五、新型說明： 【新型所屬之技術領域】 的送有關於一種送紗装置’尤指一種具有壓紗結構 【先前技術】 纺織工業的不斷發展，愈來愈多的纺織機 而/、有供應残騎紗的f求，叫 織及布面張力等因素，藉以達到對炒線供d: 2条帶式的送紗裝置，其不需採用主動電機，^使= 織機上配備的條帶作為動力源，簡化了機構吏= ，降低了成本。 "月豆積 =裝置皆設置有-儲紗輪，紗線可纏繞於錯紗幹上 以便猎由皮帶（圖略）等條帶^件驅動皮帶輪: 過傳動軸傳動儲紗輪旋轉’從而利用儲紗輪 储紗及送紗的動作。 力、V、，泉進仃 習知的送紗裝置皆設置有一壓紗器，可利用壓紗哭屏 t f紗線上’使紗線輸送較為穩定。惟，習知的壓紗心 夕疋利用磁鐵或彈簧來推動壓紗，其構造較 ^ =鐵:附或彈菁推動壓紗元件，操作上較不穩定： 線輪达較不穩定。 究並t总本創作人有感上述缺失之可改善，乃特潛心研 九…。干理之運用’終於提出—種設計合理 上述缺失之本創作。 有效改善 【新型内容】 f f本之主要目的在於提供—種具有壓紗結構的送紗 、、構造較為簡化’且可達到較佳之紗線輸送穩定的 3/17 M428958 效果。 為了實現上述目的，本創作提供一種具有壓紗結構的 运紗裝置’包括：-本體；-健紗輪’其可㈣地連接於 該本體；以及一壓紗結構，其設置於該本體上，包含一樞 轴件:―第—壓紗片及—第二壓紗片，該第—壓紗片及該 第一I珍片活動地牙設於該樞軸件上，且 重力壓制該於第-縣'片上。 弟片以 本創作可具有以下有益的效果： 置錢紗結構H料利職力壓制於 片上’以達到壓制紗線的效果。本 ：!構造較為簡化，且利用重力壓紗，穩纽較佳， 輸送較為穩定。 使'*線 為，能更進-步瞭解本創作的特徵及技術内容，請炎 有關本創作_細說明與關，然提 =考與說日賴，並_來對本創作加以_者 k L貫施方式】 〔第一實施例〕 吵穿』H丄ί圖3 ’本創作提供一種具有壓紗結構的逆 乂置，在本貫施例中係揭露一種電磁 毒= 置，但並不限制於此，本創作也可 彳的运4 裝置。在本實蝴中，送紗_ ^他型式的送紗 輪】2' -第一傳動軸13、1^ —本體心―皮帶 -被動盤16、一第二傳動〗 Μ、-電磁線圈15、 構21。 、一儲紗輪18及一壓紗結 本體II 一端具有—固定 絲鎖附固咖議增⑽本3 ^能⑽ 星承肢Π上設置有卖 4/17 M428958 ^件112、113、114、115等，能用以導引紗線，但導紗 件设置的數量及位置並不限制，可因應需要而加以變化。 本體π内部形成有—容置槽118，該容置槽ιΐ8底部可呈 開口狀。 皮帶輪12中心連接於第一傳動章由13的上端，使皮帶 輪12與第-傳練13可作同步的轉動。第—傳動㈣以 兩軸承U6樞接於固定座117，固定座m再設置於本㈣V. New description: [New technical field] The delivery of a yarn feeding device, especially a yarn-pressing structure [previous technology] The textile industry is constantly evolving, more and more textile machines are available. The requirement of the residual riding yarn, called weaving and fabric tension, is used to achieve the d: 2 strip type yarn feeding device for the frying line, which does not need to use the active motor, so that the strip on the loom is used as The power source simplifies the organization , = and reduces costs. "月豆积=The device is equipped with a - storage yarn wheel, the yarn can be wound on the dry yarn so that the belt can be driven by a belt (such as a belt) to drive the pulley: the transmission shaft drives the storage wheel to rotate The operation of storing yarn and feeding yarn by the yarn storage wheel. Force, V, and spring feeds The conventional yarn feeding device is provided with a yarn presser, which can make the yarn conveyance more stable by pressing the yarn on the screen. However, the conventional yarn-pressing heart uses a magnet or a spring to push the yarn, and its structure is better than that of the iron plate: the iron or the elastic crystal pushes the yarn-pressing element, and the operation is relatively unstable: the wire wheel is unstable. The creator of this study has the feeling that the above-mentioned deficiencies can be improved, and it is a special study. The use of reasoning has finally come up with a design that is reasonable in the above-mentioned lack of creation. Effective improvement [New content] The main purpose of f f is to provide a 3/17 M428958 effect with a yarn feeding structure, a simple construction, and a better yarn delivery stability. In order to achieve the above object, the present invention provides a yarn transporting device having a crimping structure comprising: a body; a spinning wheel that can be (four) coupled to the body; and a yarn pressing structure disposed on the body. The utility model comprises a pivoting member: a first pressing piece and a second pressing piece, wherein the first pressing piece and the first I piece are disposed on the pivot piece, and the gravity is pressed on the first part - County's on the film. The creation of the film can have the following beneficial effects: the structure of the money yarn H material is pressed on the sheet to achieve the effect of pressing the yarn. Ben:! The structure is simplified, and the gravity is used to press the yarn, the stability is better, and the conveying is more stable. Let '* line be, can go further and step-by-step to understand the characteristics and technical content of this creation, please tell me about this creation _ detailed description and customs, then mention = test and say the day, and _ to the original creation _ k L The method of the first embodiment] [First Embodiment] Noisy 』H丄ί Figure 3 'This creation provides an inverse arrangement with a embossed structure, in the present embodiment, an electromagnetic poison is disclosed, but is not limited Here, this creation can also be used to transport 4 devices. In the present butterfly, the yarn feeding yarn _ ^ his type of yarn feeding wheel 2' - the first transmission shaft 13, 1 ^ - the body - belt - passive disk 16, a second transmission Μ, - electromagnetic coil 15, Structure 21. One storage yarn wheel 18 and one end of the body of the yarn binding body II have a fixed wire lock attached to the coffee. (10) This 3 ^ can (10) Stars on the limbs are sold with 4/17 M428958 ^ pieces 112, 113, 114, 115, etc., can be used to guide the yarn, but the number and position of the yarn guides are not limited and can be changed as needed. The body π is internally formed with a receiving groove 118, and the bottom of the receiving groove ΐ8 can be open. The pulley 12 is centrally coupled to the upper end of the first transmission member 13, so that the pulley 12 and the first-distribution 13 can be rotated in synchronization. The first transmission (four) is pivotally connected to the fixed seat 117 by two bearings U6, and the fixed seat m is further disposed in the fourth (four)
内’使第-傳動軸]3可旋轉地設置於本體u上。皮帶輪 12可旋轉地設置於本體u的上方，且第—傳動⑴3的; 端本體11内部，皮帶輪12能用以與皮帶（圖略）等 條帶70件4合’藉以驅動皮帶輪12及第—傳動軸13旋轉The inner 'driver shaft 3' is rotatably disposed on the body u. The pulley 12 is rotatably disposed above the body u, and the first transmission (1) 3; inside the end body 11, the pulley 12 can be used to engage the belt 70 (not shown) to drive the pulley 12 and the first Drive shaft 13 rotates
^第—傳動轴13的下端可設置有一基部13卜驅動盤14 設置於基部131的底部’使驅動盤14連接於第—傳動轴^ 的-端（下端）。驅動盤14可呈圓環狀盤體，驅動盤^為 一鐵件，從而能被電磁線圈15及被動盤.16所吸附。另於 驅動盤Μ與基部131之間可進一步地設有彈性元件⑷，、 弹性7L件141可為彈片等彈性體，彈性元件14】可提供驅 動盤14向上移動的復位力量。所述的固定座ιΐ7、第:傳 動軸13及驅動盤14可組裝成一上模組。 、 電磁線圈15及被動盤16位於驅動盤Μ的下方，且被 動盤〗6位於驅動盤14與電磁線圈15之間，被動盤16可 旋轉地蓋置於電磁線圈15的上方。被動盤16與驅^盤Μ 相對设置’被動盤16為-鐵件’被動盤16的頂部也可進 -步地设置有-較粗链的磨擦面161，用以增加磨擦力，以 避免被動盤16與驅動盤14接觸時產生打滑。被動盤^與 5/17 M428958 驅動盤14在電磁線圈15磁場作用的範圍内’因此當電磁 線圈15通電激磁時’電磁線圈15產生的磁力可傳遞至被 動盤16及驅動盤14，使被動盤16與驅動盤14相吸附。 第二傳動軸17的一端（上端）固定地連接於被動盤16 的中心，第二傳動軸17的上端以兩轴承171樞接於電磁線 圈15，使第二傳動軸17可旋轉地設置於本體11上，也使 第二傳動軸17及被動盤16可旋轉地設置於電磁線圈15上 ，電磁線圈15、被動盤16及第二傳動軸17可組裝成一下 模組。 固定座117與電磁線圈15之間可設置一環形的墊圈19 ，墊圈19的高度可因應需要適當的變化，使得驅動盤14 與被動盤16之間的距離具有可調整性。所述的上模組 '墊 圈19及下模組能以治具依序壓入安裝於本體11的容置槽 118内，使第一傳動軸13、驅動盤14、電磁線圈15、被動 盤16及第二傳動軸17設置於本體11内，且墊圈19設置 於固定座117與電磁線圈15之間。 送紗裝置1的本體11内，第一傳動軸13及第二傳動 軸17之間設置固定座117、驅動盤14、電磁線圈15、被動 盤16及墊圈19等組成一離合器，使離合器設置於第一傳 動軸13及第二傳動軸17之間。 第二傳動軸17及被動盤16可旋轉地設置於本體11内 ，第二傳動軸17的下端伸出電磁線圈15的底部，儲紗輪 18連接於第二傳動軸17的下端，亦即儲紗輪18能利用螺 絲及墊圈等鎖固件172鎖固連接於第二傳動軸17的下端， 從而能利用第二傳動軸17帶動儲紗輪18旋轉，使儲紗輪 18可旋轉地連接於本體11。儲紗輪18具有數個間隔設置 6/17 M428958 的储紗釘183 ’紗線可纏繞於該些儲紗釘M3外緣。 儲紗輪18上可升降地设置有一壓紗圈184，壓紗圈184 王環型片體，壓紗圈184會因為本身重量而下降並壓制於 儲办‘ 18下緣。纏繞於儲紗輪μ上的紗線可穿過壓紗圈 184與儲紗輪18下緣之間，而後導引至導紗件115，可利 用壓紗圈184壓制於紗線上，使紗線輪送較為穩定。 本創作儲紗輪18可採用組合式的設計，儲紗輪18具 有一上輪體185及一下輪體186,上輪體]85及下輪體186 以塑膠材貝製成，5亥些儲紗釘183兩端分別插置於上輪體 185及下輪體186 ’亦即於上輪體1δ5及下輪體186上預設 有與儲紗釘183相對應的孔洞（圖略），使該麵紗釘183 兩食而分別插置於上輪體185及下輪體186相對應的孔洞， 以使該些儲紗釘183設於上輪體】85及下輪體186之間。 另以數個固件（圖略）固定上輪體]85及下輪體脱 ’例如該㈣定件穿設於上輪體]85謂接於下輪體⑽ ’使上輪體185及下輪體186之間得以固定。健紗輪18内 部可形成有-容置空間188,容置空間188位於該些儲紗釘 3内側’姑紗輪18頂部形成有一開口 189，開口上的開 輪體185 ’開口 189與容置空間i88相通。下輪體 ^緣可設有1紗斜面A，明進導紗效果。 j紗輪18内側及外側分別設置有光感應器18卜182 感應181、182可固定於本體U上適當的位置，光 i :二认、182的數量並不限制，可為一個、二個或三個 口⑽々輪18内側的光感應器]81可由儲紗輪18頂部開 ⑻可為紅外線發射器或心的先感應’ 尺、.工外線接收益，储紗輪18外側的 7/! 7 M428958 光感應益182可為紅外線接收器或紅外線發射器。該此光 感應器181、182可作為紗線偵側裝置，用以偵測儲紗 上的紗線是否足夠。當該些光感應器181、182偵測到=線 不足時，會輸出一啟動訊號以導通電磁線圈15使其激磁。 儲紗輪18的下輪體丨86上設置有一耐磨層Β 耐磨層 Β為一環狀體，耐磨層Β能以鋁、不銹鋼等金屬材質製^ ，亦即耐磨層Β為金屬層。耐磨層Β與下輪體186可以組 合方式結合’也可將下輪體186以射出成型方式與耐磨岸β 結合。 曰 紗線可經由導紗件1丨2、113、114、115的導引，並纏 繞於儲紗輪18上，以便藉由皮帶（圖略）等條帶元件驅動 皮帶輪12，進而透過第一、第二傳動軸13、17傳動儲紗輪 18旋轉，從而利用儲紗輪18帶動紗線進行儲紗及送紗的^ 作。 壓紗結構21设置於本體Π上’壓紗結構21包含—才區 軸件211、一第一壓紗片212及一第二壓紗片213 (如圖* 及圖5所示）。樞軸件211適當地設置於本體n上，且樞 軸件211呈傾斜狀，其傾斜角度及設置的方式.並不限制， 亦即樞軸件211可直接或是通過其他構件設置於本體u上 。在本實施例中樞軸件211是通過一連接件214設置於本 體11上，亦即樞軸件211先固定於連接件214,連接件2M 再利用螺絲鎖付等方式固定於本體11或導紗件1〗2上。 柩軸件211上也可進一步地設有一透孔2111 ,使紗線 可穿設於透孔2111内。在本創作的另一實施例中係將透孔 2111予以省略，紗線則通過樞軸件211外緣，且可在樞軸 件211外彖套D又有一襯套21 § (如圖6所示），觀套218以 8/17 M428958 陶究等材料製成，襯套21δ可轉動地設置於樞軸件211上 ’紗線則可通過觀套218外緣，以降低紗線與樞轴件211 之間的磨擦。 第 壓紗片212及第二壓紗片213活動地穿設於掩軸件上^ The lower end of the drive shaft 13 may be provided with a base portion 13 and the drive disc 14 is disposed at the bottom of the base portion 131 to connect the drive disc 14 to the end (lower end) of the first transmission shaft. The drive plate 14 can be in the form of a circular disk, and the drive plate can be an iron member so as to be attracted by the electromagnetic coil 15 and the passive disk 16. Further, an elastic member (4) may be further disposed between the driving pad and the base 131. The elastic 7L member 141 may be an elastic body such as a spring piece, and the elastic member 14 may provide a resetting force for the upward movement of the driving disk 14. The fixing base ΐ7, the first transmission shaft 13 and the driving plate 14 can be assembled into an upper module. The electromagnetic coil 15 and the passive disk 16 are located below the driving disk, and the driven disk 6 is located between the driving disk 14 and the electromagnetic coil 15, and the passive disk 16 is rotatably disposed above the electromagnetic coil 15. Passive disk 16 and drive disk 相对 relative setting 'passive disk 16 is - iron piece' passive disk 16 top can also be stepped with - thicker chain friction surface 161 to increase friction to avoid passive The disk 16 is slipped when it comes into contact with the drive plate 14. The passive disk and the 5/17 M428958 drive disk 14 are within the range of the magnetic field of the electromagnetic coil 15 'so when the electromagnetic coil 15 is energized, the magnetic force generated by the electromagnetic coil 15 can be transmitted to the passive disk 16 and the drive disk 14 to make the passive disk 16 is attracted to the drive plate 14. One end (upper end) of the second transmission shaft 17 is fixedly connected to the center of the passive disk 16, and the upper end of the second transmission shaft 17 is pivotally connected to the electromagnetic coil 15 by two bearings 171, so that the second transmission shaft 17 is rotatably disposed on the body. 11 , the second transmission shaft 17 and the passive disk 16 are also rotatably disposed on the electromagnetic coil 15, and the electromagnetic coil 15, the passive disk 16 and the second transmission shaft 17 can be assembled into a lower module. An annular gasket 19 may be disposed between the fixed seat 117 and the electromagnetic coil 15. The height of the washer 19 may be appropriately changed as needed, so that the distance between the drive plate 14 and the passive disk 16 is adjustable. The upper module 'the washer 19 and the lower module can be press-fitted into the receiving groove 118 of the body 11 in the order of the jig, so that the first drive shaft 13, the drive plate 14, the electromagnetic coil 15, and the passive disk 16 The second transmission shaft 17 is disposed in the body 11 , and the washer 19 is disposed between the fixing base 117 and the electromagnetic coil 15 . In the body 11 of the yarn feeding device 1, a fixed seat 117, a drive plate 14, an electromagnetic coil 15, a passive disk 16 and a washer 19 are disposed between the first transmission shaft 13 and the second transmission shaft 17 to form a clutch, so that the clutch is disposed on the clutch shaft Between the first transmission shaft 13 and the second transmission shaft 17. The second transmission shaft 17 and the passive disk 16 are rotatably disposed in the body 11. The lower end of the second transmission shaft 17 protrudes from the bottom of the electromagnetic coil 15, and the storage yarn wheel 18 is connected to the lower end of the second transmission shaft 17, that is, the storage The yarn reel 18 can be locked and coupled to the lower end of the second transmission shaft 17 by a locking member 172 such as a screw and a washer, so that the second transmission shaft 17 can be used to drive the storage yarn storage wheel 18 to rotate, so that the storage yarn storage wheel 18 is rotatably coupled to the main body. 11. The yarn storage wheel 18 has a plurality of storage nails 183' at intervals of 6/17 M428958. The yarns can be wound around the outer edges of the storage nails M3. A yarn winding ring 184 is provided on the yarn storage wheel 18 so as to be lifted and lowered. The yarn ring 184 is a king ring type sheet, and the pressure ring 184 is lowered by its own weight and pressed to the lower edge of the storage -18. The yarn wound on the yarn storage roller μ can pass between the pressing ring 184 and the lower edge of the yarn storage wheel 18, and then guided to the yarn guiding member 115, which can be pressed onto the yarn by the pressing ring 184 to make the yarn The round is more stable. The storage yarn storage wheel 18 can adopt a combined design. The yarn storage wheel 18 has an upper wheel body 185 and a lower wheel body 186. The upper wheel body 85 and the lower wheel body 186 are made of plastic material shells. The two ends of the nail 183 are respectively inserted into the upper wheel body 185 and the lower wheel body 186', that is, the upper wheel body 1δ5 and the lower wheel body 186 are preliminarily provided with holes corresponding to the storage nails 183 (not shown). The vise 183 is inserted into the corresponding holes of the upper wheel body 185 and the lower wheel body 186, so that the storage nails 183 are disposed between the upper wheel body 85 and the lower wheel body 186. In addition, the upper wheel body 85 and the lower wheel body are removed by a plurality of firmwares (figure omitted), for example, the (four) stator is disposed on the upper wheel body 85, and is connected to the lower wheel body (10) to make the upper wheel body 185 and the lower wheel The bodies 186 are fixed between each other. The inside of the spinning wheel 18 can be formed with an accommodating space 188, and the accommodating space 188 is located inside the storage nails 3. An opening 189 is formed on the top of the guillotine wheel 18, and the opening wheel body 185 'opening 189 and the opening on the opening Space i88 is connected. The lower wheel body can be provided with a yarn bevel A for clearing the yarn guiding effect. The inner side and the outer side of the j yarn wheel 18 are respectively provided with light sensors 18 182. The sensors 181 and 182 can be fixed on the body U at appropriate positions. The number of light i: two, 182 is not limited, and may be one, two or The light sensor 81 on the inside of the three ports (10) of the wheel 18 can be opened by the top of the yarn storage wheel 18 (8), which can be the first sensor of the infrared emitter or the heart, the outer wire of the outer wire, and the outer side of the yarn storage wheel 18 7/! M428958 Optical Sensor 182 can be an infrared receiver or an infrared emitter. The light sensors 181, 182 can be used as yarn detecting devices for detecting whether the yarn on the yarn storage is sufficient. When the light sensors 181, 182 detect that the line is insufficient, an activation signal is output to turn on the electromagnetic coil 15 to excite it. The lower wheel body 丨 86 of the yarn storage wheel 18 is provided with a wear-resistant layer Β the wear-resistant layer Β is an annular body, and the wear-resistant layer Β can be made of metal such as aluminum or stainless steel, that is, the wear-resistant layer is made of metal. Floor. The wear layer Β and the lower wheel body 186 can be combined in combination. The lower wheel body 186 can also be combined with the wear resistant shore β in an injection molded manner. The twisting yarn can be guided by the yarn guiding members 1丨, 113, 114, 115 and wound around the yarn storage wheel 18 to drive the pulley 12 by a belt member such as a belt (not shown), and then through the first The second transmission shafts 13, 17 drive the storage yarn storage wheel 18 to rotate, so that the yarn storage wheel 18 is used to drive the yarn for yarn storage and yarn feeding. The yam structure 21 is disposed on the body ’. The yam structure 21 includes a shaft member 211, a first yam sheet 212 and a second yam sheet 213 (shown in Figures * and 5). The pivoting member 211 is disposed on the body n, and the pivoting member 211 is inclined, and the angle of inclination and the manner of the pivoting member 211 are not limited, that is, the pivoting member 211 can be disposed on the body directly or through other members. on. In this embodiment, the pivot member 211 is disposed on the body 11 through a connecting member 214, that is, the pivoting member 211 is first fixed to the connecting member 214, and the connecting member 2M is fixed to the body 11 or the guide yarn by means of screw locking or the like. Piece 1 〗 2. The through shaft 2111 may further be provided with a through hole 2111 so that the yarn can be passed through the through hole 2111. In another embodiment of the present invention, the through hole 2111 is omitted, the yarn passes through the outer edge of the pivot member 211, and the outer sleeve D of the pivot member 211 has a bushing 21 § (as shown in Fig. 6 The sleeve 218 is made of 8/17 M428958 ceramic material, and the bushing 21δ is rotatably disposed on the pivot member 211. The yarn can pass through the outer edge of the sleeve 218 to reduce the yarn and the pivot. Friction between pieces 211. The first pressing piece 212 and the second pressing piece 213 are movably disposed on the shielding member
，亦即第-壓紗片212及第二壓紗片213分別具有一穿孔 2121及2131，穿孔2121及2131的内徑尺寸大於樞軸件2ιι 的外k尺寸第壓紗片212及第二壓紗片213以穿孔2121 及2131活動配合於枢軸件211，使第一壓紗片212及第二 壓紗片2U可於枢轴件211上轉動及沿著框軸件2ιι轴向 滑動。由於樞轴件211呈傾斜狀，因此第一壓紗片212及 第=壓料213會滑向樞軸件叫—端（較低的—端），並 使第二壓紗片213壓制於第一壓紗片2?上。That is, the first pressure-pressing piece 212 and the second pressing piece 213 respectively have a through hole 2121 and 2131, and the inner diameter of the through hole 2121 and 2131 is larger than the outer k-size first pressure piece 212 and the second pressure of the pivot piece 2? The yarn piece 213 is movably fitted to the pivot member 211 by the through holes 2121 and 2131, so that the first and second presser sheets 212 and 2 can be rotated on the pivot member 211 and axially slid along the frame member 221. Since the pivot member 211 is inclined, the first pressing piece 212 and the second pressing piece 213 are slid to the pivoting member called the end (lower end), and the second pressing piece 213 is pressed to the first A press of the yarn 2?
'壓紗片212及第二壓紗片213為環型片體 第 樞軸件211上也可進一步地活動穿設有配重件215及 2^，配重件215及216可壓制於第二壓紗片213上，以加 重弟-堡紗片212及第二壓紗片213的壓紗的效杲。配重 件215及216可因應需要適當地增減，至少設置-個，甚 至也可:叫略。框軸件211遠離連接件2M的-端也可 進;=卡扣或螺接等方式固定—擋止件π，以防止第 二 =:2、第二壓紗片213及配重件215、216脫_ 軸件川。讀可穿過第—整紗片212 間，利用第-壓紗片2丨2及第 ^…之 使紗線輸送較為穩定。 4 213將紗線壓制’ 二圖/所示，當電磁線圈15通電激磁時，被動盤16 與驅動盤14吸附接合，藉以接合 才反,二 動軸]7,從而使第-傳輸3的旋轉動力二 9/17 17 ’用以帶動儲紗㈣旋轉，使紗線纏繞在儲 向 ’以繼續進行儲紗的動作。 用溫圖2所示’當電磁線圈15斷電時，驅動盤14則利 動盤161141拉動與被動盤16分離，使驅動盤14與被 傳_】 的間隙，藉以分離第—傳動軸13與第二 從而使第一傳動轴13傳遞至第二傳動軸Π的 容斷’使儲紗輪18停止轉動以中止補紗動作。 ，μΓΓΓΓ ’儲紗輪18内側設有三個光感應器181 發紙儲紗輪料側對應設有三個光感應 ^可發射紅外線，並通過該些健紗釘183之間St 以利用該些光感應器(紅外線接收器 。去口有’藉此判斷健紗輪18上的紗線是否足夠 紗號被紗線或儲紗釘183遮斷時，表示 、磁，’匕時.輸出一啟動訊號以導通電磁線圈15使豆 =’错以接合第-傳動軸13 一端的驅動盤14 傳 ，二一端的被動盤16，使第—傳動轴= 遞至第一傳動軸1 7，用以帶動 在儲紗輪18上進行儲紗（補紗）的’使紗線纏繞 收到=ΓΓ光感應器(紅外線接收器)182蝴 :到先磁犄’表示儲紗輪18上纏繞的紗線過 出-關閉訊號以中斷電磁線圈〗5的激磁， 二 13 -端的驅動盤14與第二傳動轴η -端的被動般16= 第-傳動轴13傳遞至第二傳動轴η的旋二;6 = 儲紗輪18停止轉動以中止儲紗動作。 〒斷使 本創作設置有_結構21，第二壓紗片213以重力壓 10/17 制於第一壓紗片21) ί*， _ 一㈣簡=:==本創作 為穩定，使紗線輸送較為穩定。 全乂知作上較 本創作送紗裝置1可谪用 台，且不需於送紗装置^部nju、的電腦提花機 變大及造妓造成本的增加.且故Μ使其體積 具有減少耗電量的省電效果。圈15耗電量較低， 本創作的第一傳動轴】] _ 地設置，形成兩段式的傳動二;間隔 ，驅動盤】4與被動盤16分離，第二傳動軸;夺 軔13之财會有任何的接 傳動 叫保儲紗輪1δ停止轉動以中確具地令斷， 輪]8内側及外側設置有光感應器⑻、 的紗養，使触崎，㈣麵_齡輪18上 間進—步地在儲紗輪18與第二傳動軸17之 單向齒裝置f (如圖2所示其為單向軸承或 有倒轉的情形二’使:儲紗輪18只能單向的轉動，不會 , ^ x生，以避免紗線鬆脫掉落及機構受損。 本創作儲紗輪18内部 六 、 開口⑽，可便;^有 間188 ’且頂部具有 本創作儲咖__，也可使儲 8乃至於整個送紗裝置1重量減輕。 儲紗^ 18 18的下輪體186上設置有对磨層B ’使 與紗佳的耐磨性，不容易產生磨耗，儲紗輪 、表面較為光滑，不會造成紗線的磨損，使編 11/17 M428958 織產品的品質提升。 惟以上所述僅為本創作之較佳實施例，非意欲揭限本 創作的專鄉護朗，故舉凡勒本㈣糾 容所為的跡變化，均同料包含於本創作的=圖劫 圍内，合予陳明。 】保護範 【圖式簡單說明】 圖1為本創作送紗裝置之立體圖。 圖2為本創作送紗裝置之剖視圖。 圖3為本創作送紗裝置另—狀態之剖視圖。 圖4為本創作壓紗結構之立體組合圖。 圖5為本創作壓紗結構之立體分解圖。 圖6為本創作㈣賴另—實_之立體分解圖。 【主要元件符號說明】 送紗裝置 H本體 111固定部 112導紗件 113導紗件 114導紗件 115導紗件 116轴承 117固定座 118容置槽 12皮帶輪 12/17 M428958The pressing piece 212 and the second pressing piece 213 may be further movably provided with the weight members 215 and 2^ on the ring-shaped first pivot member 211, and the weight members 215 and 216 may be pressed to the second The squeegee 213 is used to increase the effect of the squeezing of the skein sheet 212 and the second squeegee sheet 213. The weight members 215 and 216 can be appropriately increased or decreased as needed, at least one, or even slightly. The frame shaft member 211 can also be moved away from the end of the connecting member 2M; = snap or screw or the like to fix the blocking member π to prevent the second =: 2, the second pressing piece 213 and the weight member 215, 216 off _ shaft piece Sichuan. The reading can be passed between the first and the entire yarn sheets 212, and the yarn feeding is relatively stable by using the first-compressed yarn sheets 2丨2 and the second. 4 213 presses the yarn 'Fig. 2', when the electromagnetic coil 15 is energized, the passive disk 16 is absorbing and engaging with the drive plate 14, thereby engaging the reverse, the second moving shaft]7, thereby rotating the first transmission 3 Power 2 9/17 17 'Used to drive the yarn storage (4) to rotate, so that the yarn is wound in the storage direction to continue the yarn storage operation. As shown in the temperature diagram 2, when the electromagnetic coil 15 is de-energized, the driving disk 14 pulls the disk 161141 apart from the passive disk 16 to make the gap between the driving disk 14 and the transmitted disk, thereby separating the first transmission shaft 13 and Second, the transmission of the first transmission shaft 13 to the second transmission shaft ' stops the storage of the yarn storage wheel 18 to stop the yarn filling operation. , μΓΓΓΓ 'The inside of the storage yarn wheel 18 is provided with three light sensors 181. The paper storage yarn wheel side is provided with three light sensors to emit infrared rays, and through the between these nails 183 to utilize the light sensors. (Infrared receiver. There is a 'to the mouth to' determine whether the yarn on the spinning wheel 18 is sufficient to be interrupted by the yarn or the storage nail 183, indicating, magnetic, '匕. Output a start signal to Turning on the electromagnetic coil 15 causes the bean to be erroneously engaged with the driving disk 14 at one end of the first transmission shaft 13, and the passive disk 16 at the two ends, so that the first transmission shaft = is transferred to the first transmission shaft 17 for driving The storage yarn (filling yarn) is stored on the yarn storage wheel 18 so that the yarn is wound and received = the light sensor (infrared receiver) 182: the first magnetic head indicates that the yarn wound on the yarn storage wheel 18 is over. - the signal is turned off to interrupt the excitation of the solenoid 5, the drive 13 of the second 13-end and the passive 16 of the second drive shaft η-end are transmitted to the second transmission shaft η; 6 = storage The yarn wheel 18 stops rotating to stop the yarn storage operation. The jaws are provided with the _ structure 21, and the second yarn 213 is heavy. 10/17 braking pressure to the first yarn pressing plate 21) ί *, _ = a (iv) Brief: == This creation of a stable, stable conveyance of the yarn. It is better to use the table than the original yarn feeding device 1 and it does not need to increase the size of the computer jacquard machine and the smashing of the yarn feeding device, and thus reduce the volume. The power saving effect of the battery. Circle 15 consumes less power, the first drive shaft of this creation]] _ ground setting, forming two-stage transmission two; interval, drive plate] 4 is separated from passive disk 16, second drive shaft; Any of the financial institutions will call the storage yarn 1δ to stop rotating to make sure that it is broken. The inside and outside of the wheel 8 are equipped with a light sensor (8), the yarn is raised to make the touch, and the (four) face _ age wheel 18 The upper portion advances in the one-way tooth device f of the yarn storage wheel 18 and the second transmission shaft 17 (as shown in FIG. 2, it is a one-way bearing or has a reversed condition two): the storage yarn wheel 18 can only be single The rotation of the direction, no, ^ x raw, to avoid loosening of the yarn and damage to the mechanism. The creation of the storage yarn 18 inside the six, the opening (10), can be convenient; ^ there is a 188 ' and the top has the original storage The coffee __ can also reduce the weight of the storage unit 1 or the entire yarn feeding device 1. The lower wheel body 186 of the storage yarn 18 18 is provided with a wear-resistant property against the yarn layer B', which is not easy to wear. The yarn storage wheel has a smooth surface and will not cause the yarn to wear, which improves the quality of the woven 11/17 M428958 woven product. In the embodiment, it is not intended to expose the speciality of the creation of the priest, so the change of the singularity of the syllabus (4) is included in the ruin of the creation, and is given to Chen Ming. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of a yarn feeding device of the present invention. Fig. 2 is a cross-sectional view of the yarn feeding device of the present invention. Fig. 3 is a cross-sectional view showing another state of the yarn feeding device. Fig. 5 is an exploded perspective view of the yarn forming structure of the present invention. Fig. 6 is an exploded perspective view of the creation (4) depending on the other. _ [Main component symbol description] Yarn feeding device H body 111 fixing portion 112 guide yarn Member 113 yarn guiding member 114 yarn guiding member 115 yarn guiding member 116 bearing 117 fixing seat 118 receiving groove 12 pulley 12/17 M428958
13 第一傳動軸 131基部 14 驅動盤 141彈性元件 15 電磁線圈 16 被動盤 161磨擦面 17 第二傳動軸 171軸承 172鎖固件 .18 儲紗輪 181光感應 182光感應器 183儲紗釘 184壓紗圈 185上輪體 186下輪體 188容置空間 189 開口 A導紗斜面 B对磨層 19 塾圈 20 單向控制裝置 21 壓紗結構 211樞軸件 2111透孔 M428958 212第一壓紗片 2121穿孔 213第二壓紗片 2131穿孔 214連接件 215配重件 216配重件 217擋止ί牛 218襯套13 first drive shaft 131 base 14 drive disc 141 elastic element 15 electromagnetic coil 16 passive disc 161 friction surface 17 second drive shaft 171 bearing 172 lock. 18 storage yarn 181 light sensor 182 light sensor 183 storage nail 184 pressure Yarn 185 upper wheel body 186 lower wheel body 188 accommodation space 189 opening A guide yarn bevel B to the grinding layer 19 塾 ring 20 one-way control device 21 embossing structure 211 pivot member 2111 through hole M428958 212 first pressure film 2121 perforation 213 second gauze sheet 2131 perforation 214 connector 215 counterweight 216 counterweight 217 stop 牛牛218 bushing