201212835 六、發明說明： 【發明所屬之技術領域】 本發明係有關一種適用於調整例如配置於衣服或袋體 等之開口邊緣周圍等之繩索的拉出量及繫緊程度的繩索固 定具。 【先前技術】 第6圖係顯示專利文獻1所揭示之繩索固定具。在此 繩索固定具中，構造特徵係具備：具有繩索用通孔15之母 型構件1、具有繩索用通孔24且能滑動自如地插入母型構 件1的公型構件2、及介設於兩構件1、2之間的彈推構件 3，繩索W係在使母型/公型構件抵抗彈推力而相對地接近 之狀態下插通至各通孔15、24，且母型/公型構件係藉由 彈推力朝相對地離開的方向移動，而成為防止繩索脫落狀 態。另外，在此構造中，母型構件1具有供帶子W’插通 之貫通孔（插通孔）16。 以上之繩索固定具，係在使帶子W’插通至貫通孔16 之狀態下，將帶子W’之兩端部縫製於衣服等使用對象物 而安裝，並且可調整配置於使用對象物Μ之繩索W的拉出 量及繫緊程度。 [先前技術文獻] (專利文獻） [專利文獻1] 日本專利第3973604號公報 【發明内容】 323467 201212835 (發明所欲解決之課題） 上述之繩索固定具因係構件數量較少且透過各通孔 卡止在配置於衣服或袋體等使用對象物祕索，而能簡單 地调整繩索之拉^量等，故簡易且使用便祕佳，惟根據 下述各點，仍有不足。 一（一）在帛6圖（a)等之使用狀態中，增加繩索w之拉出 量而加強拉出程度之情況，操作者係以一方之手⑻操 作“使母型構件1與公型構件2抵抗彈推力而㈣地接近， 或藉由將公型構件2朝向母型構件丨進行按壓操作而解除 對繩索W的防止脫落狀態’-面維持該狀態，一面以另一 方的手（指）拉出繩索W的拉出端側而進行調整。之後，當 手從母型構件或母型/公型構件離開時，母型/公型構件 卜2係藉由彈推力朝相對地離開的方向移動而成為防止繩 索脫落狀態。@此，在習知之構造巾，在調整操作方面需 要與彈推力之大小成正比之力量，另外，例如—方之手拿 著物品或進行其他作業等時，進㈣索之Μ調整㈣困 難而不便’成為用途受限之主因。 (二）雖然繩索固定具係在透過帶子冗，安裝於使用對 象物Μ之狀態下使用，但因由帶子w，所束缚之部位係為 繩索固定具下端側（換言之，通過設置於母型構件2端部之 貫通孔16)故不穩定，例如受到震動時搖晃程 。 如上所述之缺失，亦會有繩索固定具因用途而^大之情 形，該種情況時容易造成問題，而成為品質低落之主因。 本發明之目.的係在於解決如上所述之問題，特別是能 323467 5 201212835 減輕繩索之拉出量調整時的力量，且能對使用對象物維持 在穩定的安裝狀態，藉此有助於提升可靠度與擴大用途。 為了達成上述目的，本發明之繩索固定具係具備：具 有繩索用通孔之母型構件、及具有繩索用通孔而能滑動自 如地插入前述母型構件的公型構件，繩索係在使前述母型/ 么型構件抵抗彈推力而相對地接近之狀態下插通於前述各 通孔’且前述母型/公型構件係藉由彈推力而朝相對地離開 的方向移動，並成為防止繩索脫落狀態，其中，前述母型 構件及前述公型構件係分別具有與前述通孔共同設置且供 帶子通過之貫通孔，當將前述帶子依序插通於母型/公型構 件之前述各貫通孔而拉出其兩端侧時（此係第3圖之使用 例）’或者，在將前述帶子依序插通於母型/公型構件之前 述各貫通孔而壓住其兩端側的狀態下，拉出已通過前述各 通孔之前述繩索之拉出部時（此係第2圖之使用例），前述 母型/公型構件會抵抗彈推力而接近並解除防止繩索脫落 狀態。 在以上之本發明中，『繩索』係包含繩（r〇pe)、線 (cord)、帶子（belt)、以及類似該等者。『帶子』係形狀與 繩索實質上相同’包含帶子以外之繩、線以及類似該等者。 『通孔』及『貫通孔』係為方便區別，但就功能性而言在 插通物品這一點係為相同’通孔係為供拉出繩索插通之孔， 貫通孔係為供帶子插通的孔。 以上之本發明係以如下之方式具體化較為理想。 (1)前述通孔係為由連結前述貫通孔彼此間之線上偏 6 323467 201212835 - 移而設置之構成（申請專利範圍第2項）。 • (2)前述母型/公型構件係藉由介設於兩者之間的彈推 構件或設於前述母型/公型構件之一方的彈簧部朝向離開 的方向彈推’並且前述貫通孔係設置於前述母型/公型構件 中之與前述彈推構件或前述彈簧部之彈推方向大致同一線 上（申請專利範圍第3項）。 β (3 )則述貝通孔係為設置於前述母型/公型構件不相互 重疊之外側端部的構成（申請專利範圍第4項）。 (4)前述帶子係為通過前述各貫通孔而重疊之兩端部 被縫製固定於衣服等使用對象物之構成（申請專利範圍第 5項）。 (發明效果） 申請專利第1項之發明，係為母㈣件及公型構 件分別具有與通孔共同設置且供帶子通過之貫魏，如第 3圖所示將帶子依序插通於母型/公型構件之各貫通孔而 拉出其兩端侧，或者如第2圖所示在將帶子依序插通^母 型/公型構件之各貫通孔而壓住其兩端側之狀態下，拉出已 通過各通孔的繩索之拉出部時，因母型/公型構件抵抗彈推 力而接近並解除防止繩索脫落狀態，故亦能用較小之力量 進行繩索的拉出量調整，且亦能單手操作，藉此能提昇使 用便利性。另外，在透過帶子對使用對象物安裝之情況下， 用於繩索固定具之整體、亦即母型構件及公型構件係以共 同之帶子束缚住，故在安裝狀態之穩定性佳，即使受到大 震動亦難以搖晃，而能消除品質低落之主因。 323467 7 201212835 申凊專利範圍第2項之發明，因各通孔係從連結貫通 孔彼此間之線上偏離而設置，故在繩索之拉出量調整操作 方面，沒有繩索與插通於各貫通孔之帶子干擾而損及操作 性之虞，藉此而能維持使用便利性。 申明專利範圍第3項之發明，因各貫通孔係設置於母 型/公型構件中之與彈推構件或彈箸部之彈推方向大致同 一線上，故容易縮短繩索固定具之整體尺寸藉此而能擴 大設計自由度。 申請專利範圍第4項之發明，因各貫通孔係位於母型/ A型構件不互相重疊侧之端部，故由第2圖所推察，往繩 索之箭號方向的拉出力量係作為往母型/公型構件相互接 近之方向的應力有效率地傳遞，藉此能提升繩索之拉出 量調整的操作性。 申明專利fe圍第5項之發明，因係將帶子通過各貫通 孔@重疊之兩端部縫製固定於使用對象物，故藉由與習知 相同之縫製作業’而能確實提升上賴索之拉出量調整之 操作性。 【實施方式】 乂下 面參考圖式，一面說明本發明之實施形態。 在此說月巾’ IX構造、仙及第5圖之㈣㈣順序詳細 說明。 (Ht之繩索固定具4，係由相互叙合之母塑構 件1及公型構件9 碰 ’以及介設於母型/公型構件1、2之間 之每推構件3所播★ 成。母型構件1及公型構件2皆係由樹 8 323467 201212835 脂成型品卿成，惟亦Μ其 ▲ 因應使用對象物而設定。 材質。大小係為任思，並 索固定具4(母型構件j再者，於第3圖及第4圖中，繩 右側面與左侧面分別呈對^2) ’其正面與背面、及 其中，母型構件丨係 成矩形扁平狀，内部1〇 圖及第5圖所示，整體形 端部lb之凹狀的空洞二由内側端部&朝向外侧另-入之大小的形狀，且一料°卩10係成為可供公型構件2插 面中央部。定位片部立片部11突出設置於底 -端定位於内侧。系將屬於彈推構件3的線圈彈簧的 在母型構件1中，〜 貫通形成於内側之端部]繩索用通孔12係沿著厚度方向 係沿著厚度方向貫通心’供帶子6通過之貫通孔13 12係為大致圓形，且2於外側之端部&側…對之通孔 係為大致矩形或長稱。貫通孔13 狀所=:=母，小-⑽ 之内部10。在公型構t &a β動自如地插入於母型構件 著厚度方向貫通护赤认 對之繩索用通孔22係沿 23係沿著厚度方蠕部％側，供帶子6通過之貫通孔 對之貝通形成於相反之外側端部21)側。- 形二φ母型構件側之通孔12大致同形狀之圓 之Γ線左右對稱。貫通孔23係為與母型構件侧 線上Y 致同形狀之大致矩形或長圓形，並設於中心 323467 9 201212835 公型構件2係設有：位於中心線上，且由端部2a侧朝 向端部2b缺口之凹部20;及突出於凹部20之内底面之轴 狀的突起21。凹部20係透過突起21將屬於彈推構件3之 線圈彈簧的另一端予以定位。於公型構件2之表面與背面， 爪部24突出設置於端部2a側，而位於各通孔22之孔緣部。 各爪部24係如由第5圖（c)所推察，當公型構件2插 入於母型構件之内部10時，伴隨著彈性變形而嵌合於母型 構件所對應之通孔12内。藉此，公型構件2係在滑動自如 地組裝於母型構件1之狀態下，藉由各爪部24抵接於對應 之通孔12的孔緣，而不會從母型構件1脫落。3外，於組 =構:？構件2插入於母型構件之内部10之際， 定位片部11，㈣—蚊錄構件侧之 (作用型構件侧之突起2卜 疋成之繩索固定具4係如第2圖及第-:型構件1與公型構件2係藉由 圖==， 對向地離開。於繩 構件3之彈推力而相 13、23而安m 疋具中’帶子6_用各貫通孔 2圖所示，其 ^路（1〇〇P)形狀。亦即，帶子6係如第 過貫通孔13之=， _6a係由母型構件1之背面朝向正面通 通孔23。或者，帶再由公型構件2之正面朝向背面通過貫 由母型構件1之π子6係如第3圖所示，其一端部6a係 型構件2之背面朝向背面通過貫通孔13之後 ，再由公 具4係當將帶子向正面通過貫通孔23。而後，繩索固定 疊合時，成為第〗在繩索固定具4的背面側拉出 巧第1圖（b)的帶狀安襄狀態。 323467 10 201212835 然而，以市售之態樣而言，繩索固定具4係有在已安 裝帶子6之狀態下所提供之態樣、將與安裝前之帶子6成 套k供之態樣、及以沒有帶子之狀態提供且購買者自行準 備帶子6進行安裝之態樣的任一種。貫通孔13、23及帶子 6的形狀雖係為任意’惟通常係因應使用繩索固定具4之 使用對象物7而設計。繩索固定具4係如第2圖所示，因 應需要而透過帶子6安，裝於使用對象物7。其安裝方法雖 無技術性上之限制’但若為衣服或袋體等使用對象物7時， 則如第2圖（b)所示意顯示，藉由縫製而固定之方法，由外 觀或柔軟性等之觀點來看較為理想。再者，第2圖（b)之符 號8係顯示縫製部。 在透過帶子6安裝於使用對象物7的繩索固定具4中， 配置於使用對象物7的繩索5或繩索5A係如第2圖（a)或 第3圖（a)所示’以能調整其拉出部5a及繫緊程度的方式 組裝。亦即，於插入繩索5或5a之情況下，將母槊構件1 與公型構件2抵抗彈推構件3之彈推力而相對地接近，或 抵抗彈推構件3之彈推力將母型、公型構件1、2之一方朝 向另一方側按壓，藉以將兩者之通孔12與通孔22重疊。 在該狀態下，第2圖之情況係為將繩索5由繩索固定具4 之为面朝向正面插通至一方側之通孔12、22之後，再由正 面朝向背面插通至另一方侧之通孔12、22。第3圖之情況 係為將作為繩索5A之拉出部5a的兩端由繩索固定具4之 背面朝向正面同時插通至兩侧之通孔12、22。插通之後， 放開對母型/公型構件1、2之按壓力，或者放開另一方構 11 323467 201212835 件對於母型/公型 母型/公型構件丨、 、2中之一方構件之按壓力。如此， 離開的方向移動，藉由彈推構件3之彈推力而朝相對地 及繩索5A之繩帝^通孔12、22彼此偏移，藉此使繩索5 脫落狀態。、’'"部被挾持於兩孔内而成為防止繩索 調整繩索5 ^具4的情況’係以如下之要領 用例時，操作釘、ΐ繫緊程度。亦即，若為第2圖之使 的如山、者係以單手將已通過各通孔12、22之繩索5 所拉出部5a往第2圖（3)之箭號方向拉出，如第㈣⑻ 物；"、因繩索固定具4藉由前述之帶子6固定於使用對象 固疋位置，故繩索5之拉出部5a之拉出力量會透過 帶子6而成為母型/公型構件卜2往第2圖（匕）之箭號方向 應力，亦即成為往兩構件1、2互相接近之方向之應力， 母型/公型構件1、2抵抗彈推構件3之彈推力而接近之結 果’増加各通孔12、22重疊之部分，而解除防止繩索脫落 狀態。 因此’在此構造中，在將帶子的兩端部6a安裝於衣服 等之使用對象物7的使用狀態中，能藉由單手操作進行繩 索5之拉出量調整，藉此可較習知構造更提升使用便利 性。此外，在透過帶子8安裝於使用對象物7之狀態中， 繩索固定具4之整體、亦即母型構件1及公型構件2係由 共通之帶子6所束缚，故安裝狀態之新穎性與穩定性佳， 即使受到大的震動亦難以搖晃，而能較習知構造更加消除 品質低落之主因。 12 功467 201212835 相對於此，若為第3圖之使用例日夺，當操作者以單手 *將帶子6之兩端部^朝向箭號方向拉出時，如第3圖（b) 戶斤示構成繩索固定具4的母型/公型構件ι、2抵抗彈推構 件3之彈推力而接近之結果，增加各通孔12、^重疊的部 分’而解除防止繩索脫落狀態。因此，即使在此使用例中， 進行繩索5A之拉出量調整時，亦能以比習知之較小力量進 行，而提升使用便利性。 此外，在以上構造中，因母型構件之通孔12與公型 構件2之通孔22係從連結貫通孔13、23彼此之間之線上 偏移至兩㈣方式設置’故在繩索5或繩索5A之拉出量調 整操作中，並沒有使繩索受到插通於各貫通孔13、23之帶 子6所干擾而損及操作性或使外觀惡化之虞，藉此能維持 使用便利性，且能賦予新穎性。同時，各貫通孔13、Μ 係設置於母型/公型構件卜2中之與彈推構件3之彈推方 向大致同一線上，故容易縮短繩索固定具之整體尺寸，藉 此可擴大設計自由度。而且，因各貫通孔13、23係位於母 垔/公型構件卜2不會互相重疊之外側的端部lb、2b的附 近’故在第2圖之使用態樣中，繩索之拉出部5a之往箭號 方向之拉出力#係透過帶子6而作為母型/公型構件卜2 在相互接近的方向之應力而有效率地傳遞，在第3圖之使 用態樣中，對帶子6之拉出力量係作為母型/公型構件卜 2住相互接近的方向之應力而有效率地傳遞之結果，繩索 之拉出量調整之操作能以較弱之力量進行。 (變形例）m變形例係將彈簧部25 —體地形成 323467 13 201212835 於公型構件2以取代上述彈推構件3之一例。在此說明中 對於與上述形態為同一之部位附加相同符號，並僅就所 更之構成加以說明。亦即，第6圖之公型構件2，係形 較凹部20之内底面更朝下方之大致波形的彈簧部扛:因 此，在此變形例中，能謀求構件數之減少且成本之降低。 再者’如上所述之彈箐部亦可形成於母型構件丨側。-。 之繩索固疋具係只要具備在中請專利範圍1特別 進-步S展：係為能以此形態及變形例為參考而 【圖式簡單說明】 圖（^^為_有關本發_態之繩㈣定具，第！ 將帶子組裝刀解斜視圖，第1圖α)係為 第2圖二!具之狀態的概略斜視圖。 第2圖（b)係髮住帶^上述繩索固定具之動作，第2圖⑷與 通孔之-灿已插通於母心公型構件之各 第3圖係顯-Λ 下的斜視圖與垂直剖面圖。 ί第3圖⑻係索較具之其他動作，第3圖（a) 出之使用狀雄，“兩端由母型/公型構件之各通孔 下之斜視圖與垂直=出通過各貫通孔之帶子兩端的狀態 ί公型構=繩索固定具之詳細’第4圖(心係為 4圖（c)係為由公型 1 之端面圖，第4圖（b)係為前視圖， 第5圖係件之後方觀察之端面圖。 、 圖同樣地顯示上述繩索固定具之詳 323467 14 201212835 第圖（a)係為第4圖之側視圖，帛5圖⑹係為第4 圖之A—A線的剖面圖，第5圖(c)係為第5圖⑷之B—B 之線的剖面圖。 /第6圖係為顯示上述形態之變形例，第6圖（a)係為與 第5圖（b)對應之狀態的圖，第6圖化）係為與第5圖（c)' 對應之狀態的圖。 第7圖係為顯示專利文獻1所揭示之繩索固定具，第 7圖（a)係顯示繩索固定具之使用狀態’第7圖（b)係為繩 索固定具之剖面圖。 【主要元件符號說明】 1 母型構件 la、lb、2a、2b 端部 2 公型構件 3 彈推構件 4 繩索固定具 5、5A、W 繩索 5a 拉出部 6、W’ 帶子 6a 端部 7 ' Μ 使用對象物 8 縫製部 10 内部 11 定位片部 12、22 通孔 13、23 貫通孔 20 凹部 21 突起 24 爪部 25 彈簧部 15 323467201212835 VI. Description of the Invention: The present invention relates to a rope fixing tool which is suitable for adjusting the amount of pulling and the degree of fastening of a rope disposed, for example, around an opening edge of a garment or a bag or the like. [Prior Art] Fig. 6 shows a cord fixture disclosed in Patent Document 1. In the rope fixing device, the structural feature includes a female member 1 having a through hole 15 for a rope, a male member 2 having a through hole 24 for a rope and slidably inserted into the female member 1, and The poppet member 3 between the two members 1 and 2, the rope W is inserted into each of the through holes 15, 24 in a state in which the female/male member is relatively close to the elastic thrust, and the female/male type The member is moved in a direction in which the spring force is relatively moved away to prevent the rope from coming off. Further, in this configuration, the female member 1 has a through hole (insertion hole) 16 through which the tape W' is inserted. In the above-described rope fixing device, the both ends of the belt W' are sewn to an object to be used such as clothes and attached, and the object to be used can be adjusted and placed in a state in which the belt W' is inserted into the through hole 16. The amount of tension and the degree of tightening of the rope W. [Prior Art Document] (Patent Document) [Patent Document 1] Japanese Patent No. 3973604 [Disclosed] 323467 201212835 (Problems to be Solved by the Invention) The above-described rope fixing device has a small number of members and passes through each through hole It is easy to adjust the amount of tension of the rope, etc., and it is easy to use the constipation, and it is still insufficient according to the following points. (1) In the state of use of Fig. 6(a), etc., the amount of pulling out of the rope w is increased to enhance the degree of pulling out, and the operator operates the hand (8) with one hand (8) to make the female member 1 and the male type The member 2 is close to (4) against the elastic thrust, or the pressing member is pressed toward the female member 而 to release the anti-drop state of the rope W. The surface is maintained in this state while the other hand is The adjustment is performed by pulling out the pull-out end side of the rope W. Thereafter, when the hand is separated from the female member or the female/male member, the female/male member 2 is relatively moved away by the elastic thrust. The direction is moved to prevent the rope from falling off. @This, in the conventional construction towel, the adjustment operation requires a force proportional to the magnitude of the elastic thrust, and, for example, when the hand holds the article or performs other work, etc. (4) Cable adjustment (4) Difficulties and inconveniences 'Become the main cause of limited use. (2) Although the rope fixing device is used in the state of using the object through the tape, it is bound by the belt w. The part is a rope The lower end side (in other words, through the through hole 16 provided at the end of the female member 2) is unstable, for example, it is shaken when subjected to vibration. As described above, there is a shortage of the rope fixing device due to the use. In this case, it is easy to cause problems in this case, and it is the main cause of low quality. The object of the present invention is to solve the above problems, in particular, to reduce the force of the rope pulling amount adjustment of 323467 5 201212835, and In order to achieve the above object, the rope fixing device of the present invention includes a female member having a through hole for a rope, and has a function of maintaining a stable mounting state of the object to be used. The rope is slidably inserted into the male member of the female member by a through hole, and the rope is inserted into the through hole ' while the female/type member is relatively close to the elastic thrust force and the aforementioned The female/male member is moved in a direction away from the relative direction by the elastic thrust, and the female member is prevented from falling off, wherein the female member and the male member are Each of the through holes provided with the through holes and passing through the through holes, respectively, when the tapes are sequentially inserted into the through holes of the female/male member and pulled out at both ends thereof (this is the third drawing) In the state in which the above-mentioned tapes are sequentially inserted into the respective through holes of the female/male member and pressed against the both end sides thereof, the aforementioned ropes having passed through the respective through holes are pulled out. In the case of the pull-out portion (the use example of Fig. 2), the female/male member approaches and releases the rope prevention state against the elastic thrust. In the above invention, the "rope" includes a rope (r). 〇pe), cord, belt, and the like. The "belt" is substantially the same shape as the rope. 'Includes ropes, threads, and the like other than belts. "Through Hole" and The through hole is for convenience of distinction, but in terms of functionality, the same thing is that the through hole is a hole through which the pull-out cable is inserted, and the through hole is a hole through which the tape is inserted. The above invention is preferably embodied in the following manner. (1) The through hole is formed by a line offset between the through holes (the second application of the patent application). (2) The female/male member is urged toward the direction of separation by a spring pushing member interposed therebetween or a spring portion provided on one of the female/male members and the through hole It is disposed in the mother/male member in a line substantially the same as the spring pushing direction of the spring pushing member or the spring portion (the third item of the patent application). In the case of β (3), the shellhole is a structure in which the parent/male members are not overlapped with each other (the fourth item of the patent application). (4) The tape is a structure in which both end portions which are overlapped by the respective through holes are sewn and fixed to an object to be used such as clothes (No. 5 of the patent application). (Effect of the Invention) The invention of claim 1 is that the mother (four) member and the male member are respectively provided with the through hole and the belt is passed through, and the tape is sequentially inserted into the mother as shown in FIG. The through holes of the type/male member are pulled out at both end sides thereof, or as shown in Fig. 2, the tapes are sequentially inserted into the through holes of the female/male member to press the both end sides thereof. In the state where the pull-out portion of the rope that has passed through each of the through holes is pulled out, since the female/male member approaches and releases the rope to prevent the rope from coming off, the rope can be pulled out with a small force. The amount is adjusted and can be operated with one hand, thereby improving the convenience of use. Further, in the case where the object to be used is attached through the belt, the whole of the rope fixing device, that is, the female member and the male member are tied by a common belt, so that the stability in the mounted state is good even if subjected to Large vibrations are also difficult to shake, and can eliminate the main cause of low quality. 323467 7 201212835 In the invention of claim 2, since each of the through holes is provided offset from the line connecting the through holes, there is no rope and insertion through each through hole in the adjustment operation of the rope pulling amount. The tape interferes with the operability, thereby maintaining ease of use. According to the invention of claim 3, since the through holes are provided in the female/male member in substantially the same line as the spring pushing direction of the spring pushing member or the elastic portion, it is easy to shorten the overall size of the rope fixing device. This can increase the degree of freedom in design. According to the invention of claim 4, since each of the through holes is located at the end of the side where the female type/A type member does not overlap each other, it is inferred from Fig. 2 that the pulling force in the direction of the arrow of the rope is taken as The stress in the direction in which the female/male members approach each other is efficiently transmitted, whereby the operability of the rope pulling amount adjustment can be improved. According to the invention of claim 5, since the belt is sewn and fixed to the object to be used through the end portions of the through-holes @ overlap, the sewing operation can be surely improved by the same sewing operation as in the prior art. The operability of the pull amount adjustment. [Embodiment] An embodiment of the present invention will be described with reference to the drawings. Here, the details of the monthly hood ' IX structure, the fairy and the fifth (4) and (4) are explained in detail. (Ht rope fixing device 4 is formed by the mutual engagement of the mother plastic member 1 and the male member 9 and the push member 3 interposed between the female/male members 1 and 2). Both the female member 1 and the male member 2 are made of the tree 8 323467 201212835 fat molded product, but they are also set according to the object to be used. The material is the size of the rope and the fixing member 4 (the female member) In addition, in the third and fourth figures, the right side and the left side of the rope are respectively opposite to each other, and the front side and the back side thereof, and the female member are tied into a rectangular flat shape, and the inside is a figure. As shown in Fig. 5, the concave cavity 2 of the integral end portion 1b is shaped by the inner end portion & toward the outer side, and the material is made into the male member 2 The center portion. The positioning piece portion projecting portion 11 is projecting from the bottom end to the inner side. The coil spring belonging to the spring pushing member 3 is formed in the female member 1 and is formed at the inner end portion. The hole 12 is continuous in the thickness direction along the thickness direction, and the through hole 13 12 through which the tape 6 passes is substantially circular, and 2 The outer end portion & side...the through hole is generally rectangular or long. The through hole 13 is shaped like: == mother, small - (10) inside 10. The male structure t & a β is inserted freely The through hole 22 for the rope which penetrates the protective member in the thickness direction in the thickness direction is along the thickness side of the portion 23 along the thickness portion, and the pass hole of the through hole for the belt 6 is formed at the opposite end portion 21 )side. - The through hole 12 on the side of the second φ female member is substantially bilaterally symmetrical with respect to the circle of the same shape. The through hole 23 is substantially rectangular or oblong in the same shape as the Y-shaped side line of the female member, and is disposed at the center 323467 9 201212835 The male member 2 is provided on the center line and is oriented from the end portion 2a toward the end. a recessed portion 20 of the notch portion 2b; and a shaft-shaped projection 21 projecting from the inner bottom surface of the recess portion 20. The recess 20 is configured to position the other end of the coil spring belonging to the poppet member 3 through the projection 21. On the front and back surfaces of the male member 2, the claw portions 24 are protruded from the end portion 2a side and are located at the edge portions of the respective through holes 22. Each of the claw portions 24 is inferred from Fig. 5(c). When the male member 2 is inserted into the inner portion 10 of the female member, it is fitted into the through hole 12 corresponding to the female member with elastic deformation. Thereby, the male member 2 is slidably assembled to the female member 1, and the claw portions 24 abut against the edge of the corresponding through hole 12 without falling off from the female member 1. 3, outside the group = structure:? When the member 2 is inserted into the interior 10 of the female member, the positioning piece portion 11, (4) - the mosquito-recording member side (the protrusion 2 on the action-type member side) is as shown in the second figure and the -: The type member 1 and the male member 2 are separated from each other by the figure ==. The spring force of the rope member 3 is in the phase 13 and 23, and the 'mitter 6' is shown in each of the through holes 2 The shape of the path (1〇〇P), that is, the tape 6 is such that the first through hole 13 =, _6a is from the back surface of the female member 1 toward the front through hole 23. Alternatively, the belt is replaced by a male member The front surface of the second surface passes through the π sub 6 of the female member 1 as shown in Fig. 3, and the back surface of the one end portion 6a of the two-type member 2 passes through the through hole 13 toward the back surface, and then the utility model 4 The belt passes through the through hole 23 to the front side. Then, when the rope is fixedly overlapped, the belt is placed on the back side of the rope fixture 4 and the belt-shaped ampoule of Fig. 1(b) is pulled out. 323467 10 201212835 However, the city In the case of the sale, the rope fixing device 4 is provided in the state in which the belt 6 has been installed, and will be provided with the belt 6 before installation. Any of the aspects and the state in which the strap is provided without the strap and the purchaser prepares the strap 6 for mounting. The shapes of the through holes 13, 23 and the strap 6 are arbitrary, but the cord fixing tool 4 is usually used. Designed using the object 7. The rope fixing device 4 is attached to the object 7 by the tape 6 as shown in Fig. 2, and the mounting method is not technically limited. When the object 7 is used, such as a bag body, as shown in Fig. 2(b), the method of fixing by sewing is preferable from the viewpoints of appearance, flexibility, etc. Further, Fig. 2 ( The symbol 8 of the b) shows the sewing portion. The rope fixing device 4 attached to the object 7 to be used in the transmission belt 6 is attached to the rope 5 or the rope 5A of the object 7 as shown in Fig. 2(a) or 3 Fig. (a) is assembled in such a manner that the pull-out portion 5a and the degree of fastening can be adjusted. That is, in the case where the rope 5 or 5a is inserted, the female member 1 and the male member 2 are resisted from the elastic member. 3 is relatively close to the thrust of the projectile, or resists the elastic thrust of the projectile member 3 One of the male members 1 and 2 is pressed toward the other side, thereby overlapping the through holes 12 of the two members with the through hole 22. In this state, the case of Fig. 2 is to fix the rope 5 by the rope fixing device 4 After the front surface is inserted into the through holes 12 and 22 on the one side, the front surface is inserted into the through holes 12 and 22 on the other side from the front surface. The third figure is a pull-out portion as the rope 5A. The two ends of the 5a are inserted into the through holes 12, 22 of the two sides from the back side of the rope fixing device 4 toward the front side. After the insertion, the pressing force on the female/male members 1, 2 is released, or the other is released. One body 11 323467 201212835 The pressing force for one of the female/male female/male components 丨, , 2 . Thus, the direction of the movement is shifted, and the ropes 5 and 22 of the ropes 5A are offset from each other by the elastic thrust of the projecting member 3, whereby the rope 5 is detached. The ''" part is held in the two holes to prevent the rope from adjusting the rope 5^4.] When the following example is used, the nail and the tie are tightened. That is, if the mountain is the one shown in Fig. 2, the pull-out portion 5a of the rope 5 that has passed through the through holes 12 and 22 is pulled out in the direction of the arrow of the second figure (3) by one hand, such as (4) (8); "The rope fixing device 4 is fixed to the use target by the aforementioned belt 6, so that the pulling force of the drawing portion 5a of the rope 5 passes through the belt 6 to become a female/male member. The stress in the direction of the arrow from Fig. 2 to Fig. 2 (匕) is the stress in the direction in which the two members 1 and 2 approach each other, and the female/male members 1, 2 are close to the elastic thrust of the projectile member 3 As a result, the portion where the through holes 12 and 22 overlap is removed, and the state in which the rope is prevented from coming off is released. Therefore, in this configuration, when the both end portions 6a of the strap are attached to the use object 7 such as clothes, the amount of pulling out of the cord 5 can be adjusted by one-hand operation, whereby it can be known The structure is more convenient to use. Further, in a state in which the transmission belt 8 is attached to the object 7 to be used, the whole of the rope fixing tool 4, that is, the female member 1 and the male member 2 are bound by the common belt 6, so that the novelty of the mounting state is It has good stability and is difficult to shake even with large vibrations, and it can eliminate the main cause of low quality compared with the conventional structure. 12 功 467 201212835 In contrast, if the use case of the third figure is taken, when the operator pulls the two ends of the tape 6 toward the arrow direction with one hand*, as shown in Fig. 3(b) As a result of the proximity of the female/male members ι and 2 constituting the rope fixing device 4 against the elastic thrust of the projectile member 3, the portions of the respective through holes 12 and the overlapped portions are increased, and the state in which the ropes are prevented from falling off is released. Therefore, even in this use example, when the amount of pulling out of the rope 5A is adjusted, it can be performed with a smaller force than the conventional one, and the usability is improved. Further, in the above configuration, since the through hole 12 of the female member and the through hole 22 of the male member 2 are offset from the line connecting the through holes 13 and 23 to each other in two (four) manners, the rope 5 or In the operation of adjusting the amount of pulling out of the rope 5A, the rope is not disturbed by the belt 6 inserted into each of the through holes 13 and 23, and the operability or the appearance is deteriorated, whereby the usability is maintained. Can give novelty. At the same time, each of the through holes 13 and the cymbal is disposed on the same line as the spring pushing direction of the spring pushing member 3 in the female/male member 2, so that the overall size of the rope fixing device can be easily shortened, thereby expanding the design freedom. degree. Further, since each of the through holes 13 and 23 is located in the vicinity of the end portions 1b and 2b on the outer side of the mother/male member 2, the second embodiment is used in the second embodiment. The pull-out force of the 5a direction in the direction of the arrow is transmitted through the belt 6 as a female/male member, and is efficiently transmitted in a direction close to each other. In the use pattern of Fig. 3, the belt 6 is used. The pull-out force is transmitted as a result of the effective transfer of the parent/female member and the stress in the direction in which they are close to each other, and the operation of adjusting the pull-out amount of the rope can be performed with a weak force. (Modification) The m modification is an example in which the spring portion 25 is integrally formed by 323467 13 201212835 in the male member 2 instead of the above-described spring pushing member 3. In the description, the same reference numerals are given to the same portions as those in the above-described embodiments, and only the configuration will be described. That is, the male member 2 of Fig. 6 has a substantially wavy spring portion 较 which is formed downward from the inner bottom surface of the concave portion 20. Therefore, in this modified example, the number of members can be reduced and the cost can be reduced. Further, the magazine portion as described above may be formed on the side of the female member. -. As long as it has the patent range 1 in the middle of the patent, it is a special step-by-step S exhibition: it can be used as a reference for this form and the modification. [Simple diagram of the figure] Figure (^^ is _About this issue _ state The rope (four) fixed, the first! The belt assembly knife is obliquely viewed, and the first figure α) is a schematic oblique view of the state of the second figure. Fig. 2(b) is a view showing the action of the above-mentioned rope fixing device, and Fig. 2 (4) and the through hole of the can have been inserted into the third figure of the male core member. With a vertical profile. ίFig. 3 (8) Other actions of the lanyard, Fig. 3 (a) The use of the male, "the two ends of the female / male member under the through hole under the oblique view and vertical = through each through The state of both ends of the belt of the hole ί public structure = the details of the rope fixing device 'Fig. 4 (the heart system is 4 (c) is the end view of the male type 1, and the fourth figure (b) is the front view, Fig. 5 is an end view of the rear view of the system. The figure also shows the details of the above-mentioned rope fixing device. 323467 14 201212835 The first figure (a) is the side view of Fig. 4, and the figure 5 (6) is the fourth figure. A cross-sectional view of the A-A line, and Fig. 5(c) is a cross-sectional view taken along the line B-B of Fig. 5(4). Fig. 6 is a modification showing the above-described form, and Fig. 6(a) is a FIG. 7 is a view showing a state corresponding to the state corresponding to FIG. 5(c)'. FIG. 7 is a view showing a rope fixing tool disclosed in Patent Document 1. Fig. 7(a) shows the state of use of the rope fixing device. Fig. 7(b) is a sectional view of the rope fixing device. [Description of main components] 1 The ends of the female members la, lb, 2a, 2b 2 male components 3 Bouncing member 4 Rope fixing device 5, 5A, W Rope 5a Pull-out portion 6, W' Strap 6a End portion 7' Μ Object to be used 8 Sewing part 10 Inner 11 Positioning piece parts 12, 22 Through holes 13, 23 Hole 20 recess 21 protrusion 24 claw portion 25 spring portion 15 323467