TW200800062A - Metal slide fastener forming, manufacturing machine - Google Patents
Metal slide fastener forming, manufacturing machine Download PDFInfo
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- TW200800062A TW200800062A TW95123437A TW95123437A TW200800062A TW 200800062 A TW200800062 A TW 200800062A TW 95123437 A TW95123437 A TW 95123437A TW 95123437 A TW95123437 A TW 95123437A TW 200800062 A TW200800062 A TW 200800062A
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200800062 * « 九、發明說明: 【發明所屬之技術領域】 本發明係關於一種金屬拉鏈成型製造機,可將金屬鏈齒夾壓 固定於拉鏈帶上。 【先前技術】200800062 * « Nine, invention description: [Technical Field] The present invention relates to a metal zipper molding manufacturing machine capable of clamping and fixing a metal fastener to a zipper tape. [Prior Art]
一般金屬拉鏈鏈齒與拉鏈帶結合的方式有二種,一種為直接 射出成§}於拉鏈帶上,其是射出触合模具將鋅合金在拉鏈帶上 成型出金屬鏈齒n為將餅的整排金屬鏈齒財壓的方式 固定於拉鏈帶上,本發明即針對後者進一步設計。 、傳統以沖壓成型的金屬鏈齒製造機是藉助大輪盤旋轉時將已 成型的金屬鏈齒與拉鏈帶配合後,再經由沖壓而固定成型 固定製造方式已沿襲多年。 【發明内容】 一、所欲解決的問題點: 直接射出成型於拉鏈帶上的金屬鏈齒, f作出具有多色鏈齒的金屬拉鏈;而傳統以沖壓』二】: ::金屬鏈齒的邊緣會較為銳利, ::::因此’如何能製造出高品質的金屬拉鏈實為;;= 二、本發明的技術手段: 緣、整體造n錢、生錄無銳利邊 製造機。 貝隻屬鏈齒的金屬拉鏈成型 為解決前述的問題點 發月技術手段如申請麵範圍第丄 5 200800062 * P ' 項所述的-種金屬拉連成型製造機,其包括: 傳動裝置’是由二傳動軸及—馬達所組成,其中—傳動軸 的:端設有具有軌槽的夾壓凸輪與推料凸輪,另一端設有近接開 關並以%規皮▼與馬達相連,另—_軸的端侧以偏心塊盘連 桿結合後再藉由連桿帶動壓桿以週雛的等距壓轉—齒輪,該齒 - 輪則同步帶動控制拉鏈帶輸送的皮帶輪轉動,二傳動軸之間以伞 型Isf輪配合銜接而能同步轉動; -夾壓裝置,包括具有滑桿的基座;—隨於基座上 且具有容槽、導溝、及開縫的基塊;一設於基塊容槽内的承料塊, 2面具有直向與橫向晴槽;—_於基塊上的人料管,該入 料管内可垂直疊設多個金屬鏈齒;一固設於基塊上的氣壓紅;一 關具有導孔供所述基座的滑桿穿人的滑座;—固設於滑座侧邊 且末端以軸承嵌入前述炎壓凸輪的執槽内的滑座導桿;二固設於 滑座兩侧的爽具;-設於基塊導溝内的推塊,推塊上端具有一頂 片入於承料塊的直向滑槽内,下端則穿出基塊的導溝受到一設於 鲁 基^轉簧糊;—設於基塊導溝_推料導桿,絲料導桿 -端頂觸推塊’另-端峰承欽前述轉凸輪的執槽内; - 藉由上述構件所組成的金屬拉鏈成型製造機,其特徵在於: 人料管_金屬鏈仙自由緒方絲至承料_直向滑槽内, 拉鏈帶㈣直方式通過基塊關縫’而推塊頂片前端的初始位置 與剛入料的金屬鏈齒保有-間距;又推料凸輪與爽壓凸輪的執槽 路徑乃經過電腦計算.,使其轉動時能正好透過推料導桿、滑座導 桿分別帶動推塊、滑座做前進、後退的往復運動,當 便以頂片將單-金屬鏈齒推技位處,當滑座前進時便帶動兩侧 6 200800062 的夾二將金屬触夾壓至拉鏈帶上,當推塊後退時頂片便後移使 入料:㈣金屬鏈麟聽至承料_直向賴内,當滑座後退 、.^^兩側的夾具分開以準備下—個夾壓動作,且帶動推料凸 夾C£b輪轉動的傳祕朗步帶動另—控制拉鏈帶輸送的皮 T輪轉動’故拉鏈帶驗每—夾壓動作完錢繼續移動以進行下 個金屬鍵齒的夾壓。 根據上述的-種金屬拉鏈成型製造機,其中,夹具是由一端 有斜面的推u人於承料塊橫向滑槽㈣另—端具有斜溝 二以其自身的斜面靠近推桿斜面端的祕、及—細於推桿斜 =部並以斜導驗人所述夾桿斜溝槽_壓塊所組成;當滑 tr桿前進、後料,赌勤斜賴與壓麟導塊的配合 祕承料_橫向滑_左右軸; 部延㈣—略高於金屬鏈齒厚度峨片 “ 作則先含住鏈齒,防止鏈齒上麵,再確實夹壓。 根據上述的-種金屬拉鏈成型製造機,其中,設有夾壓凸輪 壓缸=輪!^_上的近接_可用來㈣111設於基塊上的氣 輸送狀態;止入料’而拉鏈帶持續保持 鏈帶會自_^= _賊料,觀成麵長條拉 根據上述的-種金屬拉鏈成難造機,其中 一 座台鎖固於基塊上,該座台能賴基塊導溝的上口,: 推料導桿於基塊導溝内做位移。 此規乾 根據上述的一種金屬拉鏈成型製造機,其中 刹車馬達,受軸上峨瞻键賴咖料= 200800062 使推塊頂片前端的初始位置_人料的金屬鍵齒保有 根據上述的-種金屬拉鏈成型製造機,其中 助金_至直_= 被下壓於承料塊内’能於頂片推料時順勢的 二、對照先前技術的功效:Generally, there are two ways for the metal zipper chain to be combined with the zipper tape. One is for direct injection into the zipper tape, which is to shoot the contact mold to form the zinc alloy on the zipper tape to form a metal fastener element. The entire row of metal chain teeth is fixed on the zipper tape, and the present invention is further designed for the latter. The conventional metal sprocket manufacturing machine which is formed by stamping is formed by fitting the formed metal sprocket with the zipper tape when rotating the large wheel, and then fixing it by stamping. The fixed manufacturing method has been followed for many years. [Summary of the Invention] First, the problem to be solved: direct injection of metal sprocket formed on the zipper tape, f to make a metal zipper with multi-color sprocket; and traditional to stamping two]: :: metal sprocket The edge will be sharper, :::: So 'how can we make a high-quality metal zipper really;;= Second, the technical means of the invention: the edge, the overall creation of n money, the production of no sharp edge manufacturing machine. The metal zipper of the sprocket is only a technical means for solving the aforementioned problems, such as the metal splicing forming machine described in the scope of the application of the Japanese Patent Application No. 5 200800062 * P ', which includes: The utility model comprises a transmission shaft and a motor, wherein: the end of the transmission shaft is provided with a clamping cam and a pushing cam having a rail groove, and the other end is provided with a proximity switch and is connected with the motor by a % gauge, and the other is the shaft. The end side is combined with the eccentric block and the connecting rod, and then the connecting rod is driven by the connecting rod to press the gear to the equidistant direction of the circumference. The tooth-wheel synchronously drives the pulley of the zipper belt to rotate, between the two transmission shafts. Synchronous rotation with the umbrella type Isf wheel; - nip device, including a pedestal with a sliding bar; - a base block with a groove, a guide groove, and a slit on the base; The material receiving block in the block tank has two straight sides and a horizontal clear groove on the two sides; - a human material pipe on the base block, the metal pipe element can be vertically stacked in the feed pipe; one is fixed on the base block The upper air pressure; a sliding seat having a guide hole for the sliding rod of the base to be worn; - a slide guide fixed to the side of the slide and having a bearing embedded in the groove of the embossing cam; the two sturdy fixtures fixed on both sides of the slide; - a push block disposed in the guide groove of the base block The top end of the push block has a top piece which is inserted into the straight chute of the receiving block, and the lower end of the guiding block which is pierced out of the base block is disposed on the base of the lug ^ spring paste; Guide rod, wire guide rod-end top contact push block 'the other end end Cheng Cheng Qin said in the groove of the above-mentioned rotary cam; - The metal zipper forming machine composed of the above components, characterized in that: human tube _ Metal chain fairy free wire to the material _ straight chute, zipper tape (four) straight way through the base block 'and the initial position of the front end of the push block top and the metal sprocket just feeding the feed - spacing; The groove path of the material cam and the cooling pressure cam is calculated by the computer. When it is rotated, the push block and the slide guide rod can respectively drive the push block and the slide seat to reciprocate forward and backward. The top piece pushes the single-metal chain to the technical position, and when the sliding seat advances, it drives the two sides. On the zipper belt, when the push block is retracted, the top piece is moved backwards to feed the material: (4) The metal chain Lin listens to the material _ straight to the inside, when the sliding seat retreats, the clamps on both sides of the .^^ are separated to prepare the next one The pinching action, and the driving of the pusher clip C£b wheel rotation, the secret step is driven by another - control the zipper belt to transport the leather T wheel to rotate 'the zipper belt check each - the pinch action is finished and the money continues to move for the next The pinch of the metal key. According to the above-mentioned metal zipper forming manufacturing machine, wherein the jig is made by a beveled surface at one end of the lateral sliding chute of the receiving block (4) and the other end has a slanted groove 2 with its own inclined surface close to the inclined end of the pusher. And - finer than the push rod oblique = part and with the inclined guide to the trap of the inclined groove _ pressure block; when the sliding tr bar forward, after the material, gambling diligence and lining guide block cooperation secret Material _ lateral sliding _ left and right axis; section extension (four) - slightly higher than the thickness of the metal chain teeth 峨 作 作 作 先 先 先 先 先 , , , , , , , , , , , , , , , , , , , , , 。 。 。 。 。 。 。 。 。 Machine, in which the clamping cam cylinder = wheel! ^_ on the _ can be used for (four) 111 on the base block of the gas delivery state; stop the feed 'and the zipper belt will continue to keep the chain from _ ^ = _ The thief material, according to the above-mentioned metal zipper into a difficult machine, one of which is locked on the base block, the table can be used to the upper mouth of the base block guide groove: Displacement within the block guide groove. This rule is based on the above-mentioned metal zipper forming machine, in which the brake motor is supported by the shaft. Key Lai Gage = 200800062 The initial position of the front end of the pusher top sheet _ the metal key of the human material is kept according to the above-mentioned metal zipper forming machine, in which the auxiliary _ to straight _= is pressed down in the receiving block 'Can take advantage of the previous technology when the top piece is pushed:
藉由本新型的實施可獲至下列優點·· 藉由本發_實施’可將預先_製成的高品f金屬鍵齒, 包括多種顏色的金屬鏈齒以震動鱗人人料㈣,翻夾壓的方 式夾壓於拉鏈帶上,能確保鏈録面的平滑而不會產生銳利的毛 邊,而製造出高品質的單色或多色金屬拉鏈帶,此種金屬拉鏈可 運用於高級名牌服飾或配件上。 本發明的承料塊設有-擋料桿,職料桿射獅金屬鏈齒 落至直向賴_定位魏’且麟桿以雜件活設於承料塊With the implementation of the present invention, the following advantages can be obtained: · By the present invention, the high-quality metal key teeth prepared in advance can be made of metal sprocket of various colors to vibrate the scale material (four), and the nip is pressed. The way it is clamped to the zipper tape ensures smoothness of the chain surface without sharp edges and creates a high-quality single or multi-colored metal zipper that can be used in premium designer clothing or Accessories. The receiving block of the invention is provided with a -blocking rod, and the metal rod of the lion element of the ram is dropped to the straight _ positioning Wei' and the stalk is set in the receiving block by miscellaneous pieces.
轉至定點, 一間距。 上,能於頂片推料時順勢的被下壓並藉此使頂片與鏈齒夾緊,然 後再復原至原位。 【實施方式】 以下依據圖面所示的實施例詳細說明如後: 如圖1所示,為本發明的立體外觀示意圖,由圖中可知金屬 拉鏈成型製造機100主要包括一傳動裝置10、及一夾壓裝置20所 組成,拉鏈帶71由機器左方進入,配合三個滾輪81而以垂向進 入夾壓裝置20内,再由滾輪82與壓輪83之間輸送出來,形成一 金屬拉鏈73,拉鏈帶的輸送則是以傳動裝置1〇的皮帶輪23以時 200800062 規皮帶231帶動滾輪82達成。 =圖2、圖3所示,為本發明傳動裝置之二個不同視角觀察 圖’、由圖中可知傳動裝襲是由二傳動轴i與2、及-馬 11她Μ成傳動轴1的一端設有具有執槽11卜121的夾壓凸輪 凸輪12 ’另—端設有近接關13並以時規皮帶31與馬 連傳絲2的端侧以融塊21與連桿22結合後再藉 9桿22帶動壓桿221以週期性的等距壓轉一錄222,該齒輪 、八則同步τ動控制拉鏈帶輸送的皮帶輪23轉動,二傳動軸之間 以丰型齒輪14、15、24、25配合銜接而能同步轉動;所述近接開 關13由凸輪131及感應器132所構成,又夹壓凸輪u與推料凸 輪12的執槽11卜121可供滑座導桿52、推料導桿53分別以端部 的軸承52卜531 (爛9、圖丨〇所示)嵌人結合,*懸導桿52、 推料導桿53的另-端皆與夾歷裝置2〇上的構件鎖固或配合,因 此夾壓凸輪11與推料凸輪丨2轉動時,滑座導桿52與推料導桿53 能依照電腦計算好的執槽路徑做前後不等距離的移動。 又如圖4所示,為本發明夾壓裝置的立體示意圖,其立體分 解構造則如圖5所示,由圖中可知夾壓裝置2〇包括一兩侧具有滑 桿411的基座41; 一固設於基座41上且具有容槽42卜導溝422、 及開縫423的基塊42 ; —設於基塊容槽421内的承料塊43,其頂 面具有直向與橫向的滑槽431、432 ; —固設於基塊42上的入料管 44,該入料管44内具有執槽441可垂直疊設多個金屬鏈齒72 (如 圖12、圖13所示),並可與震動盤連結(未揭示)以供容置更多 量的金屬鏈齒;一藉由座台451固設於基塊42上的氣壓缸45 ; — 兩侧具有導孔51供所述基座41的滑桿411穿入的滑座5 ; —固設 9 200800062 於滑座5側邊且末端以軸承521 I入前述失壓凸輪η的執槽山 内的π座導桿U設於滑座5 _峨具6;—餅基塊導 溝422内的推塊46,推塊上端具有―頂片461入於承料塊的直向 滑槽側内,下端則穿出基塊42的導溝422受到一設於基錢 上的彈簧412頂觸;-設於基塊導溝似内的推料導桿53,該推 枓導桿53 -端頂觸推塊46(由於推塊站一端受彈簧412的頂觸, 二、’、另%會緊雄、罪觸著推料導桿53),另一端以軸承观嵌入 則逃推料凸輪12的執槽121内(請同時參閱圖3所示)。 另外,前述夾具6的立體分解構造如® 6所示,是由-端具 f斜面611的推才干61、-端入於承料塊43橫向滑槽432内而另-端具有斜溝槽621且以斜面622靠近推桿斜面611端的夾桿62、 及-細於轉斜Φ 611 _部並赠導塊631欽所述爽桿斜 溝槽621内的壓塊63所組成;當滑座5帶動轉61前進、後退 時’夾桿62藉由斜溝槽621與壓塊斜導塊631的配合而能於承料 塊43的橫向滑槽432内左右移動(如圖8、圖9所示);又所述夾 • 杯入於承料塊43橫向滑槽432内的端部延伸出一略高於金屬鏈齒 72厚度的擔片623 ’以在進行夾壓動作前先含住鏈齒72,防止鏈 齒72上翹,再確實將其夾壓至拉鏈帶71上(如圖1〇、圖所示 又如圖7所示,為本發明夾壓裝置的部分示意圖,由圖中可 知金屬鏈齒72自入料管44 (未揭示)落至承料塊43時的初始位 置是在直向滑槽431内,推料導桿53則受推料凸輪執槽121的規 範至定點,使受彈簧412頂觸而恆向推料導桿53靠觸的推塊46 月b較遠離承料塊43,以使直向滑槽431内的頂片461前端與金屬 鏈齒72保持適當距離X (該距離X也被推料凸輪執槽121計算在 200800062 m 又前述推料導桿53初始定概的㈣在於驅動馬達3為— 停辦__辦近_ 13的控制,使 ' 月"*㈣至使頂片461前端與金屬鏈齒72保持適卷距 ^的定點,藉此再度啟動機器時,能確保推塊4料行^ 疾,以避免有鏈齒漏夾的情形發生。 丁裊無 敍Γ如圖8、圖9所示,為本發明的動作示意圖,_中可知也 傳動軸1帶動夹壓凸輪u與推料凸輪i 田 料導桿53、滑座· π八讎才ι正好透過推 的往覆運動,塊46、滑座5做前進、後退 推至定位斤頂片461將單一金屬鏈齒72 == 槽431與橫向滑槽432交會處),當 進時便π動兩側夹具6以夾桿62 上’當_6後退時頂請便後 金屬鏈齒72再餘至秘_肢 . 便帶動兩側夹具6的細分開以準備下-個二= 推料凸輪12與夾麗凸輪_ 2且讀 ⑽㈣輸送的皮帶輪23轉動,故拉鍵帶 兀成後繼~移動以進行下個金屬鏈齒72的夾壓。 動瞎勤m 轴1上的近接開關所控制,而其啟 、 1计异好的凸輪13丨配合感應器132來動作·告夂 遷缸45的頂桿452未下降時,推塊46受推料導桿53動^ ,基塊導她往覆運動,以計算好二 於圖12所不);當氣塵虹45的頂桿452下降時,頂桿 止 擋住推塊46隨推料邋护„ %/ 了頂样452此止 通推科味53後退(如圖13所示),而在頂桿452 200800062 上升及推料頂桿53再度帶動推塊46推料的這段週期時間内推塊 46疋靜止不推料的,但拉鏈帶71的輸送仍是持續進行,因此可製 乍出如圖14所示的具有分段效果的金屬拉鏈分段距離的長短 則可由近接開關13 (近接開關13可計算齒數,並配合似使用) 人承料塊43设有一擋料桿433,該擔料桿433具有輔 金屬鏈ω 72落至直向滑槽431内的定位功能(請參閱圖7、圖 ?A所不)’且播料桿433以彈性件434活設於承料塊43上,能於Go to the fixed point, a distance. In the above, the top sheet can be pressed down and the top sheet and the element are clamped, and then restored to the original position. [Embodiment] The following is a detailed description of the following embodiments according to the embodiments shown in the drawings: FIG. 1 is a schematic perspective view of the present invention, and the metal zipper molding manufacturing machine 100 mainly includes a transmission device 10, and A nipper device 20 is formed. The zipper tape 71 enters from the left side of the machine, fits into the nip device 20 in the vertical direction with the three rollers 81, and is transported between the roller 82 and the pressure roller 83 to form a metal zipper. 73. The zipper belt is conveyed by the pulley 23 of the transmission device 1 and the belt 231 for driving the roller 82 with the 200800062 gauge belt 231. = Fig. 2 and Fig. 3 show two different viewing angles of the transmission device of the present invention. It can be seen from the figure that the transmission is carried out by the two transmission shafts i and 2, and the horse 11 is formed into the transmission shaft 1. One end is provided with a pinch cam cam 12 having a groove 11 121. The other end is provided with a close contact 13 and is combined with the end face of the belt 31 and the link 2 with the flange 21 and the link 22, and then borrowed The 9-bar 22 drives the pressing rod 221 to rotate at a periodic equidistance to record 222. The gear, the eight synchronous τ-moving pulleys 23 of the zipper belt are rotated, and the gears 14 , 15 and 24 are connected between the two transmission shafts. 25 is synchronously rotated by the engagement; the proximity switch 13 is composed of a cam 131 and an inductor 132, and the clamping cam u and the pushing groove 11 of the pushing cam 12 are provided for the sliding guide 52 and pushing the material. The guide rods 53 are respectively inlaid with the end bearings 52 531 (bad 9 and 丨〇), and the other ends of the suspension guide 52 and the push guide 53 are connected to the gripping device 2 When the clamping cam 11 and the pushing cam 丨2 are rotated, the sliding guide 52 and the pushing guide 53 can be pre-processed according to the calculation path of the computer. Ranging from travel distance. Figure 4 is a perspective view of the clamping device of the present invention, the three-dimensional exploded structure is shown in Figure 5, it can be seen that the clamping device 2 includes a base 41 with sliding bars 411 on both sides; a base block 42 fixed on the base 41 and having a receiving groove 42 and a slit 423; a receiving block 43 disposed in the base pocket 421, the top surface of which has a straight direction and a lateral direction a chute 431, 432; a feed pipe 44 fixed to the base block 42. The feed pipe 44 has a groove 441 for vertically stacking a plurality of metal sprocket 72 (as shown in FIG. 12 and FIG. 13). And can be coupled to the vibrating plate (not disclosed) for accommodating a larger amount of metal fastener elements; a pneumatic cylinder 45 fixed to the base block 42 by the base 451; - having guide holes 51 on both sides for a sliding seat 5 through which the sliding rod 411 of the base 41 penetrates; a fixing π seat guide U set in the side of the sliding seat 5 with the bearing 521 I at the side of the sliding seat 5 and having the bearing 521 I at the end In the sliding block 5 _ cookware 6; - the pushing block 46 in the guiding block 422 of the cake base, the upper end of the pushing block has a "top sheet 461 into the straight chute side of the receiving block, and the lower end passes through the base block 42". The guide groove 422 is received by one The spring 412 on the base money is touched; - the pusher guide 53 is disposed inside the base guide groove, and the push guide 53 is end-contacted by the push block 46 (since the push block station is touched by the spring 412 at one end) Second, 'the other % will be tight, the sin touches the push guide 53), and the other end is embedded in the bearing groove of the push cam 12 (see also Figure 3). In addition, the three-dimensional disassembly configuration of the jig 6 is as shown in FIG. 6, which is a pusher 61 from the end face f-slope 611, is end-into the transverse chute 432 of the receiving block 43, and has a beveled groove 621 at the other end. And the inclined rod 622 is close to the clamping rod 62 at the end of the inclined surface 611 of the push rod, and is composed of a pressing piece 63 which is thinner than the turning Φ 611 _ portion and is provided by the guiding block 631; when the sliding seat 5 is When the rotation 61 is advanced and retracted, the clamping lever 62 can move left and right in the lateral sliding groove 432 of the receiving block 43 by the cooperation of the inclined groove 621 and the pressing block 631 (as shown in FIGS. 8 and 9). And the clip; the end of the cup which is inserted into the transverse chute 432 of the receiving block 43 extends a piece 623' slightly higher than the thickness of the metal element 72 to contain the element before the clamping operation 72, the sprocket 72 is prevented from being upturned, and then it is clamped onto the zipper tape 71 (as shown in FIG. 1 and FIG. 7 , which is shown in FIG. 7 , which is a partial schematic view of the nip device of the present invention, as can be seen from the figure The initial position of the metal sprocket 72 from the feed pipe 44 (not disclosed) to the receiving block 43 is in the straight chute 431, and the pusher guide 53 is regulated by the specification of the push cam slot 121. The push block 46, which is contacted by the spring 412 and the constant push guide 53 is relatively far away from the receiving block 43, so that the front end of the top piece 461 in the straight sliding groove 431 and the metal element 72 are properly maintained. The distance X (this distance X is also calculated by the push cam groove 121 in 200800062 m and the above-mentioned push guide 53 is initially fixed (four) in the drive motor 3 is - stop __ near _ 13 control, so 'month' *(d) to the point where the front end of the top sheet 461 and the metal element 72 are kept at a suitable winding distance, thereby re-starting the machine, the push block 4 can be ensured to avoid the occurrence of the chain missing clip. As shown in FIG. 8 and FIG. 9 , it is a schematic view of the operation of the present invention. It can be seen that the drive shaft 1 drives the nip cam u and the pusher cam i the material guide rod 53 and the slide π gossip. Just ι just push the moving movement, block 46, slide 5 to advance, retreat to push the positioning top piece 461 to a single metal element 72 == slot 431 and the transverse chute 432 intersection), when entering π move the two side clamps 6 on the clamping rod 62. When the _6 is retracted, please push the metal sprocket 72 back to the secret _ limb. Then drive the fine separation of the two side clamps 6 to prepare Bottom-two = pusher cam 12 and clipper cam _ 2 and read (10) (four) conveyed pulley 23 rotates, so the pull-down belt is twisted into a subsequent movement to carry out the clamping of the next metal sprocket 72. When the proximity switch on 1 is controlled, and the first and the better-precision cam 13 丨 cooperate with the sensor 132 to operate, and the ram 452 of the relocation cylinder 45 is not lowered, the push block 46 is moved by the push guide 53 ^, the base block guides her to move to calculate the better than the one shown in Figure 12; when the ejector rod 452 of the gas dust rainbow 45 descends, the ejector pin stops the push block 46 with the pusher „ % % / top The sample 452 is only retracted (as shown in FIG. 13), and the push block 46 is still stationary during the period of the rise of the ejector 452 200800062 and the pusher ram 53 again driving the push block 46 to push the material. Pushing, but the zipper belt 71 is still transported continuously, so that the length of the metal zipper segment distance with the segmentation effect as shown in Fig. 14 can be made by the proximity switch 13 (the proximity switch 13 can calculate the number of teeth) And the human charging block 43 is provided with a stopper rod 433 having the auxiliary metal chain ω 72 falling to the straight chute 43 The positioning function in 1 (please refer to FIG. 7 and FIG. A). And the broadcast rod 433 is operated by the elastic member 434 on the receiving block 43, and can be
頂片461推料時順勢的被下壓並藉此使頂片461與鏈齒 =; 然後再復原至原位。 人家, 以上 ,係依據圖面所示的實施例詳細說明了本發 1 ::效果’由於符合新顆及進步性要件’遂表依法提二When the topsheet 461 is pushed, it is pressed down and the topsheet 461 and the fasteners are thereby restored; and then restored to the original position. People, above, according to the embodiment shown in the figure, the details of this issue 1 :: effect 'conforms to new and progressive elements'
12 20080006212 200800062
• B 【圖式簡單說明】 圖1 :本發明的立體外觀示意圖。 圖2:本發明傳動裝置的示意圖。 圖3:本發明傳動裝置以不同視角觀察的示意圖。 圖4:本發明夾壓裝置的立體外觀示意圖。 圖5 :本發明夾壓裝置的立體分解圖。 圖6 :本發明夾具的立體分解圖。 圖7 :本發明夾壓裝置的部分示意圖。 • 圖7A :本發明擋料桿的動作示意圖。 圖8:本發明的動作示意圖。 圖9 :為接續圖8的動作示意圖。 圖10、圖11 :本新型夾桿的動作示意圖。 圖12 :本新型氣壓缸的動作示意圖。 圖13 :為接續圖12的氣壓缸動作示意圖。 圖14 :金屬拉鏈成型後的示意圖。 【主要元件符號說明】 100 金屬拉鏈成型製造機 10 傳動裝置 1 傳動轴 11 夾壓凸輪 111 軌槽 12 推料凸輪 121 執槽 13 200800062• B [Simplified illustration of the drawings] Fig. 1 is a schematic perspective view of the present invention. Figure 2: Schematic representation of the transmission of the present invention. Figure 3 is a schematic view of the transmission of the present invention viewed from different viewing angles. Figure 4 is a schematic perspective view of the crimping device of the present invention. Figure 5 is an exploded perspective view of the crimping device of the present invention. Figure 6 is an exploded perspective view of the jig of the present invention. Figure 7 is a partial schematic view of a crimping device of the present invention. • Fig. 7A is a schematic view showing the operation of the stopper rod of the present invention. Figure 8 is a schematic view of the operation of the present invention. Fig. 9 is a schematic view showing the operation of Fig. 8; Figure 10 and Figure 11 are schematic views of the operation of the present type of clamping rod. Figure 12: Schematic diagram of the operation of the new pneumatic cylinder. Figure 13 is a schematic view showing the operation of the pneumatic cylinder of Figure 12; Figure 14: Schematic diagram of the metal zipper after forming. [Main component symbol description] 100 Metal zipper molding machine 10 Transmission device 1 Transmission shaft 11 Clamping cam 111 Rail groove 12 Pushing cam 121 Slotting 13 200800062
13 近接開關 131 凸輪 132 感應器 14〜15傘型齒輪 2 傳動轴 21 偏心塊 22 連桿 221 壓桿 222 齒輪 23 皮帶輪 231 時規皮帶 24、 25傘型齒輪 3 驅動馬達 31 時規皮帶 20 夾壓裝置 41 基座 411 滑桿 412 彈簧 42 基塊 421 容槽 422 導溝 423 開縫 14 200800062 43 承料塊 431 直向滑槽 432 橫向滑槽 433 f擋料桿 434 彈性件 44 入料管 441 軌槽 45 氣壓缸 451 座台 452 頂桿 46 推塊 461 頂片 5 滑座 51 導孔 52 滑座導桿 521 軸承 53 推料導桿 531 軸承 6 爽具 61 推桿 611 斜面 62 夾桿 15 200800062 621 斜溝槽 622 斜面 623 擋片 63 壓塊 631 斜導塊 71 拉鏈帶 72 金屬鏈齒 73 金屬拉鏈 81 滾輪 82 滾輪 83 壓輪13 Proximity switch 131 Cam 132 Sensor 14~15 Umbrella gear 2 Drive shaft 21 Eccentric block 22 Connecting rod 221 Pressing rod 222 Gear 23 Pulley 231 Timing belt 24, 25 Bevel gear 3 Drive motor 31 Timing belt 20 Crimp Device 41 Base 411 Slider 412 Spring 42 Base 421 Cap 422 Guide groove 423 Slot 14 200800062 43 Feed block 431 Straight chute 432 Lateral chute 433 f Stop rod 434 Elastic member 44 Feed tube 441 Rail Slot 45 Pneumatic cylinder 451 Seat 452 Pole 46 Push block 461 Top plate 5 Sliding seat 51 Guide hole 52 Slide guide 521 Bearing 53 Push guide 531 Bearing 6 Cooling device 61 Push rod 611 Bevel 62 Clamping rod 15 200800062 621 Oblique groove 622 Bevel 623 Baffle 63 Clamp block 631 Oblique guide block 71 Zipper belt 72 Metal sprocket 73 Metal zipper 81 Roller 82 Roller 83 Pressure roller
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TW95123437A TWI278289B (en) | 2006-06-28 | 2006-06-28 | Metal slide fastener forming, manufacturing machine |
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TW95123437A TWI278289B (en) | 2006-06-28 | 2006-06-28 | Metal slide fastener forming, manufacturing machine |
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CN105768398A (en) * | 2014-12-18 | 2016-07-20 | 驰马拉链(安徽)有限公司 | Metal zipper tooth clamping device |
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