JP2010246877A - Combination of belt and buckle - Google Patents

Combination of belt and buckle Download PDF

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JP2010246877A
JP2010246877A JP2009129623A JP2009129623A JP2010246877A JP 2010246877 A JP2010246877 A JP 2010246877A JP 2009129623 A JP2009129623 A JP 2009129623A JP 2009129623 A JP2009129623 A JP 2009129623A JP 2010246877 A JP2010246877 A JP 2010246877A
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belt
buckle
type
hole
combination
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JP5207253B2 (en
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Teruo Banno
輝夫 伴野
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Abstract

<P>PROBLEM TO BE SOLVED: To solve various problems incidental to a conventional combination of a belt and a buckle, the problem being caused by a reason wherein a buckle of one direction stopping type is fixedly attached to the other end of one-end-inserting type belt. <P>SOLUTION: A combination of a both-end-inserting type belt and a bi-direction stopping type buckle is disclosed. The both-end-inserting type makes adjustment possible for a double length compared with the one-end-inserting type. In addition, the bi-direction stopping type buckle allows the other belt to be connected, and allows the length to be easily adjusted. In the buckle with a hole for the bi-direction stopping type in which the prong is inclined to make an upper and a lower belt overlapped on each other in the occurrence of a tensile stress in the belt, prong holding is simplified, making low-cost manufacturing possible. This buckle can be combined with a belt having holes for both-end-inserting type in which with a hole distance made different for left and right, fine adjustment of the length is possible according to that difference. The both-end inserting type belt can also be combined with a buckle without a hole for bi-direction stopping type in which, with the occurrence of a tensile stress in the belt, the upper belt pressurizes the lower belt to prevent the belt from slipping out and in which, with turning of 90°, the buckle is easily attached and detached. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

本発明は、ベルトとバックルの組合せに関するものである。  The present invention relates to a combination of a belt and a buckle.

従来のベルトとバックルの組合せは、一端差込式ベルトの他端に、一方向受止式バックルを固定装着していたので色々と問題があった。  The conventional belt and buckle combination has various problems because a one-way receiving buckle is fixedly attached to the other end of the one-end plug-in belt.

従来のベルトは、一端固定式の為、長さ調節が困難で、長めのベルトを作成し使用者が自分の身体に合せて、固定端を切断して使用していた。  Since the conventional belt is fixed at one end, it is difficult to adjust the length, and a long belt is created, and the user cuts the fixed end according to his / her body.

一端固定式ベルトであるから、特定ヶ所での使用頻度が高かく、他の部分は健全なのにその部分の損傷が激しく、ベルトとしての使用に耐え無くなっていた。  Since it is a one-end fixed belt, it is frequently used in specific places, and other parts are healthy, but the parts are severely damaged, and cannot be used as a belt.

左きき、右ききによって、ベルト通しに差込む方向と、ベルトの裏表を確認しながら、ベルト通しに差込む必要があった。  It was necessary to insert it into the belt loop while confirming the direction to insert into the belt loop and the front and back of the belt with the left-hand and right-hand.

ベルトの裏表を使い分けるためには、一旦バックルをベルトから取外し改めて取り付ける必要があった。  In order to use the front and back of the belt properly, it was necessary to remove the buckle from the belt and reattach it.

有穴ベルトでは、締付け巾が５ｃｍ程度と大きく変化して、微調整がきかなかった。With a perforated belt, the tightening width changed greatly to about 5 cm , and fine adjustment was not possible.

無穴ベルトでは、最大抜出し力に対抗するために、強力な機巧で押さえつけていた為、ベルトの損傷が激しかったり、その機巧そのものが損傷して、使用不能となっていた。  In order to counter the maximum extraction force, the non-hole belt was pressed with a strong craft, so the belt was severely damaged or the craft itself was damaged, making it unusable.

そこで両端差込式ベルトと、双方向受止式バックルの組合せを発明した。両端差込式ベルトであるから、両端で長さ調節が出来るので、一端固定式ベルトの２倍の長さ調節が可能である。  Therefore, the inventors have invented a combination of a double-end insertion belt and a bidirectional receiving buckle. Since it is a double-end insertion type belt, the length can be adjusted at both ends, so that the length can be adjusted twice as long as the one-end fixed type belt.

双方向受止式有穴用バックルの使用中の断面図は図３で、図の様に心針を傾斜させておくと、ベルトに引張応力が働くと、下側のベルトは心針の傾斜に沿って上方に移動し、上側のベルトは心針の傾斜に沿って下方に移動する。したがって上側と下側のベルトは互に押し合う形となり、ほぼ一直線に近くなり、回転モーメントはほとんど発生せず、引張る力は、上側と下側のベルト共同じ力で方向が逆なので相殺される、但し心針に対する剪断応力は発生するので、これに対抗できる材料の心針なら何んでも良い。しかも回転モーメントがほとんど発生しないので、心針の保持には、強固にする必要がないので、図４の様に針金細工でも良く、図４はたまたま三角形を２つ並べた形であるが、円形や四角形でも効果は同じである。  3 is a cross-sectional view of the buckle for use with a bi-directional receiving hole. When the needle is tilted as shown in the figure, if the belt is subjected to tensile stress, the lower belt will tilt the needle. The upper belt moves downward along the inclination of the heart needle. Therefore, the upper and lower belts are pressed against each other, almost in a straight line, almost no rotational moment is generated, and the pulling force is canceled because the upper and lower belts have the same direction and opposite directions. However, since a shearing stress is generated on the core needle, any material needle can be used as long as it can counter this. Moreover, since almost no rotational moment is generated, it is not necessary to hold the heart needle firmly, so it may be a wire craft as shown in FIG. 4. FIG. 4 happens to have two triangles arranged side by side. The effect is the same with squares and squares.

両端差込式有穴ベルトは、左半分と右半分で、穴の間隔を変化させる。例えば左側は５ｃｍの穴間隔、右側は４ｃｍの穴間隔にしておくと、心針で止めてあった穴の位置から右側に一穴移動すると１ｃｍ長くなり、左側に一穴移動すると１ｃｍ短くなる、すなわち左右の穴間隔の差だけ微調整が可能となる。さらに双方向受止式バックルであるから、他のベルトとも連結出来るので、他のベルトは５ｃｍと３ｃｍの穴間隔にすれば、一穴の移動で１〜５ｃｍの移動が可能となる。The hole insertion type perforated belt changes the interval between the holes in the left half and the right half. For example, if the hole spacing on the left side is 5 cm and the hole spacing on the right side is 4 cm , moving one hole to the right from the position of the hole stopped by the heart needle will lengthen 1 cm, and if moving one hole to the left, 1 cm shorter, that is, can only fine-tune the difference in the left and right hole spacing. Furthermore, since it is a two-way receiving buckle, it can be connected to other belts, so if the other belts have a hole spacing of 5 cm and 3 cm , it is possible to move 1 to 5 cm by moving one hole. .

双方向受止式有穴用バックルの心針の先端部には、特段の負荷が掛らないので宝石等を埋め込める。心針は細いので小粒で良く、しかも使用中はベルトの上に突起状に出るので小さくてもその存在感は大きい。  Since no special load is applied to the tip of the heart needle of the two-way receiving buckle for holes, it is possible to embed jewelry. Since the needle is thin, it may be small, and when it is in use, it protrudes on the belt and has a large presence even if it is small.

双方向受止式無穴用バックルは、図５の様に可動部分が無いので故障が無い、又単一部品なので安価に製造出来る。  The bi-directional receiving type non-hole buckle has no moving parts as shown in FIG. 5, so there is no failure, and since it is a single part, it can be manufactured at low cost.

図７は双方向受止式無穴用バックルの使用中断面図であるが、図の様にベルトが上下に重なっているので、ベルトに引張応力が働くと、上側のベルトが下側のベルトを押圧して、摩擦抵抗を増大させて、抜け出し阻止をする。すなわち引張応力が発生しない時は阻止力も小さい、しかも上下に重なった部分全面で阻止するので、単位面積当りの負荷は少ない、したがってベルトの寿命が長くなる。  FIG. 7 is a cross-sectional view of the bidirectional receiving type non-hole buckle in use. However, since the belt overlaps vertically as shown in the figure, when tensile stress is applied to the belt, the upper belt becomes the lower belt. To increase the frictional resistance and prevent it from slipping out. That is, when no tensile stress is generated, the blocking force is small, and blocking is performed on the entire surface overlapped vertically, so that the load per unit area is small, and therefore the life of the belt is extended.

しかも、重なった部分全面で抜け出し阻止をすると云うことは、バックルを片側ずつ持ち上げれば、半分の力で押えればよいので、増締めや少弛緩の際楽である。  In addition, the prevention of slipping out over the entire overlapped part is easy when tightening or slightly relaxing because the buckle can be lifted one side at a time and pressed with half the force.

図５は双方向受止式無穴用バックルの平面図であるが、図の様な形状であるから、バックルを９０°回転させると簡単に取り外せ、また取り付けも９０°回転させて簡単に取り付けることが出来る。  FIG. 5 is a plan view of the two-way receiving type non-hole buckle. Since it has the shape shown in the figure, it can be easily removed by rotating the buckle by 90 °, and it can be easily attached by rotating it by 90 °. I can do it.

図１、図４、図５の通り、双方向受止式有穴用バックルも、双方向受式無穴用バックルも、裏表同じ形なので裏返しても、同じ効果を発揮する。  As shown in FIGS. 1, 4, and 5, the bidirectional receiving-type holed buckle and the bidirectional receiving-type non-holed buckle have the same shape on both sides, so that the same effect can be obtained even if they are turned over.

両端差込式ベルトと、双方向受止式バックルの組合せは、ベルトの両端共差込式であるから、一端で１０ｃｍ長さ調節が出来ると、ベルトの両端では２０ｃｍの長さの調節が出来、長さ調節が楽に出来る。Both ends plugin belt, the combination of two-way catch buckle is adjusted because it is across both plugin belt, Once at 10 cm length adjustment can, at both ends of the belt length of 20 cm Can be adjusted easily.

その上、双方向受止式のバックルであるから、他のベルトを連結することも可能で、多数のベルトを多数のバックルで連結することが可能である、したがって子供用の短いベルトを２本連結して大人用に、３本連結して力士用にすることが出来る。ただし強度の問題があるので力士用や大人用には、それぞれに合った巾広のベルトとバックルが必要である。  In addition, since it is a two-way receiving buckle, it is possible to connect other belts, and many belts can be connected with many buckles. Therefore, two short belts for children are used. It can be connected for adults and 3 for wrestlers. However, because of strength problems, wrestlers and adults need wide belts and buckles that match them.

この様に連結すると、それぞれのベルトで長さ調節が出来るので大巾な長さ調節が可能となる。  When connected in this way, the length can be adjusted with the respective belts, so that a wide length adjustment is possible.

連結が楽に出来るので、短いベルトとバックルが多種類あれば、使用者が好みに合せて、バックルとベルトの組合せを簡単に迸ぶ事が出来る。  Since the connection can be made easily, if there are many types of short belts and buckles, the user can easily buy a combination of buckles and belts according to their preference.

バックルが双方向受止式であるから、バックルをベルトに装着するのと、ベルトを胴体に締め付け固定するのとは、ほとんど同じ動作で出来るので、バックルの交換は簡単に行なえる。  Since the buckle is a two-way receiving type, attaching the buckle to the belt and fastening the belt to the fuselage can be performed in almost the same way, so the buckle can be easily replaced.

そこで、バックルとベルトのそれぞれの裏表を、材質、色、柄を変えておけば例へば、ベルトとバックルの組合せが３組あれば
（ベルトの数）３×（ベルトの裏表）２×（バックルの数）３×（バックルの裏表）２＝３６通りの順列組合せとなり、わずか３組のベルトとバックルの組合せで、一ヶ月間毎日違ったベルトを締めて行くのと同じ効果を演出出来ることとなる。Therefore, if you change the material, color, and pattern of the back and front of each buckle and belt, for example, if there are 3 belt and buckle combinations (number of belts) 3 x (belt back and front) 2 x (buckle Number) 3 x (back and back of the buckle) 2 = 36 permutations, and only 3 pairs of belts and buckles can produce the same effect as tightening different belts every day for a month. .

両端差込式有穴ベルトと双方向受止式有穴用バックルの組合せでは、図３の断面図の様に心針を傾斜させてあるので、ベルトに引張応力が働くと、上側のベルトは心針の傾斜に沿って下方に移動し、下側のベルトは心針の傾斜に沿って上方に移動し、上下のベルトは密着することとなり、ほぼ一直線となるので、回転モーメントはほとんど発生せず、引張応力は上下のベルトで同じ力で方向が逆なので相殺される、但し心針に対して剪断力が発生するので、これに対抗出来る材料であれば、心針の保持力はあまり必要とされないので安価に製造出来る。  In the combination of a double-end insertion type perforated belt and a bidirectional receiving type perforated hole buckle, the center needle is inclined as shown in the cross-sectional view of FIG. It moves downward along the inclination of the heart needle, the lower belt moves upward along the inclination of the heart needle, and the upper and lower belts are in close contact with each other. However, the tensile stress cancels out because the direction is the same for the upper and lower belts, but the direction is reversed. However, since a shearing force is generated on the needle, if the material can counter this, the holding force of the needle is not much It can be manufactured at low cost.

であるから、図４の様に針金を細工しても実用になる、図４はたまたま三角形が２つ違った形であるが、これが円形でも四角形でも効果は同じである。  Therefore, even if the wire is crafted as shown in FIG. 4, it will be practically used. FIG. 4 happens to have two different triangles, but the effect is the same whether the shape is circular or square.

両端差込式有穴ベルトは、左半分と右半分で穴間隔を変化させると、例へば、左側は５ｃｍ間隔、右側は４ｃｍ間隔にしておくと、心針で止めてあった穴位置から右側に一穴移動すると１ｃｍ長くなり、左側に一穴移動すれば、１ｃｍ短かくなる。すなわち、左右の穴間隔の差だけ微調整が可能となる。さらに、双方向受止式有穴用バックルであるから、他のベルトとも連結出来るので、他のベルトは５ｃｍと３ｃｍの穴間隔にすれば、一穴の移動で１〜５ｃｍの移動が可能となる。If the hole spacing is changed between the left and right halves, the double-sided perforated belt will have an interval of 5 cm on the left side and 4 cm on the right side. Moving one hole to the right makes it 1 cm longer and moving one hole to the left makes it 1 cm shorter. That is, fine adjustment is possible by the difference between the left and right hole intervals. Furthermore, since it is a two-way receiving type buckle for holes, it can be connected to other belts, so if the other belts have a hole spacing of 5 cm and 3 cm , they can move 1 to 5 cm by moving one hole. Is possible.

双方向受止式有穴用バックルの心針の先端部には特段の負荷が掛らないので、宝石等を埋め込める、心針は細いので小粒で良く、しかも、ベルトの上に突起状に出るので小さくてもその存在感は大きい。  Since there is no special load on the tip of the heart needle of the two-way receiving buckle for holes, it is possible to embed jewelry etc. The heart needle is thin, so it can be small, and it also has a protrusion on the belt Even if it is small, its presence is large.

双方向受止式無穴用バックルは、図５の様に可動部分が無いので故障が無い、又単一部品なので安価に製造出来る。  The bi-directional receiving type non-hole buckle has no moving parts as shown in FIG. 5, so there is no failure, and since it is a single part, it can be manufactured at low cost.

双方向受止式無穴用バックルは、図５の様な形状なので、バックルを９０°回転させると簡単に取外せる。また、取付ける時も９０°回転させて簡単に取付けることが出来る。  Since the two-way receiving type non-hole buckle has a shape as shown in FIG. 5, it can be easily removed by rotating the buckle by 90 °. In addition, it can be easily attached by rotating 90 °.

図７は双方向受止式無穴用バックルの使用中断面であるが、この様にベルトが上下に重なっているので、ベルトに引張応力が働くと、上側のベルトが下側のベルトを押圧して、摩擦抵抗を増大させて、抜け出しを阻止しているので、引張応力に応じて阻止力が増大し、引張応力が小さい時には阻止力も小さくなる。しかも上下重なった部分全面で阻止するので、単位面積当りの負荷が小さい、したがってベルトの寿命が長くなる。  Fig. 7 is a cross-sectional view of the bidirectional receiving type non-hole buckle in use. However, since the belts overlap each other in this way, when the tensile stress acts on the belt, the upper belt presses the lower belt. Then, since the frictional resistance is increased to prevent the slipping out, the stopping force increases according to the tensile stress, and the stopping force decreases when the tensile stress is small. In addition, since the entire surface overlapped with the upper and lower portions is blocked, the load per unit area is small, and therefore the life of the belt is lengthened.

図１、図４、図５の通り裏表同形なので裏返しても同様に使用出来る。  As shown in FIGS. 1, 4 and 5, it can be used in the same way even if it is turned upside down.

双方向受止式有穴用バックルの平面図Plan view of the bi-directional receiving type buckle for holes 双方向受止式有穴用バックルの使用中の平面図Plan view during use of bi-directional receiving type perforated buckle 図２のＡ−Ａ断面図AA sectional view of FIG. 双方向受止式有穴用バックルの針金細工の平面図Top view of the wirework of the two-way receiving buckle for holes 双方向受止式無穴用バックルの平面図Plan view of the bidirectional receiving type non-hole buckle 双方向受止式無穴用バックルの使用中平面図Plan view during use of bi-directional receiving type non-hole buckle 図６のＢ−Ｂ断面図BB sectional view of FIG.

１ 双方向受止式有穴用バックルの心針
２ 双方向受止式有穴用バックルの本体
３ 両端差込式有穴ベルトの穴部分
４ 両端差込式有穴ベルトの左側
５ 両端差込式有穴ベルトの右側
６ 双方向受止式有穴用バックルの針金細工の本体部分
７ 双方向受止式無穴用バックルの本体
８ 両端差込式無穴ベルトの右側
９ 両端差込式無穴ベルトの左側DESCRIPTION OF SYMBOLS 1 Bidirectional receiving type perforated buckle core needle 2 Bidirectional receiving type perforated buckle body 3 Hole part of double-sided insertion type perforated belt 4 Left side of double-sided insertion type perforated belt 5 Double-sided insertion Right side of the type perforated belt 6 Body part of the buckle for bi-directional receiving type perforated hole 7 Right side of the bi-directional receiving type non-holed buckle 8 Right side of the non-perforated belt 9 Non-removable type Left side of hole belt

Claims (2)

ベルトに引張応力が働いた時に、下側のベルトは上方に、上側のベルトは下方に移動する様に心針を傾斜させた双方向受止式有穴用バックルと、ベルトの左側半分と、右側半分とでベルトの穴間隔を変化させた両端差込式有穴ベルトの組合せ。  When a tensile stress is applied to the belt, the lower belt is moved upward, the upper belt is moved downward, the bi-directional receiving type perforated buckle, and the left half of the belt, Combination of both-end-insertion type perforated belts, with the hole spacing of the belt changed on the right half. ベルトに引張応力が働いた時に、上側のベルトが下側のベルトを押圧して、面全体でベルトの抜け出し阻止を計り、９０°回転することにより、バックルの取り付け取外しが簡単に行なえるようにした、双方向受止式無穴用バックルと、両端差込式無穴ベルトか、両端差込式有穴ベルトの組合せ。  When tensile stress is applied to the belt, the upper belt presses the lower belt to prevent the belt from slipping out over the entire surface, and by rotating 90 °, the buckle can be easily attached and removed. A combination of a two-way receiving type non-hole buckle and a double-sided insertion type non-holey belt or a double-sided insertion type holey belt.
JP2009129623A 2009-04-15 2009-04-15 Combination of belt and buckle Expired - Fee Related JP5207253B2 (en)

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109927666A (en) * 2013-04-18 2019-06-25 奥托立夫开发公司 The buckle of seat belt apparatus

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JPS54149416U (en) * 1978-04-08 1979-10-17
JPS55173911U (en) * 1979-05-31 1980-12-13
JPS55179510U (en) * 1979-06-13 1980-12-23
JPS5758168Y2 (en) * 1976-08-11 1982-12-13
JPS6334120U (en) * 1986-05-13 1988-03-04
JPH11350224A (en) * 1998-06-09 1999-12-21 Hiroshi Tanahashi Belt set for clothes and buckle and belt used therefor
JP2007506476A (en) * 2003-07-16 2007-03-22 モラー，ヘンリク Detachable band group interconnection tool

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JPS5758168Y2 (en) * 1976-08-11 1982-12-13
JPS54149416U (en) * 1978-04-08 1979-10-17
JPS55173911U (en) * 1979-05-31 1980-12-13
JPS55179510U (en) * 1979-06-13 1980-12-23
JPS6334120U (en) * 1986-05-13 1988-03-04
JPH11350224A (en) * 1998-06-09 1999-12-21 Hiroshi Tanahashi Belt set for clothes and buckle and belt used therefor
JP2007506476A (en) * 2003-07-16 2007-03-22 モラー，ヘンリク Detachable band group interconnection tool

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109927666A (en) * 2013-04-18 2019-06-25 奥托立夫开发公司 The buckle of seat belt apparatus

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