1254091 九、發明說明： 【發明所屬之技術領域】 編針mr之經_機，可設定針床之^間隔經 針織物，_基本經編針織_之_可以擴大或縮小，至小 ^須有-部分導轉配合轉針之_，使功針财細 導紗桿大多ϋ定在導紗桿操縱桿上，再夹在吊抽上。吊細 瓦固疋在齡-姆樑或多錄樑上。導轉操轉 導件，料容納導紗桿。導紗桿為了圖案導向與工作範圍在千ς 之側面㈣。導紗桿更進_步在經編過程巾擺練進。固定在 :桿上，冲孔針通過工作針之巷道。擺動多由偏心桿或連桿操 -&在機架上。用冲桿操縱機械操縱桿，該桿有許多孔， 顧桿與控懈，由科奸。改料轉基本位置 多:=:隙，可用連接桿將機械操縱桿之孔串連起來，通常 k類的操縱桿分置於經編針織機之整個工 間隙之設定亦非常昂貴。 明導‘ 【先前技術】 、此類型之經編針織機，為德國專利DE_PS 1 185 326所 每條導軌都由許多臂吊懸。每隻臂都有—對—側固定在 -=^之螺栓，再由吊軸蚊。每對中之—個螺栓會改變 涔軌之間隙’其臂可偏心旋轉並可以固定。要改變眼 之間隙’則必須改變相應之導紗桿之間隙，f彎曲曲地向前移進。 1254091 而且每個螺栓必須將螺帽鬆開， 所費不貲。 【發明内容】 螺栓偏心旋轉，則再將螺帽旋緊， 本發明之内容為經編針織機 少兩支導轉、眼子針，可在_方;^針賴有—機架承載至 置，可橫向獅嫩 式 本發明之任務，她—鳩設靖撕位置之方 此項任務可藉說明書開端所稱之經編針織機達成。即至少在 松向橫移方向之機架上安裝—導紗桿承載件，由中樞驅動裝置定 【實施方式】 由導紗桿之位置改變承餅之定位。承之，由一個 動作完成，最終應由巾枢驅動裝置承接。該+翻動裝置對承載 件起整體制，所以可用極少之費用對承餅移動之橫移方向發 揮作用。透過-個這樣的移動，導紗桿的基本值置即改變。這樣 則可以簡#之对，改變相料轉之基本位置，並與眼子針改 變之位置密切配合。 最好承載件為橫樑之構形，裝設在至少兩個滑動座架上，導 軌了以移動。該導軌橫向橫移方向延伸，亦橫向經、編針織機之工 作範圍。當此執道彼此間之間隙夠寬時，則可以使承載件平行於 橫移方向之準確度提高，該滑動座架與軌道共同作用，為橫樑提 1254091 供-摩擦臂運動成為可能。中樞驅動裝置亦可以相對弱。 兩支導々桿最好各安裝在—橫樑上，縣載件藉巾樞驅動裝 置可向相反方向移動。—個此類造型制在優點極多之雙芳突式 ^編針織機，生產—間隙經編針織機。_針織物間隙改變，眼 子針亦同樣反向調整。當僅能及向調整眼子針，舰子針之基本 置配口眼子眼之芳突即容易。透過對中樞驅動裝置之控制，兩 支導Ά則同時定位。此定位後，邊緣條制自動―致，例如導 紗桿之對稱。 最好有一中樞驅動裝置，至少一支螺旋軸，該螺旋軸在螺紋 接管套内，插在承載件上。至少在縱向㈣在機架上。藉螺旋轴 向一個方向之轉動，承載件則在第—方向移動。螺旋軸向另一方 向轉動時’承載件則向相反方向移動。螺旋軸與職接管套之間 之螺旋對與相對大過渡關係連接…方面可能，相應之導紗桿定 位相對準確。另—方面，導轉與其承載件之移動只需要較小之 力。 最好螺旋軸有兩個對立螺紋段，在螺紋接管套内，以相應對 立之螺纹與承載件結合。螺旋轴向-個方向轉動，兩個承載件則 相互運動，導轉之間關縮短，螺旋轴向另_方向轉動，承載 件與相連之導紗桿間之間隙則縮小。 最好螺旋軸由固定在機架上之主橫樑支承。主橫樑作為固定 制動件與固定點。 1254091 在橫移方向分設至少兩個螺旋轴’是優點，用連結法相互同 步結合。這種連結法’例如’可以用齒輪或鏈，旨在麵螺旋轴 之轉動’直接轉移給-個或多個螺旋轴。如此則可能在經編針織 麵向導轉使狀承載剌力制止。對移動独起侧。這樣 冒險則小’承載件透過中樞驅動裝置之控制，則喪失與橫移方向 之校準。 茲參照最佳具體實施例與圖式，詳述本發明如次： 第一圖（唯一之圖式）：係經編針織機之示意圖。 經編針織機1有機架2，其巾兩支眼子針床3、4、間隙針織 物5位於兩支眼子針床之間。 其次，經編工具6、7，經編針織機！之眼子針為沖孔式者， 有六支導轉外導轉Μ絲在導轉触桿… 15上看起來-支接一支，每次只看到一支導紗桿操縱桿I*、 15。導紗桿8、9 ^要裝在眼子針床3上。導紗桿8、$或1〇、 11主要生產針織物底子。導紗桿1Q、1；L主要裝在眼子針床4。 導紗桿12、13，導引間隙織物5之間隙經紗。 導紗桿8~13以習知方式，在橫移方向運動，意即與圖面垂 直。驅動裝置在此不再進一步說明。 導紗桿8~13如此運動’固定在桿上之冲孔針，經過針巷向 眼子針床3、4擺動。此削圖巾所*者係向基本位置右邊或左邊 有此需要之驅動裝置不作額外說明。 1254091 操縱桿l4，承載導紗桿8、9，固定在橫標16上。橫標16 女裝在導向滑動座架17上，該座架17可轉移到軌道18上。軌 道18橫向橫移方向，意即安裝在經編針織機1橫寬方向。最好在 經編針織機之橫向設置多個滑動座架17及相應之軌道18，例如 每支導紗桿操縱桿一個，使橫樑16足以支撐。 以類似方式，導紗桿操縱桿ls固定在橫樑19上，橫樑19 則安裴在滑動座架2〇上，滑動座架2〇可轉移到軌道21上。軌 道21之效果與軌道18同。 主橫樑22設於機架2之中央。主橫樑22固定在機架2上。 螺旋軸23有一螺紋段24，該段24與螺紋接管套25結合。該管 套與第-橫樑I6連接。另外螺旋軸η尚有_第二螺紋段26， 該螺紋段與一螺紋襯套27連接，該襯套與第二橫樑19連接。 螺紋段24：、26有相對設置之坡度。螺紋接管套25、27亦 同。當螺旋轴23向一個方向轉動時，第一橫樑16職右移動（以 圖為準）而第二橫樑19則向左移動。兩支橫樑16、19靠近主橫 襟22。當職轴23向相反方向轉動時，兩支橫樑W3則遠 離主橫樑22而去。 兩個螺紋段24、26之坡度相同時，橫樑W則相對主 横樑22作對稱移動’意即導紗桿8、9及1〇、i；l亦相對中平面 29作對稱之移動。可以透過螺旋轴23之轉動’可以輕而易舉地 使導紗桿8、9及！。、1：L於眼子針床3、4移位時，隨之移位。 1254091 螺旋轴23向主橫樑30、31移動。一轴向制動件32使螺旋轴23 不向縱向延伸之方向移位。 在許多情況，一根螺旋轴23即足以使一根螺旋轴23位於橫 樑16、19中央位置附近。在許多情況，可以使多根螺旋轴23超 越經編針織機1的寬度。在此情況，最好用連接件將螺旋轴23 連接起來，例如一齒輪傳送帶33或一鏈導引鏈輪34，與每根螺 旋轴23轉動連接。在這種情況，橫樑16、19將超過其長度，靠 進氣冲擊力向許多位置移動。 1254091 【圖式簡單說明】 第一圖（唯一之圖式）：係經編針織機之示意圖。 1 【主要元件符號說明】 經編針織機 17 導向滑動座架 2 機架 18 軌道 3 眼子針床 19 橫樑（第二） 4 眼子針床 20 橫樑（第二） 5 間隙織物 21 軌道 6 經編工具 22 主橫樑 7 經編工具 23 螺旋轴 8 導紗桿 24 螺紋段 9 導紗桿 25 螺紋接管套 10 導紗桿 26 螺紋段 11 導紗桿 27 螺紋接管套 12 導紗桿 28 中平面 13 經編針織機 32 制動件 14 導紗桿操縱桿 33 齒輪運送帶 15 導紗桿操縱桿 34 導引鏈輪 16 橫樑（第一）1254091 IX. Description of the invention: [Technical field of invention] The knitting machine mr can set the spacing of the needle bed to the knitted fabric, _ basic warp knitting _ _ can be expanded or reduced, to small ^ must have - Part of the guide and the rotation of the needle, so that the power needle fine guide yarn rod is mostly fixed on the yarn guide lever, and then clamped on the lifting. Hanging fines are fixed on the age-m beam or multi-recorded beam. The transfer operation guide member accommodates the yarn guide rod. The yarn guide rod is oriented for the pattern and the working range is on the side of the millennium (four). The yarn guide rod is further advanced in the warp knitting process. Fixed on the rod, the punch needle passes through the roadway of the working needle. The swing is mostly operated by an eccentric rod or a connecting rod -& The mechanical joystick is operated by a ram, which has a lot of holes, and the rod and the control are controlled by the traitor. Change the material to the basic position. Multi:=: Gap, the rods of the mechanical joystick can be connected by a connecting rod. Usually, the setting of the k-type joystick in the entire working gap of the warp knitting machine is also very expensive. Mentor ‘ 【Prior Art】 This type of warp knitting machine is a German patent DE_PS 1 185 326. Each rail is suspended by many arms. Each arm has a --to-side bolt that is fixed at -=^, and then a mosquito. One of the bolts in each pair will change the gap between the rails. The arm can be eccentrically rotated and fixed. To change the gap between the eyes, the gap between the corresponding yarn guides must be changed, and f is bent forward to move forward. 1254091 And each bolt must loosen the nut, which is costly. SUMMARY OF THE INVENTION When the bolt is eccentrically rotated, the nut is tightened again. The content of the invention is that the warp knitting machine has two guide turns and the eye needle, which can be placed in the _ square; The task of the invention can be horizontally lion-like, and she can set up the warp knitting machine by the beginning of the manual. That is, at least in the frame of the loose traverse direction, the yarn guide carrier is fixed by the central driving device. [Embodiment] The position of the socket is changed by the position of the yarn guiding rod. It is completed by one action and should finally be taken by the towel pivot drive. The +-turning device is integral to the carrier member, so that the traverse direction of the movement of the carrier can be exerted with little cost. Through such a movement, the basic value of the yarn guide rod changes. In this way, it is possible to change the basic position of the phase material and to closely match the position of the eye needle change. Preferably, the carrier member is in the form of a beam and is mounted on at least two of the sliding carriages for guiding the rails to move. The guide rail extends transversely to the transverse direction, and is also transverse to the working range of the knitting machine. When the gap between the trajectories is wide enough, the accuracy of the carrier parallel to the traverse direction can be improved, and the sliding frame cooperates with the rail to provide 1254091 for the friction arm movement. The central drive can also be relatively weak. Preferably, the two guide masts are each mounted on a beam, and the county carrier can be moved in the opposite direction by the towel pivot drive. One such type is made up of a double-bump type knitting machine with many advantages, producing a gap-knit knitting machine. _The gap of the knitted fabric changes, and the eye needle is also adjusted in the opposite direction. When it is only possible to adjust the eye needle, the basic arrangement of the ship's needle is easy. Through the control of the central drive, the two guides are simultaneously positioned. After this positioning, the edge strip is automatically activated, for example, the symmetry of the yarn guide. Preferably, there is a central drive, at least one screw shaft, which is inserted into the carrier in the threaded socket. At least in the vertical (four) on the rack. By the rotation of the screw shaft in one direction, the carrier moves in the first direction. When the spiral is rotated in the other direction, the carrier is moved in the opposite direction. The spiral pair between the screw shaft and the socket sleeve is connected to a relatively large transition relationship. The corresponding yarn guide rod may be positioned relatively accurately. On the other hand, the transfer and the movement of the carrier need only a small amount of force. Preferably, the screw shaft has two opposing thread segments which are joined to the carrier by correspondingly opposed threads in the nipple sleeve. The spiral axis rotates in one direction, and the two carriers move to each other, the closing between the guiding and the turning is shortened, the spiral axis is rotated in the other direction, and the gap between the bearing member and the connected yarn guiding rod is reduced. Preferably, the screw shaft is supported by a main beam fixed to the frame. The main beam acts as a fixed brake and fixed point. 1254091 It is an advantage to divide at least two screw axes in the traverse direction, and to join each other in synchronism by a joining method. This joining method 'for example' can be transferred directly to one or more of the helical shafts by means of gears or chains intended to rotate the surface of the helical shaft. In this way, it is possible to stop the warp-knitted surface in the warp knitting surface. On the side of the move alone. Such an adventure is small. The carrier is controlled by the central drive and loses alignment with the traverse direction. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Referring to the preferred embodiment and the drawings, the invention will be described in detail as follows: Figure 1 (the only drawing) is a schematic view of a warp knitting machine. The warp knitting machine 1 has a frame 2 with two eye needle beds 3, 4 and a gap knitted fabric 5 between the two eye needle beds. Secondly, warp knitting tools 6, 7, warp knitting machines! The eye needle is punched, and there are six guide turns and the outer turn is on the guide rod... The 15 looks like a branch, and only one guide rod is seen at a time. 15, 15. The yarn guide bars 8, 9 ^ are to be mounted on the eye needle bed 3. The yarn guide 8, 8, or 1 〇, 11 mainly produces a knitted fabric base. The yarn guiding rods 1Q, 1; L are mainly mounted on the eye needle bed 4. The yarn guiding rods 12, 13 guide the gap warp yarns of the gap fabric 5. The yarn guiding rods 8 to 13 are moved in the traverse direction in a conventional manner, that is, perpendicular to the drawing surface. The drive unit will not be further described here. The yarn guiding rods 8 to 13 are moved so that the punching needles fixed to the rods swing toward the eye needle beds 3 and 4 through the needle lanes. The wiper is intended to drive to the right or left of the basic position without additional instructions. The 1254091 joystick l4 carries the yarn guide bars 8, 9 and is fixed to the crossbar 16. The crossbar 16 is worn on the guide slide mount 17, which can be transferred to the track 18. The track 18 is laterally traversed, i.e., mounted in the transverse direction of the warp knitting machine 1. Preferably, a plurality of sliding carriages 17 and corresponding rails 18 are provided in the transverse direction of the warp knitting machine, for example one for each yarn guiding lever, so that the beam 16 is sufficiently supported. In a similar manner, the yarn guide lever ls is fixed to the beam 19, and the beam 19 is mounted on the sliding frame 2, and the sliding frame 2 can be transferred to the rail 21. The effect of the track 21 is the same as that of the track 18. The main beam 22 is disposed at the center of the frame 2. The main beam 22 is fixed to the frame 2. The screw shaft 23 has a threaded section 24 which is combined with the threaded socket 25. The sleeve is connected to the first beam I6. In addition, the helical shaft η has a second threaded section 26 which is connected to a threaded bushing 27 which is connected to the second cross member 19. The thread segments 24:, 26 have a relative set slope. The nipple sleeves 25, 27 are also the same. When the screw shaft 23 is rotated in one direction, the first beam 16 moves to the right (subject to the drawing) and the second beam 19 moves to the left. The two beams 16, 19 are adjacent to the main crosspiece 22. When the axle 23 is rotated in the opposite direction, the two beams W3 are away from the main beam 22. When the slopes of the two thread segments 24, 26 are the same, the beam W moves symmetrically with respect to the main beam 22, meaning that the yarn guides 8, 9 and 1 〇, i; l also move symmetrically with respect to the midplane 29. The yarn guides 8, 9 and can be easily passed through the rotation of the screw shaft 23. . 1, L is displaced when the eye needle bed 3, 4 is displaced. 1254091 The screw shaft 23 moves toward the main beams 30, 31. An axial detent 32 displaces the helical shaft 23 from the direction of longitudinal extension. In many cases, a screw shaft 23 is sufficient for a screw shaft 23 to be located near the center of the beams 16, 19. In many cases, the plurality of screw shafts 23 can be made to exceed the width of the warp knitting machine 1. In this case, it is preferable to connect the screw shafts 23 with a connecting member such as a gear conveyor belt 33 or a chain guide sprocket 34, which is rotatably coupled to each of the screw shafts 23. In this case, the beams 16, 19 will exceed their length and move to a number of positions by the impact of the intake air. 1254091 [Simple description of the diagram] The first picture (the only figure): a schematic diagram of a warp knitting machine. 1 [Description of main components] Warp knitting machine 17 Guided sliding frame 2 Rack 18 Track 3 Eye needle bed 19 Beam (second) 4 Eye needle bed 20 Beam (second) 5 Clearance fabric 21 Track 6 Machining tool 22 Main beam 7 Warp knitting tool 23 Spiral shaft 8 Guide rod 24 Threaded section 9 Guide rod 25 Threaded socket 10 Guide rod 26 Threaded section 11 Guide rod 27 Threaded sleeve 12 Guide rod 28 Medium plane 13 Warp knitting machine 32 Brake 14 Guide rod Joystick 33 Gear conveyor belt 15 Guide rod Joystick 34 Guide sprocket 16 Beam (first)
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