201024499 六、發明說明： 【發明所屬之技術領域】 本發明，是有關於被安裝於繩索狀物或是帶狀物的端 部的繩尾夾。 【先前技術】 習知，繩索是被使用於各種的用途。例如在鞋子和公 • 事包或是衣服和裝身具中的開口部等的密封、尺寸等的調 整中多用繩索。且，物品的連結和貨物的固定等多樣的狀 況皆使用繩索。 又，在此所謂的繩索，是總稱可結束等的繩索狀體， 一般的繩索、拉線、拉索等以外，也包含帶、皮帶等。 在這些的繩索中一般進行端部處理。即在只有切斷的 狀態下，除了剖面的外觀或是手觸感差以外，在編成的素 材中會有解散開的情況。 • 端部處理的最簡單的方法是在繩索形成打結頭。但是 ，在製造現場中在繩索形成打結頭的話，因花費勞力和時 間而不佳，且會進一步要求提高製品的裝飾性，因此在繩 索端部裝設專用的繩尾夾。 習知的繩尾夾，是利用收容繩索端部（從繩索的端開 始的預定長度的領域）的樹脂成型品。具體而言，將被半 切的本體由鉸鏈連結，將繩索狀物和帶狀物的端部（繩索 端部）挾入的形式之外，已知從筒狀的扣座的一方將繩索 端部插入，由從相反側插入的插頭將繩索端部卡止的形式 -5- 201024499 (專利文獻1及專利文獻2參照）。 專利文獻1的繩索的末端處理具，是設置扣座（外部 殼）及插頭（栓構件），在插頭設置一對的腳部（螺固構 件），在其內側形成爪狀的卡止部（第3膨出部）。在此 構成中，藉由在一對的爪之間將繩索1挾入，若繩索朝脫 落方向移動的話，一對的爪會進一步嵌入繩索，由此可獲 得止脫效果。 專利文獻2的繩索狀或帶狀物的端部蓋，是由扣座（ 母構件）及插頭（公構件）構成，在插頭設置一對的腳部 (挾持用腳部），在其內側形成複數爪狀的卡止部（突起 )，藉由在這些的爪之間將繩索挾入可獲得同樣的止脫效 果。 [專利文獻1]日本特開2001-340113號公報 [專利文獻2]曰本專利第4040451號公報 【發明內容】 (本發明所欲解決的課題） 但是，在前述的專利文獻1中，爲了將插頭（栓構件 )留置在扣座（外部殻）內，在插頭的基部形成凸部（第 2膨出部），使與扣座的凹部（開口的內側周緣）卡合。 在這種構成中，在扣座將插頭插入時，凸部或是凹部 需要彈性變形’而成爲需要將這些彈性變形的壓入力。另 一方面’在形成有凸部的插頭的基部或是形成有凹部的扣 座中’爲了止脫各別需要預定的剛性。如此，插頭的止脫 -6- 201024499 性能提高的話，插頭的裝設時要求強力的壓入力，而有朝 繩索端部的裝設時的作業性下降的問題。 另一方面，在前述的專利文獻2中，爲了將插頭（公 構件）留置在扣座（母構件）內，在插頭的頭部形成一對 的突片，在這形成凸部（掛合突部），將此凸部與形成於 扣座的內側的凹部卡合。 在這種構成中，插頭側的凸部因爲是形成於突片，其 φ 本身變形容易，插頭的裝設時可以緩和所需要的強力的壓 入力。但是，在插頭的裝設時，有需要與將繩索端部挾持 的一對的腳部一起將細的突片朝扣座內插入，還是有朝繩 ' 索端部的裝設時的作業性下降的問題。特別是，突片因爲 是位於頭部的兩端附近，所以無法適切地保持對於扣座的 插頭的位置的話，還是會從扣座的開口脫落，而有裝設無 法穩定進行的問題。 本發明的目的，是提供一種繩尾夾，使扣座及插頭的 φ 組裝作業可容易且穩定地進行’並且組裝的扣座及插頭可 強力地組裝。 (用以解決課題的手段） 本發明的繩尾夾，是具有：繩索端部被插入的略筒狀 的扣座、及插入前述扣座內將前述繩索端部卡止的插頭， 其特徵爲：前述扣座，是具有：前述繩索端部被插入的繩 索用開口、及前述插頭被插入的插頭用開口、及與前述繩 索用開口及前述插頭用開口連通且將從前述繩索用開口插 201024499 入的前述繩索端部橫跨預定長度收容的收容部；前述插頭 ，是具有··被裝設於前述插頭用開口的基部、及被支撐在 前述基部且從前述插頭用開口朝前述收容部內插入的腳部 、及形成於前述腳部將前述收容部內的前述繩索端部卡止 的繩索卡止部；前述基部，是具有：將前述腳部支撐的第 1構件、及從前述第1構件隔有間隔地配置的第2構件、及 將前述第1構件及前述第2構件連結的一對的側構件、及形 成於前述一對的側構件之間並貫通前述基部的孔狀的空間 部、及形成於前述側構件並可與前述收容部的內面卡合的 卡合部；前述一對的側構件的至少形成有前述卡合部的部 位是具有可朝前述空間部的內側彎曲的方式變形的彈性。 在本發明中，腳部，是可以利用一對分別被支撐在基 部之間並將繩索端部挾入的構造以外，在收容部的內面之 間將繩索端部挾入構造也可以採用。將繩索端部卡止的卡 止部，是可以採用形成於腳部的表面的鋸齒狀、其他的凹 凸形狀。 在本發明中，藉由從繩索用開口朝扣座的收容部內將 繩索端部插入，從插頭用開口將插頭插入，而在收容部內 藉由繩索卡止部使繩索端部被卡止在腳部。繩索的插入側 因爲是與插頭的插入側相反，所以繩索即使被拉引，插頭 也不會脫落，也可防止繩索的脫出。另一方面，繩索未被 拉引的狀態下，插頭也藉由卡止部被止脫。 基部，是藉由第1構件、第2構件、一對的側構件形成 矩形框狀，在其內側形成有中空的空間部。一對的側構件 -8- 201024499 ’是藉由卡合部卡合於收容部的內面，構成來自插頭的扣 座的止脫功能。 將插頭插入扣座時，卡合部直到收容部的卡合部位爲 止之間，卡合部是在收容部的內面滑動且承受反作用力， 藉由此反作用力使形成有卡合部的一對的側構件的至少形 成有卡合部的部位朝空間部的內側彎曲的方式彈性變形。 一對的側構件，因爲是對於形成有卡合部的表面側使背側 • 被作成空間部，不會藉由具有如第1構件和第2構件的剛性 而限制變形，所以由前述的反作用力所産生的朝空間部的 • 內側方向彎曲的彈性變形可容易地進行。 ' 因此，即使將卡合部形成適用於從扣座的止脫功能的 形狀，例如大的凹凸的情況，將插頭插入扣座時也容易變 形，組裝作業可以容易地進行，並且可以回避組裝操作中 的不穩定性。 對於本發明的繩尾夾，前述卡合部是形成於相面對於 # 前述側構件的前述收容部的面，前述收容部，是具有可與 前述卡合部卡合的被卡合部較佳。 在本發明中，將插頭插入扣座時，卡合部直到收容部 的卡合部位爲止之間，側構件的卡合部是在收容部的內面 滑動且從相面對的收容部承受反作用力，藉由此反作用力 使側構件朝空間部的內側方向彎曲的方式彈性變形。又， 藉由將側構件的卡合部形成凸狀，將收容部的內面的被卡 合部形成凹狀的話，側構件的該當部位變粗，可以確保作 爲物品的強度。且，將側構件的卡合部形成凸狀以外，在 -9- 201024499 藉由彈性變形卡合時更有效》 在收容部的內面形成凸狀的被卡合部，將卡合部形成 凹狀的也可以，但是此情況因爲將凸狀的被卡合部滑動於 一對的側構件的表面，使受到反作用力的位置移動，所以 凸狀的被卡合部滑動的位置是接近第1構件或是第2構件情 況等無法具有充分的彈性變形。因此，將卡合部形成凸狀 ，將被卡合部形成凹狀較佳。 進一步，在一對的側構件形成凹部的話，只有該部位 剖面積減少，而有成爲脆弱的可能性，依據此點將卡合部 形成凸狀，將被卡合部形成凹狀較佳。 對於本發明的繩尾夾，形成於前述第1構件或是前述 第2構件的任一，是具有：與形成於前述側構件的前述卡 合部不同的方向的卡合部、及形成於前述收容部可與前述 卡合部卡合的被卡合部較佳。 在本發明中，由形成於前述的側構件的卡合部及相面 對的收容部內面的被卡合部所産生的卡合以外，也可以利 用由形成於前述第1構件或是前述第2構件的任一的卡合部 及相面對的收容部內面的被卡合部所産生的卡合，構成插 頭的止脫功能。 對於本發明的繩尾夾，形成於側構件的卡合部是比形 成於第1構件或是前述第2構件的任一的卡合部更大的較佳 〇 在本發明中，因爲側構件的卡合部可以在空間部的內 部彎曲的方式彈性變形’所以可形成更大的卡合部，插頭 -10- 201024499 的止脫功能可以更提高。 對於本發明的繩尾夾，形成於前述第1構件或是前述 第2構件的任一的前述卡合部及形成於前述側構件的前述 卡合部是被配置於與前述插頭的插入方向軸線垂直地交叉 的相同位置較佳。 又，被配置於與插頭的插入方向軸線垂直地交叉的相 同位置的話，意味在與插頭的插入方向軸線交叉相同的假 想平面上配置有各卡合部。爲了將形成於第1構件或是第2 構件的卡合部與形成於側構件的卡合部位於相同插入方向 * 位置，可以採用例如在第1構件或是第2構件形成朝空間部 * 的內側膨出的膨出部，在其表面形成卡合部的構成》 在本發明中，側構件的卡合部及第1構件或是第2構件 的卡合部因爲是在插頭的插入方向的相同位置與扣座卡合 ，所以這些之間相互相乘可以提高插頭的止脫功能。特別 是，因爲在側構件的卡合部中當卡合時一對的側構件會彈 • 性變形，在第1構件或是第2構件的卡合部中當卡合時扣座 擴張，所以彼此之間卡合時的變形是分別進行。例如，在 第1構件的4面形成凸狀的話，分別藉其使扣座大大地擴張 而發生過大的阻力，但是在本發明中扣座擴張的力是只有 第1構件或是第2構件的卡合部的2面分即可，即使設在相 同位置也不需要過大的壓入力。 對於本發明的繩尾夾，形成有前述卡合部的前述第1 構件或是前述第2構件的任一，是具有使其前述空間部側 的部位朝前述空間部的內側膨出的膨出部，在前述膨出部 -11 - 201024499 形成有前述卡合部較佳》 在本發明中，藉由將前述第1構件或是前述第2構件的 一部分朝前述空間部的內側膨出，就可以將此膨出部延長 直到一對的側構件之間爲止，形成於第1構件或是第2構件 的卡合部與形成於側構件的卡合部可位於相同插入方向位 置。 對於本發明的繩尾夾，前述收容部內是由分隔構件被 分隔成複數區劃，在前述複數區劃中各別被插入前述腳部 及前述繩索端部較佳。 在本發明中，各繩索端部可以在各區劃各別藉由腳部 被止脫，將複數繩索端部由1個繩尾夾端部處理。 對於本發明的繩尾夾，前述收容部內是由前述腳部被 分隔成複數區劃，在前述複數區劃中各別被插入前述繩索 端部較佳。 在本發明中，各繩索端部也可以在各區劃各別藉由腳 部被止脫，將複數繩索端部由1個繩尾夾端部處理。 【實施方式】 以下，將本發明的實施例依據圖面說明。 [第1實施例] 在第1圖至第6圖的各圖中顯示本發明的第1實施例。 如第1圖至第4圖所示，繩尾夾9，是爲了繩索1的端部 處理而被裝設於繩索端部1A’具有：繩索端部1A被插入 201024499 的略筒狀的扣座10、及被插入扣座10內並將繩索端部〖八卡 止的插頭20。 扣座10’是具有：繩索端部1 A被插入的繩索用開口 11 、及插頭20被插入的插頭用開口 12、及與繩索用開口 11及 插頭用開口 12連通且將從繩索用開口 η被插入繩索端部以 橫跨預定長度收容的收容部13。 插頭20，是具有：被裝設於插頭用開口 12的基部21、 φ 及被支撐在基部21且從插頭用開口 12朝收容部13內被插入 的腳部22、及形成於腳部22將收容部13內的繩索端部1A卡 止的繩索卡止部23。 這些的扣座10及插頭20，是各別藉由具有彈性的合成 樹脂將各部形狀一體成型。 插頭20的腳部22，是一對地並列形成，在彼此的相面 對的側中各別形成有繩索卡止部23。繩索卡止部23，是在 腳部22的彼此的相對面被作成交互形成的鋸齒狀或是圓錐 φ 狀的突起。腳部22是在與基部21連續的部分的內側具有凹 陷，由該部分形成彎曲容易。由此，腳部22是以與基部21 連續的部分爲中心轉動，藉由使各先端接近，就可以在各 腳部22之間將繩索端部1A挾住。 扣座10的收容部13，是使繩索用開口 11側形成比插頭 用開口 12側更窄，在收容部13的內面形成有錐面部14。被 揷入收容部13的腳部22的各先端側（基部21的相反側）’ 是在無外力的狀態下雖比收容部13的繩索用開口 11側的內 寬度更大地遠離但是（第5圖參照）’將腳部22從插頭用 -13- 201024499 開口 12插入時，各先端與錐面部14抵接之後，沿著錐面部 14朝彼此之間接近方向變位（第6圖參照），朝較窄形成 的收容部13的繩索用開口 11側的狹窄部分被對齊地收容（ 第1圖參照）。在此狀態下，腳部22是在彼此之間接近的 狀態下被維持，在一對的腳部22之間繩索端部1 A被插入的 話，由各繩索卡止部23使繩索端部1A被挾持，繩索端部 1 A是在被卡止狀態下被保持。 插頭20的基部21 ’是具有：將腳部22支撐的第1構件 24、及從第1構件24隔有間隔地被配置的第2構件25、及將 第1構件24及第2構件25連結的一對的側構件26，藉由這些 的第1構件24、第2構件25、一對的側構件26將基部21形成 矩形框狀，在其內側形成有中空的空間部21Α» 第1構件24，是在兩側連結一對的腳部22的基端側， 並且連結一對的側構件26的一端側，在第1構件24的各端 部中腳部22及側構件26是連續的方式形成。第1構件24是 具有朝空間部21 A側膨出的圓弧狀的膨出部24 A,在此圓 弧狀的膨出部24 A的表背中形成有球面凸狀的卡合部28。 又，在腳部22的根部分即基部21連續的部分，是使一 對的腳部22的彼此之間相面對的側呈圓弧狀凹陷，形成剖 面形狀比腳部22的根更前的部分（形成有繩索卡止部23的 部分）更小。藉由在此根凹陷，使腳部22主要在根彈性變 形，對於基部21將根朝軸整體直線狀地轉動。 第2構件25，是在兩端連結一對的側構件26的另一端 側。第2構件25的空間部21 A的相反側，是即使作爲繩尾夾 201024499 9組裝時也從插頭用開口 12露出’構成繩尾夾9的外面（第 4圖參照）。 側構件26，是當將插頭20插入扣座10內時朝沿著收容 部13的內面的方向延伸的橫樑狀的構件，形成比第1構件 24及第2構件25的厚度薄（細）。 在側構件26的中間部中，在面向收容部13的內面的側 形成有球面凸狀的卡合部27。由此，側構件26，是使至少 0 形成有卡合部27的部位從收容部13的內面隔離的方式可彈 性變形。 卡合部27是被作成比卡合部28更大的凸狀。在此的大 ，是指圓形的凸狀的半徑大，並且從周圍的突起高度也大 〇 在收容部13中，形成有可與卡合部27卡合的凹狀的被 卡合部17，並且形成有可與卡合部28卡合的凹狀的被卡合 部18。 這些的被卡合部17及被卡合部18，是作爲繩尾夾9組 裝時被配置於彼此卡合的位置，被作成對應卡合部27及卡 合部28的球面的凹狀。因此，將插頭2〇插入扣座1〇並作爲 繩尾夾9組裝，藉由將這些的卡合部27及被卡合部17及卡 合部28及被卡合部18卡合，來防止從插頭20的扣座10的脫 落的功能。201024499 VI. Description of the Invention: TECHNICAL FIELD OF THE INVENTION The present invention relates to a tail clip that is attached to a rope or a belt end. [Prior Art] Conventionally, a rope is used for various purposes. For example, in the adjustment of the seal, the size, and the like of the shoes and the bag or the opening of the clothes and the body, the rope is often used. Moreover, ropes are used in various situations such as the connection of articles and the fixing of goods. In addition, the ropes here are generally rope-like bodies that can be finished, and the like, and belts, belts, and the like are also included in general ropes, cables, cables, and the like. End treatment is generally performed in these ropes. That is, in the state of being cut only, in addition to the appearance of the cross section or the feeling of hand touch, there is a case where the prepared material is dissipated. • The easiest way to handle the ends is to form a knotted knot on the rope. However, when the knot is formed on the rope at the manufacturing site, it is not preferable because labor and time are required, and the decorativeness of the product is further required to be improved. Therefore, a special string end clip is attached to the end of the rope. A known string end clip is a resin molded article that utilizes an end portion of a cord (a predetermined length from the end of the cord). Specifically, the half-cut body is connected by a hinge, and the end of the rope and the end of the belt (the end of the rope) is inserted, and it is known that the end of the rope is pulled from one side of the cylindrical buckle. Insertion, a form in which the end of the rope is locked by a plug inserted from the opposite side - 5, 2010, 24, 499 (refer to Patent Document 1 and Patent Document 2). In the end treatment tool for a rope of Patent Document 1, a socket (outer casing) and a plug (plug member) are provided, and a pair of leg portions (screw members) are provided in the plug, and a claw-shaped locking portion is formed inside (a claw-shaped locking portion) The third bulging part). In this configuration, by pulling the rope 1 between the pair of claws, if the rope moves in the direction of the fall, the pair of claws are further inserted into the rope, whereby the release effect can be obtained. The end portion of the rope-like or belt-shaped object of Patent Document 2 is composed of a buckle (mother member) and a plug (male member), and a pair of leg portions (holding legs) are provided in the plug, and are formed inside thereof. The plurality of claw-shaped locking portions (protrusions) can achieve the same release effect by infusing the rope between the claws. [Patent Document 1] Japanese Laid-Open Patent Publication No. 2001-340113 [Patent Document 2] Japanese Patent No. 4040451 (Invention) [Problems to be Solved by the Invention] However, in Patent Document 1 described above, The plug (plug member) is placed in the buckle seat (outer case), and a convex portion (second bulging portion) is formed at the base portion of the plug to engage with the concave portion (the inner peripheral edge of the opening) of the buckle seat. In such a configuration, when the plug is inserted into the plug, the convex portion or the concave portion needs to be elastically deformed, and the pressing force for elastically deforming these is required. On the other hand, 'the base portion of the plug in which the projection is formed or the socket in which the recess is formed' requires a predetermined rigidity in order to be detached. In this way, when the performance of the plug is increased, the plug is required to have a strong pressing force, and the workability at the end of the rope is lowered. On the other hand, in the above-mentioned Patent Document 2, in order to leave the plug (male member) in the buckle seat (parent member), a pair of tabs are formed on the head of the plug, and a convex portion is formed therein (the hook portion is hung) The convex portion is engaged with the concave portion formed on the inner side of the buckle seat. In such a configuration, since the convex portion on the plug side is formed on the protruding piece, the φ itself is easily deformed, and the required strong pressing force can be alleviated when the plug is mounted. However, when the plug is installed, it is necessary to insert the thin tabs into the buckle seat together with the pair of leg portions that hold the end portions of the ropes, or to work with the cable ends of the ropes. The problem of falling. In particular, since the tab is located near both ends of the head, if the position of the plug of the buckle is not properly maintained, the tab may be detached from the opening of the buckle, and the mounting may not be stably performed. SUMMARY OF THE INVENTION An object of the present invention is to provide a tail clip which allows the φ assembly work of the buckle and the plug to be easily and stably performed and the assembled buckle and the plug can be strongly assembled. (Means for Solving the Problem) The string end clip of the present invention has a slightly cylindrical buckle seat into which the end portion of the rope is inserted, and a plug inserted into the buckle seat to lock the end portion of the rope, and is characterized in that The above-mentioned fastening seat is provided with an opening for a rope into which the end portion of the rope is inserted, and an opening for a plug into which the plug is inserted, and an opening for the rope and the opening for the plug, and the opening for the rope is inserted into the opening for the rope 201024499 The accommodating portion in which the end portion of the cord is received across a predetermined length; the plug is provided with a base portion that is attached to the opening for the plug, and is supported by the base portion and inserted into the accommodating portion from the opening for the plug a leg portion and a rope locking portion formed on the leg portion to lock the end portion of the wire in the housing portion; the base portion includes a first member for supporting the leg portion and a first member separated from the first member a second member that is disposed at intervals, a pair of side members that connect the first member and the second member, and a side member that is formed between the pair of side members and penetrates the base a hole-shaped space portion and an engagement portion formed on the side member and engageable with an inner surface of the accommodating portion; at least a portion of the pair of side members having the engagement portion formed thereon The elasticity of the deformation of the inner side of the space portion is curved. In the present invention, the leg portion may be a structure in which a pair of ropes are supported between the base portions and the end portions of the ropes are respectively inserted between the inner surfaces of the accommodating portions. The locking portion for locking the end portion of the rope may have a zigzag shape or another concave convex shape formed on the surface of the leg portion. In the present invention, the cord end portion is inserted into the accommodating portion of the buckle seat from the opening for the cord, and the plug is inserted from the opening for the plug, and the end portion of the cord is locked at the foot by the cord locking portion in the accommodating portion. unit. Since the insertion side of the rope is opposite to the insertion side of the plug, even if the rope is pulled, the plug does not fall off, and the escape of the rope can be prevented. On the other hand, in a state where the rope is not pulled, the plug is also stopped by the locking portion. The base portion is formed in a rectangular frame shape by the first member, the second member, and the pair of side members, and a hollow space portion is formed inside the base member. The pair of side members -8-201024499' is engaged with the inner surface of the accommodating portion by the engaging portion, and constitutes a detachment function of the buckle from the plug. When the plug is inserted into the buckle seat, the engaging portion is slid on the inner surface of the accommodating portion and receives a reaction force between the engaging portion and the engaging portion of the accommodating portion, whereby the engaging portion is formed by the reaction force. The portion of the pair of side members that is formed with at least the engaging portion is elastically deformed so as to be curved toward the inner side of the space portion. The pair of side members are formed such that the back side is formed as a space portion with respect to the surface side on which the engaging portion is formed, and the deformation is not restricted by the rigidity of the first member and the second member. The elastic deformation of the inner side direction of the space portion generated by the force can be easily performed. Therefore, even if the engaging portion is formed into a shape suitable for the retaining function from the buckle seat, for example, a large unevenness, the plug is easily deformed when the plug is inserted into the buckle seat, the assembly work can be easily performed, and the assembly operation can be avoided. Instability in the middle. In the string end clip of the present invention, the engaging portion is formed on a surface of the facing portion of the side member of the # side member, and the receiving portion preferably has an engaged portion engageable with the engaging portion. . In the present invention, when the plug is inserted into the buckle seat, the engaging portion of the side member slides on the inner surface of the accommodating portion and is counteracted from the facing accommodating portion until the engaging portion reaches the engaging portion of the accommodating portion. The force is elastically deformed by bending the side member toward the inner side direction of the space portion by the reaction force. Further, when the engaging portion of the side member is formed in a convex shape and the engaged portion of the inner surface of the accommodating portion is formed in a concave shape, the portion of the side member becomes thick, and the strength of the article can be secured. Further, the engaging portion of the side member is formed into a convex shape, and is more effective when it is engaged by elastic deformation at -9-201024499. A convex-shaped engaged portion is formed on the inner surface of the accommodating portion, and the engaging portion is formed into a concave portion. However, in this case, since the convex engaged portion is slid on the surface of the pair of side members and the position at which the reaction force is applied is moved, the position at which the convex engaged portion slides is close to the first position. The member or the second member cannot be sufficiently elastically deformed. Therefore, it is preferable to form the engaging portion into a convex shape and to form the concave portion in the engaged portion. Further, when a pair of side members are formed into a concave portion, only the cross-sectional area of the portion is reduced, and the portion may be weak. According to this, the engaging portion is formed in a convex shape, and the engaged portion is preferably formed in a concave shape. The string end clip of the present invention is formed in the first member or the second member, and has an engaging portion that is different from the engaging portion formed in the side member, and is formed in the It is preferable that the accommodating portion is engageable with the engaging portion. In the present invention, in addition to the engagement between the engaging portion formed on the side member and the engaged portion on the inner surface of the facing receiving portion, the first member or the first member may be used. The engagement between any of the engaging portions of the two members and the engaged portion on the inner surface of the facing receiving portion constitutes a function of stopping the plug. In the tail clip of the present invention, the engaging portion formed on the side member is larger than the engaging portion formed in either the first member or the second member, in the present invention, because the side member The engaging portion can be elastically deformed in such a manner that the inside of the space portion is curved. Therefore, a larger engaging portion can be formed, and the stop function of the plug-10-201024499 can be further improved. In the string end clip of the present invention, the engaging portion formed in any one of the first member or the second member and the engaging portion formed on the side member is disposed in an insertion direction axis with the plug The same position that intersects vertically is preferred. Further, when disposed at the same position perpendicular to the axis of the insertion direction of the plug, it means that the respective engaging portions are arranged on the same imaginary plane as the axis of the insertion direction of the plug. In order to position the engaging portion formed in the first member or the second member at the same insertion direction* as the engaging portion formed in the side member, for example, the first member or the second member may be formed toward the space portion*. In the present invention, the engaging portion of the side member and the engaging portion of the first member or the second member are in the insertion direction of the plug. The same position is engaged with the buckle seat, so multiplication between these can improve the plug-off function of the plug. In particular, since the pair of side members are elastically deformed when the engaging portion of the side member is engaged, the buckle is expanded when the engaging portion of the first member or the second member is engaged, The deformations when they are engaged with each other are separately performed. For example, when the four faces of the first member are formed in a convex shape, excessive resistance is generated by the expansion of the buckle seat, respectively, but in the present invention, the force of expansion of the buckle seat is only the first member or the second member. The two sides of the engaging portion are sufficient, and even if they are provided at the same position, an excessive pressing force is not required. In the string end clip of the present invention, either the first member or the second member in which the engaging portion is formed has a bulging portion in which the portion on the space portion side is bulged toward the inner side of the space portion. In the present invention, the engaging member is preferably formed by the bulging portion -11 - 201024499. In the present invention, the first member or a part of the second member is bulged toward the inner side of the space portion. The bulging portion may be extended until the pair of side members, and the engaging portion formed between the first member or the second member and the engaging portion formed at the side member may be located at the same insertion direction position. In the string end clip of the present invention, the partition portion is partitioned into a plurality of partitions by the partition member, and the leg portions and the rope end portions are preferably inserted into the plurality of partitions. In the present invention, each of the rope end portions can be stopped by the foot portions in each of the divisions, and the ends of the plurality of ropes are treated by the end portions of one of the rope ends. In the string end clip of the present invention, the leg portion is partitioned into a plurality of sections in the housing portion, and it is preferable that each of the plurality of sections is inserted into the end portion of the cord. In the present invention, each of the rope end portions may be stopped by the foot portions in each of the divisions, and the end portions of the plurality of ropes may be handled by one end portion of the rope tail. [Embodiment] Hereinafter, embodiments of the present invention will be described with reference to the drawings. [First Embodiment] A first embodiment of the present invention is shown in each of Figs. 1 to 6 . As shown in Figs. 1 to 4, the string end clamp 9 is attached to the rope end portion 1A' for the end portion treatment of the rope 1, and has a slightly cylindrical seat portion in which the rope end portion 1A is inserted into 201024499. 10, and the plug 20 inserted into the buckle seat 10 and the end of the rope is eight-card. The buckle seat 10' has a cord opening 11 into which the cord end portion 1A is inserted, a plug opening 12 into which the plug 20 is inserted, and a cord opening 11 and a plug opening 12 that communicate with the cord opening η. The accommodating portion 13 that is inserted into the end portion of the rope to be accommodated across a predetermined length. The plug 20 has a base portion 21 that is attached to the plug opening 12, φ, and a leg portion 22 that is supported by the base portion 21 and that is inserted into the housing portion 13 from the plug opening 12, and is formed on the leg portion 22 A rope locking portion 23 that is locked by the rope end portion 1A in the accommodating portion 13. These buckle seats 10 and plugs 20 are integrally molded into a shape of each portion by a synthetic resin having elasticity. The leg portions 22 of the plug 20 are formed side by side in a pair, and the rope locking portions 23 are formed on the opposite sides of each other. The rope locking portion 23 is a zigzag or conical φ-shaped projection that is formed alternately on the opposing faces of the leg portions 22. The leg portion 22 has a recess on the inner side of the portion continuous with the base portion 21, and the portion is formed to be easily bent. Thereby, the leg portion 22 is rotated about the portion continuous with the base portion 21, and by bringing the respective leading ends close, the rope end portion 1A can be caught between the leg portions 22. The accommodating portion 13 of the buckle seat 10 is formed such that the side of the opening 11 for the rope is narrower than the side of the opening 12 for the plug, and the tapered surface portion 14 is formed on the inner surface of the accommodating portion 13. The tip end side (the side opposite to the base portion 21) of the leg portion 22 that has been inserted into the accommodating portion 13 is larger than the inner width of the accommodating portion 13 on the side of the cord opening 11 in the state where there is no external force (the fifth (refer to Fig. 6), when the leg portions 22 are inserted from the plug-in 13-201024499 opening 12, the respective leading ends are in contact with the tapered surface portion 14, and then displaced along the tapered surface portion 14 toward each other (see Fig. 6). The narrow portion on the side of the opening 11 for the rope of the accommodating portion 13 formed in a narrow manner is accommodated in alignment (refer to FIG. 1). In this state, the leg portions 22 are maintained in a state of being close to each other, and when the cord end portions 1 A are inserted between the pair of leg portions 22, the rope end portions 1A are made by the respective rope locking portions 23. When held, the rope end 1 A is held in the locked state. The base portion 21' of the plug 20 has a first member 24 that supports the leg portion 22, a second member 25 that is disposed from the first member 24 with a gap therebetween, and a first member 24 and a second member 25 that are connected to each other. The pair of side members 26 are formed in a rectangular frame shape by the first member 24, the second member 25, and the pair of side members 26, and a hollow space portion 21 is formed inside the first member. 24 is a proximal end side of the pair of leg portions 22 connected to both sides, and one end side of the pair of side members 26 is connected, and the leg portion 22 and the side member 26 are continuous at each end portion of the first member 24 The way is formed. The first member 24 has an arc-shaped bulging portion 24A that bulges toward the space portion 21A side, and a spherical convex portion 28 is formed in the front and back of the circular bulging portion 24A. Further, in the portion where the root portion of the leg portion 22, that is, the base portion 21, is continuous, the side of the pair of leg portions 22 facing each other is recessed in an arc shape, and the cross-sectional shape is formed more than the root of the leg portion 22. The portion (the portion where the rope locking portion 23 is formed) is smaller. By recessing the root portion, the leg portion 22 is elastically deformed mainly at the root, and the base portion 21 is linearly rotated integrally toward the shaft. The second member 25 is the other end side of the pair of side members 26 that are joined at both ends. The opposite side of the space portion 21 A of the second member 25 is exposed from the opening 12 for the plug when assembled as the tail clip 201024499 9 (refer to Fig. 4). The side member 26 is a beam-shaped member that extends in the direction along the inner surface of the accommodating portion 13 when the plug 20 is inserted into the gusset 10, and is formed thinner than the thickness of the first member 24 and the second member 25 (thin). . In the intermediate portion of the side member 26, a spherical convex portion 27 is formed on the side facing the inner surface of the accommodating portion 13. Thereby, the side member 26 is elastically deformable so that at least the portion where the engaging portion 27 is formed is separated from the inner surface of the accommodating portion 13. The engaging portion 27 is formed in a convex shape larger than the engaging portion 28. The term "large" as used herein means that the radius of the convex shape of the circle is large, and the height of the projection from the periphery is also large in the accommodating portion 13, and a concave engaged portion 17 engageable with the engaging portion 27 is formed. And a concave-shaped engaged portion 18 engageable with the engaging portion 28 is formed. The engaged portion 17 and the engaged portion 18 are disposed at positions where they are engaged with each other when assembled as the tail clip 9, and are formed in a concave shape corresponding to the spherical surface of the engaging portion 27 and the engaging portion 28. Therefore, the plug 2 is inserted into the socket 1 and assembled as the tail clip 9, and the engaging portion 27 and the engaged portion 17 and the engaging portion 28 and the engaged portion 18 are engaged to prevent the plug 2 from being engaged. The function of falling off the buckle seat 10 of the plug 20.
卡合部27是形成於相面對於側構件26的收容部13的內 面的表面的中間部，背面是被作成空間部21A。卡合部28 是形成於第1構件24的膨出部2 4A，並被配置於空間部21A -15- 201024499 內。卡合部28，是被作成被挾持於一對的側構件26之間的 狀態，較佳是配置於一對的側構件26的中點位置。藉此， 卡合部28及卡合部27是被配置於與插頭20的插入方向軸線 垂直的相同位置（與插頭的插入方向軸線即收容部13的中 心軸線交叉的假想平面之中相同的平面上），卡合部28及 卡合部27是將插頭20朝周方向配列一圈。同樣地，被卡合 部18及被卡合部17，是將收容部13的內周朝周方向配列一 圈。 藉由這種構成，當卡合部27及被卡合部17及卡合部28 及被卡合部18的卡合，是對於插頭2 0的扣座10的移動時， 是共計在4個部分同時發生，止脫功能是比單只是各凹凸 卡合的集合更大幅地被強化。 在本實施例中，由如以下程序進行組裝。 如第5圖所示，是從繩索用開口 11將繩索端部1 A插入 扣座10的收容部13內，將從插頭用開口 12突出使繩索端部 1 A挾持於腳部22之間的狀態。在此狀態下，從插頭用開口 12將插頭20插入。 如第6圖所示，將腳部22從插頭用開口 12插入的話， 各腳部22的先端與錐面部14抵接之後，沿著錐面部14彼此 之間接近，朝較窄形成的收容部13的繩索用開口 Η側的狹 窄部分對齊並收容。其結果，腳部22是在彼此之間接近的 狀態下被維持，一對的腳部22之間的繩索端部1A是藉由各 腳部22的繩索卡止部23被挾持，進行繩索端部1A的卡止。 隨著將插頭2 0插入扣座10內，在基部21側中卡合部27 201024499 及卡合部28是到達插頭用開口 12，進入其內側。此時，卡 合部27雖是受到來自收容部13的內面的反作用力，但是此 反作用力是藉由使側構件2 6朝內側即空間部2 1 A側彈性變 形而被緩、和卡合部27不會妨害插頭20插入的動作。另一 方面，卡合部28是形成於第1構件24，其彈性變形是不如 側構件26的變形大。但是，卡合部28及收容部13的內面是 壓接時，是藉由朝收容部13的內面的反作用力使扣座10彈 φ 性變形。卡合部28因爲是形成比卡合部27更小，所以卡合 部2 8不會妨害插頭20插入的動作。 插頭20是進一步被插入，進行卡合部27及被卡合部17 及卡合部28及被卡合部18的卡合的話，插頭20的基部21是 成爲被收納在插頭用開口 12的狀態，使與扣座10的外面及 基部21的外面連續的狀態被維持。由此完成繩尾夾9的組 裝。 依據本實施例，具有如以下的效果。 • 藉由從繩索用開口 11將繩索端部1 A插入扣座10的收容 部13內，從插頭用開口 12將繩索端部1A由腳部22挾持並將 插頭20朝收容部13內插入，使繩索端部1A藉由繩索卡止部 23被卡止，在預定長度地被卡止在收容部13內。此時，繩 索端部1 A被插入的側（繩索用開口 11)因爲是與插頭20被 插入的側（插頭用開口 12)相反，所以繩索1即使被拉引 ，插頭20也不會脫落，由此可以防止繩索1的脫出。 即使在繩索1未被拉引的狀態下，也藉由形成於基部 21及扣座10的收容部13的內面及的止脫構造（卡合部27及 -17- 201024499 被卡合部17及卡合部28及被卡合部18的卡合），限制插頭 20從扣座10的脫出。 止脫構造，雖是在組裝狀態下限制插頭20從扣座1〇脫 出，但是在組裝操作時是對於插頭20的插入操作施加阻力 。但是，依據本發明的止脫構造，此阻力被緩、和操作可 以容易且穩定。 即’將插頭20插入扣座10時，卡合部27直到被卡合部 17爲止之間’卡合部27是在收容部13的內面滑動且承受反 作用力，藉由此反作用力使形成有卡合部27的一對的側構 件26彈性變形。一對的側構件26，是對於形成有卡合部的 表面側使背側被作成空間部2 1 A，因爲藉由如第1構件24和 第2構件25的具有剛性被限制變形，所以由前述的反作用 力所産生的彈性變形可容易地進行。 因此，適於防止卡合部27從扣座10的脫落的功能的形 狀，即使是例如大的凹凸的情況，將插頭20插入扣座10時 變形成爲容易，組裝作業可以容易地進行，並且可以回避 組裝操作中的不穩定。 因爲將卡合部27形成於沿著收容部13的內面延伸的側 構件26的表面的凸狀的部分，在收容部13的內面形成並卡 合凹狀的被卡合部17，所以藉由這些的卡合部27及被卡合 部17可獲得確實的卡合。 特別是，卡合部27因爲形成凸狀，所以將插頭20插入 扣座10時使卡合部27所承受的反作用力可以隨時由側構件 26的彈性變形適切地緩和。將插頭20插入扣座10時，卡合 201024499 部27直到被卡合部17的卡合狀態爲止之間，卡合部27是在 收容部13的內面滑動，並承受反作用力。但是，卡合部27 因爲是凸，所以側構件26的該當部位變粗，可以確保作爲 物品強度。且，將側構件26的卡合部27雖形成凸狀，但是 藉由彈性變形卡合時更有效。 因爲設置：形成於第1構件25的凸狀的卡合部28、及 形成於收容部13的內面的凹狀的被卡合部18，將這些的卡 φ 合部28及被卡合部18與前述的卡合部27及被卡合部17—起 卡合，所以可以強化插頭20的止脫功能。 在此，形成於側構件26的卡合部27因爲是比形成於第 1構件24的卡合部28更大的凸狀，所以藉由更大的卡合部 27可獲得更強力的止脫功能，並且更大的卡合部27因爲是 藉由形成於側構件26使側構件26朝空間部21 A的內側彈性 變形而使卡合操作時的阻力減少，所以止脫功能可以充分 地提高且將組裝作業的容易性提高。 φ 因爲將卡合部27及卡合部28配置於與插頭20的插入方 向軸線垂直的相同位置，所以由這些的卡合部27及卡合部 2 8所産生的扣座1〇的卡合是在插頭20的插入方向的相同位 置進行’可以使各卡合功能相乘來提高插頭20的止脫功能 。特別是’在卡合部27中在卡合時一對的側構件26彈性變 形’在卡合部28中在卡合時扣座10擴張，彼此之間卡合時 的變形因爲不同’所以即使設在相同位置也不需要過大的 壓入力。The engaging portion 27 is an intermediate portion formed on the surface of the inner surface of the accommodating portion 13 of the side member 26, and the rear surface is formed as a space portion 21A. The engaging portion 28 is formed in the bulging portion 24A of the first member 24, and is disposed in the space portion 21A -15-201024499. The engaging portion 28 is formed to be held between the pair of side members 26, and is preferably disposed at a midpoint of the pair of side members 26. Thereby, the engaging portion 28 and the engaging portion 27 are disposed at the same position perpendicular to the insertion direction axis of the plug 20 (the same plane as the imaginary plane intersecting the central axis of the insertion direction axis of the plug insertion direction axis) The upper portion of the engaging portion 28 and the engaging portion 27 are arranged in the circumferential direction. Similarly, the engaged portion 18 and the engaged portion 17 are arranged such that the inner circumference of the accommodating portion 13 is arranged in the circumferential direction. With this configuration, when the engagement portion 27 and the engaged portion 17 and the engagement portion 28 and the engaged portion 18 are engaged with each other, the movement of the buckle 10 of the plug 20 is four in total. Part of the simultaneous occurrence, the stop function is more strongly enhanced than the set of only the bumps. In the present embodiment, assembly is performed by the following procedure. As shown in Fig. 5, the cord end portion 1A is inserted into the accommodating portion 13 of the gusset 10 from the opening 11 for the rope, and the cord end portion 1A is held between the leg portions 22 by protruding from the plug opening 12. status. In this state, the plug 20 is inserted from the opening 12 for the plug. As shown in Fig. 6, when the leg portion 22 is inserted from the plug opening 12, the tip end of each leg portion 22 comes into contact with the tapered surface portion 14, and then the tapered portion 14 is brought closer to each other to form a narrowly formed housing portion. The rope of 13 is aligned and accommodated by the narrow portion of the open side of the opening. As a result, the leg portions 22 are maintained in a state of being close to each other, and the rope end portion 1A between the pair of leg portions 22 is held by the rope locking portion 23 of each leg portion 22, and the rope end is performed. The lock of the part 1A. As the plug 20 is inserted into the socket 10, the engaging portion 27 201024499 and the engaging portion 28 reach the plug opening 12 on the side of the base portion 21, and enter the inside thereof. At this time, the engaging portion 27 is subjected to a reaction force from the inner surface of the accommodating portion 13, but the reaction force is slowed by the side member 26 toward the inner side, that is, the space portion 2 1 A side, and the card is relaxed. The hinge portion 27 does not hinder the action of the plug 20 being inserted. On the other hand, the engaging portion 28 is formed in the first member 24, and the elastic deformation is not as great as the deformation of the side member 26. However, when the inner surfaces of the engaging portion 28 and the accommodating portion 13 are pressure-bonded, the buckle seat 10 is elastically deformed by the reaction force toward the inner surface of the accommodating portion 13. Since the engaging portion 28 is formed smaller than the engaging portion 27, the engaging portion 28 does not hinder the insertion of the plug 20. When the plug 20 is further inserted and the engagement portion 27 and the engaged portion 17 and the engagement portion 28 and the engaged portion 18 are engaged, the base portion 21 of the plug 20 is housed in the plug opening 12 The state in which the outer surface of the buckle seat 10 and the outer surface of the base portion 21 are continuous is maintained. This completes the assembly of the tail clips 9. According to this embodiment, there is an effect as follows. • The cord end 1A is inserted into the accommodating portion 13 of the gusset 10 from the opening 11 for the rope, and the cord end 1A is held by the leg portion 22 from the plug opening 12 and the plug 20 is inserted into the accommodating portion 13. The rope end portion 1A is locked by the rope locking portion 23, and is locked in the accommodating portion 13 by a predetermined length. At this time, since the side where the rope end portion 1 A is inserted (the opening 11 for the rope) is opposite to the side where the plug 20 is inserted (the opening 12 for the plug), the plug 20 does not fall off even if the rope 1 is pulled. Thereby, the escape of the rope 1 can be prevented. Even in a state where the rope 1 is not pulled, the inner surface of the accommodating portion 13 formed on the base portion 21 and the buckle portion 10 and the detachment preventing structure (the engaging portion 27 and the -17-201024499 are engaged with each other) And the engagement of the engaging portion 28 and the engaged portion 18 limits the escape of the plug 20 from the buckle seat 10. The retaining structure restricts the plug 20 from coming out of the socket 1 in the assembled state, but applies resistance to the insertion operation of the plug 20 during the assembly operation. However, according to the retaining structure of the present invention, this resistance is relieved and the operation can be easily and stably performed. In other words, when the plug 20 is inserted into the socket 10, the engaging portion 27 is slid on the inner surface of the accommodating portion 13 and receives a reaction force, and the reaction force is formed by the reaction force. The pair of side members 26 having the engaging portions 27 are elastically deformed. The pair of side members 26 are such that the back side is formed as the space portion 2 1 A with respect to the surface side on which the engaging portion is formed, because the rigidity of the first member 24 and the second member 25 is restricted and deformed, The elastic deformation caused by the aforementioned reaction force can be easily performed. Therefore, the shape suitable for preventing the function of the engagement portion 27 from falling off the buckle seat 10 can be easily deformed when the plug 20 is inserted into the buckle seat 10 even in the case of, for example, large unevenness, and the assembly work can be easily performed, and can be easily performed. Avoid instability in assembly operations. Since the engaging portion 27 is formed in a convex portion on the surface of the side member 26 that extends along the inner surface of the accommodating portion 13, the concavely-engaged portion 17 is formed on the inner surface of the accommodating portion 13 and is engaged with each other. A secure engagement can be obtained by the engaging portion 27 and the engaged portion 17 of these. In particular, since the engaging portion 27 is formed in a convex shape, when the plug 20 is inserted into the buckle seat 10, the reaction force received by the engaging portion 27 can be appropriately relaxed by the elastic deformation of the side member 26 at any time. When the plug 20 is inserted into the buckle seat 10, the engagement portion 27 is slid on the inner surface of the accommodating portion 13 and the reaction force is received until the engagement portion of the 201024499 portion 27 is engaged. However, since the engaging portion 27 is convex, the portion of the side member 26 becomes thick, and the strength of the article can be secured. Further, although the engaging portion 27 of the side member 26 is formed in a convex shape, it is more effective when it is engaged by elastic deformation. By providing the convex engagement portion 28 formed in the first member 25 and the concave engagement portion 18 formed on the inner surface of the accommodating portion 13, the card φ joint portion 28 and the engaged portion are provided. Since the engaging portion 27 and the engaged portion 17 are engaged with each other, the locking function of the plug 20 can be enhanced. Here, since the engaging portion 27 formed in the side member 26 is convex more than the engaging portion 28 formed in the first member 24, a stronger grip can be obtained by the larger engaging portion 27. Since the larger engagement portion 27 is elastically deformed toward the inner side of the space portion 21 A by the side member 26, the resistance at the time of the engagement operation is reduced, so that the stop function can be sufficiently improved. Moreover, the ease of assembly work is improved. φ Since the engaging portion 27 and the engaging portion 28 are disposed at the same position perpendicular to the axis of the insertion direction of the plug 20, the engaging portion 27 and the engaging portion 28 are engaged with each other. In the same position in the insertion direction of the plug 20, 'the respective engagement functions can be multiplied to improve the stop function of the plug 20. In particular, 'the pair of side members 26 are elastically deformed when engaged in the engaging portion 27'. When the engaging portion 28 is engaged, the buckle seat 10 is expanded, and the deformation when engaging with each other is different, so even It is also not necessary to have excessive pressing force in the same position.
在第1構件24中朝空間部21A內形成膨出的膨出部24 A -19- 201024499 ，藉由在此膨出部24A形成卡合部2 8，就可維持簡單的構 造且可以使卡合部28位於與卡合部27相同的插入方向位置 [第2實施例] 在第7圖中顯示本發明的第2實施例。本實施例的繩尾 夾9，雖具有與前述的第1實施例相同構成，但是一部分構 成不同。因此，對於共通部分省略重複的說明，對於不同 的部分如以下說明。 在前述的第1實施例中，也如第1圖所示，形成於插頭 20的側構件26的卡合部27是凸狀，形成於扣座10的收容部 13的內面的被卡合部17是凹狀。對於此，在本實施例中這 些的凹凸是相反，在插頭20的側構件26形成有凹狀的卡合 部2 7A，在扣座10的收容部13的內面形成有凸狀的被卡合 部 17A。 本實施例，也可獲得與前述的第1實施例同樣的效果 〇 但是，卡合部27A及被卡合部17A的凹凸因爲相反， 所以將插頭20插入扣座10時，卡合部27承受的反作用力是 隨時由側構件26的彈性變形可適切地緩、和直到卡合部27 的卡合爲止的阻力可隨時適切地緩和的效果，是只有第1 實施例才有的效果。 且，卡合部27 A因爲是成爲凹狀，所以在側構件26的 剖面形狀形成有凹陷，在側構件26中與其他的部分相比容 -20- 201024499 易彎曲的部分會發生。但是，藉由將側構件26的剖面形狀 適切地設計，可以充分地確保作爲側構件26或基部21的強 度。 又，在前述的第1實施例中，雖在第1構件24形成凸狀 的卡合部28，在相面對的收容部13的內面形成凹狀的被卡 合部18，但是將這些的凹凸相反也可以。 φ [第3實施例] 在第8圖中顯示本發明的第3實施例。本實施例的繩尾 夾9，雖是具有與前述的第1實施例相同構成，但是一部分 構成不同。因此，對於共通部分是省略重複的說明，對於 不同的部分如以下說明。 在前述的第1實施例中，也如第1圖所示，在插頭20的 第1構件24設置朝空間部21A內膨出的膨出部2 4A，在此膨 出部24 A的表背形成凸狀的卡合部28，在扣座10的收容部 φ 13的內面的相面對的部位形成凹狀的被卡合部18。對於此 ，在本實施例中，在插頭20的第2構件25設置朝空間部21 A 內膨出的膨出部2 5A，在此膨出部25 A的表背形成凸狀的 卡合部28A。 對於對應的被卡合部（圖示省略），是在扣座1〇的收 容部13的內面的相面對的部位適宜形成。對於形成於側構 件26的卡合部27的位置，是配合於卡合部28 A使插頭插入 方向位置成爲相同的方式調整較佳。 進一步，在本實施例中，在前述的第1實施例中，也 -21 - 201024499 如第3圖所示，腳部22是具有半圓形的剖面，將一對相合 時成爲圓形剖面的方式形成。對於此，在本實施例中，腳 部22的剖面形狀是被作成T字型，在形成有鋸齒狀的繩索 卡止部23的板狀的本體22A形成有肋22B。 本實施例，也可獲得與前述的第1實施例同樣的效果 〇 進一步，因爲將卡合部28A形成於第2構件25側（第2 構件25的膨出部25A)，即使在不加大第1構件24的深度的 情況或是不加大體積的情況也可以達成由卡合部28A所産 生的止脫功能的強化。 且，腳部22因爲是在板狀的本體22A形成肋22B的剖面 T字狀，所以可以達成體積減少而使用的樹脂也可減少。 [第4實施例] 在第9圖中顯示本發明的第4實施例。本實施例的繩尾 夾9，雖是具有與前述的第1實施例同樣的構成，但是一部 分構成不同。因此，對於共通部分是省略重複的說明，對 於不同的部分如以下說明。 前述第1實施例的繩尾夾9是將1條的繩索端部1A由收 容，但是本實施例的繩尾夾9是將二條的繩索端部1A收容 〇 在本實施例中，扣座10的寬度是形成可以將繩索端部 1 A二條並列地收容在收容部13內的寬度。在扣座10的收容 部13內從繩索用開口 11側朝深形成有分隔構件15，收容部 -22- 201024499 13的內部是從繩索用開口 11橫跨中間部分被分隔成2個區 劃13 A、13B。腳部22是在基部21形成二條的點是與前述的 第1實施例同樣，但是各腳部22是各別被插入區劃13A、 13B，分別形成於內側的鋸齒狀的繩索卡止部23是在與分 隔構件15之間將繩索端部1A挾持。 本實施例，也可獲得與前述的第1實施例同樣的效果 〇 進一步，藉由2個區劃13 A、13B可以將計二條的繩索 端部1 A收容，藉由分別揷入各區劃的腳部22的繩索卡止部 23被止脫，複數繩索端部1 A也可以由1個繩尾夾9匯集地進 行端部處理。 進一步，本實施例的繩尾夾9，是將扣座10的寬度擴 張，且藉由在內部形成分隔構件15的簡單的構成的變更就 可以對應複數繩索端部1A。 • [第5實施例] 在第10圖中顯示本發明的第5實施例。本實施例的繩 尾夾9，雖是具有與前述的第1實施例同樣的構成，但是一 部分構成不同。因此，對於共通部分省略重複的說明，對 於不同的部分如以下說明。 前述第1實施例的繩尾夾9是將1條的繩索端部1A由收 容，但是本實施例的繩尾夾9是將二條的繩索端部1A收容 〇 在本實施例中，扣座10的寬度是形成可以將繩索端部 -23- 201024499 1A二條並列地收容在收容部13內的寬度。插頭20，是在基 部21腳部22是只有1個被支撐，在腳部22的兩側中形成有 繩索卡止部23。在將插頭20在插入扣座10的狀態下，腳部 22是沿著收容部13的中心軸線被配置，將收容部13的內部 分隔成2個區劃13Α、13Β。在此狀態下，形成於腳部22的 兩側的繩索卡止部23，是可各別在與收容部13的內面之間 將繩索端部1 Α挾持。 本實施例，也可獲得與前述的第1實施例同樣的效果 〇 進一步，可以藉由2個區劃13 A、13B將計二條的繩索 端部1 A收容，藉由各別朝向各區劃的繩索卡止部23被止脫 ，複數繩索端部1 A也可以由1個繩尾夾9匯集地進行端部處 理。 進一步，本實施例的繩尾夾9，是可以將腳部22匯集 成1個，在收容部13的內部因爲不需要分隔構件等，所以 可以由更簡單的構成對應複數繩索端部1A。 [變形例] 又，本發明不限定於前述的各實施例，也包含以下所 示的變形。 在前述各實施例中，將繩索端部1 A卡止用的繩索卡止 部23雖形成於腳部22,但是繩索卡止部23不限定於鋸齒狀 、圓錐狀突起等，直方體狀的塊體並列形狀的其他的凹凸 等，只要是可嵌入繩索端部1A的凹凸的話，皆可以適宜地 201024499 利用。 在前述各實施例中，卡合部27及被卡合部17、卡合部 28及被卡合部18雖是各別具有球面的凹凸，但是這些是扁 平的圓錐形狀的凹凸、條線及溝等其他的形狀也可以。 在前述各實施例中，腳部22的數量及配置、腳部22中 的繩索卡止部23的數量及配置，卡合部27及被卡合部17、 卡合部28及被卡合部18的數量及配置，可在各實施時適宜 φ 地變更。 在前述各實施例中，作爲扣座10或是繩尾夾9的外面 形狀雖爲卵形，但是這些是筒狀、球狀、形成有任意的形 狀的塊體狀皆可以，在扣座10內形成有可以橫跨預定長度 地收容繩索端部1 A的收容部13的話較佳，可以追加對應用 途的裝飾。 在前述各實施例，扣座10及插頭20雖是合成樹脂材料 ’但是金屬或是其他的材料也可以。扣座1〇及插頭2〇不p良 • 定於各別由合成樹脂材料等所産生的一體成型，由複數構 件形成也可以。例如’將插頭2 0的基部2 1及腳部2 2作爲別 構件成型之後再組裝的話也可以。 [產業上的利用可能性] 本發明’是可以利用作爲被安裝於繩索狀物或是帶狀 物的端部的繩尾夾。 【圖式簡單說明】 -25- 201024499 [第1圖]沿著本發明的第1實施例的中心軸線的橫剖面 圖。 [第2圖]沿著前述第1實施例的中心軸線的縱剖面圖。 [第3圖]顯示前述第1實施例的分解狀態的一部分切斷 的立體圖。 [第4圖]顯示前述第1實施例的組裝狀態的立體圖。 [第5圖]顯示前述第」實施例的插頭插入前的狀態的橫 剖面圖。 參 [第6圖]顯示前述第1實施例的插頭卡合之前的狀態的 橫剖面圖。 [第7圖]沿著本發明的第2實施例的中心軸線的橫剖面 圖。 [第8圖]顯示本發明的第3實施例的插頭的平面圖。 [第9圖]沿著本發明的第4實施例的中心軸線的橫剖面 圖。 [第ίο圖]沿著本發明的第5實施例的中心軸線的橫剖面 n 圖。 t主要元件符號說明】 1 :繩索 iA :繩索端部 9 :繩尾夾 I 0 :扣座 II :繩索用開口 -26- 201024499 1 2 :插頭用開口 13 :收容部 1 3 A，1 3 B :區劃 14 :錐面部 1 5 :分隔構件 17 :被卡合部 1 7 A ·被卡合部 1 8 .被卡合部 20 :插頭 2 1 :基部 2 1 A :空間部 22 :腳部 22A :本體 22B ：肋 23 :繩索卡止部 Φ 24 :第1構件 24A ··膨出部 25 :第2構件 25A :膨出部 26 :側構件 27 :卡合部 27A :卡合部 28 :卡合部 28A :卡合部In the first member 24, a bulging portion 24 A -19- 201024499 is formed in the space portion 21A, and by forming the engaging portion 2 8 in the bulging portion 24A, a simple structure can be maintained and the card can be made The joint portion 28 is located at the same insertion direction position as the engagement portion 27. [Second embodiment] A second embodiment of the present invention is shown in Fig. 7. The string end clip 9 of the present embodiment has the same configuration as that of the first embodiment described above, but a part of the configuration is different. Therefore, the overlapping description will be omitted for the common portion, and the different portions will be described below. In the first embodiment described above, as shown in Fig. 1, the engaging portion 27 formed in the side member 26 of the plug 20 is convex, and the inner surface of the accommodating portion 13 of the buckle 10 is engaged. The portion 17 is concave. In this embodiment, the concavities and convexities are reversed, and the side member 26 of the plug 20 is formed with a concave engaging portion 27A, and the inner surface of the receiving portion 13 of the buckle 10 is formed with a convex card. Joint 17A. Also in the present embodiment, the same effects as those of the first embodiment described above can be obtained. However, since the unevenness of the engaging portion 27A and the engaged portion 17A is reversed, when the plug 20 is inserted into the buckle seat 10, the engaging portion 27 is received. The reaction force is an effect that the elastic deformation of the side member 26 can be appropriately relaxed at any time and the resistance until the engagement of the engaging portion 27 can be appropriately relaxed at any time, which is only an effect of the first embodiment. Further, since the engaging portion 27A is formed in a concave shape, a recess is formed in the cross-sectional shape of the side member 26, and a portion which is easily bent in the side member 26 in comparison with other portions -20-201024499 occurs. However, by appropriately designing the cross-sectional shape of the side member 26, the strength as the side member 26 or the base portion 21 can be sufficiently ensured. Further, in the first embodiment described above, the first member 24 is formed with the convex engaging portion 28, and the concave engaging portion 18 is formed on the inner surface of the facing receiving portion 13, but these are The bumps are reversed. φ [Third embodiment] A third embodiment of the present invention is shown in Fig. 8. The string end clip 9 of the present embodiment has the same configuration as that of the first embodiment described above, but a part of the configuration is different. Therefore, the description of the common portions is omitted, and the different portions are explained below. In the first embodiment described above, as shown in Fig. 1, the first member 24 of the plug 20 is provided with a bulging portion 24A that bulges in the space portion 21A, and the front and back of the bulging portion 24A The convex engaging portion 28 is formed, and a concave engaged portion 18 is formed at a portion facing the inner surface of the accommodating portion φ 13 of the buckle seat 10. In the present embodiment, the second member 25 of the plug 20 is provided with a bulging portion 25A that bulges in the space portion 21A, and the front and back of the bulging portion 25A form a convex engaging portion. 28A. The corresponding engaged portion (not shown) is formed in the facing portion of the inner surface of the receiving portion 13 of the buckle seat 1 . It is preferable that the position of the engaging portion 27 formed in the side member 26 is adjusted so that the engaging portion 28A has the same position in the plug insertion direction. Further, in the present embodiment, in the first embodiment described above, also - 21 to 201024499, as shown in Fig. 3, the leg portion 22 has a semicircular cross section, and when the pair is joined, the circular cross section is formed. The way is formed. In the present embodiment, the cross-sectional shape of the leg portion 22 is T-shaped, and the rib 22B is formed in the plate-like main body 22A in which the zigzag rope locking portion 23 is formed. In the present embodiment, the same effects as those of the first embodiment described above can be obtained. Further, since the engaging portion 28A is formed on the second member 25 side (the bulging portion 25A of the second member 25), even if it is not enlarged In the case of the depth of the first member 24 or the case where the volume is not increased, the detachment function by the engaging portion 28A can be enhanced. Further, since the leg portion 22 has a T-shaped cross section in which the rib 22B is formed in the plate-like main body 22A, the resin used can be reduced in volume and can be reduced. [Fourth embodiment] A fourth embodiment of the present invention is shown in Fig. 9. The string end clip 9 of the present embodiment has the same configuration as that of the first embodiment described above, but a part of the configuration is different. Therefore, the description of the common portions is omitted, and the different portions are explained below. In the rope tail clamp 9 of the first embodiment, one rope end portion 1A is housed. However, the rope tail clamp 9 of the present embodiment accommodates two rope end portions 1A in the present embodiment, and the buckle seat 10 The width is such that the width of the rope end portion 1A can be accommodated in parallel in the accommodating portion 13. In the accommodating portion 13 of the buckle seat 10, a partition member 15 is formed deep from the side of the rope opening 11, and the inside of the accommodating portion -22-201024499 13 is divided into two divisions 13A from the intermediate portion of the rope opening 11. , 13B. The two leg portions 22 are formed in the base portion 21 in the same manner as in the first embodiment. However, the leg portions 22 are the respective inserted regions 13A and 13B, and the zigzag-shaped rope locking portions 23 formed on the inner side are The rope end 1A is held between the partition member 15. In the present embodiment, the same effects as those of the first embodiment described above can be obtained. Further, the two rope ends 1 A can be accommodated by the two divisions 13 A and 13B, and the feet of each division are respectively inserted. The rope locking portion 23 of the portion 22 is stopped, and the plurality of rope end portions 1 A may be end-processed by one string tail clip 9 in a concentrated manner. Further, the string end clip 9 of the present embodiment can expand the width of the buckle seat 10, and can change the simple structure of the partition member 15 to correspond to the plurality of rope end portions 1A. [Fifth Embodiment] A fifth embodiment of the present invention is shown in Fig. 10. The string end clip 9 of the present embodiment has the same configuration as that of the first embodiment described above, but the configuration of one portion is different. Therefore, the overlapping description will be omitted for the common portions, and the different portions will be explained below. In the rope tail clamp 9 of the first embodiment, one rope end portion 1A is housed. However, the rope tail clamp 9 of the present embodiment accommodates two rope end portions 1A in the present embodiment, and the buckle seat 10 The width is such that the width of the cord end portion -23-201024499 1A can be accommodated in parallel in the accommodating portion 13. In the plug 20, only one of the leg portions 22 of the base portion 21 is supported, and a rope locking portion 23 is formed on both sides of the leg portion 22. In a state where the plug 20 is inserted into the socket 10, the leg portion 22 is disposed along the central axis of the accommodating portion 13, and the inside of the accommodating portion 13 is partitioned into two regions 13A and 13B. In this state, the rope locking portions 23 formed on both sides of the leg portion 22 can hold the rope end portion 1 between the inner surface of the housing portion 13 and the inner surface of the housing portion 13. In the present embodiment, the same effects as those of the first embodiment described above can be obtained. Further, the two rope end portions 1 A can be accommodated by the two divisions 13 A and 13B, and the ropes facing each of the divisions can be accommodated. The locking portion 23 is stopped, and the plurality of rope end portions 1 A may be collectively processed by one string tail clip 9 . Further, in the string end clip 9 of the present embodiment, the leg portions 22 can be assembled one by one, and the partition member or the like is not required in the inside of the accommodating portion 13, so that the plurality of rope end portions 1A can be configured more easily. [Modifications] Further, the present invention is not limited to the above-described respective embodiments, and includes the modifications described below. In the above-described embodiments, the rope locking portion 23 for locking the rope end portion 1 A is formed on the leg portion 22, but the rope locking portion 23 is not limited to a zigzag shape, a conical projection, or the like, and has a rectangular parallelepiped shape. Other irregularities or the like in which the blocks are arranged in parallel may be suitably used in 201024499 as long as they are embedded in the end portion of the rope end portion 1A. In each of the above embodiments, the engaging portion 27, the engaged portion 17, the engaging portion 28, and the engaged portion 18 have irregularities having spherical surfaces, but these are flat conical irregularities, lines, and Other shapes such as grooves are also possible. In the foregoing embodiments, the number and arrangement of the leg portions 22, the number and arrangement of the cord locking portions 23 in the leg portion 22, the engaging portion 27 and the engaged portion 17, the engaging portion 28, and the engaged portion The number and arrangement of 18 can be changed φ in each implementation. In each of the above embodiments, the outer shape of the buckle seat 10 or the tail clip 9 is oval, but these are cylindrical, spherical, and block shapes having an arbitrary shape, and the buckle seat 10 can be used. It is preferable to form the accommodating portion 13 in which the cord end portion 1 A can be accommodated over a predetermined length, and it is possible to add a decorative for the corresponding use. In the foregoing embodiments, the buckle base 10 and the plug 20 are synthetic resin materials', but metal or other materials may be used. The socket 1〇 and the plug 2〇 are not good. • It may be formed integrally with a synthetic resin material or the like, and may be formed of a plurality of members. For example, the base portion 2 1 and the leg portion 2 2 of the plug 20 may be molded as separate members and assembled. [Industrial Applicability] The present invention can be utilized as a tail clip which is attached to an end portion of a rope or a belt. BRIEF DESCRIPTION OF THE DRAWINGS -25- 201024499 [Fig. 1] A cross-sectional view along a central axis of a first embodiment of the present invention. Fig. 2 is a longitudinal sectional view along the central axis of the first embodiment. [Fig. 3] A perspective view showing a part of the exploded state of the first embodiment. Fig. 4 is a perspective view showing the assembled state of the first embodiment. [Fig. 5] A cross-sectional view showing a state before the plug of the above-described first embodiment is inserted. [Fig. 6] A cross-sectional view showing a state before the plug of the first embodiment is engaged. Fig. 7 is a cross-sectional view along the center axis of the second embodiment of the present invention. Fig. 8 is a plan view showing a plug of a third embodiment of the present invention. [Fig. 9] A cross-sectional view along a central axis of a fourth embodiment of the present invention. [Fig. 00] A cross-sectional view n of a central axis along a fifth embodiment of the present invention. t Main component symbol description] 1 : Rope iA : Rope end 9 : Rope tail clamp I 0 : Buckle seat II : Rope opening -26- 201024499 1 2 : Plug opening 13 : Housing 1 3 A, 1 3 B : Division 14 : Cone surface 1 5 : Separation member 17 : Engaged portion 1 7 A · Engaged portion 1 8 . Engaged portion 20 : Plug 2 1 : Base portion 2 1 A : Space portion 22 : Foot portion 22A Main body 22B: rib 23: rope locking portion Φ 24 : first member 24A · bulging portion 25 : second member 25A : bulging portion 26 : side member 27 : engaging portion 27A : engaging portion 28 : card Joint part 28A: engaging part