1312711 九、發明說明： 【發明所屬之技術領域】 ，使殘料供料裝置 自具殘料供料裝置之棒材自動供料=使棒材殘料達到 按，棒材自動供料機係為搭配車床 r將棒材 即令人工成本，更可大幅提高生產效率。 其不僅可 =閱第1、2、3圖，係為習用之棒材自 要包括有置料機構1〇、麗料機構11、出料機播^機、、主 構13 ;其係於該置料機構丄〇置 材12、推料機 則架;於置料機構1 〇上方，以使數根單 列，再以出料機構！ 2將置放於置料機 出科排 滾落至推料機構1 3之導料m 3 ^ 頂出並 力源驅動之驅動座1 3 2將棒材2 〇推移:機!?即以動 推^ 3 1侧方之舉升架 ，驅動座132開後 筒夾處，即無法再推進槔材？ 推出至加工知之 座1 3 _移，並帶動推料桿丄J之:頭 之殘料退出加工端，並將殘料下料至殘 往夫閉ΐ/ΐ、ί式持續將長棒材自動供料至加工端。 。Π ® ’該棒材自動供料機所推出至加工端之棒材 餘之殘料2 1長度係為推料桿1 3 3之夾頭 i t ί 端之筒夾長度β二者總合c⑽），若加工 細之長度為D，_雜2 i長度G實可再進行後續加工，却由 1312711 於推料桿13 3頭端之失頭13 q] 無法繼續加卫，而^ 3 1長度限制下，使得棒材2 0 料2 1，大多以人工良費，而為減少其所剩餘之殘 而造成浪費人力之缺弊，因此’ 盖此1二因需人工操作， 組裝小型之自雜料機，㈣m又為改善此—缺弊’坊間即設計 ’其雖可達到節省人力工之自動供料 設備成本，因而ΐϊ^ΐΓ小型自動供料機將增加 >其應有的效益。間配置上的浪纽生產成本，而無法達到 試作，終究研創屮一μθ ϋ研九經過長期努力之研究與 大幅減少殘料，並萨以二才U之棒材自動供料機，而可 旨。 並藉以改善習式之缺弊，此即為本發明之設計宗 【發明内容】 料機本:===一=_料裝置之棒材自動供 ,*料供料裝置’·該殘料供料裝置係=機f=構其^機構 ^曰下方則设有數片頂升板，以及於 板’而可將殘料置放彻板座上，並利用短距t!::又^ 進，到節省空目=使殘料自動化供料， 【貫施方式】 實施恤卡麵，_ 一較佳 閲第5 6、7、8圖’本發明主要包括有置料機構 6 1312711 仏i、出料機構3 2、推料機構3 3及殘料供料 構3 0之置料架以於置料機 ΐ 3〇=ίϊΓ排列；出料機構3 2係具有數片架置ίϊΐ料 01側方之頂升架3 2 升 j置科 3 〇 1之容置槽3 〇 i i出料位置設有頂出^ =應fri 为別樞設於—連桿3 2 2，該各頂升架3 2 1 3 = …3上，又該轉軸3 2 3於機台後端處i 調整組3 2 4，於轉動調整組3 2 4之旋 3 2 ’可帶轉軸3 2 3轉動，並同時帶動各頂升架 之頂料ΓίΓ使頂升架3 21之頂出面3 2 1 1位移至適當 升^旱3 2 頂升架3 2 1上樞設有升降桿3 2 5，且各 分別樞設於—固設於—轉轴3 2 6上之連結 3 I頂;=驅動轉轴3 2 6轉動時’即帶動各升降桿 巧„321之頂出面3211於置料架3〇ι之容置 二^011下方升降作動，以將棒材40頂出容置枰 s 用導出斜面3 ◦12滾落於推料機“3;推料機 =^係具有設於置料機構3 0一側之導料槽3 3丄，該導料槽 =1於機台近中央處並設有夾料座3 3 i 2，以供夾持二材 J接導料槽3 3 2側方設有—擋板3 3 7，以及於機台前 2導料槽3 3 2處設有連通至加工端之導料管2 ^只，於 =3 3 1及置料機構3 〇間設有與導料槽3 3以平行之 ^ 3 2 ’該滑軌3 3 2上滑設-可由動力源帶動之驅動滑废 =’該驅動滑座3 3 3連結-可跨設於導料槽3 3丄之抵推 31，以於動力源帶動驅動滑座3 3 3於滑軌3 上前 後滑移時，亦使得其抵推塊3 3 3 Μ導料槽3 移 7 1312711 1 :於導料槽3 31另側以適當間距，置數h古 之舉升架3 3 4，且各舉升率h」置數“有凹槽3 3 4 1 可由動力源驅動之轉軸3 3 5、上4之另端係共同連結固設於- 動時，可帶動各舉种3 3 4 m =於動力馳轉#3 3 5轉 升降，另-第-推二3 3 3 4 1於導料槽3 3 2處 4 1上，該第一=;33 置，3 3 4之凹槽3 3 3 Μ !，後端設有可與驅動持棒材4 0之夾頭 用舉升架3 3 4的旋轉』3 座3 3 6 2 以;設於機台前端之殘科供料ί置d二= 3^:==片設:置料槽⑷Γ;ί= 之穿槽3 4 1 3，各穿;^ 4 1 ί出做置财數舰距離分布 各頂升板⑷於2, 置分別設有頂出面342] 1之置料槽3411出料位 連結固設於二連桿3 4 s ，各頂升板3 4 2之前後端係共同 f再連結裝設於㈣機構3 4 3、3 4 4 32之頂升架321升降 、升木f2l上，而於出料機構 降作動，且於轉動出:=之==升板3 4 2升 轴3 2 3的轉動及出料機構二^亦可藉由轉 頂升板3 4 2之頂出面口 9 升* 3 2 1的帶動’同時使 置料板座3 4丄上方3 U二整位移至適當之頂料位置，於 =巧設 個套管3 48 2、腾3 4、^頂針3 48 4 ’並於其上套設數 3 4 8 5，使得桿^段3 =及—開設有長槽3 4 8 8之頂管 長槽3 4 8 8於^|^ 2於雜頂销3 4 8 9後，可沿著 設有中空之了頁塊3 4只G石内伸縮’另頂管3 4 8 5之外側端 、鬼3486 ’丁頁針3 484則可穿伸出内頂塊 1312711 « 3 4 8 6 ’以推頂殘料於加工端之筒夾内前移。 、請參閱第8圖，本發明於自動供應長棒 其係於置料機構3 0之置料架3 〇丄容置槽^ =工知時， 棒材4 0，並以壓料機構3工之數片遷日 内置放數根 置料架3 (M之容_ 3 〇 i i 2 ’使棒材4 0於 整組3 2 4之旋紐3 2 4 i 料排列，並轉動調 位移至適當之頂料位置，當動力源驅動 出面3 211 降桿3 2 5將置料架3 〇 !側方各頂：以】即帶動升 3 2 η上升，並將位於容置槽3〇 升至置料架301之導出斜面qη]〇 寸伹置之棒材4〇頂 出斜面3 Ο 12向下滾動至推^機槿w而=得棒材4 0沿該導 參閱第9圖’動力源帶動推料機構3 3之:動::以:丄請 3! 2上往前滑移’並以其抵推塊3 3 3丄抵推導料。月軌 之棒材4 0後端，使棒材4 〇位移至近機Α中 :1内 ，料座3 3 i 2夾持於棒材4 〇 ;請參閱第=近巧:央處 f 轉軸3 3 5使舉升架3 3 4降下時，將使^^，當 ；；#3 3 6 3 3 4 2 α坐3 3 3即往前滑移一適當距離 驅動1312711 IX. Description of invention: [Technical field to which the invention belongs], the automatic feeding device for the residual material feeding device with the residual material feeding device = the bar residual material is pressed, and the bar automatic feeding machine is With the lathe r, the bar is cost-effective and can greatly increase production efficiency. It can be used not only to read the first, second, and third figures, but also to use the stocking mechanism 1自, the lining mechanism 11, the discharge machine, and the main structure 13; The feeding mechanism 丄〇 the material 12 and the pushing machine are arranged; above the arranging mechanism 1 ,, so that a plurality of single columns, and then a discharging mechanism! 2 Place the guides placed on the feeder to the pusher mechanism 1 3 m 3 ^ Drive out the drive seat of the force source 1 3 2 Push the bar 2 :: Machine!? Pushing the lift of the 3 1 side, the drive seat 132 is opened and the clamp is not able to advance the coffin. Launched to the processing knowing seat 1 3 _ shift, and drive the push rod 丄J: the residual material of the head exits the processing end, and the residual material is cut to the residual ΐ ΐ / ΐ, ί type continues to long bar automatically Feed to the processing end. . Π ® 'The bar is automatically fed to the processing end of the bar. The remaining length of the bar is the pusher bar 1 3 3 of the chuck it ί the end of the collet length β is the sum of c (10)) If the length of the processing is D, the length of the miscellaneous 2 i can be further processed, but the 1312711 is lost at the head end of the push rod 13 3] can not continue to be added, and ^ 3 1 length limit Under the circumstance, the bar 20 material 2 1 is mostly artificially expensive, and the waste of manpower is reduced in order to reduce the remaining residue. Therefore, it is necessary to manually operate the small self-mixing material. Machine, (4) m is also to improve this - the lack of 'the room is designed", although it can achieve the cost of automatic feeding equipment to save labor, so the small automatic feeder will increase its benefits. The cost of the production of the wave is not enough to achieve the trial work. After all, the research and development of the μμθ ϋ research and development has been studied through long-term efforts and the material is greatly reduced, and the Sai-Yi U-bar automatic feeder is available. . And to improve the shortcomings of the formula, this is the design of the invention [invention content] material machine: === one = _ material device bar automatic supply, * material feeding device '· the residual material for Material device = machine f = structure ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ To save the air source = make the residual material automatic feeding, [completion method] implement the card face, _ a better read picture 5 6, 7, 8 'The invention mainly includes a feeding mechanism 6 1312711 仏i, out Material mechanism 3 2, the pushing mechanism 3 3 and the residual material feeding structure 30 of the loading rack for the feeder ΐ 3〇=ίϊΓ; the discharging mechanism 3 2 has several pieces of mounting ϊΐ 01 01 side The top lifting frame 3 2 liters j set 3 〇 1 accommodating slot 3 〇 ii ii out of the discharge position with ejector ^ = should fri be erected in the - link 3 2 2, the jacking frame 3 2 1 3 = ...3, the rotating shaft 3 2 3 is adjusted at the rear end of the machine, i is adjusted to the group 3 2 4, and the rotating adjustment group 3 2 4 is rotated 3 2 ' with the rotating shaft 3 2 3, and simultaneously drives each The top material of the jacking frame ΓίΓ makes the top of the jacking frame 3 21 3 2 1 1 To the appropriate lifting and drought 3 2 lifting frame 3 2 1 upper pivot is provided with lifting rods 3 2 5 , and each is respectively pivoted on the connecting 3 I top fixed on the rotating shaft 3 2 6; = driving shaft 3 2 6 When turning, the ejector surface 3211 of each lifting rod 321 is lifted and lowered under the loading frame 3 〇 二 ^ ^ ^ , , , , , , , 顶 顶 顶 棒 棒 棒 棒 导出 导出 导出 导出 导出 导出 导出 导出 导出 导出 导出◦12 rolls on the pusher "3; the pusher = ^ has a guide groove 3 3 设 disposed on the side of the loading mechanism 30, the guide groove = 1 near the center of the machine and is provided The clamping seat 3 3 i 2 is provided for clamping the two materials J. The guiding groove 3 3 2 is provided on the side of the baffle 3 3 7 and is connected to the front 2 guiding trough 3 3 2 of the machine to be connected to The guide tube 2 ^ of the processing end is disposed between the = 3 3 1 and the loading mechanism 3 in parallel with the guide groove 3 3 ^ 3 2 'the sliding rail 3 3 2 is slidable - the power source Driven drive slip = 'The drive slide 3 3 3 link - can be pushed across the guide groove 3 3 抵 推 31, so that the power source drives the drive slide 3 3 3 to slide on the slide rail 3 At the same time, it also makes it push the block 3 3 3 Μ guide groove 3 shift 7 1312711 1 : at the other side of the guide groove 3 31 at an appropriate spacing , set the number of ancient lifts 3 3 4, and each lift rate h" set number "with grooves 3 3 4 1 can be driven by the power source of the shaft 3 3 5, the other end of the upper 4 is fixed together When moving, you can drive each species 3 3 4 m = on the power to drive #3 3 5 to move up and down, and the other to - to push 2 3 3 3 4 1 to the guide groove 3 3 2 at 4 1 , The first =; 33, 3 3 4 groove 3 3 3 Μ !, the rear end is provided with the rotation of the clamp 3 3 4 for driving the holding bar 40" 3 seats 3 3 6 2 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; The fiscal ship is distributed from each of the jacking plates (4) to 2, and the receiving slots 3411 of the ejector planes 342] 1 are respectively connected and fixed at the two connecting rods 3 4 s, before and after the jacking plates 3 4 2 The end system is re-joined and installed on the lifting frame 321 of the (4) mechanism 3 4 3, 3 4 4 32, and the lifting wood f2l, and the working mechanism is lowered and rotated: ==== liter 3 4 2 liter shaft 3 2 3 rotation and discharge mechanism 2 can also be driven by the top surface of the top lift plate 3 4 2 liters * 3 2 1 ' at the same time to make the slat plate holder 3 4 丄 above 3 U two full displacement to the appropriate top material position, in the = set a sleeve 3 48 2, Teng 3 4, ^ thimble 3 48 4 ' and set the number of 3 4 8 5, so that the rod section 3 = And - open a long groove 3 4 8 8 top pipe long groove 3 4 8 8 in ^ | ^ 2 after the miscellaneous pin 3 4 8 9, can be stretched along the hollow page block 3 4 G stone 'The other side tube 3 4 8 5 outer side end, ghost 3486 'Ding page needle 3 484 can be extended through the inner top block 1312711 « 3 4 8 6 ' to push the residual material forward in the processing end of the collet. Please refer to Fig. 8. The present invention automatically supplies a long rod to the loading frame 3 of the feeding mechanism 30. When the container is placed, the bar is 40, and the material is 3 The number of pieces moved to the sun to put a number of racks 3 (M _ 3 〇 ii 2 ' to make the rods 4 0 arranged in the entire set of 3 2 4 knobs 3 2 4 i, and rotate the shift to the appropriate The top material position, when the power source drives the surface 3 211, the lowering rod 3 2 5 will be the loading rack 3 〇! The side of each side: to drive the rise 3 2 η rise, and will rise to the accommodating slot 3 The output ramp of the rack 301 is η 伹 伹 棒 〇 〇 〇 〇 向下 向下 向下 向下 向下 向下 向下 向下 向下 向下 向下 向下 向下 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而Pushing mechanism 3 3: Move:: to: 3 please 3! 2 slide forward' and push it with the block 3 3 3 丄 to push the guide. The bar of the moon track 4 0 back, make the bar 4 〇 Displacement to the near machine :: 1 inside, the base 3 3 i 2 is clamped to the bar 4 〇; please refer to the first = near the center: the central f, the shaft 3 3 5, when the lift frame 3 3 4 is lowered, Let ^^,当;;#3 3 6 3 3 4 2 α sit 3 3 3 ie slide forward and drive at an appropriate distance
^#3 3 6 f 3 S ^ ^ ? ο'^ϊ#4 加工端，夾= 3 6 1上加二=之夹持於 退回機台中央處，再由夹料座331=:=第= 1312711 2之夹頭3 3 6 1即釋放殘料4 1，並於驅動滑座 S 位於機台後端’再利用舉升架3 3 4將第一推料 1 導料槽3 3 1上方，而夾持殘料4 1之夾料座 卢％而："由一殘料4 1 ’使殘料4 1掉落於機台下方之殘料槽 处’ 環的方式持續將棒材4 〇自動供料至加工端。 端時明^i4圖’本發明於撕供應殘料41至加工 ^、’、將第一推料桿3 4 8置放於導料槽3 3 2後端處，祐 3之驅動滑座3 3 3上，再於殘料供料裝置’ 24 1置料槽3 4 1 1内置放殘料4 1，並以置 作壓板3 4 5使殘料4 1於置料槽3 4 1 1内 之於各頂升板3 4 2係連動於出料機構3 2 於二=匕因此各頂升板3 4 2之頂出面3 4 2 1係已位 座3=1 ίϋ 5轉軸3 2 6轉動時，即同時帶動置料板 板3 ^ ίΪΓ 3下方之各頂升板3 4 2穿升，並以頂升 料4 1 ^ 1將位於置料槽3 4 1 1出料位置之殘 4 1 料板座3 4 1之導料斜面3 4 1 2，而使得殘料 3 3 2口内巧1 2向了滾動至推料機構3 3之導料槽 上往前滑移3 3於滑軌3 3 2 〇 . 、'帶動第一推料桿3 4 8往前位移，使得第-抱料 3 4 8^3 4 8 6^1 接4===二前r請參閱第"圖， «管 3、48 5，頂; 一 ^ 2，並壓縮套設於套管3 4 8 2間之 料才干3 4 8之頂針3 4 8 4因桿身段3 4 8 7的持續前^， 1312711 ^[ g 5 0 11# 滑座3 3 3即開始往後滑移，出=筒夾5 〇後’驅動 端進_‘式 【圖式簡單說明】 干。月 第1圖 第2圖 第3圖 第4圖 第5圖 第6圖 第7圖 第8圖 第9圖 第1 0圖 第1 1圖 第1 2圖 第1 3圖 第1 4圖 習式之結構示意圖。 習式之作動示意圖。 習式之作動示意圖。 習式加工後雜長度之示意圖。 本發明之結構示意圖。 ^發明殘料供婦置之結構示意圖。 ，明第二推料桿之結構示意圖。 本發明棒材自動供料之示意圖。 本發明棒材自動供料之示意圖。 .本發明棒材自動供料之示意圖。 本發明棒材自動供料之示意圖。 本發明殘料退出之示意圖。 月殘料供料裝置作動自動供料之示意圖 &明殘料供料裳置作動自祕料之示意圖 1312711 第15圖：本發明殘料供料裝置作動自動供料之示意圖 第16圖：本發明第二推料桿推料之作動示意圖。 第17圖：本發明第二推料桿推料之作動示意圖。 第18圖：本發明第二推料桿推料之作動示意圖。 第19圖：本發明第二推料桿推料之作動示意圖。 【主要元件符號說明】 習式部分： 1 1 :壓料機構 131:導料槽 1 3 31 ·失頭 2 1 :殘料 10:置料機構 12:出料機構 13:推料機構 13 2 :驅動座 13 3 :推料桿 2 0 :棒材 本發明部分： 3 011 :容置槽 3 1 1 :壓板 3 2 1 1 :頂出面 3 2 3 :轉軸 3 2 4 1 :旋鈕 3 2 6 :轉軸 3 0 :置料機構 3 01 :置料架 3 012 :導出斜面 31:壓料機構 3 2 :出料機構 3 2 1 3 2 2 3 2 4 3 2 5 3 2 7 3 3: 3 3 1 3 3 2 3 3 3 3 3 4 3 312 ·爽料座 3 3 3 1 :抵推塊 3 3 4 1 :凹槽 頂升架 連桿 調整組 升降桿 連結片 推料機構 導料槽 滑執 驅動滑座 舉升架 12 1312711^#3 3 6 f 3 S ^ ^ ? ο'^ϊ#4 Machining end, clamp = 3 6 1 plus two = clamped in the center of the returning machine, and then by the clamping seat 331 =: = = 1312711 2 The chuck 3 3 6 1 releases the residual material 4 1, and the drive slide S is located at the rear end of the machine table. The lifter 3 3 4 is used to lift the first pusher 1 guide groove 3 3 1 . And clamping the residual material 4 1 of the clamp seat %%: " from a residual material 4 1 'make the residual material 4 1 at the residual trough below the machine table' ring way to continue the bar 4 〇 Automatic feeding to the processing end.端时明 ^i4图 'The present invention tears the supply of the residual material 41 to the processing ^, ', the first push rod 3 4 8 is placed at the rear end of the guide groove 3 3 2, the drive 3 of the drive 3 3 3, and then the residual material feeding device ' 24 1 storage tank 3 4 1 1 built-in residual material 4 1, and placed as a pressure plate 3 4 5 to make the residual material 4 1 in the storage tank 3 4 1 1 For each of the jacking plates 3 4 2 is linked to the discharging mechanism 3 2 to 2 = 匕 so the ejector faces of the jacking plates 3 4 2 3 4 2 1 have been seated 3 = 1 ί ϋ 5 shafts 3 2 6 rotation At the same time, the top lifting plates 3 4 2 under the loading plate 3 ^ ΪΓ 3 are simultaneously driven, and the residual material 4 1 1 is placed at the discharge position of the receiving groove 3 4 1 1 The guide bevel of the plate holder 34 1 is 3 4 1 2, so that the residue 3 3 2 is turned into the guide groove of the pushing mechanism 3 3 and slides forward 3 3 to the sliding rail 3 3 2 〇. , 'Take the first push rod 3 4 8 to move forward, so that the first holding material 3 4 8^3 4 8 6^1 4=== two front r please refer to the picture " Tube 3, 48 5, top; a ^ 2, and compression set between the sleeve 3 4 8 2 material only 3 4 8 thimble 3 4 8 4 due to the shaft section 3 4 8 7 last before ^, 1312711 ^ [ g 5 0 11# Slide 3 3 3 starts to slide backwards, out = collet 5 〇 rear drive _ 'style [simple description] dry. 1st, 2nd, 3rd, 4th, 5th, 6th, 7th, 8th, 9th, 1st, 1st, 1st, 1st, 1st, 3rd, 1st, 4th Schematic diagram of the structure. Schematic diagram of the operation of the formula. Schematic diagram of the operation of the formula. Schematic diagram of the mis-length after processing. A schematic view of the structure of the present invention. ^Invented the structure diagram of the residual material for the woman. , the structure diagram of the second push rod. A schematic diagram of the automatic feeding of the bar of the present invention. A schematic diagram of the automatic feeding of the bar of the present invention. A schematic view of the automatic feeding of the bar of the present invention. A schematic diagram of the automatic feeding of the bar of the present invention. A schematic diagram of the withdrawal of the residue of the present invention. Schematic diagram of the automatic feeding of the monthly residual material feeding device & The schematic diagram of the feeding material for the residual material feeding and discharging from the secret material 1312711 Fig. 15: Schematic diagram of the automatic feeding of the residual material feeding device of the invention Fig. 16: The invention discloses a schematic diagram of the action of the second push rod pushing material. Figure 17 is a schematic view showing the operation of the second push rod pushing material of the present invention. Figure 18 is a schematic view showing the operation of the second push rod pushing material of the present invention. Figure 19 is a schematic view showing the operation of the second push rod pushing material of the present invention. [Main component symbol description] Formula part: 1 1 : Pressing mechanism 131: Guide groove 1 3 31 · Loss head 2 1 : Residue 10: Feeding mechanism 12: Discharging mechanism 13: Pushing mechanism 13 2 : Drive base 13 3 : push rod 2 0 : bar material part of the invention: 3 011 : accommodating groove 3 1 1 : pressure plate 3 2 1 1 : ejector surface 3 2 3 : shaft 3 2 4 1 : knob 3 2 6 : Rotating shaft 3 0 : Feeding mechanism 3 01 : Feeding rack 3 012 : Deriving inclined surface 31 : Pressing mechanism 3 2 : Discharging mechanism 3 2 1 3 2 2 3 2 4 3 2 5 3 2 7 3 3: 3 3 1 3 3 2 3 3 3 3 3 4 3 312 ·Slow material seat 3 3 3 1 :Anti-push block 3 3 4 1 : Groove jacking rod connecting rod adjustment group lifting rod connecting piece pushing mechanism guide groove sliding drive Sliding seat lift 12 1312711
3 3 5 :轉轴 3 3 6 :第一推料桿 3 3 6 3 3 6 2 :結合座 3 3 7 :檔板 3 3 8 3 4 殘料供料裝置 3 4 1 •置料板座 3 4 1 3 4 1 2:導料斜面 3 4 1 3 4 2 :頂升板 3 4 2 3 4 3 :連桿 3 44 3 4 5 :壓板 3 4 8 :第二推料桿 3 4 8 3 4 8 2 :套管 3 4 8 3 4 8 4 :頂針 3 4 8 3 4 8 6 :頂塊 3 4 8 3 4 8 8 :長槽 3 4 8 4 0 棒材 4 1 ·· 4 2 • • 下腳料 1 :夾頭 :導料管 1 :置料槽 3 :穿槽 1 :頂出面 :連桿 1 :結合座 3 :彈簧 5 :頂管 7 :桿身段 9 :頂銷 殘料3 3 5 : Rotary shaft 3 3 6 : First push rod 3 3 6 3 3 6 2 : Joint 3 3 7 : Baffle 3 3 8 3 4 Residual material feeder 3 4 1 • Tied plate holder 3 4 1 3 4 1 2: Guide bevel 3 4 1 3 4 2 : jacking plate 3 4 2 3 4 3 : connecting rod 3 44 3 4 5 : pressure plate 3 4 8 : second push rod 3 4 8 3 4 8 2 : Sleeve 3 4 8 3 4 8 4 : Thimble 3 4 8 3 4 8 6 : Top block 3 4 8 3 4 8 8 : Long groove 3 4 8 4 0 Bar 4 1 ·· 4 2 • • Lower leg Material 1: Chuck: Guide tube 1: Feed trough 3: Through trough 1: Ejection surface: Connecting rod 1: Jointing seat 3: Spring 5: Top tube 7: Shaft section 9: Top pin residue
1313