583364 五、發明說明（1 ) [發明所屬之技術領域] 本發明係關於緯紗測量長度貯存裝置的測量長度量調 整，乃依複數繞紗面形成體形成的環狀之繞紗面及緯紗 繫止體之繫脫作用，控制從緯紗之測量長度貯存及該繞 紗面之緯紗紡出，向該繞紗面之半徑方向以可位置變位 地將該複數之繞紗面形成體，排列爲環狀者。 [先前之技術] 揭示於日本實開平3 - 1 1 1 5 8 5號公報，特開2000-73255 號公報的卷繞方式之緯紗測量長度貯存裝置，係用於卷 繞緯紗之鼓輪係依複數之鼓輪片所構成。該等之鼓輪片 係爲了使測量長度量及貯留量、或只貯留量（以下，稱 測量度度貯留量）以可變更地，成爲可移動於徑方向。 於實開平3 - 1 1 1 5 85號公報的複數鼓輪片，係使用連桿機 構同時在徑方向能位置變位者。於特開2000-73255號公 報的複數之鼓輪片，係使凸輪機構同時於徑方向可作位 置變更者。 用來保持鼓輪片之鼓輪托座，用於驅動旋轉於鼓輪周 圍的導紗器之旋轉軸，藉由軸承以可相對旋轉地支持。 鼓輪托座係使用磁力與旋轉軸之旋轉無關的予以靜止保 持著。 [發明欲解決的課題] 欲作成鼓輪托座側不追隨於旋轉軸之旋轉來靜止保持 ，係提高測量長度精度上重要者。移動鼓輪片於徑方向 用來調整測量長度貯留量之測量長度貯留量調整機構， 583364 五、發明說明（2) 係在於鼓輪托座側。測量長度 係與鼓輪片及鼓輪托座之重量 軸。而鼓輪托座側之重量愈大 追隨於旋轉軸之旋轉需要加強 留量調整機構之存在，乃要求 化會帶來提高了相當的成本。 本發明係提供關於成本有利 置爲目的。 [爲了解決課題之手段] 因此本發明，係依保持於靜 形成環狀之紗卷繞面，及緯紗 緯紗之測量長度貯存及從該紗 紗卷繞面之半徑方向以可位置 面形成體排列爲環狀的緯紗測 度貯留量調整裝置爲對象，於 明，係構成具備有對於支持該 持部作裝卸之基框；對該基框 之指示體：及特該指示體爲了 於該基框之安裝裝置的測量長 裝該基框於設支持部的狀態， 該指示體向繞紗面之擴徑方向 時依頂接該繞紗面形成體及該 規定該繞紗面形成體之被支持 測量長度貯留量調整裝置， 貯留量調整機構之重量。 一起藉由軸承承受於旋轉 。則爲了使鼓輪托座側不 磁力。因此，測量長度貯 強化磁力著。其磁力之強 的測量長度貯留量調整裝 止的複數之 繫止體之繋 卷繞面之緯 變位地，以 量長度貯存 申請專利範 複數之繞紗 以可變更安 以可變更安 度貯留量調 係該繞紗面 或縮徑方向 指示體，作 位置。， 係對緯紗測 繞紗面 脫作用 紗紗出 該複數 裝置的 圍第1 面形成 裝置地 裝位置 整裝置 形成體 限制移 成對該 形成體 來控制 ，向該 之繞紗 測量長 項之發 體的支 所安裝 地安裝 ，在組 直接於 動，同 支持部 量長度貯存裝 583364 五、發明說明（3 ) 置之支持部可以裝卸。因而，使用於複數台織機於複數 緯紗測量長度貯存裝置的測量長度貯留量調整，可由一 個測量長度貯留量調整裝置來完成。在使用緯紗測量長 度貯存裝置時測量長度貯留量調整裝置之重量並不會加 於繞紗面側。因而，與測量長度貯留量調整機構經常裝 於緯紗測量長度貯存裝的光前裝置比較，可使繞紗面側 不追隨於旋轉旋轉軸之磁力弱少即可。583364 V. Description of the invention (1) [Technical field to which the invention belongs] The present invention relates to the adjustment of the measured length of a weft measuring length storage device, which is a ring-shaped winding surface and a weft stopper formed by a plurality of winding surface forming bodies. The system decouples and controls the storage of the measured length of the weft yarn and the spinning of the weft yarn of the winding surface, and the plurality of winding surface forming bodies can be positionally displaced in a radial direction of the winding surface and arranged in a loop By. [Previous technology] The weft yarn measuring length storage device of the winding method disclosed in Shikaihei 3-1 1 1 5 8 5 and JP 2000-73255 is a drum wheel system for winding weft yarns. It consists of plural drum wheels. These drum wheels are movable in the radial direction so that the measured length and storage amount, or only the storage amount (hereinafter referred to as the measurement degree storage amount) can be changed. The plural drum wheels of Yu Shikaihei 3-1 1 1 5 85 are those that can be displaced in the radial direction at the same time using a link mechanism. The plural drum wheels disclosed in Japanese Patent Application Laid-Open No. 2000-73255 are those that allow the cam mechanism to change position in the radial direction at the same time. The drum holder for holding the drum piece is used to drive the rotating shaft of the yarn guide rotating around the drum, and is supported relatively rotatably by the bearing. The drum support is held statically regardless of the rotation of the rotating shaft. [Problems to be Solved by the Invention] It is important to improve the accuracy of measuring length if the drum holder side is to be held stationary without following the rotation of the rotating shaft. The measuring length storage amount adjustment mechanism for moving the drum wheel in the radial direction to adjust the measured length storage amount, 583364 V. Description of the invention (2) It is on the side of the drum holder. The measuring length is related to the weight axis of the drum piece and drum holder. And the heavier the weight of the drum support side is, the more the follow-up of the rotation shaft needs to strengthen the existence of the residual amount adjustment mechanism, which requires a considerable increase in cost. The present invention aims to provide a cost advantage. [Means for solving the problem] Therefore, the present invention is based on keeping the winding surface of the yarn forming a loop statically, storing the measured length of the weft and weft yarn, and arranging the position forming surface from the radial direction of the winding surface of the yarn. The ring-shaped weft measurement storage adjustment device is targeted at Yu Ming, which is equipped with a base frame that supports the holding part for loading and unloading; an indicator body for the base frame: and the indicator body is specially designed for the base frame. The measuring device of the installation device is installed in a state where the base frame is provided with a support portion, and the indicator body is abutted against the winding surface formation body and the supported measurement of the winding surface formation body according to the diameter expansion direction of the winding surface. Length storage amount adjustment device, weight of storage amount adjustment mechanism. Together with the bearing to withstand rotation. In order to make the drum bracket side not magnetic. Therefore, measuring the length of the magnetic field strengthens the magnetic force. Its magnetic strength measures the length of the storage amount and adjusts the installation of the plural pieces of the stopper. The latitude of the winding surface is distorted, and the winding length of the patented complex number is stored in the amount of length. The volume adjustment is the position of the winding surface or the reducing direction indicator. Detach the yarn from the weft yarn. The yarn is removed. The first surface of the plurality of devices is formed on the ground. The position of the whole device is restricted. The formed body is restricted to control the formed body. The branch of the body is installed and installed directly in the group, and is stored in the same length as the supporting part. 583364 5. Description of the invention (3) The supporting part can be attached and detached. Therefore, the measurement length storage amount adjustment for a plurality of weaving machines and a plurality of weft measurement length storage devices can be performed by a measurement length storage amount adjustment device. When the weft measuring length storage device is used, the weight of the measuring length storage amount adjusting device is not added to the winding surface side. Therefore, as compared with a photofront device in which a measuring length storage amount adjustment mechanism is often installed in a weft measuring length storage device, the magnetic force on the winding surface side can be made weaker without following the rotating axis.
申請專利範圍第2項之發明係於請求項1，其中該繞 紗面形成體，係依頂接形成該繞紗面形成體之繞紗面的 紗繫合面及該指示體，用來限制向該繞紗面之擴徑方向 移動。 以形成繞紗面的紗繫合面作爲基準來進行調整測量長 度貯留量，故獲得高調整精度 申請專利範圍第3項之發明係於請求項1或2項，其 中該其框係依嵌合凹凸安裝於該支持部。The invention in item 2 of the scope of patent application is in claim 1, wherein the winding surface forming body is based on the yarn binding surface of the winding surface forming the winding surface of the winding surface forming body and the indicator, and is used to limit It moves in the diameter expansion direction of the winding surface. The yarn length of the yarn surface is used as a reference to adjust the measured length storage amount. Therefore, the invention with the third scope of the patent application for obtaining high adjustment accuracy is claimed in item 1 or item 2, where the frame is fitted according to the fit. The unevenness is attached to the support portion.
申請專利範圍第4項之發明係於請求項3，其中該支 持部具備圓周面體形狀之凸部，該基框係具備有嵌合於 該凸部的圓形之凹部。 於請求項3及請求項4之發明，構成爲嵌合基框於支 持部，係組裝測量長度貯留量調整裝置於緯紗測量長度 貯存裝置上簡便著。 申請專利範圍第5項之發明係於請求項4，其中該安 欢裝置’乃由僅在該凹部之半徑方向可位置變更地嵌合 0指不體於基框的嵌合裝置；及向該凹部半徑方向以可 五、發明說明（4) 位置變更地彈生嵌進該指示體狀態，鎖緊固定住的縲絲 固定裝置構成。 並一致基框凹部之徑中心部於支持部凸部之徑中心， 則指示體僅在繞紗面之徑方向成爲可以位置變更。螺絲 固定裝置係爲固定指示體於基框上簡便的裝置。 [發明之實施形態] · 以下，將具體化本發明的第1實施形態，按照第1圖 〜第4圖加以說明。 第1圖所示1 1係成爲驅動源的馬達，依作動馬達1 1 使旋轉軸旋轉。馬達1 1乃支持在末圖示的支持托座上。 並於旋轉軸1 2以斜交連接有繞紗管1 3。在旋轉軸1 2內 從基端橫跨中間部形成有紗通路1 2 1，而連接繞紗管1 3 內之紗通路1 3 1於紗通路1 2 1。於馬達1 1之前面藉由軸 承1 6以可相對旋轉地支持非磁性體製之圓環狀支持基 板1 5。在支持基板1 5之前面實設有圓筒形狀（亦即，圓 周面體形狀）之筒部151。筒部151及旋轉軸12之間存 在著軸承20。 於蓋1 4及支持基板1 5之相對面固定有相對的磁鐵1 7 、18。磁鐵17、18係互相作吸引，並依該吸引力將支 持基板1 5對蓋1 4靜止保持。固定在旋轉軸1 2的繞紗 管13及旋轉於蓋14及支持基板15之間。 如第2圖所示，在支持基板15之前面依螺絲21鎖緊 固定複數之繞紗面形成體1 9 9繞紗面形成體1 9係由基 部1 9 1及測量長度部1 9 2所成。而複數測量長度部1 9 2 583364 五、發明說明（5) 之表面，係作爲形或繞紗面之一部分的凸弧面成爲圓狐 面形狀之紗繫合面193。紗繫合面193係形成大致圓形 狀之繞紗面。繞紗管1 3係旋轉於支持基板1 5之周圍， 使通過紗通路1 2 1、1 3 1的緯紗Y卷繞於繞紗面。支持 基板1 5就成爲支持複數繞紗面形成體1 9的支持部；筒 部1 5 1係成爲設在該支持部的圓周面體形狀之凸部。 於基部1 9 1形成有長孔1 94。螺絲2 1係通過長孔1 94 螺合於支持基板1 5。長孔1 94係使繞紗面形成體1 9可 以變更安裝位置於支持基板1 5之半徑方向亦即繞紗面 之半徑方向。 在一個繞紗面形成體1 9之近旁配設有電磁線圈22， 而依電磁繳圈22之勵消磁所驅動。緯紗繫止體22 1係 出入於繞紗面形成體1 9上之孔1 95，從繞紗管1 3送出 的緯紗Y就依緯紗繫止體22 1之繫止作用，卷繞貯存於 繞紗面上。當緯紗繫止體22 1從孔1 95脫離則成爲可以 紡出繞紗面上之卷繞紗。電磁線圈22係向因應於具孔 1 9 5的繞紗面形成體1 9之半徑方向的位置變更，形成爲 僅向相同半徑方向可作位置變更。 第3圖（a)、（b)表示測量長度貯留量調整裝置26，第 4圖係測量長度貯留量調整裝置26之分解斜視圖。測量 長度貯留量§周整裝置26’係由嵌合在支持基板15之ft] 部1 5 1的圓板形狀基框23 ;可以安裝位置變更的安裝於 基框23的指示體24 ;及鎖緊固定指示體24於基框23 的螺絲25所成。 583364 五、發明說明（6) 如第3圖（b)所示，在基框23之背面形成有圓形之凹 部23 1。凹部23 1之徑及筒部1 5 1之外徑爲大致相同， 而支持基板1 5之筒部1 5 1及嵌合於凹部2 3 1。於嵌合筒 部1 5 1及凹部23 1的狀態，係凹部23 1之徑中心及一致 於筒部1 5 1之直徑中心，亦即旋轉軸1 2之旋軸中心軸 中（圖示於第1圖）。如第4圖所示，於基框23之前面以 延伸於凹部231之半徑方向形成支持槽232。凹部231 之徑中心係在支持槽232寬之中心。 合成樹指製之指示體24乃嵌進入支持槽232。將指示 體24嵌進於支持槽232的狀態，係指示體24之前面及 基框23之前面成爲一個面。指示體24之寬係與支持槽 232之寬爲同程度，且沿支持槽232設定爲可以滑動。 支持槽232僅於凹部231之半徑方向可位置變更地成爲 嵌進指示體24於基框23的嵌進裝置。並於指示體24 刻設有指示痕跡T，在基框2 3之前面設有刻度Μ。 再於指示體24之前端部以折彎爲直角的狀態形成位 置限制片24 1。位置限制片24 1之背面乃成爲圓狐面形 狀之限制面242。爲凹弧面的限制面242之圓弧面圓弧 半徑，係作成相同於測量長度部1 92紗繫合面1 93之圓 弧面圓弧面半徑。因而，限制面242及紗繫合面193乃 可以面接觸者。 在指示體24以直排狀態形成有一對長孔243、244。 螺絲25係通過長孔244螺合於基框23。鎖緊螺絲25時 螺絲25之頭部25 1就頂接指示體24，固定指示體24於 583364 五、發明說明（7) 基框23。螺絲25係可位置變更於凹部23 1之半徑方向 地’將嵌進指示體24於基框23狀態形成鎖緊固定的螺 絲固定裝置。支持槽232及螺絲25，係構成將指示體 24以可變更安裝位置地用來安裝於基框23的安裝裝置。 如第2圖鏈線所未將基框2 3嵌合於筒部1 5 1的狀態 ，係對旋轉軸1 2之軸線L方向所看時乃看到螺絲2 1通 過於長孔243。而長孔243、244爲同形狀同大小，長孔 24 3、244之間關係於基框23之半徑方向從螺絲25之位 置，作成爲相等於向螺絲2 1之位置方.向之距離。 在第1實施形態獲得以下之效果。 (1 -1)與具備支持基板1 5的緯紗測量長度貯存裝置同 樣裝置’用於複數之織機時，對緯緻測量長度貯存裝置 之支持基板1 5筒部1 5 1能裝卸的測量長度貯留量調整 裝置26，係亦可使用於用在其他複數合之織機的複數緯 紗測量長度貯存裝置的測量長度貯留量調整。因而，與 對緯紗測量長度貯存裝置預先組裝有測量長度貯留量調 整機構的先前構成比較，對緯紗測量長度貯存裝置之支 持基板1 5能裝卸的測量長度貯留量調整裝置26，係對 於每一台織機非常地廉價。 (1-2)於使用緯紗測量長度貯存裝置時，亦即進行測量 長度貯存時其測量長度貯留量調整裝置26，係自支持基 板1 5取下，測量長度貯留量調整裝置’26之重量並不會 加予支持基板1 5。因此，與測量長度貯留量調整機構經 常裝於緯紗測量長度貯存裝置的先前裝置比較，爲了使The invention of claim 4 is in claim 3, wherein the supporting portion includes a convex portion in the shape of a peripheral surface, and the base frame includes a circular concave portion fitted in the convex portion. The inventions in claim 3 and claim 4 are constructed by fitting the base frame to the support portion, and it is easy to assemble the measuring length storage amount adjustment device on the weft measuring length storage device. The invention in item 5 of the scope of patent application is in claim 4, wherein the Anhuan device is a fitting device that is fitted with a positional change of 0 only in the radial direction of the recessed portion, and is not fitted to the base frame; and The radial direction of the recessed part is formed by a reel fixing device which can be spring-embedded into the indicator body with a changeable position and can be locked and fixed. If the center of the diameter of the concave portion of the base frame is aligned with the center of the diameter of the convex portion of the support portion, the indicator can be changed in position only in the radial direction of the winding surface. The screw fixing device is a simple device for fixing the indicator body on the base frame. [Embodiments of the invention] The first embodiment of the present invention will be described below, with reference to Figs. 1 to 4. As shown in FIG. 1, 11 is a motor that becomes a driving source, and the rotating shaft is rotated by actuating the motor 1 1. The motor 11 is supported on a support bracket (not shown). A bobbin 13 is connected to the rotating shaft 12 at an oblique crossing. A yarn passage 1 2 1 is formed in the rotating shaft 12 from the base end across the middle portion, and the yarn passage 1 3 1 inside the bobbin 13 is connected to the yarn passage 1 2 1. In front of the motor 11, a ring-shaped support substrate 15 of a non-magnetic system is rotatably supported by a bearing 16. A cylindrical portion 151 (that is, a peripheral surface shape) is provided in front of the support substrate 15. A bearing 20 is interposed between the cylindrical portion 151 and the rotating shaft 12. Opposite magnets 1 7 and 18 are fixed to the opposite surfaces of the cover 14 and the support substrate 15. The magnets 17, 18 are attracted to each other, and the supporting substrate 15 and the cover 14 are held stationary by the attractive force. The bobbin 13 fixed to the rotation shaft 12 and rotated between the cover 14 and the support substrate 15. As shown in FIG. 2, the plurality of winding surface forming bodies 1 9 9 are fixed on the front surface of the supporting substrate 15 with screws 21 and fixed by the base portion 9 1 and the measuring length portion 1 9 2. to make. The surface of the plural measuring length is 192 583364. 5. The surface of the invention description (5) is a yarn joint surface 193 which is a convex arc surface which is a part of a shape or a winding surface and has a round fox shape. The yarn-joining surface 193 forms a substantially circular winding surface. The winding bobbin 13 is rotated around the support substrate 15 so that the weft yarn Y passing through the yarn passages 1 2 1 and 1 31 is wound on the winding surface. The supporting substrate 15 becomes a supporting portion for supporting the plurality of wound surface forming bodies 19, and the cylindrical portion 15 1 becomes a convex portion in the shape of a circumferential surface provided on the supporting portion. A long hole 194 is formed in the base 191. The screws 2 1 are screwed to the support substrate 1 5 through the long holes 1 94. The long hole 1 94 enables the winding surface forming body 19 to change the installation position in the radial direction of the support substrate 15, that is, the radial direction of the winding surface. An electromagnetic coil 22 is arranged near a winding surface forming body 19 and is driven by the excitation and demagnetization of the electromagnetic coil 22. The weft thread stopper 22 1 is a hole 1 95 which enters and exits the winding surface forming body 19. The weft yarn Y sent from the winding tube 13 is in accordance with the stopping effect of the weft thread stopper 22 1 and is stored in the winding. Yarn surface. When the weft thread stopper 221 is detached from the hole 195, it becomes possible to spin the winding yarn on the winding surface. The electromagnetic coil 22 is changed in position in the radial direction corresponding to the winding surface forming body 19 having the hole 195, and is formed so that the position can be changed only in the same radial direction. 3 (a) and 3 (b) show the measurement length storage amount adjustment device 26, and FIG. 4 is an exploded perspective view of the measurement length storage amount adjustment device 26. FIG. Measured length storage amount § The rounding device 26 'is a circular plate-shaped base frame 23 fitted to the ft] part 15 of the support substrate 15; an indicator body 24 mounted on the base frame 23 whose mounting position can be changed; and a lock The indicator body 24 is fastened to the screw 25 of the base frame 23. 583364 V. Description of the invention (6) As shown in Fig. 3 (b), a circular concave portion 23 1 is formed on the back surface of the base frame 23. The diameter of the recessed portion 23 1 and the outer diameter of the cylindrical portion 15 1 are substantially the same, and the cylindrical portion 15 1 of the support substrate 15 and the fitted portion 2 3 1 are fitted. In the state where the cylindrical portion 15 1 and the recessed portion 23 1 are fitted, the diameter center of the recessed portion 23 1 and the diameter center of the cylindrical portion 1 51 are aligned, that is, in the center axis of the rotation axis of the rotation shaft 12 (shown in FIG. Figure 1). As shown in Fig. 4, a support groove 232 is formed on the front surface of the base frame 23 so as to extend in a radial direction of the recessed portion 231. The center of the diameter of the recess 231 is the center of the width of the support groove 232. The indicator 24 of the synthetic tree finger is inserted into the support slot 232. The state where the indicator body 24 is fitted in the support groove 232 is such that the front surface of the indicator body 24 and the front surface of the base frame 23 become one surface. The width of the indicator body 24 is the same as the width of the support groove 232, and is set to be slidable along the support groove 232. The support groove 232 is an insertion device for inserting the indicator body 24 into the base frame 23 in a position changeable only in the radial direction of the recessed portion 231. An indicator mark T is engraved on the indicator body 24, and a scale M is provided on the front surface of the base frame 23. A position regulating piece 241 is formed in a state where the front end portion of the indicator body 24 is bent at a right angle. The back surface of the position restriction piece 24 1 is a restriction surface 242 in the shape of a round fox. The radius of the arc surface arc of the limiting surface 242, which is a concave arc surface, is made the same as the arc surface radius of the arc surface of the measuring length portion 1 92 yarn joint surface 1 93. Therefore, the restricting surface 242 and the yarn-joining surface 193 can contact each other. A pair of long holes 243 and 244 are formed in the indicator body 24 in a straight line. The screws 25 are screwed to the base frame 23 through the long holes 244. When the screw 25 is tightened, the head 25 1 of the screw 25 abuts the indicator body 24 and fixes the indicator body 583364. V. Description of the invention (7) Base frame 23. The screw 25 is a screw fixing device capable of changing the position in the radial direction of the recessed portion 23 'to fit the indicator body 24 in the state of the base frame 23. The support groove 232 and the screw 25 constitute a mounting device for mounting the indicator body 24 on the base frame 23 with a changeable mounting position. As shown in FIG. 2, the base frame 2 3 is not fitted to the cylindrical portion 151 in the chain line. When viewed from the direction of the axis L of the rotating shaft 12, the screw 2 1 passes through the long hole 243. The long holes 243 and 244 are of the same shape and size. The long holes 24 3 and 244 are related to the radial direction of the base frame 23 from the position of the screw 25 to the distance equal to the position of the screw 21. The following effects are obtained in the first embodiment. (1 -1) The same device as the weft measuring length storage device provided with a supporting substrate 15. When used in a plurality of looms, the supporting substrate 1 of the weft measuring length storage device 1 5 cylinder portion 1 5 1 detachable measuring length storage The amount adjusting device 26 can also be used for adjusting the measured length storage amount of the plural weft measuring length storage device used in other plural looms. Therefore, compared with the previous configuration in which the measuring length storage device for the weft yarn measurement length is preassembled, the supporting substrate 15 for the measuring length storage device for the weft yarn can be detachably measured length storage device 26 for each unit, Looms are very cheap. (1-2) When the weft measuring length storage device is used, that is, the measured length storage amount adjustment device 26 when measuring length storage is removed from the supporting substrate 15 and the weight of the length storage amount adjustment device '26 is measured and No support substrate 15 is added. Therefore, compared with the conventional device in which the measuring length storage amount adjusting mechanism is often installed in the weft measuring length storage device,
583364 五、發明說明（8) 支持基板1 5不追隨於旋轉軸1 2之旋轉用的磁鐵1 7、1 8 之磁力，以弱小即可。亦即，磁鐵1 7、1 8係小於失前 者即可，減低了磁鐵之成本。 (卜3)繞紗面形成體19，係依頂接繫合面193及指示 體24之限制面242，向繞紗面之扳徑方向限制移動。亦 即，對支持基板1 5的繞紗面形成體1 9所支持位置，依 頂接繫合面1 9 3及限制面242來規定。並又形成繞紗面 的紗繫合面1 9 3爲基準進行調整測量長度貯存量，故獲 得高調整精度。 (1- 4)測量長度貯留量調整裝置2 6，係依嵌合基框2 3 及筒部1 5 1之凹凸安裝於支持基板丨5。嵌合基框2 3於 支持基板1 5之筒部1 5 1之構成，係於裝測量長度貯留 量調整裝置26於緯絲測量長度貯存裝置上簡便者。 (1 - 5 )於嵌合筒部1 5 1於凹部2 3 1的狀態，係凹部2 3 1 之徑中心及筒部1 5 1之徑中心一致，而凹部2 3 1之徑中 心乃在支持槽2 3 2之寬中心。因而，嵌進支持、槽2 3 2的 指示體2 4，乃僅於繞紗面之徑方向可位置變更。嵌進指 示體2 4於支持槽2 3 2的構成，係於使指示體2 4僅在繞 紗面之徑方向可以位置變更上簡單。. (1 - 6)構成爲螺絲固定裝置的螺絲2 5，係固定指示體 24於基框23上爲簡便的裝置。 (1 - 7 )嵌進入支持槽2 3 2的指示體2 4，係阻止了，以 螺絲25爲中心對基框23的轉動。將指示體24嵌進支 持槽2 3 2的構成，係使指示2 4不以螺絲2 5爲中心作轉 -10- 583364 五、發明說明（9) 動上乃簡便的構成。 (1 - 8 )繞紗面形成體1 9以螺絲2 1爲中心傾斜於繞紗面 之周方向時，就不能獲得正確的測量長度貯存量。紗繫 合面1 9 3及限制面2 4 2乃爲面接觸，紗繫合面1 9 3及限 制面242在面接觸狀態，則繞紗面形成體1 9不會以螺 絲2 1爲中心作轉動。亦即，使紗繫合面1 9 3及限制面 242之作面接觸的構成，係使繞紗面形成體1 9不致於以 螺絲2 1爲中心傾動於繞紗面之周方向乂 (1 - 9)當繞紗面形成體1 9之紗繫合面1 9 3有傷痕時， 增加從紗巷繞面紡出開鬆的緯紗Y之紡出阻力，有提高 產生投緯不良之慮。將頂接於紗繫合面1 93的指示體24 作成合成樹脂之構成，係於避免依頂接指示體24及紗 繫合面193的損傷紗繫合面193上有效。 (1 -1 〇)螺絲2 1之鎖緊，係以頂接繞紗面形成體1 9及 指不體2 4的狀_從長孔2 4 3穿過螺絲起子進行。因此 ，予以保持紗繫合面1 9 3及限制面2 4 2的面接觸，則繞 紗面形成體1 9就依測量長度貯留調整裝置26，對所規 定的支持基板1 5之被支持位置不致於傾斜而固定在支 持基板1 5。 (1-11)因指示體24之前及基框23之屬面在一面，故 刻度Μ及指示刻痕T在相同面上。設置刻度Μ及指示 刻痕Τ在相同面上的構成，係對正確的測量長度貯留量 調整有效。 其次，說明第5圖〜第7圖之第2實施形態。與第一583364 V. Description of the invention (8) The supporting substrate 15 does not follow the magnetic force of the magnets 17 and 18 for the rotation of the rotating shaft 12 and may be weak. That is, the magnets 17 and 18 may be smaller than the former, which reduces the cost of the magnets. (B3) The winding surface forming body 19 restricts movement in the direction of the diameter of the winding surface according to the restricting surface 242 that abuts the engaging surface 193 and the indicator body 24. In other words, the position supported by the winding surface forming body 19 of the support substrate 15 is defined by the abutting engagement surface 193 and the restriction surface 242. In addition, the yarn combination surface 139 of the winding surface is adjusted as a reference to measure the storage amount of the length, so a high adjustment accuracy is obtained. (1-4) The measuring length storage amount adjusting device 26 is mounted on the supporting substrate 5 according to the unevenness of the fitting base frame 2 3 and the cylindrical portion 1 51. The structure of the fitting base frame 2 3 on the cylindrical portion 1 51 of the support substrate 15 is a simple one equipped with a measuring length storage adjustment device 26 and a weft measuring length storage device. (1-5) In the state where the cylindrical part 15 is fitted to the recessed part 2 31, the diameter center of the recessed part 2 3 1 and the diameter center of the cylindrical part 1 5 1 are the same, and the diameter center of the recessed part 2 3 1 is at Support slot 2 3 2 wide center. Therefore, the indicator body 2 4 embedded in the support and groove 2 3 2 can be changed in position only in the radial direction of the yarn winding surface. The structure in which the indicator body 24 is embedded in the support groove 2 3 2 is to make it easy to change the position of the indicator body 24 only in the radial direction of the winding surface. (1-6) The screws 25, which are configured as screw fixing devices, are simple devices for fixing the indicator body 24 on the base frame 23. (1-7) The indicator body 2 4 inserted into the supporting groove 2 3 2 is prevented from rotating the base frame 23 with the screw 25 as the center. The structure of inserting the indicator body 24 into the support groove 2 3 2 makes the indicator 2 4 not rotate around the screw 25 5 -10- 583364 V. Description of the invention (9) It is a simple and convenient structure. (1-8) When the winding surface forming body 19 is tilted in the circumferential direction of the winding surface with the screw 21 as the center, the accurate measurement length storage amount cannot be obtained. The yarn joint surface 1 9 3 and the restricting surface 2 4 2 are in surface contact, and the yarn joint surface 1 9 3 and the restricting surface 242 are in surface contact state, so the yarn winding surface forming body 19 will not be centered on the screw 21 Make rotation. That is, the configuration in which the yarn-joining surface 1 3 3 and the restricting surface 242 are brought into surface contact is such that the winding surface forming body 19 is not tilted in the circumferential direction of the winding surface with the screw 21 as the center 乂 (1 -9) When there is a flaw in the yarn-joining surface 19 3 of the winding surface forming body 19, the spinning resistance of the opened weft Y that is spun from the winding surface of the yarn lane is increased, which may increase the problem of poor weft insertion. The indicator body 24 abutting on the yarn joint surface 193 is made of a synthetic resin, and it is effective to avoid damage to the yarn system joint surface 193 by the abutment of the indicator body 24 and the yarn joint surface 193. (1 -1 〇) The locking of the screw 21 is performed in the shape of abutting the yarn surface forming body 19 and the finger body 2 4 through the screw driver through the long hole 2 4 3. Therefore, if the yarn contact surface 1 3 3 and the restricting surface 2 4 2 are kept in surface contact, the yarn-wound surface forming body 19 retains the adjustment device 26 according to the measured length, and supports the specified supported substrate 15 at the supported position. It is fixed to the support substrate 15 without being inclined. (1-11) Because the front surface of the indicator body 24 and the base surface of the base frame 23 are on one side, the scale M and the indicator score T are on the same surface. Setting the scale M and indicating the composition of the nicks T on the same surface is effective for adjusting the correct measurement length storage amount. Next, the second embodiment of FIGS. 5 to 7 will be described. With the first
-11- 583364 五、發明說明（1〇 ) 實施形態同樣構成部附與同樣符號。 如第5圖及第6圖所示，測量長度貯留量調整裝置27 由圓形狀之基框2 8 ;分別嵌進在形成於基框2 8周緣之 凸緣281的複數支持槽282的指示體29 ;嵌入凸緣281 內側之凹部283的凸輪體30 ;及穿通基框28之徑中心 而螺合於凸輪體3 0之徑中心的螺絲3 1所成。 在指示體29之基端部安裝有銷291。於凸輪體30形 成有複數之凸輪槽301，凸輪槽301嵌進銷29。由鬆開 螺絲3 1的狀態使凸輪體3 0轉動訖次螺絲3 1爲中心時 ’指示體29就依鎖29 1及凸輪槽3 0 1之凸輪作用沿支 持槽282向基框282半徑方向移動。 如第7圖所示，支持基板1 5之筒部1 5 1乃嵌合於凹 部28 3。於嵌合筒部15 1及凹部283的狀態，係指示體 29前端部之位置限制片292，可以面接觸於繞紗面形成 體19之紗繫合面193。位置限制片292，係與於第1實 施形態的位置限制片24爲同樣形狀。 如第6圖所示，刻度Μ乃設於指示體29之側面。其 支持槽282及凸緣281之外周面所成角Τ1即成指示刻 痕。設於指示體29的長孔293係完成與第1實施形的 長孔243同樣任務。 在第2實施形態係獲得與第1實施形態同樣之效果。 又對設定支持基板1 5的複數繞紗面形成體1 9之被支持 位置同時地進行。 接著，說明第8圖之第3實施形態，與第1實施形態 -12- 583364 五、發明說明（11 ) 同樣構成部附有同樣符號。 指示體24A前端部之位置限制片241 A之外周面245 ，係以面接觸於繞紗面形成體1 9之測量長度部1 92內 周面1 95。第3實施形態之測量長度貯留量調整裝置26A ，係帶來與第1實施形態的（1-1)項、（1-2)項、（卜4)〜（1-7) 項同樣效果。 接看，說明第9圖之第4實施形態。與第1實施形態 同樣構成部乃附與同樣符號。 · 測量長度貯留量調整裝置32，係由圓筒形成之基框 33 ; —體形成於基框33的臂片34 ;插通在形成於臂片 34前端部折彎部的孔341之指示體35 ;及螺合於臂片 3 4頂接指示體3 5的螺絲3 6所成。在基框3 3嵌合支持 基板15之筒部151。臂片34及延伸於基框33之半徑方 向。形成於臂片34的孔342，係爲鎖緊螺絲21之際用 來穿過螺絲起子者。鬆開螺絲3 6則指示體3 5，乃可移 動於臂片34之長度方向。 指示體3 5前端部之位置限制片3 5 1，係與第1實施形 態的位置限制片24 1或爲同樣形狀。位置限制片3 5丨乃 面接觸於繞紗面形成體1 9之紗繫合面1 93。 於第4實施形態係獲得與第〗實施形態的（^丨）項〜（1_3)項 、（卜4)〜（1-7)項同樣效果。 在本發明亦可爲如以下的實施形態： (1 )於第1實施形態，設刻度Μ於指示體2 4側，設指 示刻痕Τ於基框3 3側。-11- 583364 V. Description of the invention (10) The same components are attached to the same symbols in the embodiments. As shown in FIG. 5 and FIG. 6, the measuring length storage amount adjusting device 27 is composed of a circular base frame 2 8; indicator bodies respectively embedded in a plurality of supporting grooves 282 formed in the flange 281 formed on the periphery of the base frame 2 8. 29; a cam body 30 embedded in a recess 283 inside the flange 281; and a screw 31 that passes through the center of the diameter of the base frame 28 and is screwed to the center of the diameter of the cam body 30. A pin 291 is attached to a base end portion of the indicator body 29. A plurality of cam grooves 301 are formed in the cam body 30, and the cam grooves 301 are fitted into the pins 29. When the screw 31 is loosened, the cam body 30 is rotated. When the screw 31 is at the center, the indicator 29 is locked in accordance with the lock 29 1 and the cam groove 3 0 1 is in the radius direction from the support groove 282 to the base frame 282. mobile. As shown in Fig. 7, the cylindrical portion 15 1 of the support substrate 15 is fitted in the concave portion 28 3. In the state where the tubular portion 151 and the recessed portion 283 are fitted, the position restricting piece 292 of the front end portion of the indicator body 29 can be brought into surface contact with the yarn joining surface 193 of the winding surface forming body 19. The position regulating piece 292 has the same shape as the position regulating piece 24 in the first embodiment. As shown in FIG. 6, the scale M is provided on the side of the indicator body 29. The angle T1 formed by the outer peripheral surface of the support groove 282 and the flange 281 serves as an index score. The long hole 293 provided in the indicator 29 performs the same task as the long hole 243 of the first embodiment. In the second embodiment, the same effect as that of the first embodiment is obtained. The setting of the supported positions of the plurality of winding surface forming bodies 19 of the supporting substrate 15 is performed simultaneously. Next, the third embodiment shown in FIG. 8 will be described, which is the same as the first embodiment -12-583364 5. Description of the Invention (11) The same reference numerals are assigned to the same components. The outer peripheral surface 245 of the position limiting piece 241 A of the front end portion of the indicator body 24A is in contact with the inner peripheral surface 195 of the measuring length portion 1 92 of the winding surface forming body 19 in surface contact. The measurement length storage amount adjustment device 26A of the third embodiment brings about the same effects as the items (1-1), (1-2), (b. 4) to (1-7) of the first embodiment. Next, the fourth embodiment of FIG. 9 will be described. The same components as those in the first embodiment are assigned the same reference numerals. · Measuring length storage adjustment device 32, which is a base frame 33 formed by a cylinder;-an arm piece 34 formed in the base frame 33; an indicator body inserted in a hole 341 formed in a bent portion of the front end of the arm piece 34 35; and a screw 3 6 screwed on the arm piece 3 4 and abutting the indicator body 3 5. A cylindrical portion 151 of the support substrate 15 is fitted to the base frame 3 3. The arm piece 34 and the radial direction of the base frame 33 extend. The hole 342 formed in the arm piece 34 is used to pass through a screwdriver when the screw 21 is tightened. When the screw 3 6 is loosened, the indicator body 3 5 can be moved in the length direction of the arm piece 34. The position regulating piece 3 5 1 at the tip of the indicator body 3 5 is the same shape as the position regulating piece 24 1 of the first embodiment. The position restricting pieces 3 5 丨 are in contact with the yarn binding surface 1 93 of the yarn winding surface forming body 19. In the fourth embodiment, the same effects as the items (^ 丨) to (1_3) and (1) to (1-7) of the embodiment can be obtained. In the present invention, the following embodiments are also possible: (1) In the first embodiment, the scale M is set on the indicator body 24 side, and the indicator score T is set on the base frame 33 side.
-13- 583364 五、發明說明（12) (2) 於第1實施形態，使用齒條一小齒輪機構使指示體 2 4對基框2 3向半徑方向作移動。在此狀況，齒條係設 於指示體24側，小齒輪乃設在基框23側。指示體24 係於齒條一小齒輪機構的自鎖作用固定在基框23。 (3) 於第2實施形態，代替具有凸輪槽的凸輪體採用連 桿機構同時地移動複數之指示體29。 從上述實施形態能把握的請求項記載以外之發明記載 於以下= [1 ]於請求項1至5項中任一項記載之織機的緯紗測量 長度貯在裝置之測量長度貯留量調整裝置，上述紗繫合 面爲凸弧面，對該凸弧面的上述指示體之頂接面，係與 該凸弧面爲可以面接觸的同形狀之凹弧面。 [2 ]於§靑求項5項’ gS載之織機的緯紗測量長度貯在裝 置之測量長度貯留量調整裝置，上述嵌入裝置，具備有 沿著該凸部之半徑方向形成於該基框的支持槽，設螺絲 固定裝置，具備有在設支持槽之槽方向長的長孔，及穿 過該長孔螺合於該支持槽之底的螺絲，，而該螺絲之頭部 乃依該螺絲之栓入頂接於該指示體。 • [3]於請求項5項，記載之織機的緯紗測量長度貯在 裝置之測量長度貯留量調整裝置，上述支持部，具備有 圓板形狀之支持基板，及突設於該支持基板之徑中央部 的筒部，該繞紗面形成體係於該筒部周圍之支持基板前 面，依螺絲固定者，該基框之凹部係嵌合於該筒部，從 該筒部之軸線方向看時，於設指示體形成有可透視該螺-13- 583364 V. Description of the invention (12) (2) In the first embodiment, a rack and pinion mechanism is used to move the indicator body 2 4 to the base frame 23 in a radial direction. In this case, the rack is provided on the indicator body 24 side, and the pinion is provided on the base frame 23 side. The indicator body 24 is fixed to the base frame 23 by a self-locking action of a rack-pinion mechanism. (3) In the second embodiment, instead of a cam body having a cam groove, a link mechanism is used to move a plurality of indicator bodies 29 simultaneously. The inventions other than those described in the request items that can be grasped from the above embodiment are described below. [1] The weft yarn measurement length of the loom described in any one of the request items 1 to 5 is stored in the measurement length storage amount adjustment device of the device. The yarn joint surface is a convex arc surface, and the abutting surface of the indicator body on the convex arc surface is a concave arc surface of the same shape that can be in surface contact with the convex arc surface. [2] Calculate item 5 in § 靑. The weft yarn measurement length of the gS-loaded loom is stored in the measuring length storage amount adjustment device of the device. The above-mentioned embedding device is provided with a base frame formed along the radial direction of the convex portion. The support slot is provided with a screw fixing device, and has a long hole long in the direction of the slot provided with the support slot, and a screw screwed to the bottom of the support slot through the long hole, and the head of the screw is based on the screw. It is plugged into the indicator body. [3] In item 5 of the request, the weft measuring length of the loom is stored in the measuring length storage amount adjustment device of the device. The above-mentioned support section is provided with a support plate having a circular plate shape, and a diameter protruding from the support substrate. The central part of the tube, the winding surface is formed in front of the support substrate around the tube, and the recessed part of the base frame is fitted to the tube when fixed by screws. When viewed from the axis of the tube, The indicator body is formed with a view through the screw
-14--14-