M436680 t 五、新型說明： 【新型所屬之技術領域】 本創作係一種鍍銅線上夾推送機構，尤指一種可自動夾 持固定製品及框架之鍍銅線上夾推送機構。 【先前技術】 所謂鍍銅線製品作業是指將欲鍍銅的製品放在製品框 架上’並透過固定夾以夾持定位定品框架與製品，其後即 玎進行製品之鍍銅程序。 • 目前市面上鍍銅線製品的上夾作業方法，係以人工對 推夾器進行充填夾子後’再同樣以人工操作推夾器對鑛銅 線製品進行固定夾夾持固定之作業’隨著製品大小不同， 用以夹持固定所需之夾子數量亦會不同，若是製品較大， 因所需之夾子較多，使得鍍銅線製品之固定次數亦將增 加’此時將使得作業時間變得更緩慢。 【新型内容】 φ 有鏗於現有推夾器之使用方式，無法透過自動化加工 • 以提升作業效率之問題，因此，本創作之主要目的在於提 供一種鍍銅線上夾推送機構，其係透過上夾推送機構對應各 個作業點，使已擺設定位完成之製品及框架兩者能快速被夾 持固定完成，或是透過複數的上夾機構對應各作業點並同時 作動’以能更快速地完成夾持固定的作業。 為達前揭目的’本創作所提出之鍍銅線上夾推送機構 係包含： 一底座，其包含作業區及一位於作業區一側的固定區； 3 M436680 一夾制構件，其係固定於底座之作業區上，所述夾制 構件包含一推桿槽’夹制構件於其相對底座之固定區另一 側形成一個與推桿槽連通之頂夹槽，且夾制構件頂部形成 一與頂夾槽相連通的入夾口； 一推夾氣虹，其係固定於底座之固定區上，該推失氣 缸包含一水平軸及可沿水平軸反復作動的氣壓桿，並以該 氣壓桿朝向夾制構件之推桿槽； 一推夾塊，其可滑移的置設於該夾制構件之推桿槽 中，該推夾塊包含一推失桿體及一位於推夾桿體上方之勾 夾部，該推夾桿體之兩端分別形成一連結部及一推夾部， 该連結部連接該推夾氣虹之氣壓桿，該推夾部朝向夾制構 件之頂夾槽； 一料夾固定座，其可拆組地置設於夾制構件上，該料 夾固定座具有一第一軸向，該第一軸向與該推夾氣缸之水 平軸呈傾斜角度，該料夾固定座包含兩側板及一位於該料 失固定座中間之料管軌道，該料管軌道之上下兩端分別形 成一上開口及一下開口； 一料夾填充管，係可拆組地置設於該料管軌道上，該 料夹填充管具有一長槽並設有一進桿口及一推夾口，該長 槽可供料夾依序排列填充，該進桿口及推夾口分別與長槽 之上下兩端相連通，該推失口對應於該料夾固定座之下開 口，供推夹塊之勾夾部可伸入作動；以及 一壓制氣缸，其置設固定於該料夹固定座上，該壓制 氣紅具有一第三軸向及一氣壓桿，該第二轴_直於該料 夾固定座之第一轴肖，該氣墨桿可沿第二轴向伸人該料爽 M436680 填充管之進桿口中。 a經由上述可以得知，該鍍銅線上夾推送機構以其推失 乳缸及壓制氣缸相輔相成之作動下，分別可對料夾填充管 中的料失產生推移及抵制效果，將可使推失作業以自動化 之方式進行，進而提升效能及節省人力。 【實施方式】 如圖1所示，係揭示本創作鍍銅線上夾推送機構彳之 -較佳實施例’其係包括一底座10、一夹制構件”、一推 _失氣缸12、一推夾塊13、一料夾固定座14、—料夹填充管 15及一壓制氣红16，其中： 如圖1所示，該底座10包含一作業區1〇1及一位於作 業區101 —側的固定區1〇2。 如圖1及圖5所示，該夾制構件1彳係固定於底座1〇 之作業區101上，所述夾制構件彳彳包含一推桿槽彳彳彳，夾 制構件1 1於其相對底座1 〇之固定區彳〇2另一側形成一個 與推桿槽111連通之頂夾槽114，且夾制構件川頂部形成 —與頂夾槽114相連通的入夾口 112,該夾制構件杓供料 夾填充管15抵靠其上，使出夾口 ] 53與入夾口 112可相連 通，該頂夾槽114設有至少一頂夾彈片116，如圖2所示， 所述頂夾彈片116於其前後端分別形成一入夾部117及一 樓夹部11 8。 如圖5所示’該夾制構件11之上方尚包含一擋夾彈片 115，該擋夾彈片115係置設於該夾制構件η上，並可伸 入該料夾填充管15之推夾口 152中，避免料夾155自出夹 口 1 53滑落。 5 M436680 如圖1及圖5所示，該推夹氣缸12係固定於底座1〇 之固足區102上，該推夾氣缸12包含一水平軸121及一可 沿水平軸121反復作動的氣壓桿122，並以該氣壓桿122 朝向夾制構件11之推桿槽11，。 如圖1所示，該推夾塊13可滑移的置設於該夾制構件 1之推柃槽111中，再如圖2所示，該推夾塊13係包含 —推夾桿體132及一位於推夾桿體132上方之勾夾部 13彳’該推失桿體132之兩端分別形成一連結部133及一推 夾部134,該連結部133連接該推夾氣缸12之氣壓桿122, 該推夾部1 34朝向夾制構件11之頂夾槽1 1 4。 如圖1及圖5所示，該料夾固定座14係可拆組地置設 於夹制構件11上，該料夾固定座14具有一第一軸向141， 該第一軸向141與該推夹氣缸12之水平軸121呈傾斜角 度，忒料夾固定座14包含兩側板及一位於該料夾固定座14 中間之料管軌道142 ’該料f軌道142之上下兩端分別形 成一上開口 143及一下開口 144。 ”八W 7U 吕 丨d 邶翅L地置設於^ S軌道142上’另如圖3所示，該料夾填充管15具有_ 槽151且設有一進桿口 154、一推夾口 152及一位於） 之出失口 153，該長槽151可供料夹155依序排列填 該進桿口 154及推夾口 152分別與長槽151之上下兩1 連通，該推夾口 152對應於該料夾固定座14之下爲 144’供推夾塊13之勾夾部131可伸入作動，該出夹口 與夹制構件11之人夾σ 112相連通；如圖2所示所士 夾155之前後兩端分別形成一封閉端156及一夾部15 M436680 該夾部之兩端各形成一凸部158。 如圖4及圖5所示，該壓制氣缸16係以固定部163將 之置設固定於該料夹固定座14上，該壓制氣缸16具有一 第一轴向161及—氣壓桿】62 ,該氣壓桿1 62可沿第二軸 向伸入該料夾填充管15之進桿口 154中。 本創作鍍銅線上夾推送機構1之使用步驟，如圖6至 圖10所不，首先，當料夾填充管15裝填複數料夹155時， .料夾155因受夹制構件11之擂夾彈片115抵制，故無法自 •出，口 153滑出，此時，將推央氣纪12及壓制氣红^連 接氣壓供應源並且產生同時作動，將推夹氣缸1 2之氣壓桿 122推動推夾塊13自夾制構件11之推桿槽中向前^ 動，使推夾塊13之勾夾部131伸入料夾填充管15之推夾 口1尽2中’並推擠被擋夾彈片115抵制之該料夾1 55向出 爽口 153移動’同時間，該壓制氣缸16之氣壓桿162自料 夾填充f 15之進桿口 154伸入取代該擋夹彈片115之功 _能，抵制下一個料夾155自出夾口 153掉落，推夾氣缸12 ‘之氣壓桿1 22繼續向前作動，直至推夾塊1 3將料夾1 55推 往頂夾槽114中與頂夾彈片116產生作用，使料夾155產 生瞬間之夾持固定動作，隨後，推夾氣缸12之氣壓桿122 及壓制氣缸16之氣壓桿162退後至原位，該擋夾彈片115 即恢復抵制料爽1 55滑落之功能，此時，即可進行下一次 的上失動作。 以上所述，僅是揭示本創作之較佳實施例，並非對本 創作作任何形式上的限制，任何所屬技術領域中具有通常 知識者在不脫離本創作所提出的技術特徵的範圍内，利用 7 M436680 本創作所揭示技術内容所作出局部更動或修飾的等效實施 例’均仍屬於本創作技術特徵的範圍内。 【圖式簡單說明】 圖1係本創作鍍銅線上夹推送機構之較佳實施例之立 體示意圖。 圖2係本創作鍍銅線上夾推送機構之推夾塊推動料夾 朝頂夹彈片作動之較佳實施例的局部立體分解示意圖。 圖3係本創作鍍銅線上夾推送機構之料夾填充管之較 佳實施例的立體示意圖。 圖4係本創作鍍銅線上夾推送機構之較佳實施例的前 視立體示意圖。 圖5係本創作鍍銅線上夾推送機構之較佳實施例的側 視立體示意圖。 圖6係本創作鍍銅線上夾推送機構之較佳實施例的使 用狀態參考圖（一）。 圖7係本創作鍍銅線上夾推送機構之較佳實施例的使 用狀態參考圖（二）。 圖8係本創作鍍銅線上夾推送機構之較佳實施例的使 用狀態參考圖（三）。 圖9係本創作鍍銅線上夾推送機構之較佳實施例的使 用狀態參考圖（四.）。 圖1 0係本創作鍍銅線上夾推送機構之較佳實施例的使 用狀態參考圖（五）。 【主要元件符號說明】 M436680 1鍍銅線上夾推送機構M436680 t V. New description: 【New technical field】 This creation is a kind of copper plated wire clamp pushing mechanism, especially a copper plated wire pushing mechanism that can automatically clamp fixed products and frames. [Prior Art] The so-called copper wire product operation refers to placing the product to be plated on the product frame and passing the fixing clip to clamp the positioning frame and the product, and then performing the copper plating process of the product. • At present, the method of clamping the copper-plated wire products on the market is to manually fill the clamps with the push-pull device, and then use the manual push-clamp to clamp the fixed copper wire products. The number of clips required for clamping and fixing will be different. If the product is large, the number of clips required for the copper-plated wire products will increase due to the larger number of clips required. It’s slower. [New content] φ is contrary to the use of existing push clamps, and cannot be automated. • To improve work efficiency. Therefore, the main purpose of this creation is to provide a copper plated wire clamp pushing mechanism through the upper clamp. The pushing mechanism corresponds to each working point, so that both the finished product and the frame can be quickly clamped and fixed, or through multiple upper clamping mechanisms corresponding to each working point and simultaneously acted to enable the clamping to be completed more quickly. Fixed work. The copper-plated wire clamp pushing mechanism proposed by the present invention comprises: a base comprising a working area and a fixing area on one side of the working area; 3 M436680 a clamping member fixed to the base In the working area, the clamping member comprises a push rod groove. The clamping member forms a top clamping groove communicating with the push rod groove on the other side of the fixing portion of the opposite base, and the top of the clamping member forms a top and a top. The clamping slot is connected to the clamping slot; a push-pull gas rainbow is fixed on the fixed area of the base, and the pushing-off cylinder comprises a horizontal shaft and a pneumatic rod which can be repeatedly operated along the horizontal axis, and is oriented toward the pneumatic rod a pusher groove of the clamping member; a pusher block slidably disposed in the pusher groove of the clamping member, the pusher block comprising a pusher bar body and a pusher bar body a hook portion, the two ends of the push pin body respectively form a joint portion and a push clamp portion, the joint portion is connected to the gas pressure rod of the push clamp gas rainbow, the push clamp portion faces the top clamping groove of the clamping member; a clip fixing seat, which is detachably assembled on the clamping member, the material The clip holder has a first axial direction, the first axial direction is inclined at an angle to a horizontal axis of the push clamp cylinder, and the clip holder comprises two side plates and a material tube rail located in the middle of the material loss fixing seat, An upper opening and a lower opening are respectively formed on the upper and lower ends of the material pipe track; a material filling pipe is detachably disposed on the material pipe track, the material filling pipe has a long groove and is provided with a rod a mouth and a push pin mouth, the long groove can be sequentially arranged and filled, and the feed port and the push pin mouth are respectively connected with the upper and lower ends of the long groove, and the push loss port corresponds to the bottom of the clip holder An opening, the hook portion of the push clamp block can be extended into the operation; and a pressing cylinder fixedly disposed on the clip fixing seat, the pressed gas red having a third axial direction and a gas pressure rod, the second The shaft _ is straight to the first axis of the clip holder, and the ink rod can extend in the second axial direction into the rod inlet of the M436680 filling tube. a According to the above, it can be known that the push-pushing mechanism on the copper-plated wire can actuate the material loss in the material-filled pipe by the action of the push-off cylinder and the pressing cylinder, respectively, and can cause the loss The work is done in an automated manner, which improves performance and saves manpower. [Embodiment] As shown in FIG. 1, the present invention discloses a clip pushing mechanism of a copper-plated wire. The preferred embodiment includes a base 10, a clamping member, a push-cylinder 12, and a push. The clamping block 13 , a clip holder 14 , a material filling tube 15 and a pressing gas red 16 , wherein: as shown in FIG. 1 , the base 10 includes a working area 1〇1 and a working area 101 side. The fixing area 1〇2. As shown in FIG. 1 and FIG. 5, the clamping member 1 is fixed on the working area 101 of the base 1 , and the clamping member 彳彳 includes a push rod slot. The clamping member 1 1 forms a top clamping groove 114 communicating with the push rod groove 111 on the other side of the fixing portion 相对 2 opposite to the base 1 , and the top portion of the clamping member is formed to communicate with the top clamping groove 114 . The clamping member 112, the clamping member 杓 feeding clip filling tube 15 abuts thereon, and the ejector opening 53 is connected to the inlet nip 112, and the top clamping slot 114 is provided with at least one top clamping elastic piece 116. As shown in FIG. 2, the top clip elastic piece 116 has an insertion portion 117 and a first floor clamping portion 11 8 at the front and rear ends thereof. The retaining clips 115 are disposed on the clamping member η and can extend into the push-pull opening 152 of the clip filling tube 15 to prevent the clip 155 from coming out of the clip. 1 M436680 As shown in FIG. 1 and FIG. 5, the push-pull cylinder 12 is fixed on the solid-foot region 102 of the base 1 . The push-pull cylinder 12 includes a horizontal shaft 121 and a horizontal axis 121 The pneumatic rod 122 is repeatedly actuated, and the gas rod 122 is directed toward the push rod groove 11 of the clamping member 11. As shown in Fig. 1, the push block 13 is slidably disposed on the clamping member 1 In the gutter 111, as shown in FIG. 2, the pusher block 13 includes a push pin body 132 and a hook portion 13' above the push pin body 132. A connecting portion 133 and a push-pull portion 134 are respectively formed, and the connecting portion 133 is connected to the gas pressure rod 122 of the push-pull cylinder 12, and the push-pull portion 134 faces the top clamping groove 1 1 4 of the clamping member 11. As shown in FIG. 5, the clip holder 14 is detachably disposed on the clamping member 11, and the clip holder 14 has a first axial direction 141, the first axial direction 141 and the push clamp. Cylinder 12 The horizontal shaft 121 is inclined, and the clamp holder 14 includes two side plates and a tube rail 142 located in the middle of the clip holder 14. The upper and lower ends of the material f rail 142 respectively form an upper opening 143 and a lower opening. 144. "Eight W 7U 丨 丨 邶 L L L L ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' The slot 152 and the slot 153 of the slot 151 are arranged for the clip 155 to be sequentially arranged to fill the rod 154 and the push nip 152 respectively communicate with the upper and lower sides 1 of the long slot 151. The push clip 152 Corresponding to the underside of the clip holder 14 is 144', the hooking portion 131 of the pusher clip 13 can be extended, and the clip is connected with the clip σ 112 of the clamping member 11; A closed end 156 and a clip portion 15 are respectively formed at the front and rear ends of the gripper 155. M436680 is formed at each end of the clip portion. As shown in FIG. 4 and FIG. 5, the pressing cylinder 16 is fixedly fixed to the clip fixing seat 14 by a fixing portion 163. The pressing cylinder 16 has a first axial direction 161 and a gas pressure rod 62. The gas pressure rod 1 62 can extend into the rod inlet 154 of the binder filling tube 15 along the second axial direction. The use step of the clip plating mechanism 1 of the present copper plating line is as shown in FIG. 6 to FIG. 10. First, when the material filling tube 15 is filled with the plurality of material clips 155, the material clip 155 is clamped by the clamp member 11. The shrapnel 115 resists, so it cannot be self-exited, and the mouth 153 slides out. At this time, the pneumatic gas source 12 and the pressing gas red ^ are connected to the air pressure supply source and the simultaneous operation is performed, and the air pressure rod 122 of the push clamp cylinder 1 2 is pushed. The clamp block 13 is moved forward from the push rod groove of the clamp member 11, so that the hook portion 131 of the push clamp block 13 extends into the push clamp port 1 of the clamp filling tube 15 and pushes the retaining clip. The clip 115 is resisted by the elastic piece 115 moving toward the refreshing opening 153. Meanwhile, the air pressure rod 162 of the pressing cylinder 16 extends from the rod opening 154 of the material filling filler f 15 to replace the function of the blocking elastic piece 115. The lower clamp 155 is prevented from falling from the extraction nip 153, and the pneumatic rod 1 22 of the push cylinder 12' continues to move forward until the push clamp 13 pushes the clamp 1 55 into the top clamp groove 114 and the top clamp. The elastic piece 116 acts to cause the material clip 155 to generate an instantaneous clamping and fixing action, and then pushes the air pressure bar 122 of the cylinder 12 and the air pressure of the pressing cylinder 16. 162 back to its original position, the retaining clip 115 is restored to resist the elastic piece 155 slide cool feed function, time, can be carried out on the next operation. The above description is merely a preferred embodiment of the present invention, and is not intended to limit the present invention in any way. Anyone having ordinary skill in the art can use 7 without departing from the technical features proposed by the present invention. M436680 Equivalent embodiments of the local modifications or modifications made by the technical content disclosed herein are still within the scope of the present technical features. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing a preferred embodiment of the clip pushing mechanism of the present copper plating line. Fig. 2 is a partial perspective exploded view of the preferred embodiment of the push-pull block for pushing the clip on the copper plated wire. Fig. 3 is a perspective view showing a preferred embodiment of the filler tube filling tube of the clip pushing mechanism of the present copper plating line. Figure 4 is a front perspective view of a preferred embodiment of the clip pushing mechanism of the present copper plated wire. Fig. 5 is a side perspective view of a preferred embodiment of the clip pushing mechanism of the present copper plated wire. Fig. 6 is a view showing the use state of the preferred embodiment of the clip pushing mechanism of the present copper plating line. Fig. 7 is a view showing the use state of the preferred embodiment of the clip pushing mechanism of the present copper-plated wire on the present invention (Fig. 2). Fig. 8 is a view showing the use state of the preferred embodiment of the clip pushing mechanism of the present copper-plated wire on the present invention (Fig. 3). Fig. 9 is a view showing the use state of the preferred embodiment of the clip pushing mechanism of the present copper-plated copper wire (4.). Fig. 10 is a diagram showing the use state of the preferred embodiment of the clip pushing mechanism of the present copper plated wire, with reference to Fig. 5 (5). [Main component symbol description] M436680 1 copper plated wire clamp pushing mechanism
10底座 I 02固定區 11夾制構件 112入夾口 115擋夾彈片 II 7入夾部 1 2推夾氣缸 122氣壓桿 1 3推夾塊 132推夾桿體 1 34推夾部 14料爽固定座 142料管轨道 144下開口 1 5料夾填充管 1 52推夾口 1 54進桿口 156封閉端 1 58凸部 1 6壓制氣缸 162氣壓桿 101作業區 111推桿槽 114頂夾槽 116頂夾彈片 11 8撐夾部 121水平轴 1 31勾夾部 133連結部 141第一軸向 143上開口 151長槽 153出夾口 155料夾 157夾部 161第二軸向 163固定部 910 base I 02 fixed area 11 clamping member 112 into the clamping port 115 blocking clip shrapnel II 7 into the clamping part 1 2 push clamping cylinder 122 pneumatic rod 1 3 push clamp 132 push clamp rod body 1 34 push clamp portion 14 material cool fixed Block 142 tube rail 144 lower opening 1 5 material filling tube 1 52 pushing jaw 1 54 inlet rod 156 closed end 1 58 convex portion 6 pressing cylinder 162 gas pressure rod 101 working area 111 push rod groove 114 top clamping groove 116 Top clip spring 11 8 support portion 121 horizontal shaft 1 31 hook portion 133 joint portion 141 first axial direction 143 upper opening 151 long groove 153 out of the clamp 155 material clip 157 clip portion 161 second axial direction 163 fixing portion 9