經濟部中央梯準局負工消费合作社印製 Λ7 B7_ 五、發明説明（l ) (發明所屬之領域） 本發明有關於具有多數之單錠驅動之紗捲取組之捲紗 機之停電處理系統。 (先前技術） 具有以單錠地被驅動之多數之紗捲取組之捲紗機者， 其代表性者爲自動捲紗機。自動捲紗機乃，在機台上多數 地排設了單錠驅動之紗捲取組而成者。一個紗捲取組乃具 有將自環式精紡機所生產之供紗筒管所舒解之紗，一面去 除紗之缺點一面重新捲繞而使之成爲規定形狀之捲裝（筒 紗）之機能。 爲了實現此機能，每一台紗捲取機各自地，設有定序 器或微電腦之擔任控制器之捲取控制裝置。又在於上述機 台之一端設有對應於上述並排設置之紗捲取組之多數之捲 取控制裝置共同之主控制裝置。在此主控制裝置配設控制 用之系統電源，以由此系統電源所供給之電流而令上述多 數之捲取控制裝置實施動作。 (發明所欲解決之問題） 在這種自動捲紗機上發生停電時，由於停電檢出用元 件之特性上有所偏差（特性各不盡相同），多數之捲取控 制裝置之停電檢測之水平有微妙之差異，因此各紗捲取組 之停止狀態往往不會一樣。又由該時之各紗捲取組之動作 狀態或軸承狀態之不同，或控制對象之負載之不同也會引 本紙張尺度適用中國國家榇準（CNS ) A4规格（210X297公釐） (請先聞讀背面之注$項再填寫本頁) -*?τ -./Μ. 經濟部中央橾準局貝工消費合作杜印製 A7 B7 β 五、發明説明G ) 起同樣之狀態。 例如，發生不至於完全停電之瞬斷，或瞬時電壓之降 低時將會有檢測出停電之紗捲取組及檢測不出停電之紗捲 取組之混在。此狀態時，操作員即無法判斷是因爲停電或 其他原因所致，因而無法做處理。 於是本發明乃鑑於上述問題所開發，其目的爲提供一 種總括地檢測出停電，使紗捲取組停止於相同之狀態，由 而在停電後使捲紗機很容易複歸於可能捲取狀態之停電處 理系統也。 申請專利範圍第1項之發明係一種捲紗機之停電處理 系統，具備有： 對應於多數之紗捲取組之每一個地設置之多數之捲取 控制裝置，及 對上述多數之捲取控制裝置共同之主控制裝置，及 設於上述主控制裝置，而對上述多數之捲取控制裝置 之各個供給電流之系統電源，及 檢出上述系統電源之停電之用之停電檢測出機構，及 上述停電檢測出機構之檢測出停電而將停電檢測出訊 號一齊地送訊於上述之多數之捲取控制裝置之用之訊號線 ，而構成爲其特徵者。 如申請專利範圍第2項之發明係上述捲取控制裝置乃 ，備有，至少受訊到上述停電檢測出訊號爲止，可以保持 正常動作之電源電壓用之電壓保持機構。 如申請專利範圍第3項之發明係上述捲取控制裝置乃 本纸張尺度遑用中國困&梂準（CNS ) A4規格（210X297公釐） 771 (請先閱讀背面之注f項再填寫本頁) 訂 經濟部中央揉準扃負工消费合作社印裝 Λ7 _B7___. 五、發明説明6 ) ，受訊了上述停電檢測出訊號之後，立即實施規定之停電 處理動作者，而備有爲正常的實施該停電處理動作所必要 之電壓保持時間者。 如申請專利範圍第4項之發明係上述捲取控制裝置乃 備有，用於測定紗之捲取量之定長計數器，受訊上述停電 檢測出訊號時，即做爲停電處理動作而對定長計數値實施 ，電源切斷後仍不會被消去之存儲領域之收納處理者。 如申請專利範圍第5項之發明係以由上述捲取控制裝 置所控制之其他控制裝置而備有，爲捲取紗之用之驅動馬 達之旋轉數控制裝置，上述捲取控制裝置乃受訊上述停電 檢測出訊號時，對於上述旋轉數控制裝置發出停止空轉之 指定者。 (發明之實施形態） 下面依圖說明本發明之實施形態。以捲紗機爲自動捲 紗機時爲例說明於下。如圖1所示，自動捲紗機乃，將由 精紡機所生產之供紗筒管之紗重新繞捲成規定形狀之捲取 之筒子者。在其機台上並排列設有多數之紗捲取組U。此 紗捲取組群之兩端配設有主控制器M C及供紗筒管自動供 給裝置C B F。各紗捲取組U乃可能行單錠驅動。而以主 控制器M C做各紗捲取組U或多數之紗捲取組U之群來做 管理。 下面說明一部紗捲取組U之機器配置。紗捲取組U乃 如倒2所示，備有供紗筒管1，及氣圈消除器2，及緊張 本紙張尺度適用中國國家揉準（CNS ) A4規格（210X297公釐） -----ΓI-.I—Q-----1^------ (請先聞讀背面之注f項再填寫本頁) 經濟部中央標準局貞工消费合作社印簟 A7 ____B7_ 五、發明説明& ) 器3，及消除紗之缺點之消除裝置4、9，及捲取用鼓筒 5，捲取之筒子6。由供紗筒管1所舒解拉出之紗乃通過 氣圈消除器2，緊張器3，而由消除裝置4、9消除紗之 缺點然後以捲取鼓筒5所旋轉之捲取之筒子6所捲取。又 爲了獲得1個捲取之筒子6通常使用數支乃至數十支之供 紗筒管1。 上述之消除裝置4、 9乃備有，用於檢測紗之缺點之 捕節器（Slub Catcher ) 4，及用於切斷紗之紗切刀9，及 以捲取控制裝置8所控制之消除控制部4 a。消除控制部 4 a乃介著訊號線7、11而連接於捲取控制裝置8。上 述紗Y通過捕節器4時可檢測出紗之粗細之變動，該變動 乃被變換爲電氣訊號而輸入於消除控制部4 a。又消除控 制部4 a即將電氣訊號與預先收納之基準値行比較計算， 如超過容許範圍時即判斷爲有紗之缺點正在通過。又消除 控制部4 a上介著訊號線1 0連接有紗切斷器9。因此消 除控制部4 a乃判斷爲紗之缺點通過時立即對紗切斷器9 送訊紗切斷指令訊號，又訊號線1 1即由捲取控制裝置8 而對消除控制部4 a送訊停電檢測出訊號以資使紗切斷器 9動作切斷紗者。 又以紗切斷器9而切斷紗時，捕節器4即不能檢測出 紗之粗細，因此訊號線7之紗行走訊號呈〇 F F。捲取控 制裝置8即可檢測出紗之被切斷。於是捲取控制裝置8乃 對捲取鼓筒用驅馬達12之變頻機18輸出停止指令訊號 使捲取鼓筒5之旋轉停止。 「I-； —Q ^ 05- (請先閲讀背面之注意事項再填寫本頁) 本紙張又度適用中國國家標準（ CNS ) A4規格（210X297公釐） -7- 經濟部中央標準扃貝工消費合作社印製 Λ7 B7 五、發明説明) 如上所述捲紗機乃藉由消除裝置4、’9來除去紗之缺 點，而斯後接著以接紗裝置1 3來實施接紗。此接紗裝置 1 3係連接於捲取控制裝置8 ,由捲取控制裝置8而輸入 接紗開始訊號時，即可開始接紗。又如在緊張器3等發生 斷紗時也同樣地實施接紗。 又紗捲取組U乃於捲取位置A之供紗筒管1之外，於 候命位置B 1，B2備有2支預備之供紗筒管1。當捲取 位置A之供紗筒管1變空（無紗）時，即與斷紗一樣訊號 線7之紗行走訊號將呈0 F F，因此會實施接紗。又機械 式或光學式之紗厚薄規（yarnfeeler) 2 3乃介著訊號線 2 4連接於捲取控制裝置8，以資檢測出下紗。如果紗厚 薄規2 3之無法檢測出下紗時，下紗行走訊號2 4呈顯 〇 F F。捲取控制裝置乃對於不圖示之供紗筒管更換機輸 出供紗筒管更換訊號。供紗筒管更換訊號被輸入時，供紗 筒管更換機乃排出位於捲取位置A之空筒管1/替代地移 入位於候命位置B 1之供紗筒紗1。於是上述接紗裝置 1 3乃以抽吸紗端之中接管1 6而以紗端Y 1供爲下紗而 補足實施接紗。 下面說明接紗之槪略順序。捲取之筒子6側之上紗之 端係由抽吸紗端之抽吸口 1 5而提出紗端，紗厚薄規2 3 側之下紗之端即由中接管1 6而提出紗端。抽吸口 1 5乃 以軸1 5 a爲中心可迴旋到捲取鼓筒5與捲取筒子6之轉 接部。同時捲取鼓筒5乃以變頻機1 8而使驅動馬達12 改爲低速逆旋轉狀狀態以資實施上紗之端之提出。即捲紗 本紙張尺度適用中國國家揉準（CNS ) A4規格（210X297公釐） \1/ ,\)/,· ；——；-IoiT广 JT (請先閲讀背面之注意事項再填寫本頁) ______B7_. 五、發明説明) 機乃以捲取鼓筒5之逆轉而實施上紗端之提出，以抽吸口 15來抽吸所提出之上紗。 又中接管1 6即以軸1 6 a爲中心而迴旋到紗厚薄規 2. 3之上方，抽吸下紗由而實施下紗端之提出。並且抽吸 口15及中接管16乃以提紗狀態之下依序迴旋到實線位 置。將上紗及下紗放入於捕（紗）節器4及接紗裝置1 3 中》並且以接紗裝置1 3完成接紗之後，捲紗機乃以驅動 馬達1 2再使捲取鼓筒5逆轉將紗接頭退回至捕（紗）節 器4而校驗在紗接頭之紗之缺點。 經濟部中央樣準局貝工消费合作社印製 (請先閲讀背面之注f項再填寫本頁) 下面說明捲取鼓筒5之旋轉機構》首先驅動馬達1 2 乃對於捲取鼓筒5傳遞動力。連接於驅動馬達1 2之變頻 機18乃介著訊號線20，20 a而連接於捲取控制裝置 8。該變頻機1 8乃用於控制驅動馬達1 2之旋轉速度。 由捲取控制裝置8而介著訊號線20而輸出之控制訊號來 設定驅動馬達1 2之旋轉速度。即視紗捲取組之捲取狀態 將驅動馬達控制於最合宜之旋轉速度。又變頻機1 8乃由 捲取控制裝置8而以訊號線2 0 a來輸入後述之停止空轉 指令訊號。又訊號線2 0 a乃包括變頻機控制指令用及停 止空轉指令用等等實際上以複數條所構成。 又紗捲取組U上，設置有由上述捲取鼓筒5之旋轉數 來計算所捲取之紗長之定長機構（不圖示）。該定長機構 乃備有脈衝產生裝置1 4。該脈衝產生裝置1 4乃，例如 由固著於捲取鼓筒5之端面之一部份之磁鐵及近接察覺器 所成以資檢測出捲取鼓筒5之旋轉。 本紙張尺度適用中國國家標率（CNS ) A4规格（210X297公釐） 經濟部中央標準局胄工消费合作社印製 A7 _____B7_ * 五、發明説明^ ) 各捲取組U乃介著訊號線2 2、2 2 a而連接於主控 制器M C，主控制器M C乃如上述以各紗捲取組U或各複 數之紗捲取組U地予以管理。主控制器M C之各紗捲取組 U之共同之控制係，例如隨應於被處理之紗種之基本紗速 之設定，或介著訊號線2 2、2 2 a實施Ribbon Braker用 之捲取速度之增減。 下面說明有關本實施形態之捲紗機之停電處理系統。 第3圖乃備有停電處理系統捲紗機之方塊圖。 有關本實施形態之捲紗機之停電處理系統乃由構成主 控制裝置2 7之主控制器MC及系統電源2 5，及構成停 電檢測機構之停電檢測器2 6，及來自停電檢測器2 6之 停電檢測訊號送訊至各捲取組之專用訊號鱗2 8，以及並 列的連接於上述專用訊號線2 8對應於多數之紗捲取組之 捲取控制裝置8而構成。又在捲取控制裝置8即介著訊號 線2 0 a連接有變頻機1 8。介著訊號線1 1連接有消除 控制部4 a。變頻機1 8及消除控制部4 a乃成爲連接於 捲取控制裝置8之其他控制裝置。 構成停電檢測機構之停電檢測器2 6乃，捲取控制裝 置8，及變頻機1 8及消除控制部4 a —般之連接於捲取 控制裝置8之控制裝置之各個的檢測出停電之前檢測出系 統電源2 5之停電，介著專用訊號線2 8而對多數之捲取 控制裝置8同時一齊地送訊出停電檢出訊號而構成。此停 電檢測器2 6乃具體的控制用之系統電源2 5之電壓之自 規定電壓而規定％之變低之區間之會繼續規定之時間即判 本紙張尺度適用中國國家標率（CNS ) A4規格（210X297公漦) (請先閲讀背面之注$項再填寫本頁) 、1T- -AO.. 經濟部中央樣準局真工消费合作社印It Λ7 B7 . · 五、發明説明) 斷爲將至停電而做停電檢測訊號之送訊。 專用訊號線2 8及如多數之捲取控制裝置8及變頻機 1 8以及消除控制部4 a地連接於捲取控制裝置8之控制 裝置即例如以1 m s以內地認識的專用的設置者。又停電 檢測器2 6也對於主控制器MC也做停電檢測訊號之送訊 。此主控制器MC亦對於抽吸口15及中接管16等實施 接線動作之凸輪軸驅動用馬達及鼓風機驅動用馬達等之強 電機器實施控制。 捲取控制裝置8乃備有電容器（電壓保持機構）2 9 ’變頻機1 8亦備有電容器（電壓保持機構）3 0。消除 控制部4 a亦具有電容器（電壓控制機構）3 1。由這些 電容器29、 30、 31而如捲取控制裝置8,及變頻機 1 8及消除控制部4 a等之連接於捲取控制裝置8之控制 裝置之控制裝置之接受停電檢測訊號之後備有規定之電源 保持時間。即捲取控制裝置8，變頻機1 8，以及消除控 制部4 0乃系統乃當系統電源2 5之電壓降低後，直到停 電檢測器2 6判斷爲停電爲止，至少保持本身之電源使之 實施正常之動作。該規定之電源保持時間乃例如至少1週 期以上之時間，頻率爲5 0 Η z時即2 〇m s以上之時間 ，在此接受停電檢測訊號後之電源保持時間之間，捲取控 制裝置8即實施後述之定長計數値之收納處理。介著訊號 線2 0 a而對於變頻機1 8而輸出停止空轉之指。對於消 除控制部4 a而介著訊號線1 1而檢出紗切斷指令訊號。 又在同電源保持時間之間，變頻機1 8即使驅動馬達1 2 本紙張尺度逋用中8國家標牟（〇泌）八4规格（210父297公釐） 77] 一 (請先閏讀背面之注f項再填离本頁) .C2' 、?τPrinted by the Central Laboratories of the Ministry of Economic Affairs and Consumer Cooperatives Λ7 B7_ V. Description of the Invention (l) (Field of Invention) The present invention relates to a power failure processing system for a winding machine having a plurality of single-spindle-driven yarn winding groups. (Prior art) A winding machine having a large number of yarn winding groups driven by a single spindle is typically an automatic winding machine. The automatic winder is a machine in which a single-spindle-driven yarn winding group is arranged on the machine. A yarn winding unit has the function of rewinding the yarn supplied from the bobbin bobbin produced by the self-loop worsted spinning machine, while rewinding it to make it into a package with a specified shape (yarn). In order to realize this function, each yarn winding machine is individually provided with a winding control device of a sequencer or a microcomputer as a controller. The main control device common to the winding control device corresponding to the majority of the yarn winding groups arranged side by side is provided at one end of the above-mentioned machine. The main control device is provided with a system power supply for control, and the above-mentioned winding control device is operated by the current supplied by the system power supply. (Problems to be Solved by the Invention) When a power failure occurs on such an automatic winding machine, due to the deviation of the characteristics of the power failure detection element (the characteristics are different), most of the winding control devices There are subtle differences in the level, so the stop state of each yarn winding group is often not the same. The difference in the operating state or bearing state of each yarn winding group at that time, or the difference in the load of the control object will also lead to the application of this paper size to the Chinese National Standard (CNS) A4 specification (210X297 mm) (please listen first) Read the note on the back of the page, and then fill out this page)-*? Τ -./Μ. Printed by A7 B7 β by the Shellfish Consumer Cooperation Department of the Central Bureau of Standards of the Ministry of Economic Affairs 5. Description of the invention G) The same state. For example, when there is a momentary interruption that does not result in a complete power failure, or when the instantaneous voltage drops, there will be a combination of a yarn winding group that detects a power failure and a yarn winding group that does not detect a power failure. In this state, the operator cannot judge that it is caused by a power outage or other reasons, and therefore cannot do anything about it. Therefore, the present invention was developed in view of the above problems, and its purpose is to provide a comprehensive detection of a power outage and stop the yarn winding group in the same state, so that the winding machine can easily return to a possible power outage after a power failure. Processing system also. The invention in item 1 of the scope of patent application is a power-off processing system for a winding machine, including: a plurality of winding control devices provided corresponding to each of the plurality of yarn winding groups, and a winding control device for the majority A common main control device, and a system power supply provided in the main control device, and supplying power to each of the majority of the winding control devices, and a power failure detection mechanism for detecting the power failure of the system power supply, and the power failure The detection mechanism detects the power outage and sends the power outage detection signal to the above-mentioned most of the coil control devices, which are the characteristic lines. If the invention in item 2 of the scope of patent application is the above-mentioned winding control device, it is provided with a voltage holding mechanism for maintaining the normal operation of the power supply voltage at least until the signal detected by the above-mentioned blackout. If the invention in item 3 of the scope of patent application is the above-mentioned coiling control device, this paper is scaled to China Standard & Standard (CNS) A4 (210X297 mm) 771 (Please read the note f on the back before filling (On this page) Order printed by the Central Ministry of Economic Affairs and the Consumers Cooperative Cooperative Λ7 _B7___. V. Description of Invention 6) After receiving the above-mentioned power outage detection signal, immediately implement the prescribed power outage handling action, and it is normal The voltage holding time necessary for the implementation of the power failure processing operation. If the invention in item 4 of the scope of the patent application is the above-mentioned winding control device, a fixed-length counter for measuring the winding amount of the yarn is provided. When a signal is detected when the power failure is detected, it is determined as a power failure processing action. The long-term counter is implemented, and it is a storage processor in the storage area that will not be erased even after the power is turned off. If the invention in the scope of patent application No. 5 is provided by other control devices controlled by the above-mentioned winding control device, the rotation number control device of the drive motor for winding the yarn, the above-mentioned winding control device is subject to information. When the power failure is detected, a signal to stop the idling is issued to the rotation number control device. (Embodiment of Invention) An embodiment of the present invention will be described below with reference to the drawings. The following description uses the case where the winder is an automatic winder as an example. As shown in FIG. 1, the automatic winder is a bobbin that rewinds the yarn of the yarn supplying bobbin produced by the worsted machine into a predetermined shape. A plurality of yarn winding groups U are arranged on the machine. The two ends of the yarn winding group are provided with a main controller MC and an automatic supply device for yarn bobbins C B F. Each yarn winding group U may be driven by a single spindle. The main controller MC is used to manage each of the yarn winding groups U or the majority of the yarn winding groups U. The following describes the machine configuration of a yarn winding group U. Yarn take-up group U is as shown in Figure 2. It is equipped with yarn supply bobbin 1, balloon stopper 2, and tension. This paper size is applicable to China National Standard (CNS) A4 (210X297 mm) ---- -ΓI-.I—Q ----- 1 ^ ------ (Please read the note f on the back before filling in this page) The Central Standards Bureau of the Ministry of Economy Zhengong Consumer Cooperatives Seal A7 ____B7_ V. Description of the invention &) device 3, and eliminating devices 4, 9 for eliminating the disadvantages of yarn, and drum 5 for winding, and bobbin 6 for winding. The yarn pulled out from the yarn supplying bobbin 1 is passed through the balloon remover 2 and the tensioner 3, and the shortcomings of the yarn are eliminated by the canceling devices 4, 9 and then the take-up bobbin rotated by the take-up drum 5 is taken up. 6 coiled. In order to obtain one winding bobbin 6, several or even dozens of yarn supplying bobbins 1 are usually used. The above-mentioned elimination devices 4 and 9 are provided with a Slub Catcher 4 for detecting the defects of the yarn, a yarn cutter 9 for cutting the yarn, and the elimination controlled by the winding control device 8 Control section 4 a. The erasure control unit 4a is connected to the take-up control device 8 via the signal lines 7, 11. When the yarn Y passes through the yarn catcher 4, a change in the thickness of the yarn can be detected, and the change is converted into an electric signal and input to the elimination control unit 4a. In addition, the control unit 4a compares and calculates the electrical signal with a reference stored in advance. If the allowable range is exceeded, it is determined that the yarn defect is being passed. In addition, the controller 4a is connected to the yarn cutter 9 via a signal line 10. Therefore, the elimination control unit 4 a judges that the yarn defect is immediately transmitted to the yarn cutter 9 when the yarn defect passes, and the signal line 11 is sent by the winding control device 8 to the erasure control unit 4 a. The blackout detects a signal to activate the yarn cutter 9 to cut the yarn. When the yarn is cut by the yarn cutter 9, the yarn catcher 4 cannot detect the thickness of the yarn, so the yarn running signal of the signal line 7 is 0 F F. The take-up control device 8 can detect that the yarn is cut. Therefore, the winding control device 8 outputs a stop command signal to the frequency converter 18 of the winding drum driving motor 12 to stop the rotation of the winding drum 5. "I-; —Q ^ 05- (Please read the notes on the back before filling in this page) This paper is again applicable to China National Standard (CNS) A4 (210X297 mm) -7- Central Standard of the Ministry of Economic Affairs Printed by the consumer cooperative Λ7 B7 V. Description of the invention) As mentioned above, the winding machine removes the shortcomings of the yarn by eliminating the devices 4, '9, and then the yarn splicing device 13 is used to perform the yarn splicing. This yarn splicing The devices 1 and 3 are connected to the take-up control device 8. When the take-up start signal is input from the take-up control device 8, the take-up can be started. For example, the take-up is performed when the yarn breakage occurs in the tensioner 3. In addition, the yarn winding group U is outside the yarn supplying bobbin 1 at the winding position A, and there are two prepared yarn supplying bobbins 1 at the standby positions B 1, B2. When the yarn supplying bobbin is at the winding position A When 1 becomes empty (no yarn), the yarn running signal of signal line 7 will be 0 FF as the yarn breaks. Therefore, yarn joining will be implemented. The yarn thickness gauge (mechanical or optical) 2 3 is the signal The wire 2 4 is connected to the winding control device 8 to detect the lower yarn. If the yarn thickness gauge 2 3 cannot detect the lower yarn, The lower yarn walking signal 24 is displayed as 0FF. The take-up control device outputs the yarn supply bobbin replacement signal to the yarn supply bobbin changing machine (not shown). When the yarn supply bobbin replacement signal is input, the yarn bobbin is replaced The machine discharges the empty bobbin 1 at the take-up position A, instead of moving it into the yarn supply bobbin 1 at the standby position B 1. Therefore, the above-mentioned yarn splicing device 1 3 takes the tube 16 among the suction yarn ends to Yarn end Y 1 is used to make up the yarn for the lower yarn. The following describes the sequence of yarn joining. The upper end of the yarn on the 6 side of the take-up package is drawn by the suction port 15 of the yarn end. The end of the yarn below the yarn thickness gauge 2 3 is the yarn end brought out by the middle tube 16. The suction port 15 is centered around the shaft 15 a and can be swiveled to the winding drum 5 and the winding drum 6 The transfer section. At the same time, the drum 5 is taken up by the inverter 18 and the drive motor 12 is changed to a low-speed reverse rotation state for the purpose of carrying the yarn on the yarn. CNS) A4 specification (210X297mm) \ 1 /, \) /, ·;--IoiT 广 JT (Please read the precautions on the back before filling this page) ______B7_. V. Description of the invention) The machine is based on the rewinding of the winding drum 5 and implements the upper yarn end. The suction port 15 is used to suck the upper yarn. The takeover 16 is centered on the shaft 16 a. The upper part of the yarn thickness is 2.3, and the lower end of the yarn is sucked out by suction. The suction port 15 and the middle nozzle 16 are sequentially rotated to the solid line position in the state of lifting the yarn. The upper and lower yarns are put in the catcher (yarn) node 4 and the yarn receiving device 1 3 "and after the yarn joining device 13 is completed, the winding machine is driven by the motor 12 and then the winding drum 5Reverse the yarn splice back to the catcher (yarn) node 4 and check the shortcomings of the yarn in the yarn splice. Printed by the Shell Producing Cooperative of the Central Bureau of Procurement, Ministry of Economic Affairs (please read the note f on the back, and then fill out this page) The following describes the rotating mechanism of the winding drum 5. The first drive motor 1 2 is for the winding drum 5 power. The inverter 18 connected to the drive motor 12 is connected to the take-up control device 8 via signal lines 20, 20a. The inverter 18 is used to control the rotation speed of the drive motor 12. The control signal output by the take-up control device 8 via the signal line 20 sets the rotation speed of the drive motor 12. That is, depending on the winding state of the yarn winding group, the drive motor is controlled at the most suitable rotation speed. In the inverter 18, a winding control device 8 is used to input a stop idling instruction signal described later with a signal line 20a. In addition, the signal line 20a includes a plurality of inverter control instructions and a stop idling instruction. The yarn winding group U is provided with a fixed-length mechanism (not shown) for calculating the length of the yarn wound by the number of rotations of the winding drum 5 described above. The fixed-length mechanism is provided with a pulse generator 14. The pulse generating device 14 detects the rotation of the winding drum 5 by, for example, a magnet fixed to a part of the end surface of the winding drum 5 and a proximity sensor. This paper size applies to China's National Standards (CNS) A4 specification (210X297 mm) Printed by A7 Consumers Cooperative of Central Standards Bureau of the Ministry of Economic Affairs A7 _____B7_ * 5. Description of the invention ^) Each winding group U is through the signal line 2 2, 2 2 a is connected to the main controller MC, and the main controller MC is managed by each yarn winding group U or each of the plurality of yarn winding groups U as described above. The common control system of each yarn winding group U of the main controller MC, for example, according to the setting of the basic yarn speed corresponding to the type of yarn to be processed, or the winding of the Ribbon Braker through the signal line 2 2, 2 2 a Increase or decrease in speed. The power failure processing system of the winding machine according to this embodiment will be described below. Figure 3 is a block diagram of a winding machine equipped with a blackout processing system. The blackout processing system of the winding machine of this embodiment is composed of a main controller MC and a system power supply 25 which constitute a main control device 27, a blackout detector 26 which constitutes a blackout detection mechanism, and a blackout detector 2 6 The blackout detection signal is sent to the dedicated signal scales 28 of each coiling group, and the coiling control device 8 connected to the above-mentioned dedicated signal line 28 corresponding to most of the yarn coiling groups is configured. The winding control device 8 is connected to a frequency converter 18 via a signal line 20a. An erasing control unit 4 a is connected through the signal line 11. The inverter 18 and the elimination control unit 4a are other control devices connected to the winding control device 8. The power failure detector 2 and 6 constituting the power failure detection mechanism are the winding control device 8 and the inverter 18 and the elimination control section 4 a. Each of the control devices connected to the winding control device 8 is generally detected before the power failure is detected. The power outage of the system power supply 25 is constituted by sending out power outage detection signals to most of the winding control devices 8 at the same time via a dedicated signal line 28. This blackout detector 26 is a specific control system power supply 25. The voltage of the system will continue to be specified for a period of time when the percentage of the voltage becomes lower than the specified voltage. This paper will be judged to apply China National Standards (CNS) A4. Specifications (210X297 Gong) (Please read the note on the back before filling in this page), 1T- -AO .. Printed by Ita Λ7 B7, Real Consumer Cooperatives, Central Procurement Bureau, Ministry of Economic Affairs. The power failure detection signal will be sent. The dedicated signal line 28 and the control device connected to the coiling control device 8 such as the majority of the coiling control device 8 and the inverter 18 and the erasing control unit 4 a are, for example, a dedicated installer recognized in the mainland within 1 ms. The power failure detector 26 also sends a power failure detection signal to the main controller MC. This main controller MC also controls strong motors such as the camshaft drive motor and blower drive motor that perform wiring operations such as the suction port 15 and the intermediate pipe 16. The winding control device 8 is provided with a capacitor (voltage holding mechanism) 2 9 ′ and the inverter 1 8 is also provided with a capacitor (voltage holding mechanism) 30. The elimination control unit 4 a also includes a capacitor (voltage control mechanism) 31. These capacitors 29, 30, 31 and the control device connected to the control device of the winding control device 8 such as the winding control device 8, the inverter 18 and the elimination control section 4a are provided after receiving the power failure detection signal. Specified power hold time. That is, the take-up control device 8, the frequency converter 18, and the elimination control section 40 are the system. When the voltage of the system power supply 25 is reduced, until the power failure detector 26 determines that the power is out, at least maintain its own power supply for implementation Normal action. The prescribed power holding time is, for example, at least one cycle, and the frequency is 50 Η z, that is, more than 20 ms. Between the power holding time after the power failure detection signal is received, the winding control device 8 is A storage process of a fixed-length counting pad described later is performed. Refers to the signal line 20a, and for the inverter 18, the output stops idling. When the control unit 4a is eliminated, the yarn cutting command signal is detected through the signal line 11. Between the same time as the power supply, the frequency converter 1 8 even if it drives the motor 1 2 The paper size is used in 8 national standards (0 Bi) 8 4 specifications (210 father 297 mm) 77] (Please read first (Note f on the back page is to be filled off this page) .C2 ',? Τ
Jr 經濟部中央標準扃負工消费合作社印家 A7 ___B7_ . 1 五、發明説明6 ) 停止空轉，而消除控制部4 a即使紗切斷器9動作。 在上述構成中，依圖說明捲紗機之停電處理系統之動 作。 停電檢測器26檢測停電時（S1，是），即對各捲 取控制裝置8做停電檢測訊號之送訊（S2)。各捲取控 制裝置8接受（受訊）停電檢測訊號時（S3)。各捲取 控制裝置8乃實施定長計數値之退壁處理，將它收納於， 由停電而捲紗機停止後（無電源後）仍然不會消失定長計 數値之存儲領域內（S 4 )。又在S 3時各捲取控制裝置 8乃對紗切斷器9發出紗切斷指令訊號（S5)。 又再於S 3時各捲取控制裝置8乃對各變頻機1 8發 出停止空轉指令訊號（S6) » 在S 5中紗切斷器9接受紗切斷指令訊號時，紗會被 切斷（S7)。又於S6中各變頻機18接受停止空轉指 令訊號時各變頻機18乃令連接於各變頻機18之驅動馬 達1 2停止空轉（S 8 )。 於是電源系統之電壓再降下，即連接於捲取控制裝置 8及連接於此捲取控制裝置8之變頻機18等之其他控制 裝置會檢測出停電，停止機能，全紗捲取組U乃同時一齊 停止（S 9)。如此地全紗捲取組U —齊停止時自供紗筒 管向捲取之筒子之重新繞處理即會中斷（完）。 如上所述捲取控制裝置8之接受（受訊）停電檢測訊 號而經過一定期間之後，全紗捲取組U乃會一齊停電’惟 捲取控制裝置8乃於紗捲取組U之停止之前實施上述定長 本紙張尺度適用中國國家梯準（CNS ) A4規格（210X297公釐） .12_ (讀先聞讀背面之注f項再填寫本頁) .0· •IAGI. 經濟部中央標準局工消费合作社印策 A7 B7 . 1 五、發明説明) 機構之定長計數値之收納處理，而對於紗切斷器9送訊紗 切斷指令訊號。又捲取控制裝置8乃對於變頻機1 8發出 停止空轉指令訊號也。 由而定長計數値乃捲取控制裝置8之動作可能之間（ 電源之被保持之間）立即退避收納於設於捲取控制裝置8 內之存儲領域內。又該存儲領域乃電源被切斷時乃不會消 去定長計數値者。又紗切斷器9乃接受紗切斷指令訊號時 ，在於捲取控制裝置8之動作可能之間立即的可切斷紗而 構成者。又變頻機1 8乃接受停止空轉指令訊號時，即令 驅動馬達1 2停止空轉也。 本案中，雖然藉由紗切斷器9而實施紗之切斷之狀態 下也使驅動馬達1 2停止回轉之理由爲，假定由動力之不 足而紗之不切斷之狀態捲紗機停止時可以防止分絞線之脫 離，即捲紗機乃具有多數之紗捲取組U，因此全所能確實 的可以切斷紗。接紗不切斷之狀態下由停電而捲紗機停止 時會發生分紋線之脫離，這是由於捲取鼓筒5之急停止由 而紗之從捲取筒子6之端面鬆開所致。 又上述之實施形態之說明中，以自動捲紗機爲例說明 了捲紗機，惟如撚紗機等，備有加撚部份及捲取部份而各 錠地予以驅動之多數之捲取控制裝置者均可適用本發明。 (發明之效果） 申請專利範圍第1項所述之發明乃，各紗捲取組同時 一齊的認識停電才使之停止。因此可消除各紗捲取組之各 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） Γ7 T — -.ύ、訂 /Q, (請先聞讀背面之注$項再填寫本頁) 經濟部中央標準扃貝工消费合作社印製 A7 一__B_7_, 五、發明説明纟1 ) 個之停電認識時程之偏差，由而具有操作員容易把握各個 紗捲取組之狀態，很容易使捲紗機復歸至可能捲取之狀態 之優異效果。 申請專利範圍第2項之發明乃，由於捲取控制裝置及 其他之控制裝置均備有規定之電源保持期間，因此接到停 電檢測訊號之後可實施紗之切斷等規定之動作，由而可以 防止各捲取控制裝置內之控制裝置之停電之認識之偏差。 由而具有，令多數之紗捲取組同時一齊停止時，確保紗之 切斷狀態，操作員很容易把握每一個捲取組之狀態。使捲 紗機更容易復歸至可能捲取之狀態之優態也。 申請專利範圍第3項所述之發明乃，由什麼理由而紗 捲取組之不切紗地停止時仍然由於可以使捲取紗用之驅動 馬達慢慢地減速而使之停止因此可以防止捲取之筒子上之 紗之分紋之鬆脫。又以防止捲取筒子之分絞之鬆脫之狀態 下紗捲取組會同時一齊停止，因此操作員很容易撐握各捲 取組之狀態，具有更可以很容易使捲紗機復歸至可能捲取 之狀態之優異效果。 圖式之簡單說明 第1圖乃捲紗機之代表例之自動捲紗機之斜視圖。 第2圖乃說明捲取組之圖。 第3圖乃備有停電處理系統之捲紗機之方塊圖。 第4圖乃說明停電處理系統之動作之方塊圖。 ；I；-丨ο e (請先閲讀背面之注$項再填寫本頁) 本紙張尺度適用中國國家標準（CNS)A4規格（210X297公釐） -14- 經濟部中央梯準局負工消费合作社印製 A7 B7 五、發明説明（|2 ) 主要元件對照表 1 給紗筒管 1 ^ 空筒管 2 氣圈捲消除器 3 緊張器 4 捕（紗）節器 4 a 消除控制部 5 捲取用鼓筒 6 捲取之筒子 7 訊號線 8 捲取控制裝置 9 紗切斷器 10 訊號線 11 紗切斷指令訊號 12 捲取鼓筒驅動馬達 13 接紗裝置 14 脈衝產生裝置 15 抽吸口 15a 軸 16 中接管 16a 軸 18 變頻機 20、 20a 訊號線 22、 22a 訊號線 τ--.——o t (婧先閲讀背面之注f項再填寫本頁) 本紙張又度適用中國國家標準（CNS ) A4規格（210X297公釐） -15- A7 B7 五、發明説明纟3 ) 2 3 紗 厚 薄 規 2 4 訊 號 線 2 5 系 統 電 源 2 6 停 電 檢 測 器 2 7 主 控 制 裝 置 2 8 專 用 訊 號 線 2 9 電 容 器 3 0 電 容 器 3 1 電 容 器 U 紗捲取組 Μ C 主 控 制 器 C B F 自動供紗裝置 Y 紗 A 捲取位置 B 1、B 2 候命位置 Γ丨~.丨丨ο T- ΛΟ! (請先閲讀背面之注意事項再填寫本頁) 經濟部中央標準局員工消费合作社印製 本纸張尺度適用中國國家梂準（CNS ) A4規格（2丨0><297公釐） -16-Jr. Central Standard of the Ministry of Economic Affairs, Consumers' Cooperatives, A7 ___B7_. 1 V. Description of Invention 6) Stop idling, and eliminate the control part 4a even if the yarn cutter 9 operates. In the above configuration, the operation of the power failure processing system of the winder is described with reference to the drawings. When the power failure detector 26 detects a power failure (S1, YES), it sends out a power failure detection signal to each of the winding control devices 8 (S2). When each take-up control device 8 receives (receives) a power failure detection signal (S3). Each take-up control device 8 implements a fixed-length counter 退 retreat process, and stores it in the storage area of the fixed-length counter 仍然 which will not disappear after the power-off and the winding machine is stopped (after no power) (S 4 ). At S3, each winding control device 8 sends a yarn cutting instruction signal to the yarn cutter 9 (S5). At S 3, each winding control device 8 sends a stop idling instruction signal to each inverter 18 (S6) »When the yarn cutter 9 receives the yarn cutting instruction signal in S 5, the yarn will be cut. (S7). When each inverter 18 receives a stop idling command signal in S6, each inverter 18 causes the drive motor 12 connected to each inverter 18 to stop idling (S 8). Then the voltage of the power supply system drops again, that is, other control devices connected to the take-up control device 8 and the inverter 18 connected to this take-up control device 8 will detect a power failure and stop the function. Stop (S 9). In this way, the full-yarn winding group U — the rewinding process from the yarn supplying bobbin to the winding bobbin when the uniform stop is stopped will be interrupted (end). As described above, after a certain period of time has elapsed after the winding control device 8 accepted (received) the blackout detection signal, the all-yarn winding group U will lose power at the same time. However, the winding control device 8 does the above before the yarn winding group U stops. The paper size for fixed-length paper is applicable to China National Standard for Ladder (CNS) A4 (210X297 mm). 12_ (Read the first f note on the back and fill in this page) .0 · • IAGI. Central Standards Bureau, Ministry of Economic Affairs, Industrial Consumption Cooperative cooperative policy A7 B7. 1 V. Description of the invention) The fixed length counting unit 收纳 is stored in the organization, and the yarn cutter 9 sends a yarn cutting instruction signal. The winding control device 8 also sends a stop idling command signal to the inverter 18. As a result, the fixed-length counter 値 is immediately retracted and stored in the storage area provided in the coiling control device 8 between the possible operations of the coiling control device 8 (between being held by the power supply). In addition, the storage area does not eliminate fixed-length counting when the power is turned off. When the yarn cutter 9 receives the yarn cutting instruction signal, the yarn cutter 9 is configured to cut the yarn immediately before the operation of the winding control device 8 is possible. When the inverter 18 receives the stop idling command signal, it will cause the drive motor 12 to stop idling. In this case, the reason for stopping the rotation of the drive motor 12 in the state where the yarn is cut by the yarn cutter 9 is that the winding machine is stopped when the yarn is not cut due to insufficient power. It can prevent the detached strands from detaching, that is, the winding machine has a large number of yarn winding groups U, so it can cut the yarn reliably. Under the condition that the yarn is not cut, the separation of the yarn will occur when the winding machine stops due to a power failure, which is caused by the sudden stop of the winding drum 5 and the yarn is loosened from the end surface of the winding drum 6 . In the description of the above-mentioned embodiment, the automatic winding machine is taken as an example to describe the winding machine. However, such as a twisting machine, there are a plurality of windings that are driven by each spindle and have a winding portion. Anyone who takes the control device can apply the present invention. (Effect of the invention) The invention described in the first item of the scope of the patent application is that each yarn winding group recognizes the power failure at the same time to stop it. Therefore, the paper size of each yarn winding group can be eliminated. The Chinese national standard (CNS) A4 specification (210X297 mm) is applicable. Γ7 T — -.ύ, order / Q, (Please read the note $ on the back before filling in this Page) Central Standard of the Ministry of Economic Affairs 扃 Shellfish Consumer Cooperatives printed A7 __B_7_, V. Description of the invention 纟 1) The discrepancy of the recognition time schedule of the power outage, so that the operator can easily grasp the status of each yarn winding group, and it is easy Excellent effect of returning the winder to the state where it is possible to take up. The invention in item 2 of the scope of patent application is that since the winding control device and other control devices have a prescribed power retention period, it can perform prescribed actions such as cutting of the yarn after receiving a power outage detection signal. Prevent misunderstanding of the power outage of the control device in each winding control device. Therefore, when a plurality of yarn winding groups are stopped at the same time, the yarn cutting state is ensured, and the operator can easily grasp the status of each winding group. It also makes it easier for the winder to return to the state of good winding possible. The invention described in item 3 of the scope of the patent application is that for any reason, when the yarn winding group is stopped without cutting the yarn, the winding motor can be slowly decelerated to stop it, so that the winding can be prevented. Loosening of the yarn on the bobbin. The yarn winding group will stop at the same time to prevent the winding of the winding package from being loosened. Therefore, the operator can easily support the state of each winding group, and it is easier to return the winding machine to the possible winding. The excellent effect of the state. Brief description of the drawing Figure 1 is a perspective view of an automatic winding machine which is a representative example of a winding machine. Fig. 2 is a diagram illustrating a winding group. Figure 3 is a block diagram of a winding machine equipped with a blackout processing system. Figure 4 is a block diagram illustrating the operation of the power failure processing system. ; I;-丨 ο e (Please read the note on the back before filling in this page) This paper size applies to China National Standard (CNS) A4 (210X297 mm) Printed by the cooperative A7 B7 V. Description of the invention (| 2) Comparison table of main components 1 Yarn supply bobbin 1 ^ Empty bobbin 2 Air balloon coil remover 3 Tensioner 4 Catcher (yarn) knotter 4 a Elimination control unit 5 rolls Take-up drum 6 Take-up drum 7 Signal line 8 Winding control device 9 Yarn cutter 10 Signal line 11 Yarn cut command signal 12 Winding drum drive motor 13 Yarn connection device 14 Pulse generator 15 Suction port 15a shaft 16 takes over 16a shaft 18 frequency converter 20, 20a signal line 22, 22a signal line τ --.—— ot (Jing first read the note f on the back before filling this page) This paper is also applicable to Chinese national standards ( CNS) A4 specification (210X297 mm) -15- A7 B7 V. Description of the invention 纟 3) 2 3 Yarn thickness gauge 2 4 Signal cable 2 5 System power supply 2 6 Power failure detector 2 7 Main control device 2 8 Special signal cable 2 9 capacitor 3 0 capacitor 3 1 capacitor U Yarn winding group MC Main controller CBF Automatic yarn supply device Y Yarn A winding position B 1, B 2 Standby position Γ 丨 ~. 丨 丨 ο T- ΛΟ! (Please read the precautions on the back before filling in this Page) Printed by the Consumer Standards Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs. The paper size is applicable to China National Standards (CNS) A4 (2 丨 0 > < 297 mm) -16-