413646 Λ7 B7 五、發明說明（I ) 本發明係關於一種金屬排釘之製程及其結構，尤指一 種生產成本低、生產程序簡單而且可使各金屬釘恆保持呈 平直併列且近似於平板狀型態，以利於裝設入打釘鎗當中 之實用性結構者》 按’金屬排钉係為一種運用於打釘錄當中，以將兩個 以上之物件快速且準確的釘合固定之結構者。 習用的金屬排釘（4 0 )結構係如第五圖及第六圖所 示’其係將多數的金屬釘（4 1 )藉由一固定構件（4 2 )而形成成排併列固定之型態。 由於此種習用的金屬排釘之固定構件係為塑膠材質， 而且其生產時，係利用射出模具並將金屬釘預先置於其模 穴當中’成型後即形成併列固定的成排型態，所以，此種 金屬排釘尚必須藉助於一射出模具方可生產，故其生產成 本較高’再者，當欲併列固定之金屬釘的尺寸大小有所改 變時，則可能還必須再更換具有與其尺寸大小相配合之模 穴的模具方可生產，故其生產程序較為麻煩，另外，由於 以塑膠材質製成之固定構件本身材質的比重較金屬釘輕而 且材質較軟，所以當金屬釘受固定構件固定定位時，固定 構件的強度並不足以將各金屬釘支撐併列呈近似平板狀型 態’而會有撓曲的情形產生，而造成金屬排釘欲裝設於打 釘鎗當中時的困難》 有鑑於此，本發明者乃設計本發明金屬排釘之製程及 其結構’藉以提供一種生產成本低、生產程序簡單而且可 使各金屬釘恆保持呈平直併列且近似於平板狀型態，以利 本紙張尺度適用尹國國家標準（CNSM4規格（210 κ 297公釐） ---------------裘--- f 1' {請先閱讀背面之注意事項再填寫本頁> 訂· -線· 經濟部智慧財產局員工消費合作社印製 413646 Λ7 B7 五、發明說明（；/) 於裝設入打釘餘當中之結構者β 本發明設計之主要目的在於：提供一種生產成本低、 生產程序簡單而且可使各金屬釘恆保持呈平直併列且近似 於平板狀型態，以利於裝設入打釘鎗當中的金屬排釘之製 程及其結構，當金屬釘受震動盤整理使其呈同方向併列於 送料導槽中以輸送至第一、二、三釘輪處時，金屬釘會先 由送料導槽中逐一落於第一釘輪的嵌槽中，再由第一釘輪 轉運送到第二釘輪的嵌槽中，同時第二釘輪一側的兩主銅 極輪會將第二、三銅線桿固於各金屬釘一側，位於第二釘 輪另一側的副銅極輪則會將第一銅線焊固於各金屬釘的另 一侧，所以金屬釘藉由各銅線於其兩側同時產生限位作用 ’可避免產生撓曲’而且其具有不需要另外製做模具來生 產，以及不受金屬釘之尺寸大小影響優點，故可達到其主 要設計的目的。 為使貴審查委員能更進一步瞭解本創作之結構、特 徵及其主要設計目的，茲附以圖式詳細說明如后： (一） 圖式部份： 第一圖：係本發明金屬排釘之平面示意圖β 第二圖：係本發明金屬排釘之斷面示意圖β 第三圖：係本發明金屬排釘成型裝置之局部平面示意圖。 第四圖：係本發明金屬排釘成型裝置之局部平面示意圖。 第五圖：係習用金屬排釘之平面示意圖。 第六圖：係習用金屬排釘之剖面示意圖。 (二） 圖號部份： ______4 冬紙張尺度過用τ國國豕標丰（CNS)A4規格（210 X 297公餐 (清先閱讀背面之注意事項再填寫本頁) 訂---------線— 經濟部智慧財產局員工消費合作杜印製 -J9 I ft . 41SG46413646 Λ7 B7 V. Description of the invention (I) The present invention relates to a process and structure for a metal row nail, especially a low production cost, simple production process, and can keep the metal nails in a straight parallel and approximate to a flat plate Shape, in order to facilitate the installation of practical structures in the nail gun "Press" Metal row nail system is used in nailing record to fast and accurate nailing and fixing of two or more objects By. The conventional metal row nail (40) structure is as shown in the fifth and sixth figures. 'It is formed by fixing a majority of metal nails (41) by a fixing member (42). state. Since the fixing members of such conventional metal row nails are made of plastic material, and when they are produced, they are ejected from the mold and the metal nails are placed in their cavities in advance. This kind of metal nails must be produced with the help of an injection mold, so its production cost is high. Moreover, when the size of the metal nails to be fixed side by side is changed, it may be necessary to replace them with The mold of the cavity with the matching size can be produced, so the production process is cumbersome. In addition, the fixed component made of plastic material is lighter and softer than the metal nail, so when the metal nail is fixed When the members are fixed and positioned, the strength of the fixed members is not enough to support the metal nails side by side in an approximately flat shape, and there will be deflection, which makes it difficult to install the metal nails in the nail gun. 》 In view of this, the inventor designed the process and structure of the metal row nails of the present invention to provide a low production cost, simple production process and The metal nails can be kept straight and side by side and approximate the flat shape, so that the national standard of Yin paper (CNSM4 specification (210 κ 297 mm)) is applied to the paper size ----------- ---- Qiu --- f 1 '{Please read the notes on the back before filling in this page > Order · -line · Printed by the Intellectual Property Bureau Employee Consumer Cooperatives of the Ministry of Economic Affairs 413646 Λ7 B7 V. Description of the invention (; // ) The structure installed in the nailing surplus β The main purpose of the design of the present invention is to provide a low production cost, simple production process, and can keep the metal nails in a straight parallel and approximately flat shape, In order to facilitate the process and structure of metal row nails installed in the nail gun, when the metal nails are arranged by the vibrating disk and arranged in the same direction in the feeding guide slot to be conveyed to the first, second and third nail wheels The metal nails will first fall from the feeding guide groove into the recess of the first nail wheel one by one, and then be transferred from the first nail wheel to the recess of the second nail wheel, while the two main coppers on one side of the second nail wheel The pole wheel will fix the second and third copper wire rods on one side of each metal nail and on the other side of the second nail wheel The secondary copper pole wheel will weld the first copper wire to the other side of each metal nail, so the metal nail will simultaneously limit the position of the copper wire on both sides of the metal nail to prevent deflection, and it has no Need to make another mold for production, and not affected by the size of metal nails, so it can achieve its main design purpose. In order to allow your review committee to better understand the structure, characteristics and main design purpose of this creation, hereby The detailed description is attached as follows: (1) Schematic part: The first figure: a schematic plan view of the metal row nail of the present invention β The second figure: a schematic cross section view of the metal row nail of the present invention β The third figure: It is a partial plan schematic diagram of the metal row nail forming device of the present invention. FIG. 4 is a partial plan schematic diagram of the metal row nail forming device of the present invention. Figure 6: A schematic sectional view of a conventional metal row nail. (II) Part of drawing number: ______4 Winter paper scale overuse τ Guosuo Standard Standard (CNS) A4 specification (210 X 297 public meal (read the precautions on the back before filling in this page) Order ----- ---- Line — Consumption Cooperation by Employees of Intellectual Property Bureau of the Ministry of Economic Affairs-J9 I ft. 41SG46
五、 發明說明（>) (10)金屬排釘 (12)第一銅線 (1 4)第三鋼線 (2 1 )料槽 (2 3)震動盤 (25)第一釘輪 (2 6)第二釘輪 (2 7)第三釘輪 (2 8)主銅極輪 (3 0)裁料器 (4 1 )金屬釘 經 濟 部 智 慧 產 局 消 費 合 作 杜 印 Μ (11)金屬釘 (13)第二銅線 (2 0)金屬排釘成型裝置 (2 2)料斗 (2 4)送料導槽 (2 5 1 )嵌槽 (2 6 1 )嵌槽 (2 7 1)嵌槽 (2 9 )副銅極輪 (4 0)金屬排釘 (4 2)固定構件 本發明係關於一種金屬排釘之製程及其結構，請配合 參看第一圖及第二囷所示，本發明之金屬排釘（i 〇 )係 具有多數個呈平行併列的金屬釘（1 1 )，各金屬釘（1 1 )的其中一側利用第一銅線（1 2)以點焊的方式，呈 橫跨的方向同時焊固於各金屬釘（i i )上，而金屬釘（ 1 1 )的另一側則又焊固有第二銅線（1 3)及第三銅線 (14)，藉由第一、二、三銅線（12) (13) (1 4)同時焊固支撐於各金屬釘（丄i )的兩側，故可使各 金屬釘C 1 1 )呈完全平直型態的併列。 請參看第三圖所示，本發明之金屬排釘成型裝置（2 0)主要係具有一可供容裝金屬釘（i i )的料槽（2工 )，料槽（21)的下方具有一可供承接由料槽（2工） 中落下之金屬釘（11)的料斗（22)，料斗（22) (請先閱讀背面之注意事項再填寫本頁) - 裝-------訂-------！線* 本紙張尺度適用t國國家標準（&SM4規格⑵〇 X 297公爱 413646 Λ7 B7 五、發明說明（4) 的-側則是具有-可供承接由料斗（22)中落下之金屬 釘（、11}的震動盤（23)，震動盤（23)的一側延 伸有送料導槽（24)，當金屬釘（11)落入於震動盤 (23)中後’受震動盤（23)之震盈並整理而使各金 屬釘（1 1 ) i平行且同方向的併列行進於送料導槽（2 4)中，再配合參看第四圖，送料導槽（2 4)的尾端處 又具有第一釘輪（25、 匕0 )第一釘輪（2 6 )及第三釘輪 (2 7 ) ’ 第-、二、三釘輪（25) (26) (27) 係依照順序呈上、下排列並接觸，且其周緣表面具佈設有 可供容置金屬釘（11)的嵌槽（251)(26ι)( 271) ’使送料導槽（24)内的金屬釘可逐 一的落於第一釘輪（2 5)的各故槽（2 5 1 )當中，且 隨著第-釘輪（2 5)的旋轉而可將各金屬釘（丄丄）轉 運送至第二釘輪（26)上之嵌槽中（261)，而第二 釘輪（2 6 )的其中一側具有兩個與其呈接觸的主銅極輪 (28) ’兩主銅極輪（28)並分別牵動第二銅線（1 3)及第三銅線（14)，所以當第二釘輪（26)帶動 其上之金屬釘（1 1)旋轉時，兩主鋼極輪（28)係可 同時將第二銅線（13)及第三銅線（14)持續焊固於 各金屬釘（1 1)上’而位於第二釘輪（26)的另一側 又具有與第三釘輪（27)呈接觸的副銅極輪（29)， 副銅極輪（29)並可牽動第一銅線（12),所以，另 一方面副銅極輪（2 9 )亦可同時將第一銅線（i 2)持 續焊固於各金屬钉（1 1 )上，如此即可使第一、二、二 -----6 本紙張尺度適用中國國家標準(CNS)AGk(21〇x 297 &^ 413646 A7 B7 經濟部智慧財產局員工消費合作社印製 五、發明說明（ζ") 銅線（1 2 )( 1 3 )( 1 4)分別焊固於各併列的金屬 釘（1 1 )之兩側而形成長條帶狀，然後再藉由裁料器（ 3 0 )可於適當長度時將其裁切成段，則完成金屬排釘（ 1 〇 )之生產。 藉由上述之設計’使本發明金屬排釘之製程及其結構 具有以下優點： 1. 生產成本低：由於其係以銅線來分別焊固於各併列 的金屬釘之兩側’不需要另外製做模具來生產，故其生產 成本低8 2. 生產程序簡單：當金屬釘之寸尺大小有所改變時， 其金屬排釘成型裝置仍然可以進行將銅線焊固於金屬釘之 兩側的動作，而完全不會受影響，也不需要更換金屬排釘 成型裝置之零組件，生產程序非常簡單。 3. 各金屬釘恆保持平直併列：由於其係藉由第一、二 、三銅線同時焊固支撐於各金屬釘的兩側，因而可對各金 屬釘的兩側同時產生限位的作用，故可使各金屬釘呈完全 平直型態的併列，而不會產生撓曲的情形，以利於將金屬 排釘裝設於打釘鎗當中的動作。 綜上所述，本發明金屬排釘之製程及其結構乃具有如 上所述之優點，誠為一創新之實用性設計，應符合發明專 利要件，爰依法提出申請。 ^紙張尺度適用中國國家標準（CNS)A4規格（210x 297公釐） I--,¾--------t---------^ 1 -------------ill________ ί靖先閱讀背面之注意事項再填寫本頁》V. Description of the invention (>) (10) Metal row nails (12) First copper wire (1 4) Third steel wire (2 1) Feed trough (2 3) Vibration plate (25) First nail wheel (2 6) The second nail wheel (2 7), the third nail wheel (2 8), the main copper pole wheel (3 0), the cutter (4 1), the metal nail, the smart production bureau of the Ministry of Economic Affairs, the consumer cooperation, and the Du YinM (11) metal nail. (13) The second copper wire (2 0) metal row nail forming device (2 2) hopper (2 4) feeding guide groove (2 5 1) recess (2 6 1) recess (2 7 1) recess ( 2 9) Deputy copper pole wheel (40) Metal row nail (4 2) Fixing member The present invention relates to a process and structure of a metal row nail. Please refer to the first figure and the second figure for cooperation. The metal row nail (i 〇) has a plurality of parallel metal nails (1 1). One side of each metal nail (1 1) is spot-welded by a first copper wire (1 2) and is horizontal. The cross direction is simultaneously welded to each metal nail (ii), and the other side of the metal nail (1 1) is welded with the inherent second copper wire (1 3) and the third copper wire (14). One, two, and three copper wires (12) (13) (1 4) are welded and supported on both sides of each metal nail (丄 i) at the same time, so that each gold The metal nail C 1 1) is juxtaposed in a completely straight shape. As shown in the third figure, the metal nail forming device (20) of the present invention is mainly provided with a hopper (2 workers) for accommodating the metal nail (ii), and a hopper (21) is provided below the hopper. Can accept hopper (22), hopper (22) for metal nails (11) dropped from the hopper (2 workers) (Please read the precautions on the back before filling this page)-Installation ------- Order -------! Line * This paper size is applicable to national standards (& SM4 specifications⑵〇X 297 公 爱 413646 Λ7 B7) 5. The side of the invention description (4) is provided with-it can accept the metal falling from the hopper (22) The vibration plate (23) of the nail (, 11), a feeding guide groove (24) is extended on one side of the vibration plate (23), and the metal plate (11) falls into the vibration plate (23) after being shaken ( 23) shake and arrange so that the metal nails (1 1) i run parallel and in the same direction in the feed guide (2 4), and then refer to the fourth figure, the tail of the feed guide (2 4) At the end, there are a first stud wheel (25, dagger 0), a first stud wheel (2 6) and a third stud wheel (2 7). The first, second, and third stud wheels (25) (26) (27) are connected. They are arranged up and down in order and in contact with each other, and the peripheral surface is provided with a recessed groove (251) (26ι) (271) for receiving the metal nail (11). 'The metal nail in the feeding guide groove (24) is arranged. It can fall one by one in the old grooves (25 1) of the first nail wheel (2 5), and with the rotation of the first nail wheel (2 5), each metal nail (丄 丄) can be transferred to In the slot (261) on the second nail wheel (26), and the first One side of the nail wheel (2 6) has two main copper pole wheels (28) in contact with the two main copper pole wheels (28) and pulls the second copper wire (1 3) and the third copper wire, respectively. (14), so when the second nail wheel (26) drives the metal nail (1 1) on it to rotate, the two main steel pole wheels (28) can simultaneously pull the second copper wire (13) and the third copper wire (14) Continuous welding to each metal nail (1 1), and the other side of the second nail wheel (26) has a secondary copper pole wheel (29) in contact with the third nail wheel (27), The auxiliary copper pole wheel (29) can pull the first copper wire (12), so on the other hand, the auxiliary copper pole wheel (2 9) can also continuously weld the first copper wire (i 2) to each metal nail at the same time (1 1), so that the first, second and second ----- 6 paper standards are applicable to the Chinese National Standard (CNS) AGk (21〇x 297 & ^ 413646 A7 B7 employees of the Intellectual Property Bureau of the Ministry of Economic Affairs Printed by the Consumer Cooperative V. Description of the invention (ζ ") Copper wires (1 2) (1 3) (1 4) were respectively welded to both sides of each side-by-side metal nail (1 1) to form a long strip, and then It can then be cut into sections by the cutter (30) at the appropriate length. Then, the production of metal row nails (100) is completed. By the above design, the process and structure of the metal row nails of the present invention have the following advantages: 1. Low production cost: because it is welded by copper wires separately On both sides of each side-by-side metal nail, 'no additional mold is required to produce it, so its production cost is low. 8 2. The production process is simple: when the size of the metal nail is changed, the metal row nail forming device is still The copper wire can be welded to both sides of the metal nail without any effect, and the components of the metal row nail forming device need not be replaced. The production process is very simple. 3. Each metal nail is kept straight and side by side: Because it is supported by the first, second, and third copper wires at the same time on both sides of each metal nail, it can simultaneously limit the two sides of each metal nail. Function, so that the metal nails can be completely side by side in a straight shape without deflection, which is conducive to the action of installing metal nails in the nail gun. In summary, the process and structure of the metal row nails of the present invention have the advantages described above. It is an innovative and practical design, which should meet the patent requirements of the invention, and apply according to law. ^ Paper size applies to China National Standard (CNS) A4 (210x 297 mm) I--, ¾ -------- t --------- ^ 1 ------- ------ ill________ ί Jing first read the precautions on the back before filling in this page》