1278289 九、發明說明： 【發明所屬之技術領域】 本發明係關於-種金屬拉鏈成型製造機，可將金屬鏈齒夾塵 固定於拉鏈帶上。 【先前技術】1278289 IX. Description of the Invention: [Technical Field of the Invention] The present invention relates to a metal zipper molding manufacturing machine capable of fixing metal sprocket dust 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 射出成型於拉㈣上，其是射㈣配合模具將鋅合金在拉鍵帶上 成型出金屬鏈齒；另-種為將製好的整排金屬鍵齒以沖壓的方式 固定於拉鏈帶上，本發明即針對後者進一步設計。 、傳統財壓成型的金騎齒製造機是藉助A輪舰轉時將已 成型的金屬鏈齒與拉鏈帶配合後，再經由沖壓而固定成型，這 固定製造方式已沿襲多年。 【發明内容】 ―、所欲解決的問題點： 】直接射出成型於拉鏈帶上的金屬顯，其材質較軟，且不容 ，製作出具有多色鏈齒的金屬拉鏈；而傳統以沖壓成型的金屬拉 晰’其金屬鏈齒的邊緣會較為銳利，不夠美觀，並不適合走高品 線口此如何月匕製造出南品質的金屬拉鍵實為本發明的重 〜、本發明的技術手段： 緣、t料此本發㈣目的在於提供—概製造出無銳利邊. 製造:體錢、生產快速之高品f金屬鏈齒的金屬拉鏈成型 為解決前述的問職，本發日她術手段如中請專概圍第i 5 1278289 J ί 項所述的一種金屬拉連成型製造機，其包括·· 一傳動裝置，是由二傳動軸及一馬達所組成，其中一傳動軸 的一端设有具有執槽的夾壓凸輪與推料凸輪，另一端設有近接開 關並以時規皮帶與馬達相連，另—傳動軸的端刺祕心塊與連 桿結合後再藉由連桿帶動壓桿以週期性的等距壓轉一齒輪，該齒 輪删步帶動控制拉鏈帶輸送的皮帶輪轉動，二傳動軸之間以伞 型齒輪配合銜接而能同步轉動； 一夾壓裝置，包括一兩侧具有滑桿的基座；一固設於基座上 瞜 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， 其頂面具有直向與橫向的滑槽；—固設於基塊上的人料管，該入 料管内可垂直豐没多個金屬鏈齒；一固設於基塊上的氣壓缸；一 兩侧具有導孔供所述基座的滑桿穿入的滑座；一固設於滑座侧邊 且末端以軸承嵌入前述夾壓凸輪的軌槽内的滑座導桿；二固設於 滑座兩側的夾具；-設於基塊導溝内的推塊，推塊上端具有一了頁 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 • 基座上的彈簧棚；—設於基塊導溝_純導桿，該推料導桿 一端頂觸推塊，另一端以軸承嵌入前述推料凸輪的軌槽内； 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_金屬鏈齒以自由落體方式落至承料塊的直向滑槽内， 拉鏈㈣垂直方式通過基塊關縫，_塊則前蘭初始位置 與剛入料的金屬鏈齒保有-間距；又推料凸輪與夹壓凸輪的軌槽 路控乃經過電麟算，使其轉動魏正好透過推料導桿、滑座導 桿分別帶動推塊、滑座做前進、後退的往復運動 前 砂頂片將單一金屬鍵齒推至定位處，當滑座前進; 127,8289 的爽ί將金屬鏈齒錢至拉鏈帶上，當推塊後退時頂片便後移使 ^料:内的金屬鏈齒再度落至承料塊的直向賴内，當滑座後退 ^便讀_的夾具分開以準備下—個錢動作，且帶動推料凸 二與夾壓凸輪轉_傳動轴朗步帶動另—控制拉鏈帶輸送的皮 讀轉動’故域帶能於每—越動作完成後_軸以進 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，夾具是由一端 二有斜面的轉、—端人於承料塊橫向滑獅而另—端具有斜溝 以其自身的斜面靠近推桿斜面端的夾桿、及〜_於推桿斜 sscrr人所述夾桿斜溝槽内的壓塊所組成；當滑 2動推“進、後退時’祕藉由斜賴與壓塊斜導塊的配合 此於承料塊的橫向滑槽内左右又 2槽内，延伸出一略高於金屬鍵齒厚度的二== “堅動作則先含住鏈齒’防止鏈齒上麵，再確實失壓。 访根據上述的-種金屬拉鏈·製造機，射，設有夾壓 屨隹2輪的傳動軸上的近接開關可用來控制固設於基塊上的‘ :暫，止擒推塊運作，停止人料’而拉鏈帶持持 ==壓:r糊讓作，㈣型的長條拉 =據上述的-種金脉戦雜造機，其中，賴虹藉由— 丄二貞固於基塊上，該座台能封閉基塊導溝的上方開口， 推料導桿於基塊導溝内做位移。 & 根據上，的-種金屬拉鏈成型製造機，其中，驅動馬 水1馬達’受傳動轴上的近接開關控制能於停機時將推料凸輪旋 1278289 保有 轉至定點’使推塊頂片前端的初始位置與剛人料的金屬鍵齒 根據上述的-種金屬拉鏈成型製造機，其中，承料 f料桿’該擔料桿具有辅助金屬鏈.落至直向滑槽“二# 擋料桿以彈性件活設於承料肋，能於則推 被下壓，然後再復原至原位。㈣ 二、對照先前技術的功效： 藉由本新型的實施可獲至下列優點·· 猎由本發明的實施，可將預先開模製成的高品f金屬鍵齒， 包括夕種顏色的金屬鏈齒以震動盤導人人料管内，制夾壓的方 式夾壓於拉鏈帶上，能確保_表_平滑耐會產生銳利的毛 邊’而製造出高品質的單色或多色金屬拉鍵帶，此種金屬拉鏈可 運用於南級名牌服飾或配件上。 ^本發_承料塊設有-擋料桿，該擋料桿具有辅助金屬鍵齒 落至直向滑槽⑽定位魏，且倾桿以彈性件活設於承料塊 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2〇所 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，再由滚輪82與壓輪83之間輪送出來，形成一 金屬拉鏈73，拉鏈帶的輸送則是以傳動裝置1〇的皮帶輪幻以時 1278289 規皮帶231帶動滾輪82達成。 ^圖2圖3所不’為本發明傳動裝置之二個不同視角觀察 的不思圖，由圖中可知傳動裝龍是由二傳_ i斑2、及-馬 =^成，伽軸1的1設有具有她11、则夾壓凸輪 二、推^輪12 ’另-端設有近接_3並以時規皮帶&與馬 目連，傳動軸2的端部則以偏心塊21與Generally, there are two ways for the metal zipper chain to be combined with the zipper tape. One is a direct injection molding on the pull (four), which is a shot (four) matching mold to form a zinc alloy on the pull key belt to form a metal fastener element; the other is The finished row of metal key teeth is fixed to the zipper tape in a stamped manner, and the present invention is further designed for the latter. The traditional gear-forming gold riding machine is made by matching the formed metal sprocket with the zipper belt when the A-wheel is turned, and then fixing it by stamping. This fixed manufacturing method has been followed for many years. [Summary of the Invention] ―, the problem to be solved: 】 Direct injection of the metal formed on the zipper tape, the material is soft, and can not be tolerated, to produce a metal zipper with multi-color sprocket; The metal pulls 'the edge of the metal chain teeth will be sharper and less beautiful, and it is not suitable for the high-quality wire mouth. How to make the southern quality metal pull key is the weight of the invention~, the technical means of the invention: The purpose of this hair (4) is to provide - to create a sharp edge. Manufacturing: body money, the production of fast high-quality metal floss metal zipper forming to solve the aforementioned problems, this day, her skills such as A metal pull-molding manufacturing machine according to the above-mentioned item, which comprises: a transmission device, which is composed of two transmission shafts and a motor, wherein one end of a transmission shaft is provided The clamping cam and the pushing cam have a groove, the other end is provided with a proximity switch and is connected with the motor by a timing belt, and the end piercing block of the transmission shaft is coupled with the connecting rod, and then the connecting rod is driven by the connecting rod. Periodic When the gear is pressed, the gear is stepped to drive the pulley of the zipper belt to rotate, and the two transmission shafts are synchronously rotated by the umbrella gear; the nip device includes a pedestal with sliding rods on both sides. a base block fixed on the base and having a receiving groove, a guiding groove and a slit; a receiving block disposed in the base pocket, the top surface of which has a straight and lateral sliding groove; a human material tube fixed on the base block, wherein the plurality of metal fastener elements can be vertically immersed in the feeding tube; a pneumatic cylinder fixed on the base block; and a sliding rod provided on the two sides with a guide hole for the base a sliding seat that is inserted into the sliding seat; a sliding guide rod fixed to the side of the sliding seat and having a bearing embedded in the rail groove of the clamping cam; and two clamps fixed on both sides of the sliding seat; a push block in the groove, the upper end of the push block has a sheet into the straight chute of the receiving block, and the lower end passes through the guide groove of the base block and is received by a spring shed provided on the base; Base guide groove _ pure guide rod, one end of the push guide rod touches the push block, and the other end is embedded in the track groove of the pusher cam by a bearing; The metal zipper forming machine composed of the components is characterized in that: the human material tube_metal sprocket falls in a free-falling manner into the straight chute of the receiving block, and the zipper (four) passes through the base block in a vertical manner, _ The block has the initial position of the front blue and the metal sprocket of the newly-loaded material. The pitch control of the push cam and the nip cam is electrically entangled, so that the rotation is just through the pusher guide and the slide. The guide rods respectively drive the push block and the slide seat to make forward and backward reciprocating motion. The sand top piece pushes a single metal key to the positioning position, and when the slide advances; 127, 8289 cools the metal chain to the zipper belt When the push block retreats, the top piece is moved backwards to make the material: the inner metal chain teeth fall again into the straight direction of the receiving block, and when the sliding seat is back, the reading fixtures are separated to prepare for the next money action. And drive the pusher convex 2 and the pinch cam to turn _ drive shaft lang step to drive another - control the zipper belt to transport the skin read rotation 'the domain band can be after each - the end of the action _ axis to enter a metal key folder Pressure. According to the above-mentioned metal zipper forming manufacturing machine, wherein the jig is rotated by one end and two inclined faces, the end person has a lion sliding transversely to the receiving block, and the other end has an inclined groove with its own inclined surface close to the inclined end of the push rod. The clamping rod and the _ _ sscrr are composed of the pressing blocks in the oblique groove of the clamping rod; when the sliding 2 moves the "in and out", the cooperation between the slanting and the slanting guide block In the lateral chute of the receiving block, there are two grooves in the left and right slots, which are slightly higher than the thickness of the metal key. == "The strong action first contains the sprocket" to prevent the upper part of the element, and then the pressure is lost. . According to the above-mentioned metal zipper manufacturing machine, the proximity switch on the drive shaft with the clamped 屦隹 2 wheels can be used to control the fixing on the base block: temporarily, stop the push block operation, stop Human material 'and zipper belt holding == pressure: r paste let, (four) type long strip pull = according to the above-mentioned kind of golden veins, such as Laihong by - 丄 贞 贞 on the base block The platform can close the upper opening of the base guide groove, and the push guide rod is displaced in the base guide groove. & According to the above-mentioned metal zipper molding manufacturing machine, in which the driving horse water 1 motor 'is controlled by the proximity switch on the drive shaft, the pusher cam rotation 1278289 can be transferred to the fixed point when the machine is stopped. The initial position of the front end and the metal key of the human body are according to the above-mentioned metal zipper forming machine, wherein the material feeding rod "the material rod has an auxiliary metal chain. It falls to the straight chute "2# block The material rod is placed on the receiving rib with elastic members, and can be pushed down and then restored to the original position. (4) Second, according to the efficacy of the prior art: The following advantages can be obtained by the implementation of the new model·· According to the implementation of the invention, the high-quality metal key teeth which are pre-opened, and the metal element teeth including the color of the evening color are guided into the human tube by the vibration plate, and the clamping force is applied to the zipper tape to ensure the clamping. _Table_smooth resistance will produce sharp burrs' and produce high-quality single or multi-color metal pull belts, which can be used in southern brand-name clothing or accessories. ^本发_承块块With a stopper rod, the stopper rod has an auxiliary metal key Falling to the straight chute (10) to position the Wei, and the tilting rod is placed on the receiving block with the elastic member, can be pressed down when the top sheet is pushed, and thereby the top sheet and the sprocket are clamped, and then [Embodiment] The following is a detailed view of the embodiment according to the embodiment shown in the drawings. As shown in FIG. 1 , it is a schematic perspective view of the present invention. It is understood that the metal zipper molding manufacturing machine 100 mainly includes A transmission device 10 and a clamping device 2 are formed. The zipper belt 71 enters from the left side of the machine, and cooperates with the three rollers 81 to vertically enter the nip device 20, and then between the roller 82 and the pressure roller 83. The wheel is sent out to form a metal zipper 73, and the zipper belt is conveyed by the pulley of the transmission device 1 幻 1 1278289 gauge belt 231 to drive the roller 82 to achieve. ^ Figure 2 Figure 3 is not the second transmission of the present invention From the perspective of different perspectives, it can be seen from the figure that the transmission is loaded by the second pass _ i spot 2, and - horse = ^, the galax 1 is provided with her 11, the pinch cam II, push ^ wheel 12 'the other end is provided with a close _3 and with a timing belt & with the horse eye, the end of the drive shaft 2 The eccentric block 21
222則同步帶動控制拉鏈帶輸送的皮帶㈣轉動，二傳動轴之間 、丰&輪14 15、24、25 S己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^與推料凸 輪12的執槽出、121可供滑座導桿52、推料導桿53分別以端部 的軸承521 531 (如圖9、圖1〇所示）嵌入結合，而滑座導桿52、 隹料，桿53的另-知皆與夾壓裝置2〇上的構件鎖固或配合，因 ，失壓凸輪11與推料凸輪12轉動時，滑座導桿52與推料導桿53 施依照電腦計料的執槽路徑做冑後不等距離的移動。 又如圖4所示，為本發明夾壓裝置的立體示意圖，其立體分 ，構造則如圖5所示’由圖中可知夹壓裝置20包括-兩侧具有滑 才干411的基座41，一固設於基座41上且具有容槽421、導溝422、 及開縫423的基塊42 ; -設於基塊容槽421 0的承料塊43，其頂 面具有直向與橫向的滑槽43卜432 ; -固設於基塊42上的入料管 。亥入料笞44内具有執槽441可垂直疊設多個金屬鏈齒π (如 2圖13所示），並可與震動盤連結（未揭示）以供容置更多 I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; 一固設 !278289 ^座5側邊且末端以軸承521嵌入前述失壓凸輪u的執槽in 的π座％^干52，二固設於滑座5兩側的夾 46,推塊上端具有一頂請入於祕塊= ^31内下端則穿出基塊42的導溝422受到一設於基座41 2簧412頂觸；—設於基塊導溝似内的推料導桿53，該推 :、干53端頂觸推塊46(由於推塊46-端受彈簧412的頂觸， /其另一端會緊密靠觸著推料導桿53)，另-端以軸承531嵌入 則述推料凸輪12的執槽121 β (請同時參閱圖3所示）。 另外’則述夹具6的立體分解構造如圖6所示，是由一端具 俩面61 i的推桿61、一端入於承料塊43橫向滑槽鋭内而另二 ^具有斜溝槽621且以斜面622靠近推桿斜面611端的夹桿犯、 ^一鎖固於推桿斜面611 _部並以斜導塊631獻所述夹桿斜 /槽621内的壓塊63所組成；當滑座5帶動推桿前進、後退 二，夾桿62藉由斜溝槽621與壓塊斜導塊631的配合而能於承料 曰▲ 43的^向’月槽432内左右移動（如圖8、圖9所示）；又所述爽 =入於承料塊43檢向滑槽432内的端部延伸出一略高於金屬鏈齒 2厚度的播片623，以在進行夾壓動作料含住鏈齒72，防止鍵 w 72上輕，再確實將其夹壓至拉鏈帶71上(如圖⑺、圖η所示）。 又如圖7所示，為本發魏魏置的部分示意®，由圖中可 去金屬鏈齒72自入料官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i2i的規 乾至疋點’使文彈簧412頂觸而恆向推料導桿53靠觸的推塊46 能較遠離承料塊43，以使直向滑槽431内的頂片461前端與金屬 鏈w 72保持適當距離X (該距離χ也被推料凸輪軌槽⑵計算在 1278289 . 又前述推料導桿53初始定位點的控制在於驅動 ^馬達，其在停機時能受傳動軸1端部近接_ 13的控制: ^料凸輪12能旋轉至使頂片461前端與金屬鏈齒 I的定點，藉此再度啟動機器時，能確保推塊46的推== 块，以避免有鏈齒漏夾的情形發生。 丁耘…、 值备Γ如圖8、圖9所示，為本發明的動作示意圖，__可知火 傳動軸i帶動夹壓凸輪11#推料 虽 、 動，虽推塊46前進時便以頂片461將單一金屬#去 隹至定位處（直向滑槽431與橫向滑槽4犯 卷典w =較帶動兩侧夹具6以夹桿62夹堡金屬鏈齒7田拉月座5月; 上，當推塊46後退時頂片·便後移 拉鏈^ =^ =再度落至承料塊的直向滑槽431内，當 :動兩侧夾具6的夾桿62分開轉備下―個夾壓動作， 輪12與越凸輪11轉動的傳動軸1能同步帶動另—控制 輪送的皮帶輪23轉動，故拉鏈帶71能於每一夹壓ς作 元成後繼續移動以進行下個金屬鏈齒72的夹屢。 裝置ΙοΠ 113，’為本發贼壓缸物圖，夾壓 ^主叙乳堅虹是受前述傳動軸1上的近接開關所控制，而其啟 Μ也由電腦計算好的凸輪131配合感應器谈來動舍氣 未下降時，推塊46受推料導桿53的帶動= (^圓/所溝422内往覆運動，以計算好的時間差進行推料 梅塊4 ==^=452下降時’頂桿452能止 «科¥杯53後退（如圖13所示），而在頂桿侃 :1278289222 is synchronously driven to control the belt (four) conveyed by the zipper belt to rotate, and between the two transmission shafts, the Feng & wheels 14 15 , 24 , 25 S are coupled to rotate synchronously; the proximity switch 13 is composed of a cam 131 and an inductor 132 The embossing cam ^ and the pushing groove 12 of the pushing cam 12, 121 are available for the sliding guide 52 and the pushing guide 53 respectively as the end bearing 521 531 (as shown in FIG. 9 and FIG. Embedding, while the slide guide 52, the dip, and the rod 53 are both locked and mated with the members of the crimping device 2, because the pressure loss cam 11 and the push cam 12 rotate, slipping The seat guide rod 52 and the pusher guide rod 53 are moved in an unequal distance after the boring according to the path of the computer. 4 is a perspective view of the crimping device of the present invention, the three-dimensional structure, the structure is as shown in FIG. 5 'It is known from the figure that the crimping device 20 includes a base 41 having sliding 411 on both sides, a base block 42 fixed on the base 41 and having a receiving groove 421, a guiding groove 422, and a slit 423; a receiving block 43 disposed on the base pocket 421 0, the top surface of which has a straight direction and a lateral direction a chute 43 432; a feed tube fixed to the base block 42. The hopper 44 has a grooving groove 441 for vertically stacking a plurality of metal element teeth π (as shown in FIG. 13), and can be coupled with a vibration plate (not disclosed) for accommodating more metal teeth of the I. a pneumatic cylinder 45 fixed to the base block 42 by the base 451; - a sliding seat 5 having guide holes 51 on both sides for the sliding rod 411 of the base 41; a fixed! 278289 seat 5, the side and the end is embedded with the bearing 521 into the π seat % dry 52 of the groove in the pressure loss cam u, the two clamps 46 fixed on both sides of the slide 5, the top end of the push block has a top into the secret block = ^31 inner lower end of the guide block 422 through the base block 42 is placed on the base 41 2 spring 412 top contact; - the pusher guide 53 is arranged inside the base guide groove, the push:, dry 53 The top end push block 46 (since the push block 46-end is subjected to the top contact of the spring 412, the other end thereof is in close contact with the pusher guide 53), and the other end is embedded with the bearing 531 to describe the pusher cam 12 Slot 121 β (please refer to Figure 3 at the same time). In addition, the three-dimensional exploded structure of the jig 6 is shown in Fig. 6. It is a push rod 61 having two sides 61 i at one end, one end is inserted into the lateral chute of the receiving block 43, and the other has a diagonal groove 621. And the clamping rod of the inclined surface 622 near the end of the inclined surface 611 of the push rod is made to be fixed to the inclined surface 611 of the push rod, and is composed of the pressing piece 63 in the inclined/slot 621 of the clamping rod by the oblique guiding block 631; The seat 5 drives the push rod forward and backward, and the clamping rod 62 can move left and right in the lunar groove 432 of the receiving 曰 ▲ 43 by the cooperation of the inclined groove 621 and the pressing block 631 (Fig. 8) And shown in FIG. 9; further, the cooling piece is inserted into the end of the receiving block 43 to the sliding slot 432 to extend a piece 623 slightly higher than the thickness of the metal element 2 to perform the clamping action. The sprocket 72 is contained to prevent the key w 72 from being light, and it is indeed clamped to the zipper tape 71 (as shown in Fig. 7 and Fig. η). As shown in Fig. 7, the partial position of the Wei Wei set is the initial position of the detachable metal element 72 from the feed member 44 (not disclosed) to the receiving block 43. In the straight sliding chute 431, the pusher guide rod 53 is pressed by the pusher cam slot i2i to the point of the picking point, so that the spring spring 412 is in contact with the pushing block 46 of the constant pushing guide 53 can be farther away. The material block 43 is such that the front end of the top sheet 461 in the straight chute 431 is maintained at an appropriate distance X from the metal chain w 72 (this distance χ is also calculated by the push cam rail groove (2) at 1278289. The aforementioned pusher guide 53 The control of the initial positioning point is to drive the motor, which can be controlled by the end of the transmission shaft 1 when the machine is stopped: the material cam 12 can be rotated to the fixed point of the front end of the top piece 461 and the metal element I, thereby again When the machine is started, the push== block of the push block 46 can be ensured to avoid the occurrence of the chain tooth missing clamp. Ding 耘..., the value is as shown in FIG. 8 and FIG. 9 , which is a schematic diagram of the operation of the present invention, _ _ It can be seen that the fire drive shaft i drives the pinch cam 11# to push and move, although the push block 46 advances, the top piece 461 is used to pull the single metal # to the positioning position (straight chute 43) 1 and the transverse chute 4 smashed the code w = the two sides of the jig 6 are driven by the clamping rod 62 to clamp the metal chain teeth 7 Tianlu lunar seat in May; on the top, when the push block 46 retreats the top sheet · the post-moving zipper ^ =^ = again falling into the straight chute 431 of the receiving block, when the clamping levers 62 of the two side clamps 6 are separately turned and replaced by a clamping action, the transmission shaft 1 of the wheel 12 and the cam 11 can rotate Simultaneously driving the other-controlled pulley 23 to rotate, so that the zipper belt 71 can continue to move after each nip is made to carry out the clamping of the next metal sprocket 72. Device ΙοΠ 113, 'this thief The pressure cylinder map, the pinch pressure ^ main sniper jianhong is controlled by the proximity switch on the aforementioned transmission shaft 1, and its opening is also calculated by the computer-calculated cam 131 with the sensor to prevent the air from falling. Push block 46 is driven by pusher guide 53 = (^ circle / groove 422 in the overlying movement, with a calculated time difference to push the block 4 == ^ = 452 when the drop 452 can stop ¥ Cup 53 back (as shown in Figure 13), while in the ejector 侃: 1278289
及推料頂卜53再度帶動推塊46推料的這段週期時間内推塊 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 作出如圖14所_具有分段絲齡屬拉鏈73，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pLC使用） 控制’、人承料塊43設有一播料桿433，該擔料桿433具有辅 助金屬鏈齒72落至直向滑槽431内的定位功能（請參閱圖7、圖 7A所示），且擋料桿433以彈性件伽雜於承料塊奶上，能於 頂片461推料時順勢的被下壓並藉此使頂片461與鍵齒^，、 然後再復原至原位。 μ ’ 了本發明的構造、 ，遂爰依法提出發 以上，係依據圖面所示的實施例詳細說明 特徵及作用效果，由於符合新穎及進步性要件 明專利申請。And the pusher top 53 again pushes the push block 46 to push the material during the period of time during which the push block is still not pushed, but the transport of the zipper tape 71 is continued, so that it can be produced as shown in Fig. 14 The length of the segment is a zipper 73, and the length of the segment distance can be controlled by the proximity switch 13 (the proximity switch 13 can calculate the number of teeth and is used with the pLC). The human receiving block 43 is provided with a broadcast rod 433, which is provided with a spreader rod 433. The positioning function of the auxiliary metal sprocket 72 falling into the straight sliding slot 431 (please refer to FIG. 7 and FIG. 7A), and the stopper rod 433 is entangled with the elastic member on the receiving block milk, and can be used for the top sheet When the 461 pushes the material, it is pressed down and the top sheet 461 and the key teeth are thereby returned to the original position. μ ′ The structure of the present invention, 遂爰 提出 提出 以上 以上 以上 , , 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上 以上
12 1278289 . 【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 傳動軸 11 夾壓凸輪 111 軌槽 12 推料凸輪 121 執槽 13 127828912 1278289 . [Simple description of the drawings] Fig. 1: Schematic diagram of the stereoscopic appearance 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 the 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 1 Transmission shaft 11 Clamping cam 111 Rail groove 12 Pushing cam 121 Slot 13 13278289
13 近接開關 131 凸輪 132 感應器 14〜15傘型齒輪 2 傳動軸 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 • 1278289 承料塊 直向滑槽 橫向滑槽 擋料桿 彈性件 入料管 軌槽 氣壓缸 座台 頂桿 推塊 頂片 滑座 導孔 滑座導桿 軸承 推料導桿 軸承 夾具 推桿 斜面 夾桿 1278289 斜溝槽 斜面 擋片 壓塊 斜導塊 拉鏈帶 金屬鏈齒 金屬拉鏈 滾輪 滾輪 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 • 1278289 Feed block Straight chute Lateral chute Stopper rod Elastic member Feed pipe Rail groove Pneumatic cylinder table Top rod Push block top slide Slide guide Slide guide Bearing push guide Rod bearing clamp Push rod Inclined clamp 1278289 Oblique groove bevel block Clamp oblique guide block Zipper with metal chain tooth metal zipper roller roller