1275674 九、發明說明： 【發明所屬之技術領域】 尤心一種可安裝於單面圓編機上 本發明係有關一種圓編機之變色頭 作有色紗線喂紗之高速變色頭。 【先前技術】 士已知，目前圓編機在編織布料時，若是布料需編織有不 日寸’皆會於圓編機之喂紗口處上加裝變色頭，在編織過程中: 適時的將有色紗線帶至喂紗口上讓織針鉤紗，讓有 =五、曰 .織後的布料上具有不_色的提花效果。对心線併編織，讓編 騫土如「第Η圖〜第Η圖」所示，此為習知單面變色頭之局部結構作動示 思圖，由圖可看出該習知單面變色頭之作動機構丨，具有一喂紗片U、一夾 切紗片12及-隔板13 ;該喂紗片11之推部112受圓編機之山角凸塊（圖中未 示)作動後，即將該喂紗片11向前推出（如第Η圖所示），此時喂紗眼ιΐ6的 有色紗線即會因該夾切紗片12將該紗線夾於該夾切紗片12與該隔板以間， 令有色紗線拉出（圖中未示）；而當該喂紗片^作動至該喂紗片“之抵推部 114觸及該夾切紗片12之抵推凸點122時，該夾切紗片12即被喂紗片11的^ W力量帶出（如第1-2圖所示），此時夾於該夾切紗片12與該隔板13間的有色 紗線即可釋放，而讓圓編機之織針編織使用。另當圓編機之選針器（圖中未 • 示）變換另一有色紗線後，另一組喂紗片及夾切紗片（圖中未示）則會如上 述之作動，將另一有色紗線帶出與釋放給圓編機之織針編織使用，在此同 時，該喂紗片11立即受圓編機之山角凸塊（圖中未示）作動，藉該喂紗片η 之拉部113將該喂紗片11向後拉入(如第1—3圖所示），此時喂紗眼116的有色 紗線即會被該喂紗片π帶回，並沿作動孔ηι之路徑將該紗線橫跨於該夾切 紗片12之夾切部121上（圖中未示）；而當該喂紗片11作動至該喂紗片^之 回拉部115觸及該夾切紗片12之回拉凸點123時，該夾切紗片12即被喂紗片 11的向後力量帶回（如第1-4圖所示），此時由於該有色紗線橫跨於該夾切紗 片12之夾切部121上（圖中未示），則該夾切紗片12被喂紗片11向後帶回至該 隔板13時，即產生剪力將該有色紗線切斷並夾於該夾切紗片12與該隔板13 間；如是達成可變換不同顏色之紗線來進行編織，讓編織後的布料上具有 1275674 不同顏色的提花效果。 上所知變色頭在一般速度運轉的圓編機使用下，可以達成如 並夾於^ 紗線橫跨於該夹切部121，並與隔板13形成剪力將紗線切斷 程中，命夕山才 、J出現兩個嚴重問題··一、由於喂紗片11的作動行 塑提古段帶動夾切紗片12作動的行程，，作動行程較長是造成影 i素Γ、，另由於其須不斷地帶動夾切紗片12作動而與其撞 片u ，力㈣為影響提高速度關素。二、央切紗>{ 12須被喂紗 將其2在=設ΐ度谓設計出的變色頭，只適用該速度之作動，若 .切部121如1°又迷又更南的圓編機使用，將會發生紗線無法橫跨於該夾 刀、、y，或夾切部121切紗後無法夾紗之掉紗情形。 【發明内容】 明將ίΠίί要目的’在於解決上賴狄缺失，贼缺失存在，本發 二2 Γ計’將喂紗片與央切紗片分別控制，形成各有各的作動 本發明之另-目的，在於本發明之變色頭麵設計後，讓不同 、=的速度需求時，只需改變山角凸塊的控制時序設計，本發明之變 ^頭Ρ可正，運作，不會發生無法切紗，更不會有無法夾紗之掉紗情形發 錢上述之目的，本發日月之高速單面_機之變色頭，該變色頭 有.兩外層板，係設於變色頭兩側最外緣； 動作複數的喂紗機構’係設於上述兩外層板間，用以提供有色紗線之喂紗 I數的夾切紗機構’係設於上述兩外層板間且與該喂紗機構交錯外 置，用以提供有色紗線之夾紗及切紗動作； 、'曰°又 複數的隔板，係設於上述層板、喂紗機構； 複數的選色壓板，係設於上述兩外層板間，且單—該選色壓板 動一該喂紗機構及一該夾切紗機構； 作 1275674 藉上述選針器將該選色壓板作動，可將所相對應之該喂紗機構及該夾 切紗機構釋放，以提供該圓編機之上、下山角凸塊，可分別控制該喂紗機 構的喂紗動作及該夾切紗機構的夾切紗動作，以達高速運作不掉紗之目的。 - 有關本發明的技術内容及構造，現在就配合圖式詳細說明如下： 【實施方式】 。月参閱第2圖」所示’係本發明變色頭之外觀立體示意圖。如圖所 示^發明之高速單關編機之變色頭2，航置於圓編機上，並受圓編機 之復歸凸塊彰十為及上、下山角凸塊（圖中未示）的控制，對織針作有色 、=線之^/動作，供編織有色之提花效果，該變色頭2包括：兩外層板⑼， 龜係設於變色頭2兩側最外緣；複數的喂紗機構2〇，係設於上述兩外層板6〇 攀間，用以提供有色紗線之喂紗動作；複數的夾切紗機構3〇，係設於上述兩 外層板60間且與該喂紗麟2〇交錯設置，用以提供有色紗線之夹紗及切 ^作Η複#，板5〇，係設於上述外層板6〇、喂紗機構20及夾切紗機 構30間，禝數的選色壓板40，係設於上述兩外層板6〇間，且單一 [板4G職作動—該喂賴構2()及—敲切賴構t另於餅層 BO 90 ?〇 , 21 :ί壓;==來防止闕進人。藉由上述選針器(圖中未示)將該 以供二□編播’可將所對應之該喂紗機構20及該夾切紗機構30釋放， 之上、下山角凸塊，可分別控繼喂紗 錢切=構30物刀紗動作，達高速運作不掉紗之目的。作及 立再i閱第3圖」所不’ ^本發明變色頭夾切紗機構之居部立#-意圖。如圖所示，本發明之夹切 =局粒體不 ^=20父錯設置，用啸财色紗狀錄及姆 機 構30包括有：一作動片33、一夹切 人刀、減 件34，且該夹切_ ^自元 推==5°軸接，另-自由端則受制於該選色壓板4。及該“ 士 明茶ΐ第4圖」所示，係本發明變色頭喂紗機構之局部立體示音m ^ ㈣嶋2G，她地她_ ,用以提^ 1275674 色紗=之喂紗動作；其中，該喂紗機構2〇具有一作動片26、一喂紗推片^、 、—喂紗片21及兩彈性元件24、25，且該喂紗推片23係藉由該連 .動^紗片21;另外’該喂紗口1具有—作動細，且該作動孔 ㈣ 述隔板5〇之該固定凸點54 ;而該作動片26一端係與該隔板50 妾，另一自由端則受制於該選色壓板4〇及該喂紗推片⑸的頂掣。 有關本發明變色頭2之作動示意圖，請參閱「第5-1〜5-8圖所示」。由 圖可看出本發明之高速單面B編機之變㈣2，主要是將喂紗動作及^切紗 動作由上、下山角凸塊（圖中未示）來分別控制，首先看到「第5-1圖及第 Η圖」’係為選色壓板4〇尚未被選針器（圖中未示）作動之喂紗機構 謇夾切、機構30復歸狀態’該選色壓板4〇同時以推頂端42頂壓於作動片％及 作動片33上，並同時使喂紗推片.減部231及夾切 受作動片26及作動片33的抵擔而無位移作動。 抵以 當選:色壓板40之復歸端43受圓編機之選針器（圖巾未示M情後(如 5 3圖及第5-4圖所不），該選色壓板4G之推頂端犯即可令喂紗機構沈之作 片26以軸點261為轴而另一端為自由端，且同時令夹切紗機_之作 以軸點观為軸而另-端為自由端，來分別受喂紗推片23及夾切紗推片 壓推而位移（因分別設有彈性元件24及34可產生壓推力量），則該喂紗推 23之拉部232及該夾切紗推片32之推部微即分別向上露出於隔板5〇外，此 時所露出於隔板50外之拉部232，會受圓編機之上山角凸塊（圖中未示 該拉部232而向後連動連桿22，該連微再以軸孔221為軸，擺動 與枢接細健處十綱21沿作編n之賴向驗树帶出（如第 5-5圖所不），而在此同時，夾切紗推片32所露出於隔板5〇外之推部微 另受圓編機之上山角凸塊（圖中未示)作動向前直接推動夹切紗片幻， 切紗片31脈第-定健51與第—平移孔313，以及第二定健辦第二平 移孔314來限制其路經行程，而向前放紗作動(如第5_6圖所 之織針（圖中未示）編織使用。 W、.扁枝 /當_機之復歸凸塊（时未示）在下—輪轉行程觸及選色壓板仙 後’即可純色壓板40復觸原，而鱗選㈣板_將喂紗推㈣之 部232壓入隔板50令推部233向下露出於隔板5叫，及將夾切紗推㈣之推 1275674 4322壓入隔板50令拉部323向下露出於隔板料，但該喂紗片μ及 紗片3一 1此日姐不作動(如第5—7圖及第5—8圖所示），需待圓編機之選針器（圖 中未不）、變換另一有色紗線後，另一組喂紗機構（圖中未示）及夾切紗機構 (圖中未示）則會如上述之作動步驟，將另—有色紗線帶出與釋放給圓編機 f織針編織使用，在此同時，喂紗推片23所露出於隔板料之推部挪 受圓編機之下山角凸塊（圖中未示）作動推部233而向前連動連桿22，該連桿 22則再以軸孔221為軸，擺動樞翻223與雛部212減處，而令喂紗片= 沿作動孔211之路徑向後將紗線帶回（如第η圖所示），並將喂紗眼加上之 有狄線橫跨於夾切紗片31之夾切部311上（圖中未示），此時由於該有色紗 •線橫跨於夾切部311上，該夾切紗推片32才另被圓編機之下山角凸塊（圖中 未不）作動拉部323，而向後直接將該夾切紗片31帶回至該隔板5Q時(如第 5-2圖所示），即產生剪力將該有色紗線切斷並夹於夹切部3ιι與該隔板_ (圖中未示）；如是達成可變換不同顏色之紗線來進行編織，讓編織後的 料上具有不同顏色的提花效果。 ”另請參閱「第6圖所示」，係本發明變色頭2之綿屑清除裝置7〇平面分 解不意圖。由圖可清楚看出’該外層板6G上設有兩開槽6卜該綿屑清除裝 置70可藉由鎖固件90(如螺絲）將其固定，由於此處為失切紗機構洲之夹^ 部311作動⑽、與失紗處，相當容易積錦屑，故此易拆#設計可以達成快速 且方便地將綿屑清除之目的。 、 ® 惟以上所述者，縣本伽之—紐實補而已，並細來限定本發 明實施之範圍。即凡依本發明申請專利範圍所做的均等變化與修飾，皆^ 本發明專利範圍所涵蓋。 '' 1275674 【圖式簡單說明】 第1-1圖〜第1-4圖，係習知單面變色頭之局部結構作動示意圖。 第2圖，係本發明變色頭之外觀立體示意圖。 •第3圖，係本發明變色頭夾切紗機構之局部立體示意圖。 第4圖，係本發明變色頭喂紗機構之局部立體示意圖。 第5-1圖〜第5-8圖，係本發明變色頭之作動示意圖。 第6圖，係本發明變色頭之綿屑清除裝置平面分解示意圖。 【主要元件符號說明】 ， 作動機構........1 . 喂紗片.........η、21 _作動孔.........m、211 推部..........112、233、322 拉部..........113、232、323 抵推部.........114 回拉部.........115 喂紗眼.........116、213 夾切紗片........12、31 夾切部.........121、311 抵推凸點........122 •回拉凸點........123 第一平移孔.......313 第二平移孔.......314 隔板...........13、50 第一定位點......... 51 第二定位點.........52 變色頭...........2 喂紗機構·· ........20 樞接部...........212 連桿............22 10 1275674 轴孑匕........ • · · · 221 樞接頭....... • · · · 223 喂紗推片...... * · · · 23 抵擋部....... • · · · 231 、 321 彈性元件...... .· · · 24 、 25 、 34 作動片....... • · · · 26 、 33 軸點........ • · · · 26卜 331 夾切紗機構..... • · · · 30 夹切紗推片..... • · · · 32 選色壓板...... • · · · 40 推頂端······· • · · · 42 復歸端....... • · · · 43 固定凸點...... • · · · 54 外層板....... • . · · 60 開槽........ • · · · 61 綿屑清除裝置···· • · · · 70 擋屑板....... • · · · 80 鎖固件....... ——· · 901275674 IX. Description of the invention: [Technical field to which the invention pertains] It is particularly useful to be able to be mounted on a single-sided circular knitting machine. The present invention relates to a high-speed color-changing head for a color-changing yarn of a circular knitting machine. [Prior Art] It is known that when the circular knitting machine is woven fabric, if the fabric needs to be woven, it will be replaced with a color-changing head at the feeding end of the circular knitting machine. During the weaving process: timely The colored yarn is brought to the yarn feeding port to allow the knitting needle to be hooked, so that the fabric has a non-color jacquard effect on the fabric after the weaving. For the heart line and weaving, let the braided soil be as shown in the "District to Dimensional Diagram". This is a partial structure actuation diagram of the conventional single-sided discoloration head. It can be seen from the figure that the conventional one-sided discoloration The head actuating mechanism 丨 has a feeding sheet U, a clipping yarn piece 12 and a partition plate 13; the pushing portion 112 of the feeding piece 11 is actuated by a mountain corner bump of a circular knitting machine (not shown) After that, the yarn feeding sheet 11 is pushed forward (as shown in the figure), and the colored yarn of the feeding eye ΐ6 is clamped to the cutting yarn by the cutting yarn 12 12 and the partition, the colored yarn is pulled out (not shown); and when the feeding sheet is actuated to the feeding sheet, the pressing portion 114 touches the offset of the clamping yarn 12 When the bumps 122 are formed, the clipped yarn sheet 12 is taken up by the force of the yarn feeding sheet 11 (as shown in Figs. 1-2), and is sandwiched between the clip-cut yarn sheet 12 and the partition plate 13 at this time. The colored yarn can be released, and the knitting machine of the circular knitting machine can be used for knitting. When the needle selector of the circular knitting machine (not shown) changes another colored yarn, another set of feeding yarn and Clip-cut yarn (not shown) will be as described above At the same time, the yarn feeding sheet 11 is immediately actuated by the mountain corner bump of the circular knitting machine (not shown), and the other yarn feeding yarn is taken out and released to the circular knitting machine. The pulling portion 113 of the feeding piece η pulls the feeding piece 11 backward (as shown in Figs. 1-3), and the colored yarn of the feeding eye 116 is brought back by the feeding piece π. And the yarn is traversed on the nip portion 121 of the nip sheet 12 (not shown) along the path of the movable hole ηι; and when the yarn feeding sheet 11 is actuated to the back of the feeding sheet When the portion 115 touches the pull-back bump 123 of the clip-cut sheet 12, the clip-cut sheet 12 is brought back by the backward force of the feed sheet 11 (as shown in Figures 1-4), at which time the color is The yarn straddles the nip portion 121 (not shown) of the nip sheet 12, and when the nip sheet 12 is brought back to the separator 13 by the yarn feeding sheet 11, the shear force is generated. The colored yarn is cut and sandwiched between the sandwiched yarn sheet 12 and the separator 13; if the yarn of different colors can be converted to be woven, the woven fabric has a 1,567,574 different color jacquard effect. Known above The color changing head can be achieved by using a circular knitting machine which is operated at a normal speed, and can be achieved by, for example, clamping the yarn across the nip portion 121, and forming a shear force with the partitioning plate 13 to cut the yarn in the process. Only two serious problems occurred in J and J. First, due to the action of the feeding yarn sheet 11, the stroke of the cut-off yarn piece 12 was driven by the ancient section, and the longer stroke was caused by the shadow, and It is necessary to continuously drive the clip-cut yarn sheet 12 to move and collide with the sheet u, and the force (4) is used to influence the speed increase. Second, the central cut yarn > { 12 must be fed by the yarn to design the 2 The color change head is only suitable for the operation of the speed. If the cutting portion 121 is used as a 1° and a southerly circular knitting machine, it will occur that the yarn cannot straddle the clamping knife, y, or the cutting portion 121. After the yarn is cut, it is impossible to clip the yarn. [Description of the Invention] The purpose of ίΠίί is to solve the problem of the lack of thieves, the absence of thieves, and the second and second stipulations of 'the feeding yarn and the central cutting yarn, respectively, to form each of the various actions of the present invention. - The purpose is to design the color change head surface of the present invention, and to change the control timing design of the mountain bumps when the speed requirements of different and = are required, the change of the invention can be positive, operation, and can not be cut. Yarn, there is no need to lose the yarn in the case of the yarn, the purpose of the above, the high-speed single-sided _ machine of the hair of the sun, the color change head has two outer plates, which are set on the two sides of the color change head An outer edge; a plurality of action yarn feeding mechanisms are disposed between the two outer sheets, and a chucking yarn mechanism for providing the number Y of the yarns of the colored yarns is disposed between the two outer sheets and the yarn feeding mechanism Interlaced externally to provide the yarn and cut yarn of colored yarn; '曰° and plural separators are set in the above-mentioned laminate and yarn feeding mechanism; Between the outer plates, and the single-the color platen moves the yarn feeding mechanism and the Cutting the yarn mechanism; 1275574, by using the above-mentioned needle selector to actuate the color selection plate, the corresponding yarn feeding mechanism and the yarn cutting mechanism can be released to provide the upper and lower corner bumps of the circular knitting machine The yarn feeding operation of the yarn feeding mechanism and the yarn cutting operation of the yarn cutting mechanism can be separately controlled to achieve the purpose of high speed operation without dropping the yarn. - The technical contents and construction of the present invention will now be described in detail with reference to the drawings: [Embodiment] Referring to Fig. 2, a schematic perspective view of the appearance of the color changing head of the present invention is shown. As shown in the figure, the color-changing head 2 of the high-speed single-closed knitting machine of the invention is placed on the circular knitting machine, and is subjected to the returning convex block of the circular knitting machine and the upper and lower mountain corner bumps (not shown). Control, for the knitting needle to be colored, = line ^ / action, for weaving colored jacquard effect, the color changing head 2 includes: two outer plates (9), turtles are set on the outermost edges of the two sides of the color changing head 2; The yarn mechanism is disposed at the two outer plates 6 to provide a yarn feeding operation for the colored yarns; a plurality of the yarn cutting mechanism 3 is disposed between the two outer plates 60 and the feeding The yarn skeins are arranged in a staggered manner to provide the yam of the colored yarns and the splicing of the colored yarns, and the slabs are disposed between the outer layer 6 〇, the yarn feeding mechanism 20 and the nip mechanism 30, A plurality of color selection platens 40 are disposed between the two outer layer plates 6 and are single [board 4G job-operating--the feeding structure 2() and the knocking-cutting structure t are further in the cake layer BO 90 ?〇, 21 : ί pressure; == to prevent breaking into people. The above-mentioned needle selector (not shown) can be used to release the corresponding yarn feeding mechanism 20 and the yarn cutting mechanism 30, and the upper and lower corners can be respectively separated by the needle selector (not shown). Control the feeding yarn to cut = the structure of the 30 object knife yarn action, the high-speed operation does not drop the yarn. The work and the re-reading of the third figure "No" ^ The invention of the color-changing head clip-cutting mechanism of the present invention #-intention. As shown in the figure, the clip cutting of the present invention=the granules are not set to be the parental error setting, and the stalking and squeezing mechanism 30 includes: an actuating piece 33, a clipping knife, and a reducing piece 34. And the clip is cut _ ^ from the yuan push == 5 ° shaft connection, and the other - free end is subject to the color selection plate 4 . And the "Shiming tea pot 4th figure" is a partial stereoscopic sound m ^ (4) 嶋 2G of the yarn-changing yarn feeding mechanism of the present invention, and she is used to raise the yarn feeding action of the 1275674 color yarn. The yarn feeding mechanism 2 has an actuating piece 26, a feeding piece ^, a feeding piece 21 and two elastic members 24, 25, and the feeding piece 23 is driven by the connecting piece a yarn sheet 21; in addition, the yarn feeding port 1 has a fine operation, and the movable hole (4) defines the fixing bump 54 of the partition 5; and the movable piece 26 is attached to the partition 50 at one end, and the other The free end is subject to the top plate of the color selection plate 4 and the yarn feed piece (5). For a schematic diagram of the operation of the color changing head 2 of the present invention, please refer to "Fig. 5-1~5-8". It can be seen from the figure that the high-speed single-sided B-type machine of the present invention (4) 2 mainly controls the yarn feeding action and the yarn-cutting action by upper and lower mountain bumps (not shown), and firstly sees " Figure 5-1 and Figure "" is a color selection platen 4". The yarn feeding mechanism has not been actuated by a needle selector (not shown), and the mechanism 30 is returned to the state of the mechanism. The pushing end 42 is pressed against the actuating piece % and the actuating piece 33, and at the same time, the feeding piece pusher piece 231 and the pinch-cutting action are resisted by the actuating piece 26 and the actuating piece 33 without displacement. For the election: the return end 43 of the color platen 40 is subjected to the needle selector of the circular knitting machine (the towel is not shown after the M (such as 5 3 and 5-4), and the top of the color selection plate 4G is pushed. In this case, the yarn feeding mechanism 26 can be made with the shaft point 261 as the axis and the other end as the free end, and at the same time, the clip cutting machine is made to take the shaft point view as the axis and the other end as the free end. The yarn pushing piece 23 and the clipping yarn pushing piece are respectively pushed and displaced (because the elastic elements 24 and 34 are respectively provided to generate pressing force), the pulling portion 232 of the feeding yarn push 23 and the clip cutting yarn push The pushing portions of the sheets 32 are respectively exposed upwards to the outside of the partition 5, and the pulling portion 232 exposed outside the partition 50 at this time is subjected to the mountain corner bumps on the circular knitting machine (the pulling portion 232 is not shown). And the linkage link 22 is backwardly connected, and the connection is further pivoted with the shaft hole 221 as an axis, and the swinging and pivoting joints of the tenth section 21 are used to make the tree (as shown in Figures 5-5). At the same time, the pusher portion of the clipper yarn pusher 32 exposed outside the partition plate 5 is slightly urged by the mountain corner bump (not shown) to directly push the clipper yarn to move forward. Cut yarn 31-pulse-fixed 51 and the first translation The hole 313, and the second flexible second translation hole 314, are used to restrict the passage of the stroke, and the yarn is moved forward (for example, the knitting needle (not shown) of the fifth drawing is used for weaving. W,. / When the _ machine's returning bump (not shown) in the next - the rotation stroke touches the color selection plate, the 'color platen 40 can be re-touched, and the scale selection (four) plate _ will push the yarn (four) of the part 232 into the compartment The plate 50 causes the pushing portion 233 to be exposed downwardly to the partition plate 5, and pushes the clip cutting yarn (4) to push the 1257564 4322 into the partition plate 50 so that the pulling portion 323 is exposed downward to the partition material, but the feeding piece μ and The yarn 31-3 will not be activated this day (as shown in Figures 5-7 and 5-8), and the needle selector of the circular knitting machine (not shown in the figure) is required to change the other colored yarn. Another set of yarn feeding mechanism (not shown) and a slitting mechanism (not shown) will be carried out as described above, and the other colored yarn will be taken out and released to the circular knitting machine. At the same time, at the same time, the pushing portion of the feeding yarn pusher 23 exposed to the partition material is moved by the mountain corner bump (not shown) to move the pushing portion 233 to link the connecting rod 22 forward. Rod 22 is again The hole 221 is a shaft, and the swing pivot 223 is reduced from the leg portion 212, so that the feeding yarn = the path along the working hole 211 is brought back to the yarn (as shown in FIG. 11), and the yarn feeding eye is added. The dicing line straddles the nip portion 311 of the clip-cut yarn piece 31 (not shown). At this time, since the colored yarn/wire traverses the nip portion 311, the clip-cut yarn pusher 32 is Further, the pull-out portion 323 is actuated by the mountain corner bump (not shown in the figure), and the clip-cut yarn sheet 31 is directly brought back to the partition plate 5Q (as shown in Fig. 5-2). That is, the shearing force is generated to cut the colored yarn and clamp it to the nip portion 3 ι and the partition _ (not shown); if the yarn of different colors can be converted to be woven, the woven material has Jacquard effects in different colors. Further, please refer to "Fig. 6", which is a plan for the disintegration of the swarf removing device 7 of the color changing head 2 of the present invention. It can be clearly seen from the figure that 'the outer layer plate 6G is provided with two slots 6 and the chip removing device 70 can be fixed by the fastener 90 (such as a screw), since the clip of the uncut yarn mechanism is here. ^ Part 311 actuation (10), and the yarn loss, it is quite easy to accumulate scraps, so the easy to disassemble # design can achieve the purpose of quickly and easily remove the dust. ® , except for the above, the county's own gamma - New Zealand supplement, and to narrowly limit the scope of implementation of the present invention. That is, the equivalent changes and modifications made by the scope of the patent application of the present invention are all covered by the scope of the present invention. '' 1275674' [Simple description of the drawings] Figure 1-1 ~ Figure 1-4, is a schematic diagram of the local structure of the conventional single-sided color change head. Fig. 2 is a perspective view showing the appearance of the color changing head of the present invention. • Fig. 3 is a partial perspective view showing the yarn cutting mechanism of the color change head of the present invention. Fig. 4 is a partial perspective view showing the yarn feeding mechanism of the color changing head of the present invention. Figures 5-1 to 5-8 are schematic views of the operation of the color changing head of the present invention. Fig. 6 is a plan view showing the plane of the cotton removing device of the color changing head of the present invention. [Description of main component symbols], Actuating mechanism........1. Feeding yarn.........η, 21 _ actuation hole.........m, 211 push Department ..... 112, 233, 322 pull parts .......... 113, 232, 323 push the push part ... ... 114 pull back. ........115 Feeding yarn.........116,213 Clip cutting yarn........12,31 Clamping section........ .121, 311 Abut the bumps........122 • Pull back the bumps........123 First translation hole.......313 Second translation hole... ....314 partitions...........13,50 First positioning point.........51 Second positioning point.........52 Discoloration Head ......2 Feeding mechanism··........20 pivoting part...........212 Connecting rod... ......22 10 1275674 Axis 孑匕........ • · · · 221 Pivot joints....... • · · · 223 Feeding yarns... * · · · 23 Resistors....... • · · · 231, 321 Elastic Components... .. · · 24, 25, 34 Actuator....... • · · · 26, 33 Axis point........ • · · · 26 331 Clip cutting mechanism..... • · · · 30 Clip cutting yarn push..... • · · · 32 Color platen... • · · · 40 push tip ····· · • · · · 42 Reverting end....... • · · · 43 Fixed bumps... • · · · 54 Outer plates....... • · · · 60 slots ........ • · · · 61 Wiper Removal Device···· • · · · 70 Chip Board....... • · · · 80 Locking Firmware....... ——· · 90