 曰“ 7如=#者選擇用於對卷繞軸進行卷繞長度復位的項 . ，控制器54便對所選的項目是否為最下位層 取下位概幻的項目進行判斷（步驟253)。 、上述時刻，所選的項目為最下位層的項目。在這種情 況下二&制54結束步驟25〇，並根據所選的最下位層項目， 移向數據處理（步驟254)、設定輸人處理（步驟2⑹ 以及計數處理（步驟258)的某一項。但所選的項目為有 關冲數處理的項目，因此控制器54移向計數處理（步驟 25 1254089 258) 〇The display column and the display values and measured values belonging to these preset lengths are displayed in the predetermined display frame 108. N in the "type of warp yarn" includes: information on the warp thickness of the warp yarn type, and the number of roving yarns belonging to the number of yarn feed bodies placed on the creel, and The display column displaying these characters and the display and displaying the set values and the measured values is displayed in the predetermined display frame. The "winding condition" includes a winding tension, a pressing force of a pressure roller (not shown) that is pressed toward the winding shaft, and a winding diameter of the winding shaft. A display block for displaying such characters and the like and a display panel for displaying these set values and measured values are displayed in a predetermined display frame 112. The "Yarn Information" column contains the number of occurrences of warp yarn breaks, the number of occurrences of each hair size, and the total number of hairs. The display such as the display of the text and the like, and the count value of the number of leaves on each axis or the display of the threshold for displaying the alarm corresponding to this is displayed in the predetermined display frame 114. The "winding tension is applied" column includes the magnitude of the alarm determined by the tension applied to the warp yarn passing through the take-up roller and the allowable range according to the warp yarn tension. Displaying these characters, etc., displays and displays these settings and only the value of the display is not displayed within the specified display Ψ贞1 1 6 . If there is a stored (input completed) setting value, its value or the like can be visually displayed in the specified frame. The various information as described above and the data (values, etc.) associated therewith are simultaneously displayed on the touch screen 1 in the form of an interface using display frames. This allows 17 1254089 to display multiple measured values of multiple set values and measured values so as not to overlap each other on the same side. Also displayed on the touch screen 100 are four cursor buttons 120, 122, 124, 126 that move the cursor to the various plurality of set values described above. A plurality of operation buttons are configured on the housing 102. These operation buttons include a system switch (SYSTEM) 13 that operates the start and end setter 56, and a stop sound stop switch (STOP BELL) 132 that stops the click of the warp by winding the warp yarn to a predetermined length. A counter reset switch ((3) UNT reset) that resets the value of the counter that counts the count value winding length. 134. Selects the text selection switch (LANG) 136 of the language type (for example, Japanese, English) of the input character and the input text. A count start switch (COUNT) 138 for counting the winding length, and a changeover switch (MENU) 140 for switching the command to the displayed list. Corresponding to this, FIG. 4 shows the appearance of the above-described emergency setting device 58. The emergency setting unit 58 configures the touch panel 15A using the liquid crystal display panel on the casing 152, and has been miniaturized as compared with the normal setting device % shown in Fig. 3, so that the information display amount equivalent to one face is received. limit. The drive circuit for the touch screen 15 corresponding to the display, the back light group member wheel input/output interface 92 for this, the memory (10), and the MPU 98 are configured in the child 152. However, when the normal setting device 56 fails for some reason, the operator removes the normal setting device 56" instead of attaching the emergency setting device 92 to the vicinity of the control panel in order to continue the operation of the warp winding device. The interface 92 and the interface 62 are electrically connected. Thus, the emergency display unit 58 performs the initial display of the initial state according to the system program. More specifically, the start button for starting and ending the action of the setter 58 on the touch screen 150 is performed. (START), and the type of the guide setter 58 and the rectangular display column of the start sequence of the setter 58 are respectively displayed in the predetermined display frames 154, 156, and 158. The type of the setter 58 is, for example, a text composed of SST VER1. The guidance of the starting method is to indicate that the control is switched to the text of the emergency setting device 58" if the user presses the start button. Next, with reference to Fig. 5, the controller 54 composed of, for example, a PLC performs control processing such as various actuators connected to the controller 54 based on the user program stored in the memory 66, and recognizes the normal setter 56 and the emergency that may be connected. The series of processing flows when one of the setters 58 is connected and the processing corresponding to the recognition result is sequentially performed will be described below. The controller 54 starts the operation by turning on the power. First, the controller 54 executes the operation control processing of the warp winding device 10 (step 201). In addition to the control of the operation and the stop of the warp winding device, the operation control process includes the control of the operation of various actuators such as the motor and the on-off valve during operation, and is stored in the memory 66. The control program for the warp winding device control provided by the machine manufacturer is successively controlled. Next, it is determined that the set selector to be connected is one of the normal setter and the emergency setter, and the processing corresponding to the connected setter is selectively performed. More specifically, the controller 54 determines whether or not the emergency setter 58 is connected to 19 Ϊ 254089 (step 2 〇 2). More specifically, the emergency setter 58 is connected to the controller 54, and according to the display shown in FIG. 4, when the operator touches "START, the key of the key does not = the emergency setter 58 passes the interface. 92 outputs its instruction signal to control 54 so that the controller 54 can recognize that the emergency setter is not connected. ^ If the result of the determination in step 202 is that the emergency setter 58 is connected, the controller 54 sets the corresponding third The internal flag is set to OFF, and the emergency setter corresponding processing described later is repeatedly executed (step 203). However, if the result of the determination in step 203 is judged to be unconnected, the corresponding first internal flag is set to OFF, and As a next step, the controller 54 determines whether or not the command from the normal setter 58 has been accepted (step 204). More specifically, the controller 56 is normally used to pass the interface 80 to the controller during power-on. 54 mainly performs communication (information reception) within a predetermined time and causes the controller 54 to perform communication (information transmission and reception) when the operator normally operates the setter 56, and according to the other controller 54, The feedback corresponding to the command is made to the setter 56 through the interface corresponding to the receipt of the command. Usually, after the communication command is output to the controller 54 by the setter 56, the feedback from the controller 54 is received within a predetermined time, and the controller 54 is identified as In response to this, the controller 54 determines whether or not the normal setting unit 56 is connected by the communication command from the normal setting unit 56 when the power is turned on for a predetermined period of time. If the command is not received, the controller 54 20 1254089 sets the corresponding second internal flag to off and returns to step 2〇 1. The result of the determination in step 204, if the command is received, controls the piano. 54, the corresponding second internal flag is turned on to select and execute the normal setter correspondence processing (step 205). In the normal setter correspondence processing of step 205, the controller 54 analyzes the received command (step 206). Then, the arithmetic data is read based on the analysis result (step 207), and the arithmetic data is sent to the normal setting unit 56 (step 208). After the corresponding processing (step 205), it is determined whether the power is off (step 209). If the power is turned on, the controller 54 returns to step 201. Thereafter, the above processing steps, step 201, are performed. The processing procedure of step 209 is repeatedly executed during a very short period (for example, a number/sec to several msec) while the power source is turned on. The determination processing of steps 202 and 204 described above is performed without repeating this degree. The viewpoint of the high-speed processing is preferably separated according to the on or off state of the first or second internal mark corresponding to the judgment result of the first connected sigh. However, if the power supply 辜 is cut off, the controller 54 is determined. The control data is stored (step 210), and the second internal flag is turned off to end its operation. Usually, the user program stored in the memory 86 corresponding to the warp winding device 1A is used by the setter 56, and the operator is also associated with the normal setting device, and the display of the set value is used for the slave controller. The command to read the required information such as the measured value is output to the controller 54, and the controller 54 returns the obtained information (data) corresponding to the above command to the normal setting in the normal setting device corresponding processing of the step 2154089 205. 56. As a result, the setter 56 normally combines the information and the information items corresponding to the data based on the data transmitted from the controller 54 in the normal setter corresponding processing based on the system program stored in the memory 96. A plurality of images shown in FIG. 3 are displayed in parallel in the touch screen 100. As a result, the operator can set the information by inputting appropriate information. Next, the emergency setter correspondence processing step 203 by the controller 54 will be described with reference to Fig. 6 . The emergency setter corresponding processing step 203 is executed when the result of the determination in step 202 shown in Fig. 5 is judged as "the emergency setter 58 has been connected". First, the controller 54 executes the selection and selection of the work items such as the display or setting of the actual measurement data, the counting process for the winding length, and the cutting of the warp yarn by the operator using the emergency setter 58. Processing (step 250). In step 250, the controller 54 transmits the information including the item to be selected to the emergency setter 58 simultaneously with the information displayed at the display position (step 251). Thereby, the item information received by the emergency setter 56 is displayed at the corresponding position of the display unit 94, so that the operator waits for the item to be selected by touching the corresponding key (step 252). The so-called item is an item that sets data. The specific selection item of the uppermost layer (the most superordinate concept) of the warp winding device is shown in Fig. 7(A). The item of the uppermost layer includes a MAIN MENU indicating that the directory is the main directory, and a long-counting function of the warp winding, and 22 1254089 is used to move the measured value of the winding length measured by the controller 54 to the display of the display. (COUNT), corresponding to the warp winding long counting function, the item (c SET) on the screen for shifting the change preset value, and the shifting execution function corresponding to the winding length counting function to make the measured winding length reset 1浐〇) of the 昼面 item (RESET), the number of yarn breaks t of the warp yarn and the winding diameter of the winding shaft, and the torque command value applied by the take-up roll (for = The item (ACT) for moving to the lower side of the lower level than the measured value, such as the warp tension, and the set value input and the change other than the above are used for the shift. The lower lower layer selects the written item (SET), the item (SUB) for moving to the lower layer selection screen of the lower layer for the subsequent setting and display functions, and the normal setting device Repair or the like for ending the controller 54 for emergency use Each of the operation items (END) of the corresponding processing of the setter is built. The "MAIN MENU" as the currently displayed hierarchical information is displayed on the rectangular frame 300, and the above-mentioned "COUNT" to "END" items are in the corresponding rectangular frames 302, 304, 306, 308, 310, 312, 314. Display according to the corresponding text. The areas of these display frames function to display the operation key areas of the touch screen 150 of the screen 94. The system program stored in the memory 96 of the emergency setter 58 is configured by two or more frames that are not overlapped with each other as shown in Figs. 7(A), (C), (E), and (F), which will be described later. The facet display image is recorded in plurality corresponding to the image number, and the face image number is received through the interface 92 in the emergency controller 58 and the information transmitted from the controller 54 for displaying each frame is By selecting the corresponding face, the transmitted information can be displayed separately to each frame of 23 1254089, and when the operator touches the displayed frame, the information corresponding to the touched position frame number can be accessed through the interface 92. Read in controller 54. Thereby, the operator can select the item of the target lower layer from among various items displayed on the uppermost layer of the touch panel 150 of the emergency setter 58. The specific operation of the emergency setting device 58 will be described below based on two specific examples. First, the first specific example described herein is an example in which the winding length count value (T·UP described later) of the warp winding length counter is reset (returned to 0), and a second specific example to be described later is for winding the warp yarn. An example in which the device is stopped and the preset value of the warp winding length counter is changed. Hereinafter, the first specific example will be described. An example of the secondary layer when the operator selects "COUNT" in Fig. 7(A) is shown in Fig. 7(B). If the operator selects an item, the controller 54 judges whether the selected item "COUNT". is the item of the lowest level (lowest concept) (step 253). However, at this moment, only the item of the highest level is displayed on the touch screen 150, so the selected item is not the item of the lowest level. Therefore, the controller 54 returns to step 251 to simultaneously transmit the items of the sub-layer within the selected uppermost layer item to the emergency setter 58 based on the information corresponding to the display position of the user program stored in advance. Thereby, the item information received by the emergency setter 56 is displayed at the position corresponding to the display 94, and therefore the operator is waited for by selecting the item by touching the corresponding key (step 252). In Fig. 7 (B), the item of the sub-layer includes: "c_T" indicating that the directory is a catalogue of the 24 1254089 warp winding length counter, and the winding length is as long as the preset value (pre-adjustment) set as described later. The item "MLL", the root_, which is used to stop the humming of the squeaking, and the batching of the four windings (four), for the item "TOTAL" for resetting the total winding length actually measured at the start of mass production, The item "T. UP" for resetting the winding length of the current winding on the winding shaft, or for managing the product of the warp winding length by the length of the equivalent of the number of rolls and the number of rolls The number is reset (the item CUT of the (5), = and the item "t〇mainme_" returned to the home directory. As the current "_τ, which displays the corresponding class information, it is displayed at the moment (four) 320' ^ from the item "BELL" , 'to τ〇_ is displayed in the corresponding rectangular frame, 324, move, and micro 330 with the corresponding text. These display _ fields function as the touch operation key area of the display %. The various layers of the middle layer of the touch screen 150 of the setter 58 are selected by the item as The next lower layer of the target 曰 "7 such as = # selects the item for the winding length reset of the winding axis. The controller 54 judges whether the selected item is the lowest level of the item. (Step 253). At the above time, the selected item is the item of the lowest level. In this case, the second & 54 ends the step 25〇, and moves to the data processing according to the selected lowermost layer item ( Step 254), setting one of the input processing (step 2 (6) and counting processing (step 258). However, the selected item is an item related to the impulse processing, so the controller 54 moves to the counting processing (step 25 1254089 258). 〇
、在圖7(Α)、（Β)以及（c)所示的實施例中，根據T.UP 、、擇，控制器54基於接收的項目，把卷繞長計數用的計 ，器的計數值作為顯示項目數據發送到緊急用設定器58， 從而執行步驟258。 通過作業者選擇圖7 (Β)的“Τ· UP”而顯示的最下 位層的1表示在圖7⑹巾。 一圖7 (C)中的最下位層的項目顯示有表示該目錄為使 級紗卷繞長度的計數長復位的目錄的“T· UP COUNT VALUE RESFT，， -r ^ 、和被實測的目前卷繞長度數值顯示與用於回到主 目錄的項目“T〇 Min MENU”，並包含2個方向鍵、以及 使卷繞長計數器的計數值歸零的輸入 “返回”。 作為目前顯示對應的階層資訊的UP COUNT VALUE RESET顯示在矩形幀342内，且從上述的“t〇 MAIN MENU”至“返回”的項目以對應的文字顯示在對應的矩 形幀340、344、346、348、350内。這些顯示幀區域起著 顯示器94的觸摸屏150的操作鍵區域的功能。 由此，根據把緊急用没疋裔5 8接收的計數值顯示在觸 摸屏150的顯示幀344上，作業者通過觸碰幀35〇的輸入 鍵，可以使顯示在幀344内的實測值的計數值復位（歸〇) (步驟268)。 在圖7 ( C)的幀344上顯示著通過作業者觸碰幀 的輸入鍵的操作而計數值已被歸0的狀態。 中位階層（COUNTER)對應的最下位層的項目除了上述 26 1254089 (Τ· ϋΡ)以外，可選擇如（TOTAL)、（CUT)等多個項目， 且在圖7 (C)的顯示狀態下通過觸碰幀346、347中的任 一個方向鍵，不回到中位階層的晝面顯示，而控制器54通 過從圖6的處理步驟269分開而移向步驟267，可以直接 移向用於使該實測長復位的各晝面顯示。 在上述的具體例中從圖7 (A)的最上位層的畫面移向 圖7 (C)最下位層的晝面期間，經過圖7 (B)所示的中位 階層的畫面。但更加優選對於如卷繞長復位等操作頻率高 的項目，也彳以例如通過觸碰圖7 (A)的幀3〇6 (reset)， 使直接從圖7 (A)移向圖7 (C)地構成儲存在存儲器68 的用戶程式（即緊急用設定器對應處理程式）。 上述的具體例為通過緊急用設定器5 8變更卷繞長古十 數器相關的設定值和實測·值的例，但是當然還可以變更卷 繞裝置的其他e又疋值，或在卷繞長計數器以外的控制器54 側顯示實測的實測值。例如，在圖1所示的卷繞裝置例中 作為其他設定值和實測值，可舉出圖3所示的項目等，例 如作為經紗卷繞裝置的實測值包含卷繞運轉中被統計的紗 線斷頭次數和紗線斷頭位置等品質資訊，還包含目前生^ 中的卷繞軸的型號（批號）等付與在每個卷繞軸的資訊等。 過用ί此對應，在控制器54中與卷繞長計數器時相同，通 的未:根據執行圖6所示的處理步驟25G而選擇操作項目 比住的晝面顯示以及作業者的項目選擇操作，還插入 的1員目，員都j下的最下位層的設定值或顯示的實測值對應 而執行。並且，如果項目在最下位層之前插入，控 27 1254089 5一4。通過執行被圖6的步驟253分開的步驟挪及况， 可以上與卷繞長計數器復位和變更預調值時一樣， 以顯不對應的設定值的輸入和實測值。 在圖7中表示作為第2具體例用於設定對卷繞 、卷繞長度對應的預調值的顯示晝面。對到移向變 ，二預調值的晝面的顯示晝面，w 7⑷、（D)、（E)以及 _層所不的項目分別成為最上位、2位、3次以及最下位 圖^ ( A)、（D)、（E)以及（F)的任一項，這些項目 都被顯示在對應矩形幢3〇〇至312, 36〇至咖内。-表示最 1=1 貝目的圖7 (F)，包含祕預調1次卷繞長度的設定 值的數字鍵。 更詳細講，對於圖7⑴的顯示，作業者通過觸碰用 於對卷繞長計數11變更預調值的項目所對應的楨304 (C iET)，在控制器54中進行步驟250的處理，而緊急用設定 益=。中，基於根據系統程式從控制器54發送的資訊，使 顯示态94的晝面顯示如圖7 (D )所示。 接者，作業者通過觸碰用於變更卷繞長的預調值的項 目所對應的⑽6(T· UP)，在控制器54中進行從步驟253 f 267的處理，由此使接收資訊的緊急用設定器58的顯示 器94的晝面顯示如圖7 (E)所示。 上接著，作業者根據幀380内所顯示的資訊，為了變更 預调，而通過觸碰I貞示著目前預調長的^定值的巾貞372， 控制器54執行步驟268、_以及步驟撕的結果，如圖 28 !254〇89 (F)所示’在顯示器94中把目前預調長設定值和被輸入 白勺預調長設定值顯示在幀384, 386上，同時用於數值輸入 的數字鍵顯示成幀388， >上述的結果，作業者通過觸碰到幀388對應的數值以 及箭頭（輸入鍵），把預調長從目前的設定值1050ιη變更到 2〇〇m。在一方控制器54中，可以反復執行包含接收對應 貝矾後進行步驟268的處理，通過控制器54進行的監視卷 繞長而用於使卷繞裝置停止的動作的變更預調值，在以後 的步驟201中卷繞長的計測等的運轉控制。 當被插入的項目為實測數據時，在步驟254中控制器 54把被選擇的最下位層的顯示項目的數據發送到緊急用控 制态58中（步驟260 )。由此，緊急用設定器58把接收的 顯不項目數據顯示在觸摸屏15〇的規定顯示幀上。 接著，作業者為確認而觸碰到顯示器94的未圖示的巾貞 (例如圖7(C)的幀350的“返回鍵，，），則控制器54讀 出對應的確認標記後，等待根據緊急用設定器58觸碰例如 圖 7 ( C)的幀 346，348 或 340 (步驟 261)。 如果作業者觸碰到觸摸屏150的規定幀，所碰位置對 應的資訊輸入到控制器54。由此，控制器54進行輸入資 訊對應的處理之後，判斷是否有下一個待顯示的項目（步 驟 262)。 控制器54在步驟262中的判斷結果，如果為有項目， 則回到步驟260，並把用於顯示同列實測值數據的資訊在 設定器58侧顯示為亞印花，且通過幀346、348的操作而 29 1254089 沒有項目時，結束步驟254而移向圖6中的步驟209 (步 驟 263)。 此外，如果被插入的項目為設定數據（設定值的設定）， 在步驟256中控制器54把所選的最下位層的設定項目的數 據發送到緊急用控制器58 (步驟264)。由此，緊急用設定 器58把接收的設定項目數據顯示在觸摸屏150的規定顯示 幀，同時例如圖7 (E)那樣群組合如幀372的設定值的顯 示和如幀380所示的表示設定值的變更順序的顯示而進行 顯示。 接著，控制器54等待作業者為輸入設定值而例如觸碰 圖7 (E)所示的幀372的緊急用設定器58的操作（步驟 265)。 如果作業者觸碰到如觸摸屏150的圖7 (E)的幀372 的規定幀，則在顯示器94上顯示如圖7 (F)的幀386的 變更值和如幀388的數字鍵，接著通過作業者觸碰數值和 返回鍵，觸碰位置對應的資訊輸入到控制器54。由此，控 制器54進行輸入資訊所對應的處理後，判斷是否有下一個 待顯示的項目（步驟266)。 控制器54如果在步驟266中判斷結果為有項目，則回 到步驟264，如果沒有項目，便結束步驟256而移向圖6 的步驟209 (步驟263 )。 優選被供給到控制器54的存儲器66的緊急用設定器 對應處理程式（顯示處理程式）構成為使待顯示的項目考 慮關聯性而根據預先已被設定的順序顯示。由此，能夠更 30 1254089 有效地進行顯示項目的設定作業和確認作業。 本發明不僅僅對上述的經紗卷繞裝置10，而還可適用 於經紗上漿機和轴回卷機等其他經紗準備機械，以及織布 機等其他纖維機械。在這種情況下也與上述一樣，用於、 入纖維機械對應的顯示項目和設定值的顯示處理程式和11 急用設定器對應處理程式被預先儲存在控制器54的用戶、 存儲器中。 在上述實施例中相對緊急用設定器58控制器 要收發資訊，但還可使緊急用設定器側主要從控制 收發資訊。 1 也可以使緊急肢定雜在製造日期或種 個纖維機械中一般的。在這種情況下也盥上 j的多 ::纖維機械對應的顯示項目和設定值的顯示處=於 緊心用設定㈣應處理程式被預先 式和 的 控制器的用戶存儲器中。 子在母個纖維機械 情況而〜在不脫離其宗.旨的 【圖式簡單說明】 顯示裝置的經紗卷 繞裝置 圖1為表示利用本發明的設定 的一實施例的圖。In the embodiment shown in FIG. 7 (Α), (Β), and (c), according to the T.UP and the selection, the controller 54 counts the meter for winding the long count based on the received item. The value is transmitted as display item data to the emergency setter 58 to execute step 258. The lowermost layer 1 displayed by the operator selecting "Τ·UP" of Fig. 7 (Β) is shown in Fig. 7 (6). The item of the lowermost layer in Fig. 7(C) shows "T·UP COUNT VALUE RESFT, -r ^ , and the currently measured directory indicating that the directory is a count-length reset of the winding length of the yarn. The winding length value is displayed with the item "T〇Min MENU" for returning to the home directory, and includes two direction keys, and an input "return" for zeroing the count value of the winding length counter. The UP COUNT VALUE RESET of the hierarchical information is displayed in the rectangular frame 342, and the items from the above "t〇MAIN MENU" to "return" are displayed in the corresponding rectangular frames 340, 344, 346, 348, 350 in corresponding characters. These display frame areas function as operation key areas of the touch screen 150 of the display 94. Thus, the operator receives the count value received on the touch screen 150 by the count value received by the emergency screen. The input key of the frame 35A can reset (count) the count value of the measured value displayed in the frame 344 (step 268). The input of the frame touched by the operator is displayed on the frame 344 of Fig. 7(C). Key operation and the count value has been returned to 0 In addition to the above-mentioned 26 1254089 (Τ·ϋΡ), items such as (TOTAL) and (CUT) can be selected, and the display in Fig. 7(C) is displayed in the lowermost layer corresponding to the COUNTER. By touching any one of the frames 346, 347 in the state, it does not return to the face display of the median level, and the controller 54 moves to step 267 by separating from the process step 269 of FIG. In the above specific example, the period from the screen of the uppermost layer of FIG. 7(A) to the plane of the lowermost layer of FIG. 7(C) passes through FIG. 7 ( B) The screen of the median level shown. However, it is more preferable to directly select an item having a high operating frequency such as a winding long reset, for example, by touching the frame 3〇6 (reset) of Fig. 7(A). The user program stored in the memory 68 (i.e., the emergency setter corresponding processing program) is configured from FIG. 7(A) to FIG. 7(C). The specific example described above is the change of the winding history by the emergency setter 58. Example of the set value and the measured value of the decimal device, but of course, it is also possible to change the other e-winding device The measured value is displayed on the side of the controller 54 other than the winding length counter. For example, in the example of the winding device shown in Fig. 1, other set values and actual measured values are shown in Fig. 3. Items, etc., for example, as measured values of the warp winding device, include quality information such as the number of yarn breaks and the yarn break position counted during the winding operation, and the model number (batch number) of the winding shaft currently in the production. The information is added to each of the winding axes, etc. The corresponding use is the same as in the case of winding the long counter in the controller 54, and the operation is not performed: the operation item is selected according to the processing step 25G shown in Fig. 6 It is executed in response to the display of the face and the item selection operation of the operator, and the number of members to be inserted, and the set value of the lowest level of the member or the measured value of the display. Also, if the project is inserted before the lowest level, control 27 1254089 5 - 4. By performing the step of moving apart by the step 253 of FIG. 6, the input and the measured value of the set value can be displayed as in the case of resetting and changing the preset value by the winding length counter. Fig. 7 shows a display surface for setting a preset value corresponding to the winding and winding length as a second specific example. For the display of the moving direction, the two pre-adjusted values, the items of the w 7 (4), (D), (E), and _ layers are the highest, 2, 3, and the lowermost images respectively ^ Any of (A), (D), (E), and (F), these items are displayed in the corresponding rectangular building 3〇〇 to 312, 36〇 to the coffee. - Figure 7 (F), which indicates the most 1 = 1 bill, and contains the numeric keys for the preset value of the winding length. More specifically, in the display of FIG. 7 (1), the operator performs the processing of step 250 in the controller 54 by touching 桢 304 (C iET) corresponding to the item for changing the preset value for the winding length count 11 . And emergency use set benefits =. The display of the display state 94 is as shown in Fig. 7(D) based on the information transmitted from the controller 54 in accordance with the system program. In the operator, the operator performs the processing from step 253 f 267 in the controller 54 by touching (10) 6 (T·UP) corresponding to the item for changing the pre-adjustment value of the winding length, thereby causing the information to be received. The face display of the display 94 of the emergency setter 58 is as shown in Fig. 7(E). Subsequently, the operator proceeds to step 268, _ and steps by touching the I button to display the current pre-adjusted value according to the information displayed in the frame 380, in order to change the pre-adjustment. The result of the tearing is as shown in Fig. 28 !254〇89 (F). In the display 94, the current preset length setting value and the input preset length setting value are displayed on the frames 384, 386, and used for the numerical value. The input numeric key is displayed in the frame 388, > As a result of the above, the operator changes the pre-adjustment length from the current set value 1050ιη to 2〇〇m by touching the value corresponding to the frame 388 and the arrow (input key). In the one controller 54, it is possible to repeatedly execute the process of performing the process of step 268 after receiving the corresponding case, and the change of the preset value of the operation for stopping the winding device by the controller 54 is performed. In step 201, the operation control such as long measurement is performed. When the inserted item is the measured data, the controller 54 transmits the data of the selected lowermost layer display item to the emergency control state 58 in step 254 (step 260). Thereby, the emergency setter 58 displays the received display item data on the predetermined display frame of the touch panel 15A. Next, when the operator touches the unillustrated frame of the display 94 (for example, the "return key" of the frame 350 of FIG. 7(C)), the controller 54 reads the corresponding confirmation mark and waits. The frame 346, 348 or 340 such as Fig. 7(C) is touched according to the emergency setter 58 (step 261). If the operator touches a predetermined frame of the touch panel 150, information corresponding to the touched position is input to the controller 54. Therefore, after the controller 54 performs the processing corresponding to the input information, it is determined whether there is the next item to be displayed (step 262). The result of the determination by the controller 54 in step 262, if there is an item, returns to step 260. And the information for displaying the measured data of the same column is displayed as a sub-print on the side of the setter 58, and when there is no item by the operation of the frames 346, 348 and 29 1254089, the step 254 is ended and the step 209 is moved to the step of FIG. 6 (step 263) Further, if the inserted item is setting data (setting of the set value), the controller 54 transmits the data of the selected lowermost layer setting item to the emergency controller 58 in step 256 (step 264). Thus, urgent The received setting item data is displayed on the predetermined display frame of the touch panel 150 by the setting unit 58, and, for example, as shown in Fig. 7(E), the group is combined with the display of the set value of the frame 372 and the display of the set value as indicated by the frame 380. Next, the controller 54 waits for the operator to input the set value, for example, touches the operation of the emergency setter 58 of the frame 372 shown in Fig. 7(E) (step 265). If the operator touches To a predetermined frame such as frame 372 of Fig. 7(E) of touch screen 150, a change value of frame 386 as shown in Fig. 7(F) and a numeric key such as frame 388 are displayed on display 94, and then the value is touched by the operator. And the return key, the information corresponding to the touch position is input to the controller 54. Thus, after the controller 54 performs the processing corresponding to the input information, it is determined whether there is the next item to be displayed (step 266). If the result of the determination in step 266 is that there is an item, the process returns to step 264. If there is no item, step 256 is ended and the process proceeds to step 209 of Fig. 6 (step 263). The emergency setting of the memory 66 supplied to the controller 54 is preferably set. Corresponding processing The expression (display processing program) is configured such that the items to be displayed are displayed in accordance with the order in which they are set in consideration of the relevance. Thereby, the setting operation and the confirmation operation of the display item can be effectively performed 30 3054089. The present invention is not only The warp winding device 10 described above can also be applied to other warp preparation machines such as warp sizing machines and shaft rewinders, and other fiber machines such as looms. In this case, as well as the above, The display processing program and the emergency setter corresponding processing program for the display items and the set values corresponding to the fiber machine are stored in advance in the user and memory of the controller 54. In the above embodiment, the controller for the emergency setting controller 58 transmits and receives information, but the emergency setting device side can also mainly transmit and receive information from the control. 1 It is also possible to make emergency limbs miscellaneous on the date of manufacture or in a variety of fiber machinery. In this case, too, the display of the display item and the set value of the fiber-optic machine is selected in the user memory of the controller in which the program is pre-programmed. In the case of the parent fiber machine, the present invention does not deviate from the scope of the invention. [Brief Description] The warp winding device of the display device Fig. 1 is a view showing an embodiment using the setting of the present invention.
框圖。 咼衣不本發明的設定顯示裝 圖3為表示在圖2所 示的設定μ巾制的通常用設定 1254089 器的一實施例的外觀透視圖。 圖4為表示在圖2所示的設定裝置中使用的緊急用設定 器的一實施例的外觀透視圖。 圖5為用於敘述圖2所示的設定顯示裝置動作的圖。 圖6為用於敘述圖2所示的設定顯示裝置的緊急用設定 器對應處理程式的圖。 圖7為表示緊急用設定器的顯示圖像的例的圖，（A)為 表示最上位層的項目的顯示圖像的例的圖，（B)為表示卷繞 長度顯示處理程式中次位層的項目的顯示圖像的例的圖，（C) 為表示卷繞長度顯示處理程式中最下位層的項目的顯示圖 像的例的圖，（D)為表示卷繞長度計數用計數器的預處理 程式的2次層的項目的顯示圖像的例的圖，（E)為表示卷 繞長度顯示處理程式中3次層的項目的顯示圖像的例的 圖，（F)為表示卷繞長度顯示處理程式中最下位層的項目 的顯示圖像的例的圖。 元件符號說明： 經紗卷繞裝置 執行元件 設定顯示裝置 控制器 通常用設定器 緊急用設定器 觸摸屏 10 32 、 40 、 52 50 54 56 58 100 、 150 32 1254089 300 〜388block diagram. Fig. 3 is a perspective view showing an appearance of an embodiment of a conventional setting 1254089 for setting a napkin as shown in Fig. 2. Fig. 4 is a perspective view showing the appearance of an embodiment of an emergency setting device used in the setting device shown in Fig. 2. Fig. 5 is a view for explaining the operation of the setting display device shown in Fig. 2; Fig. 6 is a view for explaining an emergency setter correspondence processing program of the setting display device shown in Fig. 2; FIG. 7 is a view showing an example of a display image of the emergency setter, wherein (A) is a view showing an example of a display image of an item of the highest layer, and (B) is a second bit showing a winding length display processing program. (C) is an example of a display image showing an item of the lowest layer in the winding length display processing program, and (D) is a table showing a winding length counting counter. (E) is a diagram showing an example of a display image of an item of the third-order layer in the winding length display processing program, and (F) is a view showing a volume. A diagram showing an example of a display image of an item of the lowest layer in the processing program around the length. Component symbol description: Warp winding device Actuator Setting display device Controller Normal setting device Emergency setting device Touch screen 10 32 , 40 , 52 50 54 56 58 100 , 150 32 1254089 300 ~ 388