201113213 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種蜂巢布成型機之堆疊系統，特別是一 種非捲繞式之蜂巢布成型機之堆疊系統。 【先前技術】 參考圖1，顯示美國專利第us 445〇〇27號所揭示之蜂巢 布成型機之捲繞系統之示意圖。該捲繞系統丨包括一支撐 柱11、一轉盤12及一内部傳動裝置13 ^該轉盤12係樞接於 該支撐柱11。該内部傳動裝置13係位於該支撐柱丨丨内，用 以帶動該轉盤12持續轉動而捲收蜂巢布14。該捲繞系統1 雖然捲收速度快，但是其缺點為浪費布料多，另外其只能 成型較短寬度之蜂巢布14,且折數不能太多，若超過2〇〇 折，堆疊之不良率相對增加。 參考圖2a及圖2b，顯示美國專利第us 4849〇39號所揭示 之蜂巢布成型機之堆疊系統之示意圖。該堆疊系統2係為 非捲繞式，其包括一滑座21、一喷膠頭22、一切斷模組23 及一堆料裝置24。該喷膠頭22及該切斷模組23係位於該滑 座21上，該滑座21係位於該堆料裝置24上方。該堆疊系統 2之作動方式如下，首先參考圓2a，該滑座幻向右方移動 以夾持且拉伸來自一進料輪25之蜂巢布26。接著，參考圖 2b’當該滑座21抵達定位後向下移動，且該喷膠頭22於該 蜂巢布26之下表面形成黏膠。當該滑座21向下移動至定 位，將該蜂巢布26之一端黏住位於該堆料裝置24上之蜂巢 布27後，該滑座21再向左方移動，使得該蜂巢布26持續黏 143340.doc 201113213 住位於該堆料裝置24上之蜂巢布27〇當該滑座21移動至左 方疋位時，再利用該切斷模組23切斷該蜂巢布26。 該堆疊系統2雖然可以堆疊較多層數之蜂巢布，但是其 缺點如下.在該堆疊系統2中，該噴膠頭22及該切斷模組 23皆位於該往復移動之滑座21上，因此用來支撐該滑座^ 之滑軌（圖中未示）勢必承受很大的應力。由於該喷膠頭22 及該切斷模組23相當重’因此該滑軌的跨距限制了該滑座 21的仃程，使得成型布料的寬度受到限制。此外，該堆疊 系統2之速度不快，因為該滑座21需要回程，而造成空跑 行程，如此會降低產能。 參考圖3 ’顯示美國專利第US589773〇號所揭示之蜂巢 布成型機之堆㈣統之示意圖。該堆叠系統5係為非捲繞 式’其包括-滑座51、-喷膠頭52、一切斷模組53及一堆 料裝置54。該喷膠頭52係位於該滑座51上該滑座^係位 於該堆料裝置54上方。該切斷模組53之二側具有二刀片 531。該堆叠系統5之作動方式如下，首先，該滑座51向右 方移動以夾持且拉伸來自-進料輪”之蜂巢布％，且在移 動過程中該切頭52於該堆料裝置Μ上之蜂巢布^之上表 形成黏膠。接著’當該滑座5 1抵達定位後，該切斷模組 °下移動以利用該等刀片53 1切斷該蜂巢布56，且將 刀斷後之蜂巢布56下壓而黏附於位於該堆料裝置Μ上之蜂 巢布57 該堆4系統5雖然可以堆疊較多層數之蜂巢布，但是其201113213 VI. Description of the Invention: [Technical Field] The present invention relates to a stacking system of a honeycomb fabric forming machine, and more particularly to a stacking system of a non-wound honeycomb fabric forming machine. [Prior Art] Referring to Fig. 1, there is shown a schematic view of a winding system of a honeycomb fabric forming machine disclosed in U.S. Patent No. 4,445,. The winding system 丨 includes a support post 11, a turntable 12, and an internal transmission 13 that is pivotally coupled to the support post 11. The internal transmission device 13 is located in the support column to drive the turntable 12 to continuously rotate to take up the honeycomb cloth 14. Although the winding system 1 has a fast winding speed, the disadvantage is that it wastes a lot of cloth, and in addition, it can only form a honeycomb fabric 14 of a shorter width, and the number of folds cannot be too much. If it exceeds 2 folds, the stacking defect rate is not high. Relative increase. Referring to Figures 2a and 2b, there is shown a schematic diagram of a stacking system of a honeycomb fabric forming machine disclosed in U.S. Patent No. 4,849,. The stacking system 2 is a non-wound type, and includes a slide 21, a spray head 22, a cutting module 23, and a stacking device 24. The glue head 22 and the cutting module 23 are located on the sliding seat 21, and the sliding seat 21 is located above the stacking device 24. The stacking system 2 operates in the following manner. First, referring to the circle 2a, the slider is moved to the right to grip and stretch the honeycomb cloth 26 from a feed wheel 25. Next, referring to Fig. 2b', when the carriage 21 arrives at the position, it moves downward, and the glue head 22 forms a glue on the lower surface of the honeycomb cloth 26. When the slider 21 is moved downward to the position, one end of the honeycomb cloth 26 is adhered to the honeycomb cloth 27 located on the stacking device 24, and the slider 21 is further moved to the left, so that the honeycomb cloth 26 continues to adhere. 143340.doc 201113213 The honeycomb fabric 27 living on the stacking device 24 is used to cut the honeycomb fabric 26 by the cutting module 23 when the slider 21 is moved to the left side. The stacking system 2 can stack a plurality of layers of honeycomb fabrics, but the disadvantages are as follows. In the stacking system 2, the glue head 22 and the cutting module 23 are located on the reciprocating slide 21 . Therefore, the slide rails (not shown) used to support the slides are subject to great stress. Since the glue head 22 and the cutting module 23 are relatively heavy, the span of the slide rail limits the stroke of the slide 21 so that the width of the formed fabric is limited. In addition, the speed of the stacking system 2 is not fast because the carriage 21 requires a return stroke and causes an empty running stroke, which reduces the productivity. Referring to Figure 3, there is shown a schematic diagram of a stack of honeycomb fabric forming machines disclosed in U.S. Patent No. 5,589,773. The stacking system 5 is a non-wound type which includes a slider 51, a glue head 52, a cutting module 53, and a stacking device 54. The glue head 52 is located on the carriage 51. The carriage is located above the stacking device 54. The two sides of the cutting module 53 have two blades 531. The stacking system 5 is operated in the following manner. First, the slider 51 is moved to the right to clamp and stretch the honeycomb cloth % from the -feed wheel, and the cutting head 52 is in the stacking device during the moving process. The honeycomb fabric is formed on the upper surface of the honeycomb to form an adhesive. Then, when the slider 51 reaches the positioning position, the cutting module moves downward to cut the honeycomb fabric 56 by the blades 53 1 and the knife is cut. The broken honeycomb cloth 56 is pressed down and adhered to the honeycomb fabric 57 located on the stacking device. The stack 4 system 5 can stack a plurality of layers of honeycomb fabric, but
缺點如下：太仏I 以堆疊系統5中’該喷膠頭52位於該往復移 143340.doc 201113213 動之滑座51上，因此用來支擇該滑座51之滑軌58勢必承受 很大的應力。由於該喷膠頭52相當重，因此該滑軌58的二 距限制了該滑座51的行程，使得成型布料的寬度受到限 制。再者’該切斷模組53之二刀片531間之距離亦限制了、 成型布料的寬度。此外，由二個不同的料卷進料，如果布 料有顏色的批量錯誤，將造成不良率增加。因&，有必要The disadvantages are as follows: In the stacking system 5, the glue head 52 is located on the sliding seat 51 of the reciprocating movement 143340.doc 201113213, so the sliding rail 58 for selecting the sliding seat 51 is bound to bear a large amount. stress. Since the glue head 52 is relatively heavy, the two distances of the slide rail 58 limit the stroke of the carriage 51, so that the width of the forming fabric is limited. Furthermore, the distance between the two blades 531 of the cutting module 53 also limits the width of the formed fabric. In addition, feeding from two different rolls, if the cloth has a color batch error, will increase the defect rate. Due to &, it is necessary
提供-創新且富進步性的蜂巢布成型機之堆㈣統，以解 决上述問題。 【發明内容】 本發明係提供-種蜂巢布成型機之堆疊系統，其包括一 第一滑軌、-第-移動炎頭、—第m頭、—切斷模 組、一旋轉模組、-壓料模組及一堆料裝置。該第一移動 夾頭可於該第-滑軌上滑動，用以夹持且拉伸該蜂巢布。 該第一固μ頭係不滑動’ M以夾持該蜂巢布。該切斷模 組用以切斷該蜂巢布。該旋轉模組係連接該第一滑軌用 第-固定夾頭及該第—滑軌。該壓料模組係位於 該第一滑執之下方，用以下壓位於該第一移動央頭及該第 一固定夾頭之間之蜂巢布。該堆料裝置係位於該壓料模組 之下方，用以承接來自該壓料模組所壓下之蜂巢布。 本發明之該堆疊系統之優點如下：第—、可以堆疊較多 層數之蜂巢布（可超過細折）；第二、該第-滑軌及該第二 滑軌的跨距可以超過4.5公尺，使得成型布料的寬度可以 達到4.5公尺，第二、加工速度快，如果搭配另一組夹頭 交替拉布’不會造成空跑行程，如此可大大提升產能。 143340.doc • 6 - 201113213 【實施方式】 參考圖4,顯示本發明蜂巢布成型機之堆疊系統之較佳 實施例之側視示意圖。參考圖5 ’顯示本發明蜂巢布成型 機之較佳實施例之堆叠系、統之旋轉模組之立體示意圖。該 堆疊系統3係為非捲繞式，其包括一第一滑軌31、一第一 移動夾頭32 ' -第—目定夾頭33、切斷模組％、—旋轉 模組35、一壓料模組36及一堆料裝置37。 該第一滑軌3丨較佳地係為一線性滑軌。該第一移動夾頭 32可於該第一滑軌31上滑動，用以夾持且拉伸該蜂巢布An innovative and progressive stack of honeycomb fabric forming machines (four) is provided to solve the above problems. SUMMARY OF THE INVENTION The present invention provides a stacking system for a honeycomb fabric forming machine, which includes a first slide rail, a -first moving head, a mth head, a cutting module, a rotating module, and Pressing module and a stacking device. The first moving collet is slidable on the first slide rail for clamping and stretching the honeycomb cloth. The first solid head does not slide 'M to clamp the honeycomb cloth. The cutting die is used to cut the honeycomb cloth. The rotating module is connected to the first fixed clamp and the first sliding rail. The binder module is located below the first sliding handle and presses the honeycomb fabric between the first moving head and the first fixing chuck. The stacking device is located below the binder module for receiving the honeycomb fabric pressed from the binder module. The advantages of the stacking system of the present invention are as follows: first, a plurality of layers of honeycomb fabrics can be stacked (more than a fine folding); second, the span of the first sliding rail and the second sliding rail can exceed 4.5 The ruler makes the width of the forming fabric reach 4.5 meters. Secondly, the processing speed is fast. If the cloth is alternately pulled with another set of chucks, it will not cause an empty running stroke, which can greatly increase the production capacity. 143340.doc • 6 - 201113213 [Embodiment] Referring to Fig. 4, there is shown a side view of a preferred embodiment of a stacking system of a honeycomb fabric forming machine of the present invention. Referring to Fig. 5', there is shown a perspective view of a stacking system and a rotary module of a preferred embodiment of the honeycomb fabric forming machine of the present invention. The stacking system 3 is a non-wound type, and includes a first sliding rail 31, a first moving collet 32' - a first collet chuck 33, a cutting module %, a rotating module 35, and a The binder module 36 and a stacking device 37. The first slide rail 3 is preferably a linear slide rail. The first moving collet 32 is slidable on the first sliding rail 31 for clamping and stretching the honeycomb fabric
38。該第一固定夾頭33係不滑動，用以夾持該蜂巢布38。 該切斷模組34位於該第-固定夾頭33之前方，其用以切斷 該蜂巢布38。該旋轉模組35連接該第一滑軌31，用以旋轉 該第一固定夾頭33及該第一滑軌3 i。 該壓料模組36位於該第一滑軌31之下方，其可上下移 動，而用以下壓位於該第一移動夾頭32及該第一固定夾頭 33之間之蜂巢布38。該堆料裝置37位於該壓料模組％之下 方’用以承接來自該壓料模組36所壓下之蜂巢布38。該堆 料裝置37包括一成品料台371、一升降台372及複數根側擋 條373。該升降台372係位於該成品料台371内，用以承接 切斷後之蜂巢布381，且該升降台372可以上升或下降。該 等侧擋條373由該升降台372之側邊向上延伸，用以限制住 堆疊之蜂巢布381，防止堆疊之蜂巢布381向側邊移動。 較佳地，該堆疊系統3更包括一第二滑軌39、一第二移 動夾頭40及一第二固定夾頭該第二滑執39較佳地係為 143340.doc 201113213 一線性滑軌。該第二滑軌39之位置係相對於該第一滑軌 31。該第二移動夾頭40可於該第二滑軌39上滑動，用以夾 持且拉伸該蜂巢布38»該第二固定夾頭41之位置係相對於 該第一固定夾頭33，該第二固定夾頭41係不滑動，用以夾 持該蜂巢布3 8。 又讶/υ ίτ 該旋轉模組35包括一第一旋轉頭351、38. The first fixing collet 33 is not slid to clamp the honeycomb cloth 38. The cutting module 34 is located in front of the first fixing chuck 33 for cutting the honeycomb cloth 38. The rotating module 35 is connected to the first sliding rail 31 for rotating the first fixing chuck 33 and the first sliding rail 3 i. The die assembly 36 is located below the first slide rail 31 and is movable up and down to press the honeycomb cloth 38 between the first moving chuck 32 and the first fixed chuck 33 by the following. The stacking device 37 is located below the binder module % for receiving the honeycomb fabric 38 pressed from the binder module 36. The stacking device 37 includes a finished product table 371, a lifting table 372, and a plurality of side side bars 373. The lifting platform 372 is located in the finished product table 371 for receiving the cut honeycomb fabric 381, and the lifting platform 372 can be raised or lowered. The side fences 373 extend upward from the sides of the lifting platform 372 to restrain the stacked honeycomb sheets 381 from moving the stacked honeycomb sheets 381 to the sides. Preferably, the stacking system 3 further includes a second sliding rail 39, a second moving chuck 40 and a second fixing chuck. The second sliding handle 39 is preferably 143340.doc 201113213 a linear slide rail . The position of the second slide rail 39 is relative to the first slide rail 31. The second moving collet 40 is slidable on the second sliding rail 39 for clamping and stretching the honeycomb fabric 38. The second fixing collet 41 is located relative to the first fixing collet 33. The second fixing collet 41 is not slid to clamp the honeycomb fabric 38. Surprisingly, the rotating module 35 includes a first rotating head 351,
3 52、一第二旋轉頭353、一第二支撐元件3 54、一第一連 接桿355及一第二連接桿3 56。該第一支撐元件352係支撐 該第一旋轉頭351 ’該第二支撐元件354係支撐該第二旋轉 頭353。該第一連接桿355(圖5)之二端係分別連接該第一旋 轉頭351及該第二旋轉頭353，該第二連接桿356(圖5)之二 端係分別連接該第一旋轉頭351及該第二旋轉頭353。 旋轉頭 在本實施例t，該第一滑軌31係固設於該第一連接桿 355上，且該第一固定夾頭33亦固設於該第一連接桿355 上。該第二滑軌39係固設於該第二連接桿356上，且該第 二固定夾頭41亦固設於該第二連接桿州上。然而可以理 解的是，在本發明中，如果省略該第一連接桿州及該第 二連接桿356,則該第一滑軌31之二端係分別連接該第一 旋轉頭351及該第二旋轉頭353,該第二滑軌39之二端係分 別連接該第-旋轉頭351及該第二旋轉頭⑸。該第一固定 夾頭W設於該I滑軌31或該第—旋轉頭351上，該 第-固定夾頭41係固設於該第二滑軌39 一 351 上。 較佳地， 該堆疊系統3更包括一 上膠模組42 用以形成 143340.doc -8 - 201113213 黏膠於該蜂巢布38之一表面上。 參考圖6至圖11，顯示本發明之蜂巢布成型機之堆疊系 統之作動不意圖。首先，參考圖6，來自料卷或儲料系統 之蜂巢布38進給經過該上膠模組42上膠後，穿過該第一固 定夾頭33，而位於該第一移動夾頭32。此時，啟動該第一 移動夾頭32夾住該蜂巢布38。 接著，參考圖7，該第一移動夾頭32向右移動至最右邊 之定位，以拉伸該蜂巢布38。接著，參考圖g，啟動該第 一固定夾頭33夾住該蜂巢布38之另一端。接著，參考圖 9，啟動該切斷模組34以切斷該蜂巢布38，此時切斷後之 蜂巢布38之二端分別被該第一移動夾頭μ及該第一固定夾 頭3 3夾住。 接著，參考圖10,啟動該旋轉模組35以同時旋轉該第一 旋轉頭351及該第二旋轉頭353，其旋轉角度為18〇度。此 時該第一移動夾頭32、該第一固定夾頭33及切斷後之蜂巢 布38被轉至下方，而該第二移動夾頭4〇及該第二固定夾頭 41被轉至上方’且該第二移動夾頭4〇移動至靠近該第二固 定夾頭41之位置。 接著，參考圖11，打開該第一移動夾頭32及該第一固定 夾頭33 ’且啟動該壓料模組36向下移動，以下壓位於該第 一移動夾頭32及該第一固定夾頭3 3之間之蜂巢布38至該升 降台372且黏附於之前切斷後之蜂巢布381。此時位於上方 之該第·一移動夹頭40被啟動以失住該蜂巢布38，之後當該 第二移動夾頭40向右移動至最右邊之定位後，啟動該第二 143340.doc -9- 201113213 固定夾頭41夾住該蜂巢布38之另一端。接著，啟動該切斷 模組34以切斷該蜂巢布38。之後，再啟動該旋轉模組35轉 動1 8 0度而重複上述步驟。較佳地，該壓料模組3 6可以 作側向移動以防止該旋轉模組35旋轉時碰撞到夾頭。 該堆疊系統3之優點如下：第一、可以堆疊較多層數之 蜂巢布（若空間允許，折數可以無限）；第二、該第一滑軌 31及該第二滑軌％的跨距可以超過4 5公尺，使得成型布 • 料的寬度可以達到4.5公尺以上；第三、加工速度快，因 為有一組夾頭交替拉布，不會造成空跑行程，如此可大大 提升產能。 上述實施例僅為說明本發明之原理及其功效，並非限制 本發明，因此習於此技術之人士對上述實施例進行修改及 變化仍不脫本發明之精神。本發明之權利範圍應如後述之 申請專利範圍所列。 【圖式簡單說明】 • 圖1顯示美國專利第us 4450027號所揭示之蜂巢布成型 機之捲繞系統之示意圖； 圖2a及圖2b顯示美國專利第us 4849〇39號所揭示之蜂巢 布成型機之堆疊系統之示意圖； 圖3顯示美國專利第us 589773〇號所揭示之蜂巢布成型 機之堆疊系統之示意圖； 圖4顯示本發明蜂巢布成型機之堆疊系統之較佳實施例 之側視示意圖； 圖5顯示本發明蜂巢布成型機之較佳實施例之堆疊系統 143340.doc •10- 201113213 之旋轉模組之立體示意圖；及 圖6至圖11顯示本發明之蜂巢布成型機之堆疊系統之作 動示意圖。 【主要元件符號說明】3 52. A second rotating head 353, a second supporting member 3 54 , a first connecting rod 355 and a second connecting rod 3 56. The first support member 352 supports the first rotary head 351'. The second support member 354 supports the second rotary head 353. The two ends of the first connecting rod 355 (FIG. 5) are respectively connected to the first rotating head 351 and the second rotating head 353, and the two ends of the second connecting rod 356 (FIG. 5) are respectively connected to the first rotation. The head 351 and the second rotating head 353. The first sliding rail 31 is fixed on the first connecting rod 355, and the first fixing clamp 33 is also fixed on the first connecting rod 355. The second sliding rail 39 is fixed on the second connecting rod 356, and the second fixing clamp 41 is also fixed on the second connecting rod state. However, it can be understood that, in the present invention, if the first connecting rod state and the second connecting rod 356 are omitted, the two ends of the first sliding rail 31 are respectively connected to the first rotating head 351 and the second The rotating head 353 has two ends connected to the first rotating head 351 and the second rotating head (5). The first fixed chuck W is disposed on the I sliding rail 31 or the first rotating head 351. The first fixing chuck 41 is fixed on the second sliding rail 39-351. Preferably, the stacking system 3 further includes a glue application module 42 for forming 143340.doc -8 - 201113213 adhesive on one surface of the honeycomb fabric 38. Referring to Figures 6 through 11, the operation of the stacking system of the honeycomb fabric forming machine of the present invention is shown. First, referring to Fig. 6, a honeycomb cloth 38 from a roll or stocking system is fed through the gumming module 42 and passes through the first fixing jaw 33 to be located in the first moving chuck 32. At this time, the first moving chuck 32 is activated to clamp the honeycomb cloth 38. Next, referring to Fig. 7, the first moving collet 32 is moved to the right to the rightmost position to stretch the honeycomb cloth 38. Next, referring to Fig. g, the first fixing chuck 33 is activated to clamp the other end of the honeycomb cloth 38. Next, referring to FIG. 9, the cutting module 34 is activated to cut the honeycomb cloth 38. At this time, the two ends of the cut honeycomb fabric 38 are respectively the first moving chuck μ and the first fixing chuck 3 3 . Clamped. Next, referring to Fig. 10, the rotation module 35 is activated to simultaneously rotate the first rotary head 351 and the second rotary head 353 with a rotation angle of 18 degrees. At this time, the first moving collet 32, the first fixing collet 33 and the cut honeycomb fabric 38 are turned to the lower side, and the second moving collet 4 and the second fixing collet 41 are turned to the upper side. And the second moving collet 4 is moved to a position close to the second fixed collet 41. Next, referring to FIG. 11, the first moving collet 32 and the first fixing collet 33' are opened and the pressing module 36 is started to move downward, and the following pressing is located at the first moving collet 32 and the first fixing The honeycomb cloth 38 between the chucks 3 3 is attached to the lifting table 372 and adhered to the previously cut honeycomb fabric 381. At this time, the first moving chuck 40 located above is activated to lose the honeycomb cloth 38, and then after the second moving chuck 40 is moved to the right to the rightmost position, the second 143340.doc is started. 9-201113213 The fixed collet 41 clamps the other end of the honeycomb cloth 38. Next, the cutting module 34 is activated to cut the honeycomb cloth 38. Thereafter, the rotation module 35 is further activated to rotate 180 degrees and the above steps are repeated. Preferably, the binder module 36 can be moved laterally to prevent the rotation module 35 from colliding with the collet when it rotates. The advantages of the stacking system 3 are as follows: First, a plurality of layers of honeycomb fabrics can be stacked (if the space permits, the number of folds can be unlimited); second, the span of the first rails 31 and the second rails % It can exceed 4 5 meters, so that the width of the forming fabric can reach more than 4.5 meters. Third, the processing speed is fast, because there is a set of chucks alternately pulling the cloth, which will not cause an empty running stroke, which can greatly increase the production capacity. The above embodiments are merely illustrative of the principles and effects of the present invention, and are not intended to limit the scope of the present invention. The scope of the invention should be as set forth in the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 shows a schematic view of a winding system of a honeycomb fabric forming machine disclosed in U.S. Patent No. 4,450,027; Fig. 2a and Fig. 2b show a honeycomb fabric molding disclosed in U.S. Patent No. 4,849,39 Figure 3 shows a schematic view of a stacking system of a honeycomb fabric forming machine disclosed in U.S. Patent No. 5,891,773; Figure 4 shows a side view of a preferred embodiment of the stacking system of the honeycomb fabric forming machine of the present invention. Figure 5 is a perspective view showing a rotary module of a stacking system of the preferred embodiment of the honeycomb fabric forming machine of the present invention 143340.doc • 10 - 201113213; and Figs. 6 to 11 show the stacking of the honeycomb fabric forming machine of the present invention. A schematic diagram of the actuation of the system. [Main component symbol description]
1 習知捲繞系統 2 習知堆疊系統 3 本發明之堆疊系統 5 習知該堆疊系統 11 支撑柱 12 轉盤 13 内部傳動裝置 14 蜂巢布 21 滑座 22 喷膠頭 23 切斷模組 24 堆料裝置 25 進料輪 26 蜂巢布 27 蜂巢布 31 第一滑軌 32 第一移動夾頭 33 第一固定夾頭 34 切斷模組 35 旋轉模組 143340.doc -11 - 2011132131 Conventional Winding System 2 Conventional Stacking System 3 Stacking System 5 of the Invention Conventional Stacking System 11 Supporting Column 12 Turntable 13 Internal Transmission 14 Honeycomb Fabric 21 Slide 22 Spraying Head 23 Cutting Module 24 Stacking Device 25 Feed wheel 26 Honeycomb cloth 27 Honeycomb cloth 31 First slide rail 32 First moving chuck 33 First fixing chuck 34 Cutting module 35 Rotating module 143340.doc -11 - 201113213
36 壓料模組 37 堆料裝置 38 蜂巢布 39 第二滑軌 40 第二移動夾頭 41 第二固定夹頭 42 上膠模組 51 滑座 52 噴膠頭 53 切斷模組 54 堆料裝置 55 進料輪 56 蜂巢布 57 蜂巢布 58 滑軌 351 第一旋轉頭 352 第一支撐元件 353 第二旋轉頭 354 第二支撐元件 355 第一連接桿 356 第二連接桿 371 成品料台 372 升降台 373 側擋條 143340.doc -12- 201113213 381 蜂巢布 531 刀片36 Pressing module 37 Stacking device 38 Honeycomb cloth 39 Second sliding rail 40 Second moving chuck 41 Second fixing chuck 42 Gluing module 51 Slide 52 Spraying head 53 Cutting module 54 Stacking device 55 Feeding wheel 56 Honeycomb cloth 57 Honeycomb cloth 58 Slide rail 351 First rotating head 352 First supporting element 353 Second rotating head 354 Second supporting element 355 First connecting rod 356 Second connecting rod 371 Finishing table 372 Lifting table 373 side bar 143340.doc -12- 201113213 381 honeycomb cloth 531 blade
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