M423Q.13 五、新型說明： 【新型所屬之技術領域】 本創作係指一種金屬料板切斷焊接機，係涉及一種將給金屬 料板加工機之金屬料板尾端以及後續欲供給之金屬料板前端予以 裁切整齊並進行焊接之焊接機。 【先前技術】 按，供給金屬料板加工機進行加工之金屬料板若用完時通常 鲁必須停機，然後重新將後續欲供給之金屬料板向前導入金屬料板 加工機内，但由於金屬料板加工機針對不同之加工性質需配備不 同之上、下成形模具，因此後續欲供給之金屬料板的相對中心位 置需分別依不同位置的上、下模具行校正讀，因此相對浪費人 力與工時’因而降低生產效率，且因停機而中斷生產作業亦不符 自動加工之原則。 本創作者乃有微此，經過不_研究與改良，終於創作設 φ 計出一種金屬料板切斷焊接機。 是以本_之主要目的乃在於提供—種金屬料板切斷焊接 機，其係可將金屬料板加工機構快収之金屬料板的尾端與後續 欲供給之金祕㈣麵抑_整齊鱗接連結。 種金屬料板切斷焊接機，其 本創作之次一目的乃在於提供一 目 係可達到不雜機靖按额校正制欲供給的金屬料板之— iir及節省校正作業之人力與工時，提高金屬料板加工效率並 符合自動化加工作業之原則。 M423013 【新型内容】 一種金屬料板切斷焊接機，係包括有一前刀座與一後刀座、 -前滑座與-後滑座、—前夾座與—後夾座、—前夹塊與一後爽 塊、-昇降座、-焊接_構件敝成，當供給金屬料板加工機 構之原金祕板_完時可分職由前、後夾座以及前、後炎塊 將原金屬料板之尾端與後續欲供給之金屬料板的前端失住，然後 控制昇降座向下降移，而藉其前、後刀模分別配合前、後刀座之 下刀板將該原金屬料板之尾端以及後續欲供給之金賴板的前端 予以裁切整齊，隨即可控㈣、後夾塊向上位移再控制前、後作 動壓缸連麟、後滑座滑移，以令原金祕板之尾端相鄰接於後 續欲供給之金祕板的前端，紐測焊搶麵向機，令焊搶 座移動之同賴由焊搶進行焊接，進*令後續供給之金屬料板可 連接原金屬料板之尾端而_起向前導送給金屬料板加讀構遠行 加工，相對達到不需停機重新按裝與校正後續欲供給的金屬料板 之目的，以及節省校正作業之人力與工時，提高金屬料板加工效 率並符合自動化加工作業之原則。 兹配合圖式詳加說明如后。 【實施方式】 如圖 圖六所示，本創作一種金屬料板切斷焊接機，係包 括有： 刖刀座(2)與一後刀座(3)，係分別設於機台(1)的前、後兩侧，並 分別具有向上開放之空間(2〇)(3〇)，該前刀座(2)之後壁(21)的上 M4230.13 端面(2l〇)(另參考圖三)固設一下刀板即），而該後刀座⑶之前 壁(31)的上端面(3i〇)(另參考圖四)亦固設一下刀板(311)，該前、 後刀座⑵(3)並分別設有一以上之前 '後方向延伸的導柱(22)(32) (參考圖四）以分別滑套前、後滑座(4)(5)，且該前刀座(2)之前壁 (23)以及後刀座(3)之後壁(33)分別固設一或一以上之前、後作動 壓缸(24)(34) ’各前、後作動壓缸(24)(34)之缸軸(圖未示)並分別 與m、後滑座(4)(5)連結，進而令各前、後作動壓缸(24)(34)之缸 軸的伸縮動作可相對帶動前、後滑(4)(5)順著前、後刀座(2)(3) 之導柱(22)(32)前、後方向滑移； 一前滑座(4)與一後滑座(5) ’係分別滑設於前、後刀座(2)(3)之導柱 (22)(32) ’該前、後滑座(4)(5)之上方並分別設有一以上之上軸柱 (41) (51) ’且分別在各上軸柱⑼⑼之上方連結一上定位板 (42) (52) ’而各上定位板(42)(52)並分別固設一夾座壓缸(43)(53) 與夾塊壓缸(44)(54)，且各夾座壓缸(43)(53)之缸軸⑷呢叫(另 參考圖五、圓六)係向下穿出該上定位板(42)(52)再分別與前、後 夾座（6)〇7)之上方連結，進而當各夾座壓缸(43)(53)之缸軸 (431)(531)上、下伸縮時即相對可連動前、後夾座⑹⑺上、下滑 移，而前述各夾塊壓缸(44)(54)之缸軸(441)(541)亦向下穿出該上 定位板(42)(52)再分別與前、後夾塊(6〇)(7〇)之上方連結，進而當 各夾塊壓缸(44)(5句之缸軸(441)(541)上、下伸縮時即相對可連動 前、後夾塊(60)(70)上、下位移； 一前夾座(6)與一後夾座(7)，係各具有一以上之導槽(61)(71)以對應 5 M423013 滑套於前、後滑座(4)(5)之-以上的上軸柱(41)(51)，而該前央座 ⑹之後側具有嵌槽(62)(參考圖六），而後夹座⑺之前側亦具有有 嵌槽(72)(參考圖五），以供分別嵌設可上、下滑移之前夹塊_ 與後夾塊⑽’而該前、後夾塊(60)(70)並分別連結前述爽塊壓 缸(44)(54); 一昇降座⑻，係位於前刀座(2)與後刀座⑶之間，乃由其下方與一 以上之昇降壓缸⑽的缸軸(8〇1)(另參考圖三)連结，令該缸軸 (801)上下伸縮時相對帶動該昇降座(8)上昇或下降，前述之昇降 壓缸(8〇)係固設於機台⑴之下方所設之固定支架⑽參考目· 二），而該昇降座⑻向下降移之後，其上端面㈣並恰與前、後 刀座(2)(3)之上端面(210)(31〇)在同一平面高度位置，另外該昇降 座⑻之上端面(82)的中間並嵌設一銅材質部位(821)，而昇降座⑻ 之上端面(82)的-側並連、结一烊接組(9)，另外該昇降座⑻之上 方並具有前、後方向貫穿之槽孔(83)(另參考圖四），且該昇降座 ⑻的刖、後壁面(8句(85)(另參考圖三、圖四)相鄰於該槽孔㈣ 之上方的前端部位與後端部位分別固設-前刀模⑽與後刀模鲁 (87)(參考圖三、圖四）； ' -焊接組(9)，係包括一定位架(91)、一焊搶座(92)與一導螺桿座 · (93) ’叙位架(91)係固定於昇降座⑻之上端面(82)的一側，且 . 疋位架(9ι)没有-導螺桿(911)，該導螺桿(911)之一側係連接伺 服馬達㈣，且料螺桿(911)上方並螺設前述之導螺桿座㈣， 該導螺桿座㈣並分別與前述焊搶座(92)連結固定，進而該词服 6 M423013 馬達(90)旋轉時即帶動導螺桿(911)轉動而相對傳動導螺桿座⑽ 與焊槍座(92)在導螺桿(911)上方之左、右方向往復滑移，且該焊 搶座(92)並另設有一焊搶(921); 藉由前述構件之組成，當供給金屬料板加工機構之原金屬料 板(ιοί)快要用完時可先控制昇降壓缸(8〇)令其缸軸(8〇1)向上伸出 而連^騎座_上昇移，織將原金屬料板_)之尾端向後導 送至前刀座(2)與前夾座⑹之間，錢續欲供給之金屬料板⑽)則 導送至後刀座(3)與後夾座⑺之間，隨即可控制前述之各夹座壓缸 (句⑼之缸軸(431)(531)以及各夾塊壓缸(44)(54)之虹鄉师叫 同時向下滑移而帶動前、後夾座⑹⑺與前、後夾塊(6〇)(7〇)向下位 移，進而將原金屬料板(1()1)之尾端與後續欲供給之金屬料板⑽） 的前端A住，此時可控⑽降壓_)令其缸軸_向下縮移而帶 動昇降座⑻向下降移，進而可藉該昇降座⑻之前、後獅(84胸 所认則刀鄉6)與後刀模㈣對應配合前、後刀座⑺⑶所設之前、 後刀板⑽郎)而將原金屬料板⑽)之尾端與後續欲供給之金 屬料板(102)的㈣予喊切錄，隨即可控制各夾塊壓缸(44胸 7 ,、缸軸(441)(5句向上滑移以帶動前、後史塊⑽)(7〇)向上位移， 然後再控樹、後作_缸(24)(34)藉其_連麟懸⑷向前滑 移而後滑座(5)向後滑移所需距離，而令前述_整齊後的原金屬 科板(1〇1)之尾端與後續欲供給之金屬料板⑽)的前端相鄰接，隨 即可讎服馬達(9G)轉動而令導螺卿)所螺設 連同谭搶綱橫向移動，並可同時細座㈣所設焊卿)y 7 前述相鄰接的原金屬料板(101)之尾端與後續欲供給之金屬料板 (1〇2)的前端予以焊接連結，進而令後續供給之金屬料板(102)可連 接原金屬料板(101)之尾端而一起向前導送給金屬料板加工機構進 行加工。 綜上所述’本創作可歸納具有下列增進功效： 1·當供給金屬料板加工機構之原金屬料板(101)快用完時可分別藉 由前、後夾座⑹⑺以及前、後夾塊(60)(70)將原金屬料板(1〇1) 之尾端與後續欲供給之金屬料板(102)的前端失住，然後控制昇 降座(8)向下降移，而藉其前、後刀模(86)(87)分別配合前、後刀 座⑺⑶之下刀板(211)(311)將該原金屬料板(ι〇1)之尾端以及後 續欲供給之金屬料板(102)的前端予以裁切整齊，隨即可控制 前、後夾塊(60)(70)向上位移再控制前、後作動壓缸(24)(34)連動 前、後滑座(4)(5)滑移，以令原金屬料板(101)之尾端相鄰接於後 續欲供給之金屬料板(102)的前端，然後控制焊搶座(92)橫向移 動，令焊槍座(92)移動之同時藉由焊槍(921)進行焊接，進而令後 續供給之金屬料板(102)可連接原金屬料板(101)之尾端而一起向 前導送給金屬料板加工機構進行加工。 2·不需停機重新按裝與校正後續欲供給的金屬料板(1〇2)，並可節 省校正作業之人力與工時、提高金屬料板加工效率並符合自動 化加工作業之原則。 是以，本案創作乃確具其實用增進功效，乃謹以新型專利申 請之，懇請鈞局貴審查委員予以詳查並賜准專利，至感德便。 M423013 & ’以上舰者僅為本_之健實施綱已，當不能以之 限定本創作實施之軸，举凡依本創作巾請補範隨作之均等 變化與修飾皆應仍屬本創作涵蓋之專利範圍内。 【圖式簡單說明】 圖一係本創作實施例之立體圖。（原金屬料板之尾端與後續欲供給 之金屬料板未分別被前、後夾座與前、後夹塊夹住之狀態） 圖一係本創作實施例之部份立體放大圖。（原金屬料板之尾端與後 籲續欲供給之金屬料板未分別被前、後炎座與前、後失塊夾住之 狀態） 圖二係本創作實施例其中昇降座向上昇移之後的部份立體立體放 大圖。（未顯示金屬料板） 圖四係本創作實施例其中昇降座向上昇移之後的另一角度部份立 體立體放大圖。（未顯示金屬料板）M423Q.13 V. New description: [New technical field] This creation refers to a metal material plate cutting and welding machine, which relates to a metal material plate metal fiber plate processing machine and a metal material to be supplied later. A welding machine that cuts the front end of the board and welds it. [Prior Art] According to the metal plate processed by the metal sheet processing machine, if it is used up, it is usually necessary to stop the machine, and then the metal plate to be supplied later is introduced into the metal plate processing machine, but due to the metal material. The plate processing machine needs to be equipped with different upper and lower forming molds for different processing properties. Therefore, the relative center positions of the metal plates to be supplied subsequently need to be corrected according to the upper and lower die lines of different positions, so that the labor and work are relatively wasted. At the time of 'reducing production efficiency, and interrupting production operations due to downtime is also inconsistent with the principle of automatic processing. This creator has a slight difference. After no research and improvement, he finally created a metal plate cutting and welding machine. The main purpose of this is to provide a metal material plate cutting and welding machine, which can replace the tail end of the metal material plate of the metal material processing mechanism with the gold secret (4) surface to be supplied subsequently. Scales are connected. A metal sheet cutting and welding machine, the second purpose of the present invention is to provide a metal sheet which can be supplied to a metal sheet which is not required to be corrected by the amount of calibration, iir and manpower and man-hours for saving calibration work. Improve the efficiency of metal sheet processing and meet the principles of automated processing operations. M423013 [New content] A metal sheet cutting and welding machine includes a front knife seat and a rear knife seat, - a front sliding seat and a rear sliding seat, a front clamping seat and a rear clamping seat, and a front clamping block With a cool block, - lifting seat, - welding _ components, when the original metal secret plate for the metal plate processing mechanism _ at the end can be divided into the front and rear clamps and the front and rear inflammatory blocks will be the original metal The tail end of the material plate is lost with the front end of the metal plate to be supplied subsequently, and then the lifting seat is controlled to descend downward, and the front and rear die are respectively matched with the blade of the front and rear knife seats to the original metal material. The front end of the plate and the front end of the gold plate to be supplied are cut and tidy, and then can be controlled (4), the rear block is displaced upward, and then the front and rear brake cylinders are connected, and the rear slide is slipped to make the original gold. The tail end of the secret board is adjacent to the front end of the gold secret board to be supplied later, and the new welding is robbed to face the machine, so that the welding and the smashing movement are welded by the welding, and the metal sheet is subsequently supplied. Can be connected to the end of the original metal plate and _ from the forward guide to the metal plate plus read structure long-distance processing, relatively reached The sheet metal material for an object to re-installed by stopping correction to be supplied to a subsequent, saving manpower and working hours, and the calibration operation, to improve the processing efficiency of the sheet metal material with the principles and operation of the automated processing. Please refer to the detailed description of the drawings as follows. [Embodiment] As shown in Fig. 6, a metal sheet cutting and welding machine is provided, which comprises: a boring holder (2) and a rear seat (3), which are respectively arranged on the machine (1). The front and rear sides have an upward open space (2〇) (3〇), and the front M6230.13 end face (2l〇) of the front wall (21) of the front seat (2) (see also Figure 3 ) Fixing the blade, ie, the upper end face (3i〇) of the front wall (31) of the rear seat (3) (see also Figure 4) also fixes the blade (311), the front and rear seats (2) (3) One or more guide columns (22) (32) (refer to FIG. 4) extending before the rear direction are respectively provided to respectively slide the front and rear slides (4) (5), and the front seat (2) The front wall (23) and the rear wall (33) are respectively fixed with one or more front and rear hydraulic cylinders (24) (34) 'front and rear hydraulic cylinders (24) (34) The cylinder shaft (not shown) is connected to m and the rear slide (4) (5) respectively, so that the expansion and contraction movement of the cylinder shafts of the front and rear brake cylinders (24) (34) can be relatively driven. , rear slide (4) (5) slides in the front and rear directions of the guide post (22) (32) of the front and rear seats (2) (3); a front slide (4) and a rear slide (5) Sliding on the guide posts (22) (32) of the front and rear seats (2) and (3) respectively. Above the front and rear slides (4) (5), one or more upper axle columns are respectively provided ( 41) (51) 'and respectively connect an upper positioning plate (42) (52) ' above each upper shaft column (9) (9) and each upper positioning plate (42) (52) and respectively fix a clamping cylinder (43) (53) and the clamp cylinder (44) (54), and the cylinder shaft (4) of each clamp cylinder (43) (53) is called (see Fig. 5, circle 6) The positioning plates (42) (52) are respectively connected to the upper sides of the front and rear clamps (6) 〇 7), and then, on the cylinder shafts (431) (531) of the respective clamping cylinders (43) (53), When the lower telescopic is performed, the front and rear clamps (6) and (7) are relatively slidably moved, and the cylinder shafts (441) (541) of the respective clamp cylinders (44) (54) also pass down the upper positioning plate. (42) (52) and then connected to the top of the front and rear clamps (6〇) (7〇), respectively, and then, for each clamp cylinder (44) (5 cylinder axis (441) (541), When the lower telescopic, the upper and lower clamps (60) (70) are relatively movable; the front clamp (6) and the rear clamp (7) each have more than one guide groove (61) (71) slide in front and back with 5 M423013 sliding sleeve (4) (5) - above the upper axle column (41) (51), and the front center seat (6) has a recessed groove (62) on the rear side (refer to Figure 6), and the front side of the rear clamp seat (7) also has an embedded a groove (72) (refer to FIG. 5) for respectively inserting the upper and lower slide blocks _ and the rear clamp block (10) and the front and rear clamp blocks (60) (70) respectively connecting the aforementioned blocks Cylinder (44) (54); a lifting seat (8) between the front seat (2) and the rear seat (3), and the cylinder shaft (8〇1) of the lower and lower pressure cylinders (10) (Refer to Fig. 3) to connect the cylinder shaft (801) to raise or lower the lifting seat (8) when the cylinder shaft (801) expands and contracts up and down. The lifting cylinder (8〇) is fixed below the machine table (1). The fixing bracket (10) is provided with reference to the second item, and after the lifting seat (8) is moved downward, the upper end surface (4) is just opposite to the upper end surface (210) (31〇) of the front and rear seat (2) (3). The same plane height position, in addition, a copper material portion (821) is embedded in the middle of the upper end surface (82) of the lifting seat (8), and the side of the upper end surface (82) of the lifting seat (8) is connected and connected. (9), above the lifting seat (8) and having grooves extending in the front and rear directions (83) (Refer to Fig. 4), and the front and rear walls of the lifting seat (8) (8 sentences (85) (see Fig. 3, Fig. 4) are adjacent to the front end and the rear end of the slot (4) The parts are fixed separately - the front die (10) and the back die (87) (refer to Figure 3, Figure 4); '-welding set (9), including a positioning frame (91), a welding grab (92) With a lead screw seat (93), the retaining frame (91) is fixed to one side of the upper end surface (82) of the lifting base (8), and the clamping frame (9i) has no lead screw (911), the lead screw One side of the (911) is connected to the servo motor (4), and the above-mentioned lead screw seat (4) is screwed over the material screw (911), and the lead screw seat (4) is respectively connected and fixed to the welding grab seat (92), and the word When the motor 6 (90) rotates, the lead screw (911) is rotated to reciprocate relative to the left and right directions of the lead screw seat (10) and the welding gun seat (92) above the lead screw (911), and the welding is grabbed. The seat (92) is additionally provided with a welding grab (921); by the composition of the foregoing components, the lifting and lowering cylinder (8〇) can be controlled first when the original metal material plate (ιοί) supplied to the metal plate processing mechanism is almost exhausted. Let its cylinder shaft (8〇1) go up And then the rider _ ascends, the tail end of the original metal plate _) is conveyed backward between the front seat (2) and the front clamp (6), and the metal plate (10) to be supplied by Qian Qian continued It is guided between the rear seat (3) and the rear clamp (7), and then the above-mentioned respective clamping cylinders (the cylinder shaft (431) (531) of each sentence (9) and the clamping cylinders (44) (54) can be controlled. ) The Hongxiang teacher called the downward sliding movement to drive the front and rear clamps (6) (7) and the front and rear clamps (6〇) (7〇) downward displacement, and then the original metal plate (1 () 1) The tail end is held at the front end A of the metal plate (10) to be supplied later, and the controllable (10) step-down _) causes the cylinder shaft _ to be downwardly moved to drive the lifting seat (8) to move downward, and the lifting seat can be borrowed (8) The front and rear lions (the 84 chests recognize the knife township 6) and the rear die (4) correspond to the front and rear knife seats (7) (3) before and after the blade (10) Lang) and the end of the original metal plate (10) Subsequent to the metal plate (102) to be supplied, the four (4) shunts are recorded, and the clamp cylinders (44 chest 7 and cylinder shaft (441) are controlled at the same time (5 sentences slide upward to drive the front and back blocks (10)). ) (7〇) shift upwards, then control the tree, and then make _cylinder (24) (34) by its _ Lianlin hanging (4) Sliding forward and the rear slide (5) slides backwards by the required distance, so that the tail end of the aforementioned _ neat original metal plate (1〇1) is adjacent to the front end of the subsequently supplied metal plate (10)) Then, the motor (9G) can be rotated and the screw can be moved horizontally together with the tan grab, and the fine seat (4) can be simultaneously welded. y 7 The adjacent raw metal plate ( The end of 101) is welded to the front end of the metal plate (1〇2) to be supplied later, so that the subsequently supplied metal plate (102) can be connected to the end of the original metal plate (101) and together The lead is sent to the metal plate processing mechanism for processing. In summary, the author can summarize the following enhancements: 1. When the original metal plate (101) supplied to the metal plate processing mechanism is used up, the front and rear clamps (6) (7) and the front and rear clamps can be respectively used. Block (60) (70) disengages the trailing end of the original metal sheet (1〇1) from the front end of the metal sheet (102) to be subsequently supplied, and then controls the lifting seat (8) to move downward, and thereby The front and rear die (86) (87) are respectively matched with the blade of the original metal plate (ι〇1) and the metal material to be supplied later with the blade (211) (311) under the front and rear seats (7) and (3), respectively. The front end of the plate (102) is cut and tidy, and then the front and rear clamp blocks (60) (70) are controlled to be displaced upwards, and then the front and rear working pressure cylinders (24) (34) are linked to the front and rear slide seats (4). (5) Sliding so that the tail end of the original metal plate (101) is adjacent to the front end of the metal plate (102) to be subsequently supplied, and then the lateral movement of the welding grab (92) is controlled to make the torch holder ( 92) While welding, welding is performed by a welding torch (921), so that the subsequently supplied metal plate (102) can be connected to the tail end of the original metal plate (101) and forwarded together to the metal plate processing mechanism for processing. . 2. Re-install and correct the metal plate (1〇2) to be supplied without stopping the machine, and save the manpower and working hours of the calibration work, improve the processing efficiency of the metal plate and meet the principle of automatic machining. Therefore, the creation of this case is indeed a practical improvement effect. It is a new type of patent application. Please ask the review board of the bureau to examine and grant the patent in detail. M423013 & 'The above ship is only the implementation of this _ health, when it can not be limited to the implementation of the axis of this creation, please follow the creation of the creation of the towel, the equal changes and modifications should still be covered by this creation Within the scope of the patent. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of the present embodiment. (The state in which the tail end of the original metal plate and the subsequent metal plate to be supplied are not clamped by the front and rear clamps and the front and rear clamps, respectively) Fig. 1 is a partial enlarged view of the present embodiment. (The tail end of the original metal plate and the metal plate to be supplied afterwards are not clamped by the front and rear slabs and the front and rear blocks respectively.) Figure 2 is the embodiment of the present invention in which the lifting block is moved upward. Part of the stereoscopic enlarged view. (Metal sheet is not shown) Fig. 4 is a perspective enlarged view of another embodiment of the present embodiment in which the lifting seat is moved upward. (metal plate not shown)
圖五係本創作實施例其中昇降座向上昇移之後的另一角度部份立 體立體放大圓。（未顯示金屬料板） 圖六係本創作實施例其中昇降座向上昇移之後的另一角度部份立 體立體放大圖。（未顯示金屬料板） 【主要元件符號說明】 (I) 機台 （101X102)金屬料板 (II) 固定支架 （2)前刀座 (20)(30)空間 （21)(33)後壁 (210)(310)上端面 （211)(311)下刀板 M423013 (22)(32)導柱 (23X31)前壁 (24)前作動壓缸 (3)後刀座 (34)後作動壓缸 (4)前滑座 (41)(51)上軸柱 (42)(52)上定位板 (43)(53)夾座壓缸 (431)(441)(531)(541)(801)缸軸 (44)(54)夾塊壓缸 (5)後滑座 (6)前夾座 (60)前夾塊 (61X71)導槽 (62X72)嵌槽 (7)後夾座 (70)後夾塊 (8)昇降座 (80)昇降壓缸 (82)上端面 (821)銅材質部位 (83)槽孔 (84)前壁面 (85)後壁面 (86)前刀模 (87)後刀模 (9)焊接組 (90)伺服馬達 (91)定位架 (911)導螺桿 (92)烊搶座 (921)焊搶 (93)導螺桿座Fig. 5 is a perspective view showing a three-dimensional three-dimensional enlarged circle of the present embodiment in which the lifting seat is moved upward. (Metal sheet is not shown) Fig. 6 is a perspective enlarged view of the other portion of the present embodiment in which the lifting seat is moved upward. (Metal plate is not shown) [Main component symbol description] (I) Machine table (101X102) metal plate (II) Fixing bracket (2) Front blade holder (20) (30) Space (21) (33) Rear wall (210) (310) upper end face (211) (311) lower blade M423013 (22) (32) guide post (23X31) front wall (24) front dynamic cylinder (3) rear seat (34) dynamic pressure Cylinder (4) Front slide (41) (51) Upper shaft post (42) (52) Upper positioning plate (43) (53) Clamping cylinder (431) (441) (531) (541) (801) Cylinder shaft (44) (54) Clamping cylinder (5) Rear slide (6) Front clamp (60) Front clamp (61X71) Guide groove (62X72) Insert groove (7) Rear clamp seat (70) Clamping block (8) lifting seat (80) lifting cylinder (82) upper end surface (821) copper material part (83) slot hole (84) front wall surface (85) rear wall surface (86) front die (87) rear knife Die (9) welding group (90) servo motor (91) positioning frame (911) lead screw (92) smashing seat (921) welding grab (93) lead screw seat