201043353 六、發明說明： 【發明所屬之技術領域】 本發明係提供一種金屬加工成型及整形之刀具模座，尤指一 種利用沖壓成型並藉由刀具模座及出料裝置之配合，令加工材料 由一次之沖壓加工行程，俾可獲得所欲成型之物件者。 【先前技術】 目刚沖壓成型之專用作動機於一般之沖壓製程時，大部 壞5亥加工知'制·夕你:去Χ,ί BMt，Λί、.201043353 VI. Description of the Invention: [Technical Field] The present invention provides a tool holder for metal forming and shaping, and more particularly to a processing material by stamping and forming by means of a tool holder and a discharge device. From the one-step stamping process, you can get the object you want to shape. [Prior Art] When the special punching machine is used for the general stamping process, most of the bad 5 Hai processing knows the system, and you: go to Χ, BMt, Λί,.
刀都解—次之加工形成半成品’另外制料磨等表面加工使 雜冲壓成型之半成品達到修整表面之效果，形成加I上之程序 ί曰加俾增添其加工形成成品之速度，且該沖壓成型之加工作動 容易使該加工材卿弧不平直之端面，㈣·端面達到平 整，成型作動不易加工施行，亦可能於再加工之過程中，再次損 【發明内容】 欲解決之技術問題點：The knives are solved - the second process is to form a semi-finished product. 'The surface processing of the other material grinding machine makes the semi-finished product of the miscellaneous press forming achieve the effect of dressing the surface, forming the program of adding I, adding the speed of the processing to form the finished product, and the punching The forming work is easy to make the processing material unbright end face, (4) · The end surface is flat, the molding action is not easy to process, and it may be damaged again during the reworking process. [Invention content] Technical problems to be solved:
目月·)冲愿成型之專用作動機於—般之㈣製程時，大部 ’另外再利用研磨等表面加 達到修整表面之效果，形成加J1上之程序 ’且該沖之k作動容易 201043353 賴加工材卿成彎弧不平直之端面，而欲使該端面達到平整之 .加不:加工施行，亦可能於再加工之過程中，再次損壞該 ' ^之奴翻之整體樣式，形成加工成型上之*便，此為本 創作欲解決之技術問題點者。 不 解決問題之技術特點： 一種驾k成鼓整形之刀具難，其包含有—底盤、刀 =座、出料裝置、絲件及沖·置所組合而成，底盤係具有 組設平面，並於一側之平面貫穿設有一穿設槽，刀具模座由上 钉係分別設有粗胚模具、數精削刀模及模具底座所構成，其粗 胚桓具、制刀模及模具底絲分财穿設有粗轉穴、精刀模 穴及成品模穴，該粗胚模具係設有入料口，且該模具底座之成口、 ^二兩側係分別開設有容置空間，並由容置空間兩側貫穿成品 杈Γ曼有一穿孔’而模具底座兩側之容置空間係分別設有出料塊 及牙伸塊，且該出料塊係橫向穿設有出料孔並與成品模穴之穿孔 U貫通相接，而另-側之容置空間内之穿伸塊亦橫向穿設有穿伸孔 與穿孔貫通相接’出料裝置係、具有—底座、—被動件及穿伸桿， 該底座係縱向穿設有-穿設口，並由橫向貫穿與穿設口相通^有 一穿伸口 ’且該穿伸口之兩側壁另開通各設有横向之橫槽，被動 件係為—略小於穿設口容積之長形塊體，其係橫向貫穿設有一狹 長形之容，並於兩側之壁、_設有與容置槽相通之滑動槽， 該滑動槽係分設連接具有直雜槽聽練槽，件切另 延伸有組設端，穿伸桿適當位置處係貫穿設有—固定孔，並提供 201043353 且於前端延伸設有—較細長之推擠端，主動件 細己㈠又有-沖壓裝置，一沖壓裝置係具一 .=組合而成’-組接塊係縱向貫穿設有位移槽:配:: 之、」Γ組接塊之兩側壁另開設有與位_ 且m 凸設有滑動柱，並於一側穿設有-組接孔， /連、、·。座之底俯細設有組結槽，下連難上端處係凸伸設有 端，而底側另組接設有—沖壓桿，該沖壓桿係與刀具模座之 #八減_者；其中，該刀韻顧蝴具底麵設於底盤 ^組設平面上’而模具底座兩側開設之容置空間係分別組設有出 料塊及牙伸塊’其_具底座上端係往上依序疊靠設有精削刀模及 粗胚模具，且使三構件之粗胚模穴、精賴穴及成品模穴相靠贴 齊，又底盤之組設平面側邊係設有一穿設槽，並提供出料裝置之 底座組接設置，其底紅穿設口係對齊於賴之穿設槽並提供穿 ◎伸有被動件’該被動件貫穿之容置槽係與底座橫向之穿伸口相 通，亚使穿伸桿由底座一側之穿伸口貫穿被動件置設於容置槽 内’而穿伸桿前端延伸之推擠端並插伸置於刀具模座下方模具底 座側牙伸塊之穿伸孔内，再由底座邊穿設之橫槽穿伸一固定 心轴，並貫穿被動件之滑動槽及穿伸桿之固定孔達到串接固定之 狀心主動件一側底端係設有一沖壓裝置，該沖壓裝置係先將組 接塊螺鎖固定於主上，再以上連結座之滑動柱配合-彈性件 牙伸至組接塊之位移槽内，而滑動柱之組接孔係與組接塊側邊之 滑移槽對齊，並貫穿設有一心軸，令該上連結座被固定於組接塊 201043353 上 而上連結座底側之組結槽係與下連結且 且該下連麵之絲肤伸設有—沖㈣切固定， 刀且又有冲m干，而該_桿係插伸於 J、座頂端粗胚模具之粗胚模穴内，其主動件另—侧 ' 件與被動叙組設端螺騎合，藉由可…、 屬加工成型及整形之刀具模座者。 、’ 對照先前技術之功效： 本發_提供—種金屬加工成型及整形之刀座，並刀且 〇模觸疊靠分顺絲賴具、_刀淑難敍，令該主動 件所組接之沖歸置以賴桿往下㈣加工材料時，藉由粗胚模 具之粗胚成型，再麵制賴之端面整形令該加工材料具有較 為平π之兩側端面’最後再藉由—側之出料裝置俾可將成型之加 工材料再次加工後而推擠出料，俾以—次加工行程達到成品之成 型及整形，以增添該成品加工之速度，並藉由沖壓裝置之加工方 式，使該加工材料之成品兼具其使用強度者。 J 【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 -步之瞭解與認識’以下兹請配合【圖式簡單說明】詳述如后： 首先’先凊荼閱第1、2、3圖所示，-種金屬加工成型及整 形之刀具模座，其包含有一底盤（1〇)、刀具模座（2〇)、出料裝置 (30)、主動件(4〇)及沖壓裝菫（5q)所組合而成，該底盤（丨们係具 有一組設平面（11)，並於一側之平面貫穿設有一穿設槽（12)，刀 具模座（20)由上往下係分別設有粗胚模具（21)、數精削刀模（22) 7 201043353 及模具底座（23)所構成，其粗胚模具(21)、精削刀模(22)及模具 底座(23)係分別貫穿設有粗减穴(211)、精刀模穴(221)及成品 模穴（231)，又該粗胚模具(21)係由上、下模所組成，其係上、下 相對凹設形成有入料口⑽），而精削刀模(22)之精刀模穴(221) 係略小粗轉穴⑵1)之内徑，且該細刀模(22)係可設有複數層 亚在下依序又形成略小之内徑，賴具底座(23)之成品模穴測） 之兩側係分別開設有容置空間（232)，並由容置空間（232)兩側貫 〇牙成品模穴（231)設有-穿孔（233)，而模具底座（23)兩側之容置 空間（232)係分別設有出料塊(24)及穿伸塊(25)，其出料塊⑵)係 檢向穿設有出料孔（241)並與成品模穴(231)之穿孔(233)貫通相 接，該出料塊(24)係可提供若干塊置設於容置空間（232)，且該出 料塊(24)之出料孔(241)係可為一刀模孔，亦可為一整形孔，而另 -側之容置空間（232)内之穿伸塊(25)亦橫向穿設有穿伸孔(251) 與牙孔（233)貝通相接，且該穿伸孔（251)係略小於穿孔（233)及出 ◎料孔(241)之孔徑，出料裝置⑽係具有—底座(31)、—被動件⑽ 及穿伸桿（33)，該底座（31)係縱向穿設有一穿設口（311)，並由橫 向貫穿與穿設口（311)相通設有一穿伸口（312)，且該穿伸口（312) 之兩側壁另開通各設有橫向之橫槽(313)，被動件(32)係為一略小 於穿設口（311)容積之長形塊體，其係橫向貫穿設有一狹長形之容 置槽（321)，並於兩側之壁緣開設有與容置槽（321)相通之滑動槽 (322)，該滑動槽（322)係分設連接具有直線滑槽（323)及作動滑槽 (324)，而被動件（32)上端另延伸有組設端(325)，穿伸桿（33)適 201043353 當位置處係貫穿設有一固定孔（331)，並提供設有一固定心軸 (332)，且於前端延伸設有一較細長之推擠端（333)，主動件（仙） 係配合設有汽、油壓之作動缸，亦可配合組設有沖壓作動件（圖未 標示），令主動件(40)具有上下位移之作動關係，其主動件(4〇)係 配合設有一沖壓裝置（50)，一沖壓裝置（5〇)係具一組接塊(51)、 上連結座（52)及下連結座（53)所組合而成，一組接塊（51)係縱向 貫穿設有位移槽（511)並配合設有一彈性件（512)，又該組接塊(51) 〇 之兩侧壁另開設有與位移槽（511)相通且同向之滑移槽（513),上 連結座（52)係凸設有滑動柱（521)，並於一側穿設有一組接孔 (522)，且上連結座（52)之底側係凹設有組結槽（523)，下連結座 (53) 上i%處係凸伸設有組結端（531)，而底側另組接設有一沖壓桿 (54) ’該沖壓桿（54)係與刀具模座（2〇)之各模穴形狀相同者。 其結構之組成，再請參閱第1、2、3、4圖所示，該刀具模座 (20)係由模具底座（23)組設於底盤（1〇)之組設平面（η)上，槿 具底座（23)兩側開設之容置空間（232)係分別組設有出料塊（24) 及牙伸塊（25)，其出料塊（24)係可依加工之物件而設有複數個， 而模具底座（23)上端係往上依序疊靠設有精削刀模（22)及粗胚模 具（21)，且使三構件之粗胚模穴（211)、精刀模穴（221)及成品模 穴(231)相靠貼齊，其精削刀模(22)係可隨加工之物件而增添設有 複數個’又底盤（10)之組設平面（11)側邊係設有一穿設槽（12)， 並提供出料襞置（30)之底座（31)組接設置，其底座（31)之穿設口 (311)係對齊於底盤（10)之穿設槽（12)並提供穿伸有被動件 201043353 (32) ，該被動件(32)貫穿之容置槽（321)係與底座（31)橫向之穿伸 口（312)相通，並使穿伸桿(33)由底座（31) —側之穿伸口（312)貫 穿被動件（32)置設於容置槽（321)内，而穿伸桿(33)前端延伸之推 擠端（333)並插伸置於刀具模座（20)下方模具底座（23) 一側穿伸 塊（25)之穿伸孔（251)内，再由底座（31)側邊穿設之橫槽（313)穿 伸一固定心軸（332)，並貫穿被動件（32)之滑動槽（322)及穿伸桿 (33) 之固定孔（331)達到串接固定之狀態，主動件（4〇)一侧底端係 〇 設有一沖壓裝置（50)，該沖壓裝置（50)係先將組接塊（51)螺鎖固 疋於主動件（40)上，再以上連結座（52)之滑動柱（521)配合一彈性 件（512)穿伸至組接塊（51)之位移槽（511)内，而滑動柱（52i)之組 接孔（522)係與組接塊(51)側邊之滑移槽（513)對齊，並貫穿設有 一心軸，令該上連結座（52)被固定於組接塊（51)上，而上連結座 (52)底側之組結槽（523)係與下連結座（53)之組結端（531)卡嵌固 定，且該下連結座（53)之底側另延伸設有一沖壓桿（54),而該沖 〇壓桿（54)係插伸於刀具模座（2〇)頂端粗胚模具（21)之粗胚模穴 (211)内’其主動件（4〇)另一側係提供鎖件與被動件(32)之組設端 (325)螺鎖結合，藉由上述結構，俾可構成一種金屬加工成型及整 形之刀具模座者。 其結構之使用，續請參閱第5、6圖所示，其加工材料(幻係 由粗胚模具（21)所形成之入料口（212)置入，並插伸至粗胚模穴 (211)中，此時藉由主動件（4〇)所配合之汽、油壓之作動缸（圖未 心不）’使主動件(4〇)往下作動，並使麵設於主動件(4〇)底側之沖 10 201043353 ❹ ❹ 壓I置（50)及出料裝置（3〇)往下位移作動，其沖壓裝置（5〇)之沖 壓桿（54)即會往下裁切置設於粗胚模穴（211)之加工材料(a)，令 該加工材料(A)被裁切並藉由粗胚模穴(211)及沖壓桿（54)之形狀 而成型，而另一側出料裝置（3〇)之穿伸桿（33)係藉由固定心轴 (332)固定於被動件(32)滑動槽(322)内，當主動件⑽往下位移 時，其被動件⑽财往下於底座⑶）之穿設σ(311)巾位移，並 使穿伸桿(33)藉由被動件（32)之滑動槽（322)達到橫向位移之狀 悲，而該穿伸桿(33)此時係處於滑動槽(322)之直線滑槽(卿段 (如第7騎示），令該穿伸捍⑽無向前延伸之位移作動，其主 動件⑽雜續往下作動，並使賴裝置⑽之沖壓桿⑽將成 型之加工材料⑴往下經過精削刀模⑽段，令該加工材料⑷藉 由精削刀模㈤所設置之精刀模穴㈣而達到兩外端面讀 整，俾可使該加I材讎兩外側形成無毛邊奸滑之表面，此時 該沖壓桿⑼之行程到底並使加工材料⑷到達模具底座⑽之 成品模穴卿）及穿孔(233)間（如第8圖所示)，其主動件⑽係 持績往下作動，使該沖塵裝置⑽藉由組接塊⑸）之位移槽⑽） 與上連結細)之滑動柱⑽）間之行程(如第9圖所示），令主動 件⑽亦具有往下位移作動之行程間隙，而另一側之出料裝置⑽ 之被動件(32)依舊於穿設σ(3]1)中細懦，並使穿伸桿⑶)及 固定心軸⑽)被位移至滑動槽(322)之作動滑槽⑽)段，當主動 往下位移時，其穿伸桿⑽則會藉由作動滑槽⑽)而 達到橫向往前之作動’使穿伸桿⑶)之推擠端⑽)往前插伸於刀 201043353 ”模座(20)之模具底座(23)穿孔(233)處，並往前推擠於穿孔(233) 處之加工材料(A)，使該加卫材料(A)再經過模具底座⑽另一側 出料塊⑽之出料孔⑽），令該加工材料(A)再藉由出料孔(241) 處之刀模孔或整形孔達到第二次之整形，俾可將該加工材料⑷之 周緣端面修整平滑，亦錢觸加工獅⑴目沖壓桿(54)往下沖 壓成型而形成彎、弧之端面再經由出料孔⑽）之整形孔達到平直 之狀態，然後使該加工材料⑷由出料孔⑽）整形後而送出（如第 ()H)圖所示），俾以獲得欲加工成形之成品者。 措上述具財關之結構，可得射述之效益：本發明係提 供-種金屬加工成型及整形之刀具麵，其刀具财⑽係疊靠 分別設有粗賴具⑵）、制刀細)及模具底座⑽，令該主 動件⑽所組接之沖壓裝置⑽以沖壓桿(54)往下沖壓加工材料 〇 :二=粗胚模具⑵)之-成型，再經由精削刀模敝端 面正形^加I椒·料料僧之補咖 側之出料裝置⑽俾可將„ 出料如 材料⑷再次加工後而推擠 = 咐她&_物，《獅成品 加工之速度，並藉由沖壓裝 、之成 品兼具其使職度者。 枝’賴加坤料⑷. 綜上所述’树_實已較雜之結構料，㈣有改f =明内容，_又__產紅之_性與進紐,、且树 "J月專财請，料角局審查委員授予合法專利 12 201043353 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 均等變化與修飾，皆應仍屬本發明專利涵蓋之範圍内。 Ο 13 201043353 【圖式簡單說明】 第1圖：係為本創作之立體組合圖。 第2圖：係為本創作之一立體分解圖。 第3圖：係為本創作之二立體分解圖。 第4圖：係為本創作之組合剖視圖。目月·)Special motivation for rushing molding is used in the general (four) process, most of the 'other use of grinding and other surfaces to achieve the effect of dressing the surface, forming a program on J1' and the rushing k to move easily 201043353 Lai processing material into a curved end of the arc, and want to make the end face flat. Plus: processing, it may also damage the overall style of the '^ slave turn over during the re-machining process, forming a forming On the top, this is the technical problem that the creative wants to solve. Technical features that do not solve the problem: A tool for driving a drum into a drum is difficult, and includes a combination of a chassis, a knife, a seat, a discharge device, a wire member, and a punching device. The chassis has a flat surface, and A through groove is formed through the plane of one side, and the cutter mold base is composed of a rough embryo mold, a plurality of precision cutter molds and a mold base respectively, and the rough embryo cooker, the cutter mold and the mold bottom thread are respectively arranged on the upper nail system. There is a coarse turning hole, a fine knife cavity and a finished mold cavity, and the rough embryo mold is provided with a feeding port, and the opening of the mold base and the two sides are separately provided with an accommodating space, and The two sides of the accommodating space have a perforation through the finished 杈Γman, and the accommodating spaces on both sides of the stencil base are respectively provided with a discharging block and a tooth protruding block, and the discharging block is transversely provided with a discharging hole and The perforation U of the finished mold cavity is connected through the through hole, and the through-drilling block in the other side of the accommodating space is also transversely provided with the through-hole and the perforation through the connection device, the pedestal, the passive component and Through the extension rod, the base is longitudinally worn with a through-mouth, and is transversely penetrated to the through-opening port. a through-opening port and the two side walls of the opening and opening are respectively provided with lateral transverse grooves, and the passive member is an elongated block slightly smaller than the volume of the opening, which is provided with a narrow shape in the transverse direction. And on the two sides of the wall, _ is provided with a sliding slot communicating with the receiving slot, the sliding slot is provided with a straight slot for the listening slot, and the component is further extended with a set end, and the wearing rod is at an appropriate position The system is provided with a fixing hole and is provided with 201043353 and is extended at the front end with a relatively slender pushing end, the active part is fine (1) and there is a stamping device, and a punching device is provided with a combination of a group of '= The connecting block is longitudinally inserted with a displacement groove: with::, the two side walls of the connecting block are separately provided with a position _ and m is convexly provided with a sliding column, and a pair of connecting holes are provided on one side, / even,,·. The bottom of the seat has a combination groove, and the lower end is connected with a protruding end at the upper end, and the bottom side is further provided with a punching bar, and the punching bar and the cutter die holder are #八减_; Wherein, the knives of the knives are arranged on the bottom surface of the chassis, and the accommodating spaces on both sides of the stencil base are respectively provided with a discharging block and a tooth extension block. The precision cutting die and the rough embryo mold are arranged in sequence, and the rough metal mold hole, the fine reliance hole and the finished mold cavity of the three components are closely arranged, and the bottom side of the chassis is provided with a laying device. a groove, and providing a base assembly of the discharging device, wherein the bottom red opening is aligned with the laying groove and provided with a passive member. The passive member penetrates the receiving groove and the base is transversely worn. The extension of the mouth is made, the sub-pervasive rod is inserted from the side of the base through the passive member in the receiving groove, and the pushing end of the front end of the rod is inserted and placed on the side of the mold base below the cutter mold base. The through hole of the tooth extension block penetrates a fixed mandrel through the transverse groove pierced by the base, and penetrates the sliding groove and the piercing rod of the passive member The fixing hole has a punching and fixing center of the center of the active part, and a punching device is arranged on the bottom end of the driving body. The pressing device first fixes the assembling block to the main body, and then the sliding column of the connecting piece is matched with the elastic piece. Extending into the displacement groove of the block, the assembly hole of the sliding column is aligned with the sliding groove of the side of the block, and a mandrel is arranged therethrough, so that the upper joint is fixed on the assembly block 201043353 The combination groove on the bottom side of the upper joint is connected to the bottom and the wire of the lower joint is provided with a punching (four) cutting and fixing, and the knife is further punched, and the _ rod is inserted in the J. In the rough embryo mold hole of the top end of the rough embryo mold, the active part of the other side is combined with the passive set of the end of the screw, by means of a tool holder that can be processed and shaped. , 'Compared with the efficacy of the prior art: This hair _ provides a kind of metal processing and shaping tool holder, and the knife and the die are stacked by the sizing wire, _ knife is difficult to describe, so that the active parts are assembled When the material is processed by the lower rod (4), the rough embryo is formed by the rough embryo of the rough embryo mold, and the end surface of the processing material is made to have a flat surface on both sides of the workpiece. The discharging device can re-process the formed processing material and push the extruding material, and then form and shape the finished product by the processing time to increase the processing speed of the finished product, and the processing method of the punching device, The finished product of the processed material has the strength of use. J [Embodiment] In order to enable your review board to have a more in-depth understanding and understanding of the purpose, features and effects of the present invention, please refer to the following [detailed description of the drawings] as follows: First, first read As shown in Figures 1, 2 and 3, a metal mold forming and shaping tool holder includes a chassis (1〇), a tool holder (2〇), a discharge device (30), and an active member (4). 〇) and the stamping device (5q) are combined, the chassis (we have a set of planes (11), and a through groove (12) is inserted through the plane of one side, the tool holder (20) From the top to the bottom, there are respectively a rough embryo mold (21), a number of precision cutter molds (22) 7 201043353 and a mold base (23), and the rough embryo mold (21) and the precision cutter mold (22) And the mold base (23) is respectively provided with a rough reduction hole (211), a fine knife cavity (221) and a finished mold cavity (231), and the rough embryo mold (21) is composed of upper and lower molds. The upper and lower portions are oppositely recessed to form an inlet port (10), and the fine knife cavity (221) of the precision die (22) is slightly smaller than the inner diameter of the hole (2) 1), and the fine die ( 22) can be equipped with complex The layer sub-layers form a slightly smaller inner diameter in sequence, and the two sides of the sub-system (23) are respectively provided with an accommodating space (232), and are flanked by the accommodating space (232). The cavities finished mold cavity (231) is provided with a perforation (233), and the accommodation spaces (232) on both sides of the mold base (23) are respectively provided with a discharge block (24) and a penetration block (25), which are respectively provided. The discharge block (2) is provided with a discharge hole (241) and is connected to the through hole (233) of the finished mold cavity (231), and the discharge block (24) is provided with a plurality of blocks. The space (232) is disposed, and the discharge hole (241) of the discharge block (24) can be a die hole or a shaping hole, and the other side of the receiving space (232) can be stretched. The block (25) is also transversely provided with a through hole (251) and a hole (233), and the through hole (251) is slightly smaller than the hole (233) and the hole (241). The aperture and discharge device (10) has a base (31), a passive member (10) and a piercing rod (33). The base (31) is longitudinally provided with a through opening (311) and is transversely penetrated and threaded. The mouth (311) is provided with a through opening (312), and the opening (312) The side wall is further provided with lateral transverse grooves (313), and the passive member (32) is an elongated block slightly smaller than the volume of the through opening (311), and is provided with an elongated receiving groove transversely. 321), and a sliding groove (322) communicating with the accommodating groove (321) is formed on the wall edges of the two sides, and the sliding groove (322) is provided with a linear sliding groove (323) and an actuating sliding groove (324). And the upper end of the passive member (32) further has a set end (325), and the through rod (33) is suitable for 201043353. A fixing hole (331) is disposed at a position therethrough, and a fixed mandrel (332) is provided. And a relatively slender pushing end (333) is extended at the front end, and the active member (senior) is matched with an actuating cylinder provided with steam and oil pressure, and may also be provided with a stamping actuating member (not shown). The driving member (40) has an actuating relationship of up and down displacement, and the driving member (4〇) is matched with a punching device (50), and a punching device (5〇) is provided with a set of connecting blocks (51) and an upper connecting seat ( 52) and a lower connecting seat (53), a set of connecting blocks (51) are longitudinally inserted with a displacement groove (511) and fitted with an elastic member (512), and The connecting block (51) is further provided with a sliding groove (513) communicating with the displacement groove (511) and facing in the same direction, and the upper connecting seat (52) is convexly provided with a sliding column (521), and A set of through holes (522) is formed on one side, and a bottom side of the upper connecting seat (52) is recessed with a forming groove (523), and i% of the lower connecting seat (53) is protruded and assembled. The end (531), and the bottom side is further provided with a punching rod (54). The punching rod (54) is identical to the shape of each cavity of the cutter mold base (2〇). For the structure of the structure, please refer to the figures 1, 2, 3 and 4, the tool holder (20) is assembled on the assembly plane (η) of the chassis (1〇) by the mold base (23). The accommodating space (232) opened on both sides of the cookware base (23) is respectively provided with a discharge block (24) and a tooth extension block (25), and the discharge block (24) is according to the processed object. There are a plurality of mold bases (23), and the upper end of the mold base (23) is stacked with the precision cutter die (22) and the rough blank mold (21), and the three-component rough mold cavity (211) and fine The die cavity (221) and the finished die cavity (231) are closely aligned, and the fine die (22) can be added with a plurality of sets of planes (11) with the workpiece (11). The side is provided with a through groove (12), and the base (31) of the discharge device (30) is assembled, and the through hole (311) of the base (31) is aligned with the chassis (10). The slot (12) is provided with a passive member 201043353 (32), and the receiving slot (321) of the passive member (32) communicates with the transverse opening (312) of the base (31), and The piercing rod (33) is passed through the base (31) - the side opening (312) The passive member (32) is disposed in the accommodating groove (321), and the pushing end (333) extending from the front end of the penetration rod (33) is inserted into the mold base (23) under the cutter mold base (20). The side through hole (251) of the through hole (251), and then the lateral groove (313) pierced by the side of the base (31) penetrates a fixed mandrel (332) and slides through the passive member (32) The fixing hole (331) of the groove (322) and the piercing rod (33) is in a state of being fixed in series, and a pressing device (50) is provided on the bottom end of the driving member (4〇), and the pressing device (50) Firstly, the assembly block (51) is screwed onto the active member (40), and then the sliding column (521) of the upper connecting seat (52) is engaged with the elastic member (512) to the assembly block (51). The displacement groove (511) is located in the displacement groove (511), and the assembly hole (522) of the sliding column (52i) is aligned with the sliding groove (513) of the side of the assembly block (51), and a mandrel is disposed therethrough. The connecting seat (52) is fixed to the assembling block (51), and the forming groove (523) on the bottom side of the upper connecting seat (52) is engaged with the assembling end (531) of the lower connecting seat (53). And a punching rod is further extended on the bottom side of the lower connecting seat (53) ( 54), and the punching pressure rod (54) is inserted into the rough embryo mold hole (211) of the top end of the cutter mold base (2〇), and the other side of the active member (4〇) The lock member is combined with the screw end of the assembly end (325) of the passive member (32). With the above structure, the cymbal can form a metal mold forming and shaping tool holder. For the use of its structure, please refer to Figures 5 and 6 for the continuation of the processing material (the phantom is placed by the inlet (212) formed by the rough blank mold (21) and inserted into the rough embryo cavity ( 211), at this time, the active part (4〇) is actuated by the steam and oil pressure acting cylinder (the figure is not in the heart) matched by the active part (4〇), and the surface is set on the active part ( 4〇) The bottom side of the punch 10 201043353 ❹ 压 The pressure I set (50) and the discharge device (3〇) are moved downward, and the punching rod (54) of the punching device (5〇) will be cut down. The processing material (a) disposed in the rough embryo cavity (211) is such that the processed material (A) is cut and shaped by the shape of the rough embryo cavity (211) and the punching bar (54), and the other The piercing rod (33) of the side discharge device (3) is fixed in the sliding groove (322) of the passive member (32) by the fixed mandrel (332), and the passive member when the driving member (10) is displaced downward (10) The σ (311) towel displacement is applied to the base (3), and the penetration rod (33) is laterally displaced by the sliding groove (322) of the passive member (32), and the penetration is performed. The rod (33) is now in the linear chute of the sliding groove (322) As shown in the 7th ride, the wearer (10) is operated without the displacement of the forward extension, and the active member (10) is continuously moved downward, and the punching rod (10) of the upper device (10) passes the formed processing material (1) downward. The cutter die (10) is such that the machined material (4) is finished by the fine die cavity (4) provided by the fine die (5) to achieve the two outer end faces, and the outer surface of the added material I can be formed into a surface without burrs. At this time, the stroke of the stamping rod (9) is such that the processed material (4) reaches between the finished mold base of the mold base (10) and the perforation (233) (as shown in Fig. 8), and the active member (10) is driven down. The driving device (10) is also displaced downward by the stroke between the displacement groove (10) of the assembly block (5) and the sliding column (10) of the upper connection (as shown in Fig. 9). The stroke of the stroke is actuated, while the passive member (32) of the discharge device (10) on the other side is still in the middle of the thread σ(3]1), and the penetration rod (3)) and the fixed mandrel (10) are displaced to The section of the sliding groove (322) of the sliding groove (322), when actively displaced downward, the piercing rod (10) is moved laterally by actuating the sliding groove (10) Actuate 'move the pusher end (10)) to the front end of the mold base (23) at the punch (233) of the mold base (20) and push it forward to the perforation (233) The processing material (A) is such that the reinforcing material (A) passes through the discharge hole (10) of the discharge block (10) on the other side of the mold base (10), and the processed material (A) is further passed through the discharge hole (241). The knife hole or the shaping hole at the position is shaped for the second time, and the peripheral end surface of the processed material (4) can be trimmed and smoothed, and the lion (1) eye punching rod (54) is stamped and formed to form a bend and an arc. The end face is then straightened through the shaping hole of the discharge hole (10), and then the processed material (4) is shaped by the discharge hole (10) and sent out (as shown in the figure ()H). The finished product of the forming. The above-mentioned financial structure can be used to obtain the benefits of the report: the invention provides a tool surface for metal forming and shaping, and the tool (10) is stacked with a thick rig (2) and a knife) And the mold base (10), the punching device (10) assembled by the active member (10) is pressed by the punching rod (54) to press the material 〇: two = rough embryo mold (2) - molding, and then the end face of the fine cutting die Shape ^ Add I pepper · Material 僧 补 补 补 补 补 补 ( ( ( ( „ „ „ 如 如 如 如 如 如 如 如 如 如 如 如 如 如 材料 材料 材料 材料 如 材料 如 材料 如 如 材料 材料 材料 如 如 如 如 如 材料 如 如 如 如 如 如From the stamping installation, the finished product has its incumbent. Branch 'Lai Khan material (4). In summary, the 'tree _ has been more complicated structural materials, (4) have changed f = Ming content, _ _ _ _ red _ Sex and Advance, and the tree "J month special money please, the corner board review committee grants the legal patent 12 201043353 right 'to the pray. Only the above is only one preferred embodiment of the present invention However, the scope of the practice of the invention is not limited thereto; that is, the equivalent changes and modifications made by the scope of the patent application of the present invention, It should still be within the scope of the patent of the present invention. Ο 13 201043353 [Simple description of the diagram] Figure 1: This is a three-dimensional combination of the creation. Figure 2: An exploded view of the creation of the original. : This is the two-dimensional exploded view of the creation. Figure 4: A sectional view of the combination of the creation.
示意圖。 之樣式。 第8圖：係為本創作之連續作動示意圖（二）。 第9圖：係為本創作之連續作動示意圖（三）。 第10圖：係為本創作之沖壓成型後之加卫材料示意圖。 【主要元件符號說明】 底盤- ---GO) 穿設槽---(12) 刀具模座--(20) 粗胚模穴--(211) 精削刀模--(22) 模具底座--(23) 容置空間--(232) 出料塊- --(24) 穿仲塊—-(25) 出料裝置--(30) 組設平面--(11) 粗胚模具--(21) 入料口— - -(212) 精刀模穴--(221) 成品模穴--(231) 穿孔----(233) 出料孔_ - -(241) 穿伸孔——(251) 底座- ---(31) 14 -(312) 201043353schematic diagram. Style. Figure 8: This is a schematic diagram of the continuous operation of the creation (2). Figure 9: This is a schematic diagram of the continuous operation of the creation (3). Figure 10: This is a schematic diagram of the reinforcing material after stamping and forming. [Main component symbol description] Chassis - ---GO) Groove---(12) Tool holder--(20) Rough embryo cavity--(211) Refining die--(22) Mold base --(23) accommodating space--(232) Discharge block - --(24) Punch block--(25) Discharge device--(30) Set the plane--(11) Rough embryo mold- - (21) Inlet - - - (212) Fine knife cavity - (221) Finished cavity - (231) Perforation - (-) (233) Discharge hole _ - - (241) Perforation hole ——(251) Base - ---(31) 14 -(312) 201043353
穿設口---(311) 穿伸口 _ _ 橫槽----(313) 被動件-- 容置槽---(321) 滑動槽-- 直線滑槽--(323) 作動滑槽- 組設端---(325) 穿伸桿 固定孔_ _ -(331) 固定心轴- 推擠端---(333) 主動件---(40) 沖壓裝置--(50) 組接塊-- 位移槽---(511) 彈性件-- 滑移槽---(513) 上連結座- 滑動柱---(521) 組接孔-- 組結槽-_ -(523) 下連結座- 組結端_ _ _(531) 沖壓桿-- -(32) -(322) -(324) -(33) -(332) -(51) -(512) -(52) -(522) -(53) -(54)Through the mouth---(311) through the mouth _ _ transverse groove----(313) passive parts-- accommodating groove---(321) sliding groove-- linear sliding groove--(323) Groove - set end - (325) through rod fixing hole _ _ - (331) fixed mandrel - push end - (333) active part --- (40) stamping device - (50) Group block -- displacement groove --- (511) elastic member -- slip groove --- (513) upper joint - sliding column --- (521) set hole -- combination groove -_ - ( 523) Lower joint - assembly end _ _ _ (531) stamping rod --- (32) - (322) - (324) - (33) - (332) - (51) - (512) - (52 ) -(522) -(53) -(54)
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