201020417 六、發明說明 【發明所屬之技術領域】 本發明是有關於繩索固定具，其是爲了調整被安裝於 衣服、帽子、襯裏、帳篷、背包等的繩索的緊固狀態和卡 止位置用，而被安裝於繩索。 【先前技術】 Φ 旋緊被設在上衣等的繩索用的繩索固定具，已知例如 專利文獻1記載的繩索固定具和專利文獻2記載的繩索固 定具等。 ' 專利文獻1的繩索固定具，是具備：一端開口的剖面 • 矩形箱狀的扣座、及被收納於此扣座內且形成對應扣座的 內部形狀的角柱狀並在先端具有彈簧的插頭，且形成有讓 這些扣座及插頭插通繩索用的繩索插通孔。 專利文獻2的繩索固定具，是具備：一端開口的圓筒 • 狀的扣座、及被收納於此扣座內且形成對應扣座的內部形 狀的圓柱狀的插頭、及被收納於扣座的底部將插頭從扣座 朝推出方向彈推的彈簧，且形成有讓這些扣座及插頭插通 繩索用的繩索插通孔。 這些的繩索固定具，是將插頭壓入扣座內，在插頭的 繩索插通孔及扣座的繩索插通孔連通的狀態下，將繩索插 通這些的繩索插通孔之後，解除插頭的壓入的話，藉由彈 簧使插頭從扣座被推出。如此的話，插頭的繩索插通孔因 爲是對於扣座的繩索插通孔偏離，所以繩索被卡止。 -5- 201020417 爲了調整繩索的長度等，而將插頭再度壓入扣座內， 將插頭的繩索插通孔及扣座的繩索插通孔連通，在此狀態 下，將繩索的長度調節之後，解除插頭的壓入的話，繩索 被卡止。 [專利文獻1]日本特開昭59-1 485 1 8號公報 [專利文獻2]日本實公昭54-11210號公報 【發明內容】 (本發明所欲解決的課題） 上述構造的扣座，爲了確保插頭的圓滑的壓入動作， 而需要某程度的插頭的壓入方向尺寸。 且，在插頭被收納於扣座的狀態下，將繩索的卡止狀 態解除時，因爲需要將插頭壓入扣座內的操作，所以插頭 需要形成從扣座的開口端某程度突出的長度。特別是，欲 確保較長的插頭的壓入行程的話，從扣座的開口端的插頭 的突出量也必需加大’。 因此，繩索固定具的長度尺寸，雖是設定成對於確保 插頭的圓滑的壓入動作用的扣座的長度加上將插頭壓入用 的突出長度，但是希望更短的繩索固定具。 本發明的目的是提供一種繩索固定具，可以確保插頭 的圓滑的壓入動作、及插頭的壓入操作，且可以縮短全長 尺寸。 (用以解決課題的手段） -6 - 201020417 本發明的繩索固定具，是具備：插頭、及具有讓此插 頭插入的開口的筒狀的扣座、及被收納於此扣座內將前述 插頭從前述扣座朝推出的方向彈推的彈推體，在前述插頭 的周壁中，貫通形成有第1插通孔，在前述扣座的周壁 中，形成有當前述插頭抵抗前述彈推體並被壓入前述扣座 內時可與前述第1插通孔連通的第2插通孔，其特徵爲： 形成有前述開口的前述扣座的端面，是形成於對於前述插 φ 頭的壓入方向傾斜的傾斜面。 依據這種構成，將插頭壓入扣座內，在插頭的第1插 通孔及扣座的第2插通孔連通的狀態下，將繩索插通這些 ' 第1、第2插通孔之後，解除插頭的壓入的話，藉由彈推 * 手段使插頭從扣座被推出。如此的話，插頭的第1插通孔 及扣座的第2插通孔的連通部分因爲變窄，藉此使繩索被 卡止。 爲了調整繩索的長度等，將插頭抵抗彈推手段再度壓 φ 入扣座內，使插頭的第1插通孔及扣座的第2插通孔連 通。如此的話，插頭的第1插通孔及扣座的第2插通孔的 連通部分因爲擴大，所以在此狀態下可以調節繩索的長 度。調節繩索的長度之後，解除插頭的壓入的話，插頭的 第1插通孔及扣座的第2插通孔的連通部分因爲變窄，藉 此使繩索被卡止。 依據本發明，因爲形成有將插頭插入用的開口的扣座 的端面，是形成對於插頭的壓入方向傾斜的傾斜面，所以 可以藉由傾斜面的傾斜方向上部側的壁將插頭導引。因 -7- 201020417 此，可以圓滑地進行將插頭壓入的動作。 且，藉由從傾斜面的傾斜方向下部將插頭突出，就可 以確保插頭的壓入部分。因此，因爲不需要爲了確保插頭 的壓入部分，而使插頭比扣座的傾斜方向上部側更突出， 所以插頭的壓入部分可以確保，且繩索固定具的全長也可 以縮短。因此，可以確保插頭的圓滑的壓入動作、及插頭 的壓入操作，且可以縮短全長尺寸。 對於本發明的繩索固定具，前述第1插通孔，是在插 頭壓入側形成具有對於前述插頭的壓入方向略垂直交叉的 第1卡止面的形狀，前述第2插通孔，是在前述開口側形 成具有與前述扣座的傾斜面略平行的第2卡止面的形狀較 佳。 依據這種構成，在繩索的卡止動作時，藉由彈推手段 使插頭從扣座被推出的話，藉由第1插通孔的第1卡止面 使繩索被壓起，並被挾持在第2插通孔的第2卡止面之 間。 在本發明中，因爲第1插通孔的第1卡止面是形成對 於插頭的壓入方向略垂直交叉，且，第2插通孔的第2卡 止面是形成與扣座的傾斜面略平行，即因爲第1插通孔的 第1卡止面及第2插通孔的第2卡止面交叉，所以在該第 1卡止面及第2卡止面交叉的角部可以將繩索卡止。因 此，卡止的繩索不易偏離，可以確實地卡止。 對於本發明的繩索固定具，前述插頭，是形成具有表 面、背面及第1、第2側面的角柱狀，前述扣座，是具有 -8- 201020417 與前述插頭的表面、背面及第i、第2側面相面對的表 壁、背壁及第1、第2側壁’且，形成具有將這些的底面 塞住的底壁的角筒狀，並且與前述底壁相面對且具有前述 開口的端面是形成於從前述第1側壁朝向前述第2側壁傾 斜的傾斜面，前述第1插通孔’是從前述表面朝前述背面 貫通形成，在前述插頭壓入側形成具有前述第1卡止面的 剖面矩形孔，前述第2插通孔’是從前述表壁朝前述背壁 φ 貫通形成，在前述開口側形成具有前述第2卡止面的剖面 平行四邊形孔較佳。 依據這種構成，因爲插頭形成角柱狀’扣座是形成角 ' 筒狀，第1插通孔是形成從表面朝背面貫通形成的剖面矩 • 形孔，且，第2插通孔是形成從表壁朝背壁貫通形成的剖 面平行四邊形孔，所以在第1插通孔及第2插通孔連通的 狀態下，各種剖面形狀的繩索容易插通。例如，繩索的剖 面不限定於圓繩索，平面的平繩索等也容易插通。 • 對於本發明的繩索固定具，前述插頭，是形成具有表 面、背面及第1、第2側面的角柱狀，前述扣座，是具有 與前述插頭的表面、背面及第1、第2側面相面對的表 壁、背壁及第1、第2側壁，且，具有將這些的底面塞住 的底壁的角筒狀，並且與前述底壁相面對且具有前述開口 的端面是形成於從前述第1側壁朝向前述第2側壁傾斜的 傾斜面，前述第1插通孔，是從前述第1側面朝第2側面 貫通形成，在前述插頭壓入側形成具有前述第1卡止面的 剖面矩形孔，前述第2插通孔，是從前述第1側壁朝前述 201020417 第2側壁貫通並與前述傾斜面略平行地形成，在前述開口 側藉由具有前述第2卡止面的傾斜孔而形成較佳。 依據這種構成，因爲插頭是形成角柱狀，扣座是角筒 狀，第1插通孔是形成從第1側面朝第2側面貫通形成的 剖面矩形孔，且，第2插通孔是形成從第丨側壁朝第2側 壁貫通形成的傾斜孔’所以在第1插通孔及第2插通孔連 通的狀態下，各種剖面形狀的繩索皆容易插通。且，傾斜 孔之中，因爲繩索是由：形成於傾斜方向下部側（第2側 壁側）的傾斜孔的內端角部、及相面對於其的插頭的剖面 矩形孔的角部所卡止，所以可以提高對於繩索的卡止力。 對於本發明的繩索固定具，前述插頭，是包含：具有 前述第1插通孔並揷入前述扣座的插入部、及一體形成於 此插入部的端部並從前述扣座的前述開口突出且具有對於 前述插頭壓入方向略垂直交叉的按壓面的頭部。 依據這種構成，利用扣座的傾斜面，因爲插頭的頭部 也可以壓入扣座內，所以繩索固定具的全長尺寸可以更縮 短。 對於本發明的繩索固定具，在前述插頭及前述扣座之 間’是形成有可以將前述插頭朝前述扣座的傾斜面傾斜方 向下部傾斜的游隙較佳。 依據這種構成，將插頭壓入扣座內時，因爲在插頭及 扣座之間形成有游隙，所以可以將插頭朝扣座的傾斜面的 傾斜方向下部傾斜。插頭是朝扣座的傾斜面傾斜方向下部 傾斜的話，第1插通孔的第1卡止面及第2插通孔的第2 -10- 201020417 卡止面的交叉角部的空間因爲擴大，所以可以解除繩索的 卡止狀態。即，因爲不需將插頭朝扣座內大大地壓入，只 將插頭朝扣座的傾斜面的傾斜方向下部傾斜即可，所以卡 止解除操作可以非常簡單。 【實施方式】 以下，將本發明的實施例一邊參照圖面一邊說明。 φ 又，以下的說明時，對於具有同一構成要件或是同一 功能的構件，是附加同一符號，省略或是簡略化那些的說 明。 • [第1實施例] 在第1圖〜第5圖中，顯示第1實施例的繩索固定具 1 ° 同繩索固定具1，是具備插頭10、及被插入插頭10 Φ 的扣座20。又，這些的插頭10及扣座20，是由使用聚醯 胺、聚縮醛、聚丙烯等的合成樹脂材料的射出成形和壓出 成形等被一體成型。 插頭10，是具備：揷入扣座20內的插入部11、及一 體形成於此插入部π的上端的頭部15、及一體形成於插 入部11的下端的彈簧部17。 插入部11，是具有表面、背面及第1、第2側面’形 成橫剖面具有略橫長的長方形狀的角柱狀，並且從這些的 周壁即表面朝背面貫通形成第1插通孔12。第1插通孔 -11 - 201020417 12’是形成變形四角形孔，具有：對於插頭ι〇的壓入方 向（即將彈簧部17縮短的方向）傾斜（從表面所見朝左下降 傾斜）的上面12A、對於插頭1〇的壓入方向略垂直交叉的 第1卡止面的下面12B及與插頭10的壓入方向平行的第 1、第2側面12C、12D。且，在插入部11的表面及背 面’在插入部11的下部且靠近第1插通孔12的第1側面 12C形成有突起13。突起13，是由隨著朝向先端漸細的 略圓錐狀的突起，而朝後述的扣座20的第2插通孔22內 突出，達成防止插頭10從扣座20脫出的功能。 頭部15，是從上面看比插入部11的橫剖面形狀更大 一圏的輪廓形狀，且，具有與扣座20的上面輪廓形狀相 同的橫長的長方形狀，從表面看形成三角形狀。具體而 言，上面15A是在對於插頭10的壓入方向垂直交叉的平 坦面狀的按壓面，形成使底面15B對於插頭10的壓入方 向傾斜（從表面所見朝左下降傾斜）的傾斜面。 彈簧部17,是在被收納於扣座20內的狀態下，構成 將插頭10從扣座20朝推出方向彈推的彈推體，一定寬度 及厚度的彈性腳片18，是從插入部Π的下端面在扣座20 的後述的第1側壁20C及第2側壁20D之間沿著這些側 壁間方向一邊複數回蛇行一邊朝下方延伸地形成。彈簧部 17的下端，是與扣座20的內底面抵接。201020417 VI. Technical Field [Technical Field] The present invention relates to a rope fixing device for adjusting a fastening state and a locking position of a rope attached to a garment, a hat, a lining, a tent, a backpack, and the like. It is installed on the rope. [Prior Art] Φ A rope fixing device for a rope provided in a jacket or the like is fastened. For example, a rope fixing tool described in Patent Document 1 and a rope fixing tool described in Patent Document 2 are known. The cord fixture of Patent Document 1 includes a cross section that is open at one end, a rectangular box-shaped buckle seat, and a plug that is housed in the buckle seat and has an internal shape corresponding to the inner shape of the buckle seat and has a spring at the tip end. And a rope insertion hole for inserting the buckle and the plug into the rope is formed. The cord fixture of Patent Document 2 includes a cylindrical pin-shaped opening that is open at one end, and a cylindrical plug that is housed in the buckle and that has an internal shape corresponding to the buckle, and is housed in the buckle. The bottom of the bottom pushes the plug from the buckle seat toward the pushing direction, and a cable insertion hole for inserting the buckle seat and the plug into the rope is formed. In the rope fixing device, the plug is pressed into the buckle seat, and the cord insertion hole of the plug and the rope insertion hole of the buckle seat are connected, and the cord is inserted into the rope insertion hole, and the plug is released. When pressed, the plug is pushed out of the buckle by the spring. In this case, since the cord insertion hole of the plug is deviated from the cord insertion hole of the buckle, the rope is locked. -5- 201020417 In order to adjust the length of the rope, etc., press the plug into the buckle seat again, and connect the rope insertion hole of the plug to the rope insertion hole of the buckle seat. In this state, after adjusting the length of the rope, When the push-in of the plug is released, the rope is locked. [Patent Document 1] Japanese Laid-Open Patent Publication No. SHO 59-1 485 No. PCT Publication No. Hei. Make sure that the plug is pressed in a smooth manner and requires a certain degree of indentation of the plug. Further, when the plug is in the state of being locked in the buckle, when the locking state of the rope is released, since the insertion of the plug into the buckle is required, the plug needs to have a length that protrudes somewhat from the open end of the buckle. In particular, in order to ensure a long press-in stroke of the plug, the amount of protrusion of the plug from the open end of the buckle must also be increased. Therefore, the length dimension of the cord fixture is set to a length of the buckle for ensuring a smooth press-fitting operation of the plug, and a protruding length for pressing the plug is recommended, but a shorter cord fixture is desired. SUMMARY OF THE INVENTION An object of the present invention is to provide a cord fixing device which can ensure a smooth press-in operation of a plug and a press-in operation of a plug, and can shorten the overall length. (Means for Solving the Problem) -6 - 201020417 The cord fixture of the present invention includes a plug, a cylindrical buckle having an opening for inserting the plug, and a plug that is housed in the buckle a pusher body that is pushed from the buckle seat toward the pushing direction, a first insertion hole is formed in a peripheral wall of the plug, and a plug is formed on the peripheral wall of the buckle to resist the protruding body a second insertion hole that can communicate with the first insertion hole when being pressed into the buckle, wherein an end surface of the buckle formed with the opening is formed in the insertion of the insertion φ head An inclined surface that is inclined in direction. According to this configuration, the plug is pushed into the buckle seat, and after the first insertion hole of the plug and the second insertion hole of the buckle are connected, the rope is inserted through the 'first and second insertion holes. When the push-in of the plug is released, the plug is pushed out from the buckle by means of a pusher*. In this case, the communication portion between the first insertion hole of the plug and the second insertion hole of the socket is narrowed, whereby the rope is locked. In order to adjust the length of the rope, etc., the plug is again pressed into the buckle seat against the elastic pushing means, so that the first insertion hole of the plug and the second insertion hole of the buckle are connected. In this case, since the communication portion between the first insertion hole of the plug and the second insertion hole of the buckle is enlarged, the length of the rope can be adjusted in this state. When the length of the rope is adjusted and the push-in of the plug is released, the communication portion between the first insertion hole of the plug and the second insertion hole of the buckle is narrowed, whereby the rope is locked. According to the present invention, since the end surface of the socket which is formed with the opening for inserting the plug is formed to form an inclined surface which is inclined with respect to the press-fitting direction of the plug, the plug can be guided by the wall on the upper side in the oblique direction of the inclined surface. Since -7-201020417, the action of pressing the plug can be performed smoothly. Further, by projecting the plug from the lower portion in the oblique direction of the inclined surface, the press-in portion of the plug can be secured. Therefore, since it is not necessary to make the plug protrude more than the upper side in the oblique direction of the buckle seat in order to secure the press-fitting portion of the plug, the press-fitting portion of the plug can be secured, and the total length of the cord fixture can be shortened. Therefore, it is possible to ensure a smooth press-in operation of the plug and a press-in operation of the plug, and the overall length can be shortened. In the cord fixing device of the present invention, the first insertion hole has a shape in which a first locking surface that slightly intersects the press-fitting direction of the plug is formed on the plug press-fitting side, and the second insertion hole is It is preferable to form a shape having a second locking surface which is slightly parallel to the inclined surface of the above-mentioned buckle seat on the opening side. According to this configuration, when the plug is pushed out from the buckle by the elastic pushing means during the locking operation of the rope, the rope is pressed by the first engaging surface of the first insertion hole, and is held by Between the second locking faces of the second insertion holes. In the present invention, the first locking surface of the first insertion hole is formed to vertically intersect the pressing direction of the plug, and the second locking surface of the second insertion hole is formed to be inclined with the buckle. Slightly parallel, that is, since the first locking surface of the first insertion hole and the second locking surface of the second insertion hole intersect, the corner where the first locking surface and the second locking surface intersect can be The rope is stuck. Therefore, the locked rope is not easily deviated and can be surely locked. In the cord fixture of the present invention, the plug has a columnar shape having a front surface, a back surface, and first and second side faces, and the buckle has a surface, a back surface, and an i-th and a 2 a side wall facing the side wall, the back wall, and the first and second side walls ′, and forming a corner cylinder having a bottom wall that plugs the bottom surfaces thereof, and facing the aforementioned bottom wall and having the aforementioned opening The end surface is formed on an inclined surface that is inclined from the first side wall toward the second side wall, and the first insertion hole ′ is formed to penetrate from the front surface toward the back surface, and the first locking surface is formed on the plug press-fitting side. The cross-sectional rectangular hole, the second insertion hole ' is formed to penetrate from the front wall toward the back wall φ, and the cross-sectional parallelogram hole having the second locking surface is preferably formed on the opening side. According to this configuration, since the plug is formed in a columnar shape, the buckle seat is formed in a cylindrical shape, and the first insertion hole is formed in a cross-sectional shape-shaped hole formed from the surface toward the back surface, and the second insertion hole is formed. Since the surface wall has a cross-sectional parallelogram hole formed through the back wall, the ropes of various cross-sectional shapes are easily inserted in a state in which the first insertion hole and the second insertion hole are in communication. For example, the cross section of the rope is not limited to a round rope, and a flat flat rope or the like is also easily inserted. In the cord fixture of the present invention, the plug has a prismatic shape having a front surface, a back surface, and first and second side faces, and the buckle has a surface, a back surface, and first and second side faces of the plug. a facing wall, a back wall, and first and second side walls, and a bottom cylinder having a bottom wall that plugs the bottom surfaces thereof, and an end surface facing the bottom wall and having the opening is formed in An inclined surface that is inclined from the first side wall toward the second side wall, the first insertion hole is formed to penetrate from the first side surface toward the second side surface, and the first engagement surface is formed on the plug press-fitting side. a rectangular cross-sectional hole, wherein the second insertion hole is formed to penetrate from the first side wall toward the second side wall of 201020417 and is slightly parallel to the inclined surface, and has an inclined hole having the second locking surface on the opening side The formation is better. According to this configuration, since the plug is formed in a corner column shape, the buckle seat is in the shape of a square cylinder, and the first insertion hole is formed in a rectangular cross section formed to penetrate from the first side surface toward the second side surface, and the second insertion hole is formed. The inclined hole formed through the second side wall toward the second side wall allows the ropes of various cross-sectional shapes to be easily inserted while the first insertion hole and the second insertion hole are in communication. Further, among the inclined holes, the inner end corner portion of the inclined hole formed on the lower side (the second side wall side) in the oblique direction and the corner portion of the cross-sectional rectangular hole of the plug of the opposite side are locked. Therefore, the locking force for the rope can be increased. In the cord anchor of the present invention, the plug includes an insertion portion having the first insertion hole and inserted into the socket, and an end portion integrally formed with the insertion portion and protruding from the opening of the buckle And a head having a pressing surface that slightly intersects the plug pressing direction. According to this configuration, since the inclined surface of the buckle seat is used, since the head of the plug can be pressed into the buckle seat, the overall length of the rope fixture can be further shortened. In the cord fixing device of the present invention, it is preferable that the gap between the plug and the buckle is inclined such that the plug can be inclined toward the lower portion of the inclined surface of the buckle. According to this configuration, when the plug is pressed into the socket, since the play is formed between the plug and the socket, the plug can be inclined toward the lower portion of the inclined surface of the buckle. When the plug is inclined toward the lower portion in the oblique direction of the inclined surface of the buckle seat, the space between the first locking surface of the first insertion hole and the second -10-201020417 locking surface of the second insertion hole is enlarged. Therefore, the locking state of the rope can be released. That is, since it is not necessary to press the plug into the buckle seat greatly, only the plug is inclined toward the lower portion of the inclined surface of the buckle seat, so that the card release operation can be very simple. [Embodiment] Hereinafter, embodiments of the present invention will be described with reference to the drawings. φ Further, in the following description, members having the same constituent elements or the same functions are denoted by the same reference numerals, and the descriptions are omitted or simplified. [First Embodiment] In Figs. 1 to 5, the cord fixing tool 1 of the first embodiment is shown in the same manner as the cord fixing tool 1, and is provided with a plug 10 and a socket 20 into which the plug 10 Φ is inserted. Further, the plug 10 and the socket 20 are integrally molded by injection molding, extrusion molding, or the like using a synthetic resin material such as polyamide, polyacetal or polypropylene. The plug 10 includes an insertion portion 11 that is inserted into the buckle seat 20, a head portion 15 that is integrally formed at the upper end of the insertion portion π, and a spring portion 17 that is integrally formed at the lower end of the insertion portion 11. The insertion portion 11 has a rectangular columnar shape in which the front surface, the back surface, and the first and second side faces ′ have a horizontally long cross section, and the first insertion hole 12 is formed to penetrate from the surface of the peripheral wall to the back surface. The first insertion hole -11 - 201020417 12' is a deformed quadrangular hole having an upper surface 12A which is inclined in a pressing direction of the plug ι (that is, a direction in which the spring portion 17 is shortened) (downward from the surface to the left) The lower surface 12B of the first locking surface that slightly intersects the insertion direction of the plug 1 及 and the first and second side surfaces 12C and 12D parallel to the pressing direction of the plug 10 are provided. Further, a projection 13 is formed on the front surface and the back surface of the insertion portion 11 at a lower portion of the insertion portion 11 and near the first side surface 12C of the first insertion hole 12. The projection 13 protrudes from the second insertion hole 22 of the buckle seat 20, which will be described later, by a slightly conical projection that tapers toward the tip end, thereby preventing the plug 10 from coming off the buckle seat 20. The head portion 15 has a contour shape that is larger than the cross-sectional shape of the insertion portion 11 as viewed from above, and has a horizontally long rectangular shape that is the same as the upper contour shape of the buckle seat 20, and has a triangular shape as viewed from the surface. Specifically, the upper surface 15A is a flat surface-shaped pressing surface that vertically intersects the pressing direction of the plug 10, and is formed as an inclined surface that inclines the bottom surface 15B with respect to the press-fitting direction of the plug 10 (downward from the surface as seen from the surface). The spring portion 17 constitutes a spring pusher that pushes the plug 10 from the buckle seat 20 in the push-out direction in a state of being housed in the buckle seat 20, and the elastic leg piece 18 having a constant width and thickness is inserted from the insertion portion. The lower end surface is formed to extend downward along the side wall between the first side wall 20C and the second side wall 20D, which will be described later, in the direction of the side walls. The lower end of the spring portion 17 abuts against the inner bottom surface of the buckle seat 20.
扣座20，是具有：插頭的表面、背面及與第1、第2 側面相面對的表壁20A、背壁20B及第1、第2側壁 20C、20D，且，形成具有將這些的底面塞住的底壁20E 201020417 的角筒狀。即，在上面形成具有供插頭ίο插入用的開口 20F的角筒狀。形成有開口 20F的扣座20的端面，是與 插頭10的頭部15的底面15B相同，形成於對於插頭10 的壓入方向傾斜的傾斜面，即隨著從第1側壁20C朝向第 2側壁20D朝底壁20E側傾斜的傾斜面。具體而言，第1 側壁20C及傾斜面所形成的角度是在50度至80度的範圍 內。因此，第1側壁2 0 C比第2側壁2 0 D更高（從底壁 φ 20E的尺寸較大）。 且，扣座20的周圍壁，BP，從表壁20A朝背壁20B 貫通，插頭10是抵抗彈簧部17朝扣座20被壓入時形成 ' 有可與第1插通孔12連通的第2插通孔22。第2插通孔 * 22，是形成對於插頭10的壓入方向傾斜（從表面所見朝左 下降傾斜）的剖面平行四邊形孔，具有：與扣座2〇的上端 傾斜面略平行的第2卡止面的上面22 A、與此上面22 A平 行的下面22B、與插頭10的壓入方向平行的第1、第2側 ❿面 22C、22D。 在插頭10及扣座20之間，是形成有可以將插頭1〇 朝扣座2 0的傾斜面傾斜方向下部傾斜的游隙。即，如第 5圖所示，形成有可以將插頭1〇的頭部15朝扣座20的 傾斜面傾斜方向下部傾斜程度的游隙3 1。 依據這種構成，將插頭10朝扣座20內壓入，在插頭 10的第1插通孔12及扣座20的第2插通孔22連通的狀 態下，將繩索5插通這些第1插通孔12及第2插通孔 22。之後，解除插頭10的壓入的話，藉由彈簧部17使插 -13- 201020417 頭10從扣座20被推出。如此的話，插頭1〇的第〗插通 孔12及扣座2〇的第2插通孔22的連通部分因爲變窄， 所以繩索5被卡止。 此時，因爲第1插通孔12的下面12B是對於插頭1〇 的壓入方向略垂直交叉，且，第2插通孔22的上面22 a 是與扣座20的傾斜面略平行地形成，即第1插通孔12的 第1卡止面及第2插通孔22的第2卡止面交叉，所以由 第1卡止面及第2卡止面交叉的角部使繩索5被卡止。因 此，卡止的繩索5不易偏離，可以確實地卡止。 爲了調整繩索5的長度等，將插頭1〇抵抗彈簧部17 再度壓入扣座20內。如此的話，插頭10的第1插通孔 12及扣座20的第2插通孔22的連通部分因爲擴大，所 以在此狀態下，可以將繩索5的長度調節至任意的長度。 調節繩索5的長度之後，解除插頭10的壓入的話，與上 述同樣地繩索5被卡止。 且，如第5圖所示，將插頭10壓入扣座20內時，因 爲在插頭1 0及扣座20之間形成有游隙3 1，所以可以將 插頭10朝扣座20的傾斜面傾斜方向下部傾斜。插頭10 朝扣座20的傾斜面傾斜方向下部傾斜的話’第1插通孔 12的第1卡止面也就是下面12B及第2插通孔22的第2 卡止面也就是上面22A的交叉角部的空間因爲擴大’所 以可以解除繩索5的卡止狀態。 即，因爲不需將插頭10朝扣座20內大大地壓入’只 將插頭1 〇朝扣座20的傾斜面傾斜方向下部傾斜即可’所 -14 - 201020417 以卡止解除操作可以非常簡單。 在本實施例中，形成有將插頭10插入用的開口 20F 的扣座20的端面，因爲是形成於對於插頭1〇的壓入方向 傾斜的傾斜面，所以可以藉由傾斜面的傾斜方向上部側的 壁（第1側壁20C)將插頭10導引。因此，可以圓滑地進 行將插頭10壓入的動作。 且，插頭10藉由從傾斜面的傾斜方向下部突出，就 φ 可以確保插頭10的壓入部分。因此，因爲不需要爲了確 保插頭10的壓入部分，而使插頭10比扣座的傾斜方向上 部側更大大地突出也可以，所以插頭10的壓入部分也可 以確保，且繩索固定具1的全長也可以縮短。因此，可以 • 確保插頭10的圓滑的壓入動作、及將插頭10的壓入操 作，且可以縮短全長尺寸。 且，插頭1 〇是形成角柱狀，扣座20是形成角筒狀， 第1插通孔1 2是形成從表面朝背面貫通形成的剖面矩形 Φ 孔，且，第2插通孔22是形成從表壁20A朝背壁20B貫 通形成的剖面平行四邊形孔，在第1插通孔12及第2插 通孔22連通的狀態下，各種剖面形狀的繩索5容易插通 這些第1插通孔12、第2插通孔22。 圖 7 U 例第 施及 實圖 2 6 第0 是顯示第2實施例的繩索固定具 同繩索固定具2’對於第1實施例的繩索固定具1， -15- 2。 201020417 只有插頭ι〇不同。 第2實施例的插頭1〇，其頭部15是形成與插入部11 相同的剖面形狀，從插入部11朝上方延長。 因此’在第6圖所示的狀態下，卡止狀態的解除時， 將插頭1〇的頭部15壓入的話，繩索5的卡止狀態被解 除。進一步，如第7圖所示，對於扣座20將插頭10的頭 部15進一步壓入的話，第1插通孔12及第2插通孔22 的連通部分因爲擴大，所以在繩索5的一部分即使形成剖 面形狀大的部分，也可以將繩索5調整至任意的位置。 因此’依據第2實施例，因爲利用扣座20的傾斜 面，插頭10的頭部15也可以壓入扣座20內，所以可以 比第1實施例的繩索固定具1更縮短全長尺寸，即使繩索 5的剖面形狀在長度方向不一樣的情況，也可以無障礙地 進行長度的調整。 [第3實施例] 第8圖〜第12圖，是顯示第3實施例的繩索固定具 3。 同繩索固定具3中’貫通形成於插頭1〇的第丨插通 孔12、及貫通形成於扣座20的第2插通孔22，是與第1 實施例的繩索固定具1不同。 第3實施例的第1插通孔12，是形成剖面矩形孔， 具有：從插頭1 〇的第1側面朝第2側面貫通形成且對於 插頭10的壓入方向（即將彈簧部17縮短的方向）垂直交叉 -16- 201020417 的上面12A、與此上面12A平行的第1卡止面的下面12B 及對於插頭10的壓入方向平行地將上面12A、下面12B 的寬度方向兩端連接的第1、第2側面12C、12D。 第3實施例的第2插通孔22，是形成傾斜孔，從扣 座20的第1側壁20C朝第2側壁20D貫通且與具有開口 20F的上端傾斜面略平行地形成，具有：在開口 20F側與 扣座20的傾斜面平行的第2卡止面的上面22A、與此上 φ 面22A平行的下面22B、及與插頭10的壓入方向平行且 與插頭1 〇的表面及背面相面對的第1側面22C、第2側 面22D。具體而言，第1側壁20C及傾斜面所形成的角度 是在50度至80度的範圍內。因此，第1側壁20C比第2 • 側壁20D更高（從底壁20E的尺寸較大）》 對於這種構成，將插頭10壓入扣座20內，在插頭 10的第1插通孔12及扣座20的第2插通孔22連通的狀 態下，將繩索5插通這些第1插通孔12、第2插通孔 φ 22。即，將繩索5，與扣座20的傾斜面平行地插通第1 插通孔12、第2插通孔22。之後，解除插頭10的壓入的 話，藉由彈簧部.17使插頭10從扣座20被推出。如此的 話，插頭10的第1插通孔12及扣座20的第2插通孔22 的連通部分因爲變窄，所以繩索5被卡止。 此時，因爲第1插通孔12的第1卡止面也就是下面 12B，是對於插頭10的壓入方向略垂直交叉，且，第2插 通孔22的第2卡止面也就是上面22A，是與扣座20的傾 斜面略平行地形成，即因爲第1插通孔12的第1卡止面 -17- 201020417 及第2插通孔22的第2卡止面交叉，所以第1卡止面及 第2卡止面交叉的角部繩索5被卡止。因此，卡止的繩索 5不易偏離，可以確實地卡止。 特別是，第2插通孔22的傾斜孔之中，因爲由形成 於傾斜方向下部側（第2側壁20D側）的傾斜孔的內端角 部、及相面對於其的第1插通孔12的剖面矩形孔的角 部，使繩索5被卡止，所以可以提高對於繩索5的卡止 力。 調整繩索5的長度等時，將插頭10抵抗彈簧部17再 度壓入扣座20內。如此的話，插頭10的第1插通孔12 及扣座20的第2插通孔22因爲連通，所以在此狀態下， 可以調節繩索5的長度至任意的長度。將繩索5的長度調 節之後，解除插頭1〇的壓入的話，與上述同樣地繩索5 被卡止。 且，如第12圖所示，將插頭10壓入扣座20內時， 因爲在插頭1 〇及扣座2 0之間形成有游隙3 1，所以可以 將插頭10朝扣座20的傾斜面傾斜方向下部傾斜。插頭 10是朝扣座20的傾斜面傾斜方向下部傾斜的話，第1插 通孔12的第1卡止面也就是下面12B及第2插通孔22的 第2卡止面也就是上面22A的交叉角部的空間因爲擴 大，所以可以解除繩索5的卡止狀態。 即，因爲不需將插頭10朝扣座20內大大地壓入，只 將插頭1 〇朝扣座2 0的傾斜面傾斜方向下部傾斜即可，所 以卡止解除操作可以非常簡單。 -18- 201020417 因此’第3實施例也，可以期待與第1實施例同樣的 效果。 [變形例] 又’本發明，不限定於前述實施例說明的繩索固定具 的構造’也包含以下變形例。 在前述實施例中，形成有開口 20F的扣座20的端面 〇 雖是形成於對於插頭10的壓入方向從表面所見呈直線狀 傾斜的傾斜面’但是不一定需要限定於直線狀。例如，隨 著從第1側壁2 0 C朝向第2側壁2 0 D朝底壁2 0 E側緩和 的曲面傾斜的形狀也可以。 ' 在前述各實施例中，雖將作爲彈推體的彈簧部17與 插頭10 —體地成形，但是這些是別體形成也可以。因 此，彈推體是藉由與插頭10不同的材料與插頭10別體構 成也可以。例如，藉由金屬製的材料構成的捲簧等也可 參 以。 在第1實施例中，雖將第1插通孔12剖面矩形孔、 第2插通孔22形成剖面平行四邊形但不限定於此。 例如，第1插通孔12，是在插頭壓入側具有對於插 頭10的壓入方向略垂直交叉的第1卡止面的形狀的話， 三角形狀也可以。第2插通孔22，也在開口 20F側具有 與扣座20的傾斜面略平行的第2卡止面的形狀的話，三 角形以上的多角形也可以，或是不限定於這些，任意的形 狀也可以。 -19- 201020417 且，對於第3實施例，第1插通孔12雖形成剖面矩 形孔，第2插通孔22雖形成傾斜孔，但是不限定於此， 與第1實施例同樣，任意的形狀也可以。 在前述各實施例中，雖說明了以圓繩索爲對象的繩索 固定具1、2、3’但是繩索5的形狀不限定於此。剖面是 平面的平繩索也可以，且，材質是某程度軟的柔軟性的材 質的話，不限定於纖維狀的繩索。 [產業上的利用可能性] 本發明的繩索固定具可以利用於調整被安裝於衣服、 帽子、襯裏、帳篷、背包等的繩索的緊固狀態和卡止位置 - 用。 . 【圖式簡單說明】 [第1圖]顯示本發明的第1實施例的立體圖。 [第2圖]第1實施例的前視圖。 ◎ [第3圖]第1圖的in-111線剖面圖。 [第4圖]第1圖的IV_IV線剖面圖。 [第5圖]顯示第〗實施例的解除狀態的剖面圖。 [第6圖]顯示本發明的第2實施例的剖面圖。 [第7圖]顯示第2實施例的解除狀態的剖面圖。 [第8圖]顯示本發明的第3實施例的立體圖。 [第9圖]第3實施例的前視圖。 [第10圖]第8圖的χ-χ線剖面圖。 -20- 201020417 [第1 1圖]第8圖的XI-XI線剖面圖。 [第12圖]顯示第3實施例的解除狀態的剖面圖。 【主要元件符號說明】 1、2、3 :繩索固定具 10: 插頭 11: 插入部 ❹ 12: 第1插通孔 1 2B :下面（第1卡止面） 15: 頭部 17: 彈簧部（彈推手段） • 20 ： 扣座 20A :表壁 20B :背壁 2 0 C :第1側壁 φ 2 0 D :第2側壁 20E :底壁 20F :開口 22 ： 第2插通孔 22A :上面（第2卡止面） 3 1 :游隙 -21 -The buckle seat 20 has a front surface, a back surface, and a front wall 20A, a back wall 20B, and first and second side walls 20C and 20D facing the first and second side surfaces, and has a bottom surface having these The bottom wall of the plugged bottom wall 20E 201020417 is in the shape of a cylinder. Namely, a rectangular tube shape having an opening 20F for inserting the plug is formed thereon. The end surface of the socket 20 in which the opening 20F is formed is the same as the bottom surface 15B of the head portion 15 of the plug 10, and is formed on an inclined surface that is inclined with respect to the press-fitting direction of the plug 10, that is, from the first side wall 20C toward the second side wall. 20D is an inclined surface that is inclined toward the side of the bottom wall 20E. Specifically, the angle formed by the first side wall 20C and the inclined surface is in the range of 50 to 80 degrees. Therefore, the first side wall 2 0 C is higher than the second side wall 20D (the size from the bottom wall φ 20E is large). Further, the peripheral wall of the buckle seat 20, BP, penetrates from the front wall 20A toward the back wall 20B, and the plug 10 is formed to be in contact with the first insertion hole 12 when the spring portion 17 is pressed into the buckle seat 20. 2 Insert the through hole 22. The second insertion hole * 22 is a cross-sectional parallelogram hole which is formed to be inclined with respect to the press-in direction of the plug 10 (tilted downward from the surface), and has a second card which is slightly parallel to the inclined surface of the upper end of the buckle 2 The upper surface 22A of the stop surface, the lower surface 22B parallel to the upper surface 22A, and the first and second side surface 22C, 22D parallel to the press-in direction of the plug 10. Between the plug 10 and the buckle seat 20, a play is formed in which the plug 1〇 can be inclined toward the lower portion of the inclined surface of the buckle seat 20 in the oblique direction. That is, as shown in Fig. 5, a play 3 1 is formed in which the head portion 15 of the plug 1〇 can be inclined toward the lower portion of the inclined surface of the buckle seat 20 in the oblique direction. According to this configuration, the plug 10 is pushed into the socket 20, and the first insertion hole 12 of the plug 10 and the second insertion hole 22 of the socket 20 are connected to each other, and the rope 5 is inserted into the first one. The through hole 12 and the second insertion hole 22 are inserted. Thereafter, when the push-in of the plug 10 is released, the head portion 10 of the plug-in 13-201020417 is pushed out from the buckle seat 20 by the spring portion 17. In this case, since the communication portion between the first insertion hole 12 of the plug 1〇 and the second insertion hole 22 of the buckle 2〇 is narrowed, the rope 5 is locked. At this time, since the lower surface 12B of the first insertion hole 12 is slightly perpendicularly intersected with respect to the pressing direction of the plug 1A, and the upper surface 22a of the second insertion hole 22 is formed in a direction substantially parallel to the inclined surface of the buckle seat 20. In other words, the first locking surface of the first insertion hole 12 and the second locking surface of the second insertion hole 22 intersect each other. Therefore, the rope 5 is caused by the corner where the first locking surface and the second locking surface intersect. The card is locked. Therefore, the locked rope 5 is not easily deviated and can be surely locked. In order to adjust the length and the like of the cord 5, the plug 1〇 is pressed into the buckle seat 20 again against the spring portion 17. In this case, the communication portion between the first insertion hole 12 of the plug 10 and the second insertion hole 22 of the socket 20 is enlarged, so that the length of the rope 5 can be adjusted to an arbitrary length in this state. When the length of the rope 5 is adjusted and the press-in of the plug 10 is released, the rope 5 is locked in the same manner as described above. Further, as shown in Fig. 5, when the plug 10 is pressed into the buckle seat 20, since the play 3 3 is formed between the plug 10 and the buckle seat 20, the plug 10 can be inclined toward the buckle seat 20. Tilt the lower part of the tilt direction. When the plug 10 is inclined toward the lower portion in the inclined direction of the inclined surface of the buckle seat 20, the first locking surface of the first insertion hole 12 is the second locking surface of the lower surface 12B and the second insertion hole 22, that is, the intersection of the upper surface 22A. Since the space of the corner is enlarged, the locked state of the rope 5 can be released. That is, since it is not necessary to press the plug 10 into the buckle base 20 greatly, 'only the plug 1 倾斜 is tilted toward the lower side of the inclined surface of the buckle seat 20, and it is easy to lock the operation. . In the present embodiment, the end surface of the socket 20 in which the opening 20F for inserting the plug 10 is formed is formed in an inclined surface which is inclined in the press-fitting direction of the plug 1A, so that it can be inclined by the upper direction of the inclined surface. The side wall (first side wall 20C) guides the plug 10. Therefore, the action of pressing the plug 10 can be smoothly performed. Further, the plug 10 can ensure the press-fitting portion of the plug 10 by protruding from the lower portion in the oblique direction of the inclined surface. Therefore, since it is not necessary to make the plug 10 protrude more than the upper side in the oblique direction of the buckle seat in order to secure the press-fitting portion of the plug 10, the press-fitting portion of the plug 10 can be secured, and the cord holder 1 can be secured. The full length can also be shortened. Therefore, it is possible to ensure the smooth press-in operation of the plug 10 and the press-in operation of the plug 10, and the overall length can be shortened. Further, the plug 1 〇 is formed in a corner column shape, and the buckle seat 20 is formed in a rectangular tube shape, and the first insertion hole 12 is formed in a cross-sectional rectangular Φ hole formed to penetrate from the front surface to the back surface, and the second insertion hole 22 is formed. A cross-sectional parallelogram hole formed through the front wall 20B and the second insertion hole 22 is connected to the back wall 20B, and the first insertion hole 12 and the second insertion hole 22 are connected to each other, and the ropes 5 having various cross-sectional shapes are easily inserted into the first insertion holes. 12. The second insertion hole 22. Fig. 7 U Example and actual view 2 6 No. 0 shows the cord fixing device of the second embodiment, the cord fixing device 2', and the rope fixing device 1, -15-2 of the first embodiment. 201020417 Only the plug is different. In the plug 1A of the second embodiment, the head portion 15 has the same cross-sectional shape as that of the insertion portion 11, and is extended upward from the insertion portion 11. Therefore, in the state shown in Fig. 6, when the locking state is released, when the head 15 of the plug 1〇 is pushed in, the locked state of the rope 5 is released. Further, as shown in FIG. 7, when the head portion 15 of the plug 10 is further pressed into the buckle seat 20, the communication portion between the first insertion hole 12 and the second insertion hole 22 is enlarged, so that it is part of the rope 5. Even if a portion having a large cross-sectional shape is formed, the rope 5 can be adjusted to an arbitrary position. Therefore, according to the second embodiment, since the head portion 15 of the plug 10 can be press-fitted into the buckle seat 20 by the inclined surface of the buckle seat 20, the overall length can be shortened even more than the rope anchor 1 of the first embodiment, even if When the cross-sectional shape of the rope 5 is different in the longitudinal direction, the length can be adjusted without any trouble. [Third Embodiment] Figs. 8 to 12 show a rope fixing tool 3 of a third embodiment. The second insertion hole 12 formed in the plug 1A from the cord anchor 3 and the second insertion hole 22 formed in the socket 20 are different from the rope fixture 1 of the first embodiment. The first insertion hole 12 of the third embodiment has a rectangular cross-sectional hole and has a direction in which the plug 10 is inserted from the first side surface of the plug 1 朝 toward the second side surface (that is, the direction in which the spring portion 17 is shortened) The upper surface 12A of the vertical cross-16-201020417, the lower surface 12B of the first locking surface parallel to the upper surface 12A, and the first end of the width direction of the upper surface 12A and the lower surface 12B in parallel with the press-in direction of the plug 10 The second side faces 12C and 12D. The second insertion hole 22 of the third embodiment is formed with an inclined hole, and is formed from the first side wall 20C of the buckle seat 20 toward the second side wall 20D and is formed in parallel with the upper end inclined surface having the opening 20F. The upper surface 22A of the second locking surface parallel to the inclined surface of the buckle seat 20 on the 20F side, the lower surface 22B parallel to the upper φ surface 22A, and the pressing direction of the plug 10 are parallel to the surface and the back surface of the plug 1 〇 The first side surface 22C and the second side surface 22D face each other. Specifically, the angle formed by the first side wall 20C and the inclined surface is in the range of 50 to 80 degrees. Therefore, the first side wall 20C is higher than the second side wall 20D (the size from the bottom wall 20E is large). With this configuration, the plug 10 is pressed into the buckle seat 20, and the first insertion hole 12 of the plug 10 is inserted. In a state where the second insertion hole 22 of the buckle 20 is in communication, the rope 5 is inserted into the first insertion hole 12 and the second insertion hole φ 22 . In other words, the rope 5 is inserted into the first insertion hole 12 and the second insertion hole 22 in parallel with the inclined surface of the buckle seat 20. Thereafter, when the push-in of the plug 10 is released, the plug 10 is pushed out from the buckle seat 20 by the spring portion 17. In this case, since the communication portion between the first insertion hole 12 of the plug 10 and the second insertion hole 22 of the buckle 20 is narrowed, the rope 5 is locked. At this time, since the first locking surface of the first insertion hole 12 is the lower surface 12B, the pressing direction of the plug 10 is slightly perpendicularly intersected, and the second locking surface of the second insertion hole 22 is also the upper surface. 22A is formed in a direction slightly parallel to the inclined surface of the buckle seat 20, that is, the first engagement surface -17-201020417 of the first insertion hole 12 and the second engagement surface of the second insertion hole 22 intersect, so The corner cord 5 where the locking surface and the second locking surface intersect is locked. Therefore, the locked rope 5 is not easily deviated and can be surely locked. In particular, among the inclined holes of the second insertion hole 22, the inner end corner portion of the inclined hole formed on the lower side in the oblique direction (the second side wall 20D side) and the first insertion hole facing the surface thereof The corner portion of the rectangular hole of the cross section of 12 allows the rope 5 to be locked, so that the locking force for the rope 5 can be improved. When the length of the rope 5 or the like is adjusted, the plug 10 is pressed into the buckle seat 20 again against the spring portion 17. In this case, since the first insertion hole 12 of the plug 10 and the second insertion hole 22 of the buckle 20 communicate with each other, the length of the rope 5 can be adjusted to an arbitrary length in this state. When the length of the rope 5 is adjusted and the press-in of the plug 1〇 is released, the rope 5 is locked in the same manner as described above. Moreover, as shown in Fig. 12, when the plug 10 is pressed into the buckle seat 20, since the play 3 3 is formed between the plug 1 〇 and the buckle seat 20, the inclination of the plug 10 toward the buckle seat 20 can be made. The surface is inclined at a lower angle. When the plug 10 is inclined downward toward the inclined surface of the inclined surface of the buckle seat 20, the first locking surface of the first insertion hole 12 is the second locking surface of the lower surface 12B and the second insertion hole 22, that is, the upper surface 22A. Since the space of the intersecting corner portion is enlarged, the locked state of the rope 5 can be released. That is, since it is not necessary to press the plug 10 into the buckle base 20 greatly, only the plug 1 倾斜 is inclined toward the lower portion of the inclined surface of the buckle seat 20 in the oblique direction, so that the locking release operation can be very simple. -18-201020417 Therefore, in the third embodiment, the same effects as those of the first embodiment can be expected. [Modification] Further, the present invention is not limited to the structure of the cord fixture described in the above embodiment, and includes the following modifications. In the above embodiment, the end surface 〇 of the buckle seat 20 in which the opening 20F is formed is formed in an inclined surface which is inclined linearly from the surface in the press-fitting direction of the plug 10, but is not necessarily limited to a linear shape. For example, a shape inclined from the first side wall 20C toward the second side wall 20D toward the bottom wall 20E side may be inclined. In the foregoing embodiments, the spring portion 17 as the elastic body is integrally formed with the plug 10, but these may be formed separately. Therefore, the projectile body may be constructed separately from the plug 10 by a material different from the plug 10. For example, a coil spring made of a metal material or the like can also be referred to. In the first embodiment, the first insertion hole 12 has a rectangular cross section and the second insertion hole 22 has a cross-sectional parallelogram, but is not limited thereto. For example, the first insertion hole 12 may have a triangular shape when it has a shape of a first engagement surface that slightly intersects the press-fitting direction of the plug 10 on the plug press-fitting side. When the second insertion hole 22 has a shape of the second engagement surface that is slightly parallel to the inclined surface of the buckle 20 on the side of the opening 20F, the polygonal shape of the triangle or more may be or may not be limited thereto. Also. -19-201020417 Further, in the third embodiment, the first insertion hole 12 has a rectangular cross section, and the second insertion hole 22 has an inclined hole. However, the present invention is not limited thereto, and is similar to the first embodiment. The shape is also ok. In the foregoing embodiments, the rope fixing members 1, 2, and 3' for the round rope have been described, but the shape of the rope 5 is not limited thereto. The flat rope may be a flat surface, and the material is a soft soft material, and is not limited to a fibrous rope. [Industrial Applicability] The cord fixture of the present invention can be used to adjust the fastening state and the locking position of a rope attached to clothes, hats, linings, tents, backpacks, and the like. BRIEF DESCRIPTION OF THE DRAWINGS [Fig. 1] A perspective view showing a first embodiment of the present invention. [Fig. 2] A front view of the first embodiment. ◎ [Fig. 3] A cross-sectional view of the in-111 line in Fig. 1. [Fig. 4] A cross-sectional view taken along line IV_IV of Fig. 1. [Fig. 5] A cross-sectional view showing the released state of the first embodiment. Fig. 6 is a cross-sectional view showing a second embodiment of the present invention. Fig. 7 is a cross-sectional view showing the released state of the second embodiment. Fig. 8 is a perspective view showing a third embodiment of the present invention. [Fig. 9] A front view of the third embodiment. [Fig. 10] A cross-sectional view of the χ-χ line of Fig. 8. -20- 201020417 [Fig. 1 1] A cross-sectional view taken along line XI-XI of Fig. 8. Fig. 12 is a cross-sectional view showing the released state of the third embodiment. [Explanation of main component symbols] 1, 2, 3: Rope fixture 10: Plug 11: Insertion part ❹ 12: 1st insertion hole 1 2B: Below (1st engagement surface) 15: Head 17: Spring part ( Bolting method) • 20 : Buckle holder 20A : Table wall 20B : Back wall 2 0 C : 1st side wall φ 2 0 D : 2nd side wall 20E : Bottom wall 20F : Opening 22 : 2nd insertion hole 22A : Upper ( 2nd card stop surface) 3 1 : Clearance-21 -