M442369. 五、新型說明： 【新型所屬之技術領域】 本創作是一種配合圓編鐵機使用送紗裝置的改良，尤指送紗裝置中壓 紗器結構的改良。 【先前技術】 圓針織機是藉導紗機構將紗線導入送紗裝置後，再藉送紗裝置之送紗 輪及導紗桿進行後續的定量或變量送紗操作，由於圓針織機織造紗線之種 •類變化曰新月異，且織造市場其布匹特性需求日趨人性化，使得送紗裝置 對紗線之導引輸送操作越顯重要。 -般而言’送紗ϋ在其本體上皆設有紗、_知臂組，並配合於其送紗 路從上置龍紗n，财n可卿轉線穿㈣紗㈣送紗路徑，以利 偵知臂組進行紗線人紗或是轉師賴力狀_測，#轉在送紗路徑 之上游端或下游端的張力發生異常時，使壯臂組可順斯刻動作，令針 織機停車，以免造成無謂的損失。 基於市場客戶叙少量多單趨勢要求及财«絲，錄將且有大 Γ==Γ崎物細職㈣棚編針織機使 動其規_改車，錄更動過財 器的張力齡臂組設法使其不作動，萬—控繼 乍之轉 徑不良，會賴知臂組之偵知料自由下垂，偵知訂的送紗路 停機，如麟使整個送紗作 *卩會k成針織機 路徑的壓紗器，可幫助業者J擺，因此研發—種可以有效控制紗線送紗 【新型内容】 仃改車，使其適應於市場需求實屬必要。 3 M442369 有鏗於此’創作人係針對壓紗器的結構進行改良壓紗器包含有一摩 少柱壓.、y柱向内凹陷有一壓紗槽並對應壓紗槽位置設有一腰接槽，以供 上壓紗碟與—下壓紗縣設於壓紗㈣腰接槽外部使紗線受到上墨紗 碟的上壓環與下壓紗碟的下壓環的限制而依預定路徑行經壓紗器。 再者，壓紗器藉由壓紗槽及壓紗槽斜向往外延伸出的滑紗道於送紗 時’紗線只要通過上壓環與下壓環，在紗線緊張力變大的狀態下，紗線即 會自動沿著滑紗道滑_魏_賴中，使紗線姐於壓賴的結構。 本創作所採用的技術手段包括一入紗板，該入紗板一端連接有一第一 定位板，該第-定位板延伸有—第—人紗台，並於該第—人紗台上設有— 第入，、:/眼該入紗板另一端連接有一第二定位板，該第二定位板延伸有 第一入鈔台，並於該第二人紗台上設有—第二人紗眼，該第二定位板於 該第二入紗台與該人紗板間設有―固接孔；—壓紗件，該壓紗件具有一壓 紗柱，該壓雜_邊向内_有—齡槽，雜紗柱—端連結於該固接 孔並於外部套設有一上壓紗碟與一下壓紗碟，該上壓紗碟下凹有一上壓 環，該下壓紗碟對應該上壓環位置上凸有-下壓環，該紗線穿人該第一入 紗眼後通過該上壓環與該下壓環進入該壓紗槽内，再穿入該第二入紗眼。 該入紗板-端設有-插接區’該第-定位板職該插接區設有一插接 槽，該第一定位板藉該插接槽套接於該第一定位板一端。 該第-入紗台設有-第-人紗孔’以供該第—人紗眼|置於該第一入 紗台上，該第二人紗台設有-第二人紗孔’以供該第二人紗眼裝置於該第 二入紗台上。 該壓紗槽更延伸有-滑紗道’該·道斜向延伸鴻至祕紗枉外 by. 部’以供該紗線由該壓紗柱外部沿著該滑紗道滑人進該壓紗槽内。 該壓紗柱另-端設有—定位溝，於該定位溝套設有—撞止環。 該壓紗柱具有一固接塊，用以對接卡固於該固接孔中。 該壓紗柱對應該壓紗槽位置設有一腰接槽，該上壓紗碟與該下壓紗碟 套設於該腰接槽外部。 該上壓紗碟具有-盤狀的上圈體並開口朝上套設於該壓紗柱外部且 該上壓環由該上圈體底部向下凹伸出。 該下壓紗碟具有-盤狀的下圈體並開口朝下套設於該壓紗柱外部，且 該下壓環由該下圏體頂部向上凸伸出。 該壓紗柱於社録餅則套設有-配重件，該配重㈣接於該上 壓紗碟’用以限制該上壓紗碟與該下壓紗碟的相對位置並對紗線施予適當 壓着作用力。 本創作所採用的具體實施例，將藉由以下之實施例及附呈圖式作進一 步之說明。 【實施方式】 請參閱第1至3圖，其係顯示本創作第一實施例立體圖、分解圖與剖 面示意圖’本創作中之壓紗器100包括有一入紗板1〇、一第一定位板2〇、 一第二定位板30與一壓紗件40〇 入紗板10 —端連接有一第一定位板2〇，另一端連接有一第二定位板 30。入紗板10 —端縮減寬度形成一插接區1〇1，且第一定位板2〇對應插接 區101寬度設有一插接槽21 ’以供第一定位板2〇藉由其插接槽21套接於 第一定位板20上。第二定位板30直接鎖固於入紗板1()另一端。 M442369 第一定位板2〇往一側延伸有一第一入紗台22，並於第一入紗台22上 固設有一第一入紗眼23。 如第3圖中所示，第一入紗台22上貫穿有一第一入紗孔221 ’以供第 一入紗眼23裝置於第一入紗台22上。 第二定位板3〇末端彎曲廷伸有一第二入紗台31，並於第二入紗台31 上固設有一第二入紗眼32，且第二定位板30於第二入紗台31與入紗板1〇 間設有一固接孔33。 如第3圖中所示，第二入紗台31上貫穿有一第二入紗孔311，以供第 二入紗眼32裂置於第二入紗台31上。 壓紗件40具有一壓紗柱41，壓紗柱41 一端設有一固接塊411，用以 將壓紗柱41 一端對接卡固連結於第二定位板30上的固接孔33中。 而壓紗柱41於其另一端設有一定位溝412，定位溝412為一環狀凹槽 結構，並於定位溝412的凹槽處對應套設有一環狀的擋止環413。 同時參閱第4圖與第5圖中所示，其係顯示本創作第一實施例中壓紗 件之剖面示意圖，壓紗柱41於其側邊向内凹陷有一壓紗槽42，壓紗槽42 一側更延伸出一滑紗道421 ’滑紗道421斜向延伸相通至壓紗柱41外部， 使壓紗槽42可以藉由滑紗道421與外部相連通。 壓紗柱對應其内部壓紗槽42位置設有一腰接槽414，以供壓紗柱 41於腰接槽414外部套設有-上壓紗碟43與一下壓紗碟44。上壓紗碟u 具有-盤狀的上圈體430並開口朝上套設於壓紗柱41的腰接槽414外部， 且上壓紗碟43由其上圈體43〇底部向下凹伸出一上壓環431。 下壓紗碟44具有—盤狀的下圈體柳並開口朝下相鄰上圈體43〇套設 M442369. 於壓鈔柱41的腰接槽外部，且下壓紗碟44對應上壓環州位置由其 下圈體440頂部向上凸伸出一下壓環441。 壓紗件40另可選擇於壓紗柱41上的壓紗碟43外側另套設有-配重件 45 ’配重件45具有-環狀的片體並相鄰壓接於上壓紗碟β _ 口處用 以限制内側上壓紗碟幻與下壓紗碟Μ的位置於腰接槽似外部並對紗線 施予適當壓着作用力。 。月同時參閱第6圖中所示，係顯示本創作第—實施例配合送紗裝置使 籲用之立體圖’壓紗器100係用以供-紗線Y穿設。 當紗線Y穿入第一入紗眼23後，藉由壓紗柱41側邊上的滑紗道421， 只要紗線Y通過上壓環431與下壓環441，於送紗時紗線γ壓着作用力變 大的狀態下，紗線γ會自動沿著滑紗道421滑進相連通的壓紗槽42中。 壓紗器100設於一送紗裝置A的基座本體A1之前端，基座本體A1設 有一入紗導紗偵知臂A2，其中入紗導紗偵知臂A2係包括有一瓷套筒八21 及兩側之入紗偵知臂桿A22 ’入紗偵知臂桿A22係分別樞設於基座本體A1 •之前端兩側。 當紗線Y進入壓紗器1〇〇時’紗線γ穿經第一入紗眼23、壓紗件4〇、 入紗導紗偵知臂A2及第二入紗眼32後，繼再繞設於送紗輪A3數圈後， 最後將紗線Y送至針織機(圖中未示）。 綜合以上所述，本創作能確實為一相當優異之創思，爰依法提出新型 專利申凊，惟上述說明之内容，僅為本創作之較佳實施例說明，凡依本創 作之技術手段所延伸之變化，皆應落入本創作之專利申請範圍，特此說明。 【圖式簡單說明】 7 M442369 第1圖係顯示本崎第—實施例立翻； 第2圖係顯林創作第-實施例分解圖； 第3圖健示本創作第-實施綱©示意圖； 第4與5圖係顯示本創作第一實施例中壓紗件之剖面示意圖： 第6圖係顯示本創作第一實施例配合送紗裝置使用之立體圖。 【主要元件符號說明】 壓紗器100 ; 入紗板10 ; 插接區101 ; 第一定位板20 ; 插接槽21 ; 第一入紗台22 ; 第一入紗孔221 ; 第一入紗眼23， 第二定位板30 ; 第二入紗台31 ; 第二入紗孔311 ; 第二入紗眼32 ; 固接孔33 ; 麗紗件40 ; 壓紗柱41 ; 固接塊411 ; 定位溝412; 擋止環413 ; 腰接槽414 ; 壓紗槽42 ; 滑紗道421 ; 上壓紗碟43 ; 上圈體430 ; 上壓環431 ; 下壓紗碟44 ; 下圈體440 ; 下壓環441 ; 配重件45 ; 基座本體A1 ; 入紗導紗偵知臂A2 ; 瓷套筒A21 ; 入紗偵知臂桿A22， 送紗輪A3。M442369. V. New description: [New technical field] This creation is an improvement of the yarn feeding device used with the circular iron machine, especially the structure of the yarn feeder in the yarn feeding device. [Prior Art] The circular knitting machine introduces the yarn into the yarn feeding device by the yarn guiding mechanism, and then feeds the yarn feeding roller and the yarn guiding rod of the yarn feeding device for subsequent quantitative or variable yarn feeding operation, because the knitting machine of the circular knitting machine The variety of the line and the change of the class are changing with each passing day, and the demand for fabric characteristics of the weaving market is becoming more and more humanized, which makes the feeding and conveying operation of the yarn feeding device more important. - Generally speaking, the 'gauze ϋ 设有 设有 设有 其 其 其 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送 送When the tension detection arm group performs the yarn yarn or the transfer force _ test, the tension of the upstream or downstream end of the yarn feeding path is abnormal, so that the strong arm group can smoothly move, so that the knitting machine Stop to avoid unnecessary losses. Based on market customers, a small number of multi-single trend requirements and financial «Si, recorded and there are big Γ == Γ崎物细职 (4) shed knitting machine to make its rules _ change the car, record the tension of the arms of the arm Trying to make it unmovable, Wan-control will not be able to make a good turn, and will rely on the knowledge of the arm group to sag freely, and detect the order of the yarn feeding machine. If the lining makes the whole yarn, it will be knitted. The yarn feeder of the machine path can help the manufacturer J pendulum, so the R&D-type can effectively control the yarn feeding [new content]. It is necessary to adapt the car to the market demand. 3 M442369 铿 ' ' ' 创作 ' ' 改良 改良 改良 改良 改良 改良 改良 改良 改良 改良 改良 改良 改良 改良 改良 改良 压 压 压 压 压 压 压 压 压 压 压 压 压 压 压 压 压 压 压 压 压 压 压 压 压 压The upper pressing plate and the lower pressing yarn county are arranged outside the pressing yarn (four) waist joint groove, so that the yarn is pressed by the upper pressing ring of the upper inking plate and the lower pressing ring of the lower pressing yarn plate, and is pressed according to a predetermined path. Yarn. Furthermore, the yarn squeezing device is inclined by the yarn grooving groove and the yarn grooving groove, and the yarn is tensioned by the upper pressure ring and the lower pressure ring. Underneath, the yarn will automatically slide along the gauze _Wei_ Lai, so that the yarn sister is succumbing to the structure. The technical means adopted in the present invention comprises a yarn insertion plate, one end of which is connected with a first positioning plate, the first positioning plate extends with a first-person yarn table, and is arranged on the first human yarn table. - the first, the: / the eye is connected to the other end of the yarn plate with a second positioning plate, the second positioning plate extends with a first banknote, and the second person is provided with a second person yarn The second positioning plate is provided with a "fixing hole" between the second yarn entering table and the human yarn plate; - a pressing member having a pressing yarn column, the pressing portion is inwardly _ The upper-stage groove and the miscellaneous yarn column are connected to the fixing hole and externally sleeved with an upper pressing disc and a lower pressing disc, and the upper pressing disc is recessed with an upper pressing ring, and the lower pressing gauze pair a press-down ring should be protruded from the upper ring, the yarn is inserted into the first yarn entering the yarn through the upper pressure ring and the lower pressure ring, and then inserted into the second yarn. eye. The insertion plate is provided with a plug-in area. The first positioning plate is provided with a plug-in slot. The first positioning plate is sleeved at one end of the first positioning plate. The first-input yarn table is provided with a -first-person yarn hole for the first human yarn eye|positioned on the first yarn-feeding table, and the second-person yarn table is provided with a second-person yarn hole The second person eyelet is mounted on the second yarn entry table. The gauging groove is further extended with a - screed yarn path which is obliquely extended to the outer part of the crepe yarn for the yarn to be slid from the outside of the yam column to the yoke Inside the yarn groove. The pressing yarn column is provided at the other end with a positioning groove, and the positioning groove is provided with a collision ring. The press column has a fixing block for abutting and fixing in the fixing hole. The presser bar is provided with a waist joint groove corresponding to the position of the presser groove, and the upper presser disc and the lower presser disc are sleeved outside the waist joint groove. The upper pressing disc has a disc-shaped upper ring body and the opening is sleeved outwardly outside the pressing bobbin and the upper pressing ring is recessed downward from the bottom of the upper ring body. The lower pressing disc has a disc-shaped lower ring body and the opening is sleeved outwardly outside the pressing bobbin, and the lower pressing ring protrudes upward from the top of the lower jaw body. The press bobbin is sleeved with a weighting member, and the counterweight (4) is connected to the upper pressing disc to limit the relative position of the upper pressing disc and the lower pressing disc and the yarn Apply a proper pressing force. The specific embodiments employed in the present application will be further illustrated by the following examples and accompanying drawings. [Embodiment] Please refer to Figures 1 to 3, which are a perspective view, an exploded view and a cross-sectional view of a first embodiment of the present invention. The yarn applicator 100 of the present invention comprises an in-vehicle plate 1 and a first positioning plate. 2, a second positioning plate 30 and a gauging member 40 are inserted into the end of the gauze 10 to have a first positioning plate 2A, and the other end is connected with a second positioning plate 30. The insertion end of the slats 10 is formed by a splicing area 1 〇 1 , and the first locating plate 2 设有 is provided with a splicing groove 21 ′ for the width of the splicing area 101 for the first locating plate 2 插The slot 21 is sleeved on the first positioning plate 20. The second positioning plate 30 is directly locked to the other end of the yarn input plate 1 (). M442369 The first positioning plate 2 has a first yarn insertion table 22 extending to one side, and a first yarn entrance 23 is fixed to the first yarn receiving table 22. As shown in Fig. 3, a first yarn insertion hole 221' is inserted through the first yarn insertion table 22 for the first yarn entrance 23 to be attached to the first yarn insertion table 22. The second positioning plate 3 has a second yarn insertion table 31 extending from the end, and a second yarn entry 32 is fixed on the second yarn insertion table 31, and the second positioning plate 30 is disposed on the second yarn insertion table 31. A fixing hole 33 is provided between the inlet plate and the first plate. As shown in Fig. 3, a second yarn insertion hole 311 is formed in the second yarn insertion table 31 for the second yarn entrance 32 to be split on the second yarn insertion table 31. The squeezing member 40 has a squeegee 41, and a splicing block 411 is disposed at one end of the squeegee 41 for engaging and splicing one end of the squeegee 41 to the fixing hole 33 of the second positioning plate 30. The pressing frame 41 is provided with a positioning groove 412 at the other end thereof. The positioning groove 412 is an annular groove structure, and an annular blocking ring 413 is disposed on the groove of the positioning groove 412. Referring to FIG. 4 and FIG. 5, which is a schematic cross-sectional view of the yarn-pressing member in the first embodiment of the present invention, the yarn-pressing column 41 is recessed inwardly at a side thereof with a yarn-pressing groove 42 and a yarn-pressing groove. 42 A side of the yarn guide 421 is further extended. The yarn guide 421 extends obliquely to the outside of the press frame 41, so that the yarn groove 42 can communicate with the outside through the yarn path 421. The presser post is provided with a waist groove 414 corresponding to the position of the inner press groove 42, so that the press frame 41 is sleeved on the outside of the waist groove 414 - the upper press disc 43 and the lower press disc 44. The upper pressing plate u has a disk-shaped upper ring body 430 and is open to the outside of the waist receiving groove 414 of the pressing frame 41, and the upper pressing plate 43 is downwardly recessed from the bottom of the upper ring body 43. An upper pressure ring 431 is shown. The lower pressing disc 44 has a disc-shaped lower ring body and the opening is downwardly adjacent to the upper ring body 43. The M442369 is disposed outside the waist groove of the bill press column 41, and the lower pressing disc 44 corresponds to the upper pressing ring. The state position protrudes upward from the top of the lower ring body 440 by a pressing ring 441. The gauging member 40 can alternatively be sleeved on the outside of the gauze disc 43 on the press bobbin 41. The counterweight member 45 has a ring-shaped piece and is adjacently pressed against the upper gauze plate. The position of the β _ mouth is used to limit the position of the inner yam and the lower yam, and the position of the yam and the lower yam is similar to the outer side of the waist groove and the squeezing force is applied to the yarn. . Referring to Fig. 6 at the same time, it is shown that the first embodiment of the present invention is used in conjunction with a yarn feeding device to make a three-dimensional view of the yarn applicator 100 for the yarn Y to be worn. After the yarn Y penetrates the first yarn entrance 23, by the yarn path 421 on the side of the press cylinder 41, as long as the yarn Y passes through the upper pressure ring 431 and the lower pressure ring 441, the yarn is fed at the yarn. In a state where the γ pressing force is increased, the yarn γ is automatically slid along the yarn path 421 into the yarn receiving groove 42 that communicates with each other. The yarn presser 100 is disposed at the front end of the base body A1 of a yarn feeding device A. The base body A1 is provided with an yarn guiding yarn detecting arm A2, wherein the yarn guiding yarn detecting arm A2 includes a porcelain sleeve eight. 21 and both sides of the yarn detection arm A22 'into the yarn detection arm A22 are respectively pivoted on the base body A1 • on both sides of the front end. When the yarn Y enters the yarn press 1〇〇, the yarn γ passes through the first yarn entry 23, the yarn pressing member 4〇, the yarn guiding yarn detecting arm A2 and the second yarn entering eye 32, and then After a few turns around the feed pulley A3, the yarn Y is finally sent to the knitting machine (not shown). In summary, the creation can be a very good idea, and a new patent application is filed according to law, but the content of the above description is only a description of the preferred embodiment of the creation, and the technical means according to the creation Changes in extensions should fall within the scope of the patent application of this creation, which is hereby stated. [Simple description of the diagram] 7 M442369 Fig. 1 shows the original embodiment of the Hakisaki; the second figure shows the exploded view of the first embodiment of the display; and the third figure shows the schematic of the first implementation of the creation; 4 and 5 are schematic cross-sectional views showing the yarn-pressing member in the first embodiment of the present invention: Fig. 6 is a perspective view showing the use of the yarn feeding device in the first embodiment of the present invention. [Description of main component symbols] Knurler 100; yarn input plate 10; insertion area 101; first positioning plate 20; insertion groove 21; first yarn insertion table 22; first yarn insertion hole 221; Eye 23, second positioning plate 30; second yarn insertion table 31; second yarn insertion hole 311; second yarn entrance 32; fixing hole 33; ray yarn member 40; creel column 41; fixing block 411; Positioning groove 412; stop ring 413; waist groove 414; yarn groove 42; yarn path 421; upper pressure plate 43; upper ring body 430; upper pressure ring 431; lower pressure yarn 44; lower ring body 440 Lower pressing ring 441; weight member 45; base body A1; yarn guiding yarn detecting arm A2; porcelain sleeve A21; yarn detecting arm A22, yarn feeding wheel A3.