M423.360 五、新型說明： 【新型所屬之技術領域】 本創作係-觀子結構及魏之是指—翻於汽車保 險絲方面之旗型端子結構改良。 【先前技術】 如第-圖所示’係一種已知用於保險絲之旗型端子構造。利用該旗型 • 端子設置在電路基板上提供保險絲之插接，以。 如該圖面所示’該旗型端子係以金屬板片材料沖壓製成，其構造一體 包括有：-基板⑴，具有-抽孔（1 !); 一延伸之插接部⑵，係由 該基板（1)向外延伸而成，且於兩側邊向内捲曲成圓筒型的形式；—延 伸之接觸臂（3)’自基板⑴相鄰插接部（2 ) 一側延伸而成，且設有 數個對應之鉚接片狀結構（川或鉚接腳，係突出於基板⑴表面’ 藉此提供該旗型端子與電路基板結合時形成電氣連接。 # 型端子存在已久，且廣泛地被業界使用，近年來，多數廠商為提 南其導電性’甚至為符合環保要求，乃捨棄銅材而_高縣之不绣鋼、 不绣鐵等㈣’適時地依客戶需求做鍍霧面等之表面加工處理，期能提昇 端子之使舰益’並增添市場上之辭力。惟如鱗法卻也導致成本不 斷提高，除轉效益不彰外，不㈣—種額外負擔。 尤其’長_來’娜型端子之製作過程中，會沖壓掉不少的材料形 成廢料，使插接部、接觸部成型後較為精巧美觀，卻也造成連接插部盘接 觸部之基板變得更為單薄，而潛藏著不利或影響工作電流通過之缺失；事 實上，這些材料並不會影響各部位之顧特性，然而，在量產該旗型端子 3 M423360 時’這種作法勢必會造成相當多的材料於製程中被捨棄，無形中造成不少 資源的浪費及成本的耗費’若能有效地加以利用，應能改善並提昇既有旗 型端子之特性與效能。 基於以上原因’本創作人乃苦思細索，積極研究試驗，加以多年從事 相關產品研發之經驗，终有本創作之產生。 【新型内容】 本創作主要目的在於提供一種旗型端子結構改良，係以充份利用材料 為主要訴求，將該旗型端子製作過程中被沖壓之餘料轉成為增加該旗型端 子整體之截面積，藉以容許流通較大之工作電流，並降低端子易受電流影 響導致損壞情形。 為達上述目的，本創作設計之旗型端子結構改良，包括有：一基板， v、有抽孔，延伸之插接部，係由該基板向外延伸而成，且於兩側邊向 内捲曲成關型的形式；—延伸之接㈣，自基板相鄰插接部—側延伸而 成，且設有數個對應之鉚接片狀結構（或鉚接腳），係突出於基板表面；其 主要改良之處，包含：於基板之抽孔相對邊緣形成有—定面積突起之第一 增料部，及於基板與插接部間之周圍邊緣形成較原突起面積大之第二增料 部；如此作法，可將原製程中視為餘料之部分充份利用，並直接轉為可用 之截面積’紐插接雜紐供功€錢通之細積增加，除達到 容許較大工作電流流通之功效外，並進而增加端子之導電性能及降低易受 電流影響導致損壞情形。 上述之旗型端子，更包括於接觸臂上之多數娜接片狀結構（或卿接腳） 間形成有一定面積突起之第三增料部。 解 23360 為更進-步了解本創作之特徵及技術内容，請參閱以下有關本創作之 詳細說明與賴，絲所關式僅提供參輕_，並_鱗本創作加 以限制者。 【實施方式】 請_第二圖所示’魏型端子仙具高導電性的金屬材料製成，其 構4匕括有基板（1 )，具有一抽孔（1 1 ); 一延伸之插接部（2 )， • 係由該基板⑴向外延伸而成，且於兩側邊向内捲曲成圓筒型的形式； 一延伸之接觸臂（3 )，自基板（1)相鄰插接部⑵-側延伸而成，且 設有數個龍續糾狀結構（川（續獅），駭出於基板⑴ 表面’藉此提供該翻料與基減合咖絲氣連接。 請接續參閱第三圖所示，關於本創作的主要特徵，係在於包含： 於基板⑴之抽孔（11)相對邊緣形成有-定面積突起之第—增 料部⑷，以及於基板⑴與插接部⑵間之删邊緣形成較原勘 • 面積大之第二增料部（5 );該第一增料部（4)及第二增料部（5)之形 狀不限。 如此作法，可將原製程中視為餘料之部分充份利用，並直接轉為可用 之截面積’促使插接冑⑵與基板⑴間提供工作電流流通之截面積 物’除達猶較大碎織通之功效外，並進而增加端子之導電性 倉b及降低易受電流影響導致損壞情形。 另外，本嫩計於旗型端子上增加截面積之作法，除 娜觸臂（3)上之多數繼狀結構⑴）（輪聊）間形成有一 疋面積突起之第三增料部（6)。 5 作上述之技辭段，—方面能有效地解決習用旗型端子於製 4程中無端浪費之材料，_轉材用資源做騎加基板等之截面積用 途，而不需要選擇_導電性佳且高成本之材料，而達骑低成本之高經 效益’另-方面，又得以改善因基板過於單薄細長，不利電流通過、 易受電流影料频料缺失，大幅啸昇_舒之導電性能。 以上說明書所揭為觸本創作較佳之可行實施例說明而已，惟該 實施例並_嫌定本創作之巾請專利，亦即其它未麟本創作响 7F之技藝精神下所完紅均袖b，均應包含於本餅之巾請糊範圍中。 【圖式簡單說明】 第一圖係一習用旗型端子之外觀圖。 第二圖係本創作一較佳實施例之旗型端子結構圖。 第三圖係本創作一較佳實施例之旗型端子剖視圖（一）。 第四圖係本創作一較佳實施例之旗型端子剖視圖（二）。 【主要元件符號說明】 抽孔（11) 接觸臂（3) 第一增料部（4) 第三增料部（6) 基板（1) 插接部（2) 鉚接片狀結構（31) 第二增料部（5)M423.360 V. New description: [New technical field] The creation department-view structure and Weizhi refer to the improvement of the flag-type terminal structure in the car insurance wire. [Prior Art] As shown in Fig. 1, a flag type terminal structure known for a fuse is used. Use this flag type • The terminal is set to provide a plug for the fuse on the circuit board. As shown in the figure, the flag type terminal is stamped from a sheet metal material, and the structure integrally includes: a substrate (1) having a --hole (1!); an extended plug portion (2) The substrate (1) extends outwardly and is curled inwardly into a cylindrical form on both sides; the extended contact arm (3)' extends from one side of the adjacent plug portion (2) of the substrate (1) And a plurality of corresponding riveted sheet-like structures (the Sichuan or riveting legs protrude from the surface of the substrate (1)' to provide an electrical connection when the flag-type terminal is combined with the circuit substrate. The #-type terminal has existed for a long time and is widely used. The ground is used by the industry. In recent years, most manufacturers have made the conductivity of the south of the country, even to meet the environmental requirements, but to abandon the copper material. _ Gaoxian's stainless steel, stainless steel, etc. (4) 'Timely according to customer demand for fogging The surface processing of the surface, etc., can enhance the terminal's ability to make the ship's profit and increase the market's resilience. However, the scale method also leads to the continuous improvement of costs, in addition to the benefits of the transfer, not (four) - an extra burden. In the process of making 'long_lai' Na-type terminals, many will be punched out. The material forms waste material, which makes the plugged part and the contact part more compact and beautiful, but also causes the substrate connected to the contact part of the plug-in disk to become thinner, and the hidden or unfavorable influence of the passing of the working current; in fact, These materials do not affect the characteristics of each part. However, when mass-producing the flag terminal 3 M423360, this method will inevitably cause a considerable amount of material to be discarded in the process, which will inevitably waste a lot of resources. If the cost of the cost can be effectively utilized, it should be able to improve and enhance the characteristics and performance of the existing flag-type terminals. Based on the above reasons, the creator is thinking hard, actively researching and testing, and has been engaged in research and development of related products for many years. Experience, the end of this creation. [New content] The main purpose of this creation is to provide a flag-type terminal structure improvement, which is based on the full use of materials as the main demand, the flag-shaped terminal in the process of being stamped It increases the cross-sectional area of the flag-type terminal as a whole, thereby allowing a large operating current to flow and reducing the terminal's vulnerability to current. In order to achieve the above objectives, the flag-type terminal structure of the present design is improved, including: a substrate, v, a perforated, extended plug portion, which is formed by extending outwardly from the substrate, and on both sides The side is curled inwardly into a closed form; the extended joint (four) extends from the adjacent plug-in side of the substrate, and is provided with a plurality of corresponding riveted sheet-like structures (or riveting feet) protruding from the surface of the substrate The main improvement includes: forming a first material-increasing portion with a predetermined area on the opposite edge of the hole of the substrate, and forming a second increase in the area of the original protrusion between the substrate and the peripheral portion of the plug portion In this way, the part of the original process can be fully utilized as the remaining material, and it can be directly converted into the usable cross-sectional area. In addition to the effect of current circulation, and further increase the conductivity of the terminal and reduce the damage caused by the current is affected. The above-mentioned flag type terminal further includes a third material feeding portion formed with a certain area of protrusion between a plurality of nano-plate-like structures (or cleat pins) on the contact arm. Solution 23360 For a more in-depth understanding of the features and technical content of this creation, please refer to the following detailed description of the creation and the reliance on the creation of the creation, only to provide light _, and _ scale creation to limit. [Embodiment] Please as shown in the second figure, the 'Wei-type terminal' is made of a highly conductive metal material, and the structure 4 includes a substrate (1) having a punching hole (1 1 ); The connecting portion (2), • is formed by extending outwardly from the substrate (1) and is crimped into a cylindrical shape on both sides; an extended contact arm (3) is inserted adjacent to the substrate (1) The joint (2)-side extension is formed, and there are several dragon-continuation-like structures (Chuan (continued lion), which are provided on the surface of the substrate (1) to provide the connection between the flip and the base minus the coffee. Please refer to As shown in the third figure, the main feature of the present invention is that the first portion of the hole (11) of the substrate (1) is formed with a protrusion-fixing portion (4) of a predetermined area, and the substrate (1) and the insertion portion are formed. (2) The cut edge between the two forms a second portion (5) larger than the original area; the shape of the first portion (4) and the second portion (5) is not limited. In the original process, the part of the residual material is fully utilized and directly converted into a usable cross-sectional area to promote the flow of working current between the plug-in port (2) and the substrate (1). The cross-sectional area 'except for the effect of the larger smashing and weaving, and further increase the conductive bunker of the terminal and reduce the damage caused by the current. In addition, the method of adding the cross-sectional area to the flag terminal In addition to the majority of the secondary structure (1) on the contact arm (3), a third portion (6) having an area of protrusion is formed. 5 For the above-mentioned technical terms, the aspect can effectively solve the problem that the flag-type terminal is used for waste in the four-step process, and that the material for the material is used for the cross-sectional area such as the riding and the substrate, without the need to select _ conductivity. Good and high-cost materials, and the high cost of riding the low cost of the other side, but also improved because the substrate is too thin and slender, unfavorable current flow, easy to be missed by the current shadow material, a large rise _ Shu conductive performance. The above description is illustrative of a preferred embodiment of the preferred embodiment of the present invention. However, the embodiment is not intended to be a patent for the creation of the towel, that is, the other skills of the unfinished creation of the 7F. It should be included in the scope of the bread. [Simple description of the drawing] The first figure is an external view of a conventional flag type terminal. The second figure is a diagram of a flag type terminal structure of a preferred embodiment of the present invention. The third figure is a cross-sectional view (1) of a flag type terminal of a preferred embodiment of the present invention. The fourth figure is a cross-sectional view (2) of a flag type terminal of a preferred embodiment of the present invention. [Description of main component symbols] Drilling hole (11) Contact arm (3) First feeding part (4) Third feeding part (6) Substrate (1) Plug part (2) Riveted sheet structure (31) Second feeding department (5)