M380883 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種改進的疊層板滾軋貼合裝置，尤指一種特 適用於具有可撓性薄層之疊層板組合的滾軋貼合裝置者。 【先前技術】 目刖電子產品廣泛應用的光電面板’例如：觸控面板(Touch panel)或液晶面板(LCD)，它們都由二層或二層以上的功能薄層疊 鲁 置黏合而成的疊層板；而通常這類型疊層板的組合加工方式，大 體上係將一欲疊接的薄膜或薄層板固持在一可掀起/蓋合的上工 台’以及將另一欲疊接的薄膜或薄層板固設在下工台，使上、下 工台對合並對板件施加適度之壓合應力’據此使二片欲叠接的薄 膜或薄層板藉由彼此表面上所預設的黏膠以及以該施加的壓合應 力，而對接膠合而成為一體。 當前已知的板件貼合機具是藉由一組汽缸推頂機構來驅動 • 上、下工台的壓合，通常汽缸的頂軸係被安裝在加工台的正中央 部位’運作時頂壓應力集中於一點，導致疊合板各部位受力不均， 壓蹄合品質不佳，且這種全面一次貼合的方式，經常會將不要 的氣體包覆在疊合面之間，造成不良的後果。 另外，我國專利申請第938〇9558號案揭露一種滾輪貼片機， 其具有-對可翻轉後對向蓋合的上、下工台，該上、下工台上可 分別固持欲叠合的板件，然後藉由設置於下卫台内的—組滾輪順 沿板件表面滾軋麵，崎二片欲疊合的板件域齡成一體，、 3 同時利用在漸進滾軋貼接之同時將貼合面間的空氣驅趕出來，造 就優良之壓接膠合成果，避免空氣殘留在面板之内所引發的不良 特徵。然而，前述滾輪貼片機的結構精密且複雜，設備成本高昂， 且因滾輪機構係被設置在下工台之内，導致機台構造體積龐大， 不適合小型面板的組合加工，而且該滾輪機構亦不能改設於上工 台，故其功能、用途均受限制。 【新型内容】 本創作的主要是提供一種改進的疊層板滾軋貼合裝置，其利 用滾軋方式將複數疊層板加壓貼合成一體，並可在滾軋貼接同時 將貼面間的空氣驅趕出來，以造就優良之壓接膠合成果，且其具 有簡化的滾軋貼合機構，不但在上、下工台均適合安裝，且可使 用於各種大小規格的疊層板之加壓貼合施作。 根據本創作，該改進的疊層板滚軋貼合裝置包含一機台、一 轉擺機構、-上H —下卫台以及—往復式平移機構；其中， 該機台具一高剛性基板；該轉擺機構被固設在該機台的基板上， 具傳動器，例如是步進馬達(Step Motor)或脈波馬達(pulse Motor) ’其可驅動一轉轴作預設轉動角度的往復轉動運作·該上工 台具一平坦的轉面’且在該卫作面上設有固持構造，而該上工 台一端邊固設在前述轉擺機構的轉轴上，以及在另一相對端邊設 滾軋輪，該下工台具一平坦的工作面，且在該工作面上設有固 持構造；該往復式平移機構被安裝在該機台的基板上具一導轨 以及-滑座’而該滑座可受—驅動單元驅動運作而在該導軌上移 1V1^«U883 由第1至3圖的第-實施例中顯示，在機台9上立設一轉 機構3的支架’在該支架上固設一步進馬達31，而該馬達的轉轴 32被插接於上工台！的一端邊緣使上工台！可受該步進馬達y 驅動而轉運作；該上卫台】設有平坦紅作面12可供安裝一欲 貼合叠層w卜且於該工作面12上等間距地設#多數吸孔13，並 使該等吸孔13通過-排氣管連通至_可提供真空吸力的空氣栗 (未顯示於圖面），此外在遠離該上工台固定端的另一相對端邊設一 滚軋輪15，並令該滾軋輪表面為具有彈性變形能力的材質，例如 切膠或是橡膠；另，在機台9上固設一對平行的導軌41，且有 一滑座42恰可跨雜置於該料執上，而該滑座設有_組往復式 驅動單元，例如是由飼服馬達控制的螺桿或蜗桿傳動麟，用以 驅動該馳42糖珊導軌41雜復錄移；於·座42上可 固設下工台2，設有平坦的工作面22可供安裝一欲貼合疊層^， 且於該工作面22上等間距地設有多數吸孔23，並使該等吸孔幻 通過-=氣管連通至-可提供真空吸力的空氣顯示於圖面）。 依前述構件組成運作時，該上工台1先被掀開呈水平狀置於 下工台2的-側，將欲貼合叠層之一 W1置於該上工台的工作面 12上’並將另一欲貼合疊層W2置於該下工台的工作面22上，再 藉由空氣泵啟動真空吸力運作以將欲貼合疊層W卜W2分別固持 在上、下工台的工作面12、22上’然後該上工台i藉由該翻轉機 構3之驅動作約195。之翻轉而對向地蓋合在下工台2的上方，並 使上、下工台間呈一約12。的夾角，而令上工台之疊層工件埘一 7 ：M380883 端邊緣黏貼於下工台之疊層工件!，η ι_ , 仟W2上且上工台側緣的滾軋輪 15觸接在下工台的工作面22上，接續，該滑座&受該往復式驅 動單元之驅動而順沿該對導執41向外位移，使叠層工件W自上 工台之工作面21剝離貼覆於下工台上的疊層工件w2，而該二欲 貼合疊層Wb W2通過滾軋輪15下方時被加壓貼合以形成一緊 密黏合的疊祕，並在依序加㈣合的触巾，可料將貼合面 之間的空氣逐次地驅趕出來，據此確保板件疊屠之間完全密貼與 2封結合狀態；再當騎座42順沿該料軌41位移到左方的限 疋位置時該上工台1迴轉復位成水平狀該往復式驅動單元亦 驅使該滑座42及下工台2位移直到復歸原位後停止，且同時地， 該空氣棚贿放氣壓，使該完顧合的工件自下玉台的工作面 2上_放而便於取離’然後再重新安裝欲貼合叠層^以 進行另一次的滾軋貼合加工程序。 如第4 _第二實施例，該疊層板觀貼合裝置的大體結構 ^作方式均與前述第—實施例雷同，主要的構造差異在於滾札 ^安裝在下工台，脚該下工台2在_，職有滾軋輪Μ， :衰乾輪下方設有頂壓單元7，例如是氣缸元件，以提供該滾軋 向上的頂遂力量’又令該下工台的工作面22被設置成與水平 壯番呈約12的斜面，加工運作時，該上工台1先被掀開呈水平 工於下卫台2的-側，將欲貼合叠層之—wi置麟上工台的 工作面12上’並將另一欲貼合叠層W2置於該下工台的工作面a 再藉由空氣果啟動真空吸力運作以將欲貼合疊層〜卜奶分 M380883 別固持在上、下工台的工作面12、22上’然後該上工台1藉由該 翻轉機構3之驅動作約180。之翻轉而對向地蓋合在下工台2的上 方，並使上、下工台間呈一約15。的夾角，而令下工台之叠層工件 W2 —端邊緣黏貼於上工台之疊層工件W1的底面，且下工台側緣 的滾軋輪15觸接在上工台的工作面21上，接續，該滑座42受該 在復式驅動單元之驅動而順沿該對導執41向外位移，使疊層工件 W2自下工σ之工作面22剝離貼覆於上工台的疊層工件wi底 • 面，而該二欲貼合疊層Wl、W2通過滾軋輪15上方時被加壓貼 合以形成一緊密黏合的疊層板，並在依序加壓貼合的過程中，可 同時將貼合面之間的空氣逐次地驅趕出來，據此確保板件疊層之 間完全密貼與密封結合狀態；再當該滑座42順沿該對導執41位 、移到左方雜定位置時，該上丄台1迴轉復位成水平狀，該空氣 果開始職氣遷，使該完成貼合的工件自上工台的工作面21上被 釋放而便於取離’ 時地，娜彳以驅動單轉驅倾滑座42 • *下工台2位移直到復歸原位後停止，然後再重新安裳欲貼合叠 層Wl、W2以進行另一次的滾軋貼合加工程序。 再者，為了提升壓貼組合加工的精密度，本創作可在前述之 第實施例或第二實施例的結構中增設一植對位調整機構$，使 上、下工台的欲貼合疊層w卜W2可彼此調整對位；如第5圖所 示，該對位調整機構5係被安裝在前述下工台2與_ 42之間， 其具有-基座5卜- X軸向位移調控機構52、一對平行設置在γ 轴向的位移調控繼別、现以及若干支頂柱％ ;其中^在該基 9 ^ 51底部設有螺桿頂升元件514及氣壓紅5i6，該螺桿頂升元件 514藉-飼服馬達(未顯示於圖面)驅動螺桿旋轉以便調整該基座 置尚度並利用對稱安裝在該基座底面的氣壓缸212以提 供一辅助的支擇力量；而在該下工台2與該基座51之間還設有X 轴向位移搬單元52狀—料倾置在Y㈣驗賴控麵 細、53b ’該X轴向位移調控單元52具有一固定在該下工台2底 面的位移導座521，該位移導座底部設有導槽恰可套置在固設於該 基座上表_ X轴向導執522，政位移導座馳接—組固定在 该基座上的螺桿傳動元件523,該螺桿傳動元件的螺桿係轴接於一 伺服馬達而驅動運作；而該對γ轴向位移調控機構細、別被平 订=置在該下工台2底面二側邊緣，該等位移調控機構5如现 、’J述轴向位移調控機構52具有雷同的構造，亦即該等位移調 控機構53a、53b均具有1定在該下工台2底面的位移導座別， 該位移導絲部設有導槽恰可套置在固設機基座上表面的Υ轴 向導軌说，且触料贿樞接—_定在該基座上的螺桿傳動 兀件533，該螺桿傳動元件的螺桿係轴接於一健馬達而驅動運 作；另，該等支頂柱54被植設在前述基座上用以撐持該下工台2， 而該等支頂柱54的頂端具有滾珠座結構5仏，因此可使口工△ 2在水平面位移自如。 13 …:而Wj述上、下台蓋合後其麵持的欲貼合疊層W卜 W2位置或擺置角度有所偏差時，則可利用該對位調整機構5加以 校準位置及角度，例如用於雛又轴向位置時，該χ轴向位移調 2單元52的運作如下：該螺桿傳動磁切_桿受伺服馬達驅 旋轉使該位移導座521順沿著X轴向導軌切移動，同時也使 與之固結成—體的該下工台2隨之位移到設定的位置；同理，調 校Y軸向位置的運財式賴上述_，卿_對平行設置在 軸向的位移調控機構53a、53b以相同方向而且同步地等量位 移，使該下卫台2被位移到Y軸向麟定位置；又，當欲調校工 件的擺置肖度時，财倾對平行設置在的轉調控機構 仏、53b彼此以相反方向位移，藉此使該下工台2被扭轉到所欲 的没定角度；*當該下工台2被雛至正麵位£後即可連動 地使被吸圖持在該工作面21上的欲齡叠層％被位移至校定 的位置；綜上可知，該對蝴整機構5可簡便、快速而且準 確地調設該下4上的欲貼合#層W2s χ·γ轴向的位置以及擺 置角度，因此具備精確地調校工件組合之效能，可提升產品良率 及促進生產品質。 本創作並非侷限於以上所述形式，很_參考上述說明後， 能有更多技術均等性的改良與變化，這例如是··前述第一實施例 t，為確保該滾綠15與下工台的工作面22之間具有值定適當 壓力，俾力滾軋貼合加工程序的穩定性，因此，如第六圖所示， 可在該雜輪上方還設-71鲜元7’例如氣虹或_彈簧等加 壓元件，據此提供-頂壓力量於該滾軋輪ls上，達穩定滾乳貼合 品質之目的··.’而此等更設均達成與前述實施烟—或類似的效 能，故應與本實用新型前揭技街屬實質相同，·所以，凡有在相同 11 謂 υ«83 的創作精神下所作有w本實崎獅贿修飾或變更，皆仍應包 括在本創作意圖保護的範疇。 【圓式簡單說明】 第1圖係本創作的上、下工台呈掀開狀態的運作示意圖； 第2圖係本創作的上、下工台呈對合狀祕運作示意圖； 第3圖係本創作的滚軋運作示意圖； 第4圖係本創作第二實施例的側面部份剖示圖； 第5圖係本創作第三實施例的側面部份剖示圖；以及 第6圖係本創作第四實施例的側面部份剖示圖。 【主要元件符號說明】 上工台1 工作面12 吸孔13 滾軋輪15 下工台2 工作面22 吸孔23 翻轉機構3 步進馬達31 轉軸32 導軌41 滑座42 對位調整機構5 欲貼合疊層Wl ' W2 基座51 螺桿頂升元件514 氣壓缸516 X軸向位移調控單元52 位移導座521 X軸向導軌522 螺桿傳動元件523 Y軸向位移調控單元53a、53b 位移導座531 丫軸向導執532M380883 V. New description: [New technical field] This is an improved laminated plate rolling and laminating device, especially a rolling paste specially suitable for laminated plates with flexible thin layers. Combined with the device. [Prior Art] A photovoltaic panel that is widely used in electronic products, such as a touch panel or a liquid crystal panel (LCD), which are stacked by two or more layers of functional thin layers. Laminates; and in general, the combined processing of laminates of this type generally holds a film or laminate to be stacked on a top-up/covering upper workbench and another one to be stacked The film or the thin layer plate is fixed on the lower work platform, so that the upper and lower work stations apply a moderate pressing stress to the combined plate member, so that the two films or thin plates to be laminated are pre-predicted on the surface of each other. The adhesive is applied and bonded by the applied pressing stress to be integrated. Currently known plate fitting machines are driven by a set of cylinder ejector mechanisms. • The upper and lower stages are pressed together. Usually, the top shaft of the cylinder is installed in the center of the processing table. The stress is concentrated at one point, resulting in uneven force on all parts of the laminated board, and the quality of the pressed shoes is not good, and this comprehensive fitting method often covers unnecessary gas between the overlapping surfaces, resulting in poor as a result of. In addition, the Chinese Patent Application No. 938〇9558 discloses a roller placement machine which has an upper and a lower worktable which are opposite to the reversible rear cover, and the upper and lower worktables can respectively be fixed to be superposed. The plate member is then rolled along the surface of the plate by a set of rollers disposed in the lower platform, and the two pieces of the plate to be superposed are integrated into one body, and 3 is simultaneously used for progressive rolling and bonding. At the same time, the air between the bonding surfaces is driven out, which produces excellent crimping and bonding results, and avoids the undesirable characteristics caused by air remaining in the panel. However, the structure of the aforementioned roller mounter is precise and complicated, the equipment cost is high, and the roller mechanism is disposed in the lower workbench, which results in a bulky structure of the machine, which is not suitable for the combined processing of the small panel, and the roller mechanism cannot It was changed to the upper work station, so its function and use are limited. [New content] The main purpose of the present invention is to provide an improved laminated plate rolling and laminating device which presses and laminates a plurality of laminated plates into a roll by means of rolling, and can simultaneously roll and paste the veneers. The air is driven out to create excellent crimping and gluing results, and it has a simplified rolling and laminating mechanism, which is suitable for installation on both the upper and lower work platforms, and can be used for pressurization of laminates of various sizes and sizes. Fit and apply. According to the present invention, the improved laminated plate rolling and laminating apparatus comprises a machine table, a turning mechanism, an upper H-lowering platform and a reciprocating translation mechanism; wherein the machine table has a high rigidity substrate; The swinging mechanism is fixed on the base of the machine, and has an actuator, such as a step motor or a pulse motor, which can drive a rotating shaft to perform a preset rotation angle. Rotating operation · The upper workbench has a flat turning surface' and a holding structure is provided on the welcoming surface, and one end side of the upper working table is fixed on the rotating shaft of the above-mentioned turning mechanism, and in another relative The end side is provided with a rolling wheel, the lower working table has a flat working surface, and a holding structure is arranged on the working surface; the reciprocating translation mechanism is mounted on the substrate of the machine with a guide rail and sliding The carriage can be driven by the drive unit to move 1V1^«U883 on the guide rail. The first embodiment of the first to third figures shows that the bracket of the rotary mechanism 3 is erected on the machine table 9. 'A stepping motor 31 is fixed on the bracket, and the rotating shaft 32 of the motor is inserted into the upper table! One end edge makes the workbench! The stepping motor y can be driven to rotate; the upper platform is provided with a flat red face 12 for mounting a stack of w ws and equidistantly disposed on the working face 12 13, and the suction holes 13 are connected to the air pump (not shown in the drawing) through the exhaust pipe, and further, a rolling edge is provided on the other opposite end side away from the fixed end of the upper work platform. The wheel 15 is arranged such that the surface of the rolling wheel is made of elastic deformation, such as rubber or rubber; and a pair of parallel guide rails 41 are fixed on the machine table 9, and a sliding seat 42 is evenly mixed. Putting on the material, and the sliding seat is provided with a group of reciprocating driving units, for example, a screw or a worm drive lining controlled by a feeding motor for driving the repeating movement of the stalk 42; The lower table 2 can be fixed on the seat 42, and a flat working surface 22 is provided for mounting a stacking layer, and a plurality of suction holes 23 are provided on the working surface 22 at equal intervals, and The suction holes are fused through -= the air tube is connected to - the air that can provide vacuum suction is shown on the drawing). When operating according to the above-mentioned component composition, the upper workbench 1 is firstly placed horizontally on the side of the lower workbench 2, and one of the laminates W1 to be laminated is placed on the work surface 12 of the upper workbench' And placing another laminated laminate W2 on the working surface 22 of the lower workbench, and then starting the vacuum suction operation by the air pump to hold the laminated laminates W2 and W2 respectively on the upper and lower work stations. The working surface 12, 22 is then 'the upper work station i is driven by the turning mechanism 3 to make about 195. The flipping is opposite to the upper workbench 2 and the upper and lower workbench is about 12. The angle between the workpieces of the upper workbench is 7:M380883, the edge of the end is adhered to the laminated workpiece of the lower workbench!, η ι_ , 仟W2 and the rolling wheel 15 of the upper side of the upper workbench is touched under On the working surface 22 of the work station, the sliding seat & is driven by the reciprocating driving unit to be displaced outward along the pair of guides 41, so that the laminated workpiece W is peeled off from the working surface 21 of the upper working table. Covering the laminated workpiece w2 on the lower stage, and the two-contact lamination Wb W2 is press-fitted under the rolling wheel 15 to form a tightly bonded stack, and sequentially adding (4) The contact towel can be used to drive out the air between the bonding surfaces one by one, thereby ensuring that the plates are completely adhered to the two combined states; and then the seat 42 is displaced along the track 41 to In the left limit position, the upper work station 1 is rotatably reset to a horizontal shape. The reciprocating drive unit also drives the slide base 42 and the lower work table 2 to be displaced until the return to the original position, and at the same time, the air shed is bribed. The air pressure is such that the finished workpiece is placed on the working surface 2 of the lower jade table for easy removal, and then re-installed to be laminated. Make another rolling paste processing program. As in the fourth to second embodiments, the general structure of the laminated panel assembly apparatus is the same as that of the foregoing first embodiment, and the main structural difference is that the roller is mounted on the lower work platform, and the foot is the lower work platform. 2 in _, there is a rolling rim, : under the aging wheel is provided with a pressing unit 7, such as a cylinder element, to provide the top force of the rolling up, and the working surface 22 of the lower table is It is set to be inclined with a horizontal stretch of about 12, and when the processing is in operation, the upper workbench 1 is first opened to work horizontally on the side of the lower guard table 2, and the stack to be laminated is to be worked on. On the working surface 12 of the table, and placing another laminated laminate W2 on the working surface a of the lower workbench, the vacuum suction operation is started by the air fruit to laminate the laminated layer to the milk portion M380883. On the working faces 12, 22 of the upper and lower work stations, the upper work station 1 is then driven by the turnover mechanism 3 by about 180. It is turned over and opposed to the upper side of the lower work table 2, and the upper and lower work stations are arranged at about 15. The angle of the stack, the end edge of the laminated workpiece W2 is adhered to the bottom surface of the laminated workpiece W1 of the upper workbench, and the rolling wheel 15 of the lower side of the lower workbench is in contact with the working surface 21 of the upper workbench. Up and down, the carriage 42 is displaced outward along the pair of guides 41 by the driving of the double drive unit, so that the laminated workpiece W2 is peeled off from the work surface 22 of the work σ to the stack of the upper work platform. The bottom of the workpiece wi layer, and the two layers of the laminate W1, W2 are press-fitted through the upper portion of the rolling wheel 15 to form a tightly bonded laminate, and are sequentially pressed and bonded. In the middle, the air between the bonding surfaces can be driven out at the same time, thereby ensuring that the plate laminates are completely adhered and sealed together; and when the slider 42 is along the pair of guides, the position is shifted. When the position to the left is fixed, the upper table 1 is turned and returned to a horizontal shape, and the air fruit starts to move, so that the finished workpiece is released from the working surface 21 of the upper work station and is easily taken away. At the time, Nayong drives the single-drive drive slide 42 • The lower worktable 2 shifts until it returns to its original position, then stops again. Bonded laminate Wl, W2 for another rolling bonded machining program. Furthermore, in order to improve the precision of the press-fitting combination processing, the present invention may add a plant alignment adjustment mechanism $ in the structure of the foregoing embodiment or the second embodiment to make the upper and lower stations fit together. The layer w w2 can be adjusted to each other; as shown in Fig. 5, the alignment adjusting mechanism 5 is installed between the lower stage 2 and _42, which has a pedestal 5 - X axial displacement The regulating mechanism 52, a pair of displacement adjustments arranged in parallel in the γ-axis, respectively, and a plurality of apex columns; wherein the bottom of the base 9 ^ 51 is provided with a screw jacking element 514 and a pneumatic red 5i6, the screw top The lifting element 514 drives the screw rotation by means of a feeding motor (not shown) to adjust the seating setting and utilizes a pneumatic cylinder 212 symmetrically mounted on the bottom surface of the base to provide an auxiliary supporting force; An X-axis displacement carrying unit 52 is further disposed between the lower stage 2 and the base 51. The material is tilted at the Y (four) inspection control surface, and the b-axis displacement control unit 52 has a fixed a displacement guide 521 on the bottom surface of the lower work platform 2, and a guide groove is disposed on the bottom of the displacement guide seat to be fixed on the base Table _ X-axis guide 522, the political displacement guide is coupled - a set of screw transmission elements 523 fixed on the base, the screw drive shaft of the screw drive shaft is connected to a servo motor to drive operation; and the pair γ The axial displacement regulating mechanism is fine and not flattened = placed on the two side edges of the bottom surface of the lower workbench 2, and the displacement regulating mechanism 5 has the same structure as the current axial displacement regulating mechanism 52, that is, the The equal displacement regulating mechanisms 53a, 53b each have a displacement guide fixed to the bottom surface of the lower table 2, and the displacement guide portion is provided with an axial guide rail which is disposed on the upper surface of the fixed base of the fixing machine. Said, and the brigade is connected to the screw drive member 533 fixed on the base, the screw drive shaft of the screw drive member is coupled to a motor to drive the operation; and the top posts 54 are implanted It is disposed on the base to support the lower workbench 2, and the top end of the top pillars 54 has a ball seat structure 5仏, so that the mouth △ 2 can be displaced in a horizontal plane. 13 ...: and Wj can be used to adjust the position and angle of the alignment adjustment mechanism 5 when the surface of the stack is folded or the angle of the placement is different after the cover is closed, for example, When used for the young and axial position, the operation of the axial displacement adjustment unit 52 is as follows: the screw drive magnetic cutting rod is rotated by the servo motor drive to move the displacement guide 521 along the X-axis guide rail. At the same time, the lower workbench 2, which is consolidated with the body, is then displaced to the set position; similarly, the adjustment of the Y-axis position is based on the above-mentioned _, _ _ pairs are arranged in parallel in the axial displacement The regulating mechanisms 53a, 53b are equally displaced in the same direction and synchronously, so that the lower platform 2 is displaced to the Y-axis position; and, when the orientation of the workpiece is to be adjusted, the fiscal pair is set in parallel. The transfer control mechanisms 仏, 53b are displaced in opposite directions from each other, thereby causing the lower work station 2 to be twisted to a desired angle; * when the lower work station 2 is swayed to the front position, it can be linked The ground age stack % held by the suction pattern on the work surface 21 is displaced to the verified position; in summary, the The butterfly mechanism 5 can easily, quickly and accurately adjust the position of the lower layer of the W2s χ·γ axis and the placement angle of the lower layer, so that the performance of the workpiece assembly can be accurately adjusted, and the performance can be improved. Product yield and promote production quality. The present invention is not limited to the above-described forms, and it is possible to have more technical improvements and changes after referring to the above description, for example, the first embodiment t described above, in order to ensure that the greening 15 and the work are completed. Between the working faces 22 of the table, there is a proper pressure, and the stability of the rolling process is stable. Therefore, as shown in the sixth figure, a -71 fresh 7' gas can be placed above the miscellaneous wheel. a pressing element such as a rainbow or a spring, according to which a top pressure is provided on the rolling wheel ls for the purpose of stabilizing the quality of the roller bonding. Similar performance, it should be substantially the same as the pre-existing technology street of this utility model. Therefore, all the modifications or changes made by the same 11 υ 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 83 In the scope of the protection of this creation. [Circular Simple Description] The first picture is a schematic diagram of the operation of the upper and lower work stations of the present creation; the second picture is the schematic diagram of the operation of the upper and lower work stations of the present creation; FIG. 4 is a side cross-sectional view showing a second embodiment of the present invention; FIG. 5 is a side cross-sectional view showing a third embodiment of the present creation; and FIG. A side cross-sectional view of the fourth embodiment is created. [Main component symbol description] Upper workbench 1 Working face 12 Suction hole 13 Rolling wheel 15 Lower workbench 2 Working surface 22 Suction hole 23 Turning mechanism 3 Stepping motor 31 Rotary shaft 32 Guide rail 41 Slider 42 Alignment adjustment mechanism 5 Lamination stack Wl 'W2 base 51 screw jacking element 514 pneumatic cylinder 516 X axial displacement control unit 52 displacement guide 521 X axial guide 522 screw transmission element 523 Y axial displacement control unit 53a, 53b displacement guide 531 丫 axis guide 532