200812518 九、發明說明： 【發明所屬之技術領域】 本發明係關於在安裝於拉鍊之滑件之拉柄上内裝發光裝 置，藉由拉柄振動可使拉柄發光之拉鍊用滑件之拉柄。 【先前技術】 以往，在拉鍊之滑件之拉柄中，如圖4所示，已知有可 在發光盤上連接積體電路而配設複數個發光二極體，將藉 開關之作用使收容在連結於此發光盤之電池槽之電池與積 體電路連接之發光二極體發光之発光盤收容於拉鍊之滑件 之拉柄而使其發光之拉柄。 [專利文獻1]台灣M271443號專利公報 [發明所欲解決之問題] 安裝有前項所述之圖4所示之拉鍊之滑件之發光盤之拉 柄由於係對配設積體電路、發光二極體、開關之發光盤， 螺合蓋而將内裝電池之電池槽連結於此發光盤，故為更換 電池’必須由拉柄主體拆下發光盤本身以更換電池，故電 池之更換相當麻煩。又，為使發光二極體發光，必須逐一 操作開關，故有發光操作極為麻煩等之問題點。 本發明係考慮到上述問題而發明者，本發明中請求項1 所載之發明之主要目的在於提供下列之拉鍊用滑件之拉 柄，其係由蓋體、殼體及設有收容此之收容部之拉柄主體 形成滑件之拉柄，在頂部具有透明部之蓋體内部安裝發光 二極體（LED)、振動感應器及積體電路（IC)，在殼體内部 固定電池’卡合蓋體與殼體，發光二極體之發光係可藉内 H8537.doc 200812518 裝之振動感應器感知振動，使積體電路起作用，並自動地 發光者。 請求項2、3、4及5所載之發明之目的在於除了請求項i 所載之發明之目的以外，分別提供下列之拉鍊用滑件之拉 柄，其係可在蓋體簡易地配備發光二極體、積體電路及振 動感應器，將蓋體與殼體形成可有效地嵌合脫離，可容易 在盍體保持原狀下更換電池，且容易在蓋體與殼體間安裝 襯墊，以確保水密性，並可簡易地將拉柄安裝於滑件者。 【發明内容】 為達成前述之目的，本發明中請求項丨所載之發明之拉 鍊用滑件之拉柄之主要構成在於：滑件丨之拉柄6係由拉柄 主體7、蓋體18及殼體13所形成，蓋體18係在頂部19設有 可透視蓋體18内部之透明部23，並配置電性連接於該蓋體 18内部之發光二極體（LED)31、積體電路（IC)32、及振動 感應器33，在可與蓋體18卡合脫離之殼體13之内部收容電 池37，振動感應器33設有可與電池37接觸之接點％，卡合 蓋體18與殼體13而收容於設在拉柄主體7之收容部1〇，蓋 體18之頂部19由拉柄主體7之收容部10露出而發光二極體 3 1之發光係通過透明部23形成為可視。 請求項2所載之發明之拉鍊用滑件之拉柄係在除了請求 項1所載之發明之構成以外，在蓋體18内部於上下隔著間 隔將上面板28與下面板29設成對向狀，在上面板28之下面 固定發光二極體31，在下面板29之上面即在與上面板28之 對向面侧固定積體電路32與振動感應器33，在與電池37之 118537.doc 200812518 對向面侧配置與振動感應器33連結之可搖動之接點％。 請求項3所載之發明之拉鍊用滑件之拉柄係在除了請求 項1所載之發明之構成以外，在拉柄主體7之表面侧設凹狀 之收容部10，在該收容部1〇不能脫離地卡止殼體13，殼體 13形成具有收容電持37之凹狀之底部14，並將蓋體18形成 為可由拉柄主體7之收容部1 〇脫離。 請求項4所載之發明之拉鍊用滑件之拉柄係在除了請求 項1所載之發明之構成以外，蓋體18係由在外周面設有卡 合部21之筒部20所形成，殻體13係由可插入蓋體^之筒部 20之筒部15所形成，在該筒部15之内周面設有可與蓋體^ 之卡合部21卡合之卡合部16。 請求項5所載之發明之拉鍊用滑件之拉柄係在除了請求 項1所載之發明之構成以外，在蓋體1 8之筒部20之基部 24，安裝沿著筒部20之周圍配設之連續之環狀之襯墊％， 在蓋體18與殼體π卡合時，襯墊26係形成為可壓接於蓋體 18與殼體13及收容部1〇之緣部u。 [發明之效果] 作為本案申請之發明之效果，請求項1所載之發明，蓋 體係在頂部設有可透視蓋體内部之透明部，並配置電性連 接於該蓋體内部之發光二極體、積體電路、及振動感應 器’在可與蓋體卡合脫離之殼體之内部收容電池，振動感 應器具有可與電池接觸之接點，卡合蓋體與殼體而收容於 设在拉柄主體之收容部，蓋體之頂部由拉柄主體之收容部 露出而發光二極體之發光係通過透明部形成為可視·，藉此 118537.doc 200812518 可將發光二極體、積體電路、及振動感應器等構件配置於 蓋體内部，故在解除蓋體與殼體之卡合，由拉柄主體拆下 蓋體時，可與蓋體一起由拉柄主體拆下上述構件等，可容 易執行在收容於殼體内之電池之更換作業而不用花費時 間。 由於在盍體内部配置發光二極體、積體電路、及振動感 應器等構件，故上述構件等在更換電池時，即使由拉柄主 瞻體之收容部内被取出，也可藉蓋體加以保護而不會與其他 物品相碰而發生破損。 在1體内部配置作為發光機構之發光二極體、積體電 路、及振動感應器等構件，此等構件即使在周圍被蓋體所 包覆’也具有可通過設於蓋體之透明部而可視在蓋體内部 之發光之效果。 請求項2所載之發明係在除了請求項1所載之發明之效果 以外，在蓋體内部於上下隔著間隔對向地配置上面板與下 面板，在上面板固定發光二極體，下面板係在與上面板之 對向面側固定積體電路與振動感應器，在與電池之對向面 側配置與振動感應器連結之接點，藉此，在蓋體内部，發 光二極體、積體電路、振動感應器及連接於振動感應器之 接點可穩定地被固定於蓋體，具有可確實執行由透明部之 發光二極體之發光之可視、及接點對電池之接觸之效果。 請求項3所載之發明係在除了請求項1所載之發明之效果 以外’在拉柄主體之表面側凹設收容部，在該收容部不能 脫離地卡止殼體，殼體具有收容電池之凹狀之底部，並將 118537.doc -10- 200812518 蓋體形成可由拉相— 固定於μ 部脫離，藉此，由於殼體被 固疋於拉柄主髀， 叹 體拆下… 由與殼體之卡合解除蓋體，由拉柄主 體拆下息體化，殼體 ψ ㈢邊在拉柄主體，使電池由殼體之凹 。：、 ，、有容易進行電池之更換之效果。 乂 Π所载之發明係在除了請求項1所載之發明之效果 :外體具有在外周面設有卡合部之筒部，般體具有可200812518 IX. Description of the Invention: [Technical Field] The present invention relates to a light-emitting device mounted on a handle of a slider attached to a zipper, which can be pulled by a slider by a vibration of a handle handle. [Prior Art] Conventionally, as shown in FIG. 4, in the handle of the slider of the zipper, it is known that a plurality of light-emitting diodes can be disposed by connecting an integrated circuit to the illuminating disk, and the function of the switch is The optical disk in which the battery connected to the battery cell of the illuminating disk is connected to the integrated circuit, and the optical disk is housed in the handle of the slider of the zipper to emit light. [Patent Document 1] Taiwan Patent No. M271443 [Problem to be Solved by the Invention] The handle of the illuminating disk on which the slider of the zipper shown in Fig. 4 described in the above paragraph is attached is provided with the integrated circuit and the light-emitting diode The illuminating disc of the pole body and the switch, and the battery slot of the built-in battery are screwed to the illuminating disc, so in order to replace the battery, the illuminating disc itself must be removed by the main body of the handle to replace the battery, so the replacement of the battery is quite troublesome. . Further, in order to cause the light-emitting diodes to emit light, it is necessary to operate the switches one by one, so that there is a problem that the light-emitting operation is extremely troublesome. The present invention has been made in view of the above problems, and the main object of the invention recited in claim 1 is to provide a handle for a slider for a zipper, which is provided by a cover, a housing, and a housing. The handle body of the accommodating portion forms a handle of the sliding member, and a light-emitting diode (LED), a vibration sensor and an integrated circuit (IC) are mounted inside the cover body having a transparent portion at the top, and the battery 'card is fixed inside the housing The cover body and the housing, and the illumination system of the light-emitting diode can be sensed by the vibration sensor installed in H8537.doc 200812518, so that the integrated circuit acts and automatically emits light. The inventions of claims 2, 3, 4 and 5 are intended to provide, in addition to the object of the invention contained in claim i, the following handles for the slide fasteners, which are easily provided with illumination in the cover The diode body, the integrated circuit and the vibration sensor form the cover body and the housing to be effectively fitted and detached, and the battery can be easily replaced while the body is kept in the original state, and the gasket is easily installed between the cover body and the housing. To ensure water tightness, the handle can be easily attached to the slider. SUMMARY OF THE INVENTION In order to achieve the foregoing object, the main structure of the slider for a slide fastener for a zipper of the invention recited in the present invention is as follows: the handle 6 of the slider is a handle body 7 and a cover 18 The cover body 18 is formed on the top portion 19 and is provided with a transparent portion 23 which can be seen through the inside of the cover body 18, and is provided with a light-emitting diode (LED) 31 electrically connected to the inside of the cover body 18, and an integrated body. The circuit (IC) 32 and the vibration sensor 33 house the battery 37 inside the casing 13 that can be engaged with the cover 18, and the vibration sensor 33 is provided with a contact point that can be in contact with the battery 37, and the snap cover is provided. The body 18 and the casing 13 are housed in the accommodating portion 1 provided in the handle body 7. The top portion 19 of the lid body 18 is exposed by the accommodating portion 10 of the shank main body 7, and the illuminating portion of the illuminating diode 3 1 passes through the transparent portion. 23 is formed to be visible. The zipper slider of the invention of claim 2 is attached to the upper panel 28 and the lower panel 29 at intervals between the upper and lower sides of the lid body 18 except for the configuration of the invention contained in claim 1. The light-emitting diode 31 is fixed on the lower surface of the upper panel 28, and the integrated circuit 32 and the vibration sensor 33 are fixed on the upper surface of the lower panel 29, that is, on the opposite side of the upper panel 28, and 118537 with the battery 37. Doc 200812518 The rocking joint % connected to the vibration sensor 33 is arranged on the facing side. The zipper slider of the invention according to claim 3 is provided with a concave accommodating portion 10 on the surface side of the handle main body 7 in addition to the configuration of the invention as set forth in claim 1, in which the accommodating portion 1 is provided The casing 13 is not detachable from the ground, and the casing 13 is formed with a bottom portion 14 having a concave shape for accommodating the electric holder 37, and the lid body 18 is formed to be detachable from the accommodating portion 1 of the shank main body 7. The handle of the slide fastener for a zipper of the invention of the invention of claim 4 is formed by the tubular portion 20 having the engaging portion 21 on the outer peripheral surface, in addition to the configuration of the invention as set forth in claim 1. The casing 13 is formed by a tubular portion 15 into which the tubular portion 20 of the lid body 20 can be inserted, and an inner peripheral surface of the tubular portion 15 is provided with an engaging portion 16 engageable with the engaging portion 21 of the lid body. The handle of the slide fastener for a zipper of the invention of claim 5 is attached to the base portion 24 of the tubular portion 20 of the cover body 18 along the circumference of the tubular portion 20 in addition to the configuration of the invention contained in claim 1. The continuous annular spacer % is disposed, and when the cover 18 is engaged with the housing π, the spacer 26 is formed to be crimpably attached to the edge of the cover 18 and the housing 13 and the housing portion 1 . [Effects of the Invention] As an effect of the invention of the present application, in the invention of claim 1, the cover system is provided with a transparent portion at the top of the cover body and a light-emitting diode electrically connected to the inside of the cover body. The body, the integrated circuit, and the vibration sensor accommodate the battery inside the casing that can be engaged with the cover body, and the vibration sensor has a contact point that can be in contact with the battery, and the cover body and the case are accommodated and housed therein. In the accommodating portion of the handle body, the top of the cover body is exposed by the accommodating portion of the handle body, and the light-emitting diode of the light-emitting diode is formed to be visible through the transparent portion, whereby the light-emitting diode can be formed by 118537.doc 200812518 The member circuit and the vibration sensor are disposed inside the cover. Therefore, when the cover body and the case are released from each other and the cover body is removed by the handle body, the member can be removed from the handle body together with the cover body. Etc., it is easy to perform the replacement work of the battery housed in the casing without taking time. Since a member such as a light-emitting diode, an integrated circuit, and a vibration sensor is disposed inside the body, when the battery is replaced, the member or the like can be removed by the cover even if it is taken out from the housing portion of the handle body. Protected from damage caused by collision with other items. A member such as a light-emitting diode, an integrated circuit, and a vibration sensor as a light-emitting means is disposed inside the first body, and these members are provided in the transparent portion of the cover even if they are covered by the cover. It can be seen as the effect of the light inside the cover. According to the invention of claim 2, in addition to the effect of the invention of claim 1, the upper panel and the lower panel are disposed opposite to each other at intervals above and below the cover, and the light-emitting diode is fixed to the upper panel. The panel is fixed to the opposing surface of the upper panel and the vibration sensor, and the contact point with the vibration sensor is disposed on the opposite side of the battery, whereby the LED is inside the cover. The integrated circuit, the vibration sensor, and the contact connected to the vibration sensor are stably fixed to the cover body, and have the visibility of the light emission of the light-emitting diode of the transparent portion and the contact of the contact with the battery. The effect. According to the invention of claim 3, in addition to the effect of the invention of claim 1, "the accommodating portion is recessed on the surface side of the handle body, and the housing is not detachable from the accommodating portion, and the housing has a battery. The concave bottom, and the 118537.doc -10- 200812518 cover body can be pulled out by the pull phase - fixed to the μ part, whereby the shell is fixed to the main handle of the handle, and the sigh body is removed... The engagement of the housing releases the cover body, and the handle body is removed by the handle body. The housing ψ (3) is pulled on the handle body to make the battery concave from the housing. :, ,, has the effect of easy battery replacement. The invention contained in the 系 系 is in addition to the effect of the invention contained in claim 1 : the outer body has a tubular portion having an engaging portion on the outer peripheral surface, and the body has an
插入盍體之筒邱夕M W ^ °同邛，在該筒部之内周面設有可與蓋體 :人α邛卡合之卡合部’藉此’可容易施行蓋體與殼體之 ^ 盍燈，、双體之卡合態勢穩定，在卡 、。下/、有可穩定地保持蓋冑，以確實施行接點與電 池之接觸之效果。 、，、+斤載之么明係在除了請求項1所載之發明之效果 t外’在盍體之筒部之基部，安裝沿著筒部之周圍連續之 衣狀之襯t·，在卡合蓋體與殼料，將襯㈣接於蓋體與 殼體及收容部之緣部’藉此’在清洗安裝有拉柄之物品之 情形’即使不由拉柄主體拆下蓋體與殼體，也具有可確實 防止水進人蓋體與殼體之内部之效果等，可知本發明所發 揮之效果極為顯著。 【實施方式】 本發明之拉鍊用滑件之拉柄如圖W所示…端侧設有 安裝於滑件i之塊體3之安裝部4用之安裝環8,他端侧設有 可用手指捏著操作之拉柄主體7。拉柄主體7凹設有表面開 口之收容部.將殼體13或在殼體的合蓋體邮收容於 此收容部H)。殻體13及蓋體18均由金屬製成，蓋體18形成 118537.doc -11- 200812518 有頂邛19、及與此頂部19 一體成形而形成圓筒狀之筒部 20，在頂部19配設透明之透明部23，通過透明部可透視 蓋體18之内部，即筒部20之内部。在筒部2〇之外周面形成 刻有公螺紋之卡合部21，可與殼體13之卡合部16卡合。在 凹凸狀之粗面形成頂部19之外周面，作為可用手指捏著蓋 體18而操作時之操作部分。在此粗面與公螺紋之卡合部以 之間配設有筒部20之基部24，將基部24之外周面形成平坦 之平坦面25，形成為在此平坦面25上安裝環狀之襯墊％。 在蓋體18之内部，於面臨頂部19之部分插入上面板28， 在筒部20之下端插入固定下面板29。上面板。與下面板⑺ 係隔著間隔平行地配設於上下方向，在上面板28與下面板 29間之玉間製作可收容發光二極體3〗、積體電路32、振動 感應器33之收容空間。在上方之上面板28之下面中央固定 發光二極體31，在下方之下面板29之上面，即在與上面板 28之下面對向之面固定積體電路32與振動感應器33。以軟 線34等連接積體電路32與振動感應器33，並以軟線連接積 體電路32與發光二極體31，電性連接成可使電流流至各構 件。又，在在振動感應器33之下面，連結可振動或搖動之 振動線35而使其顯現於下面板29之外侧，在此振動線”之 前端設有接點36。 殼體13具有凹狀之底部14，由底部“向上方形成圓筒狀 之筒部15，此筒部15形成比蓋體18之筒部20更大徑，在其 内周面刻有母螺紋而形成卡合部16，且形成為可與蓋體18 之卡合部21卡合。扁平狀之電池37内裝於殼體13之底部 118537.doc -12- 200812518 14,與蓋體18卡合時，形成為可與藉由上方顯現之振動而 振動之振動線35之接點36相接觸。又，殼體13係被收容於 凹設在拉柄主體7之表面狀收容部1()，㈣為可卡止成 不能由收容部10脫離。 對卡止於拉柄主體7之殼體13,由上方螺合蓋體18，利 用收容部10之内周面之緣部]^、殼體13之筒部15之上端、 形成於盍體18之筒部20之基部24之平坦面25壓接夾持襯墊 26，以保持蓋體18與殼體13卡合之内部之水密性。希望更 換配設於殼體13之底部14之電池37時，可藉手持著蓋體18 之粗面而旋轉，使其脫離殼體13而由殼體13取出電池37而 加以更換。 振動感應器3 3係感知振動而變換成電氣信號之感應器， 具有輸出所檢出之振動作為電荷之型式與輸出作為電壓之 型式。本發明中實施之振動感應器33係檢出振動而輸出電 壓之型式’藉此’電池37將電流供應至振動感應器33，使 電流流至與振動感應器3 3電性連接之積體電路3 2與發光二 極體31，依據記憶於積體電路32之程式使發光二極體31發 光。 在蓋體18與殼體13卡合之狀態下，電池37與振動感應器 33之接點36通常處於離開狀態，當振動施加至拉柄6時， 電池37會與振動感應器33之接點36接觸，此時，供應電流 會由電池37供應至振動感應器33，此電流會蓄積於振動感 應器33内之電容器。即使電池37與接點36再分離，所蓄積 之電流也會流向積體電路32與發光二極體3 1，使發光二極 118537.doc •13· 200812518 體3 1發光。 拉柄之使用型癌如下：即，在螺合蓋體18與殼體13而將 拉柄6之女裝環8女裝於收容於拉柄主體7之收容部i 〇之拉 柄6對設於滑件1之塊體3之安裝部4後使用於衣服等上，施 订k跑等動作時，拉柄6會振動而使配設在振動感應器^ 之下面之振動線35之接點％接觸於電池37，其結果，藉積 體電路32使發光二極體31閃爍，此閃燦可經由蓋體18之透 明部23由外側加以透視。又，即使清洗衣服，也由於蓋體 18與殼體13間配設有襯墊26，故可防止水分侵入筒部15、 20内。 [實施例1] 圖1〜3所示之實施例1之拉鍊用滑件之拉柄係如前項所說 明’滑件1之拉柄6係由拉柄主體7、蓋體18、殼體13所形 成’蓋體18及殼體13均由金屬製成而形成分別卡合時可通 電。拉柄主體7如圖1所示，利用熱可塑性樹脂將安裝於設 於滑件1之塊體3之安裝部4用之安裝環8，與拉柄主體7 — 體成形地設於一方側’在拉柄主體7之他方側成形可收容 殼體13之平面圓形之凹窩狀之收容部1〇，此收容部1〇向拉 柄主體7之表面側開口。蓋體18係由圓板狀之頂部丨9、一 體成形於此頂部19下面之圓筒狀之筒部2〇所形成，頂部19 成為筒部20之頂板。 在蓋體18，於金屬製之蓋體18之頂部19配設熱可塑性樹 脂成形之透明板而形成透明部23，可由頂部19經由透明部 23透視筒部20之内部。透明部23設有在上下方向貫通蓋體 118537.doc •14· 200812518 之頂邛19之貝通孔，在此貫通孔中嵌入形成透明板，透 明板係藉接著劑接著於貫通孔之内周面。或者，也可以塞 住貝通孔之開口方式，在蓋體18之頂部19添加固定環氧樹 脂而形成透明部23。在筒部2G之外周面形成刻有公螺紋之 卡口邰21 ’將頂部19之外周面形成凹凸狀之粗面以作為用 手指捏著時之止滑用，並形成為可容易執行蓋體18之轉動 刼作。在此粗面與公螺紋之卡合部21之上緣之間如圖2所 不，形成平坦之平坦面25，並形成可將環狀之襯墊26安裝 於此平坦面25。又，拉柄主體7也可由金屬製成。 盍體18之内部如圖2所示，在筒部2〇之内部，將透明之 熱可塑性樹脂成形之上面板28插入筒部2〇之上端，即面臨 頂部19之部分，將熱可塑性樹脂成形之下面板29插入筒部 20之下端而以接著劑等加以固定。上方之上面板28之下面 中央以接著劑接著固定發光二極體3 1，下方之下面板29係 金屬製’其上面以接著劑接著固定積體電路32與振動感應 器33 ’並以軟線等連接積體電路32與振動感應器33，以軟 線34連接積體電路32與發光二極體31。發光二極體31係在 與設於蓋體18之頂部19之透明部23對向之位置，被固定於 上面板28，以便由蓋體18之外部可透視其發光。在振動感 應器33之下面之下面板29穿設通孔，連結藉振動而振動之 振動線35而通過下面板29之透孔而顯現於外側，或者也可 在下面板29之側面形成缺口而使振動線35顯現於下面，在 此振動線35之前端配設接點36。又，也可由金屬板形成上 面板28、下面板29，除了以接著劑固定發光二極體3 1、積 118537.doc -15- 200812518 體電路32、振動感應器33以外，也可以焊接加以固定。 殼體13如圖2所示，係由凹狀之底部14、與一體成形於 底部14之上端之圓筒狀之筒部15所形成，在此筒部15之内 周面刻上母螺紋而形成卡合部16，並形成為在將蓋體1 $之 筒部20插入殼體13之筒部15内時，可與設在筒部2〇之外周 面之卡合部21卡合之狀態。在殼體13之底部14，形成為可 配置扁平狀之電池37之狀態，螺合蓋體18時，可形成為可 與顯現於下面板29之下側之振動線35之接點36接觸之狀 m又，在解除蓋體18與殼體13之卡合，使蓋體18脫離拉 柄主體7之收容部10之際，可由底部14經筒部15取出電池 37。此殼體π係收容於設在拉柄主體7之一侧之凹窩狀之 收容部10而议接著劑等固定拉柄主體7與殼體13。又，兩 者之固定也可藉其他固定機構而非以接著劑加以固定。 在收容固定於拉柄主體7之收容部1〇之殼體13配置電池 3 7 ’由上方螺合蓋體1 §，利用收容部1 〇之緣部11、與設在 殼體13之卡合部16之上侧壓接夾持配設於蓋體18之筒部2〇 之平坦面25之襯墊26，以防止水侵入蓋體18與殼體13卡合 之内部，保持水密性。希望更換配設於殼體13之底部14之 電池37時’可手持著蓋體18之粗面而使其旋轉，藉以使蓋 體18脫離殼體13而容易更換電池3 7。 揭示本發明之發光動作時，藉將振動施加至滑件1之拉 柄6 ’使振動感應器33之接點36接觸於電池37，其結果， 電流沿著電池37 —接點36 —振動感應器33->積體電路32流 動’使積體電路32通電，在振動感應器33之接點36由電池 118537.doc -16- 200812518 37分離時斷電。另一方面，電流流至金屬製之蓋體18與殼 體13之結果，在積體電路32通電時，電流由積體電路32流 至發光二極體31，使發光二極體31發光，並經由透明部23 可透視發光。 可藉使積體電路32通電，將發光二極體31設定為以約 0.5秒間隔重複閃爍8次，其後自動地熄滅。從而，藉由連 繽對拉柄6施加振動，可使拉柄6持續發光。又，為了將發 光一極體31之閃爍設定為希望之次數，可藉變更積體電路 32之程式，變更為希望之次數。 (產業上之可利用性） 本發明之拉鍊用滑件之拉柄使用於夾克衫等衣服之滑 件，施加振動時會發光，故特別適合於夜間之慢跑等使 用。 【圖式簡單說明】 圖1係依據實施例之拉鍊用滑件之拉柄之正面圖。 圖2係表示將同上之滑件之拉柄之蓋體與殼體分離之 狀態之剖面圖。 圖3係表示將同上之滑件之拉柄之蓋體與殼體卡合之 狀態之剖面圖。 圖4係表示具備習知之發光裝置之滑件之拉柄之分解 立體圖。 【主要元件符號說明】 1 滑件 6 拉柄 118537.doc -17- 200812518The cartridge is inserted into the tube of the corpus MW MW MW 邛 邛 邛 邛 邛 邛 邛 MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW ^ The xenon lamp, the clamping of the two bodies is stable, in the card. Lower/, it is possible to stably hold the cover to ensure the contact between the contact and the battery. In addition to the effect t of the invention contained in claim 1, the base of the tubular portion of the carcass is attached to the continuous garment-like lining around the tubular portion. Engage the cover body and the shell material, and connect the lining (4) to the edge of the cover body and the housing and the accommodating portion to thereby "clean" the article with the handle attached thereto - even if the cover body and the shell are not removed by the handle body The body also has an effect of reliably preventing water from entering the inside of the lid and the casing, and it is understood that the effects exerted by the present invention are extremely remarkable. [Embodiment] The handle of the slider for a slide fastener of the present invention is as shown in Fig. W. The end side is provided with a mounting ring 8 for the mounting portion 4 of the block 3 attached to the slider i, and the end side is provided with a finger. The handle body 7 of the operation is pinched. The handle body 7 is recessed with a receiving portion for the surface opening. The housing 13 or the cover body of the housing is received in the housing portion H). The housing 13 and the cover 18 are both made of metal, and the cover 18 is formed with a top sill 19 and a top portion 19 formed integrally with the top portion 19 to form a cylindrical tubular portion 20 at the top 19 A transparent transparent portion 23 is provided through which the inside of the lid body 18, that is, the inside of the tubular portion 20, is seen through. An engaging portion 21 in which a male screw is formed is formed on the outer peripheral surface of the tubular portion 2, and is engageable with the engaging portion 16 of the casing 13. The outer peripheral surface of the top portion 19 is formed on the rough surface of the uneven shape as an operation portion when the lid body 18 can be pinched by the finger. The base portion 24 of the tubular portion 20 is disposed between the rough surface and the male thread engaging portion, and the outer peripheral surface of the base portion 24 is formed into a flat flat surface 25, and the annular lining is formed on the flat surface 25 pad%. Inside the cover 18, the upper panel 28 is inserted at a portion facing the top portion 19, and the lower panel 29 is inserted and fixed at the lower end of the tubular portion 20. Upper panel. The lower panel (7) is disposed in parallel with the space in the vertical direction, and the accommodating space for accommodating the light-emitting diode 3, the integrated circuit 32, and the vibration sensor 33 is formed between the upper panel 28 and the lower panel 29. . The light-emitting diode 31 is fixed at the center of the lower upper surface of the upper panel 28, and the integrated circuit 32 and the vibration sensor 33 are fixed on the lower surface of the lower panel 29, that is, facing the lower surface of the upper panel 28. The integrated circuit 32 and the vibration sensor 33 are connected by a cord 34 or the like, and the integrated circuit 32 and the light-emitting diode 31 are connected by a cord, and are electrically connected so that current can flow to the respective members. Further, under the vibration sensor 33, a vibrating or rocking vibration line 35 is coupled to the outside of the lower panel 29, and a contact 36 is provided at the front end of the vibration line. The casing 13 has a concave shape. The bottom portion 14 is formed with a cylindrical tubular portion 15 formed upward from the bottom portion. The tubular portion 15 is formed to have a larger diameter than the tubular portion 20 of the lid body 18, and a female thread is formed on the inner peripheral surface thereof to form the engaging portion 16. And formed to be engageable with the engaging portion 21 of the lid body 18. The flat battery 37 is housed in the bottom portion of the housing 13 118537.doc -12- 200812518 14. When the cover 18 is engaged with the cover 18, it is formed as a contact 36 with the vibration line 35 vibrating by the vibration appearing above. Contact. Further, the casing 13 is housed in the surface-shaped accommodating portion 1 () recessed in the handle body 7, and (4) is lockable and cannot be detached from the accommodating portion 10. The housing 13 that is locked to the handle body 7 is screwed to the lid body 18 from above, and is formed on the body 18 by the edge portion of the inner peripheral surface of the housing portion 10 and the upper end of the tubular portion 15 of the housing 13. The flat surface 25 of the base portion 24 of the tubular portion 20 is crimped to the gripping pad 26 to maintain the watertightness of the interior of the lid body 18 engaged with the housing 13. When it is desired to replace the battery 37 provided on the bottom portion 14 of the casing 13, the battery 37 can be removed from the casing 13 by rotating the rough surface of the lid 18 and removing it. The vibration sensor 3 3 is an inductor that senses vibration and converts it into an electrical signal, and has a type that outputs the detected vibration as a charge and an output as a voltage. The vibration sensor 33 implemented in the present invention detects the vibration and outputs a voltage type. The battery 37 supplies current to the vibration sensor 33, and causes the current to flow to the integrated circuit electrically connected to the vibration sensor 33. The light-emitting diode 31 emits light according to the program stored in the integrated circuit 32. In a state where the cover 18 is engaged with the housing 13, the contact 36 between the battery 37 and the vibration sensor 33 is normally in a state of separation, and when vibration is applied to the handle 6, the battery 37 is in contact with the vibration sensor 33. At the time of this, the supply current is supplied from the battery 37 to the vibration sensor 33, and this current is accumulated in the capacitor in the vibration sensor 33. Even if the battery 37 is separated from the contact 36, the accumulated current flows to the integrated circuit 32 and the light-emitting diode 3 1, so that the light-emitting diode 118371.doc •13·200812518 body 3 1 emits light. The use type cancer of the handle is as follows: that is, the female handle 8 of the pull handle 6 is screwed to the handle 18 of the handle body i of the handle body 7 in the cover body 18 and the case 13 When the mounting portion 4 of the block 3 of the slider 1 is used for clothes or the like, when the k-running operation or the like is performed, the handle 6 vibrates to connect the vibration line 35 disposed under the vibration sensor ^. % contacts the battery 37, and as a result, the semiconductor circuit 32 causes the light-emitting diode 31 to blink, which can be seen through the transparent portion 23 of the cover 18 from the outside. Further, even if the clothes are washed, the spacers 26 are disposed between the lid body 18 and the casing 13, so that moisture can be prevented from intruding into the tubular portions 15, 20. [Embodiment 1] The handle of the slide fastener for the slide fastener of the first embodiment shown in Figs. 1 to 3 is as described in the above paragraph. The handle 6 of the slider 1 is composed of the handle body 7, the cover 18, and the housing 13. The formed lid body 18 and the casing 13 are made of metal and can be energized when they are respectively engaged. As shown in FIG. 1, the handle main body 7 is provided with a mounting ring 8 for mounting the mounting portion 4 provided in the block 3 of the slider 1 by a thermoplastic resin, and is integrally formed with the handle main body 7 on one side. On the other side of the handle body 7, a housing portion 1 that can accommodate a flat circular recess of the housing 13 is formed, and the housing portion 1 is open to the surface side of the handle body 7. The lid body 18 is formed by a disc-shaped top cymbal 9, a cylindrical tubular portion 2 integrally formed under the top portion 19, and the top portion 19 serves as a top plate of the tubular portion 20. In the lid body 18, a transparent plate formed of a thermoplastic resin is placed on the top portion 19 of the metal lid body 18 to form a transparent portion 23, and the inside of the cylindrical portion 20 can be seen through the transparent portion 23 from the top portion 19. The transparent portion 23 is provided with a beacon hole penetrating through the top surface 19 of the cover 118537.doc •14·200812518 in the vertical direction, and a transparent plate is formed in the through hole, and the transparent plate is adhered to the inner circumference of the through hole. surface. Alternatively, the opening portion of the beacon hole may be inserted, and the epoxy resin may be fixed to the top portion 19 of the lid body 18 to form the transparent portion 23. A bayonet 邰 21 which is formed with a male screw is formed on the outer peripheral surface of the tubular portion 2G. The outer peripheral surface of the top portion 19 is formed into a rough surface having a concave-convex shape as a slip for gripping with a finger, and is formed so that the cover can be easily performed. The rotation of 18 works. Between the rough surface and the upper edge of the engaging portion 21 of the male screw, as shown in Fig. 2, a flat flat surface 25 is formed, and an annular spacer 26 is formed on the flat surface 25. Further, the handle body 7 can also be made of metal. The inside of the body 18 is as shown in Fig. 2. Inside the tubular portion 2, a transparent thermoplastic resin-formed upper panel 28 is inserted into the upper end of the tubular portion 2, i.e., facing the top portion 19, and the thermoplastic resin is formed. The lower panel 29 is inserted into the lower end of the tubular portion 20 and fixed by an adhesive or the like. The lower center of the upper upper panel 28 is followed by the adhesive to fix the light-emitting diode 3, and the lower lower panel 29 is made of metal. The upper surface is followed by the adhesive to fix the integrated circuit 32 and the vibration sensor 33' and is connected by a cord. The integrated circuit 32 and the vibration sensor 33 are connected, and the integrated circuit 32 and the light-emitting diode 31 are connected by a flexible wire 34. The light-emitting diode 31 is fixed to the upper panel 28 at a position opposed to the transparent portion 23 provided at the top portion 19 of the cover 18 so that the light can be seen from the outside of the cover 18. A through hole is bored in the lower surface of the vibration sensor 33, and the vibration line 35 vibrating by vibration is connected to the outside through the through hole of the lower panel 29, or a notch may be formed on the side surface of the lower panel 29. The vibration line 35 appears below, and a contact 36 is disposed at the front end of the vibration line 35. Further, the upper panel 28 and the lower panel 29 may be formed of a metal plate, and may be soldered and fixed in addition to the light-emitting diode 31, the 118537.doc -15-200812518 body circuit 32, and the vibration sensor 33. . As shown in FIG. 2, the casing 13 is formed by a concave bottom portion 14 and a cylindrical tubular portion 15 integrally formed at the upper end of the bottom portion 14, and the inner circumferential surface of the tubular portion 15 is engraved with a female thread. The engaging portion 16 is formed and formed so as to be engaged with the engaging portion 21 provided on the outer peripheral surface of the tubular portion 2 when the tubular portion 20 of the lid member 1 is inserted into the tubular portion 15 of the casing 13 . The bottom portion 14 of the casing 13 is formed in a state in which the flat battery 37 can be disposed, and when the cover 18 is screwed, it can be formed in contact with the contact 36 of the vibration line 35 appearing on the lower side of the lower panel 29. Further, when the lid body 18 is disengaged from the casing 13 and the lid body 18 is detached from the accommodating portion 10 of the shank main body 7, the battery 37 can be taken out from the bottom portion 14 via the tubular portion 15. The casing π is housed in a recessed accommodating portion 10 provided on one side of the shank main body 7, and the shank main body 7 and the casing 13 are fixed by an adhesive or the like. Moreover, the fixation of the two can also be fixed by other fixing mechanisms rather than by an adhesive. The battery 3 7 ′ is placed in the casing 13 accommodating the accommodating portion 1 fixed to the handle body 7 to screw the lid 1 § from above, and the edge portion 11 of the accommodating portion 1 is engaged with the casing 13 The upper portion of the portion 16 is press-fitted to the gasket 26 disposed on the flat surface 25 of the tubular portion 2 of the lid body 18 to prevent water from intruding into the inside of the lid body 18 and the casing 13, thereby maintaining watertightness. When it is desired to replace the battery 37 disposed at the bottom 14 of the casing 13, the rough surface of the cover 18 can be held by hand to rotate, so that the cover 18 can be detached from the casing 13 and the battery 3 can be easily replaced. When the illuminating action of the present invention is disclosed, the contact 36 of the vibration sensor 33 is brought into contact with the battery 37 by applying vibration to the handle 6' of the slider 1, and as a result, the current is vibrated along the contact 37 of the battery 37. The unit 33-> the integrated circuit 32 flows 'energizes the integrated circuit 32, and is powered off when the contact 36 of the vibration sensor 33 is separated by the battery 118537.doc -16 - 200812518 37. On the other hand, as a result of the current flowing to the metal cover 18 and the casing 13, when the integrated circuit 32 is energized, current flows from the integrated circuit 32 to the light-emitting diode 31, causing the light-emitting diode 31 to emit light. And through the transparent portion 23, the light can be seen through. The integrated circuit 32 can be energized, and the light-emitting diode 31 can be set to repeatedly blink 8 times at intervals of about 0.5 second, and then automatically turned off. Therefore, the handle 6 can be continuously illuminated by applying vibration to the handle 6. Further, in order to set the blink of the light-emitting diode 31 to the desired number of times, the number of times of the desired circuit circuit 32 can be changed to the desired number of times. (Industrial Applicability) The slider for a slide fastener for a slide fastener of the present invention is used for a slide of a garment such as a jacket, and emits light when vibration is applied. Therefore, it is particularly suitable for use at night jogging or the like. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a front view of a handle of a slide fastener for a slide fastener according to an embodiment. Fig. 2 is a cross-sectional view showing a state in which the lid of the handle of the slider of the above-described slider is separated from the housing. Fig. 3 is a cross-sectional view showing a state in which the lid of the handle of the slider of the above-described slider is engaged with the housing. Fig. 4 is an exploded perspective view showing a handle of a slider having a conventional light-emitting device. [Main component symbol description] 1 Slider 6 Pull handle 118537.doc -17- 200812518
7 拉柄主體 8 安裝環 10 收容部 13 殼體 15 筒部（殼體） 16 卡合部(殼體） 18 蓋體 19 頂部 20 筒部（蓋部） 21 卡合部（蓋部） 23 透明部 24 基部 25 平坦面 26 襯墊 28 上面板 29 下面板 31 發光二極體 32 積體電路 33 振動感應器 35 振動線 36 接點 37 電池 118537.doc -18-7 Pull handle body 8 Mounting ring 10 Housing 13 Housing 15 Tube (housing) 16 Engagement (housing) 18 Cover 19 Top 20 Tube (cover) 21 Engage (cover) 23 Transparent Portion 24 Base 25 Flat surface 26 Pad 28 Upper panel 29 Lower plate 31 Light-emitting diode 32 Integrated circuit 33 Vibration sensor 35 Vibration line 36 Contact 37 Battery 118537.doc -18-