1303680 九、發明說明： f發明所屬之技術領域】 本發明係一種設置在織機上，利用各 桿的驅動連接 寻勤輪配合連 妾以驅動鋼扣進行打緯動件的傳 【先前技術】 ° 織機於編織布料或織帶的過程，係將各 紗線的交又編織而成，一 σ 、紗線經由 時，於每Μη彳布料或織帶的編織 母人，，扁織仃程後必須利用鋼扣的 推移，即所謂進行打_ 並進仃緯紗的 月适仃打緯工作’如此的紗 可完成布料或織帶的編織； 扁織之下，即 以現有使用的織機而言，其用以推移緣 織中的移動速度均相等，亦即 、y 〇鋼扣，於編 作時，其速度與鋼扣益作用L 移緯紗進行打緯工 a…、忭用的復位速度相回m 用在一般織帶寬度有限的產品編織 绝因此，可適 寬度相對較寬時，則在編織過程中^ 4織的織帶其 的編織行程及時間均較長，此护針所需穿過各紗線 時，仍必須花費相同於緯紗針鋼扣於復位無任何作用 子、/矸編織的時n 使得此類寬織帶的編織時間 $，如此之下，將 n貝的增加， 皮 加，因而確有予以改良的需求。 k成成本的增 【發明内容】 本發明人有鐘於前述現有織機 題，予以改良設計，使得寬織帶在纟纟、、、歲過程所產生的問 緯後的復位時間與提供緯紗斜 編織中，以使鋼扣在打1303680 IX. Description of the invention: The invention belongs to the technical field of the invention. The invention is provided on a loom, and the drive is connected to the commuter wheel by using the drive of each rod to drive the steel buckle to carry out the beating movement. [Prior Art] The weaving machine weaves the fabric or webbing by weaving the yarns together. When weaving the yarn, we will use the weaving mother of each fabric or webbing. The change of the buckle, that is, the so-called _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The moving speed in the weaving is equal, that is, the y 〇 steel buckle. When it is compiled, its speed and the steel buckle benefit L. The weft-removing yarn is used for the beating work a..., and the reset speed of the 相 is used back to the general webbing. The width of the product is limited. Therefore, when the width is relatively wide, the weaving process and the time of the weaving tape are longer during the weaving process, and the needle must pass through the yarns. Spend the same as the weft The needle steel buckle has no effect on the reset, and the weaving time n makes the weaving time of the wide webbing $, so that the increase of n shells is increased, so there is indeed a need for improvement. The present inventors have improved the design of the existing looms in the prior art, so that the wide webbing is in the weft, after, and the aging process. To make the steel buckle hit
丨的蝙織日士 M 升織機的編編速度其目的。 、守間不相同，藉以提 1303680 為了可達到前述的發明目 段在於提供-種織機打緯行程傳二：明所運用的技術手 數相對的軸孔，於各軸孔内分:：#中本體上設有 驅動軸及鋼扣驅動軸等；於 5又有第一驅動軸、第二 頭之間設有連桿組；又於第一一鳊動軸與鋼扣驅動軸的端 口齒合的第-、二作動輪，、以/驅動軸上相對設有相互 -驅動軸位在第一作動於 作動輪呈橢圓开》，前述第 上且非圓心處。乍動輪的偏心處，第二驅動轴位在長轴 ", 驾/步1 g j*., 與第二驅動軸固定的曲柄， 八連桿組依序設有 端與另-曲柄樞接，該曲柄另:而^接有連桿，連桿另 所述之織機打緯行程傳動广與鋼扣驅動轴固定。 成呈中空狀。 “專動農置，其中本體由二殼體組 所述之織機打緯行程傳動裝置，其中本 驅動軸，其位於本體二側 ^另设有一 輪，另在第-驅動軸上設有可 / °又有驅動輪及小齒 本發明藉由前述技術手=㈣合的中間輪。 Ιτ緯時間與停留在原位的時間不相同，亦即進行 母一編織行程中，打緯所需 ¥、y針在 e 守間車父短’而提供績如 長的時間進行寬織帶的編織 、々針有較 更換不同作動輪即可，操作極為簡便容易。 亦僅需 【實施方式】 參看第一及二圖所示，太么 本發明所設計的織機打緯行程 !303680 傳動裝置，其係與設有數 連接，作動桿（2 )机於口 ）的作動桿（2 )相互 J仟k z J叹置於織機機 ‘ 扣（3)係間隔安裝於作動桿（2)上。）上，則述各鋼 同時配合參看第三及 rf ώ - ^ 3 ύ 圖所不，本發明的傳動裝置， 了由一邊成呈中空狀的本體（1〇 : 上設有數相對的軸孔，於各 （1 〇) 〇)、第-驅動軸（30)、第“心有動力轴（2 驅動軸（5〇)等，”第二驅動軸（4㈧及鋼扣 驅動轴（2 〇 )，並你执| 齒Η22) J 體（1〇)内部處設有小 (21)與設置在機艇動輪 ° 1)的馬達（11)相互i車接帶 動，其連接方式可利用皮帶； ）相互連接π 第一驅動車由（ 有二相互併列的中 其中中間輪（3 1 又第一作動輪（3 相互結合； ϋ )，其位於本體（i 〇 )内部處設 間輪（31)及第一作動輪（32)， )與前述的小齒輪（2 2 )相互嚙合， 2 )以其偏心位置與第一驅動軸（3 〇 ) 第二驅動車由 第二作動輪（4 且與第二驅動車由 另於本體（1 〇 曲柄（4 2 )， (3〇)，其於本體（；[〇)内部處設有 1) ，e亥弟一作動輪（4；[)呈橢圓形， (3 〇 )的設置處位在長軸上且非圓心處， )外側的第二驅動軸（4 〇 )端頭設有一 於曲柄（42)的另一端樞設有連桿（4 其外在本體（1 〇 )外部的端 1303680 頭上設有一曲# ( 5 1 ) ’曲柄（5 1 )的另端與前述的 連桿（4 3 )相互枢接，如此，第二驅動軸（4 〇 )所產 生的動力經曲柄（4 2 )、連桿（4 3 )及曲柄（5工） 等所組成的連桿組的驅動後，即可使鋼扣驅動軸（5 〇 ) 驅動連動~ (2)使固定於其上的鋼扣（3)產生擺動行 程。 曰T i曰J褙（3丄J受驅動 以順時鐘方向旋轉九十度時，第—作動輪（3 2 )亦同時 轉動九十度，與其相互响合的第二作動輪（4工）即呈逆 2鐘方向旋轉，此時經由連桿組的連動作用，可使鋼扣驅 動形成-定角度的擺動，㈣即可令鋼扣進行 打緯行程（如第六圖所示）； 當第一作動輪（3 2 )再、繼續旋轉九十度時， 七圖所示，並同時驅動相互 J昂一作動輪（4 1 )絲 動，此時經由連桿組的連動作 ）轉 咬斯1下用使鋼扣驅動軸（ 向旋轉’使得鋼扣於約九十声 反 m . 又丁長的較短時間内即回炸石 原位，於此同時緯紗針即進行編織作t; 设至 第一作動輪（3 2)若a繼健A m 、 、、’$疑轉九十度時，如楚 圖所不，並同時驅動相互喃合的第二作第八 進而驅動連桿組、然由於二相互唾合的 ？)轉動， 銅扣驅動軸（5〇)並沒有明 ：：叶，使得 編織作業； 動以扶供緯紗針的 若第一作動輪（3 2 )繼病# ^ 圖所示位置時，雖同時驅動相互^疋人轉九十度並回至如第五 動相互唾合的第二作動輪（4 1303680 )仍沒 轉動及經連桿組傳動，然此時的鋼扣驅動 有明顯的：動，亦即提供可緯紗針的編(.5 前述藉由第_作動輪（3 2 ) :’ 特殊構造設計之下的相對配合與喃：，二:#(41) 夠的編,織時間，即鋼扣停 提供緯紗針足 之，鋼扣於進行打緯後即在短時間内回至原位，2,反 不同的時程：合之下，確可形成較高的生產效率。’ Μ 【圖式簡單說明】 第一圖係本發明的外觀圖。 第二圖係纟發明安裝在織機的示意圖。 第三圖係本發明的另一外觀圖。 第四圖係本發明的組裝後平面側視圖 第五至八圖係本發明的動作示意圖。 【主要元件符號說明 (1 )機台 (3 )鋼扣 (1〇)本體 (2 〇 )動力軸 (2 2 )小齒輪 (3 1 )中間輪 (4 〇 )第二驅動軸 (4 2 )曲柄 (5 〇 )鋼扣驅動軸 (2 )作動桿 (1 1 )馬達 (2 1 )驅動輪 (3 〇 )第一驅動車由 (3 2 )第一作動輪 (4 1 )第二作動輪 (4 3 )連桿 (5 1 )曲柄The arranging speed of the woven woven Japanese woven machine M liter looms. The custodian is not the same, so that 1303680 can be achieved. In order to achieve the above-mentioned invention, it is provided that the weaving machine has a beating stroke. The second axis: the shaft hole of the technical hand used by Ming, is divided into: The main body is provided with a driving shaft and a steel buckle driving shaft, etc.; at 5, a first driving shaft and a second connecting rod are arranged between the second head; and the port of the first one rotating shaft and the steel buckle driving shaft is coupled. The first and second actuating wheels are respectively provided with a mutual-drive shaft position on the / drive shaft, and the first actuating wheel is elliptical, the first upper and the lower center. The eccentricity of the swaying wheel, the second drive shaft is located on the long axis ", driving/step 1 gj*., the crank fixed to the second drive shaft, and the eight-link group is sequentially provided with the end and the other crank. The crank is further connected to the crankshaft, and the other end of the loom has a wide beating stroke transmission and is fixed with the steel buckle drive shaft. It is hollow. "Special action farm, wherein the main body is a weft-wound stroke transmission device according to the two-shell group, wherein the drive shaft is located on the two sides of the main body and is provided with another wheel, and the first drive shaft is provided with / ° There are driving wheels and small teeth. The invention uses the above-mentioned technical hand = (four) combined intermediate wheel. The Ιτ latitude time is different from the time of staying in the original position, that is, in the mother-weaving stroke, the beating is required, The y-needle is short in the e-shoulder car and provides the long-term weaving of the wide webbing. The needles can be replaced with different operating wheels. The operation is extremely simple and easy. Only need to implement the first method. As shown in the second figure, the weaving machine wefting stroke designed by the invention is 303680. The transmission device is connected with the number of actuators, and the actuating rod (2) is operated by the lever (2). In the loom machine, the buckle (3) is installed on the actuating rod (2) at intervals.), the steels are simultaneously matched with reference to the third and rf ώ - ^ 3 ύ, the transmission of the present invention is a hollow body on one side (1〇: several relative shaft holes are provided, Each (1 〇) 〇), the first drive shaft (30), the first "hearted power shaft (2 drive shaft (5 〇), etc.," the second drive shaft (4 (eight) and the steel buckle drive shaft (2 〇), and You hold | Η 22) J body (1 〇) inside is equipped with a small (21) and motor (11) set on the motor boat moving wheel 1), the connection is made by belt; π The first driving vehicle consists of (there are two intermediate wheels in which the middle wheel (3 1 and the first driving wheel (3 are combined with each other; ϋ), which is located inside the body (i 〇) with the intermediate wheel (31) and the first The driving wheel (32), ) is in mesh with the aforementioned pinion gear (2 2 ), 2) with its eccentric position and the first driving shaft (3 〇), the second driving vehicle is driven by the second driving wheel (4 and the second driving The car is made up of another body (1 〇 crank (4 2 ), (3 〇), which is 1 inside the body (; [〇)), e haidi a moving wheel (4; [) is oval, ( 3 〇) is located on the long axis and is not centered, and the outer second drive shaft (4 〇) end is provided with a connecting rod at the other end of the crank (42) (4 its external body) (1 〇) outside The end of the end 1303680 is provided with a curved # ( 5 1 ) 'the other end of the crank (5 1 ) is pivotally connected with the aforementioned connecting rod (4 3 ), so that the power generated by the second driving shaft (4 〇) is cranked ( After driving the connecting rod set consisting of 4 2 ), connecting rod (4 3 ) and crank (5 working), the steel buckle drive shaft (5 〇) can be driven to interlock (2) to be fixed on it. The steel buckle (3) generates a swinging stroke. 曰T i曰J褙 (3丄J is driven to rotate 90 degrees in the clockwise direction, the first-actuating wheel (3 2) also rotates ninety degrees at the same time, which coincides with each other. The second driving wheel (4 working) rotates in the opposite direction of 2 clocks. At this time, the steel buckle is driven to form a swing at a fixed angle through the connecting action of the connecting rod group, and (4) the steel buckle can be subjected to the beating stroke ( As shown in the sixth figure); when the first actuating wheel (3 2 ) continues to rotate 90 degrees, the seven figures are shown, and at the same time, the mutual J-an actuating wheel (4 1 ) is driven to move. The connecting action of the connecting rod set) is used to make the steel buckle drive shaft (rotate to rotate) so that the steel buckle is about 90 sounds reversed m. Stone in situ, at this time, the weft needle is weaved as t; set to the first actuating wheel (3 2) if a succeeds A m , , , '$ suspected to turn 90 degrees, as shown in the figure, and at the same time The second, which drives the mutual merging, is the eighth and then drives the connecting rod group, but because of the mutual reciprocal? ) Rotation, the copper buckle drive shaft (5〇) does not have a clear:: leaf, so that the knitting operation; if the first action wheel (3 2) of the weft needle is supported, the position shown in the figure Drive the two turns to turn 90 degrees and return to the second actuating wheel (4 1303680), which is still in the fifth movement, still does not rotate and is driven by the link set. However, the steel buckle drive at this time has obvious: , that is, the weft knitting needle is provided (.5 as described above by the _acting wheel (3 2 ): 'The relative fit under the special structural design and the whisper:, two: #(41) enough knitting, weaving time, That is to say, the steel buckle stops to provide the weft needles, and the steel buckle returns to the original position in a short time after the beating, 2, the opposite time course: under the combination, it can form a high production efficiency. ' Μ BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is an external view of the present invention. The second drawing is a schematic view of the invention mounted on a loom. The third drawing is another appearance of the present invention. The fourth drawing is the assembled plane of the present invention. 5 to 8 are side views of the operation of the present invention. [Main component symbol description (1) machine (3) steel buckle (1 〇) body (2 〇) power shaft (2 2 ) pinion (3 1 ) intermediate wheel (4 〇) second drive shaft (4 2 ) crank (5 〇) steel buckle drive shaft (2) actuating rod (1 1 ) motor ( 2 1) Drive wheel (3 〇) first drive car (3 2 ) first actuating wheel (4 1 ) second actuating wheel (4 3 ) connecting rod (5 1 ) crank