209837 C6 D6 經濟部中央櫺準局員工消贽合作社印製 五、創作说明（1 ) 本創作係有關於一種飾品銅爪製造的方法及其裝置創0ί者，特別是指 一種於一部槪上以一次沖壓卽能製造成型之方法及以飾品銅爪結構特徵並 配合傳統的送料機及冲床使用特性而設計而成之連續冲模結構，以提高經 濟效益、降低成本爲目的者。 飾品銅爪鍊是一種手工性質之飾品，其製程甚爲費時費工乃大衆所熟 悉之事貿，本案申請人有鑑於是個過來人且親身體經之苦，乃著手硏究一 切可行之改進方法及其設備，數經幾次失敗經驗後，深知欲使其符合現代 之經濟效益，唯有從其製程方法徹底改進並配合現有之設備硏究出一具專 屬於飾品銅爪錬之裝置爲最適宜，緣是，本案經過幾次波折後終而誕生。 是以，本案方法之主要目的在於提供一種不但能配合傳統的沖床及送 料機爲其設備並於一擦上一次沖壓完成飾品銅爪鍊之方法者。 本發明再一目的在於提供一種不但能配合傳統沖床及送料機等機器逾 應用而勿需另設配合之新設備外，同時本身結構亦能排列成直綫式及垂直 式兩種型式結構體之連績沖模者0 有關本發明之方法及其裝置，茲擧一方塊圖及配合一實施例說明如下 ，俾使貴審査委員對於本發明之目的及功效能更深入而具體的肯定。 首先誚參閱第一瞬，係本案方法之方塊圖，本發明所提供之方法係先 將帶料⑴裁剪成錶石件⑽及連接件⑼等兩元件展開後之面積大小’復經過 兩具送料_(A ) ( B )，由兩端同時進入一具特別設計之連續沖棋C P -regressive d i e )@內s藉由習用沖床（C )連作，使將 被结入之兩帶料⑽(11).經過上述連_沖模⑵內部特殊結構作用，由該連續沖 楔⑵兩端口遂漸向中心移動，而钠兩帶智⑽⑼同時經由導孔沖程（100 )( 110 )預型泞程（m ) ( 1丨1 )及成型冲程（102 X112)到最後兩交會處 完成連結成一次沖壓完成飾品_爪鍊之目的者。至於其裝置主要 (讣先«I讀背面之注意事項再填坧本頁) 裝· .打· .線. 本紙烺尺度適州中國阐家檁準（CNS) 规怙（210x297公货） 209837 C6 D6 經濟部中央標準局只工消費合作社印91 五、i_)作说明（2 ) 是指配台本方法而特別設計製成之連_沖模（progressive d i e s )⑵，如第二•三•四圖所示，卽連續沖模⑵之下笔具結構俯視圖。 由圖式顯示，其左右兩邊各設有一進料口如⑼，對稱於中心綫前後兩邊並各 設有排列整齊之浮昇梢©(23，於其對稱設置之兩排浮昇橡梢炫)⑽間，由兩_ 口 (20(21)向中央處漸進設有導孔以IG5)、預型刀具（泌）（27 )及成型刀具（ 28 ) ( 29 >爾1 一設於交會處之連結7}具_，其中預型刀具（26 )(万）依飾 品銅爪鍊之镶石件及連接件等形狀而設計成者，如鑲石件之預型刀具（26J) 則係以_石件展開成平面之形狀而設，其刀口亦卽排除廢料用出口（ 260)_， 而連接件之成型刀具（29 )則爲兩副刀具（290 )( 291 )所組成，每副刀 具邊各設有廢料出口（290 a )( 291 a )，而錶石件成型刀具爲三個凸塊 (280 ) ( 281 ) (<282 )組合而成，其中央凸塊（281 )係爲固定式而左右 雨凸塊（280 )( 28 2 )下設有壓縮彈餐（280 a )( 282 a )，當上下模具 冲合時，該兩凸塊（ 28 0 ) ( 28 2 )因下設有Μ縮彈簧之故，故能下移使平 面之預型鑲石件成型，當上模具脫離下模具時，左右兩凸塊（280 )( 282 ) 上昇一併將沖壓成型之鑲石件帶上同時配合送料機（A )( Β )之推送作用 ，使成型之鑲石件0〇)與連接件⑴逐步向沖模中心位置移動，而於連結刀具⑽ $交會，經上下模具再次冲合，成型之鑲石件(10)及摔谤件⑽旬相互連接在一 起由成品成出口（ 40 )排出，達到一次沖壓卽能完成飾品銅爪錬之目的者， 如第五圖所示，是故，本案所揭露之裝罾置，不僅能完全配合本發明之方法 需求（可依飾品銅爪鍊大小不同設計成兩毺型式以節省帶料之浪費），而且 •祐在勿需特別設計設備相配合下而以現有沖床、送料機等設傰應用達到以一 次沖虛完成飾品銅爪鍊目的，此外，本__露之裝置，由於其結旗特徵， 不但能設計成直綫式結構外，更能依大號的飾品鈉爪鍊需要排列成垂直式， 以節省帶料符合經鹆效益，如第六、七圖所示，卽以連接刀具⑽爲基準，將 ί請先閃讀背面之注意事項再填寫本页) 本紙张尺度適川中囷國家標iMCNS) TM规格（210x297公垃） 209837 C6 D6 五、I】作说明（3 ) 鎗石件（10 )與連接件ill)兩冲程以90度方式排列設置，由於其鑲石件⑽展 丨補面積甚大如第五圖所示，若而應用直綫式之鑲石件沖程結構，勢必浪費 帶料，故對其沖程結構作局部之修改，卽將導孔⑽放盧於中心鰱上，而預 型刀具（26 )之形狀，則與直綫式之該結構形狀相反，而於預型刀具（26 )及成型刀具（28 )間並另設一方型孔刀具（D )後再經成型刀具（28 ) 之沖壓，則鑲石件《))卽既型，最後與成型之連接件U1)於交會處之連結刀具 (30 ) _h交會，並由上下模具再次沖合而完成大型的飾品銅爪鍊者， 圖式說明： 第一圖所示爲本發明之方法方塊圖。 第二圖.所示爲太發明之直礴式連續沖模下模具俯視圖。 第三圖所示係本發明所分層製成乏鑲石件成型過程圖。 第四圖所示係本發明所分層製成之連接件成型過程圖。 第五圖所示係本發明之直綫式連續沖模剖視圖。 第六圖所示係本發明之fil直式連續沖模下模具俯視圖。 第七圖所示係本發明垂直式連續冲模製成下之鑲石件成型過程圖。 (請先聞讀背面之注意事項再蜞寫本頁) .打· .線. 本紙张尺度適州屮國S家H1-(CHS)τ4规格（21 οX297公切)209837 C6 D6 Printed by the Employee Consumers Cooperative of the Central Boundary Bureau of the Ministry of Economic Affairs 5. Creation Instructions (1) This creation is about a method of manufacturing copper claws for jewelry and its device creation, especially refers to a type on a bar It is a continuous punching die structure designed by the method of one-time stamping and capable of forming and forming, which is based on the characteristics of the ornamental copper claw structure and the use characteristics of the traditional feeder and punch, in order to improve economic efficiency and reduce costs. The jewelry copper claw chain is a kind of hand-made jewelry. Its manufacturing process is very time-consuming and labor-intensive. It is a matter familiar to the public. The applicant in this case is to study all feasible improvements and methods in view of the fact that he is a person who has come through and experienced the pains of his own body. Its equipment, after several failed experiences, knows well that it is in line with modern economic benefits. Only by thoroughly improving its manufacturing method and cooperating with the existing equipment, it is most suitable to research a device dedicated to the ornamental copper claws. It is appropriate that the case was born after several twists and turns. Therefore, the main purpose of the method in this case is to provide a method that can not only cooperate with the traditional punching machine and feeder as its equipment, but also complete the jewelry copper claw chain by one stamping. Another object of the present invention is to provide a new type of equipment that can not only cooperate with traditional punches and feeders and other machines without the need for new equipment, but also can be arranged into two types of linear and vertical structures. Achievements of the model 0 The method and device of the present invention are described below with reference to a block diagram and an embodiment, so that your reviewer can affirm the purpose and effectiveness of the present invention more deeply and specifically. First of all, please refer to the first moment, which is a block diagram of the method in this case. The method provided by the present invention first cuts the tape ⑴ into surface stone pieces ⑽ and connecting pieces ⑼ after the two components are expanded. _ (A) (B), from both ends into a specially designed continuous punching CP -regressive die) @ 内 s through the conventional punching machine (C), so that the two belts to be joined ⑽ (11 ). After the above-mentioned special function of the internal die ⑵, the continuous punching wedge ⑵ two ports gradually move toward the center, while the two belts of sodium ⑽ ⑼ pass through the pilot hole stroke (100) (110) at the same time pre-formed stroke ) (1 丨 1) and the forming stroke (102 X112) to the last two intersections to complete the connection into a stamping to complete the purpose of jewelry _ claw chain. As for its main installation (I will read the precautions on the back and then fill in this page). Install · · · · · Thread. The size of the paper is suitable for the Chinese State Council of China (CNS) regulations (210x297 public goods) 209837 C6 D6 The Central Bureau of Standards of the Ministry of Economic Affairs only prints 91. I_) for explanation (2) refers to the specially designed and manufactured joint _die (progressive dies) ⑵, as shown in the second, third and fourth figures As shown, the pen structure under the continuous die ⑵ top view. As shown in the figure, the left and right sides are provided with a feed port such as ⑼, symmetrical to the front and back sides of the center line, and each is provided with neatly arranged floating tips © (23, two rows of symmetrically arranged floating oak tips) ⑽ Between two ports (20 (21), there is a guide hole to IG5), pre-cutting tool (secret) (27) and forming tool (28) (29 > Seoul 1 is located at the intersection The connection 7} with _, in which the pre-shaped cutter (26) (ten thousand) is designed according to the shape of the inlaid pieces and connecting pieces of the jewelry copper claw chain, such as the pre-shaped cutter (26J) of inlaid pieces _The stone piece is developed into a flat shape, and its cutting edge is also used to exclude waste for export (260) _, and the forming tool (29) of the connecting piece is composed of two pairs of tools (290) (291), each pair of tools There are waste outlets (290 a) (291 a) on each side, and the surface stone forming cutter is composed of three bumps (280) (281) (< 282), and the central bump (281) is The fixed type and the left and right rain bumps (280) (28 2) are provided with compression bombs (280 a) (282 a). When the upper and lower molds are punched together, the two bumps (28 0) (28 2) With M shrinkage For this reason, it is possible to move down to form a flat pre-shaped mosaic piece. When the upper mold is separated from the lower mold, the two left and right bumps (280) (282) rise by one and bring the stamped molded mosaic piece together with the feed The pushing effect of the machine (A) (B) makes the shaped inlaid piece 0〇) and the connecting piece ⑴ gradually move to the center of the die, and at the intersection of the cutter ⑽ $, the upper and lower molds are punched again to form the inlaid stone Pieces (10) and slander pieces ⑽ are connected to each other and discharged from the finished product into an outlet (40) to achieve the purpose of one-time stamping to complete the ornamental copper claws, as shown in the fifth figure, so it is disclosed in this case The decoration can not only fully meet the needs of the method of the present invention (it can be designed into two types according to the size of the jewelry copper claw chain to save the waste of tape), but also without special design equipment to match Existing punch presses, feeders and other equipment are used to achieve the purpose of completing the jewelry copper claw chain in one punch. In addition, due to the flag-binding characteristics of this device, it can be designed not only in a linear structure, but also in large size. The jewelry sodium claw chain needs to be arranged Vertical type, in order to save the tape and meet the economic benefits, as shown in the sixth and seventh figures, based on the connecting tool ⑽, please read the precautions on the back first and then fill out this page) The paper size is suitable for Chuanzhong. National standard iMCNS) TM specifications (210x297 public waste) 209837 C6 D6 V. I] For explanation (3) Gunstones (10) and connecting parts ill) Two strokes are arranged at 90 degrees, due to its inlays ⑽ exhibition丨 The supplementary area is very large as shown in the fifth picture. If the linear stroke structure of stone inlaid is used, the material will be wasted, so the stroke structure will be partially modified, and the guide hole ⑽ will be placed on the central silver carp. The shape of the pre-shaped tool (26) is opposite to that of the linear type structure, and a square-shaped hole tool (D) is additionally provided between the pre-shaped tool (26) and the forming tool (28) and then the forming tool (28) stamping, then inlaid stone pieces ")) 弽 style, and finally with the forming connector U1) at the intersection of the connection tool (30) _h intersection, and the upper and lower molds are punched again to complete large jewelry copper claws Chain description: The first figure shows a block diagram of the method of the present invention. The second figure shows the top view of the lower die of Taixin's straight continuous die. The third figure shows the forming process diagram of the layered inlaid stone parts made by the present invention. The fourth figure shows the forming process of the connecting member made by layering according to the present invention. The fifth figure shows a sectional view of the linear continuous die of the present invention. The sixth figure shows the top view of the lower die of the fil straight continuous die of the present invention. The seventh figure shows the molding process of the inlaid piece made by the vertical continuous die of the present invention. (Please read the precautions on the back before writing this page). Hit the line. The size of this paper is suitable for the S1 H1- (CHS) τ4 specification (21 οX297 common cut)