M268959 八、新型說明： 【新型所屬之技術領域】 本創作為_種拉賴’其健—種在拉鍊頭裝設有_拉環，雜環上設有 -未閉合之槽孔，該槽孔中設有—可將鍊條閉合·啟之卡抵元件，而令卡抵 兀件在受雜環之姉，將鍊條閉合時，可藉由槽孔未閉合之設計，輕易將拉 環扯離拉鍊頭，以確保鍊條保持在閉合狀態者。 【先前技術】 按，一般傳統之拉鍊頭，其裝置構造包括有·· 一銜合元件，該銜合元件上設有一沿水平方向開設之槽孔，該槽孔一端 設有連接框體兩邊之播頭，且銜合元件在遠離擋頭之一端上設有槽孔，該槽孔 並與槽孔相連通，另，銜合元件在鄰近槽孔處設有樞座，該樞座中設有凹入之 缺口； 一拉環，其係樞設在樞座上，該拉環在樞座之缺口中設有沿拉環水平方 向凸伸之頂持部； 一卡抵元件，該卡抵元件一端固定在銜合元件具有擋頭之端邊上，另一 端則經缺口並壓靠在缺口上之拉環上，而插套在槽孔中，該卡抵元件插套於槽 孔之一端上設有凸出之止擋部，該止擋部恰可凸露於與槽孔相連通之槽孔中。 此種裝置構造在使用時，係令銜合元件夾置當在齒條上，再將拉環向上 拉扯，使拉環未與銜合元件樞接之一端遠離銜合元件，而使與拉環保持平行之 頂持部亦隨之移動，抵壓在卡抵元件上，而使卡抵元件插套在槽孔中之一端向 上移動，進而使該端原本凸伸在槽孔中之止擋部隨之縮移在槽孔中，讓銜合元 M268959 件可順利在齒條上滑動，反之，如銜合元件到達預定位置時，先將手鬆離拉環， 使拉環自然垂落在銜合元件上，以使拉環上之頂持部可隨之移動，不再抵壓在 卡抵元件上，而使卡抵元件一端之止擋部可回到槽孔中，進而抵壓在齒條上， 以使銜合元件可固定在所在位置上，不致向下滑落。 如上所述可知，此種裝置構造主要係藉由拉環控制卡抵元件，令拉鍊頭在 齒條上來回移動，而將齒條閉合或開啟，惟某些物品或環境，例如：布偶填充-娃娃、襯墊等等，僅需在製造時，藉由齒條之開啟，將填充處開露，而在填充-完畢後，透過拉環將開合之齒條加以閉合，但卻不希望消費者再次將填充處開鲁 啟，以及填充處因拉環而顯得凸出，如此一來，常會造成製造者之困擾。 【新型内容】 創作綱要： 為改進上述傳統式拉鍊頭之各種缺點，創作人經過長久努力研究及不斷 實驗，終於開發出本案之拉鍊頭。 本創作之一目的，在提供一種拉鍊頭，其在拉鍊頭上設有一樞座，該樞肇 座上樞設有一可活動之拉環，該拉環上設有一未閉合之槽孔，且在拉環上壓靠 有一具有彈性且橫貫拉鍊頭之卡抵元件，該卡抵元件一端嵌扣在槽孔中，另一 端則設有穿套於拉鍊頭之槽孔中之止擋部，令拉鍊頭夹置在齒條上時，可藉凸 露於拉鍊頭槽孔中之止擋部抵壓在齿條上，以使拉鍊頭可固定在齒條任一位置 上，反之，只要將拉環向上拉扯，拉環之即會頂靠在卡抵元件上，使卡抵元件 一端之止擋部隨之向上移動，而縮合在槽孔中，且當拉鍊頭到達指定位置上時， 可將拉環加以扭轉，使槽孔未閉合處在扭轉時形成一個開口，使拉環可脫離卡 9 M268959 抵元件，如此一來，即可令拉鍊頭停滯在所在位置上，使齒條維持在閉合狀態， 且可減少拉環所佔據之空間，使拉鍊頭縮減體積，不但組裝簡單且使用方便。 【實施方式】 為使貴審查委員對本創作之形狀、構造及其功效，能有更深一層的認 識與瞭解，茲舉一較佳實施例並配合圓式詳細說明如下： 請參閱第一圖所示，本創作係有關一種拉鍊頭，主要係指一種控制拉鍊 開合之拉鍊頭10，該拉鍊頭10上設有一銜合元件20，其為一框體，該銜合元 件20中設有一開槽21，該開槽21兩側各設有向内彎折之凸緣22，而在開槽 21 —端則設有一連接框體兩邊之擋頭23,且銜合元件20之表面上設有樞座 24，該樞座24上設有欲槽241，且該樞座24在遠離檔頭23之另一端上則設 有一穿孔25 ’該穿孔25並於開槽21相連通，且該穿孔25係設置在鄰近樞座 24處。 再者，該樞座24之嵌槽241上樞設有一拉環30，該拉環30可為具有塑 性之材料製成，抑或具有彈性之金屬製成，且該拉環3〇在靠近樞座24 —端上 設有一槽孔31，該槽孔31係呈未完全閉合狀。 此外，該槽孔31中嵌扣有一-^抵元件40，該卡抵元件40係一橫跨銜合 元件且具有彈性之金屬片體（惟熟悉該項技藝者，仍可以其它元件替代實施）， 該卡抵元件40 —端固定在樞座24上，另一端則插套在穿孔25中，該卡抵元 件40插套於槽孔25之一端上設有凸出之止擋部41，該止擋部41恰可凸露於 與穿孔25相連通之開槽21中。 請參照第二、三圖所示，當銜合元件2〇夾置在齒條上時（圖中未示），可 M268959 將拉環30向上拉扯，使拉環30未與銜合元件2〇樞接之一端遠離銜合元件2(p 而使與拉環30柢壓在卡抵元件4〇上，而使卡抵元件4〇插套在穿孔25中之一 端向上移動，進而使該端原本凸伸在開槽21中之止擋部41隨之縮移在穿孔25 中’讓銜合元件20可順利在齒條上滑動，反之，如銜合元件2〇到達預定位置 時，先將手鬆離拉環30，使拉環30自然垂落在銜合元件20上，以使拉環30 上不再抵壓在卡抵元件40上，而使卡抵元件40 —端之止擋部41可回到開槽· 21中，進而抵壓在齒條上，以使銜合元件2〇可固定在所在位置上，不致向下· 滑落，且當拉鍊頭10到達指定位置上時，可將拉環30加以扭轉，使槽孔31 _ 未閉合處在扭轉時形成一個開口，使拉環3〇可脫離卡抵元件4〇，如此一來， 即可令拉鍊頭10停滞在所在位置上，使齒條維持在閉合狀態，且可減少拉環 30所佔據之空間，進而使拉鍊頭之體積加以縮減(如第三圖所示）。 上述本創作僅以最佳實施例作舉例說明，對熟悉該項技藝之人員，當可 進行各種變化例，惟此等變化例，均應包括在本創作之精神及範圍内。 綜上所述，本創作「拉鍊頭」，在物品之形狀構造裝置上屬首先創作，具 有新穎性，能增進功效，且合於實用，堪稱一理想之新型創作。 【圖式簡單說明】 第一圖為本創作實施時之立體分解示意圖。 第二圖為本創作實施時之立體示意圖。 第三圖為本創作實施時之動作示意圖。 M268959 【主要元件符號說明】 拉鍊頭 10 銜合元件 20 開槽 21 凸緣 22 擋頭 23 樞座 24 敌槽 241 穿孔 25 拉環 30 槽孔 31 卡抵元件 40 止擋部 41 12M268959 8. Explanation of the new type: [Technical field to which the new type belongs] This creation is _ Kind of Lalai 'Qi Jian-Kind of _ pull ring is installed on the zipper head, and an unclosed slot is provided on the heterocyclic ring, the slot It is equipped with a snap-in element that can close and open the chain, and make the snap-in element receive the heterocyclic sister. When the chain is closed, it can easily pull the pull ring off the zipper when the chain is not closed. Head to ensure that the chain remains closed. [Previous technology] According to the general traditional zipper head, the device structure includes: an engaging element, the engaging element is provided with a slot opened in the horizontal direction, one end of the slot is provided with two sides connecting the frame A sow head, and the engaging element is provided with a slot on one end far from the stopper, and the slot is in communication with the slot; in addition, the engaging element is provided with a pivot seat adjacent to the slot, and the pivot seat is provided with A recessed notch; a pull ring, which is pivotally arranged on the pivot base, the pull ring is provided with a holding portion protruding in the horizontal direction of the pull ring in the notch of the pivot base; a snap element, one end of the snap element It is fixed on the edge of the engaging element with the stopper, the other end is notched and pressed against the pull ring on the notch, and is inserted into the slot, and the snap-in element is inserted on one end of the slot. There is a protruding stopper, which can be exposed in the slot hole communicating with the slot hole. When such a device structure is used, the engaging element is clamped on the rack, and then the pull ring is pulled upward, so that one end of the pull ring which is not pivoted with the engaging element is away from the engaging element, and the pull ring The parallel holding part also moves with it, pressing against the snap-on element, so that one end of the snap-on element inserted in the slot moves upward, so that the end originally protrudes in the stop portion of the slot. It is then retracted into the slot, so that the engaging element M268959 can smoothly slide on the rack. On the contrary, if the engaging element reaches the predetermined position, loosen the hand from the pull ring first, so that the pull ring naturally hangs on the engagement. On the element, so that the holding part on the pull ring can move with it, no longer pressing on the snap-on element, and the stopper on one end of the snap-on element can be returned to the slot, and then pressed on the rack So that the engaging element can be fixed in its position so as not to fall downward. As can be seen from the above, the structure of this device is mainly based on the pull-loop control of the snap-in component, which makes the zipper head move back and forth on the rack, and closes or opens the rack, but certain items or environments, such as: puppet filling -Dolls, pads, etc., only need to open the filling place by opening the rack when manufacturing, and after the filling is completed, the opened and closed rack is closed by the pull ring, but it is not desired The consumer once again opened and closed the filling place, and the filling place appeared to be protruding due to the pull ring. As a result, it often caused trouble to the manufacturer. [New content] Outline of creation: In order to improve the various shortcomings of the traditional zipper heads mentioned above, the creators finally developed the zipper heads in this case after long-term research and continuous experiments. One of the purposes of this creation is to provide a zipper head, which is provided with a pivot seat on the zipper head, the pivot seat is provided with a movable pull ring, the pull ring is provided with an open slot, and the pull The ring is pressed against a snap element with elasticity and crossing the zipper head. One end of the snap element is buckled in the slot, and the other end is provided with a stopper which is sleeved in the slot of the zipper head, so that the zipper head When clamped on the rack, the stopper protruding from the slot of the zipper head can be pressed against the rack, so that the zipper head can be fixed on any position of the rack, otherwise, as long as the pull ring is upward Pull, the pull ring will abut against the snap-on element, so that the stopper at one end of the snap-on element will move upward and condense in the slot, and when the zipper head reaches the designated position, the pull-down ring can be Twist it so that the opening of the slot is closed when twisted, so that the pull ring can be released from the card 9 M268959 abutment element. In this way, the zipper head can be stopped in place and the rack can be kept closed. And can reduce the space occupied by the pull ring, so that the zipper head is reduced in size , Not only simple to assemble and easy to use. [Implementation] In order to allow your reviewers to have a deeper understanding and understanding of the shape, structure and effects of this creation, a preferred embodiment is described in detail below in conjunction with the round form: Please refer to the first figure This creation relates to a zipper head, which mainly refers to a zipper head 10 that controls the opening and closing of the zipper. The zipper head 10 is provided with an engaging element 20, which is a frame body. The engaging element 20 is provided with a slot. 21, two sides of the slot 21 are provided with inwardly bent flanges 22, and a stopper 23 connecting the two sides of the frame body is provided at the end of the slot 21, and a pivot is provided on the surface of the engaging element 20. A seat 24 is provided with a groove 241 on the pivot seat 24, and a perforation 25 is provided on the other end of the pivot seat 24 away from the head 23, and the perforation 25 communicates with the slot 21, and the perforation 25 is It is arranged adjacent to the pivot base 24. Furthermore, a pull ring 30 is pivotally provided on the inserting groove 241 of the pivot base 24. The pull ring 30 may be made of plastic material or elastic metal, and the pull ring 30 is near the pivot base. A slot hole 31 is provided on the end of the 24-hole, and the slot hole 31 is not completely closed. In addition, the slot 31 has a-^ abutment element 40 in the buckle. The abutment element 40 is a metal sheet body with elasticity across the engaging element (but those skilled in the art can still use other elements instead). The one end of the latching element 40 is fixed on the pivot base 24, and the other end is inserted into the through hole 25. The latching element 40 is inserted on one end of the slot 25 and is provided with a protruding stopper 41. The stopping portion 41 can be exposed in the slot 21 communicating with the through hole 25. Please refer to the second and third figures. When the engaging element 20 is clamped on the rack (not shown in the figure), M268959 can pull the pull ring 30 upward so that the pull ring 30 is not in contact with the engaging element 2〇 One end of the pivot joint is far away from the engaging element 2 (p, so that the ring 30 is pressed against the latching element 40, and the latching element 40 is inserted into one end of the perforation 25 to move upward, so that the end is originally The stopper 41 protruding in the slot 21 is then retracted in the perforation 25 to allow the engaging element 20 to slide on the rack smoothly. On the contrary, if the engaging element 20 reaches the predetermined position, first move the hand Loosen the pull ring 30 so that the pull ring 30 naturally hangs on the engaging element 20, so that the pull ring 30 is no longer pressed against the snap-in element 40, and the stop portion 41 at the end of the snap-in element 40 can Return to the slot 21, and then press against the rack so that the engaging element 20 can be fixed in the position, so that it will not slide downwards, and when the zipper head 10 reaches the designated position, it can be pulled The ring 30 is twisted, so that the slot 31 _ is opened when the unclosed part is twisted, so that the pull ring 30 can be disengaged from the snap element 40, so that the pull can be made The head 10 is stagnated at the position, so that the rack is maintained in a closed state, and the space occupied by the pull ring 30 can be reduced, thereby reducing the volume of the zipper head (as shown in the third figure). The best embodiment is exemplified. For those who are familiar with this skill, various changes can be made, but these changes should be included in the spirit and scope of this creation. In summary, the "zippers of this creation" "It is the first creation on the shape and structure of the article. It has novelty, can enhance efficacy, and is practical. It can be called an ideal new creation. [Simplified illustration of the drawing] The first picture is the three-dimensional figure when the creation was implemented. Exploded view. The second figure is a three-dimensional schematic view of the implementation of the creation. The third picture is a schematic illustration of the operation of the creation. M268959 [Description of the main component symbols] Zipper head 10 Engagement element 20 Slot 21 Flange 22 Stopper 23 Pivot seat 24 Enemy slot 241 Perforation 25 Pull ring 30 Slot hole 31 Abutment element 40 Stopper 41 12