201247954 六、發明說明： 【發明所屬之技術領域】 本發明係有關於一種送紗裝置，尤指一種電磁離合之 兩用式送炒裝置。 【先前技術】 隨著紡織工業的不斷發展，愈來愈多的紡織機械都必 需具有供應不規則送紗的需求，以適應布面花紋圖案的編 織及布面張力等因素’藉以達到對紗線供給的需求。尤其 是條帶式的送紗裝置，其不需採用主動電機，而是使用針 織機上配備的條帶作為動力源，簡化了機構，減小了體積 ’降低了成本。 為使送紗裝置適用於不規則送紗的電腦提花機台，業 者研發出-種電子儲紗器，其於儲紗器内設置_馬達，利 用儲紗器内部的紗_測系統，依紗線的偵測狀態以決定 是否啟動馬達帶動儲紗輪進行補紗動作，其雖可達到不規 貝送紗的需求’但每-儲紗器内部需設置一獨立的馬達， 不但使其體積變大，且會造成製造成本的增加，並使耗電 量增加。 申請人曾提出-種「電磁離合之儲紗器結構」（台灣專 利申請魏第G992G1372)，其可翻於不規則送紗的電腦 提花機台’且不需於儲紗器内部設置馬達，故結構簡單， 不會使其體積變大及造成製造成本的增加，也不容易故障 ，且電磁線圈耗電量較低，具有省電的效果。 惟’目前現有的各種送紗裝置，皆僅具有規則送紗或 不規則送紗的單_雜，若要使料同誠的送紗裝置時 ’則需費卫費時的進行拆裝更換，造成制上的不便。 4/18 201247954 【發明内容】 本發明實施例在於提供一種兩用式送紗襄置，其兼具 有規則送紗及不規則送紗兩種功能，可因應需要選擇切換 所需的功能，以便利於使用。 ' 本發明實施例提供一種兩用式送紗裝置，包括：一本 體；一第一傳動軸，其可旋轉地設置於該本體第一傳 動軸’其可旋轉地設置於該本體；一離合器，其設置於該 第一傳動軸及該第二傳動軸之間；一儲紗輪，其連接於^ 第二傳動軸’該儲紗輪内侧及外側分別設置有光感廡器. 以及一切換開關，其設置於該本體上，該切換開關電性連 接於S亥離合器，該切換開關用以切換控制該離合器為第一 模式或第二模式，該離合器切換為第一模式時，該離合器 進行分離或接合的動作，該離合器切換為第二模式時，該 離合器固定進行接合的動作。 Μ 本發明具有以下有益的效果：本發明設置有一切換開 關，切換開關電性連接於離合器，可用以切換控制離合器 為第-模式或第二模式。#切制_換離合器為第一模 式時’離合n可正常的進行分離及接合的齡，使送紗裝 =有不規則送紗的功能。當切換開關切換離合器為第^ 紗^能齡_定錢合隸，使送紗裝置具有規則送 為使此更進-步瞭解本發明的特徵及技術内容，請參 田說明與附圖，然而所附圖式僅提 參考舰日相’並_麵本發明 【實施方式】 . 請參閱圖1至圖5，本發服供1兩用式送紗裳置， 5/18 201247954 種電雜合型式的紗裝置，本實施㈣送紗裝置】 ^本體11纟帶輪]2、-第一傳動軸13、一驅動盤 ㈣—電磁線圈15、—被動盤】6、—第二傳動軸17及一 儲紗輪18。 本體11端可具有一固定部川，固定部η】能配合 =鎖附固定於針織機上適當的位置。本體n上設置有數 内^件112、113、114、】15 ’能用以導引紗線。本體11 开乂成有今置槽118，該容置槽118底部可呈開口狀。 皮帶輪12中心連接於第—傳動軸13的上端，使皮帶 L與第一傳動軸13可作同步的轉動。第-傳動轴13以 表116樞接於一固定座1]7，固定座再設置於本體 ’使使第-傳她13可旋轉地設置於本體n上。皮 2 I2可補地設置於讀Π的上方，且第-傳動軸13 )蓉Ζ入本體11内部’皮帶輪12能用以與皮帶（圖略 2條π元件私，藉以驅動皮帶輪12及第—傳 旋轉。 第傳動軸13的下端可設置有一基部 基部⑶的底部，使驅動盤14連接於第—傳 一媒Ϊ (下端）°驅動盤14可呈圓環狀盤體’驅動盤14為 驅能被誕_15及被動盤16所吸附。另於 :動皿14與基部131之間可設有彈性元件⑷，彈性 上移補續，雜元# 141可__ 14向 驅動舨14力置。所述的固定座m、第-傳動軸13及 %動盤14可喊成—上·。 久 動盤位於驅動盤M的下方，且被 15動盤14與電磁線圈丨5之間，被動盤16可 6/18 201247954 相置:電磁線圈〗5的上方。被動盤16與驅動盤Μ St動盤16為一鐵件’被動盤16的頂部也可進 避免被2 tT較粗糙的雜面16卜用以增加磨擦力，以 驅純]4接_敲打滑。被動盤16與 線圈了5替電磁線81 15磁場作用的範_，因此當電磁 =16 ^ 時’電磁_】5產生的磁力可傳遞至被 现々及驅動盤14,使被動盤]6與驅動盤14相吸附。 第二傳動轴17的一端（上端）固定地連接於被動盤】6 函。第一傳動軸η的上端以兩轴承⑺柩接於電磁線 圈15，使第二傳動軸17可旋轉地設置於本體上，也使 第二傳_ 17及被動盤16可旋轉地設 ，電磁線，、被動盤16及第二傳動轴17可組裝圈成一^ 模組。 固疋座117與電磁線圈]5之間可言史置一玉裒形的塾圈19 ，墊圈19的高度可因應需要適當的變化，所述的上模組、 塾圈19及下模組忐以治具依序壓入安裝於本體η的容置 槽118内’使第一傳動軸13、驅動盤〗4、電磁線圈15、被 動盤16及第二傳動軸17設置於本體η内，且墊圈19設 置於固定座117與電磁線圈15之間。 本發明於送、衣置1的本體11内，第一傳動轴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等組成離合器Β，離合器Β設置 於第一傳動軸I3及第二傳動軸17之間。塾圈19的高度可 因應需要適當的麦化，使得驅動盤14與被動盤16之間的 距離具有可調整性，能彳吏離合器Β的結構簡化，裝配及調 整方便容易。 7/18 201247954 第二傳動軸17及被動盤16可旋轉地設置於本體η内 ’第一傳動軸】7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，從而能利用第二傳動軸 17帶動儲紗輪18旋轉’儲紗輪18具有數個間隔設置的儲 紗釘183，紗線可纏繞於該些儲紗釘〗83外緣。 儲紗輪18上可升降地設置有一壓紗器184,壓紗器184 呈環型片體，壓紗器]84會因為本身重量而下降並壓制於 儲紗輪18下緣。纏繞於儲紗輪18上的紗線可穿過壓紗器 184與儲紗輪18下緣之間’而後導引至導紗件ι15，可利 用壓紗器184壓制於紗線上，使紗線輸送較為穩定。 、本發明儲紗輪18可為一體式或組合式的設計，其構造 並不限制。在本實施例中儲紗輪18為組合式的設計，儲紗 輪18具有一上輪體185及一下輪體186，上輪體及下 輪體186以塑膠材質製成，上輪體185設置於下輪體186 的上方，该些儲紗釘】83兩端分別插置於上輪體丨85及下 輪體186’亦即於上輪體185及下輪體186上預設有與儲紗 釘183相對應的孔'洞（圖略），使該些儲紗釘183兩端分別 插置於上輪體185及下輪體186相職的孔洞。 另以數個螺絲（圖略）固定上輪體185及下輪體186 ’亦即該些螺絲穿設於上輪體]85且螺接於下輪體186，使 上輪二85及下輪體186之間得以固定。儲紗輪I8内部形 成有奋置空間188’容置空間188位於該些儲紗釘⑻内 :栌=輪18頂部形成有一開口 189 ’開口 189開設於上 輪體185 ’開口 189與容置空間188相通，下輪體186外緣 可设有導紗斜面.A，明進導紗效果。 、、 儲紗輪18内側及外側分別設置有光感應器18卜182 8/18 201247954 ’、光感應器]81、182可固定於本體u上適當的位置，光 感應器181、182的數量並不限制，可分別為一個、二個或 上可設置有一電源開關21，電源開關;1 適备的電性連接於離合器B及光感應器〗8]、182 以控制輸入所需的電源。 儲紗輪18内側的光感應器181可為紅外線發射器或紅 外、，接收器’儲紗輪18外侧的光感應1 182可為紅Γ卜線接 收ι§或紅外線發射器。該些光感翻18卜182可作為紗線 债測裝置’用以制儲紗輪18上的紗線是否足夠。當該些 18卜182偵測到紗線不足時’會輸出-啟Si k電磁線圈15使其激磁。儲紗輪18内侧的 ⑻可由儲紗輪18頂部開口⑽設置於容置空間i8f 紗線可經由導紗件112、113、114、115的導引，並纏 2儲紗輪18上’以便藉由皮帶（圖略）等條帶元件驅動 進而透過第一、第二傳動轴13、17傳動儲紗輪 疋從而利用儲紗輪18帶動紗線進行儲紗及送紗的動 作。 、 如圖4所示，當電磁線圈15通電激磁時， 與驅動盤14吸附接合，藉以接合第—傳動軸13與第二傳 =軸17’從而使第—傳動軸13的旋轉動力得以向下傳遞至 =傳動轴17 ’用以帶動儲紗輪18旋轉’使紗線纏繞在儲 、乂、向18上，以繼續進行儲紗的動作。 如圖3所示，當電磁線圈15斷電時，驅動盤14可利 彈眭凡件14〗拉動與被動盤分離，使驅 呆持一定的間隙，藉以分離第一傳動軸 軸17，從而使第一傳動軸13傳遞至第二傳動軸17的 9/18 201247954 旋動動力中斷，使儲紗輪18停止轉動以中止補紗動作。 在本實施例中，儲紗輪18内側設有三個光感應器]8】 ’其為紅外線發射器；儲紗輪】8外側對應設有三個光感應 器182，其為紅外線接收器。該些光感應器（紅外線發射器 )18]可發射紅外線，且透過該些儲紗釘183之間的間隙照 射至儲紗輪18外部，以利用該些光感應器（紅外線接收器 )182接收紅外線，藉此判斷儲紗輪18上的紗線是否足夠 。當只有部分的光訊號被紗線或儲紗釘183遮斷時，表示 '乡少、線不足，此時會輸出一啟動訊號以導通電磁線圈】5使其 激磁，藉以接合第一傳動軸π 一端的驅動盤〗4與第二傳 動軸Π —端的被動盤16 ’使第一傳動軸13的旋轉動力傳 遞至第二傳_ 17 ’㈣帶動儲紗輪18補，使紗線纏綠 在儲紗輪】8上進行儲紗（補紗）的動作。 當全部接收用的光感應器（紅外線接收器）182都未接 收到光訊斜，表示儲紗輪18上纏繞的紗線足夠，則會輸 出-關閉訊號以中斷電磁線圈15的激磁，分離第一傳^轴 13 -端的驅動盤14與第二傳動軸17 一端的被動盤16，使 第-傳動軸13傳遞至第二傳動軸17的旋動動力中斷，使 儲紗輪18停止轉動以中止儲紗動作。 請一併參閱圖！至圖6,本體„上另設置有一切換開 關22 ’切換開關22可直接安胁本體n上歧安裝於一 開關座25,再將關座25設置於本體丨丨上，電源開關2】 於開關座25上。切換開關22適當的連接於 ^合可用⑽換控制離合器B為第―模式或第二模 ί二=開關22切換離合器B為第-模式時，離合器B 可正吊的進行分離及接合的動作（如圖3及圖4所示），亦 10/18 201247954 即當光感應器181及182偵測到儲炒於 ，即可導通電磁線圈15接合第—傳的紗線不足時 14與第二傳動軸17 —端的被動盤l6 U 一端的驅動盤 旋轉動力傳遞至第二傳動軸17,用以帶第一傳動轴13的 使紗線纏繞在儲紗輪18上進行儲紗的_ ^輪18旋轉’ 及182偵測到儲紗輪18上的紗線足殉時作§光感應态I8] 動軸13—端的驅動盤14與第二傳動輛、，即可分離第—傳 ，使第一傳動軸13傳遞至第二傳動幸由 k的被動盤16 ，使儲紗輪18停止轉動以中止儲力^7的旋動動力中斯 不規則送紗的功能。 ^動作’使送紗裝置具有201247954 VI. Description of the Invention: [Technical Field] The present invention relates to a yarn feeding device, and more particularly to a two-purpose feeding device for electromagnetic clutching. [Prior Art] With the continuous development of the textile industry, more and more textile machinery must have the demand for supplying irregular yarn feeding, in order to adapt to the weaving of the fabric pattern and the tension of the cloth surface, etc. Demand for supply. In particular, the strip type yarn feeding device does not require an active motor, but uses a strip provided on the needle loom as a power source, which simplifies the mechanism and reduces the volume, which reduces the cost. In order to make the yarn feeding device suitable for the computer jacquard machine with irregular yarn feeding, the manufacturer has developed an electronic yarn storage device, which is provided with a motor in the yarn storage device, and uses the yarn yarn measuring system inside the yarn storage device to determine the yarn. The detection state of the line determines whether to start the motor to drive the yarn storage wheel to perform the yarn filling operation. Although it can meet the requirement of the yarn feeding of the irregular shell, the internal motor of the yarn storage device needs to be provided with a separate motor, which not only changes its volume. Large, and will cause an increase in manufacturing costs and increase power consumption. The applicant has proposed a kind of "electromagnetic clutch storage structure" (Taiwan patent application Weidi G992G1372), which can be turned over to a computer jacquard machine with irregular yarn feeding" and does not need to set a motor inside the yarn storage device. The structure is simple, the volume is not increased, the manufacturing cost is increased, the failure is not easy, and the electromagnetic coil consumes less power, which has the effect of saving electricity. However, the current various yarn feeding devices have only a single yarn with regular yarn feeding or irregular yarn feeding. If the yarn feeding device is required to be used in the same way, it will take time and effort to disassemble and replace it. Inconvenience in the system. 4/18 201247954 SUMMARY OF THE INVENTION An embodiment of the present invention provides a dual-purpose yarn feeding device, which has two functions of regular yarn feeding and irregular yarn feeding, and can select a function required for switching according to needs. Conducive to use. The embodiment of the present invention provides a dual-purpose yarn feeding device comprising: a body; a first transmission shaft rotatably disposed on the first transmission shaft of the body rotatably disposed on the body; a clutch The utility model is disposed between the first transmission shaft and the second transmission shaft; a storage yarn wheel is connected to the second transmission shaft, and the light sensor is disposed on the inner side and the outer side of the yarn storage wheel respectively; and a switch The switch is electrically connected to the S-Hail clutch, and the switch is used to switch the clutch to the first mode or the second mode. When the clutch is switched to the first mode, the clutch is separated. Or the engagement operation, when the clutch is switched to the second mode, the clutch is fixed to perform the engagement operation. The present invention has the following advantageous effects: The present invention is provided with a switching switch that is electrically connected to the clutch and can be used to switch the control clutch to the first mode or the second mode. #切制_ When the clutch is in the first mode, the clutch n can be normally separated and joined, so that the yarn feeding device has the function of irregular yarn feeding. When the diverter switch is engaged to the clutch, the yarn feeding device has a regular delivery, so that the yarn feeding device has a regular feeding so as to further understand the characteristics and technical contents of the present invention, please refer to the description and the drawings, however The drawings only refer to the ship's phase, and the invention [embodiment]. Please refer to Fig. 1 to Fig. 5, the hair supply for a dual-purpose yarn delivery, 5/18 201247954 electrical hybrid Type yarn device, the present embodiment (4) yarn feeding device] ^ body 11 pulley wheel 2, - first transmission shaft 13, a driving plate (four) - electromagnetic coil 15, - passive disk 6 - - second transmission shaft 17 and A yarn storage wheel 18. The end of the body 11 may have a fixed portion, and the fixing portion η can be fixed to the appropriate position on the knitting machine with the lock. The body n is provided with a plurality of inner members 112, 113, 114, 15' for guiding the yarn. The body 11 is opened to have a slot 118, and the bottom of the receiving slot 118 can be open. The pulley 12 is centrally connected to the upper end of the first transmission shaft 13, so that the belt L and the first transmission shaft 13 can be rotated synchronously. The first drive shaft 13 is pivotally connected to a fixed seat 1]7 by a table 116, and the fixed seat is further disposed on the body ′ such that the first transmission 13 is rotatably disposed on the body n. The skin 2 I2 can be placed above the reading cymbal, and the first-drive shaft 13) is smashed into the interior of the body 11. The pulley 12 can be used with the belt (the two π elements are private, so as to drive the pulley 12 and the first) The lower end of the first transmission shaft 13 may be provided with a bottom portion of the base portion (3), so that the driving disk 14 is connected to the first medium (lower end). The driving disk 14 may be in the form of a circular disk body drive disk 14 It can be adsorbed by the _15 and the passive disk 16. In addition, an elastic element (4) can be arranged between the movable plate 14 and the base 131, and the elastic upward movement can be replenished, and the miscellaneous element #141 can be driven to the driving 舨14. The fixed seat m, the first drive shaft 13 and the % moving plate 14 can be called as -. The permanent disk is located below the driving plate M, and is passive between the 15 moving plate 14 and the electromagnetic coil 丨5. Disk 16 can be 6/18 201247954 Opposite: above the electromagnetic coil 〖5. Passive disk 16 and drive disk Μ St disk 16 is an iron piece 'The top of the passive disk 16 can also be avoided to avoid the rough surface of 2 tT 16 Bu is used to increase the friction force to drive the pure 4 joint _ knocking slip. The passive disk 16 and the coil 5 for the magnetic field 81 15 magnetic field effect _, so when the electromagnetic = 16 ^ The magnetic force generated by 'Electromagnetic_}5 can be transmitted to the current drive and drive plate 14, so that the passive disk 6 is attracted to the drive plate 14. One end (upper end) of the second drive shaft 17 is fixedly connected to the passive disk] The upper end of the first transmission shaft η is connected to the electromagnetic coil 15 by two bearings (7), so that the second transmission shaft 17 is rotatably disposed on the body, and the second transmission 17 and the passive disk 16 are rotatably provided. The electromagnetic wire, the passive disk 16 and the second transmission shaft 17 can be assembled into a module. Between the solid seat 117 and the electromagnetic coil 5, a jade-shaped ring 19 can be placed, and the height of the washer 19 The upper module, the cymbal 19 and the lower module 压 are press-fitted into the accommodating groove 118 of the body η in sequence to make the first transmission shaft 13 and the driving plate. 4. The electromagnetic coil 15, the passive disk 16 and the second transmission shaft 17 are disposed in the body η, and the washer 19 is disposed between the fixed seat 117 and the electromagnetic coil 15. The present invention is in the body 11 of the sending and receiving 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 a transmission shaft 13 and a second transmission shaft 17. The clutch 组成 is formed, and the clutch Β is disposed between the first transmission shaft I3 and the second transmission shaft 17. The height of the cymbal 19 can be appropriately adjusted according to the need, so that the distance between the driving disc 14 and the passive disc 16 can be adjusted. Sex, can simplify the structure of the clutch cymbal, easy to assemble and adjust. 7/18 201247954 The second transmission shaft 17 and the passive disk 16 are rotatably disposed in the body η 'the first transmission shaft 】 7 lower end of the electromagnetic At the bottom of the coil 15, the yarn storage wheel 18 is connected to the lower end of the second transmission shaft 17, so that the storage shaft 18 can be rotated by the second transmission shaft 17, and the storage yarn 18 has a plurality of storage nails 183 arranged at intervals. The wire can be wrapped around the outer edges of the storage nails 83. A yarn presser 184 is provided on the yarn storage wheel 18 so as to be lifted and lowered. The yarn presser 184 is a ring-shaped body, and the yarn presser 84 is lowered by its own weight and pressed against the lower edge of the yarn storage wheel 18. The yarn wound on the yarn storage wheel 18 can be passed between the yarn press 184 and the lower edge of the yarn storage wheel 18 and then guided to the yarn guiding member ι15, which can be pressed onto the yarn by the yarn presser 184 to make the yarn The delivery is relatively stable. The yarn storage wheel 18 of the present invention may be of an integrated or combined design, and its construction is not limited. In the present embodiment, the yarn storage wheel 18 is of a combined design. The yarn storage wheel 18 has an upper wheel body 185 and a lower wheel body 186. The upper wheel body and the lower wheel body 186 are made of plastic material, and the upper wheel body 185 is provided. Above the lower wheel body 186, the two ends of the storage nails 83 are respectively inserted into the upper wheel body 85 and the lower wheel body 186', that is, pre-stored and stored on the upper wheel body 185 and the lower wheel body 186. The corresponding holes 'holes (not shown) of the nails 183 are inserted into the holes of the upper wheel body 185 and the lower wheel body 186 respectively. Further, the upper wheel body 185 and the lower wheel body 186 are fixed by a plurality of screws (not shown), that is, the screws are threaded on the upper wheel body 85 and screwed to the lower wheel body 186, so that the upper wheel two 85 and the lower wheel The bodies 186 are fixed between each other. An interior space 188 is formed in the storage yarn wheel I8. The accommodating space 188 is located in the storage nails (8): 栌 = the top of the wheel 18 is formed with an opening 189. The opening 189 is opened in the upper wheel body 185 'opening 189 and the accommodating space. 188 communicates, the outer edge of the lower wheel body 186 can be provided with a guide bevel. A, the effect of the light guide yarn. The light sensor 18 182 8/18 201247954 ', the light sensor 81, 182 can be respectively fixed on the body u at an appropriate position on the inner side and the outer side of the yarn storage wheel 18, and the number of the light sensors 181, 182 is Without limitation, one, two or above may be provided with a power switch 21, a power switch; 1 is suitably electrically connected to the clutch B and the light sensor 8], 182 to control the power required for the input. The light sensor 181 on the inner side of the yarn storage wheel 18 can be an infrared emitter or infrared, and the light sensor 1 182 on the outside of the receiver's storage wheel 18 can be a red or white light receiving device or an infrared emitter. The light sensation 18 182 can be used as a yarn debt measuring device to determine whether the yarn on the yarn reel 18 is sufficient. When the 18 182 detects that the yarn is insufficient, the output of the Si k electromagnetic coil 15 is excited. The inner side of the yarn storage wheel 18 (8) can be disposed in the accommodating space i8f by the top opening (10) of the yarn storage wheel 18. The yarn can be guided by the yarn guiding members 112, 113, 114, 115, and wound around the storage yarn wheel 18 to borrow The yarn storage device is driven by a belt member such as a belt (not shown) to drive the yarn storage rim through the first and second transmission shafts 13, 17. The yarn storage roller 18 is used to drive the yarn to perform yarn storage and yarn feeding. As shown in FIG. 4, when the electromagnetic coil 15 is energized, it is absorbingly engaged with the driving disk 14, thereby engaging the first transmission shaft 13 and the second transmission shaft 17' so that the rotational power of the first transmission shaft 13 can be downward. The transmission to the = drive shaft 17' is used to drive the yarn storage wheel 18 to rotate 'make the yarn around the storage, sputum, and direction 18 to continue the operation of storing the yarn. As shown in FIG. 3, when the electromagnetic coil 15 is de-energized, the driving disk 14 can be separated from the passive disk by the elastic member 14, so that the drive is held with a certain gap, thereby separating the first transmission shaft 17, thereby The first transmission shaft 13 is transmitted to the 9/18 201247954 rotation power interruption of the second transmission shaft 17, so that the yarn storage wheel 18 stops rotating to stop the yarn filling operation. In the present embodiment, three light sensors are disposed inside the yarn storage wheel 18, which are infrared emitters; the outer side of the yarn storage wheel 8 is provided with three light sensors 182, which are infrared receivers. The light sensors (infrared emitters) 18] emit infrared rays and are irradiated to the outside of the yarn storage wheel 18 through a gap between the storage nails 183 to be received by the light sensors (infrared receivers) 182. Infrared rays are thereby used to determine whether the yarn on the yarn storage wheel 18 is sufficient. When only part of the optical signal is blocked by the yarn or the storage nail 183, it means that 'the township is insufficient, the line is insufficient, and a start signal is output to turn on the electromagnetic coil】5 to excite it, thereby engaging the first transmission shaft π. The driving disc of one end and the passive disc 16' of the second transmission shaft 使-end transmit the rotational power of the first transmission shaft 13 to the second transmission _ 17 '(4) to drive the storage yarn 18 to make the yarn entangled in the storage Yarn wheel] 8 performs the operation of storing yarn (filling yarn). When all the light sensors (infrared receivers) 182 for receiving do not receive the optical skew, indicating that the yarn wound on the yarn storage wheel 18 is sufficient, the signal is turned off to interrupt the excitation of the electromagnetic coil 15, and the separation is performed. The driving disk 14 at the end of the shaft 13 and the driven disk 16 at one end of the second transmission shaft 17 interrupt the rotation power of the first transmission shaft 13 to the second transmission shaft 17, so that the storage roller 18 stops rotating to stop. Storage yarn movement. Please refer to the picture together! As shown in FIG. 6, the main body „ is further provided with a switch 22'. The switch 22 can directly mount the main body n on a switch seat 25, and then set the cover 25 on the body ,, and the power switch 2] On the seat 25, the switch 22 is properly connected to the (10) switch control clutch B is the first mode or the second mode = two = switch 22 when the clutch B is switched to the first mode, the clutch B can be hoisted and separated The action of the joint (as shown in FIG. 3 and FIG. 4) is also 10/18 201247954. When the light sensors 181 and 182 detect the frying, the electromagnetic coil 15 can be turned on to engage the first-passing yarn. The driving disk rotational power of one end of the passive disk l6 U at the end of the second transmission shaft 17 is transmitted to the second transmission shaft 17 for winding the yarn of the first transmission shaft 13 on the yarn storage wheel 18 for storage. When the wheel 18 rotates 'and 182 detects the yarn on the yarn storage wheel 18, the light-sensing state I8] the drive shaft 14 of the moving shaft 13-end and the second transmission vehicle can be separated, Passing the first transmission shaft 13 to the second transmission of the passive disk 16 of the k, stopping the storage of the storage wheel 18 to stop ^ 7 swirling force in the power feed yarn Si irregularly function operation ^ 'having a yarn feed device
當切換開關22切換離合器b為 只能固定進行接合的動作（如圖弟极式時，離合器B 圈15固定維持接合第—傳動轴13 ’亦即導通電磁線 傳動軸17 一端的_ ]6，使：區動盤14與第二 固定傳遞至第二傳動軸17，用以帶動2軸13的旋轉動力 線纏繞在儲紗輪18上進 ^輪職轉，使紗 裝置具有規則送紗（_般紗）接合織，使送紗 ★圖]及圖6所示，本發明 23,固定件23固定於太辨n L 戍又置有固夂件 鎖附等方相定於她，件23可以螺絲 定件23上机罢古* 相對於固定部⑴的一端。固 件23上，^件24二件24，導紗件也可設置於固定 件24内。穿炒件24C型環體，使紗線可穿設於穿紗 於儲紗輪18 一側下方處，亦即穿紗 _24可提刪魏， 〇 模式時’送紗裝置進行規則送紗時 11/18 201247954 穿紗、導紗之用（如圖6所示）。若是離合器B在第一模式 時，送紗裝置進行不規則送紗，穿紗件24則不需使用（如 圖】所示;)。 本發明送紗裝置可適用於不規則送紗的電腦提花機台 ’且不需於送紗裝置内部設置馬達，故不會使其體積變大 及造成製造成本的增加 ，且電磁線圈耗電量較低，具有 減少耗電量的省電效果。 本發明的被動盤16連接於第二傳動軸Π的一端’驅 動盤14連接於第一傳動軸13的一端’第一傳動軸]3及第 一傳動軸17相對且間隔地設置，形成兩段式的傳動軸設計 。因此當電磁線圈15斷電時，驅動盤14與被動盤]6分離 ，第二傳動軸17與第一傳動轴13之間不會有任何的接觸 ’使旋轉動力可確實地中斷，以確保儲紗輪18停止轉動以 中止補紗動作。 本發明在儲紗輪18内側及外側設置有光感應器〗81、 182 ’該些光感應器181、182直接發射及接收訊號，能精 確的偵測儲紗輪18上的紗線，使儲紗輪18上得以維持適 量的紗線。 本發明也可在儲紗輪18與第二傳動軸π之間設置一 單=控制裝置20,單向控制裝置20可為單向軸承或單向齒 等單向裝置，使得儲紗輪18只能單向的轉動，不會有倒轉 的情形發生，以避免紗線鬆脫掉落及機構受損。單向控制 裳置20套設於第二傳動軸17外，可予以活動拆卸，二便 於單向控制裝置20更換方向。 本發明儲紗輪18内部可設有容置空間188，使儲炒輪 ]8形成空心體，且頂部具有開口 189，可便於光感應器^ 12/18 201247954 (紗線偵測農置）設置於儲紗輪18内部，使其應用較具綠 化。本發明儲紗輪18形成空心體，可使儲紗輪18 ^又 整個送紗裝置重量減輕，以便於搬運及安裝。 於 本發明儲紗輪18可採用組合式的設計，由上輪體 、下輪體】86及數個儲紗釘】83構成，該些構件可利用 同的材質製成’材質選用可彈性的變化，上輪體〗85及不 輪體186可利用塑膠等材質製成，具有降低成本效果。下 本發明設置有一切換開關22,切換開關22適 連接於離合11 β LX切換控祕合ϋ B為第—模式 第亡模式。當切換開關22切換離合器Β為第—模式時^ 合益Β可正常的進行分離及接合的操作，使送紗裝 不規則运紗的1力能。當切換關22切換離合器Β為第^ ^功ί合^ Β固^接合狀態，使送紗裝置具有_送 發二：S為本發明之較佳實施例’非意欲偈限本 — '、4乾圍，故舉凡運用本發明說明書及圖式内 化’均同理皆包含於本發明的權利保護範 【圖式簡單說明】 狀，能）為本《^幼1置之立體示意圖（切縣錢則送紗 圖2為本發明送紗裳置之立體分解示意圖。 明送紗裝置離合器呈分軸態之剖視示意圖。 Ξ 5 ίίΓ月轉裝置離合器呈接合狀態之剖視示意圖。 圖5為本發明送紗裝置之方塊示意圖。. 圖6為本發明紗裝置之立體示意® (切換為規則送紗狀 13/18 201247954 態）。 【主要元件符號說明】 1送紗裝置 11本體 111固定部 112導紗件 113導紗件 114導紗件 115導紗件 116軸承 117固定座 118容置槽 12皮帶輪 13 第一傳動軸 131基部 14 驅動盤 141彈性元件 15 電磁線圈 ]6被動盤 161磨擦面 17第二傳動軸 171軸承 18 儲紗輪 181光感應器 182光感應器 201247954 183儲紗釘 184壓紗器 185上輪體 186下輪體 188容置空間 189 開口 19 墊圈 20 單向控制裝置 21 電源開關 22 切換開關 23 固定件 24 穿紗件 25 開關座 A導紗斜面 B離合器 • 15/18When the changeover switch 22 switches the clutch b to be fixedly engaged (for example, the clutch B ring 15 is fixed to maintain the engagement - the drive shaft 13', that is, the end of the electromagnetic wire drive shaft 17 is turned on _]6, The transmission plate 14 and the second fixed transmission are transmitted to the second transmission shaft 17 for driving the rotary power line of the 2 shaft 13 to be wound on the storage yarn wheel 18 to make the yarn device have the regular yarn feeding (_ The yarn is woven, the yarn is fed, and the yarn is shown in Fig. 6. As shown in Fig. 6, the fixing member 23 is fixed to the front and the rear side is fixed, and the solid member is locked, and the member 23 can be screwed. The piece 23 is on the machine * opposite to the end of the fixing portion (1). On the firmware 23, the piece 24 is 24 pieces, and the yarn guiding member can also be disposed in the fixing member 24. The 24C type ring body is worn to make the yarn It is worn at the lower side of the yarn storage wheel 18, that is, the yarn _24 can be used to remove the Wei, and the 送 mode is used when the yarn feeding device performs the regular yarn feeding 11/18 201247954 for threading and guiding yarn ( As shown in Fig. 6. If the clutch B is in the first mode, the yarn feeding device performs irregular yarn feeding, and the yarn feeding member 24 does not need to be used (such as 】 shown;). The yarn feeding device of the present invention can be applied to a computer jacquard machine for irregular yarn feeding, and does not need to provide a motor inside the yarn feeding device, so that it does not increase its volume and increase the manufacturing cost. The electromagnetic coil consumes less power and has a power saving effect of reducing power consumption. The passive disk 16 of the present invention is connected to one end of the second transmission shaft ' 'the driving disk 14 is connected to one end of the first transmission shaft 13' The drive shaft 3 and the first transmission shaft 17 are oppositely and spaced apart to form a two-stage transmission shaft design. Therefore, when the electromagnetic coil 15 is de-energized, the drive disc 14 is separated from the passive disc 6 and the second transmission shaft 17 is There is no contact between the first transmission shafts 13 so that the rotational power can be surely interrupted to ensure that the yarn storage wheel 18 stops rotating to stop the yarn filling operation. The present invention provides light sensing on the inside and outside of the yarn storage wheel 18. The optical sensors 181, 182 directly transmit and receive signals, which can accurately detect the yarn on the storage yarn 18, so that the yarn storage wheel 18 can maintain an appropriate amount of yarn. Between the yarn storage wheel 18 and the second transmission shaft π A single control device 20 is provided. The one-way control device 20 can be a one-way device such as a one-way bearing or a one-way tooth, so that the yarn storage wheel 18 can only rotate in one direction, and no reverse rotation occurs to avoid the yarn. The wire is loosened and the mechanism is damaged. 20 sets of one-way control skirts are disposed outside the second transmission shaft 17, which can be detached by the movable mechanism, and the unidirectional control device 20 can be replaced. The yarn storage wheel 18 of the present invention can be internally set. There is a accommodating space 188 for the storage wheel 8 to form a hollow body, and the top has an opening 189, so that the light sensor 12 12/18 201247954 (yarn detection farm) is disposed inside the yarn storage wheel 18, so that The application is more green. The yarn storage wheel 18 of the present invention forms a hollow body, which can reduce the weight of the yarn storage wheel 18 and the entire yarn feeding device, so as to facilitate handling and installation. The yarn storage wheel 18 of the present invention can adopt a combined design, which is composed of an upper wheel body, a lower wheel body 86 and a plurality of storage nails 83. The components can be made of the same material and the material is elastic. The change, the upper wheel body 85 and the non-wheel body 186 can be made of materials such as plastic, which has the effect of reducing cost. The present invention is provided with a changeover switch 22, and the changeover switch 22 is adapted to be coupled to the clutch 11 β LX switch control combination ϋ B to be the first mode dead mode. When the changeover switch 22 switches the clutch Β to the first mode, it is possible to perform the separation and engagement operations normally, so that the yarn feeding device can be equipped with an irregular force of the yarn. When the switching off 22 switches the clutch Β to the ^ ^ ^ ^ ^ Β ^ 接合 , , , , , , , 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The use of the specification and the internalization of the drawings are all included in the scope of the protection of the present invention [simplified description of the figure], can be) the stereoscopic diagram of the "Xian 1 set" (Caixian County) Figure 2 is a schematic cross-sectional view of the yarn feeding device in a split state. Ξ 5 ίίΓ BRIEF DESCRIPTION OF THE DRAWINGS Fig. 6 is a perspective view of a yarn device of the present invention (switched to a regular yarn feed 13/18 201247954 state). [Main component symbol description] 1 yarn feeding device 11 body 111 fixed portion 112 yarn guiding member 113 yarn guiding member 114 yarn guiding member 115 yarn guiding member 116 bearing 117 fixing seat 118 receiving groove 12 pulley 13 first driving shaft 131 base portion 14 driving disk 141 elastic member 15 electromagnetic coil] 6 passive disk 161 friction surface 17 second transmission shaft 171 bearing 18 Yarn wheel 181 light sensor 182 light sensor 201247954 183 storage nail 184 squeezer 185 upper wheel 186 lower wheel body 188 accommodation space 189 opening 19 washer 20 one-way control device 21 power switch 22 change switch 23 fixing member 24 Threading member 25 switch seat A guide yarn bevel B clutch • 15/18