JP3150951U

JP3150951U - Thong adjuster

Info

Publication number: JP3150951U
Application number: JP2009001688U
Authority: JP
Inventors: 劉坤鐘
Original assignee: 劉坤鐘
Priority date: 2009-03-23
Filing date: 2009-03-23
Publication date: 2009-06-04
Anticipated expiration: 2019-03-23

Abstract

【課題】簡単な構造で、操作が簡単な、改良された固定効果を有する締めひも調節器を提供する。【解決手段】締めひも調節器１００は、管状部材１０と、停止固定具２０と、分離部材４０とを含む。管状部材１０は、２つの開放端部１２１と、通り穴１１の境界を定める内面１２３とを有する周辺壁１２を含む。停止固定具２０は、内面１２３の一部１２４の上に固定された固定部分２１と、固定部分２１から軸Ｌに向かって傾斜して延在し、軸Ｌに近接する鋭利な自由端部部分２３を有する傾斜部分２２とを含む。分離部材４０は、通り穴１１および該開放端部１２１を通って軸方向に延在し、停止固定具２０を過ぎて移動する締めひも１４０から停止固定具２０を仕切るように構成される。締めひも１４０の所望の長さが、停止固定具２０を過ぎて移動した後、停止固定具２０が締めひも１４０に係合するように、分離部材４０は、管状部材１０から取り外し可能である。【選択図】図２A lace adjuster having an improved locking effect with a simple structure and simple operation. A lace adjuster includes a tubular member, a stop fixture, and a separating member. The tubular member 10 includes a peripheral wall 12 having two open ends 121 and an inner surface 123 that delimits the through-hole 11. The stop fixture 20 includes a fixed portion 21 fixed on a part 124 of the inner surface 123, and a sharp free end portion that extends from the fixed portion 21 in an inclined manner toward the axis L and is close to the axis L. And an inclined portion 22 having 23. The separating member 40 extends axially through the through hole 11 and the open end 121 and is configured to partition the stop fixture 20 from a lace 140 that moves past the stop fixture 20. After the desired length of the lace 140 has moved past the stop fixture 20, the separating member 40 can be removed from the tubular member 10 such that the stop fixture 20 engages the lace 140. [Selection] Figure 2

Description

Field of idea

本考案は、締めひも調節器に関し、より詳細には、締めひもの長さを簡単に調節するための締めひも調節器に関する。 The present invention relates to a lace adjuster, and more particularly to a lace adjuster for easily adjusting the length of a lace.

従来の靴用の締めひもは、対向する金具を付けられた２つの端部と、固定された長さとを有する。したがって、従来の締めひもの長さは、ひも穴の数および靴のサイズによって調節することはできない。 Conventional shoe laces have two ends with opposite metal fittings and a fixed length. Thus, the length of a conventional lace cannot be adjusted by the number of laces and the size of the shoe.

図１を参照すると、台湾特許第Ｉ２５０８５４号に開示される従来の調節可能な締めひも組立体は、管状部材１と、管状部材１の中に通された第１締めひも部分２および第２締めひも部分３とを含む。管状部材１は、ほぼ円筒形の形状で形成され、第１の方向にその内面から傾斜して延在する複数の第１停止固定具１０１と、第１の方向と反対の第２の方向に内面から傾斜して延在する複数の第２停止固定具１０２とを含む。第１締めひも部分２および第２締めひも部分３はそれぞれ、第１の通し方向（Ｘ’）、および第１の通し方向（Ｘ’）と反対の第２の通し方向（Ｘ’’）に沿って、管状部材１の中に通され、第１停止固定具１０１および第２停止固定具１０２によってそれぞれ停止される。 Referring to FIG. 1, a conventional adjustable lace assembly disclosed in Taiwan Patent No. I250854 includes a tubular member 1, a first lace portion 2 threaded through the tubular member 1, and a second lace. A string portion 3 is included. The tubular member 1 is formed in a substantially cylindrical shape, and has a plurality of first stop fixtures 101 extending obliquely from the inner surface in a first direction, and a second direction opposite to the first direction. And a plurality of second stop fixtures 102 extending at an angle from the inner surface. The first lace portion 2 and the second lace portion 3 are respectively in a first threading direction (X ′) and a second threading direction (X ″) opposite to the first threading direction (X ′). And is passed through the tubular member 1 and stopped by the first stop fixture 101 and the second stop fixture 102, respectively.

締めひも部分２、３の長さは調節可能であるが、上記の従来技術は、尚、以下の欠点を有する。 Although the length of the lace portions 2, 3 is adjustable, the above prior art still has the following drawbacks.

１．第１締めひも部分２が、第１の通し方向（Ｘ’）で管状部材１の中に通される際、第２停止固定具１０２によって妨害されることがある。同様に、第２締めひも部分３が、第２の通し方向（Ｘ’’）で管状部材１の中に通される際、第１停止固定具１０１によって妨害されることがある。 1. When the first lace portion 2 is threaded through the tubular member 1 in the first threading direction (X ′), it may be obstructed by the second stop fixture 102. Similarly, the second lace portion 3 may be obstructed by the first stop fixture 101 as it is passed through the tubular member 1 in the second threading direction (X ″).

２．第１および第２の停止固定具１０１、１０２は、管状部材１に直接穴を開けて形成されるため、鋭利な端部を有する第１および第２の停止固定具１０１、１０２を形成することは困難である。さらに、第１および第２の停止固定具１０１、１０２は、管状部材１の内面に相対的に近接している。したがって、第１および第２の停止固定具１０１、１０２の固定効果が制限される。 2. Since the first and second stop fixtures 101 and 102 are formed by directly drilling a hole in the tubular member 1, the first and second stop fixtures 101 and 102 having sharp ends are formed. It is difficult. Further, the first and second stop fixtures 101 and 102 are relatively close to the inner surface of the tubular member 1. Therefore, the fixing effect of the first and second stop fixtures 101 and 102 is limited.

したがって、本考案の１つの目的は、簡単な構造で、操作が簡単な、改良された固定効果を有する締めひも調節器を提供することである。 Accordingly, one object of the present invention is to provide a lace adjuster with an improved locking effect that is simple in construction and easy to operate.

したがって、本考案の締めひも調節器は、管状部材と、少なくとも１つの停止固定具と、分離部材とを含む。管状部材は、締めひもが通過できるように構成され、２つの開口端部と、１つの軸を有する通り穴の境界を定める内面とを有する周辺壁を含む。停止固定具は、管状部材の周辺壁の内面の一部の上に固定された固定部分と、固定部分から軸に向かって傾斜して延在し、軸に近接し管状部材の開放端部の一方を指す鋭利な自由端部部分を有する傾斜部分とを含む。分離部材は、通り穴および該開放端部を通って軸方向に延在し、停止固定具を過ぎて移動する締めひもから停止固定具を仕切るように構成される。締めひもの所望の長さが停止固定具を過ぎて移動した後、停止固定具が締めひもに係合することができるように、分離部材は管状部材から取り外し可能である。 Accordingly, the lace adjuster of the present invention includes a tubular member, at least one stop fixture, and a separating member. The tubular member is configured to allow laces to pass therethrough and includes a peripheral wall having two open ends and an inner surface that delimits a through hole having one axis. The stop fixture has a fixed portion fixed on a part of the inner surface of the peripheral wall of the tubular member, and extends obliquely from the fixed portion toward the shaft. And an inclined portion having a sharp free end portion pointing to one. The separating member extends axially through the through hole and the open end and is configured to partition the stop fixture from a lace that moves past the stop fixture. After the desired length of the lace has moved past the stop fixture, the separating member is removable from the tubular member so that the stop fixture can engage the lace.

本考案の他の特徴および利点は、添付の図面を参照して、以下の好ましい実施形態の詳細な記載において明らかになるであろう。 Other features and advantages of the present invention will become apparent in the following detailed description of the preferred embodiments with reference to the accompanying drawings.

台湾特許第Ｉ２５０８５４号に開示される調節可能な締めひも組立体の断片的な部分断面図である。FIG. 3 is a fragmentary partial cross-sectional view of an adjustable lace assembly disclosed in Taiwan Patent No. I250854. 本考案による締めひもの長さを調節するための締めひも調節器の第１の好ましい実施形態の部分断面図である。1 is a partial cross-sectional view of a first preferred embodiment of a lace adjuster for adjusting the length of a lace according to the present invention; FIG. 第１の好ましい実施形態の頂面図である。1 is a top view of a first preferred embodiment. FIG. 締めひもに組み立てられた第１の好ましい実施形態を示す断片的な部分断面図である。FIG. 2 is a fragmentary partial cross-sectional view of a first preferred embodiment assembled to a lace. 本考案による締めひもの長さを調節するための締めひも調節器の第２の好ましい実施形態の断片的な部分断面図である。FIG. 6 is a fragmentary partial cross-sectional view of a second preferred embodiment of a lace adjuster for adjusting the length of a lace according to the present invention. 第２の好ましい実施形態の分解組立斜視図である。FIG. 6 is an exploded perspective view of a second preferred embodiment. 第２の好ましい実施形態の断面図である。It is sectional drawing of 2nd preferable embodiment. 第２の好ましい実施形態を組みこんだ靴の斜視図である。It is a perspective view of shoes incorporating the 2nd preferred embodiment. 第２の好ましい実施形態の底面図である。It is a bottom view of the second preferred embodiment. 第２の好ましい実施形態の頂面図である。FIG. 6 is a top view of a second preferred embodiment. しめ紐に組み立てられた第２の好ましい実施形態を示す断片的な部分断面図である。FIG. 6 is a fragmentary partial cross-sectional view showing a second preferred embodiment assembled to a crimped string. 分離部材の取り外し操作を示す、図１１と同様の断片的な部分断面図である。FIG. 12 is a fragmentary partial cross-sectional view similar to FIG. 11, showing a separation member removal operation. 図１２と同様であるが、分離部材を取り外した後の状態を示す断片的な部分断面図である。FIG. 13 is a fragmentary partial cross-sectional view similar to FIG. 12 but showing the state after the separation member is removed.

図２および３を参照すると、締めひも１４０の長さを調節するために、本考案による締めひも調節器１００の第１の好ましい実施形態が使用される。締めひも１４０は、金具を付けられた端部１４３を有する金具付きの端部部分１４２と、金具付きの端部部分１４２の反対側の通し端部部分１４１とを含む。 2 and 3, a first preferred embodiment of a lace adjuster 100 according to the present invention is used to adjust the length of the lace 140. FIG. The lace 140 includes a bracketed end portion 142 having a bracketed end 143 and a through end portion 141 opposite the bracketed end portion 142.

締めひも調節器１００は、締めひも１４０の通し端部部分１４１に対して組み立てられべきであり、管状部材１０と、停止固定具２０と、分離部材４０とを含む。 The lace adjuster 100 should be assembled to the threaded end portion 141 of the lace 140 and includes the tubular member 10, the stop fixture 20, and the separating member 40.

管状部材１０は、締めひも１４０が通過できるように構成され、管状の構成で形成される。管状部材１０は、第１開放端部１２１および第２開放端部１２２と、第１開放端部１２１と第２の開放端部１２２の間に延在し、軸（Ｌ）を有する通り穴１１の境界を定める内面１２３とを有する周辺壁１２を含む。管状部材１０はさらに、打ち抜きによって形成される、２つの保持リング１３と、押し要素１４とを含む。保持リング１３は、第１の開放端部１２１に近接して設けられる。保持リング１３はそれぞれは、周辺壁１２の内面１２３から通り穴１１に向かって突出し、軸方向に延在し保持リング１３の他方のリングの穴に整列される保持穴１３１を有する。押し要素１４は、周辺壁１２の内面１２３から内側に突き出る。 The tubular member 10 is configured to allow the lace 140 to pass through and is formed in a tubular configuration. The tubular member 10 extends through a first open end 121 and a second open end 122 and between the first open end 121 and the second open end 122 and has a through hole 11 having an axis (L). A peripheral wall 12 having an inner surface 123 that delimits the inner wall 123. The tubular member 10 further includes two retaining rings 13 and a pushing element 14 formed by stamping. The retaining ring 13 is provided in the vicinity of the first open end 121. Each retaining ring 13 has a retaining hole 131 that projects from the inner surface 123 of the peripheral wall 12 toward the hole 11 and extends in the axial direction and is aligned with the hole of the other ring of the retaining ring 13. The pushing element 14 projects inwardly from the inner surface 123 of the peripheral wall 12.

停止固定具２０は、固定部分２１と、傾斜部分２２とを含む。固定部分２１は、周辺壁１２の内面１２３の第１部分１２４の上に固定され、保持リング１３の保持穴１３１の中に収容され、保持される。傾斜部分２２は、軸（Ｌ）に向かって固定部分２１から傾斜して延在し、軸（Ｌ）に近接し管状部材１０の第２の開放端部１２２の方を指す鋭利な自由端部部分２３を有する。停止固定具２０の傾斜部分２２は、停止固定具２０の固定部分２１から軸（Ｌ）に向かって曲がるように、押し要素１４によって押される。 The stop fixture 20 includes a fixed portion 21 and an inclined portion 22. The fixing portion 21 is fixed on the first portion 124 of the inner surface 123 of the peripheral wall 12 and is received and held in the holding hole 131 of the holding ring 13. The inclined portion 22 extends obliquely from the fixed portion 21 toward the axis (L) and is a sharp free end that is proximate to the axis (L) and points toward the second open end 122 of the tubular member 10. It has a portion 23. The inclined portion 22 of the stop fixture 20 is pushed by the push element 14 so as to bend from the fixed portion 21 of the stop fixture 20 toward the axis (L).

分離部材４０は、十分な剛さおよび可撓性を有するポリビニル塩化物製のシートであり、通り穴１１と、第１および第２の開放端部１２１、１２２を通って軸方向に延在し、停止固定具２０を過ぎて移動する締めひも１４０から停止固定具２０を仕切るように構成される。分離部材４０は、通り穴１１を軸方向に２つの部分に分割する。部分の一方は通路１１２を形成し、部分の他方は停止固定具２０を収容する。通路１１２は、停止固定具２０から分離され、停止固定具２０と干渉しない締めひも１４０の挿入を可能にする。分離部材４０はさらに、管状部材１０の外側に軸方向に延在し、それぞれ方向指示器４４を備えて形成される２つの対向する引っ張り部分４３を含む。引っ張り部分４３はそれぞれ、管状部材１０より大きな断面である。締めひも１４０の所望の長さが停止固定具２０を過ぎて移動した後、停止固定具２０が締めひも１４０に係合することができるように、分離部材４０は、管状部材１０から取り外し可能である。 The separating member 40 is a polyvinyl chloride sheet having sufficient rigidity and flexibility, and extends in the axial direction through the through hole 11 and the first and second open ends 121 and 122. The stop fixture 20 is configured to be separated from a lace 140 moving past the stop fixture 20. The separating member 40 divides the through hole 11 into two parts in the axial direction. One of the parts forms a passage 112 and the other part accommodates the stop fixture 20. The passage 112 is separated from the stop fixture 20 and allows the insertion of a lace 140 that does not interfere with the stop fixture 20. The separating member 40 further includes two opposing pulling portions 43 that extend axially outside the tubular member 10 and are each formed with a direction indicator 44. Each of the pulling portions 43 has a larger cross section than the tubular member 10. The separation member 40 is removable from the tubular member 10 so that the stop fixture 20 can engage the lace 140 after the desired length of the lace 140 has moved past the stop fixture 20. is there.

図２、３および４を参照すると、締めひも調節器１００が、締めひも１４０に組み立てられる際、分離部材４０が通り穴１１を軸方向に２つの部分に分割し、分離部材４０が内面１２３の第２の部分１２５と協働して、停止固定具２０から分離された通路１１２を画定するように、分離部材４０が通り穴１１の中に配置される。停止固定具２０と干渉することなく、締めひも１４０の通し端部部分１４１は、方向（Ｘ）に沿って通路１１２内に通され、通路１１２内で締めひも１４０の長さを調節することができる。締めひも１４０が所望の長さに調節されると、停止固定具２０を通路１１２に曝すために、分離部材４０は、管状部材１０から除去される。締めひも１４０の通し端部部分１４１は、方向（Ｘ）と反対の方向に沿って引っ張られ、その結果、締めひも１４０の通し端部部分１４１は、停止固定具２０によって停止され、締めひも１４０の通し端部部分１４１の余剰の部分を切断することができる。 Referring to FIGS. 2, 3 and 4, when the lace adjuster 100 is assembled to the lace 140, the separating member 40 divides the through hole 11 into two portions in the axial direction, and the separating member 40 is formed on the inner surface 123. In cooperation with the second portion 125, the separating member 40 is disposed in the through hole 11 so as to define a passage 112 separated from the stop fixture 20. Without interfering with the stop fixture 20, the threaded end portion 141 of the lace 140 is passed through the passage 112 along the direction (X), and the length of the lace 140 can be adjusted within the passage 112. it can. Once the lace 140 is adjusted to the desired length, the separating member 40 is removed from the tubular member 10 to expose the stop fixture 20 to the passage 112. The threaded end portion 141 of the lace 140 is pulled in a direction opposite to the direction (X), so that the threaded end portion 141 of the lace 140 is stopped by the stop fixture 20 and the lace 140 The excess portion of the through end portion 141 can be cut.

上記の記載を考慮すると、本考案の締めひも調節器１００は、以下の利点を有する。
１．締めひも１４０の通し端部部分１４１を通すための通路１１２が、停止固定具２０から分離されるため、停止固定具２０に干渉することなく、締めひも１４０の通し端部部分１４１を通路１１２内に通すことができ、締めひも１４０の長さを調節することができる。 In view of the above description, the lace adjuster 100 of the present invention has the following advantages.
1. Since the passage 112 through which the threaded end portion 141 of the lace 140 passes is separated from the stop fixture 20, the passage end portion 141 of the lace 140 can be inserted into the passage 112 without interfering with the stop fixture 20. And the length of the lace 140 can be adjusted.

２．停止固定具２０の自由端部部分２３が、鋭利であり、軸（Ｌ）に相対的に近接しているため、締めひも１４０の通し端部部分１４１を、停止固定具２０によって効果的に固定し停止させることができる。 2. Since the free end portion 23 of the stop fixture 20 is sharp and relatively close to the axis (L), the through end portion 141 of the lace 140 is effectively fixed by the stop fixture 20. Can be stopped.

管状部材１０は、金具付き端部１４３と同様の色および形状を有するように構成されてよいことに留意されたい。 Note that the tubular member 10 may be configured to have a similar color and shape as the bracketed end 143.

図５、６、７および８を参照すると、第１締めひも部分１１０と、第２締めひも部分１２０とを含む締めひもの長さを調節するのに、本考案による締めひも調節器１００’の第２の好ましい実施形態が使用される。第１および第２の締めひも部分１１０、１２０は、靴２００の２列のひも穴２１０の中に通される。第１および第２の締めひも部分１１０、１２０はそれぞれ、金具付き端部１３０を有する第１端部部分１１０’１２０’と、第１端部部分１１０’１２０’の反対側の第２の端部部分１１０’’、１２０’’とを含む。締めひも調節器１００’は、２列のひも穴２１０の間に配置され、管状部材１０’と、一組の停止固定具（すなわち、第１停止固定具２０’と、第２停止固定具３０’）と、分離部材４０’とを含む。 Referring to FIGS. 5, 6, 7 and 8, to adjust the length of the lace including the first lace portion 110 and the second lace portion 120, the lace adjuster 100 ′ according to the present invention may be used. A second preferred embodiment is used. The first and second lace portions 110, 120 are passed through the two rows of lace holes 210 of the shoe 200. The first and second lace portions 110, 120 each have a first end portion 110'120 'having a bracketed end 130 and a second end opposite the first end portion 110'120'. Part portions 110 ″, 120 ″. The lace adjuster 100 'is disposed between the two rows of lace holes 210 and includes a tubular member 10', a set of stop fixtures (ie, a first stop fixture 20 'and a second stop fixture 30). ') And separation member 40'.

管状部材１０’は、管状の構成で形成され、締めひもが通過できるように構成される。管状部材１０’は、第１開放端部１２１’および第２開放端部１２２’と、第１開放端部１２１’と第２の開放端部１２２’の間に延在し、軸（Ｌ）を有する通り穴１１’の境界を定める内面１２３’とを有する周辺壁１２’含む。管状部材１０はさらに、打ち抜きによって形成される、一組の第１保持リング１３’と、第１押し要素１４’と、一組の第２保持リング１５’と、第２押し要素１６’とを含む。第１保持リング１３’および第１押し要素１４’は、周辺壁１２’の内面１２３’の第１部分１２４’の上に設けられ、第２保持リング１５’および第２押し要素１６’は、周辺壁１２’の内面１２３’の第２部分１２５’の上に設けられる。第１保持リング１３’は、第２開放端部１２２’に近接して設けられる。第１保持リング１３’はそれぞれ、周辺壁１２’の内面１２３’から、通り穴１１’に向かって突出し、軸方向に延在し第１保持リング１３’の他のリングの穴に整列される保持穴１３１’を有する。第１押し要素１４’は、第１保持リング１３’に近接して設けられ、周辺壁１２’の内面１２３’から内側に突き出る。第２保持リング１５’は、第１の開放端部１２１’に近接して設けられ、第１保持リング１３’と半径方向に反対側である。第２保持リング１５’はそれぞれ、周辺壁１２’の内面１２３’から通り穴１１’に向かって突出し、軸方向に延在し第２保持リング１５’の他のリングの穴に整列される保持穴１５１’を有する。第２押し要素１６’は、第２保持リング１５’に近接して設けられ、第１押し要素１４’と半径方向に反対側であり、周辺壁１２’の内面１２３’から内側に突き出る。管状部材１０’はさらに、２組の固定穴１７’を含む。各組の固定穴１７’は、第１および第２開放端部１２１’、１２２’の対応する一方に近接する。 Tubular member 10 'is formed in a tubular configuration and is configured to allow a lace to pass therethrough. The tubular member 10 ′ extends between the first open end 121 ′ and the second open end 122 ′, and between the first open end 121 ′ and the second open end 122 ′, and has a shaft (L). A peripheral wall 12 'having an inner surface 123' that delimits the through hole 11 '. The tubular member 10 further comprises a set of first retaining rings 13 ', a first pushing element 14', a set of second retaining rings 15 'and a second pushing element 16' formed by stamping. Including. The first retaining ring 13 ′ and the first pushing element 14 ′ are provided on the first portion 124 ′ of the inner surface 123 ′ of the peripheral wall 12 ′, and the second retaining ring 15 ′ and the second pushing element 16 ′ are Provided on the second portion 125 ′ of the inner surface 123 ′ of the peripheral wall 12 ′. The first holding ring 13 'is provided in the vicinity of the second open end 122'. Each first retaining ring 13 ′ protrudes from the inner surface 123 ′ of the peripheral wall 12 ′ toward the through hole 11 ′, extends in the axial direction, and is aligned with the holes of the other rings of the first retaining ring 13 ′. A holding hole 131 'is provided. The first push element 14 'is provided proximate to the first retaining ring 13' and protrudes inwardly from the inner surface 123 'of the peripheral wall 12'. The second holding ring 15 ′ is provided close to the first open end 121 ′ and is opposite to the first holding ring 13 ′ in the radial direction. Each of the second retaining rings 15 ′ protrudes from the inner surface 123 ′ of the peripheral wall 12 ′ toward the hole 11 ′, extends in the axial direction, and is aligned with the holes of the other rings of the second retaining ring 15 ′. It has a hole 151 ′. The second pushing element 16 'is provided adjacent to the second retaining ring 15', is radially opposite to the first pushing element 14 'and protrudes inwardly from the inner surface 123' of the peripheral wall 12 '. The tubular member 10 'further includes two sets of fixing holes 17'. Each set of fixing holes 17 'is adjacent to a corresponding one of the first and second open ends 121', 122 '.

第１および第２停止固定具２０’３０’は、管状部材１０’の第２開放端部１２２’および第１開放端部１２２’にそれぞれ近接する。第１停止固定具２０’は、固定部分２１’と、傾斜部分２２’とを含む。第１停止固定具２０’の固定部分２１’は、周辺壁１２’の内面１２３’の第１部分１２４’の上に固定され、第１保持リング１３’の保持穴１３１’内に収容され、保持される。第１停止固定具２０’の傾斜部分２２’は、第１停止固定具２０’の固定部分２１’から軸（Ｌ）に向かって傾斜して延在し、軸（Ｌ）に近接し管状部材１０’の第１の開放端部１２１’の方を指す鋭利な自由端部部分２３を有する。第１停止固定具２０’の傾斜部分２２’は、第１停止固定具２０’の固定部分２１’から軸（Ｌ）に向かって曲がるように、第１押し要素１４’によって押される。同様に、第２停止固定具３０’は、固定部分３１’と、傾斜部分３２’とを含む。第２停止固定具３０’の固定部分３１’は、周辺壁１２’の内面１２３’の第２部分１２５’の上に固定され、第２保持リング１５’の保持穴１５１’内に収容され、保持される。第２停止固定具３０’の傾斜部分３２’は、第２停止固定具３０’の固定部分３１’から軸（Ｌ）に向かって傾斜して延在し、軸（Ｌ）に近接し第１停止固定具２０’の鋭利な自由端部部分２３’の方を指す鋭利な自由端部３３’を有する。すなわち、第１および第２の停止固定具２０’、３０’の鋭利な自由端部部分２３’、３３’は、それぞれ管状部材１０’の第１および第２開放端部１２１’、１２２’に向かって対向する方向を指す。第２の停止固定具３０’の傾斜部分３２’は、第２停止固定具３０’の固定部分３１’から軸（Ｌ）に向かって曲がるように、第２押し要素１６’によって押される。 The first and second stop fixtures 20'30 'are proximate to the second open end 122' and the first open end 122 'of the tubular member 10', respectively. The first stop fixture 20 'includes a fixed portion 21' and an inclined portion 22 '. The fixing portion 21 ′ of the first stop fixture 20 ′ is fixed on the first portion 124 ′ of the inner surface 123 ′ of the peripheral wall 12 ′ and is received in the holding hole 131 ′ of the first holding ring 13 ′. Retained. The inclined portion 22 ′ of the first stop fixture 20 ′ extends inclined from the fixed portion 21 ′ of the first stop fixture 20 ′ toward the axis (L) and is close to the axis (L) and is a tubular member. It has a sharp free end portion 23 pointing towards the 10 ′ first open end 121 ′. The inclined portion 22 ′ of the first stop fixture 20 ′ is pushed by the first push element 14 ′ so as to bend from the fixed portion 21 ′ of the first stop fixture 20 ′ toward the axis (L). Similarly, the second stop fixture 30 'includes a fixed portion 31' and an inclined portion 32 '. The fixing portion 31 ′ of the second stop fixture 30 ′ is fixed on the second portion 125 ′ of the inner surface 123 ′ of the peripheral wall 12 ′, and is received in the holding hole 151 ′ of the second holding ring 15 ′. Retained. The inclined portion 32 ′ of the second stop fixture 30 ′ extends from the fixed portion 31 ′ of the second stop fixture 30 ′ so as to incline toward the axis (L), and is close to the axis (L) and is first. It has a sharp free end 33 'pointing towards the sharp free end portion 23' of the stop fixture 20 '. That is, the sharp free end portions 23 ', 33' of the first and second stop fixtures 20 ', 30' are respectively connected to the first and second open ends 121 ', 122' of the tubular member 10 '. It points in the opposite direction. The inclined portion 32 ′ of the second stop fixture 30 ′ is pushed by the second push element 16 ′ so as to bend from the fixed portion 31 ′ of the second stop fixture 30 ′ toward the axis (L).

分離部材４０’は、ポリビニル塩化物製のシートであり、通り穴１１’と、第１および第２の開放端部１２１’、１２２’とを通って軸方向に延在し、停止固定具２０’３０’を過ぎて移動する締めひもから停止固定具２０’３０を仕切るように構成される。分離部材４０’は、一次分離要素４１’と、一次分離要素４１’の２つの対向する側にそれぞれ接続された２つの二次的分離要素４２’、４３’とを含む。一次分離要素４１’は、管状部材１０’内に軸方向に延在する中間部分４１１’と、反対方向に引き離すことができるように中間部分４１１’に接続された２つの引っ張り端部部分４１２’とを含む。分離部材４０’が管状部材１０’内に組み立てられる際、引っ張り端部部分４１２’は、管状部材１０’の外側に軸方向に延在する。分離部材４０’はさらに、一次分離要素４１’の引っ張り端部部分４１２’上にそれぞれ設けられた２つの方向指示器４１３’を含む。一次分離要素４１’の中間部分４１１’は、固定穴１７’にそれぞれ係合する２組の固定鋲４１４’を含む。二次分離要素４２’、４３’はそれぞれ、一次分離要素４１’の引っ張り端部部分４１２’の対応する一方に接続されたリング部分４２１’、４３１’と、リング部分４２１’、４３１’に接続され、第１および第２停止固定具２０’、３０’の対応する一方の上に軸方向に延在し、これを覆う誘導シート部分４２２’、４３２’とを含む。二次分離要素４２’、４３’のそれぞれのリング部分４２１’、４３１’は、軸方向に延在するスリット４２３’４３３’を有する。一次分離要素４１’は、通り穴１１’を、二次分離要素４２’、４３’を受ける２つの部分にそれぞれ軸方向に分割する。第１および第２停止固定具２０’３０’は、２つの部分の中の内面１２３’上にそれぞれ設置される。 The separating member 40 ′ is a polyvinyl chloride sheet, and extends in the axial direction through the through hole 11 ′ and the first and second open ends 121 ′ and 122 ′. It is configured to partition the stop fixture 20'30 from a lace that moves past '30'. The separating member 40 'includes a primary separating element 41' and two secondary separating elements 42 ', 43' connected to two opposing sides of the primary separating element 41 ', respectively. The primary separation element 41 'has an intermediate portion 411' extending axially into the tubular member 10 'and two pulling end portions 412' connected to the intermediate portion 411 'so that they can be pulled apart in the opposite direction. Including. When the separating member 40 'is assembled into the tubular member 10', the pull end portion 412 'extends axially outward of the tubular member 10'. The separating member 40 'further includes two directional indicators 413', each provided on the pulling end portion 412 'of the primary separating element 41'. The intermediate portion 411 'of the primary separation element 41' includes two sets of fixing rods 414 'that respectively engage with the fixing holes 17'. Each of the secondary separation elements 42 ', 43' is connected to a ring part 421 ', 431' connected to a corresponding one of the pull end parts 412 'of the primary separation element 41' and to the ring parts 421 ', 431'. And guide sheet portions 422 ', 432' extending axially over and covering corresponding ones of the first and second stop fixtures 20 ', 30'. Each ring portion 421 ', 431' of the secondary separation element 42 ', 43' has an axially extending slit 423'433 '. The primary separation element 41 ′ divides the through-hole 11 ′ in the axial direction into two parts that receive the secondary separation elements 42 ′ and 43 ′, respectively. First and second stop fixtures 20'30 'are respectively installed on the inner surface 123' in the two parts.

図５および７を再び参照すると、締めひも調節器１００’が第１および第２締めひも部分１１０、１２０と一緒に組み立てられる際、一次分離要素４１’が二次分離要素４２’、４３’と協働して、第１経路１１１’および第２経路１１２’をそれぞれ画定し、２つの方向指示器４１３’が、第１および第２経路１１１’、１１２’にそれぞれに対応するように、通り穴１１’内の第１停止固定具２０’と第２停止固定具３０’の間に分離部材４０’が配置される。第１および第２経路１１１’、１１２’は、二次分離要素４２’、４３’の誘導シート部分４２２’、４３２’によって、第１および第２停止固定具２０’３０’からそれぞれ分離される。 Referring again to FIGS. 5 and 7, when the lace adjuster 100 ′ is assembled with the first and second lace portions 110, 120, the primary separation element 41 ′ becomes the secondary separation elements 42 ′, 43 ′. In cooperation, a first path 111 ′ and a second path 112 ′ are defined respectively, and two direction indicators 413 ′ correspond to the first and second paths 111 ′ and 112 ′, respectively. A separating member 40 ′ is disposed between the first stop fixture 20 ′ and the second stop fixture 30 ′ in the hole 11 ′. The first and second paths 111 ′, 112 ′ are separated from the first and second stop fixtures 20′30 ′ by the guide sheet portions 422 ′, 432 ′ of the secondary separation elements 42 ′, 43 ′, respectively. .

図９を参照すると、管状部材１０’に対して第１締めひも部分１１０の第１端部部分１１０’の所望の長さが得られるまで、第１締めひも部分１１０の第１端部部分１１０’は、第１開放端部１２１’から第２開放端部１２２’に向かって延在し、方向指示器４１３’によって示される方向（Ｘ’）に沿ってリング部分４２１’および第１通路１１１’内に通される。 Referring to FIG. 9, the first end portion 110 of the first lace portion 110 is obtained until the desired length of the first end portion 110 ′ of the first lace portion 110 is obtained for the tubular member 10 ′. 'Extends from the first open end 121' toward the second open end 122 ', and the ring portion 421' and the first passage 111 along the direction (X ') indicated by the direction indicator 413'. 'Passed in.

図１０を参照すると、同様に、管状部材１０’に対して第２締めひも部分１２０の第１端部部分１２０’の所望の長さが得られるまで、第２締めひも部分１２０の第１端部部分１２０’は、第２開放端部１２２’から第１開放端部１２１’に向かって延在し、方向指示器４１３’によって示される方向（Ｘ’’）に沿って、リング部分４３１’および第２通路１１２’内に通される。 Referring also to FIG. 10, similarly, the first end of the second lace portion 120 until the desired length of the first end portion 120 ′ of the second lace portion 120 is obtained for the tubular member 10 ′. The portion 120 ′ extends from the second open end 122 ′ toward the first open end 121 ′, and along the direction (X ″) indicated by the direction indicator 413 ′, the ring portion 431 ′. And through the second passage 112 '.

図１１を参照すると、第１および第２の通路１１１’、１１２’が、二次分離要素４２’、４３’の誘導シート部分４２２’、４３２’によって、第１および第２停止固定具２０’３０’からそれぞれ分離されるため、第１停止固定具２０’および第２停止固定具３０’と干渉することなく、第１締めひも部分１１０’の第１端部部分１１０’および第２締めひも部分１２０の第１端部部分１２０’をそれぞれ、長さ調節することができる。 Referring to FIG. 11, the first and second passages 111 ′, 112 ′ are connected to the first and second stop fixtures 20 ′ by the guide sheet portions 422 ′, 432 ′ of the secondary separation elements 42 ′, 43 ′. 30 ', respectively, so that the first end portion 110' and the second lace of the first tie portion 110 'do not interfere with the first stop fixture 20' and the second stop fixture 30 '. Each of the first end portions 120 ′ of the portion 120 can be length adjusted.

図１２を参照すると、分離部材４０’の引っ張り端部部分４１２’が、二次分離要素４２’、４３’と共に引き離され、一次分離要素４１’の中間部分４１１’から除去される。リング部分４２１’、４３１’内に、広げることができるスリット４２３’、４３３’が存在することにより、第１および第２締めひも部分１１０、１２０の第２端部部分１１０’’、１２０’’から、二次分離要素４２’、４３’のリング部分４２１’、４３１を容易に取り外すことができる。第１締めひも部分１１０の第１端部部分１１０’が、方向（Ｘ’）に沿って引っ張られる際、それは、第１停止固定具２０’の鋭利な自由端部部分２３’によって固定され停止される。同様に、第２締めひも部分１２０の第１端部部分１２０’が、方向（Ｘ’’）に沿って引っ張られる際、それは、第２停止固定具３０’の鋭利な自由端部部分３３’によって固定され停止される。図１３に最もよく示されるように、第１および第２締めひも部分１１０、１２０と締めひも調節器１００’との組立体を形成するために、管状部材１０’の外側に延出する、第１および第２締めひも部分１１０、１２０の第２端部部分１１０’’、１２０’’は切断される。 Referring to FIG. 12, the pulling end portion 412 'of the separating member 40' is pulled away with the secondary separating elements 42 ', 43' and removed from the intermediate portion 411 'of the primary separating element 41'. The presence of slits 423 ′, 433 ′ that can be expanded in the ring portions 421 ′, 431 ′ allows the second end portions 110 ″, 120 ″ of the first and second lace portions 110, 120 to exist. The ring portions 421 ′, 431 of the secondary separation elements 42 ′, 43 ′ can be easily removed. When the first end portion 110 ′ of the first lace portion 110 is pulled along the direction (X ′), it is fixed and stopped by the sharp free end portion 23 ′ of the first stop fixture 20 ′. Is done. Similarly, when the first end portion 120 ′ of the second lace portion 120 is pulled along the direction (X ″), it is the sharp free end portion 33 ′ of the second stop fixture 30 ′. Fixed and stopped by. As best shown in FIG. 13, the first and second lace portions 110, 120 and the lace adjuster 100 ′ are formed to extend outside the tubular member 10 ′ to form an assembly. The second end portions 110 ″, 120 ″ of the first and second lace portions 110, 120 are cut.

図８を再び参照すると、第１および第２締めひも部分１１０、１２０と締めひも調節器１００’との組立体は、締めひも調節器１００’が２列のひも穴２１０の間に配置され、第１および第２締めひも部分１１０、１２０が、ひも穴２１０の中に通されるような方法で、靴２００の上に取り付けられる。 Referring again to FIG. 8, the assembly of the first and second lace portions 110, 120 and the lace adjuster 100 ′ includes the lace adjuster 100 ′ disposed between the two rows of lace holes 210, First and second lace portions 110, 120 are mounted on the shoe 200 in such a way that they are threaded through the lace hole 210.

最も実用的で好ましい実施形態と考えられるものと関連して本考案を記載してきたが、本考案は、開示の実施形態に限定されるものではなく、すべてのこのような修正形態および同等の構成を包含する目的で、最も広い解釈の精神および範囲内に含まれる多様な構成を含むことを目的とすることを理解されたい。 Although the present invention has been described in connection with what is considered to be the most practical and preferred embodiment, the invention is not limited to the disclosed embodiment, but all such modifications and equivalent configurations It is to be understood that the intent is to include a variety of configurations that fall within the spirit and scope of the broadest interpretation.

Claims

A lace adjuster (100, 100 ') for adjusting the length of the lace (140),
The lace (140) is configured to pass through and delimits two open ends (121, 122, 121 ', 122') and a through hole (11, 11 ') having an axis (L). A tubular member (10, 10 ') comprising a peripheral wall (12, 12') having an inner surface (123, 123 ');
A fixed portion (21) fixed on a part (124, 124 ', 125') of the inner surface (123, 123 ') of the peripheral wall (12, 12') of the tubular member (10, 10 '). , 21 ′, 31 ′) and the fixed portion (21, 21 ′, 31 ′) extending from the fixed portion (21, 21 ′, 31 ′) toward the axis (L) and close to the axis (L), the tubular member (10). 10 ′) of the open end (121, 122, 121 ′, 122 ′) and the inclined portion (22, 22 ′, 32) having a sharp free end portion (23, 23 ′, 33 ′) pointing to one of the open ends (121, 122, 121 ′, 122 ′). ')When,
Extends axially through the through hole (11, 11 ′) and the open end (121, 122, 121 ′, 122 ′) and past the stop fixture (20, 20′30 ′). The stop fastener (20, 20′30 ′) is configured to be separated from the moving fastener (140), and a desired length of the fastener (140) is determined by the stop fastener (20, 20 ′). After moving past 30 '), it is removed from the tubular member (10, 10') so that the stop fixture (20, 20'30 ') can engage the lace (140). A lace adjuster (100, 100 ') characterized by a separating member (40, 40') being possible.

The tubular member (10, 10 ′) protrudes from the inner surface (123, 123 ′) of the peripheral wall (12, 12 ′) toward the through hole (11, 11 ′), and the stop fixture (20 , 20'30 ') at least one retaining ring having retaining holes (131, 131', 151 ') extending in the axial direction for receiving and retaining said fixing parts (21, 21', 31 ') The lace adjuster (100, 100 ') according to claim 1, further comprising (13, 13', 15 ').

The tubular member (10, 10 ′) protrudes inward from the inner surface (123, 123 ′) of the peripheral wall (12, 12 ′), and extends from the fixed portion (21, 21 ′, 31 ′) to the shaft ( L) further includes a pushing element (14, 14 ′, 16 ′) that pushes the inclined portion (22, 22 ′, 32 ′) of the stop fixture (20, 20′30 ′) so as to bend toward L). A lace adjuster (100, 100 ') according to claim 1, characterized in that.

The separating member (40) divides the through hole (11) into two parts in the axial direction, one of the parts forms a passage (112), and the other of the parts is the stop fixture ( The lace adjuster (100) according to claim 1, characterized in that it contains 20).

Tightening adjustment according to claim 4, characterized in that the separating member (40) further comprises two opposing pulling portions (43) extending axially outside the tubular member (10). Vessel (100).

6. A stringer adjuster (100) according to claim 5, characterized in that each of said tension portions (43) has a larger cross section than said tubular member (10).

The separation member (40 ′) includes a primary separation element (41 ′) and two secondary separation elements (42 ′) respectively connected to two opposite sides of the primary separation element (41 ′). The primary separation element (41 ′) divides the through hole (11 ′) into two parts each containing the secondary separation element (42 ′) in the axial direction, and a set of the stop fixtures (20 ′, 30 ′) are respectively placed on the inner surface (123 ′) of the two parts and the sharp free end portion (23 of the stop fixture (20 ′, 30 ′). ', 33'), in two opposite directions, respectively pointing towards the two open ends (121 ', 122') of the tubular member (10 ') Thong adjuster (100 ') as described.

The stop fixture (20 ', 30') is adjacent to the two open ends (121 ', 122') of the tubular member (10 '), respectively. Thong adjuster (100 ').

The primary separating element (41 ′) is separated from the intermediate part (411 ′) extending axially into the tubular member (10 ′) and to the intermediate part (411 ′) so that it can be pulled away in the opposite direction. The lace adjuster (100 ') according to claim 7, characterized in that it comprises two connected pulling end portions (412').

Ring portions (421 ′, 431 ′), wherein the secondary separation elements (42 ′, 43 ′) are respectively connected to corresponding ones of the pull end portions (412 ′) of the primary separation elements (41 ′). And guide sheet portions (422 ′, 432) connected to the ring portions (421 ′, 431 ′), extending axially on one of the stop fixtures (20 ′, 30 ′) and covering them. The lace adjuster (100 ') according to claim 9, characterized in that

The separation member (40 ′) further includes two direction indicators (413 ′) respectively provided on the pulling end portion (412 ′) of the primary separation element (41 ′). A lace adjuster (100 ') according to claim 9.

Each said ring part (421 ', 431') of said secondary separation element (42 ', 43') has a slit (423 ', 433') extending in the axial direction. Item 15. A string adjuster (100 ') according to item 10.

The tubular member (10 ′) further includes at least one set of fixing holes (17 ′) proximate to one of the open ends (121 ′, 122 ′), and the primary separation of the separation member (40 ′). The lace adjuster (100 ') according to claim 7, characterized in that the element (41') comprises at least one set of fixing rods (414) which respectively engage the fixing holes (17 '). .