200912066 九、發明說明： 【發明所屬之技術領域】 本發明係關於用以編織條紋布之一種備有喂紗轉換裝置 之圓型針織機的條紋編織裝置及編織方法。 【先前技術】 利用圓型針織機編織條紋布時，通常是使用例如日本專 利特開2005-42260中揭示之裝設於圓型針織機之喂紗轉換裝 置將任意選擇的供給之紗線供給至織針，利用織針編織成 布。使用此種專利時不能實行配設於一個喂紗轉換裝置之導 紗指（finger)數以上之紗數之轉（切）換，但是依日本專利特 開2006-16747中揭示之裝置則可能。 按上述特開2006-16747揭示之圓型針織機，其編織條紋 之附屬機構配設有0i合構件81，且夾線板(trapper)備有可將紗 線自動的壓緊之彈性壓緊具81 a，同時在導紗片（yarn guide) 的背後固裝有開放具85。上述各構件（81，81a，85)均由彈性 鋼線(spring wire)構成。因此，開始織布時，或織布穿孔時， 紗端或織布會纒住於該等構件上，使編織無法順利進行，同 時該等構件受損時可能導致針織機之嚴重損傷。更有進者， 當針織機在作業時，若是轉動體之夾線板的先端裝有如上述 之鋼線的突起物時，在操作中有可能傷及作業員。 本發明之目的乃在使用超過配設於喂紗轉換裝置之導紗 指（finger)之數之紗數（彩色紗線）編織條紋布。同時編織時 將轉換時之紗線確實的供給導紗器（yarn carrier) ’以防止編織 時之織機之故障，並排除突起物，確保作業員的人身安全為 200912066 目的0 【發明内容】 本發明提供之圓型針織機備有可轉換至少2條紗線之喂 紗轉換裝置，該喂紗轉換裝置具有設置於第1喂紗器（feeder) 而具有可被選擇的移動之複數之導紗指之第一喂紗轉換裝 置； 設置於第2喂紗器而具有可被選擇的移動之複數之導紗 指之第二喂紗轉換裝置； 於從上述第一及第二喂紗轉換裝置，將新紗線供給至織 針形成紗環（1 〇 〇 P)後將停止喂紗之舊紗線保持及將其切斷所 用之切紗刀（yarn cutter)及捕紗器（或稱夾線器）（yarn catcher)；及 對應上述第2喂紗器設置之用以給紗至織針之導紗器及 隨同織機之轉動作圓周方向之移動而捕捉位在被供紗位置之 紗線供給織針所用之夾線板所構成之條紋組織（stripe pattern) 編織裝置，其特徵乃在該條紋組織編織裝置設有： 當上述第一喂紗轉換裝置之導紗指移動至對織針進行新 紗線的喂紗位置時，該新紗線乃由上述夾線板捕捉而藉設置 於上述第一及第二喂紗轉換裝置間之具有保持部之導紗構件 將其推上至對準上述導紗器之正常的給紗角度而藉該保持部 保持；及 設有切紗刃（以下稱切刀）及捕紗器，用以保持從上述 之第一及第二喂紗轉換裝置將新紗線供給織針形成紗環後停 止給紗之舊紗線及將其切斷。 200912066 本發明亦提供在備有可轉換至少2條紗線之喂紗轉換裝 置之圓型針織機，利用設有第一喂紗轉換裝置之第1喂紗器 及設有第二喂紗轉換裝置之第2喂紗器編織一織段（course)之 條紋布的編織方法，其特徵包括下述步驟： 利用上述第1喂紗器實行空針(welt)選針之步驟； 當從上述第一喂紗轉換裝置供給新紗線至織針時，可使 由夾線板（trapper)捕捉之紗線安定的保持其對導紗器（yarn carrier)之給紗角度之步驟； 於從第一及第二喂紗轉換裝置將新紗線供給至織針形成 紗環(loop)後，可將中止給紗之舊紗線保持大致同一位置實行 切斷之步驟。 【實施方式】 依本發明，如欲在備有喂紗轉換裝置之圓型針織機使用 比配設於喂紗轉換裝置之導紗指之數為多之紗線（彩色紗線） 編織條紋布時，可藉使用二組以上之喂紗轉換裝置實行多種 彩色紗線之轉（切）換實現條紋布之編織。況且在進行編織 時可確實的將紗線供給至導紗器，並且可防止織機之故障以 及排除突起物確保作業員人身之安全。 更有進者，可使用原有之備有喂紗轉換裝置之圓型針織 機，祗需將喂紗轉換裝置之部份變更即可實施，無需另新增 特殊之裝置。 喂紗轉換裝置可使用例如揭示於日本特開2005-42260之 裝置，此裝置適用於雙面針織機及單面針織機。 本發明係以第1喂紗器及第2喂紗器編織一織段 7 200912066 (rrtn使職有三個導紗指之喂紗轉換裝置時可以 /、色之紗線編織文色條紋布。 在本發明中，由第丨喂紗 之導紗器被拆除。 進仃工針選針，因此此部份 依本發明，在設於第1唱 0 弟1 15之第—喂紗轉換裝置與設 第二喂紗轉換器間裝有導紗構件。在此導紗 保持部。從第—喂紗轉換裝置將紗線供 導紗面會幫助被與織機之轉動同步移動的 ㈣捕捉之紗線的上昇。保持部則用以安定的 該々線進入導紗器之角度。為 ' 設置突出部。角度為了此項目的宜於夾線板的下端 線至ίίΓΓ有在從第—及第二喂紗轉換裝置供給新的紗 刃及捕後中止給紗之舊紗線的保持及切斷用切紗 置使上述切紗及捕紗二紗轉換裝置之不同部位設 f。 β开1才1之切換凸輪（switch cam)的突起位 轉換裝切換凸輪的各突起位置，設置第一喂紗 叫。 第一^轉㈣置用之二種切刀凸輪（CUtter 纱轉m第—喂紗轉換裝置用之第-切刀凸輪及第二喂 ==::r輪之位置，俾利從第-及第二喂紗轉換 持及靖^ a至織針形成紗環後巾止給紗之舊紗線的保 隔作的’最好將第-切刀凸輪與第二切刀凸輪之間 κ、.’/器之間隔且將切刀凸輪之下面配合切換凸輪之 200912066 傾斜作成傾斜狀。 依本發明，在空針（welt)選針之第一喂紗器，紗線不被編 - 織，因此從第一喂紗器之第一喂紗轉換裝置供給之紗線乃被 供給至在第二喂紗器被針織（knit)選針或掛針(tuck)選針之編 針上。因此最好將第—切刀凸輪（cutter eam)之位置設置得， 使從第一喂紗轉換裝置供給之舊紗線可在新紗線通過第二喂 紗器之針織點（stitch point)而在織布的切換部新紗線與舊紗線 Γ 相疊（0verlaP)後，藉由喂紗轉換裝置之導紗指之捕紗器（yarn catcher)保持而由切紗刀切斷。 <發明之實施例> 效依附圖具體說明本發明之實施例於下。 實施你丨1 1·編織部之概略構成 ，圖1為雙面針織機之編織部之主要部份之斷面圖β在由 複數之機腳支持之針床(bed)(30)上方設置編織部31。圖中， 符號33代表針筒，在其外周形成之針溝（未圖示）上部收容 I有垂直方向自由滑動之筒針（未圖示）。此筒針藉收容於凸板 支持體（camh〇lder)34之凸板作垂直往復運動。 ® i因是雙面針織機，故另設有針盤(needledial)35及針 盤凸板支持體36。於沿著形成於針盤35上面之針溝水平方向 滑動自如㈣容㈣盤針（翔幻。此針盤針餘容於針盤 •凸板支持體36之凸板（未囷示）作水平往復運^在該針盤 凸板支持體36上。又有導紗器37，經由此導紗器p供給紗線 200912066 由配側部—體的裝設有驅動齒輪38,當其 另外Si 動時，可隨針筒33作同速的轉動。 凸板支持體36之上有喂紗轉換裝置40。 =紗轉換裝置4Q上設錢數個之導紗指，用以 Γίί之紗線。當導紗指移動到下方後實行向上方後退之 一段動作而在下方位置（即轉換位置）及上方位置（即平常 位置）之間選擇的動作而將紗線供給至織針。 2.調線裝置（striper)之構成 喂紗轉換裝置40,除本發明之改良部份外，基本上係使 用揭示㈣本制期_4公報巾之裝置。倾圖3概略 說明此種調線裝置之構成，至於其詳細的動作說明在此從 略，因在該公報之段落[0031]〜[〇〇59]中有敘述。 在調線裝置的最上部設有與織機同速轉動之調節器 (ac福〇r)i。此調節器丨備有一使用壓電元件（piez〇eieetA element)之紋釘(peg)M，而此紋釘U1備有對應於使用於一 個給紗口之紗線支數之段數與用以使所有之紗線成為非喂紗 狀態之特別的一段之合計段數。 對應該紋釘Μ之動作而操作者為選針器（select〇r unit)21，而此選針器21係由選針杆2M、搖杆21·2、滑杆 21-3，轉板21-4及轉換凸板21-5構成。 搖杆21-2位於與選針杆21-1相同之間隙，而被推進選針 杆21-1中，以契合部21-2b為中心搖動。 滑杆21-3位於與搖杆21-2相同之間隙且在上述契合部 21-2與搖杆21-2嵌合而可隨著搖杆21-2 —起移動。上述滑杆 10 200912066 21_3具有長孔21-3a，在此長孔21_3b中固定有銷（pin)31-3b， . 因此該滑杆21-3只能作該長孔之長度的水平移動。 - 上述轉換板21_4位於與滑杆21-3相同之間隙且在契合部 21-乜與滑杆21_3契合而隨著滑杆21-3 —起移動。 上述切換凸板21-5在轉換杆21-4移動至喂紗位置時，被 該轉換杆21-4頂起。 在旋轉環（rotary ring)23上設置之作用於選針器21之四 Γ ㈣板係均與織機作業速之旋轉。帛i凸板及第2凸板3分 別與搖杆21-2之左端之針踵21_2a及右端之針踵部21_2b相 契合使搖杆21-2移動至喂紗位置或非喂紗位置。第3凸板4 (以下稱為“切刀凸板4”）係用以推下頂起之切換凸板 21-5，而第4凸板22則用以推下搖杆21_2之左端之針踵 21-2a〇 經由轉換凸板21-5及轉換板21-4被切刀凸板（第3凸板） 4推下者為轉換杆凸板(switch iever cam)5及連結於該板$之 第1鏈片（linkplate)6及連結於該第i鏈片6之第2鏈片7。 V 在第1鏈板6及第2鏈板7連結有轉換杆8,而此轉換杆 8連結有第3鏈板9。上述轉換杆8可以支點8-1為中心旋轉， 因而可使第3鏈板9與第2鏈板7逆方向轉動。此時，設置 於殼板(housing Plate)24之長孔24-1作為轉動之導槽（guide)。 符號10為用以使由切刀凸板4移動之構件返回原位置之 . 彈簧。 • 在用以使對應於所有之紗線成為非喂紗狀態之特別的一 段之紋釘Μ之選針杆2M以外的間隙位置於滑杆幻。相同 11 200912066 之間隙且可在契合部11.〗與滑杆21_3嵌合而隨同滑杆21_3 起作$疋轉在復運動者為第4鏈板11。此第4鏈板丨丨可以支 點11-2為中心旋轉。 另外分別設有與上述第4鏈板11在契合部u_3嵌合而作 旋轉往復運動之第5鏈板12以及與該第5鏈板12在契合部 匕1丧合而作旋轉往復運動之第6鏈板13。上述第5鍵板12 可以支點12-1為令心旋轉。 在第6鏈板π接合有導紗指裝置（fingerunit)i4，此裝置 14係切斷喂紗紗線之固定们4]、保持紗端所用之捕紗 =(y⑽catcher)14_3、與固定刀14]相接而用以切斷保持之 v、線之可動刀14-2以及用以保持上述之捕紗器A3及可動刀 14-2及實行往復開閉運動之構體(case)丨4_4所構成。 在第2鏈板7之先端部接合有第14肖19，此鎖η可將構 隨同構㈣14々推下而使捕紗器14·3及可動刃14_2 2 = 關進行紗線之料及切斷。在第3鍵板9之 ^接^有第2鎖20，此銷2〇可用以拉上構體Μ之突起 而隨同打開龍14·4而解放 14-2釋放保持的紗線。 及了勤刀 構件除尚備有夾線板(卿㈣15及導紗構件16等其他 • $明’在捕紗器的先端最好設置突出部15」。 上述之夾線板15可隨同織機之旋轉向圓周方 足位於喂紗位置之紗線確實的喂給織針。 ^述之導紗構件16係用以分隔複數 在本實施例中使用之導紗構们6為細長之板狀物i在、其^側 12 200912066 設有凹凸部。如圖5所示，此凹凸部具有由傾斜部及豎起部 所成之導紗面以及設置於其上之作為保持部16_2之凹入 部。 3.本發明之轉換裝置及方法 圖6(b)為顯示傳統轉換方法之喂紗狀態。在此圖顯示， 在，機的第1及第2喂紗器FhF2設置有備有三個導紗指14 之k ”；/、轉換裝置。圖6(a)所示為本發明之轉換方法之喂紗狀 態。所用喂紗裝置與傳統者相同，設置有第丨及第2喂紗器 F1 F2但在第一喂紗轉換裝置40-1及第二喂紗轉換裝置4〇_2 之間設有導紗構件16，且第丨喂紗裝置之導紗器被拆除使能 實行空針選針，這些為不同於傳統裝置之點。 如圖6(a)所示，在空針選針之第丨喂紗器F1紗線不被編 織，因此由第一喂紗轉換裝置404供給之紗線乃被供給至第 2喂紗裝置F2，結果新供給之紗線抵達A位置時，在切刀 (cutter)動作之通常位置，轉換之時機⑴爪比幻成為過早，以致 無法進行圓滿之轉換。於是需使在新供給之紗線抵達B位置 時進行轉換。 切紗刀14-1、14-2及捕紗器14-3之開閉運動係靠切換凸 輪(switch cam)21-5及切刀凸輪(cutter cam)4之作用達成。在 本發明t，為了使該等切刀及捕紗器開閉，將切換凸輪21_5 之突起部配設於第一喂紗轉換裝置4〇_1及第二喂紗轉換裝置 40-2之不同位置，並且對應於該切換凸輪21_5之各個突起部 設置第一喂紗轉換裝置40-1用及第二喂紗轉換裝置4〇_2用之 二種切刀凸輪4，即切刀凸輪4-1及4-2。在本發明，設置二 13 200912066 種之切換凸輪21-5a、21-5b及二種之切刀凸輪4-1、4_2乃係 * 必要的。 第1切換凸輪21-5a及第2切換凸輪21_5b如圖2(a)、（b) 所示，係配設於第丨及第二喂紗轉換裝置彳^、^^之上部。 圖2(d)及（e)分別為圖2(a)及(c)之箭頭所示方向之視圖， 表不切刀凸輪4-卜4-2及標準切刀凸輪4之配置狀況，圖2(句 及（e)之箭頭表示圓型針織機之旋轉方法。又圖2(a)之第1切 { 刃凸板4-1及第2切刃凸輪4-2之間隔為各喂紗器（feeder)之 間隔，其係與圖6(a)之A-B之間及圖6(b)之χ_χ之間之距離 相等。上述各切刀凸輪4-1、4-2係可調整的裝設於織機，同 時其下面須具有對應各切換凸輪2i_5a及2i_5b之傾斜之傾斜 角。 依上述設計時’新的紗線在第2喂紗器F2形成紗環後（在 轉換部完成新紗線與舊紗線重疊後），由第一、第二喂紗轉換 裝置40-1、40-2之任一裝置供給之紗線均可在圖6(&)之B位 置保持舊紗線且被切斷。 ί 此時，紗線須由夾線板15運送至導紗器溝之最内部，但 由於第1喂紗器F1之紗線對第2喂紗器F2之導紗器37之給 紗角度過小以致很難抵達溝之隶内部。依本發明，上述問題 如下所述已藉改變夾線板15及導紗構件16之形狀獲得解決。 圖5(a)表示從第一喂紗轉換裝置40· 1供給紗線至導紗器 3 7之紗線的轉換狀態。當選擇的被移動之喂紗轉換裝置之導 • 紗指14要移動至對織針供給紗線之給紗位置時（即導紗指14 從「通常位置」移動至「轉換位置」之後），與織機同速旋轉 14 200912066 之夾線板15之一端會捕捉保持於捕紗器（yarn catcher) 14-3之 紗線而被夹線板15捕捉之新給紗紗線NY即通過配設於第一 喂紗轉換裝置40-1及第二喂紗轉換裝置40-2之間之導紗構件 16之底面。 進而，圖5(b)所示，隨著夾線板15之移動，在第一喂紗 轉換裝置40-1至導紗器37之大致令間處，紗線NY乃沿著導 紗構件16之上升斜面，即導紗面16-1上升而抵達凹入形狀之 保持部16-2。此時被夾線板15之先端突出部5-1捕捉之紗線 NY端部乃被導至導紗器37之後被織針之鉤部捕捉。 隨後由捕紗器14-3保持之紗端便因捕紗器14_3之開放而 被釋放，與此同時由於一直被編織之舊紗〇γ被保持且被切 斷；於是紗線便進入捕紗器14_3之開口部，而如圖2所示般， 隨著織機作等速之圓周方向移動之切刀凸輪心丨、4_2便推壓 轉換凸輪21-5a、21-5b’經由鏈片6、7、8、9關閉捕紗器14_3 及可動刃14-2。 ^本發明亦可只需對傳統之圓型針織機部份變更而實施亦 可從實施本發明之圓型針織機還回傳統之圓型針織機。 由本發明之實施機改變成為圖6(b)所示之傳統機時，可 置如圖2(c)所不之標準切刀凸輪4，使紗線到達圖咐)所示 =位置時，該凸輪4開始操作而使第i轉換凸輪2心及 第轉換凸輪21-5b以同一時機(timing)動作，此時將該標準 =凸輪4的宽幅配設，使得能作用於第1轉換凸輪21-5a σ領:ST:: 2Mb雙方之突起位置。為了方便，在圖2(C) 〜具不第i轉換凸輪2l_5a及第2轉換凸輪⑽，但實際上 15 200912066 係在第汉、^轉換装置40-1及第二喂紗轉換裝置4〇_2分別配 .設有第1轉換凸輪2Ua及第2轉換凸輪21-5b。 f_2:單面針織機 _ ^發明之條紋編織裝置亦可裝設於單面針織機使用。圖4 顯不單面針織機的編織部的主要部分的斷面圖，在複數之機 腳（未圖示）支持之針床31A的上方設有編織部32A。圖中 符號32A為針筒，在其外周面形成之針溝（未圖示）中收容 广有垂直方向滑動自如之筒針（未圖示）。 \ 圖4為單面針織機’備有沉片盤（sinker dial)41及沉片罩 (sinker cup)42 °在編織時與筒針（未圖示）協動之沉片43可 在水平方向配置之沉片盤41上作半徑方向之自由滑動，而沉 片43可由裝設於沉片罩42上之沉片凸板（sinker cam)44控制。 上述沉片罩42係由環狀之沉片連接盤（sinker coupling)45 支持，而此沉片連接盤45係經由支持體46由中間環體47支 持。 在沉片連接盤45上設有導紗器支持具48用以裝設導紗 器37A以供將紗線供給至織針。在上述之針筒33A的下側部 有與其一體的裝設之驅動齒輪38A，當由配設於織機之驅動 源驅動時可與針筒33A作同速之回轉。另外，在沉片罩42之 上方裝設有喂紗轉換裝置40A。 在喂紗轉換裝置40A設有分別導引複數條之紗線之複數 個的導紗指14A，當此導紗指14A被向下方移動後’實行向 上方後退之二段動作，即在下部位置（即轉換位置）及上部 位置（即通常位置）之間選擇的動作而將紗線供給至織針。 16 200912066 此實施例2之喂紗轉換裝置40A本身之構成與動作與實 施例1之喂紗轉換裝置40(40-1，40-2)大致相同，因此不擬費 述。 【圖式簡單說明】 圖1為本發明使用之雙面圓型針織機之編織部的斷面圖。 圖2為本發明使用之喂紗轉換裝置之上部的放大圖。 圖3為本發明使用之喂紗轉換裝置之斷面圖。 圖4為本發明使用之單面圓型針織機之編織部的斷面圖。 圖5(a)、（b)為本發明使用之喂紗轉換裝置及配設有導紗 構件之編織部之編織時紗線的轉換狀態之說明圖。 圖6(a)顯示本發明之編織部；圖6(b)顯示傳統之編織部。 【主要元件符號說明】 F1 第1喂紗器 F2 第2喂紗器 1 調節器 1-1 紋釘 4 切刀凸輪 4-1 第1切刃凸板 4-2 第2切刀凸板 5 轉換杆凸板 6 第1鏈片 7 第2鏈片 8 轉換杆 9 第3鏈板 11 第4鏈板 14A 導紗指 14-4a突起部 14-2 可動刃 14-3 捕紗器 14-4 構體 15 夾線板 16 導紗構件 19 銷 21 選針器 17 200912066 21-1 選針杆 21-2 搖杆 21-3 滑杆 21-4 轉板 21-5 轉換凸板 30 針床 31 編織部 36 凸板支持體 37 導紗器 38 驅動齒輪 40 喂紗轉換裝置 45 沉片連接盤 81 哺合構件 81a 彈性壓緊具 85 開放具 NY 新紗線 ΟΥ 舊紗線 18BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a stripe knitting device and a knitting method for a circular knitting machine equipped with a yarn feeding conversion device for knitting a striped cloth. [Prior Art] When a striped cloth is woven by a circular knitting machine, an arbitrarily selected supply yarn is usually supplied to a yarn feeding conversion device installed in a circular knitting machine disclosed in Japanese Laid-Open Patent Publication No. 2005-42260. Knitting needles are woven into fabrics using knitting needles. When such a patent is used, it is not possible to carry out the conversion (cutting) of the number of yarns of the number of yarns arranged in a yarn feeding conversion device, but it is possible to use the apparatus disclosed in Japanese Patent Laid-Open No. 2006-16747. According to the circular knitting machine disclosed in the above-mentioned JP-A-2006-16747, the woven stripe attachment mechanism is provided with the 0i joint member 81, and the trapper is provided with an elastic pressing device capable of automatically pressing the yarn. 81 a, at the same time, an open device 85 is attached to the back of the yarn guide. Each of the above members (81, 81a, 85) is composed of a spring wire. Therefore, when the weaving is started, or when the woven fabric is perforated, the yarn ends or the woven fabric are caught on the members, so that the knitting cannot be smoothly performed, and at the same time, the members may be damaged, causing serious damage to the knitting machine. Further, when the knitting machine is in operation, if the tip end of the wire clamping plate of the rotating body is provided with a projection of the steel wire as described above, the operator may be injured during the operation. The object of the present invention is to woven a striped fabric using a number of yarns (colored yarns) exceeding the number of yarn guides provided in the yarn feeding conversion device. At the same time, the yarn is supplied to the yarn carrier at the time of the knitting to prevent the failure of the loom during knitting, and to eliminate the protrusions, thereby ensuring the personal safety of the operator. The circular knitting machine provided is provided with a yarn feeding conversion device capable of converting at least two yarns, the yarn feeding conversion device having a plurality of yarn guiding fingers disposed on the first feeder and having a selectable movement a first yarn feeding conversion device; a second yarn feeding conversion device provided on the second yarn feeder and having a plurality of guide yarns that can be selectively moved; and the first and second yarn feeding conversion devices The new yarn is supplied to the knitting needle to form the yarn loop (1 〇〇P), and the yarn cutter and the yarn catcher (or the thread catcher) used to stop and cut the old yarn for feeding the yarn are stopped. (yarn catcher); and corresponding to the second yarn feeder, the yarn feeder for feeding the yarn to the knitting needle and the movement of the circumferential direction of the same loom to capture the yarn supply at the position of the yarn supply Stripe formed by the clamping plate used for the needle a stripe pattern knitting device, characterized in that the stripe weaving device is provided: when the yarn guiding finger of the first yarn feeding converting device is moved to a yarn feeding position of a new yarn to the knitting needle, the new yarn The thread is captured by the clamping plate and borrowed by a yarn guiding member provided with a holding portion between the first and second yarn feeding conversion devices to push it up to a normal yarn feeding angle for aligning the yarn guide Holding the holding portion; and providing a cutting edge (hereinafter referred to as a cutter) and a yarn catcher for stopping the supply of the new yarn to the knitting needle from the first and second yarn feeding conversion devices to form a yarn loop The old yarn of the yarn and cut it off. 200912066 The present invention also provides a circular knitting machine equipped with a yarn feeding conversion device capable of converting at least two yarns, using a first yarn feeder provided with a first yarn feeding conversion device and a second yarn feeding conversion device The second yarn feeder woven a stripe cloth weaving method, characterized in that the method comprises the following steps: performing a needle selection step by using the first yarn feeder; When the yarn feeding conversion device supplies a new yarn to the knitting needle, the yarn captured by the trapper can be stably maintained at the yarn feeding angle of the yarn carrier; After the second yarn supplying device supplies the new yarn to the knitting needle to form a loop, the cutting of the old yarn for stopping the yarn can be performed at substantially the same position. [Embodiment] According to the present invention, in a circular knitting machine equipped with a yarn feeding conversion device, a yarn (color yarn) having a larger number of yarn guiding fingers than a yarn feeding conversion device is used. At the same time, the knitting of the stripe cloth can be realized by using two or more sets of yarn feeding conversion devices to perform the turning (cutting) of a plurality of colored yarns. Moreover, the yarn can be surely supplied to the yarn guide during knitting, and the malfunction of the loom can be prevented and the projections can be eliminated to ensure the safety of the operator. Further, it is possible to use the original circular knitting machine equipped with a yarn feeding conversion device, and it is not necessary to add a special device without changing a part of the yarn feeding conversion device. As the yarn feeding conversion device, for example, a device disclosed in Japanese Laid-Open Patent Publication No. 2005-42260, which is suitable for a double-sided knitting machine and a single-face knitting machine, can be used. In the present invention, the first yarn feeder and the second yarn feeder are woven into a weave segment. 200912066 (Rrtn can use the yarn feeding device of the three yarn guide fingers to woven the color stripe cloth. In the present invention, the yarn guide of the third yarn feeding machine is removed. The needle is selected by the needle, so this part is according to the invention, and is set in the first singer 1 15 - the yarn feeding conversion device and the device A yarn guiding member is disposed between the second yarn feeding converters. Here, the yarn guiding portion is provided. The yarn feeding yarn from the first yarn feeding conversion device assists the (four) captured yarn in synchronization with the rotation of the loom. The holding portion is used to stabilize the angle of the rifling into the yarn guide. The protrusion is set to 'the angle. For the purpose of this item, it is suitable for the lower end of the clamping plate to the ίίΓΓ there are the first and second feeding yarns. The switching device supplies a new yarn blade and maintains and cuts the old yarn of the yarn after the yarn is stopped, and sets the yarn cutting device to a different portion of the yarn cutting and yarn-catching yarn converting device. The protrusion position of the switch cam switches the position of each protrusion of the switching cam, and the first yarn feeding is set. The first type of cutter cam used by the first (turning) (four) (the CUtter yarn to m - the position of the first - cutter cam and the second feed ==::r wheel for the yarn feeding conversion device, profit from the first - and The second feeding yarn is changed and the yarn is formed into a yarn loop, and the old yarn of the yarn is returned to the yarn. Preferably, the first knife cutter cam and the second cutter cam are κ. The interval between the '/the device and the tilting of the underside of the cutter cam with the switching cam 200912066 is inclined. According to the invention, the yarn is not knitted in the first yarn feeder of the needle needle selection, therefore The yarn supplied from the first yarn feeding device of the first yarn feeder is supplied to the knitting needle which is knit needle selection or tuck needle selection in the second yarn feeder. Therefore, it is preferable to The position of the cutter eam is set such that the old yarn supplied from the first yarn feeding conversion device can pass through the stitch point of the second yarn feeder at the weaving point of the new yarn. After the new yarn of the switching part is overlapped with the old yarn Γ (0 verlaP), it is cut by the yarn cutter by the yarn catcher of the yarn guiding device of the yarn feeding conversion device. <Embodiment of the Invention> The embodiment of the present invention will be specifically described below with reference to the accompanying drawings. The outline of the knitting section is implemented. Fig. 1 is a section of the main part of the braided part of the double-sided knitting machine. Fig. β is provided with a braided portion 31 above a bed (30) supported by a plurality of machine feet. In the figure, reference numeral 33 denotes a syringe, and a needle groove (not shown) formed on the outer periphery thereof is housed vertically. a needle that slides freely in the direction (not shown). The needle is vertically reciprocated by a convex plate received by a cam holder 34. The ® i is a double-sided knitting machine, and therefore has a dial ( Needleial) 35 and dial convex plate support 36. Swipe freely along the horizontal direction of the needle groove formed on the dial 35 (four) capacity (four) disc needle (Science Fantasy. This needle disc rests on the dial plate + convex plate support body 36 convex plate (not shown) for horizontal Reciprocating on the dial convex plate support 36. There is a yarn guide 37 through which the yarn 200912066 is supplied from the side portion of the body to the drive gear 38, and when it is additionally moved At the same time, the needle 33 can be rotated at the same speed. The convex plate support body 36 has a yarn feeding conversion device 40. The yarn conversion device 4Q has a plurality of yarn guide fingers for the yarn of Γίί. The yarn guide finger moves to the lower side and then performs an action of moving back upwards to select a movement between the lower position (ie, the shift position) and the upper position (ie, the normal position) to supply the yarn to the knitting needle. The composition of the yarn feeder 40, in addition to the improved part of the present invention, basically uses the apparatus for revealing (4) the period of the _4 bulletin. The tilting diagram 3 schematically illustrates the composition of the thread aligning device. The detailed description of the operation is omitted here because it is in the paragraph [0031]~[〇〇59] of the bulletin. In the uppermost part of the thread adjusting device, there is a regulator (acfu) which rotates at the same speed as the loom. The adjuster is provided with a peg M using a piezoelectric element (piez〇eieet A element). And the stud U1 is provided with a total number of segments corresponding to the number of yarn counts used for one yarn feeder and a special section for making all the yarns into a non-feeding state. The action of the cymbal is the selector 〇r unit 21, and the needle selector 21 is composed of the needle selector 2M, the rocker 2·2, the slider 21-3, the rotary plate 21-4, and the conversion. The convex plate 21-5 is formed. The rocker 21-2 is located in the same gap as the needle selector 21-1, and is pushed into the needle selector 21-1, and is rocked around the engaging portion 21-2b. It is located in the same gap as the rocker 21-2 and is engaged with the rocker 21-2 in the above-mentioned engaging portion 21-2 to move along with the rocker 21-2. The slider 10 200912066 21_3 has a long hole 21- 3a, a pin 31-3b is fixed in the long hole 21_3b. Therefore, the slide bar 21-3 can only perform horizontal movement of the length of the long hole. - The above-mentioned conversion plate 21_4 is located with the slide bar 21-3 The same gap and in the fit 21-乜 engages with the slide bar 21_3 and moves with the slide bar 21-3. The above-described switching projection plate 21-5 is lifted by the shift lever 21-4 when the shift lever 21-4 is moved to the yarn feeding position. The four (4) plate systems acting on the rotary ring 23 acting on the needle selector 21 are rotated with the working speed of the loom. The 凸i convex plate and the second convex plate 3 are respectively connected to the left end of the rocker 21-2. The needle 21_2a and the right needle portion 21_2b are engaged to move the rocker 21-2 to the yarn feeding position or the non-feeding position. The third convex plate 4 (hereinafter referred to as "the cutter convex plate 4") is used to push down the switching convex plate 21-5, and the fourth convex plate 22 is used to push the needle of the left end of the rocker 21_2.踵21-2a〇 is converted by a cutter convex plate (third convex plate) 4 through a conversion convex plate 21-5 and a conversion plate 21-4, and is a switch iever cam 5 and is coupled to the plate $ The first link plate 6 and the second chain piece 7 connected to the i-th chain piece 6. V The conversion lever 8 is coupled to the first link plate 6 and the second link plate 7, and the conversion link 8 is coupled to the third link plate 9. The above-described switching lever 8 is rotatable about the fulcrum 8-1, so that the third link plate 9 and the second link plate 7 can be rotated in the reverse direction. At this time, the long hole 24-1 provided in the housing plate 24 is used as a guide for rotation. Reference numeral 10 is a spring for returning the member moved by the cutter convex plate 4 to the home position. • A gap position other than the needle selector 2M for making a special one of the nails corresponding to all the yarns in the non-feeding state is on the slider. The gap of the same 11 200912066 can be fitted to the slide bar 21_3 at the engagement portion 11. The same as the slide bar 21_3 is used as the fourth link plate 11 in the re-exercise. This fourth chain plate 旋转 can be rotated about the fulcrum 11-2. Further, a fifth link plate 12 that is rotated and reciprocated in engagement with the fourth link plate 11 at the engagement portion u_3, and a fifth portion of the fifth link plate 12 that is engaged with the engagement portion 匕1 are reciprocated. 6 chain plate 13. The fifth keypad 12 can be rotated by the fulcrum 12-1. A yarn fingering device i4 is engaged in the sixth link plate π, and the device 14 cuts the fixing of the yarn feeding yarn 4], the yarn catching yarn used for holding the yarn end = (y (10) catcher) 14_3, and the fixed knife 14 The movable knife 14-2 for cutting the holding v and the wire, and the frame 丨4_4 for holding the above-described yarn catcher A3 and movable knife 14-2 and performing the reciprocating opening and closing movement are formed. . A 14th shawl 19 is joined to the tip end portion of the second link plate 7, and the lock η can push the yarn catcher 14·3 and the movable blade 14_2 2 to close the material and cut off the yarn with the isomorphism (4) 14 々 pushed down. . A second lock 20 is attached to the third keypad 9 so that the pin 2 can be used to pull up the protrusion of the body and release the yarn 14-2 with the opening of the dragon 14.4. In addition to the knives and the knives, there are other clamping plates (Qing (4) 15 and the guide members 16 etc.. • $ Ming' is preferably provided with a projection 15 at the tip end of the catcher. The above-mentioned clamping plate 15 can be used with the loom. The yarn which is rotated to the circumferential position of the yarn at the yarn feeding position is surely fed to the knitting needle. The yarn guiding member 16 is used to separate the plurality of yarn guiding members 6 used in the present embodiment as the elongated plate i The uneven portion is provided on the side 12 200912066. As shown in Fig. 5, the uneven portion has a yarn guiding surface formed by the inclined portion and the rising portion, and a concave portion as the holding portion 16_2 provided thereon. Fig. 6(b) shows the yarn feeding state of the conventional conversion method. In the figure, the first and second yarn feeders FhF2 of the machine are provided with three yarn guiding fingers 14 Fig. 6(a) shows the yarn feeding state of the conversion method of the present invention. The yarn feeding device used is the same as the conventional one, and is provided with the third and second yarn feeder F1 F2 but A yarn guiding member 16 is disposed between the first yarn feeding conversion device 40-1 and the second yarn feeding conversion device 4〇_2, and the third yarn feeding device is The yarn feeder is removed to enable empty needle selection, which is different from the conventional device. As shown in Fig. 6(a), the yarn of the yarn feeder F1 is not woven at the second needle of the empty needle selection, so The yarn supplied from the first yarn feeding converter 404 is supplied to the second yarn feeding device F2, and as a result, when the newly supplied yarn reaches the A position, the timing of the switching (1) claw ratio is at the normal position of the cutter operation. The illusion is so early that it is impossible to make a perfect transition. Therefore, it is necessary to switch when the newly supplied yarn reaches the B position. The opening and closing movements of the yarn cutting knives 14-1, 14-2 and the yarn catcher 14-3 are relied upon. The action of the switching cam 21-5 and the cutter cam 4 is achieved. In the present invention t, in order to open and close the cutter and the yarn catcher, the projection of the switching cam 21_5 is disposed in the first a different position of the yarn feeding conversion device 4〇_1 and the second yarn feeding conversion device 40-2, and corresponding to the respective protrusions of the switching cam 21_5, the first yarn feeding conversion device 40-1 and the second yarn feeding device are provided. The two cutter cams 4 for the conversion device 4〇_2, namely the cutter cams 4-1 and 4-2. In the present invention, two 13 20 are provided. 0912066 kinds of switching cams 21-5a, 21-5b and two types of cutter cams 4-1, 4_2 are necessary. The first switching cam 21-5a and the second switching cam 21_5b are as shown in Fig. 2(a). (b) is shown above the second and second yarn feeders 彳^, ^^. Figures 2(d) and (e) are the arrows of Figures 2(a) and (c), respectively. In the view of the direction, the arrangement of the cutter cam 4-4-2 and the standard cutter cam 4 is shown, and the arrows of Fig. 2 (sentence and (e) indicate the rotation method of the circular knitting machine. Fig. 2 (a The first cut {the edge of the blade convex plate 4-1 and the second cutting edge cam 4-2 is the interval between the feeders, which is between the AB of Fig. 6(a) and Fig. 6 ( b) The distance between χ and χ is equal. Each of the cutter cams 4-1, 4-2 described above is adjustably mounted to the loom, and the lower side thereof must have an inclination angle corresponding to the inclination of each of the switching cams 2i_5a and 2i_5b. According to the above design, after the new yarn is formed into the yarn loop by the second yarn feeder F2 (after the new yarn is overlapped with the old yarn in the converting portion), the first and second yarn feeding conversion devices 40-1, The yarn supplied by any of the devices of 40-2 can hold the old yarn at the position B of Fig. 6 (&) and be cut. ί At this time, the yarn has to be conveyed by the tension plate 15 to the innermost portion of the yarn guide groove, but the yarn feeding angle of the yarn feeder 37 of the second yarn feeder F2 is too small due to the yarn of the first yarn feeder F1. It is difficult to reach the interior of the ditch. According to the present invention, the above problems have been solved by changing the shape of the wire clamping plate 15 and the yarn guiding member 16 as follows. Fig. 5(a) shows the state of transition of the yarn supplied from the first yarn supplying and converting device 40·1 to the yarn of the yarn guide 37. When the selected yarn feeder 14 of the moved yarn feeding device is moved to the yarn feeding position of the yarn supplying the needle (i.e., after the yarn guiding finger 14 is moved from the "normal position" to the "switching position"), Rotating at the same speed as the loom 14 One end of the clamping plate 15 of 200912066 catches the yarn held by the yarn catcher 14-3 and is caught by the tensioning plate 15 The bottom surface of the yarn guiding member 16 between the first yarn feeding conversion device 40-1 and the second yarn feeding conversion device 40-2. Further, as shown in FIG. 5(b), with the movement of the wire clamping plate 15, the yarn NY is along the yarn guiding member 16 at a substantially intermediate position between the first yarn supplying converting device 40-1 to the yarn guide 37. The rising slope, that is, the yarn guiding surface 16-1 rises, reaches the concave shape holding portion 16-2. At this time, the end portion of the yarn NY caught by the tip end projection 5-1 of the wire clamping plate 15 is guided to the yarn guide 37 and then caught by the hook portion of the knitting needle. Then, the yarn end held by the yarn catcher 14-3 is released by the opening of the yarn catcher 14_3, while the old yarn y γ which has been woven is kept and cut, so that the yarn enters the yarn catching The opening of the device 14_3, as shown in Fig. 2, the cutter cam core, 4_2, which pushes the conversion cams 21-5a, 21-5b' via the link 6, as the loom moves in the circumferential direction of constant speed 7, 8 and 9 close the yarn catcher 14_3 and the movable blade 14-2. The present invention can also be implemented by simply changing the conventional circular knitting machine or returning to the conventional circular knitting machine from the circular knitting machine embodying the present invention. When the conventional machine shown in Fig. 6(b) is changed by the embodiment machine of the present invention, the standard cutter cam 4 as shown in Fig. 2(c) can be set so that the yarn reaches the position shown in Fig. The cam 4 starts to operate, and the first conversion cam 2 core and the first conversion cam 21-5b are operated at the same timing. At this time, the standard = cam 4 is disposed in a wide width so that the first conversion cam 21 can be acted upon. -5a σ collar: ST:: 2Mb both sides of the protruding position. For convenience, in FIG. 2(C), there is no ith conversion cam 2l_5a and second conversion cam (10), but actually 15 200912066 is connected to the han, the conversion device 40-1 and the second yarn feeding conversion device 4 〇 _ The first conversion cam 2Ua and the second conversion cam 21-5b are provided separately. F_2: single-face knitting machine _ ^The stripe weaving device of the invention can also be installed in a single-face knitting machine. Fig. 4 is a cross-sectional view showing a main portion of a knitting portion of a single knitting machine, in which a knitting portion 32A is provided above a needle bed 31A supported by a plurality of machine feet (not shown). In the figure, reference numeral 32A denotes a syringe, and a needle (not shown) which is formed on the outer peripheral surface thereof is accommodated in a needle (not shown) which is slidable in the vertical direction. Figure 4 is a single-face knitting machine with a sinker dial 41 and a sinker cup 42 °. The sinking piece 43 that cooperates with the needle (not shown) during knitting can be arranged horizontally. The sinker disc 41 is free to slide in the radial direction, and the sinker 43 can be controlled by a sinker cam 44 mounted on the sinker cover 42. The sinker cover 42 is supported by a ring-shaped sinker coupling 45 which is supported by the intermediate ring body 47 via the support body 46. A yarn guide holder 48 is provided on the slab nipple 45 for arranging the yarn guide 37A for supplying the yarn to the knitting needle. The drive gear 38A provided integrally with the lower portion of the above-mentioned syringe 33A is rotatable at the same speed as the syringe 33A when driven by a drive source disposed on the loom. Further, a yarn feeding conversion device 40A is mounted above the sinker cover 42. The yarn feeding conversion device 40A is provided with a plurality of yarn guiding fingers 14A for guiding a plurality of yarns respectively, and when the yarn guiding fingers 14A are moved downward, 'the second step of reversing upwards is performed, that is, in the lower position. The yarn is supplied to the knitting needle (ie, the switching position) and the action selected between the upper position (ie, the normal position). 16 200912066 The configuration and operation of the yarn supplying converting device 40A of the second embodiment are substantially the same as those of the yarn supplying converting device 40 (40-1, 40-2) of the first embodiment, and therefore will not be described. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a cross-sectional view showing a braided portion of a double-sided circular knitting machine used in the present invention. Figure 2 is an enlarged view of the upper portion of the yarn feeding conversion device used in the present invention. Figure 3 is a cross-sectional view of the yarn feeding conversion device used in the present invention. Figure 4 is a cross-sectional view showing a braided portion of a single-sided circular knitting machine used in the present invention. Fig. 5 (a) and (b) are explanatory views showing the state of switching of the yarn during weaving of the yarn supplying conversion device and the knitting portion provided with the yarn guiding member. Figure 6 (a) shows the woven portion of the present invention; Figure 6 (b) shows the conventional woven portion. [Main component symbol description] F1 1st yarn feeder F2 2nd yarn feeder 1 Regulator 1-1 Staple 4 Cutter cam 4-1 1st cutting edge convex plate 4-2 2nd cutting blade convex plate 5 conversion Rod convex plate 6 first link piece 7 second link piece 8 conversion rod 9 third link plate 11 fourth link plate 14A yarn guide finger 14-4a projection portion 14-2 movable blade 14-3 yarn catcher 14-4 structure Body 15 Clip board 16 Guide member 19 Pin 21 Needle selector 17 200912066 21-1 Needle rod 21-2 Rocker 21-3 Slider 21-4 Rotary plate 21-5 Conversion tab 30 Needle bed 31 Braided part 36 Convex support 37 Guides 38 Drive gear 40 Feed conversion device 45 Sink connection plate 81 Feeding member 81a Elastic compression device 85 Open with NY New yarn ΟΥ Old yarn 18