JPS6330246Y2 - - Google Patents

Description

【考案の詳細な説明】 （産業上の利用分野） 本考案は、部品の全てを合成樹脂材料に依つて
構成したスライドフアスナー用の自動停止装置付
のスライダーに関する考案である。[Detailed Description of the Invention] (Industrial Application Field) The present invention relates to a slider with an automatic stop device for a slide fastener whose parts are all made of synthetic resin material.

（従来技術） スライダーの胴体．引手．引手カバーの材料に
P.B.T或はポリアセタール等の合成樹脂材料を使
用し、之等を例えば射出成形等に依り別個に形成
し自動組立機械等に依つて組立て、スライダーと
する場合、従来の自動停止装置付スライダーに於
ては、自動停止装置を構成するロツク爪及びスプ
リングの多くはステンレス鋼等の金属材料を使用
し此の部分も合成樹脂材料とした全合成樹脂製の
スライダーも多少知られているが、構造上余り良
い物は見当らず、其の機能性．耐久性及び自動組
立に於ける能率に於て金属製部品を使用した物に
対向出来る迄に至らない状況に在る。即ち、例え
ば胴体上翼の突起に引手カバーを装着する構造の
全合成樹脂製のスライダーでは、機能的にスプリ
ングに加わる応力が過大であつて、長期の使用中
スプリングのばね力が低下し易く、亦引手カバー
の取付支点一個所で荷重を受止めている為強度的
にも問題が有る他、スライダーの製造に際しても
例えば胴体や引手カバーの金型が傷み易く一個の
金型から生産出来る部品数が低下する等の問題を
生じていた。(Prior art) Slider body. Handle. For the material of the pull cover
When using synthetic resin materials such as PBT or polyacetal, and forming them separately by injection molding, etc., and assembling them using an automatic assembly machine, etc. to make a slider, it is difficult to use a conventional slider with an automatic stop device. Most of the lock claws and springs that make up the automatic stop device are made of metal materials such as stainless steel, and there are some known fully synthetic resin sliders in which these parts are also made of synthetic resin. I can't find anything good, but its functionality. In terms of durability and efficiency in automatic assembly, it is not possible to compete with products using metal parts. That is, for example, in a fully synthetic resin slider in which the handle cover is attached to a protrusion on the upper wing of the fuselage, excessive stress is functionally applied to the spring, and the spring force of the spring tends to decrease during long-term use. In addition, since the load is received at a single mounting fulcrum of the pull handle cover, there are problems with strength, and when manufacturing sliders, for example, the molds for the body and pull cover are easily damaged, and the number of parts that can be produced from one mold is limited. This caused problems such as a decrease in

（考案の目的） 本考案の目的は、上記従来の合成樹脂製スライ
ダーの欠点をを改め、強度。機能及び耐久性並び
に組立能率を向上出来る構造設計を有する全ての
部品を合成樹脂材料に依り形成した自動停止装置
付のスライドフアスナー用のスライダーを提供す
る事に在る。(Purpose of the invention) The purpose of the invention is to overcome the drawbacks of the conventional synthetic resin slider and improve its strength. The purpose of the present invention is to provide a slider for a slide fastener with an automatic stop device, in which all parts are made of synthetic resin material and have a structural design that improves functionality, durability, and assembly efficiency.

（考案の構成） 以下図面に示した実施例に依つて本考案の構成
を説明する。第１図ａに於て、１は合成樹脂材料
例えばP.B.T、ポリアセタール等を用い射出成形
等に依つて形成したスライダーの胴体、２は其の
上翼、３は下翼、４は上下両翼２及び３のフラン
ジ、５は連結柱（ダイヤモンド）、６は上翼２の
上面、７は上面６から大きく***して上面６の中
央部のスライダーの前方部寄りに突設した立上
部、８は立上部７の両側のスライダーの前方部寄
りに凹設した一対の係合部、９は上翼２の上面６
のスライダーの前端に後記の嵌入部１０の両側に
対称的に隆設した一対の小さな係止突起、１０は
スライダーの前端から立上部７にかけて上翼２の
上面６から下翼３に達し連結柱５を穿設し、其の
スライダー前端を開口とした嵌入溝、１１は上翼
２の上面６の後口部中央に立上部７と対向して大
きく***して立設した立上突起で、後口側に第２
図及び第３図にも示す切欠１２を具備する。１３
は立上突起１１の一方の側面に接し上翼２の上面
６に穿設した自動停止装置として機能するスライ
ドフアスナーの隣接するエレメントとエレメント
間に押込んでスライダーを適宜の位置に停止させ
る後記のロツク爪１５を出入させるスリツトでス
ライダーの後口側に開口している。１４は胴体１
と別体に成形し撓弾性を有し且長年夫れが劣化し
ない合成樹脂材料例えばポリアセタール等を使用
し射出成形に依り形成し、内部を空処とし後口側
端面を開口２０（第１図ｂ参照）とした薄肉の引
手カバー、１５は引手カバー１４の一側下縁のス
ライダーの後口寄りに引手カバー１４と一体に形
成した自動停止の為のロツク爪、１６は引手カバ
ー１４の内壁のスライダーの前方部寄りに突設し
た一対の小さな突起、１７は引手カバー１４のス
ライダーの前方部寄りの端面を下方に一体に延長
して設けた前記嵌入溝１０に嵌入する嵌入片、１
８は其の上端部両側に一対具備した係止突起９と
の係止面、１９は引手カバ１４の両側の一部下縁
を切欠いた後記の引手２２の支軸２３を貫通させ
る一対の切欠孔、２２は胴体１、引手カバー１４
と別体に形成し合成樹脂材料に依り成形したスラ
イドフアスナーの使用に際しスライダーを操作す
る引手、２３は前記引手カバー１４の一対の切欠
孔１９を貫通する引手２２の支軸、２４は支軸２
３を引手カバー１４に貫通係止させ、且引手２２
を引手カバー１４に対し起伏自在に回動させる為
の貫孔、２５は第４図に示す嵌入片１７の先端に
設けた突止部、２６は上記突止部２５と係合する
為嵌入溝１０の底部に設けた係合溝である。以上
の部品構成から成る胴体１、引手２２、引手カバ
ー１４を組立て、一体とし全合成樹脂製のスライ
ダーとするには、先づ引手２２の支軸２３を胴体
１の上翼２の上面６の略々中央附近の立上部７と
立上突起１１との中間に、スライダーの前後方向
の中心軸線に対し直交して配置し、次に（第１図
ｂ参照）立上突起１１の切欠１２へ引手カバー１
４の開口２０の下部の底片２１を掛け止める様
に、立上突起１１へ開口２０を差し入れ乍ら胴体
１の嵌入溝１０に引手カバー１４の嵌入片１７を
嵌装し（尚第４図に示す場合は突出部２５を係合
溝２６に嵌着する。）立上部７の係止部８に引手
カバー１４の内壁に一対設けた突起１６を嵌め込
み、同時に前記支軸２３が引手カバー１４の一対
の切欠孔１９に貫通する様、尚且引手カバー１４
のスライダーの前方部側の端面に設けた一対の係
止面１８が胴体１の上翼２の上面６の前方端に小
さく***して一体に突設した一対の係止突起９と
対接する様引手カバー１４を胴体１に装着し、引
手カバー１４の下端周縁を胴体１の上翼２の上面
６に密着させる事に依つてスライダーの組立を完
了する。そして、本考案の各部品の構造は上記の
組立作業を自動組立機械に依つて高能率に実施す
るのに良く適合している。(Structure of the invention) The structure of the invention will be explained below with reference to embodiments shown in the drawings. In Fig. 1a, 1 is the body of the slider formed by injection molding using a synthetic resin material such as PBT or polyacetal, 2 is the upper wing, 3 is the lower wing, 4 is the upper and lower wings 2 and 3 is a flange, 5 is a connecting column (diamond), 6 is the upper surface of the upper wing 2, 7 is a raised part that is greatly raised from the upper surface 6 and protrudes toward the front of the slider in the center of the upper surface 6, and 8 is an upright part. A pair of engaging parts 9 are recessed near the front part of the slider on both sides of the upper part 7, and 9 is the upper surface 6 of the upper wing 2.
A pair of small locking protrusions are provided at the front end of the slider symmetrically on both sides of a fitting part 10 (described later), and 10 is a connecting column extending from the front end of the slider to the upright part 7 and reaching from the upper surface 6 of the upper wing 2 to the lower wing 3. 5 is a fitting groove with the front end of the slider being an opening, and 11 is a raised protrusion that is greatly raised and stands opposite the raised part 7 at the center of the rear mouth of the upper surface 6 of the upper wing 2; 2nd on posterior mouth side
A notch 12 shown in FIGS. 3 and 3 is provided. 13
is a lock (described later) which is pressed between adjacent elements of a slide fastener which is in contact with one side of the upright protrusion 11 and is bored in the upper surface 6 of the upper wing 2 and functions as an automatic stop device to stop the slider at an appropriate position. A slit through which the pawl 15 is moved in and out is open on the rear side of the slider. 14 is body 1
It is formed by injection molding using a synthetic resin material such as polyacetal which has flexibility and does not deteriorate over a long period of time, and is made with a hollow space inside and an opening 20 (see Fig. 1) at the end surface on the rear mouth side. 15 is a lock claw for automatic stop formed integrally with the pull cover 14 near the rear of the slider on the lower edge of one side of the pull cover 14; 16 is an inner wall of the pull cover 14; A pair of small protrusions protruding toward the front of the slider; 17 is a fitting piece that fits into the fitting groove 10 provided by integrally extending the end surface of the pull cover 14 near the front of the slider downward;
Reference numeral 8 denotes a locking surface with a pair of locking protrusions 9 provided on both sides of the upper end thereof, and 19 a pair of notched holes formed by cutting out a portion of the lower edge of both sides of the pull cover 14 through which the spindle 23 of the pull handle 22 (to be described later) passes through. , 22 is the body 1, the handle cover 14
23 is a spindle of the puller 22 that passes through the pair of notch holes 19 of the puller cover 14; 24 is the spindle 2;
3 is penetrated and locked to the handle cover 14, and the handle 22
25 is a projection provided at the tip of the fitting piece 17 shown in FIG. 4, and 26 is a fitting groove for engaging with the projection 25. 10 is an engagement groove provided at the bottom. In order to assemble the fuselage 1, the pull handle 22, and the handle cover 14, which are made up of the above-mentioned component configurations, into a single body to form a slider made entirely of synthetic resin, first attach the support shaft 23 of the pull handle 22 to the upper surface 6 of the upper wing 2 of the fuselage 1. It is arranged approximately in the middle between the upright part 7 and the upright protrusion 11 near the center, orthogonal to the center axis in the longitudinal direction of the slider, and then (see FIG. 1b) into the notch 12 of the upright protrusion 11. Pull cover 1
While inserting the opening 20 into the upright protrusion 11 so as to hook the bottom piece 21 at the bottom of the opening 20 of the body 1, the fitting piece 17 of the handle cover 14 is fitted into the fitting groove 10 of the body 1 (see Fig. 4). (If shown, the protrusion 25 is fitted into the engagement groove 26.) A pair of protrusions 16 provided on the inner wall of the handle cover 14 are fitted into the locking part 8 of the upright part 7, and at the same time the support shaft 23 is inserted into the engagement groove 26. The handle cover 14 is arranged so as to pass through the pair of notch holes 19 .
A pair of locking surfaces 18 provided on the front end face of the slider come into contact with a pair of locking protrusions 9 that are slightly raised and integrally provided at the front end of the upper surface 6 of the upper wing 2 of the fuselage 1. The assembly of the slider is completed by attaching the handle cover 14 to the fuselage 1 and bringing the lower edge of the handle cover 14 into close contact with the upper surface 6 of the upper wing 2 of the fuselage 1. Furthermore, the structure of each component of the present invention is well suited for carrying out the above-mentioned assembly work with high efficiency using an automatic assembly machine.

前記組立部品構成から成り、上記の工程に依り
組立てる本考案の全合成樹脂製スライダーに於け
る必須の構成要件は、上面６にスライダーの前方
部寄り両側に凹設した一対の係合部８を有する立
上部７、後口側に切欠１２を具備する立上突起１
１、一対の係止突起９を一体に隆設し且ロツク爪
１５の出入するスリツト１３を穿設した上翼２、
及び下翼３並びに此の両者を前方肩口部中央で連
結し上翼２の上面６から下翼３に達する嵌入溝１
０を有する連結柱５とから成る合成樹脂製の胴体
１と、此の胴体１の上記上翼２の上面６の立上部
７と立上突起１１との間にスライダーの前後方向
の中心軸線と直交して支軸２３を配置し且其の支
軸２３に近い貫孔２４が引手カバー１４の外側で
起伏自在に回動し得る様に配設した合成樹脂製の
引手２２と、突起１６を其の内壁のスライダーの
前方部寄りに配備し亦スライダーの前方部寄りの
端面を下方に一体に延長して設けた嵌入片１８と
し亦一側下縁のスライダーの後口寄りを一体に形
成したロツク爪１５とし亦引手２２の支軸２３を
貫通させる両側の一部下縁を切欠いた一対の切欠
孔１９とし亦後口側の端面を開口２０とし其の下
部を底片２１とした合成樹脂製で薄肉の引手カバ
ー１４とから成り、引手２２の支軸２３を前記の
様に配備した後、立上突起１１の切欠１２へ引手
カバー１４の開口２０の下部の底片２１を掛け止
める様に立上突起１１へ開口２２を差し入れ乍ら
胴体１の嵌入溝１０に引手カバー１４の嵌入片１
７を嵌装し引手カバー１４の内壁の前記突起１６
を立上部７の係合部８に係合させ且引手カバー１
４の一対の係止面１８を胴体１の上翼２の上面６
に隆設した一対の係止突起９に対設させ、亦引手
カバー１４と一体に設けたロツク爪１５を胴体１
の上翼２に穿設したスリツト１３に出入自在に臨
ませたスライドフアスナー用全合成樹脂製自動停
止装置付スライダーを特徴とする。 An essential component of the all-synthetic resin slider of the present invention, which is composed of the above-mentioned assembly parts and assembled by the above-mentioned steps, is that a pair of engaging portions 8 are provided on the top surface 6 on both sides of the slider near the front. a rising part 7 having a raised part 7; a rising projection 1 having a notch 12 on the rear mouth side;
1. An upper wing 2 having a pair of locking protrusions 9 integrally formed and having a slit 13 through which a locking pawl 15 enters and exits;
and a lower wing 3, and a fitting groove 1 that connects both at the center of the front shoulder and reaches from the upper surface 6 of the upper wing 2 to the lower wing 3.
A synthetic resin fuselage 1 consisting of a connecting column 5 having a diameter of A handle 22 made of synthetic resin and a protrusion 16 are arranged such that the support shaft 23 is orthogonal to each other and the through hole 24 close to the support shaft 23 can freely rotate on the outside of the pull cover 14. An inset piece 18 is provided near the front of the slider on the inner wall thereof, and an inset piece 18 is provided by integrally extending the end face near the front of the slider downward; It is made of synthetic resin and has a lock pawl 15, a pair of notched holes 19 with part of the lower edge cut out on both sides through which the support shaft 23 of the pull handle 22 passes, an opening 20 on the rear opening side, and a bottom piece 21 on the lower part. After the spindle 23 of the handle 22 is arranged as described above, it is raised so that the bottom piece 21 at the lower part of the opening 20 of the handle cover 14 is hooked to the notch 12 of the raised projection 11. While inserting the opening 22 into the projection 11, insert the fitting piece 1 of the handle cover 14 into the fitting groove 10 of the body 1.
7 and said protrusion 16 on the inner wall of the handle cover 14.
is engaged with the engaging part 8 of the rising part 7, and the handle cover 1 is
4 to the upper surface 6 of the upper wing 2 of the fuselage 1.
A lock pawl 15, which is provided opposite to a pair of protrusions 9 protruding from the body 1 and integrally with the handle cover 14, is attached to the body 1.
It is characterized by a fully synthetic resin slider with an automatic stop device for the slide fastener, which can freely enter and exit the slit 13 bored in the upper wing 2 of the slide fastener.

（考案の作用） 本考案は上記の構成を有するので、之をスライ
ドフアスナーのストリンガーに装着し、スライダ
ーの操作を行う場合、スライダーを停止している
状態では、第３図ａに示す様にロツク爪１５は図
示しないストリンガーテープに固着したフアスナ
ーエレメントの隣接するエレメントとエレメント
との間に押し込まれている事に依つてスライダー
の移動を自動的に停止している状態に置いてお
り、引手カバー１４の後口側上部が胴体１の上翼
２の立上突起１１の上面と接する事に依りロツク
爪１５の過度の押し込みを阻止し、亦引手２２に
は自重以外の外力は働かず切欠孔１９内で引手カ
バー１４に対し静置状態に在る。そしてスライダ
ーを移動する必要の生じた場合には、第３図ｂに
示す様に操作する者が引手２２を摘んで引手２２
を持上げると、引手２２は其の支軸２３に依つて
引手カバー１４の一対の切欠孔１９の縁に接触
し、此処を介して引手カバー１４に上方への引き
上げ力を働かせる。そして此の引き上げ力が引手
カバー１４を其の内壁に設けた突起１６と胴体１
の上翼２の上面６に***して設けた立上部７の両
側の係合部８との係合個処を支点として其の形成
材料である合成樹脂の撓弾性に依つて良く撓み屈
曲して引手カバー１４の後口側を胴体１の上翼２
の上面６との密着から引き離して引手２２のの支
軸２３と共に斜め方向に持上げ引き起す事と成
り、其の斜め上方への引き起しと共にロツク爪１
５も上方へ上つてスリツト１３に入り、フアスナ
ーエレメント間への押し込み状態から抜け出てス
ライダーを停止状態から移動可能な状態に推移さ
せる。そして此の状態に在る時引手カバー１４の
一対の係止面１８は胴体１の上翼２の上面６に隆
設した一対の係止突起９と当接して引手カバー１
４の過度の屈曲を阻止している。スライダーの移
動を終り、引手２１に作用していた引き起し力と
移動力が消失すれば引手カバー１４は嵌入片１７
の部分の合成樹脂の撓弾性に依つて元の前記上面
６との密着位置に戻り、従つてロツク爪１５も元
のロツク状態に自動的に復帰しスライダーは先の
移動停止をした位置に於て自動停止状態を保持す
る事に成る。(Operation of the invention) Since the present invention has the above-mentioned configuration, when it is attached to the stringer of a slide fastener and the slider is operated, when the slider is stopped, the lock is locked as shown in Fig. 3a. The claw 15 is placed in a state in which the movement of the slider is automatically stopped by being pushed between adjacent elements of the fastener element fixed to a stringer tape (not shown), and the movement of the slider is automatically stopped. By making contact with the upper surface of the rising protrusion 11 of the upper wing 2 of the fuselage 1, the upper portion of the rear mouth side prevents the lock pawl 15 from being pushed in excessively, and no external force other than its own weight acts on the handle 22, and the cutout hole 19 It is in a stationary state with respect to the handle cover 14 inside. When it becomes necessary to move the slider, the operator grasps the handle 22 as shown in FIG. 3b.
When the handle 22 is lifted up, the handle 22 contacts the edges of the pair of notches 19 in the handle cover 14 via its support shaft 23, and exerts an upward pulling force on the handle cover 14 through these points. This lifting force causes the pull cover 14 to be moved between the protrusion 16 provided on its inner wall and the body 1.
The upper wing 2 is flexed and bent well by the flexible elasticity of the synthetic resin that is the material forming it, using the engagement parts 8 on both sides of the upright part 7 provided protrudingly on the upper surface 6 of the upper wing 2 as fulcrum points. and attach the rear port side of the handle cover 14 to the upper wing 2 of the fuselage 1.
The handle 22 is separated from its close contact with the upper surface 6 and is lifted up in an oblique direction together with the support shaft 23 of the handle 22. As the handle 22 is pulled up diagonally upward, the lock claw 1 is pulled up.
5 also rises upward and enters the slit 13, coming out of the pressed state between the fastener elements and transitioning the slider from the stopped state to the movable state. In this state, the pair of locking surfaces 18 of the handle cover 14 come into contact with the pair of locking protrusions 9 protruding from the upper surface 6 of the upper wing 2 of the fuselage 1, and the pull cover 1
4 from excessive bending. When the slider finishes moving and the pulling force and moving force acting on the pull handle 21 disappear, the pull cover 14 is removed from the fitting piece 17.
Due to the elasticity of the synthetic resin at the part, the slider returns to its original position in close contact with the upper surface 6, and accordingly, the lock pawl 15 automatically returns to its original locked state, and the slider returns to the position where it previously stopped moving. The automatic stop state will be maintained.

（考案の効果） 本考案は上記の構成及び作用を具備しているの
で、スライドフアスナーのスライダーとしての機
能としては、引手２２の操作に依るロツク爪１５
のフアスナーエレメントに対するスリツト１３か
らの出入動作に際して引手カバー１４の立上部７
の係合部８の位置に於ける引手カバー１４の引き
起し及び復帰作用を司る嵌入片１７の撓弾性に依
るばね力が、其の形成材料である例えばポリアセ
タール等の合成樹脂材料の持つ永続性に勝る撓弾
性と共に嵌入片１７及び胴体１の上翼２の上面６
に設けた一対の係止面１８との接合とに依つて規
制されるので、其の動作が確実に為されると同時
に強固であつて、然も永年の使用に耐えばね力の
劣化を招く事の少い様、係合部８及び接合部に依
り上記規制が保持され過度の屈曲作用の働く恐れ
が無い為の保護的装置をも形成している。亦生産
上の観点から見た場合にも、スライダーの胴体１
の上翼２の上面６の立上部７と立上突起１１との
間に引手２２を載置し、引手カバー１４の開口２
０の底片２１を立上突起１１の切欠１２に掛け止
める様にし乍ら開口２０を立上突起１１へ差し入
れ、引手カバー１４で覆う様に挿し被せ乍ら其の
反対側の嵌入片１７を嵌入溝１０に嵌入させて引
手カバー１４の内壁の突起１６を立上部７の係合
部８に係合すれば、スライダーの組立が完了する
ので、組立作業が容易で確実であつてその構成は
自動組立機械に依る高能率のスライダー生産に特
に適合している。そして組立後引手カバー１４の
開口２０の底片２１が、立上突起１１の切欠１２
と緩く係合し、亦引手カバー１４の内壁両側の一
対の突起１６が胴体１の上翼２の上面６の立上部
７の係合部８と係合し、且引手カバー１４の前方
端の一対の係止面１８が、上記仝様の上面６の前
方端に隆設した小さい係止突起９に依つて係止さ
れているので、引手２２を強く引き上げて自動停
止装置としての引手カバー１４と一体のロツク爪
１５を操作する事を反復しても、操作中に引手カ
バー１４が胴体１から外れて抜け出す様な支障の
発生する事態を起す事が無い等種々の点で優れた
機能を具備したスライダーである。(Effects of the invention) Since the present invention has the above-mentioned structure and function, the function of the slide fastener as a slider is that the locking pawl 15 is activated by the operation of the handle 22.
When moving in and out of the slit 13 with respect to the fastener element, the raised part 7 of the handle cover 14
The spring force due to the elasticity of the fitting piece 17 that controls the pulling and returning actions of the pull cover 14 at the position of the engaging portion 8 of The fitting piece 17 and the upper surface 6 of the upper wing 2 of the fuselage 1 have superior elasticity.
Since it is regulated by the connection with a pair of locking surfaces 18 provided in In a rare case, the engaging portion 8 and the joint portion also form a protective device to maintain the above-mentioned restriction and prevent excessive bending action from occurring. Also from a production point of view, the slider body 1
A handle 22 is placed between the raised portion 7 of the upper surface 6 of the upper wing 2 and the raised projection 11, and the opening 2 of the handle cover 14 is
While hooking the bottom piece 21 of 0 to the notch 12 of the rising projection 11, insert the opening 20 into the rising projection 11, insert it so as to cover it with the handle cover 14, and fit the fitting piece 17 on the opposite side. Assembling the slider is completed by fitting it into the groove 10 and engaging the protrusion 16 on the inner wall of the handle cover 14 with the engaging part 8 of the rising part 7. Therefore, the assembly work is easy and reliable, and the construction is automatic. It is particularly suitable for high-efficiency slider production using assembly machines. After assembly, the bottom piece 21 of the opening 20 of the handle cover 14 is connected to the notch 12 of the upright protrusion 11.
The pair of protrusions 16 on both sides of the inner wall of the pull cover 14 engage with the engaging portion 8 of the upright part 7 of the upper surface 6 of the upper wing 2 of the fuselage 1, and the front end of the pull cover 14 Since the pair of locking surfaces 18 are locked by the small locking protrusions 9 protruding from the front end of the upper surface 6, the pull handle 22 can be strongly pulled up to stop the pull cover 14 as an automatic stop device. Even if the lock pawl 15 integrated with the body 1 is repeatedly operated, the handle cover 14 does not come off from the body 1 during operation, which is a troublesome situation. It is a slider equipped with

【図面の簡単な説明】[Brief explanation of drawings]

第１図ａは、本考案実施例の分解斜視図、第１
図ｂは、一部を省略した組立状態を示す斜視図、
第２図は、前後方向に於ける引手の一部を欠く縦
断面図、第３図ａは、停止状態に於ける引手の一
部を欠く側面図、第３図ｂは、引手を上げロツク
爪を引き上げた状態に於ける引手の一部を欠く側
面図、第４図は、第１図乃至第３図と異る本考案
実施例の引手の一部を欠く分解斜視図である。 図の主要な部分を表わす符号の説明、１……胴
体、２……上翼、６……（上翼２の）上面、７…
…立上部、８……（立上部７の）係合部、９……
係合突起、１０……嵌入溝、１１……立上突起、
１２……切欠、１３……スリツト、１４……引手
カバー、１５……ロツク爪、１６……（引手カバ
ー１４の内壁の）突起、１７……嵌入片、１８…
…（引手カバー１４前面の）係止面、１９……切
欠孔、２０……（引手カバー１４後端の）開口、
２１……（開口２０下部の）底片、２２……引
手、２３……（引手２２の）支軸、２４……（仝
じく）貫孔。 Figure 1a is an exploded perspective view of the embodiment of the present invention;
Figure b is a perspective view showing an assembled state with some parts omitted;
Figure 2 is a vertical sectional view with part of the handle removed in the front-rear direction, Figure 3a is a side view with part of the handle removed in the stopped state, and Figure 3b is a side view of the handle when the handle is raised and locked. FIG. 4 is a partially cut-away side view of the handle in a state where the claw is pulled up, and FIG. 4 is an exploded perspective view of the handle of the embodiment of the present invention, which is different from FIGS. 1 to 3. Explanation of the symbols representing the main parts of the figure: 1... fuselage, 2... upper wing, 6... upper surface (of upper wing 2), 7...
...Rise part, 8... Engagement part (of rise part 7), 9...
Engagement protrusion, 10... Insertion groove, 11... Upright protrusion,
12...notch, 13...slit, 14...handle cover, 15...lock claw, 16...protrusion (on the inner wall of the handle cover 14), 17...fitting piece, 18...
...Latching surface (on the front of the handle cover 14), 19...notch hole, 20...opening (on the rear end of the handle cover 14),
21...Bottom piece (at the bottom of the opening 20), 22...Holder, 23...Spindle (of the puller 22), 24...(Full) through hole.

Claims (1)

【実用新案登録請求の範囲】[Scope of utility model registration request] 上面６にスライダーの前方部寄り両側に凹設し
た一対の係合部８を有する立上部７、後口側に切
欠１２を具備する立上突起１１、一対の係止突起
９を一体に隆設し且ロツク爪１５の出入するスリ
ツト１３を穿設した上翼２、及び下翼３並びに此
の両者を前方肩口部中央で連結し上翼２の上面６
から下翼３に達する嵌入溝１０を有する連結柱５
とから成る合成樹脂製の胴体１と、此の胴体１の
上記上翼２の上面６の立上部７と立上突起１１と
の間にスライダーの前後方向の中心軸線と直交し
て支軸２３を配置し且其の支軸２３に近い貫孔２
４が引手カバー１４の外側で起伏自在に回動し得
る様に配設した合成樹脂製の引手２２と、突起１
６を其の内壁のスライダーの前方部寄りに配備し
亦スライダーの前方部寄りの端面を下方に一体に
延長して設けた嵌入片１７とし亦一側下縁のスラ
イダーの後口寄りを一体に形成したロツク爪１５
とし亦引手２２の支軸２３を貫通させる両側の一
部下縁を切欠いた一対の切欠孔１９とし亦後口側
の端面を開口２０とし其の下部を底片２１とした
合成樹脂製で薄肉の引手カバー１４とから成り、
引手２２の支軸２３を前記の様に配備した後立上
突起１１の切欠１２へ引手カバー１４の開口２０
の下部の底片２１を掛け止める様に立上突起１１
へ開口２０を差入れ乍ら胴体１の嵌入溝１０に引
手カバー１４の嵌入片１７を嵌装し引手カバー１
４の内壁の前記突起１６を立上部７の係合部８に
係合させ且引手カバー１４の一対の係止面１８を
胴体１の上翼２の上面６に隆設した一対の係止突
起９に対設させ、亦引手カバー１４と一体に設け
たロツク爪１５を胴体１の上翼２に穿設したスリ
ツト１３に出入自在に臨ませたスライドフアスナ
ー用全合成樹脂製自動停止装置付スライダー。 A raised part 7 having a pair of engaging parts 8 recessed on both sides near the front of the slider on the upper surface 6, a raised protrusion 11 having a notch 12 on the rear mouth side, and a pair of locking protrusions 9 are integrally raised. The upper wing 2 has a slit 13 through which the lock pawl 15 enters and exits, and the lower wing 3, and the upper surface 6 of the upper wing 2 connects these two at the center of the front shoulder.
A connecting column 5 having a fitting groove 10 that reaches the lower wing 3 from
A support shaft 23 is provided perpendicularly to the central axis of the slider in the longitudinal direction between the upright portion 7 of the upper surface 6 of the upper wing 2 of the fuselage 1 and the upright protrusion 11. and the through hole 2 near the support shaft 23
A handle 22 made of synthetic resin is arranged so that the handle 4 can freely rotate on the outside of the handle cover 14, and a protrusion 1
6 is disposed on the inner wall near the front part of the slider, and an inset piece 17 is provided by integrally extending the end face near the front part of the slider downward; Formed lock claw 15
A thin-walled handle made of synthetic resin with a pair of notched holes 19 partially cut out at the lower edges on both sides through which the support shaft 23 of the pull handle 22 passes, an opening 20 at the end on the rear opening side, and a bottom piece 21 at its lower part. It consists of a cover 14,
After the support shaft 23 of the handle 22 is arranged as described above, the opening 20 of the handle cover 14 is inserted into the notch 12 of the upright projection 11.
The rising protrusion 11 holds the bottom piece 21 at the bottom of the
While inserting the opening 20 into the body 1, fit the fitting piece 17 of the handle cover 14 into the fitting groove 10 of the body 1.
A pair of locking projections that engage the projections 16 on the inner wall of the fuselage 1 with the engaging portions 8 of the upright portion 7, and a pair of locking surfaces 18 of the handle cover 14 are raised on the upper surface 6 of the upper wing 2 of the fuselage 1. A slider with an automatic stop device made entirely of synthetic resin for a slide fastener, in which a locking pawl 15 provided integrally with a handle cover 14 faces a slit 13 drilled in an upper wing 2 of a fuselage 1 so as to be freely accessible. .