1333892 九、發明說明： 【發明所屬之技術領域】 ， 本發明係有關於—種打孔媽構，魏柄桿及壓柄件皆以沖床壓 •製成型’其利用捲料之特性使沖床可連續大量生產該握柄桿及壓柄 件’藉由結構之設計，即可有效減少廢料的產生與增加組裝之速度者。 【先前技術】 φ 按目前一般常見之打孔鉗結構，如第6圖所示觀之，其包含有： -打孔座桿⑽、-打孔桿⑽及一結合裝置⑽所組合而成，一打 孔座桿(50)係為一反—形桿體，其轉折處上端之適當處係設有結合孔 ⑸）及契合齒（52)，且向上延伸設有一打孔座(53)，該打孔座桿(5〇) 之下端係形成二腳桿（54)，又該二腳桿（54)係套置於一固定套（55) 中’一打孔桿(60)係為一 4形桿體，其轉折處係同樣設有一結合孔(61) 及契合齒（62)，且向上延伸係設有打孔盤口，該打孔桿之下 鲁端係為一握把，另其上端係分叉呈雙臂狀，且用二側之打孔盤口（63) 設置一打孔盤（64)，其結構之組合，係以打孔座桿（5〇)之腳桿（54)插 入打孔桿(60)之上端開口且呈現一 X之形狀，該打孔座桿、打孔 桿(60)之契合齒（52)(62)係形成結合，且於打孔座桿(50)之腳桿(54) 處套掣一固定套(55)，於該打孔桿(60)之上端打孔盤口（63)裝置一打 礼盤(64)，再利用結合裝置(70)之結合片（71)設置於該結合孔(51)(61) 之兩外側端，以彈性件(72)設置於其一結合孔(51)(61)之中央處，最 後以鉚接方式固定其結合孔（51)(61)，使手按壓握把時，該結合孔 5 1333892 (51)(61)成為轉動點，再以契合齒(52)(62)為支撐點，即可完成該打 孔作動。 其打孔座桿(50)及打孔桿(60)之製造過程，如第7、8、9圖所示， 該打孔座桿(50)及打孔桿(60)係由沖床所沖壓製成，以沖床之上、下 模具設計出打孔座桿(50)及打孔桿(6〇)之平面造形，再利用沖床之衝 力使捲料（1)受剪力與擠壓力，即可完成打孔座桿及打孔桿 之製造過程。 鲁詳觀上述習知結構不難發覺其尚存有些許不足之處，主要原因係歸如 下： (一） 、該打孔座桿(50)及打孔桿(6〇)係由沖床所沖壓製成，以沖床之 上、下模具設計出打孔座桿(50)及打孔桿（6〇)之平面造形，由 於習知之結構設計使得捲料(1)之利用率降低，即產生更多之廢 料且提高其材料成本。 (二） 、習知之打孔座桿（50)之腳桿(54)插入打孔桿（60)之上端開口， 泰 且於打孔座桿（50)之腳桿（54)處套掣一固定套(55)，於該打孔 桿(60)之上端打孔盤口（63)裝置一打孔盤(64)，其打孔座桿(5〇) 及打孔才干(60)皆為一體成形，使得组裝過程中必須施力扳動， 即造成組裝之難度與增加組裝之時間者。 (二）、其打孔座彳干(50)及打孔桿(60)係由沖床所沖壓製成，以沖床之 上、下模具設計出打孔座桿(5〇)及打孔桿（60)之平面造形，再 利用冲床之衝力使捲料(1)受剪力與擠墨力，因而生產出大量半 6 成品’由於其半成品之面積過大，係增加半成品於運送與放置 之使用空間，即造成加工過程之不便者。 有鑑於此，本發明人於多年從事相關產品之製造開發與設計經 驗’針對上狀目標，詳加設計與雜評估後，終得__確具實用性之 本發明。 【發明内容】 欲解決之技術問題點： 習知之打孔餘構，其減鱗及打孔桿係由沖床所沖縣成， 以冲床之上、下減設計ώ打孔轉及打孔桿之平面造形，由於打孔 座桿及打孔桿之平面造形係呈一 γ字形，使得捲料之利用率降低，即 產生更多之麟且提高無料成本，此乃本發微解決域術問題點 者。 解決問題之技術特點： -種打孔鉗結構，其包括有 >握柄桿、—壓柄桿…打孔件及 -結合裝置所組合喊，-壓柄件係由握柄桿之容置口穿設而過，且 璧柄件之卡掣口係卡f於容置口側邊之桿緣上，賴柄件之契合齒與 握柄杯之契合iir互相結合定位，又該壓柄塊係以__側面之定位槽貼合 於壓柄件之下端桿身，-打孔件細限位凸圓置人於壓柄件之限位孔 中，另一壓柄件係設置於握柄桿外側，且以限位孔套掣於限位凸圓， 又該壓柄件之下端係貼合置人壓柄塊之定位槽中，該結合裝置係以結 合片置於握柄桿及壓柄桿之結合孔上，其結合栓舰結合孔穿設而 1333892 過’对設過㈣將彈性件置於結合孔處，且彈性件之兩端係分別卡 掣於星柄塊之抵掣槽與握柄桿之内侧端，其結合栓係可以柳接方式或 •螺栓、螺帽方式固定，打孔件係可轉動選擇打孔柱之大小，並配合打 孔座行進打孔，當愿下握柄越柄桿下端時，該打孔甜結構係以兩結 合孔為轉動點，再以契合齒為支撐點，使握柄桿墟柄桿產生積桿原 理’俾以達到省力之效果，而當放鬆握柄與縣桿下端時，利用該彈 性件之彈力使打孔件與打孔座係保持常開狀。 ®對照先前技術之功效： (-）、其握柄桿及壓柄件料沖床縣細，_捲料之雜使沖床 可連續大量生產職柄桿及_件，藉由模具之設計，即可有 效減少廢料的產生使成本降低。 (二）、其握柄桿、藝桿及壓柄塊之組裝配置，藉由該二壓柄件之夹 設於壓柄塊上’係只需簡單之結合裝置即可快速組裝，俾以提 高產品之生產速度。 # (三）、其壓柄件皆以沖床壓製成型，以沖床之上、下模具設計出壓柄 件之平面造形’再利用沖床之衝力使捲料受剪力與擠屋力，該 握柄桿及壓柄件於沖床壓製成型後’由於握柄桿及壓柄件之面 積小，使該半成品於運送及放置時，係比較節省空間。 【實施方式】 為使貴審查委員對本發明之目的、特徵及功效能夠有更進一步之瞭 解與認識，以下茲請配合【圖式簡單說明】詳述如后： 1333892 先請由第1圖與第2圖所示觀之，一種打孔射結構，其包括有： 一握柄桿（10)、一壓柄桿(20)、一打孔件(30)及一結合裝置(40)所組 合而成，一握柄桿(10)係包含有一握柄（11)、一容置口（12)及一打孔 •座（13) ’握柄（11)係由板件所彎折之桿體，其握柄（π)向上延伸開設 有一容置口（12)，該容置口（12)兩側之適當處係設有對稱之結合孔 (121)及契合齒（122)，又該握柄桿（1〇)之上端係設置一打孔座（13)， 且打孔座（13)之中央係可設置一打孔塊（131)，一壓柄桿(2〇)係由二壓 隹柄件（21)及一壓柄塊(22)所組成’壓柄件(21)之下端設有定位孔(211) 及定位缺口（212)，另上端設有限位孔(213)，該壓柄桿（21)之中段轉 折處係設有卡掣口（214)，又該限位孔(213)下端之適當處係設有結合 孔(215)及契合齒（216)，壓柄塊(22)係為一實心握把，且為一塑膠材 質，該壓柄塊(22)之兩側面皆設有内凹之定位槽（221)，且定位槽（221) 之形狀係配合壓柄件（21)之形狀，該壓柄塊(22)於二定位槽（221)之間 係設有抵掣槽（222) ’ 一打孔件（30)係由一圓柱體所構成，且於圓週面 ®上設有複數個打孔柱（31)，該等距排列之打孔柱(31)係呈不同直徑之 大小’又該打孔件（30)之左右端面上係設有限位凸圓（32)，一結合裝 置(40)係包含有彈性件(41)、結合片（42)及結合栓(43)，彈性件(41) 係可為一扭轉彈簧，結合片（42)係設有二結合通孔(421)。 其結構之組合’再請由第1、2圖所示觀之，一壓柄件（21)係由握 柄桿(10)之容置口（12)穿設而過，且壓柄件(21)之卡掣口（214)係卡f 於容置口（12)側邊之桿緣上，該壓柄件（21)之契合齒（216)與握柄桿 9 1333892 (10)之契合齒（122)互相結合定位，又該壓柄塊(22)係以一侧面之定位 槽（221)貼合於壓柄件（21)之下端桿身，一打孔件（30)係以限位凸圓 (32)置入於壓柄件(21)之限位孔(213)中，另一壓柄件(21)係設置於握 ' 柄桿（11)外側，且以限位孔(213)套掣於限位凸圓（32)，又該壓柄件(21) • 之下端係貼合於壓柄塊(22)之定位槽(221)中，該結合裝置(40)係以結 合片（42)置於握柄桿（10)及壓柄桿(20)之結合孔（121)(215)上，其結 合栓(43)係從結合孔(121 )(215)穿設而過’於穿設過程中將彈性件(41) 春置於結合孔（121)處’且彈性件(41)之兩端係分別卡掣於壓柄塊(22) 之抵掣槽(222)與握柄桿（10)之内側端，其結合检(43)係可以鉚接方式 或螺栓'螺帽方式固定。 於實際使用時，打孔件(30)係可轉動選擇打孔柱(31)之大小，並 配合打孔座（13)行進打孔，當壓下握柄（n)與壓柄桿(2〇)時，該打孔 鉗結構係以兩結合孔（121)(215)為轉動點，再以契合齒（122)(216)為 支撐點，使握柄桿（10)與壓柄桿(2〇)產生槓桿原理，俾以達到省力之 鲁效果’而纽柄(11)越補⑽下稱，轉性件⑷)之 彈力使打孔件⑽與打孔座⑽係保持f開狀，又該壓柄桿⑽之卡 掣口（214)係為限制握柄桿(1〇)與壓柄桿(2〇)作動路徑之效果。 其握柄桿(10)之製造過程，續請由第3、5圖所示觀之，握柄細） 係以沖賴製成型，其利用捲料⑴之特性使沖床可連續大量生產該握 柄桿(10)，該握柄桿⑽)之成形過程係可分成三個步驟，並包括有. 沖壓過程' 壓弯過程及坎入過程，其沖麵程係以沖床之域具及下 10 1333892 模具設計出握柄桿（ίο)之平面造形，再利用沖床之衝力使上、下模具 對捲料（1)產生剪力，俾以切出握柄桿(10)之平面形狀，再進入壓彎過 程中，該握柄桿(10)之平面形狀係依舊連接於捲料（1：)上，於壓彎過程 再以沖床使握柄桿（10)產生下彎，且於打孔座（13)處擠壓出一门形蓋 •體及一打孔塊（131)之設置孔，其握柄桿（10)之半成品係經過儲放與運 送後’最後進行坎入過程，於小型沖床下分別將握柄桿（10)之半成品 架於模具上’再將打孔塊(131)壓入該設置孔中，即可完成該握柄桿G〇) •之製造過程。 其壓柄件(21)之製造過程，復請由第3'4圖所示觀之，壓柄件(21) 皆以沖床壓製成型，以沖床之上、下模具設計出壓柄件（21)之平面造 形，再利用沖床之衝力使捲料⑴受剪力與擠壓力，該捲料⑴係可連 續大量生產出該壓柄件(21)，俾以達到快速生產及組裝之效果者。 藉上述具體實施例之結構，可得到下述之效益：（一）握柄桿（1〇) 及壓柄件(21)皆以沖床壓製成型’其利用捲料(1)之特性使沖床可連續 ®大量生產該握柄桿(10)及壓柄件(21)，藉由模具之設計，即可有效減 少廢料的產生使成本降低；（二）其握柄桿（10)、壓柄桿(21)及壓柄塊 (22)之組裝配置，藉由二壓柄件（21)之夾設於壓柄塊上，係只需 簡單之結合裝置(40)即可快速組裝，俾以提高產品之生產速度；（三） 壓柄件(21)皆以沖床壓製成型，以沖床之上、下模具設計出壓柄件(21) 之平面造形，再利用沖床之衝力使捲料（1)受剪力與擠壓力，該握柄桿 (10)及壓柄件（21)於沖床壓製成型後，由於握柄桿g〇)及壓柄件（21)1333892 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a type of perforated mating, which is formed by punch press and press-formed parts, which utilizes the characteristics of the coil material to make a punching machine. The grip bar and the press shank can be continuously mass-produced. By designing the structure, the waste generation and the speed of assembly can be effectively reduced. [Prior Art] φ According to the currently common perforating pliers structure, as shown in Fig. 6, it comprises: - a combination of a perforated seat post (10), a perforating rod (10) and a coupling device (10), The perforated seat post (50) is a reverse-shaped rod body, and the upper end of the turning portion is provided with a coupling hole (5) and a matching tooth (52), and a punching seat (53) is extended upward. The lower end of the perforated seat post (5〇) forms a two-legged rod (54), and the two-legged rod (54) is sleeved in a fixed sleeve (55). A perforated rod (60) is a The 4-shaped rod body is also provided with a coupling hole (61) and a matching tooth (62), and the upward extension is provided with a perforated disk mouth, and the bottom end of the hole is a grip, and the other is a grip. The upper end of the bifurcation is in the shape of a double arm, and a perforated disc (64) is arranged by the perforated dial (63) on the two sides, and the combination of the structures is a foot rod of the perforated seat post (5〇) ( 54) Inserting the upper end opening of the punching rod (60) and presenting an X shape, the matching seat rod and the matching tooth (52) (62) of the punching rod (60) are combined, and the punching seat rod is formed. (50) The foot rod (54) is sleeved with a fixing sleeve (55), The perforating disk opening (63) of the punching rod (60) is provided with a platter (64), and the bonding piece (71) of the bonding device (70) is disposed at the coupling hole (51) (61). The two outer ends are disposed at the center of one of the coupling holes (51) (61) with the elastic member (72), and finally the coupling holes (51) (61) are fixed by riveting, so that when the hand presses the grip, the combination The hole 5 1333892 (51) (61) becomes the turning point, and the punching action can be completed by using the matching tooth (52) (62) as a supporting point. The manufacturing process of the punching seat post (50) and the punching rod (60), as shown in Figures 7, 8, and 9, the punching seat post (50) and the punching rod (60) are stamped by a punching machine. It is made into a plane shape of the perforated seat post (50) and the perforated rod (6〇) with the upper and lower molds of the punching machine, and then the punching force (1) is subjected to the shearing force and the pressing force by using the punching force of the punching machine. The manufacturing process of the punching seat post and the punching rod can be completed. Lu Jingguan's conventional structure is not difficult to find that there are still some shortcomings. The main reasons are as follows: (1) The perforated seatpost (50) and the perforated pole (6〇) are stamped by the punching machine. The flat shape of the punching seat post (50) and the punching rod (6〇) is designed by the upper and lower molds of the punching machine, and the utilization of the coil material (1) is reduced due to the conventional structural design, that is, the production is further improved. More waste and increase its material costs. (2) The foot rod (54) of the conventional perforated seat post (50) is inserted into the upper end opening of the punching rod (60), and the foot rod (54) of the perforated seat post (50) is sleeved. a fixing sleeve (55), a punching disc mouth (63) is arranged on the upper end of the punching rod (60), and a punching disc (64) is provided, and the punching seat post (5〇) and the punching function (60) are both The integral shape makes it necessary to apply force during the assembly process, which causes difficulty in assembly and increases assembly time. (2) The perforated seat (50) and the perforated rod (60) are stamped by a punching machine, and the perforated seat post (5〇) and the perforating rod are designed by punching the upper and lower molds ( 60) The plane shape, and then the impact of the punching machine makes the coil (1) subject to shearing force and ink squeezing force, thus producing a large number of semi-finished products. 'Because the area of the semi-finished products is too large, it increases the space for the semi-finished products to be transported and placed. , that is, the inconvenience caused by the processing. In view of this, the inventors have been engaged in the manufacturing development and design experience of related products for many years, and in view of the above-mentioned target, after detailed design and miscellaneous evaluation, the present invention is finally obtained. SUMMARY OF THE INVENTION Technical problems to be solved: The well-known perforated structure, the scale reduction and the perforation rod are made by the punching machine, and the punching and punching rods are designed to be punched and punched. The shape of the plane is formed, because the plane shape of the perforated seat post and the perforating rod is in a γ-shape, so that the utilization rate of the coil material is reduced, that is, more lining is generated and the material cost is increased, which is the problem of the micro-resolving domain problem. By. Technical features for solving the problem: - a type of punching pliers structure, including a grip bar, a press bar, a punching member, and a combination device, and the pressing member is received by the grip bar The mouth of the shank is passed over, and the shank of the shank is attached to the edge of the side of the accommodating opening, and the fit of the stalk and the grip cup are combined with each other, and the shank is pressed. The positioning groove of the __ side is attached to the lower end of the pressing handle member, and the fine hole of the punching member is placed in the limiting hole of the pressing handle member, and the other pressing handle member is disposed on the handle. The outer side of the rod is sleeved in the limit convex circle, and the lower end of the pressing handle member is attached to the positioning groove of the human pressing handle block, and the bonding device is placed on the grip rod and the pressing piece by the bonding piece The joint hole of the shank is connected with the stern coupling hole and the 1333892 is placed over the joint hole (the fourth), and the two ends of the elastic member are respectively clamped to the sluice groove of the star handle block. With the inner end of the grip bar, the combined tether can be fixed by means of a splicing method or a bolt or a nut, and the punching member can be rotated to select the size of the punching column and cooperate with the hitting. The hole seat travels and punches, and when the lower grip is more than the lower end of the shank, the punched sweet structure uses the two combined holes as the rotation point, and then the matching teeth are used as the support points, so that the handle shank has the principle of building the rod '俾To achieve the effect of labor saving, and when the grip and the lower end of the county pole are relaxed, the elastic force of the elastic member is used to keep the punching member and the punching seat system normally open. ® Compared with the effects of the prior art: (-), its grip bar and the pressure handle material punching county fine, _ coil material miscellaneous make the punch can continuously produce a large number of handles and _ pieces, by the design of the mold, Effectively reducing the generation of waste reduces costs. (2) The assembly configuration of the grip rod, the art rod and the pressing handle block, by the clamping of the two pressing handle members on the pressing handle block, the assembly can be quickly assembled by using a simple combination device, thereby improving The production speed of the product. # (3), the pressing handle parts are all press-formed by punching, and the flat shape of the pressing handle part is designed by the upper and lower molds of the punching machine. The impact of the punching machine is used to make the rolling material shear force and the squeezing force. After the bar and the pressing handle are pressed and formed by the press, the space of the grip bar and the pressing handle member is small, so that the semi-finished product is relatively space-saving when transported and placed. [Embodiment] In order to enable the reviewing committee to have a better understanding and understanding of the purpose, features and effects of the present invention, please refer to the following [simplified description of the drawings] as follows: 1333892 Please first by 1 and 2 shows a perforating structure comprising: a grip bar (10), a press bar (20), a punch member (30) and a bonding device (40) combined The handle bar (10) includes a handle (11), a receiving port (12) and a punching hole (13). The handle (11) is a body bent by the plate member. The handle (π) extends upwardly to define a receiving opening (12). The two sides of the receiving opening (12) are provided with symmetric coupling holes (121) and matching teeth (122), and the grip is A punching seat (13) is arranged on the upper end of the shank (1 〇), and a punching block (131) can be arranged in the center of the punching seat (13), and a pressing shank (2 〇) is pressed by the second pressure The lower end of the pressing handle member (21) and the pressing handle member (21) are provided with a positioning hole (211) and a positioning notch (212), and the upper end is provided with a limiting hole (213). The middle part of the press shank (21) is provided with a turning point The card mouth (214) and the lower end of the limiting hole (213) are provided with a coupling hole (215) and a matching tooth (216), and the pressing handle block (22) is a solid grip and is a In the plastic material, the two sides of the pressing handle block (22) are provided with concave positioning grooves (221), and the shape of the positioning groove (221) is matched with the shape of the pressing handle member (21), and the pressing handle block (22) Abutment groove (222) is provided between the two positioning grooves (221). A perforating member (30) is composed of a cylinder, and a plurality of perforating columns are arranged on the circumferential surface® (31). The perforated columns (31) are of different diameters, and the left and right end faces of the punching members (30) are provided with limiting convex circles (32), and a bonding device (40) is included The elastic member (41), the coupling piece (42) and the coupling bolt (43), the elastic member (41) may be a torsion spring, and the coupling piece (42) is provided with two coupling through holes (421). The combination of the structures is again viewed from the first and second figures. A pressing handle member (21) is passed through the receiving opening (12) of the grip bar (10), and the pressing handle member ( 21) The card mouth (214) is a card f on the side edge of the receiving port (12), and the matching tooth (216) of the pressing member (21) is matched with the grip bar 9 1333892 (10) The teeth (122) are combined with each other, and the pressing handle block (22) is attached to the lower end of the pressing handle member (21) by a positioning groove (221) on one side, and a punching member (30) is limited. The positional convex circle (32) is placed in the limiting hole (213) of the pressing handle member (21), and the other pressing handle member (21) is disposed outside the gripping rod (11) and is defined by the limiting hole ( 213) sleeved on the limit cam (32), and the lower end of the handle member (21) is attached to the positioning groove (221) of the pressing handle block (22), and the coupling device (40) is The bonding piece (42) is placed on the binding hole (121) (215) of the handle bar (10) and the pressing handle (20), and the coupling bolt (43) is threaded from the coupling hole (121) (215). The spring member (41) is placed at the joint hole (121) during the insertion process, and the two ends of the elastic member (41) are respectively clamped to the abutment groove (222) of the press handle block (22). With handle (10) the inner end, which binds to the subject (43) or a caulking bolt may be based 'nut fixed manner. In actual use, the punching member (30) is rotatably selected to be the size of the punching post (31), and is matched with the punching seat (13) for drilling, when the grip (n) and the pressing stem are pressed (2) 〇), the punching pliers structure uses two coupling holes (121) (215) as a turning point, and then the matching teeth (122) (216) as a supporting point, so that the grip bar (10) and the pressing stem ( 2〇) The principle of leverage is generated, and the effect of the labor-saving effect is achieved, and the elastic force of the translating member (4) is such that the punching member (10) and the punching seat (10) are kept open. Further, the latching port (214) of the press lever (10) is an effect of limiting the actuating path of the grip bar (1〇) and the press lever (2〇). The manufacturing process of the grip bar (10) is continued as shown in Figures 3 and 5, and the grip is thin. It is made of a punching type, which utilizes the characteristics of the coil (1) to enable the punch to be continuously mass-produced. The forming process of the grip bar (10) and the grip bar (10) can be divided into three steps, including the stamping process, the bending process and the indenting process, and the punching process is performed by the punching machine and the lowering process. 10 1333892 The mold is designed to form the shape of the grip bar (ίο), and then the punching force is used to make the upper and lower molds shear the material (1), and the shape of the grip rod (10) is cut out. During the bending process, the planar shape of the grip bar (10) is still connected to the coil (1:), and the grip bar (10) is bent downward by the punching process during the bending process, and is punched. At the seat (13), a set of cover body and a perforated block (131) are arranged, and the semi-finished product of the handle bar (10) is subjected to storage and transportation, and finally the process of entering is performed. Under the small punching machine, the semi-finished product of the handle bar (10) is respectively placed on the mold, and then the punching block (131) is pressed into the setting hole to complete the grip bar G〇). The manufacturing process. The manufacturing process of the pressing handle member (21) is repeated as shown in the figure 3'4, and the pressing handle member (21) is press-formed by a punching machine, and the pressing handle member is designed by punching the upper and lower molds (21). The plane shape is formed, and then the impact of the punching machine is used to make the coil (1) subjected to shearing force and pressing force. The coil material (1) can continuously produce the pressing handle member (21) in large quantities, so as to achieve the effects of rapid production and assembly. . By the structure of the above specific embodiment, the following benefits can be obtained: (1) the grip bar (1〇) and the pressing handle member (21) are all press-formed by punching, which utilizes the characteristics of the coil material (1) to make the punching machine Continuously mass production of the grip bar (10) and the pressing handle member (21), the design of the mold can effectively reduce the waste generation and reduce the cost; (2) the grip bar (10) and the press stem The assembly configuration of the (21) and the pressing handle block (22) is carried out by clamping the two pressing handle members (21) on the pressing handle block, and the assembly can be quickly assembled by simply combining the device (40). The production speed of the product; (3) The pressing handle parts (21) are all press-formed by punching, and the flat shape of the pressing handle piece (21) is designed by the upper and lower molds of the punching machine, and then the punching force is used to make the coiling material (1) After being subjected to shearing force and pressing force, the grip bar (10) and the pressing handle member (21) are pressed and formed by the press, due to the grip bar g〇) and the pressing handle member (21)
< S 11 1^33892 之面積小’使該半成品於運送及放置時，能比較節省空間。 综上所述’本發明確實已達突破性之結構設計，而具有改良之發 月内谷’同時又能夠達到產業上之利用性與進步性，且本發明未見於 任何刊物，亦具新穎性，當符合專利法相關法條之規定，爰依法提出 發明專利申請，懇請肖局審查委員授予合法專利權，至為感禱。 唯以上所述者，僅為本發明之一較佳實施例而已，當不能以之限 定本發明實施之範圍；即大凡依本發明申請專利範圍所作之均等變化 泰與修飾，皆應仍屬本發明專利涵蓋之範圍内。<S 11 1^33892 has a small area.] This semi-finished product can save space when transported and placed. In summary, the present invention has indeed achieved a breakthrough structural design, and has an improved intra-month valley, and at the same time, can achieve industrial utilization and progress, and the present invention is not found in any publication, and is novel. When complying with the relevant provisions of the Patent Law, the application for invention patents shall be filed according to law, and the Board of Directors of the Board of Directors shall be invited to grant legal patent rights. The above is only a preferred embodiment of the present invention, and the scope of the present invention is not limited thereto; that is, the equal variation and modification of the scope of the patent application of the present invention should still belong to the present invention. Within the scope of the invention patent.
12 1333892 【圖式簡單說明】 第1圖：係本發明之立體圖。 第2圖：係本發明之立體分解圖。 第3圖：係本發明之沖壓成型組裝示意圖。 '第4圖：係本發明之捲料壓製握柄桿之示意圖。 第5圖：係本發明之捲料壓製壓柄桿之示意圖。 第6圖：係習知之立體分解圖。 修第7圖：係習知之沖壓成型示意圖。 第8圖：係習知之捲料壓製打孔桿之示意圖。 第9圖：係習知之捲料壓製打孔座桿之示意圖。 【主要元件符號說明】 本發明部份： 捲料-----（1) 握柄桿----(10) 容置口----（12) 契合齒----（122) 打孔塊----（131) 壓柄桿----（20) 定位孔----（211) 限位孔----（213) 握柄-----(11) 結合孔----（121) 打孔座----（13) 壓柄件----（21) 定位缺口---（212) 卡掣口----（214)12 1333892 [Simple description of the drawings] Fig. 1 is a perspective view of the present invention. Fig. 2 is a perspective exploded view of the present invention. Fig. 3 is a schematic view showing the stamping and assembling assembly of the present invention. Fig. 4 is a schematic view showing the crimping grip of the coil of the present invention. Fig. 5 is a schematic view showing the roll pressing shank of the present invention. Figure 6: A stereoscopic exploded view of the prior art. Repair Figure 7: Schematic diagram of the stamping process. Fig. 8 is a schematic view of a conventionally wound roll bar. Figure 9: Schematic diagram of a conventional roll press for punching the seat post. [Main component symbol description] Part of the invention: Coil-----(1) Gripper----(10) accommodating port----(12) Fit tooth----(122) Punch Block----(131) Presser Rod----(20) Positioning Hole----(211) Limit Hole----(213) Grip-----(11) Combination Hole----(121) Punch holder----(13) Pressing handle----(21) Positioning notch---(212) Card slot----(214)
13 1333892 結合孔----（215) 壓柄塊----（22) 抵掣槽----（222) • 打孔件----（30) 限位凸圓---（32) 結合裝置---（40) 結合片----（42) •結合栓----（43) 習知部份： 捲料-----（1) 打孔座桿---（50) 契合齒----（52) 腳桿-----（54) 打孔桿----（60) 0契合齒----（62) 打孔盤----（64) 結合裝置---（70) 彈性件----（72) 契合齒----（21β) 定位槽----（221) 打孔柱----（31) 彈性件----（41) 結合通孔---（421) 結合孔----（51) 打孔座----（53) 固定套----(55) 結合孔----（61) 打孔盤口---（63) 結合片----（71)13 1333892 Bonding Hole----(215) Pressing Handle Block----(22) Abutting Groove----(222) • Punch----(30) Limiting Convex---( 32) Bonding device---(40) Bonding plate----(42) • Bonding bolt----(43) Conventional part: Rolling material-----(1) Punch seatpost-- -(50) Fit Tooth----(52) Foot Rod-----(54) Punch Rod----(60) 0 Fit Tooth----(62) Punch Disk---- (64) Bonding device---(70) Elastic member----(72) Fit tooth----(21β) Positioning groove----(221) Punch column----(31) Elastic member ----(41) Combined through hole---(421) Bonding hole----(51) Punch holder----(53) Fixing sleeve----(55) Bonding hole---- (61) Punch Dish---(63) Bonding Sheet----(71)