201024085 九、發明說明： 【發明所屬之技術領域】 本發明係有關一種沸石瓦楞紙板，特別是關於一種具 有高強度、高抗潮性、材積小的沸石瓦楞紙板。 【先前技術】 由於瓦楞紙板有良好的耐壓性及緩衝性，因此廣泛的 應用在各種工業產品及民用商品的包裝上。目前較為常見 ® 的瓦楞紙板包括三層瓦楞紙板及五層瓦楞紙板。圖1顯示 10三層瓦楞紙板10的結構，其包括裡紙12、瓦楞原紙16及 面紙18，裡紙12及面紙18藉由黏著劑14與瓦楞原紙16 黏合，其中黏著劑14主要係由澱粉製成。圖2顯示製造 三層瓦楞紙板10的設備，其中裡紙紙架20、瓦楞原紙紙 架28及面紙紙架32分別用以放置裡紙12、瓦楞原紙16 I5 及面紙18，裡紙紙架20上的裡紙12經裡紙預熱器22預 © 熱後送進單面瓦楞紙機24，瓦楞原紙紙架28上的瓦楞原 紙16經瓦楞原紙預熱器26預熱後送進單面瓦楞紙機24, 圖3顯示圖2中單面瓦楞紙機24的放大圖，瓦楞原紙16 經預熱輥2414後被上瓦楞輥2412及下瓦楞輥2408壓楞， 20接著塗膠輥2410將黏著劑14塗在瓦楞原紙16上，同時， 裡紙12經預熱輥2402及2404後下瓦楞輥2408及壓力輥 2406將其與上膠後的瓦楞原紙16黏合成單面瓦楞紙板 30 ’單面瓦楞紙板30及面紙紙架32上的面紙18經三重 預熱器34預熱後送進塗膠機36,塗膠機36在單面瓦楞紙 201024085 板30上塗上黏著劑14後將單面瓦楞紙板30及面紙18送 進雙面機38 ’雙面機38將面紙18及單面瓦楞紙板30壓 合、加熱及冷卻後形成三層瓦楞紙板1〇。 5 10 15 ❹ 圖4顯示五層瓦楞紙板4〇的結構，其中瓦楞原紙46 在裡紙42與心紙(mecjium liner)48之間，以殿粉所製成的 黏著劑44與裡紙42及心紙48黏合，瓦楞原紙50在心紙 48及面紙52之間，以黏著劑44與心紙48及面紙52黏合。 圖5顯示製造五層瓦楞紙板40的設備，其中裡紙紙架60 上的裡紙42經裡紙預熱器62預熱後送進單面瓦楞紙機 64 ’瓦愣原紙紙架68上的瓦楞原紙46經瓦楞原紙預熱器 66預熱後送進單面瓦楞紙機64，在單面瓦楞紙機64中， 瓦楞原紙46經預熱輥後再經上下瓦楞輥壓楞，接著塗膠 輥將黏著劑44塗在瓦楞原紙46上’同時裡紙42在經預 熱輥後下瓦楞輥及壓力輥將其與瓦楞原紙46黏合成單面 瓦愣紙板70 ’心紙紙架72上的心紙48經心紙預熱器74 預熱後送進單面瓦楞紙機76，瓦楞原紙紙架8〇上的瓦楞 原紙50經瓦楞原紙預熱器78預熱後送進單面瓦楞紙機 76，在單面瓦楞紙機76中，瓦愣原紙50經預熱輥後再經 上下瓦楞輥壓楞，接著塗膠輥將黏著劑44塗在瓦楞原紙 50上，同時心紙48經預熱輥後下瓦楞輥及壓力輥將其與 瓦榜原紙5 0黏合成單面瓦愣紙板82 ’面紙紙架84上的面 紙52以及單面瓦楞紙板70及82經三重預熱器86預熱後 送進雙層塗膠機88，雙層塗膠機88用以將單面瓦楞紙板 70及82塗上黏著劑44，雙面機90將面紙52以及上膠後 20 201024085 的單面瓦愣紙板70及82壓合、加熱及冷卻後產生五層瓦 楞紙板40。 雖然’瓦愣紙板具有良好的耐壓性及緩衝性，但是因 為瓦楞紙板是由紙以及主要是澱粉的黏著劑所構成，舍環 —5境濕度高時，瓦楞紙板易受潮而導致其強度的減弱限:了 瓦楞紙板的應用。同時當瓦楞紙板用於裴載水果時，由於 水果成熟時會散發出乙烯，而乙烯又再催熟水果，導致水 果在運送途中腐爛，造成廠商的損失。而目前的瓦愣紙箱， ❺ 尤其疋五層瓦愣紙板因其材積魔大’限制每次運送的運送 10量，在人力成本及運費成本高漲的年代，造成終端使用者 攤提每個紙箱的成本增加.因此具有高強度、高抗潮性、材 積小的瓦楞紙板需求在不同的應用範圍被提出來。 沸石是一種具有多孔性的物質，其主要成份為氧化矽、 氧化鋁、水、氧化鉀、氧化鈣等，因其具有多孔性的 15結構故可吸收水氣、乙烯等物質，而且其結構穩定可财酸 Φ 驗’故在原來的三層與五層瓦愣紙板的黏著劑中添加沸石 粉可提高瓦楞紙板的強度、抗潮性以及對乙烯等物質的吸 附性。但是在原來的三層或五層瓦楞紙板中僅有壓楞後的 瓦楞原紙的楞峰與面紙、心紙、裡紙接觸點塗有黏著 20劑，故其可含的沸石量並不高，在需要更高強度、更高抗 潮性、吸附更多氣體的應用上，仍然不足，且其因具有原 來的三層或五層瓦楞紙板的結構，材積大小並無改善。 因此本發明提出四層瓦楞紙板鳙結構，使其黏著劑的 面積更大且不裸露，並在其黏著劑中添加沸石粉，以達到 201024085 更高強度、更高抗潮性以及高吸附性的效果，並且材積與 目前三層瓦愣紙相當的四層瓦楞紙板，除了具有抗潮性與 吸附性的效果外，更可取代材積大的五層瓦楞紙板。並且 ‘ 提出利用現行的三層或五層瓦楞紙板生產線，轉變成可製 -$ 造本發明四層瓦楞紙板的設備及其製造方法。 【發明内容】 本發明的目的之一，在於提出一種新的瓦楞紙板’其 φ 具有高強度、高抗潮性、材積小的特性，並可以取代現有 1〇的五層瓦楞紙板，減少瓦楞紙板的材基。 本發明的目的之一，在於提出一種製造瓦愣紙板的方 法及設備，其利用現有製造三層瓦楞紙板或製造五層瓦楞 紙板的設備來實現。 根據本發明，一種裡心膠合瓦榜紙板包括一裡紙、一 l5心紙、一面紙及一壓愣後的瓦愣原紙’該裡紙與該心紙黏 合，該瓦楞原紙黏合在該心紙及面紙之間。 • 根據本發明，一種製造該裡心膠合瓦愣紙板的方法包 括製造掺有沸石粉的黏著劑，以該黏著劑黏合該裡紙及心 紙產生膠合裡心紙，接著對該膠合裡心紙與瓦愣原紙進行 2〇預熱，之後對該預熱後的瓦楞原紙進行壓楞，將壓楞後的 瓦楞原紙與該預熱後的膠合裡心紙黏合產生裡心膠合單 面瓦楞紙板’跟著對該裡心膠合單面瓦楞紙板與面紙進行 預熱，最後再對該預熱後的裡心膠合單面瓦楞紙板進行上 膠再與該預熱後的面紙進行黏合，並於黏合後行加熱及冷 201024085 卻以產生裡心膠合瓦楞紙板。 根據本發明，一種製造裡心膠合瓦榜紙板的設備包括 一第一預熱器對一裡紙進行預熱’一第二預熱器對一心紙 進行預熱，一第一單面瓦楞紙機以黏著劑黏合該預熱後的 5裡紙及心紙產生一膠合裡心紙，該第一單面瓦愣紙機不對 該裡紙或心紙壓楞，一第三預熱器對該膠合裡心紙進行預 熱，一第四預熱器對一瓦楞原紙進行預熱，一第二單面瓦 楞紙機對該預熱後的瓦楞原紙壓楞，並且以該黏著劑將該 ^ 預熱後的膠合裡心紙以及壓楞後的瓦楞原紙黏合產生一 10裡心膠合單面瓦楞紙板，一第五預熱器對該裡心膠合單面 瓦楞紙板及一面紙進行預熱，一塗膠機用以對該預熱後的 裡心膠合單面瓦楞紙板塗上該黏著劑以及一雙面機將該 塗上黏著劑的裡心膠合單面瓦楞紙板以及該預熱後的面 紙壓合、加熱及冷卻後產生裡心膠合瓦楞紙板。 15 根據本發明’一種製造裡心膠合瓦楞紙板的設備包括 ❹一第一塗膠機對一裡紙塗上黏著劑，一壓力輥及一第一預 熱器用以黏合該塗上黏著劑的裡紙及一心紙產生膠合裡 心紙’一第一預熱器對·一瓦愣原紙進行預熱’一單面瓦榜 紙機對該預熱後的瓦楞原紙壓愣，並且以黏著劑將該膠合 2〇裡心紙以及壓榜後的瓦榜原紙黏合產生一裡心膠合單面 瓦楞紙板’一第三預熱器對該裡心膠合單面瓦愣紙板及一 面紙進行預熱，一第二塗膠機用以對該預熱後的裡心膠合 單面瓦楞紙板塗上黏著劑，以及一雙面機將該塗上黏著劑 的裡心膠合單面瓦楞紙板及該預熱後的面紙壓合、加熱及 201024085 冷卻後產生裡心膠合瓦楞紙板。 根據本發明，一種製造裡心膠合瓦楞紙板的設備包括 一第一塗膠機在一裡紙上塗上黏著劑，一壓合機用以壓合 該塗上黏著劑後的裡紙以及一心紙產生一膠合裡心紙，一 5第一預熱器對該膠合裡心紙進行預熱，一第二預熱器對一 瓦楞原紙進行預熱，一單面瓦楞紙機對該預熱後的瓦楞原 紙壓楞，並且以黏著劑將該預熱後的膠合裡心紙以及壓楞 後的瓦楞原紙黏合產生一裡心膠合單面瓦楞紙板，一第三 ® 預熱器對該裡心膠合單面瓦楞紙板及一面紙進行預熱，一 10第二塗膠機用以對該預熱後的裡心膠合單面瓦楞紙板塗 上黏著劑，以及一雙面機將該塗上黏著劑的裡心膠合單面 瓦楞紙板及該預熱後的面紙壓合、加熱及冷卻後產生裡心 膠合瓦楞紙板。 根據本發明，一種面心膠合瓦楞紙板包括一裡紙、一 15 心紙、一面紙及一壓楞後的瓦楞原紙，其中該心紙與面紙 0 黏合，壓楞後的瓦楞原紙黏合在該裡紙及心紙之間。 根據本發明，一種製造面心膠合瓦楞紙板的方法包括 製造掺有沸石粉的黏著劑，接著對裡紙與瓦楞原紙進行預 熱，之後對該預熱後的瓦楞原紙進行壓楞，並以該黏著劑 2〇黏合該預熱後的裡紙以及該壓楞後的瓦楞原紙產生單面 瓦楞紙板，跟著黏合該心紙及面紙產生膠合面心紙，並對 該單面瓦楞紙板及膠合面心紙進行預熱，最後將該預熱後 的單面瓦楞紙板以及該預熱後的膠合面心紙進行黏合，並 於黏合後進行加熱及冷卻以產生面心膠合瓦楞紙板。 201024085 根據本發明，一種製造面心膠合瓦楞紙板的設備包括 一第一預熱器對一裡紙進行預熱，一第二預熱器對一瓦楞 原紙進行預熱’ 一第一單面瓦楞紙機對該預熱後的瓦楞原 紙壓楞後，以黏著劑黏合該預熱後的裡紙及該壓楞後的瓦 ’ 5 楞原紙產生一單面瓦楞紙板，一第三預熱器對一心紙進行 預熱’一第四預熱器對一面紙進行預熱，一第二單面瓦楞 紙機以黏著劑將該預熱後的心紙以及面紙黏合產生一膠 合面心紙’ 5玄第一单面瓦愣紙機不對該心紙或面紙壓愣， β —第五預熱器對該單面瓦楞紙板及膠合面心紙進行預 10熱，一塗膠機用以對該預熱後的單面瓦楛紙板塗上黏著 劑，以及一雙面機將該塗上黏著劑的單面瓦楞紙板及該預 熱後的膠合面心紙進行壓合、加熱及冷卻後產生面心膠合 瓦楞紙板。 15201024085 IX. Description of the Invention: [Technical Field] The present invention relates to a zeolite corrugated paperboard, and more particularly to a zeolite corrugated paperboard having high strength, high moisture resistance and small volume. [Prior Art] Since corrugated paperboard has good pressure resistance and cushioning properties, it is widely used in packaging of various industrial products and consumer goods. Currently more common ® corrugated cardboard includes three layers of corrugated cardboard and five layers of corrugated cardboard. 1 shows the structure of a 10-layer corrugated cardboard 10 comprising a backing paper 12, a corrugated base paper 16 and a face paper 18, and the inner paper 12 and the face paper 18 are bonded to the corrugated base paper 16 by an adhesive 14, wherein the adhesive 14 is mainly Made of starch. 2 shows an apparatus for manufacturing a three-layer corrugated cardboard 10, wherein a inner paper holder 20, a corrugated paper holder 28 and a face paper holder 32 are respectively used for placing the inner paper 12, the corrugated base paper 16 I5 and the face paper 18, and the inner paper The inner paper 12 on the frame 20 is fed into the single-face corrugating machine 24 via the inner paper preheater 22, and the corrugated base paper 16 on the corrugated paper holder 28 is preheated by the corrugated base paper preheater 26 and then fed into one side. Corrugating machine 24, Fig. 3 shows an enlarged view of the single-faced corrugating machine 24 of Fig. 2, after the pre-heating roll 2414 is pressed by the upper corrugating roll 2412 and the lower corrugating roll 2408, 20 followed by the applicator roll 2410. 14 is coated on the corrugated base paper 16, and at the same time, the inner paper 12 is bonded to the stenciled corrugated base paper 16 by the preheating rolls 2402 and 2404 and the lower corrugating roll 2408 and the pressure roll 2406 to form a single-faced corrugated cardboard 30' single-faced corrugated board. The paper sheet 30 on the paperboard 30 and the face paper holder 32 is preheated by the triple preheater 34 and sent to the glue applicator 36. The glue applicator 36 applies the adhesive 14 on the single-faced corrugated paper 201024085 plate 30, and then the single-faced corrugated The cardboard 30 and the face paper 18 are fed into the double-sided machine 38. The double-sided machine 38 presses, heats and cools the face paper 18 and the single-faced corrugated cardboard 30. 1〇 three-layer corrugated board. 5 10 15 ❹ Figure 4 shows the structure of a five-layer corrugated cardboard, in which the corrugated base paper 46 is between the inner paper 42 and the mecjium liner 48, and the adhesive 44 and the inner paper 42 are made of the temple powder. The heart paper 48 is bonded, and the corrugated base paper 50 is bonded between the heart paper 48 and the facial tissue 52, and the adhesive 44 is bonded to the heart paper 48 and the facial tissue 52. Figure 5 shows an apparatus for manufacturing a five-layer corrugated cardboard 40 in which the inner paper 42 on the inner paper holder 60 is preheated by the inner paper preheater 62 and fed into the corrugated paper holder 68 of the single-face corrugating machine 64' corrugated paper holder 68. The base paper 46 is preheated by the corrugated paper preheater 66 and sent to the single-face corrugating machine 64. In the single-face corrugating machine 64, the corrugated base paper 46 is pre-heated and then pressed by the upper and lower corrugating rolls, and then the applicator roll is adhered. The agent 44 is coated on the corrugated base paper 46. At the same time, the inner paper 42 is bonded to the corrugated base paper 46 by the lower corrugating roller and the pressure roller after the preheating roller, and is bonded to the heart paper 48 on the single-sided corrugated cardboard board 70. The paper paper preheater 74 is preheated and sent to the single-face corrugating machine 76, and the corrugated base paper 50 on the corrugated paper holder 8 is preheated by the corrugated paper preheater 78 and sent to the single-face corrugating machine 76, on one side. In the corrugating machine 76, the corrugated base paper 50 is pressed by the upper and lower corrugating rolls after the preheating roll, and then the adhesive roller 44 applies the adhesive 44 to the corrugated base paper 50, and the heart paper 48 is passed through the preheating roll and the lower corrugating roll and The pressure roller bonds it to the tiled base paper 50 to form a face paper 52 on a single-faced corrugated cardboard 82' face paper holder 84 and a single side The cardboard 70 and 82 are preheated by the triple preheater 86 and then sent to the double coating machine 88. The double coating machine 88 is used to apply the adhesive 44 to the single-faced corrugated cardboard 70 and 82. The double-sided machine 90 will The face paper 52 and the single-faced corrugated cardboard sheets 70 and 82 of the 201024085 after the sizing are pressed, heated and cooled to produce five layers of corrugated cardboard 40. Although 'corrugated cardboard has good pressure resistance and cushioning properties, corrugated cardboard is composed of paper and mainly starch adhesive. When the humidity is high, the corrugated cardboard is easily damp and the strength is high. Weakening limit: the application of corrugated board. At the same time, when corrugated cardboard is used for carrying fruit, ethylene will be emitted when the fruit matures, and ethylene will ripen the fruit again, causing the fruit to rot during transportation, causing loss to the manufacturer. The current corrugated boxes, ❺ especially the five-layer corrugated cardboard, because of its large volume, limit the amount of transportation per shipment, in the era of high labor costs and freight costs, causing end users to amortize each carton. The cost increases. Therefore, the demand for corrugated board with high strength, high moisture resistance and small volume is proposed in different application areas. Zeolite is a porous material whose main components are cerium oxide, aluminum oxide, water, potassium oxide, calcium oxide, etc. Because of its porous structure, it can absorb water, ethylene and other substances, and its structure is stable. It can be used for the addition of zeolite powder in the adhesives of the original three-layer and five-layer corrugated board to improve the strength, moisture resistance and adsorption of vinyl and other materials. However, in the original three-layer or five-layer corrugated cardboard, only the peak of the corrugated base paper after pressing and the contact point of the paper, the heart paper and the inner paper are coated with 20 agents, so the amount of zeolite which can be contained is not high. In applications requiring higher strength, higher moisture resistance, and adsorption of more gas, it is still insufficient, and its volume has not improved due to the structure of the original three- or five-layer corrugated cardboard. Therefore, the present invention proposes a four-layer corrugated cardboard structure, such that the area of the adhesive is larger and not exposed, and zeolite powder is added to the adhesive to achieve higher strength, higher moisture resistance and high adsorption of 201024085. In addition to the moisture-proof and adsorptive effect, the four-layer corrugated board with the same volume and current three-layer corrugated paper can replace the five-layer corrugated board with large volume. And ‘Proposed to use the current three- or five-layer corrugated board production line to convert into a machine that can make the four-layer corrugated board of the invention and a manufacturing method thereof. SUMMARY OF THE INVENTION One object of the present invention is to propose a new corrugated cardboard which has the characteristics of high strength, high moisture resistance and small volume, and can replace the existing one-layer five-layer corrugated cardboard and reduce the corrugated cardboard. base. One of the objects of the present invention is to provide a method and apparatus for manufacturing corrugated cardboard which is realized by an existing apparatus for manufacturing three-layer corrugated cardboard or five-layer corrugated cardboard. According to the present invention, a core-bonded corrugated cardboard comprises a lining paper, a l5 heart paper, a side paper and a pressed corrugated base paper. The inner paper is bonded to the paper, and the corrugated base paper is bonded to the paper. Between the face paper. • According to the present invention, a method of manufacturing the core-bonded corrugated board comprises making an adhesive mixed with zeolite powder, bonding the paper and the heart paper with the adhesive to produce a glued center paper, and then bonding the core paper After preheating with corrugated base paper, the preheated corrugated base paper is pressed, and the pressed corrugated base paper is bonded to the preheated glued inner paper to produce a core-bonded single-faced corrugated cardboard. The pre-heated single-sided corrugated cardboard is pre-heated and then glued to the pre-heated facial tissue and bonded to the pre-heated single-faced corrugated cardboard. After heating and cold 201024085, it is used to produce corrugated cardboard. According to the present invention, an apparatus for manufacturing a core-bonded corrugated board includes a first preheater for preheating a sheet of paper, a second preheater preheating a sheet of paper, and a first single-faced corrugating machine The adhesive adheres the preheated 5 liter paper and the heart paper to produce a glued inner paper. The first single sided corrugating machine does not press the paper or the paper, and a third preheater is in the glue. The heart paper is preheated, a fourth preheater preheats the one corrugated base paper, and a second single side corrugating machine presses the preheated corrugated base paper, and the preheated The glued inner paper and the pressed corrugated base paper are bonded to produce a 10-inch heart-bonded single-faced corrugated cardboard, and a fifth preheater preheats the inner-bonded single-faced corrugated cardboard and one side of the paper. Applying the adhesive to the preheated core-bonded single-faced corrugated cardboard and a double-sided machine to press and heat the inner-glued single-faced corrugated cardboard coated with the adhesive and the preheated facial tissue. And after cooling, the inner core is glued to corrugated cardboard. According to the present invention, an apparatus for manufacturing a core-bonded corrugated cardboard comprises a first one of a first coating machine for applying an adhesive to a sheet of paper, a pressure roller and a first preheater for bonding the adhesive to the inside. Paper and one-hearted paper produce glued inner paper 'a first preheater pair · one watt of base paper preheated' a single-sided tile paper machine presses the preheated corrugated base paper, and the adhesive is used as an adhesive Gluing 2 〇 心 心 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 瓦 瓦 瓦 瓦 瓦 瓦 瓦 瓦 瓦 瓦 瓦 瓦 瓦 瓦 瓦 瓦 瓦 瓦 瓦 瓦 瓦 瓦 瓦 瓦 瓦 瓦 瓦 瓦 瓦 瓦The second coating machine is used for applying the adhesive to the pre-heated inner-bonded single-faced corrugated cardboard, and a double-sided machine for bonding the inner core of the adhesive to the single-faced corrugated cardboard and the preheated surface. The paper is pressed, heated and cooled in 201024085 to produce a core-bonded corrugated cardboard. According to the present invention, an apparatus for manufacturing a core-bonded corrugated board includes a first applicator that applies an adhesive to an inner sheet of paper, a press machine for pressing the inner paper coated with the adhesive, and a core paper. a glued inner paper, a 5 first preheater preheats the glued inner paper, a second preheater preheats a corrugated base paper, and a single side corrugating machine presses the preheated corrugated base paper Pressing and bonding the preheated glued inner paper and the pressed corrugated base paper with an adhesive to produce a core-bonded single-faced corrugated cardboard, and a third® preheater to glue the single-sided corrugated core The paperboard and one side of the paper are preheated, and a 10th second glue applicator is used to apply the adhesive to the preheated inner glued single-faced corrugated cardboard, and a double-sided machine glues the adhesive-coated core. The single-faced corrugated cardboard and the pre-heated facial paper are pressed, heated and cooled to produce a core-bonded corrugated cardboard. According to the present invention, a face-core glued corrugated cardboard comprises a lining paper, a 15 heart paper, a side paper and a pressed corrugated base paper, wherein the heart paper is bonded to the face paper 0, and the pressed corrugated base paper is bonded thereto. Between the paper and the heart paper. According to the present invention, a method of making a face-core glued corrugated board comprises making an adhesive mixed with zeolite powder, followed by preheating the inner paper and the corrugated base paper, and then compressing the preheated corrugated base paper, and Adhesive 2〇bonding the preheated inner paper and the pressed corrugated base paper to produce single-faced corrugated cardboard, followed by bonding the concentric paper and facial paper to produce a glued concentric paper, and the single-faced corrugated cardboard and the glued surface The heart paper is preheated, and finally the preheated single-faced corrugated cardboard and the pre-heated glued center paper are bonded, and after bonding, heated and cooled to produce a face-centered corrugated cardboard. 201024085 According to the present invention, an apparatus for manufacturing face-core glued corrugated cardboard includes a first preheater for preheating a sheet of paper, and a second preheater for preheating a corrugated base paper. A first single-faced corrugating machine After the preheated corrugated base paper is pressed, the preheated backing paper and the pressed tile '5 楞 base paper are bonded by an adhesive to produce a single-faced corrugated cardboard, and a third preheater pair of one-hearted paper Preheating a fourth preheater to preheat one side of the paper, and a second single side corrugating machine bonding the preheated heart paper and the facial paper with an adhesive to produce a glued center paper The single-faced corrugating machine does not press the heart paper or the facial tissue, and the β-fifth preheater pre-heats the single-faced corrugated cardboard and the glued facial tissue, and a glue applicator is used to preheat the paper. The single-faced corrugated cardboard is coated with an adhesive, and a double-sided machine presses, heats and cools the adhesive-coated single-faced corrugated cardboard and the pre-heated adhesive facial tissue to produce a face-core glued corrugated cardboard. 15
20 根據本發明，一種製造面心膠合瓦楞紙板的設備包括 一第一預熱器對一裡紙進行預熱，一第二預熱器對一瓦楞 原紙進行預熱，一單面瓦楞紙機對該預熱後的瓦楞原紙壓 愣後，以黏著劑黏合β亥預熱後的裡紙及該壓楞後的瓦榜原 紙產生單面瓦愣紙板，一第一塗膠機在一心紙上塗上黏著 劑’-壓力輥及-第三預熱器以將—面紙及該塗上黏著 劑後的&_合產生，合面心紙，—第四預熱器對該單 面瓦愣紙板及膠合面心紙進行預熱，—第二塗膠機用以對 該預熱後的單面瓦愣紙板塗上轉劑，以及—雙面機將該 塗上黏著劑的單面瓦愣紙板及該預熱後的膠合面心紙進 行壓合、加熱及冷卻後產生面，合瓦愣紙板。 11 201024085 根據本發明，一種製造面心膠合瓦楞紙板的設備包括 一第一預熱器對一裡紙進行預熱，一第二預熱器對一瓦楞 原紙進行預熱，一單面瓦楞紙機對該預熱後的瓦楞原紙壓 愣後’以黏著劑黏合該預熱後的裡紙及該壓楞後的瓦楞原 5 紙產生一單面瓦楞紙板，一第一塗膠機用以對一心紙塗上 黏著劑，一壓合機將該塗上黏著劑後的心紙及一面紙壓合 產生一膠合面心紙，一第三預熱器對該單面瓦楞紙板及膠 合面心紙進行預熱，一第二塗膠機用以對該預熱後的單面 ❹ 瓦楞紙板塗上黏著劑，以及一雙面機將該塗上黏著劑的單 10面瓦楞紙板及該預熱後的膠合面心紙進行壓合、加熱及冷 卻後產生面心膠合瓦楞紙板。 根據本發明，一種瓦楞膠合瓦楞紙板包括一第一瓦楞 原紙、一第二瓦楞原紙、一裡紙以及一面紙，該第一及第 二瓦楞原紙黏合後壓楞，該裡紙與該第一瓦楞原紙黏合， 15 該面紙與該第二瓦愣原紙黏合。 φ 根據本發明，一種製造瓦楞膠合瓦楞紙板的方法包括 製造掺有沸石粉的黏著劑，並以該黏著劑黏合該第一及第 二瓦楞原紙產生膠合瓦楞原紙，接著對該膠合瓦楞原紙與 該裡紙進行預熱，將該預熱後的膠合瓦楞原紙壓楞，並將 20該壓楞後的膠合瓦楞原紙及該預熱後的裡紙黏合產生瓦 楞膠合單面瓦楞紙板，跟著對該瓦楞膠合單面瓦楞紙板與 面紙進行預熱，最後將該預熱後的瓦楞膠合單面瓦楞紙板 以及面紙進行黏合，並於黏合後進行加熱及冷卻以產生瓦 楞膠合瓦楞紙板。 12 201024085 根據本發明，一種製造瓦楞膠合瓦楞紙板的設備包括 一第一預熱器對一第一瓦楞原紙進行預熱，一第二預熱器 對一第二瓦榜原紙進行預熱，一第一單面瓦愣紙機以黏著 劑將該預熱後的第一及第二瓦楞原紙黏合成一膠合瓦楞 5原紙，該第一單面瓦楞紙機不對該第一或第二瓦楞原紙壓 楞，一第三預熱器對該膠合瓦楞原紙進行預熱’一第四預 熱器對一裡紙進行預熱，一第二單面瓦榜紙機將該預熱後 的膠合瓦楞原紙壓楞並上膠後，將其與該預熱後的裡紙黏 ❹ 合以得到瓦愣膠合單面瓦楞紙板，一第五預熱器對該瓦榜 10膠合單面瓦楞紙板與一面紙進行預熱，一塗膠機用以對該 預熱後之瓦楞膠合單面瓦楞紙板塗上該黏著劑，，以及一 雙面機將該塗上黏著劑的瓦楞膠合單面瓦楞紙板及該預 熱後的面紙進行壓合、加熱及冷卻以得到瓦楞膠合瓦楞紙 板0 15 根據本發明，一種製造瓦楞膠合瓦楞紙板的設備包括 ⑩一第一塗膠機對一第一瓦楞原紙塗上黏著劑，一壓力輥及 一第一預熱器將該塗上黏著劑後的第一瓦楞原紙以及一 第一瓦楞原紙黏合產生一膠合瓦楞原紙，一第二預熱器對 一裡紙進行預熱’ 一單面瓦楞紙機將該膠合瓦楞原紙壓楞 20並上膠後’將其與該預熱後的裡紙黏合以得到一瓦楞膠合 單面瓦榜紙板’ 一第三預熱器對該瓦楞膠合單面瓦楞紙板 及二面紙進行預熱第二塗膠機，對該預熱後的瓦楞膠 t單面瓦愣紙板塗上該黏著劑，以及一雙面機將該塗上黏 著劑的瓦娜合單面瓦賴板及該預熱後的面紙進行壓 13 201024085 合、加熱及冷卻以得到瓦榜膠合瓦擇紙板。 根據本發明，一種製造瓦楞膠合瓦楞紙板的設備包括 一第一塗膠機對一第一瓦楞原紙塗上黏著劑’一壓合機將 該塗上黏著劑的第一瓦楞原紙及一第二瓦楞原紙壓合產 5 生一膠合瓦愣原紙’一第一預熱器對該膠合瓦愣原紙進行 預熱，一第二預熱器對一裡紙進行預熱，一單面瓦楞紙機 將該預熱後的膠合瓦楞原紙壓楞並上膠後’將其與該預熱 後的裡紙黏合以得到一瓦楞膠合單面瓦楞紙板’一第三預 ❹ 熱器對該瓦楞膠合單面瓦楞紙板及一面紙進行預熱’一第 10二塗膠機對該預熱後的瓦楞膠合單面瓦楞紙板塗上該黏 著劑，以及一雙面機將該塗上黏著劑的瓦楞膠合單面瓦楞 紙板及該預熱後的面紙進行壓合、加熱及冷卻以得到瓦楞 膠合瓦楞紙板。 15【實施方式】 圖6顯示本發明的裡心膠合瓦楞紙板100的結構，其 中裡紙102與心紙106以摻有沸石粉的黏著劑104黏合’ 瓦楞原紙108以黏著劑104黏合在心紙106及面紙110之 間。 2〇 圖7顯示製造圖6中裡心膠合瓦楞紙板100的製造流 程，首先先製造掺有沸石粉的黏著劑104，然後以該黏著 劑104黏合裡紙102及心紙106產生膠合裡心紙122，如 步驟S500,接著對該膠合裡心紙122與瓦楞原紙108進行 預熱，如步驟S502及S504,並對該預熱後的瓦楞原紙1〇8 201024085 進行壓楞，如步驟S506,將壓楞後的瓦楞原紙i〇8與預熱 後的膠合裡心紙122以黏著劑104黏合產生裡心膠合單面 瓦楞紙板132，如步驟S508，跟著對該裡心膠合單面瓦楞 紙板132與面紙11〇進行預熱，如步驟S510及S512，將 5預熱後的裡心膠合單面瓦楞紙板132以及預熱後的面紙 110進行黏合、加熱及冷卻以產生裡心膠合瓦楞紙板1〇〇， 如步驟 S514、S516 及 S518。 圖8顯示製造裡心膠合瓦楞紙板100的設備的第一實 ® 施例，其中裡紙紙架112上的裡紙102及心紙紙架120上 10的心紙106各經裡紙預熱器114及心紙預熱器118預熱後 送進單面瓦楞紙機116，調整單面瓦楞紙機116的上下瓦 楞輥之間的間隙使其不壓楞，在單面瓦楞紙機116中，心 紙106經預熱輥及上下瓦楞輥後由塗膠輥塗上黏著劑 104，同時裡紙1〇2經預熱輥後，下瓦楞輥與壓力輥將其 15 與上膠後的心紙黏合產生膠合裡心紙122，瓦楞原紙紙架 φ 130上的瓦楞原紙108及膠合裡心紙122各經瓦楞原紙預 熱器128及膠合裡心紙預熱器124預熱後送進單面瓦楞紙 機126，在單面瓦楞紙機126中，瓦楞原紙108經預熱輥 後再經上下瓦楞輥壓楞，接著塗膠輥在壓楞後的瓦楞原紙 2〇 108上塗上黏著劑，同時膠合裡心紙122經過預熱輥後， 下瓦楞輥及壓力輥將其與瓦楞原紙108黏合產生裡心膠合 單面瓦楞紙板132，面紙紙架134上的面紙110及裡心膠 合單面瓦楞紙板132經三重預熱器136預熱後送進雙層塗 膠機138,雙層塗膠機138在將裡心膠合單面瓦楞紙板132 15 201024085 塗上黏著劑104後，將裡心膠合單面瓦楞紙板132及面紙 110送至雙面機140進行壓合、加熱及冷卻以產生裡心膠 合瓦楞紙板100。此實施例可以利用現有製造五層瓦楞紙 板的設備實現’無需增加其他機器。 • 5 圖9顯示製造裡心膠合瓦楞紙板100的設備的第二實 施例’塗膠機146將裡紙紙架142上的裡紙102塗上黏著 劑104，膠合裡心紙預熱器152預熱心紙紙架ι48上的心 紙106,並且與壓力輥15〇壓合塗上黏著劑1〇4的裡紙1〇2 β 與預熱後的心紙106黏合成膠合裡心紙122送進單面瓦楞 10紙機156，瓦楞原紙紙架160上的瓦楞原紙ι〇8在經瓦楞 原紙預熱器158預熱後也送進單面瓦楞紙機156，在單面 瓦楞紙機156中’瓦楞原紙108在經預熱輥後再經上下瓦 楞輥壓楞’接著塗膠輥再對瓦楞原紙1〇8塗上黏著劑，同 時膠合裡心紙122在經預熱輥後，下瓦楞輥及壓力輥將其 15與上膠後的瓦楞原紙108黏合產生裡心膠合單面瓦楞紙板 鬱 132，面紙紙架164上的面紙11〇及裡心膠合單面瓦楞紙 板132經三重預熱器166預熱後送進雙層塗膠機168，雙 層塗膠機168在將裡心膠合單面瓦楞紙板132塗上黏著劑 104後，將裡心膠合單面瓦楞紙板132及面紙11()送至雙 2〇面機170進行壓合、加熱及冷卻以產生裡心膠合瓦愣紙板 100。此實施例可以利用現有製造三層或五層瓦楞紙板的 設備，只要再增加塗膠機146、心紙紙架148、壓力輥150。 圖顯示製造裡心膠合瓦楞紙板1〇〇的設備的第三 實施例’其中裡紙紙架172上的裡紙102經塗膠機176塗 16 201024085 上黏著劑104,心紙紙架178上的心紙106送進壓合機 182，壓合機182將心紙106與上膠的裡紙102壓合產生 膠合裡心紙122,膠合裡心紙122經膠合裡心紙預熱器186 預熱後進入單面瓦楞紙機188，瓦楞原紙紙架192上的瓦 '5 楞原紙108經瓦楞原紙預熱器190預熱後進入單面瓦楞紙 機188，在單面瓦愣紙機188中，瓦愣原紙108經預熱輥 後被上下瓦楞輥壓楞，接著再由塗膠輥對壓楞後的瓦楞原 紙108塗上黏著劑104,膠合裡心紙122在經過預熱輥後， ® 下瓦楞輥及壓力輥將其與上膠後的瓦楞原紙108黏合產生 10裡心膠合單面瓦楞紙板132，面紙紙架196上的面紙110 及裡心膠合單面瓦楞紙板132經三重預熱器198預熱後進 入雙層塗膠機200，雙層塗膠機200對裡心膠合單面瓦楞 紙板132塗上黏著劑104後將面紙ι10及裡心膠合單面瓦 楞紙板132送至雙面機202，面紙11〇及裡心膠合單面瓦 I5愣紙板132在雙面機202進行壓合、加熱及冷卻後產生裡 ❹ 心膠合瓦楞紙板1〇〇。此實施例可以利用製造三層或五層 瓦楞紙板的設備實現，只要再增加裡紙紙架172、塗膠機 176、心紙紙架178及壓合機182。 圖11顯示本發明的面心膠合瓦楞紙板21〇的結構， 2〇其中面紙220與心紙218以摻有沸石粉的黏著劑214黏 合，瓦楞原紙216以黏著劑214黏合在裡紙212及心紙218 之間。 圖12顯示製造圖11中面心膠合瓦楞紙板210的製造 流程，首先製造掺有沸石粉的黏著劑214，然後預熱裡紙 17 201024085 212與瓦楞原纟氏216,如步驟S600及S602’接著對預熱後 的瓦楞原紙216進行壓愣，如步驟S604，之後再以黏著劑 214黏合裡紙212與壓楞後的瓦楞原紙216產生單面瓦楞 紙板232 ’如步驟S606，跟著以黏著劑214黏合心紙218 5與面、我 產生膠合面心紙244，如步驟S608 ’接著預熱 該膠合面心、紙244與該單面瓦愣紙板232，如步驟S61〇 及S612’然後對預熱後的膠合面心 紙244及預熱後的單面 瓦榜紙板232進行黏合、加熱及冷卻以產生面心膠合瓦楞 ❹紙板210，如步驟S614、S616及S618。 10 圖13顯示製造圖11中面心膠合瓦楞紙板210的設備 的第一實施例，其中裡紙紙架222上的裡紙212及瓦榜原 紙紙架230上的瓦楞原紙216各經裡紙預熱器224及瓦榜 原紙預熱器228預熱後進入單面瓦楞紙機226，在單面瓦 愣紙機226中，瓦楞原紙216經預熱輥後被上下瓦楞輥壓 15愣’之後再由塗膠輥對瓦楞原紙216塗上黏著劑214，裡 φ 紙212在經過預熱輥後’下瓦楞輥與壓力輥將其與上膠後 的瓦愣原紙216黏合產生單面瓦愣紙板232,心紙紙架234 上的心紙218及面紙紙架242上的面紙220各經心紙預熱 器236及面紙預熱器240預熱後進入單面瓦楞紙機238， 2〇在單面瓦愣紙機238中’面紙220經預熱輥及上下瓦楞輥 後’由塗膠輥對面紙220塗上黏著劑213，其中上下瓦楞 輥的間隙經調整後不壓楞，心紙218在經過預熱輥後，下 瓦楞輥與壓力輥將其與上膠後的面紙220黏合產生膠合面 心紙244，單面瓦楞紙板232及膠合面心紙244經三重預 18 201024085 熱器246預熱後進入雙層塗膠機248，雙層塗膠機248將 單面瓦楞紙板232塗上黏著劑214後，將單面瓦楞紙板232 及膠合面心紙244送至雙面機250進行壓合、加熱及冷卻 以產生面心膠合瓦楞紙板210。此實施例可以利用現有製 5造五層瓦楞紙板的設備實現，無需增加其他機器。 圖14顯示製造圖11中面心膠合瓦楞紙板210的設備 的第二實施例，其中裡紙紙架252上的裡紙212及瓦楞原 紙紙架260上的瓦楞原紙216各經裡紙預熱器254及瓦楞 ® 原紙預熱器258預熱後進入單面瓦楞紙機256，在單面瓦 1〇楞紙機256中，瓦楞原紙216經預熱輥後再經上下瓦楞輥 壓楞，接著塗膠輥對壓楞後的瓦楞原紙216塗上黏著劑 214，同時裡紙212經預熱輥後，下瓦楞輥及壓力輥將其 與上膠後的瓦愣原紙216黏合產生單面瓦楞紙板232，心 紙紙架264上的心紙218經塗膠機268塗上黏著劑214， I5 膠合面心紙預熱器274預熱面紙紙架270上的面紙220,並 φ 且與壓力輥272壓合塗上黏著劑214的心紙218與預熱後 的面紙220黏合成膠合面心紙244，單面瓦楞紙板232及 膠合面心紙244經三重預熱器278預熱後進入雙層塗膠機 280，雙層塗膠機280在對單面瓦楞紙板232塗上黏著劑 20 214後，將其與膠合面心紙244送進雙面機282，雙面機 282在將上膠後的單面瓦楞紙板232及膠合面心紙244壓 合、加熱及冷卻後產生面心膠合瓦楞紙板210。此實施例 可以用目前製造三層瓦楞紙板及五層瓦楞紙板的設備來 實現，只需增加心紙紙架264、塗膠機268及壓力輥272。 201024085 圖15顯示製造圖11中面心膠合瓦楞紙板21〇的設備 的第三實施例，其中裡紙紙架284及瓦楞原紙紙架292上 的裡紙212及瓦榜原紙216各經裡紙預熱器286及瓦榜原 紙預熱器290預熱後進入單面瓦楞紙機288，在單面瓦轉 5紙機288中’瓦楞原紙216經預熱輥後再經上下瓦楞輕壓 楞，接著塗膠輥再將壓楞後的瓦楞原紙216塗上黏著劑 214，裡紙212經預熱輥後，壓力輥及下瓦楞輥將其與上 膠後的瓦楞原紙216黏合產生單面瓦楞紙板232，心紙紙 ® 架296上的心紙218經塗膠機300塗上黏著劑214後進入 ίο 壓合機306,面紙紙架302上的面紙220亦進入壓合機 306，壓合機306壓合上膠後的心紙218及面紙220產生 膠合面心紙244，單面瓦榜紙板232及膠合面心紙244經 三重預熱器310預熱後進入雙層塗膠機312，塗膠機312 在單面瓦楞紙板232上塗上黏著劑214後，將其與膠合面 15 心紙244送進雙面機314，雙面機314對膠合面心紙244 ^ 及上膠後的單面瓦楞紙板232壓合、加熱及冷卻後產生面 心膠合瓦楞紙板210。此實施例可以利用目前製造三層瓦 楞紙板或五層瓦楞紙板的設備來實現，只需增加心紙紙架 296、塗膠機300及壓合機306。 2〇 圖16顯示本發明的瓦楞膠合瓦楞紙板320的結構， 其中瓦楞原紙326及328藉由掺有沸石粉的黏著劑324黏 合在一起，裡紙322藉由黏著劑324與瓦楞原紙326黏合， 面紙330藉由黏著劑324與瓦楞原紙328黏合。 圖17顯示製造圖16中瓦楞膠合瓦楞紙板320的製造 201024085 流程，首先製造掺有沸石粉的黏著劑324，然後以該黏著 劑324黏合瓦楞原紙326及328產生膠合瓦楞原紙350， 如步驟S700,接著對該膠合瓦楞原紙350與裡紙322進行 預熱，如步驟S702及S704，並對預熱後的膠合瓦楞原紙 5 350進行壓楞，如步驟S706，將壓楞後的膠合瓦楞紙350 與預熱後的裡紙322以該黏著劑104黏合產生瓦愣膠合單 面瓦楞紙板352，如步驟S708，跟著對瓦楞膠合單面瓦楞 紙板352與面紙330進行預熱，如步驟S710及S712，之 ® 後再對預熱後的瓦楞膠合單面瓦楞紙板352以及預熱後的 10 面紙330進行黏合、加熱及冷卻以產生瓦楞膠合瓦楞紙板 320，如步驟 S714、S716 及 S718。 圖18顯示製造圖16中瓦楞膠合瓦楞紙板320的設備 的第一實施例，其中瓦楞原紙紙架340及348上的瓦楞原 紙326及328各經瓦楞原紙預熱器342及346預熱後進入 15單面瓦楞紙機344。在單面瓦楞紙機344中，上下瓦楞輥 Q 之間的間隙在調整後不壓楞，瓦楞原紙328經預熱輥及上 下瓦楞輥後，由塗膠輥塗上黏著劑324，瓦楞原紙326經 預熱輥後，壓力輥及下瓦楞輥將其與上膠後的瓦楞原紙 328黏合產生膠合瓦楞原紙350。膠合瓦楞原紙350及裡 20 紙紙架332上的裡紙322各經膠合瓦楞原紙預熱器338及 裡紙預熱器334預熱後進入單面瓦楞紙機336。在單面瓦 楞紙機336中，膠合瓦楞原紙350經預熱輥後，再經上下 瓦楞輥壓楞，最後再由塗膠輥塗上黏著劑324，裡紙322 經預熱輥後，壓力輥及下瓦楞輥將其與上膠後膠合瓦楞原 21 201024085 紙350黏合產生瓦楞膠合單面瓦楞紙板352。瓦楞膠合單 面瓦楞紙板352及面紙紙架354上的面紙330經三重預熱 器356預熱後進入雙層塗膠機358，雙層塗膠機358在將 瓦楞膠合單面瓦楞紙板352塗上黏著劑324後，將其與面 5紙330送進雙面機360進行壓合、加熱及冷卻後產生瓦楞 膠合瓦楞紙板320。此實施例可以利用目前製造五層瓦楞 紙板的設備來實現，而無需增加其他機器。 圖19顯示製造圖16中瓦楞膠合瓦楞紙板320的設備 ® 的第二實施例，其中瓦楞原紙紙架380上的瓦楞原紙328 10經塗膠機376塗上黏著劑324，瓦楞原紙紙架374上的瓦 楞原紙326進入膠合瓦楞原紙預熱器372預熱後，壓力輥 370及膠合瓦楞原紙預熱器372將其與上膠後的瓦楞原紙 328黏合產生膠合瓦楞原紙350並進入單面瓦楞紙機 366，裡紙紙架362上的裡紙322經裡紙預熱器364預熱 15後進入單面瓦楞紙機366。在單面瓦楞紙機366中，膠合 ❺ 瓦楞原紙350經預熱輥後再經上下瓦楞輥壓楞，接著塗膠 輥對壓楞後的膠合瓦楞原紙3 5 0塗上黏著劑3 24，裡紙3 2 2 經過預熱輥後，壓力輥及下瓦椤輥將其與膠合瓦楞原紙黏 合產生瓦楞膠合單面瓦楞紙板352。瓦楞膠合單面瓦榜紙 20板352以及面紙紙架384上的面紙330經三重預熱器386 預熱後進入雙層塗膠機388，雙層塗膠機388在將瓦楞朦 合單面瓦楞紙板352塗上黏著劑324後，將其與面紙330 送至雙面機390，雙面機390在將上膠後的瓦楞膠合單面 瓦楞紙板352以及面紙330進行壓合、加熱及冷卻後產生 22 201024085 瓦楞膠合瓦愣紙板320。此實施例可以利用目前製造三層 或五層瓦楞紙板的設備來實現’只要增加瓦楞原紙紙架 380、壓力輥370以及塗膠機376。 圖20顯示製造圖16中瓦榜膠合瓦愣紙板32〇的設備 ' 5的第三實施例’其中瓦楞原紙紙架412上的瓦捋原紙328 經塗膠機408塗上黏著劑324 ’瓦樗原紙紙架406上的瓦 楞原紙326進入壓合機402，壓合機402將瓦榜原紙326 及上膠後的瓦愣原紙328壓合成膠合瓦楞原紙350，膠合 ❹ 瓦榜原紙350及裡紙紙架392上的裡紙322各經膠合瓦愣 1〇原紙預熱器398及裡紙預熱器394預熱後進入單面瓦愣紙 機396。在單面瓦楞紙機396中，膠合瓦楞原紙35〇經預 熱輥後再經上下瓦愣親壓愣，接著塗膠輥在壓楞後的膠合 瓦愣原紙350上塗上黏著劑324 ’裡紙322經過預熱親後， 壓力輥及下瓦楞輥將其與上膠後的膠合瓦楞原紙35〇黏合 15產生瓦楞膠合單面瓦楞紙板352。瓦楞膠合單面瓦楞紙板 φ 352及面紙紙架416上的面紙330經三重預熱器418預熱 後進入雙層塗膠機420，雙層塗膠機420在瓦楞膠合單面 瓦愣紙板352上塗上黏著劑324後，將其與面紙330送進 雙面機422進行壓合、加熱及冷卻以產生瓦榜膠合瓦愣紙 2〇板320。此實施例可以利用目前製造成三層或五層瓦楞紙 板的設備來實現，只需增加瓦楞原紙架412、塗膠機408 以及壓合機402。 在圖6、圖u及圖μ中的黏著劑104、214及324的 成份包括澱粉、沸石粉、燒鹼及硼砂，其中沸石粉約占澱 23 201024085 粉及沸石粉總重量的20%〜33%，燒鹼約占澱粉及沸石粉總 重量的1%〜5%，硼砂約占澱粉及沸石粉總重量的 0.2%〜5%。通過沸石本身多孔性的性質所具有的吸附功 能，提升瓦楞紙板的抗潮性以及吸附氣體的能力。而且沸 5石的硬度比澱粉大，所以加入沸石於澱粉中的黏著劑，可 使瓦愣紙的強度有顯著地增加。在圖6裡心膠合瓦楞紙板 100的結構中，裡紙102與心紙1〇6間夾了一層黏著劑 104，在圖11面心膠合瓦愣紙板210的結構中，面紙220 β 與心紙218間夾了一層黏著劑214,在圖16瓦楞膠合瓦楞 ίο紙板320的結構中，瓦楞原紙326與瓦楞原紙328間夾了 一層黏著劑324，因此裡心膠合瓦楞紙板1〇〇、面心膠合 瓦楞紙板210以及瓦楞膠合瓦楞紙板320具有更多的沸石 含量，擁有比三層瓦楞紙板10與五層瓦楞紙板40更強的 抗潮性以及吸附氣體的能力。 15 在強度方面，圖6的裡心膠合瓦愣紙板100的結構 © 中，除了裡紙102與心紙106間多了 一層含有沸石的黏著 劑104可強化其強度外，與圖1三層瓦楞紙板10相比較’ 裡心膠合瓦楞紙板100比三層瓦楞紙板10多了一層心紙 106,故其強度遠大於三層瓦楞紙板1〇。雖然裡心膠合瓦愣 20紙板100比圖4的五層瓦楞紙板40少了 一層瓦楞原紙46’ 但可透過選擇面紙110、心紙106、裡紙1〇2以及瓦楞原 紙108的質量，並調整黏著劑104的上膠量與黏著劑104 中的沸石含量，達到與五層瓦楞紙板40相同的強度’也 由於減少一層瓦楞原紙46,故裡心膠合瓦楞紙板100的材 24 201024085 積減少。假設圖6中的裡心膠合瓦楞紙板100的裡紙102、 面紙110的厚度各為0.125mm，心紙106的厚度為 0.09mm，黏著劑104的厚度為0.12mm，瓦愣原紙1〇8的 厚度及楞高分別為0.1mm及4.7mm，則裡心膠合瓦楞紙板 5 1 〇〇的總厚度約為5.16mm。同樣的，若圖4中的五層瓦楞 紙板40之裡紙42、面紙52的厚度各為0.125mm，心紙 48的厚度為0.09mm，瓦愣原紙46的厚度及楞高分別為 0.1mm及4.7mm，瓦愣原紙50的厚度及楞高分別為0.1mm ❹ 及2.5mm ’則該五層瓦楞紙板40的總厚度約為7.54mm。 10 在不更換紙張的情況下，以裡心膠合瓦楞紙板100取代五 層瓦楞紙板40可節省材積約31.6%。 圖11的面心膠合瓦楞紙板210的結構中，除了面紙 220與心紙218間多了一層含有沸石的黏著劑214可強化 其強度外，與圖1的三層瓦愣紙板1〇相比較，面心膠合 15 瓦楞紙板210比三層瓦楞紙板10多了一層心紙218,故其 ©強度遠大於三層瓦楞紙板10。雖然面心膠合瓦楞紙板210 比圖4的五層瓦楞紙板40少了 一層瓦楞原紙50，但可透 過選擇圖11中的面紙220、心紙218、裡紙212以及瓦楞 原紙216的質量，並調整黏著劑214的上膠量與黏著劑214 2〇中的沸石含量，達到與五層瓦楞紙板40相同的強度，由 於減少一層瓦楞原紙50,故面心膠合瓦楞紙板210的材積 減少。假設圖11的面心膠合瓦楞紙板210之裡紙212、面 紙220的厚度各為〇.125mm，心紙218的厚度為〇.〇9mm， 黏著劑214的厚度為〇.12mm，瓦愣原紙216的厚度及楞 25 201024085 高分別為〇. 1 mm及4.7mm，則面心膠合瓦愣紙板21 〇的總 厚度約為5.16mm。若圖4的五層瓦楞紙板40之裡紙42、 面紙52的厚度各為0.125mm，心紙48的厚度為〇.〇9mm， 瓦愣原紙46的厚度及楞高分別為0.1mm及4.7mm ’瓦愣 5 原紙50的厚度及楞高分別為0.1mm及2.5mm ’則五層瓦 楞紙板40的總厚度約為7.54mm。在不更換紙張的情況 下，以面心膠合瓦楞紙板210取代五層瓦楞紙板40可節 省材積約31.6%。 同樣的，在圖16的瓦楞膠合瓦楞紙板320的結構中， 1〇 瓦楞原紙326與瓦楞原紙328間多了 一層含有沸石的黏著 劑324可強化其強度，與圖1的三層瓦楞紙板1〇相比較’ 瓦楞膠合瓦楞紙板320比三層瓦楞紙板10多了一層瓦楞 原紙326，故其強度遠大於三層瓦楞紙板1〇。雖然瓦楞膠 合瓦楞紙板320比圖4的五層瓦楞紙板40少了一層心紙 Η 48，但可透過選擇圖16中的面紙330、裡紙322、瓦楞原 q 紙326以及瓦楞原紙328的質量，並調整黏著劑324的上 膠量與該黏著劑324中的沸石含量，達到與五層瓦楞紙板 40相同的強度，由於瓦楞膠合瓦楞紙板320減少一層相當 於壓楞後的瓦楞原紙的厚度，故能減少其材積。假設瓦楞 2〇 膠合瓦楞紙板320之裡紙322、面紙330的厚度各為 0.125mm，瓦愣原紙326及328的厚度及楞高各為0.1mm 及4.7mm，黏著劑324的厚度為〇.l2mm，則裡心膠合瓦 楞紙板320的總厚度約為5.17mm。若圖4中的五層瓦楞 紙板40的裡紙42、面紙52厚度各為〇.125mm，心紙48 26 201024085 的厚度為〇.〇9mm，瓦愣原紙46的厚度及愣高分別為 0.1mm及4.7mm，瓦愣原紙5〇的厚度及楞高分別為0.1mm 及2.5mm，則該五層瓦楞紙板40的總厚度約為7.54mm。 在不更換紙張的情況下，以該瓦楞膠合瓦楞紙板320取代 ' 5該五層瓦楞紙板40可節省材積約31.4%。 【圖式簡單說明】 圖1顯示三層瓦楞紙板的結構； ❹ 圖2顯示製造圖1中三層瓦楞紙板的設備； ίο 圖3顯示圖2中單面瓦愣紙機的放大圖； 圖4顯示五層瓦楞紙板的結構； 圖5顯示製造圖4中五層瓦楞紙板的設備； 圖6顯示本發明的裡心膠合瓦楞紙板的結構； 圖7顯示製造圖ό中裡心膠合瓦楞紙板的製造流程， 15 圖8顯示製造圖6中裡心膠合瓦愣紙板的設備的第〆 ❹ 實施例； 圖9顯示製造圖6中裡心膠合瓦愣紙板的設備的第一 實施例； 圖10顯示製造圖6中裡心膠合瓦楞紙板的設備的第 20 三實施例； 圖11顯示本發明的面心膠合瓦楞紙板的結構； 圖12顯示製造圖11中面心膠合瓦楞紙板的製造抓 程； 圖13顯示製造圖11中面心膠合瓦愣紙板的設備的第 27 201024085 一實施例； 圖14顯示製造圖11中面心膠合瓦楞紙板的設備的第 二實施例； 圖15顯示製造圖11中面心膠合瓦楞紙板的設備的第 5 三實施例； 圖16顯示本發明的瓦楞膠合瓦楞紙板的結構； 圖17顯示製造圖16中瓦楞膠合瓦楞紙板的製造流 程； 圖18顯示製造圖16中瓦楞膠合瓦楞紙板的設備的第 10 —實施例； 圖19顯示製造圖16中瓦楞膠合瓦楞紙板的設備的第 二實施例；以及 圖20顯示製造圖16中瓦楞膠合瓦楞紙板的設備的第 三實施例。 1520 According to the present invention, an apparatus for manufacturing a face-core glued corrugated board includes a first preheater for preheating a sheet of paper, a second preheater for preheating a corrugated base paper, and a single side corrugating machine for After the preheated corrugated base paper is pressed, the adhesive paper is adhered to the pre-heated inner paper of the β-hai and the pressed corrugated base paper to produce a single-faced corrugated cardboard, and the first coating machine is coated on a paper. The agent'-pressure roller and the third preheater are used to combine the paper and the adhesive after the adhesive is applied, and the face paper, the fourth preheater, the single-faced corrugated cardboard and The glued center paper is preheated, the second glue applicator is used to apply the transfer agent to the preheated single-faced corrugated cardboard, and the double-sided machine applies the adhesive-coated single-faced corrugated board and The pre-heated glued center paper is pressed, heated and cooled to produce a surface, which is made of corrugated cardboard. 11 201024085 According to the present invention, an apparatus for manufacturing a face-core glued corrugated cardboard comprises a first preheater for preheating a sheet of paper, a second preheater for preheating a corrugated base paper, and a single corrugating machine pair After the preheated corrugated base paper is pressed, the pre-heated inner paper and the pressed corrugated original 5 paper are adhered by the adhesive to produce a single-faced corrugated cardboard, and the first coating machine is used for the one-sided paper. Applying an adhesive, a press machine presses the adhesive coated heart paper and a side of the paper to produce a glued center paper, and a third preheater pre-treats the single-faced corrugated cardboard and the glued facial tissue. Heat, a second applicator is used to apply the adhesive to the preheated single-sided corrugated cardboard, and a double-faced corrugated cardboard coated with the adhesive and the pre-heated gluing. The center-faced paper is pressed, heated and cooled to produce a face-core glued corrugated cardboard. According to the present invention, a corrugated bonded corrugated cardboard comprises a first corrugated base paper, a second corrugated base paper, a lining paper and a side paper, and the first and second corrugated base paper are bonded and pressed, and the inner corrugated paper and the first corrugated paper The base paper is bonded, 15 the paper is bonded to the second corrugated base paper. According to the present invention, a method of making corrugated veneer corrugated paperboard comprises the steps of: manufacturing an adhesive admixed with zeolite powder, and bonding the first and second corrugated base paper with the adhesive to produce a matte corrugated base paper, followed by the vulcanized corrugated base paper and the The paper is preheated, the preheated glued corrugated base paper is pressed, and 20 of the pressed glued corrugated base paper and the preheated inner paper are bonded to produce corrugated glued single-faced corrugated cardboard, followed by the corrugated The glued single-faced corrugated cardboard is preheated with the facial paper, and finally the preheated corrugated single-faced corrugated cardboard and the facial paper are bonded, and after bonding, heated and cooled to produce corrugated bonded corrugated cardboard. 12 201024085 According to the present invention, an apparatus for manufacturing corrugated bonded corrugated cardboard comprises a first preheater for preheating a first corrugated base paper, and a second preheater for preheating a second corrugated base paper. a single-face corrugating machine glues the preheated first and second corrugated base paper into a bonded corrugated base paper by an adhesive, and the first single-face corrugating machine does not press the first or second corrugated base paper, The third preheater preheats the glued corrugated base paper, and the fourth preheater preheats the inner paper, and the second single sided tile machine presses the preheated glued corrugated base paper and presses it After the glue is glued, it is bonded with the preheated inner paper to obtain a corrugated glued single-faced corrugated cardboard, and a fifth preheater preheats the tiled 10 glued single-faced corrugated cardboard and one side of the paper. The glue applicator is used for applying the adhesive to the preheated corrugated single-faced corrugated cardboard, and the double-sided machine for bonding the adhesive-applied corrugated single-faced corrugated cardboard and the preheated facial tissue Pressing, heating and cooling to obtain corrugated veneer corrugated board 0 According to the present invention, an apparatus for manufacturing corrugated corrugated cardboard comprises a first first coating machine applying an adhesive to a first corrugated base paper, a pressure roller and a first preheater applying the adhesive. The first corrugated base paper and a first corrugated base paper are bonded to produce a glued corrugated base paper, and a second preheater preheats the inner paper. A single-face corrugating machine presses the glued corrugated base paper 20 and glues it. And bonding to the preheated inner paper to obtain a corrugated single-sided corrugated cardboard 'a third preheater to preheat the second coating machine for the corrugated single-sided corrugated cardboard and the double-sided paper, The preheated corrugated rubber t single-faced corrugated cardboard is coated with the adhesive, and a double-sided machine presses the Vana-coated single-faced corrugated board coated with the adhesive and the preheated facial paper 13 201024085 Combine, heat and cool to obtain tiled glued tile board. According to the present invention, an apparatus for manufacturing corrugated corrugated cardboard comprises a first applicator applying an adhesive to a first corrugated base paper, a press machine, a first corrugated base paper coated with an adhesive, and a second corrugating board. The base paper is pressed into a raw material, and the first preheater preheats the glued corrugated base paper, and a second preheater preheats the inner paper, and a single-faced corrugating machine preheats the sheet. After the hot glued corrugated base paper is pressed and glued, 'bond it to the preheated inner paper to obtain a corrugated single-faced corrugated cardboard'. A third preheater is attached to the corrugated single-faced corrugated board and Preheating one side of the paper, a 10th two-coating machine, applying the adhesive to the preheated corrugated single-faced corrugated cardboard, and a double-sided machine to coat the corrugated single-faced corrugated cardboard with the adhesive. The preheated facial tissue is pressed, heated and cooled to obtain corrugated bonded corrugated cardboard. 15 [Embodiment] FIG. 6 shows the structure of a core-bonded corrugated cardboard 100 of the present invention, in which a backing paper 102 and a heart paper 106 are adhered with an adhesive 104 doped with zeolite powder, and a corrugated base paper 108 is adhered to the core paper 106 with an adhesive 104. Between the face papers 110. 2, FIG. 7 shows a manufacturing process for manufacturing the core-bonded corrugated cardboard 100 of FIG. 6. First, an adhesive 104 doped with zeolite powder is first prepared, and then the adhesive 102 is bonded to the inner paper 102 and the paper 106 to produce a glued inner paper. 122, in step S500, then preheating the glued inner paper 122 and the corrugated base paper 108, as in steps S502 and S504, and compressing the preheated corrugated base paper 1〇8 201024085, as in step S506, The pressed corrugated base paper i〇8 and the pre-heated glued inner paper 122 are adhered by the adhesive 104 to produce a core-bonded single-faced corrugated cardboard 132. In step S508, the core-bonded single-faced corrugated cardboard 132 is followed. The paper is preheated, and in steps S510 and S512, the pre-heated inner-glued single-faced corrugated cardboard 132 and the preheated facial tissue 110 are bonded, heated and cooled to produce a core-bonded corrugated cardboard 1 〇〇, as in steps S514, S516 and S518. Figure 8 shows a first embodiment of an apparatus for making a core-bonded corrugated cardboard 100, wherein the inner paper 102 on the inner paper stocker 112 and the inner paper 106 of the inner paper stocker 120 are each passed through a paper feed preheater. 114 and the paper preheater 118 are preheated and fed into the single-face corrugating machine 116 to adjust the gap between the upper and lower corrugating rolls of the single-face corrugating machine 116 so as not to be crushed. In the single-face corrugating machine 116, the heart paper 106 After the preheating roller and the upper and lower corrugating rollers, the adhesive roller 104 is applied by the rubberizing roller, and after the inner paper 1〇2 is passed through the preheating roller, the lower corrugating roller and the pressure roller bond the 15 with the glued heart paper to produce glue. The inner paper 122, the corrugated base paper 108 and the glued inner paper 122 on the corrugated paper holder φ 130 are preheated by the corrugated base paper preheater 128 and the glued inner paper preheater 124, and then sent to the single-face corrugating machine 126. In the single-face corrugating machine 126, the corrugated base paper 108 is pre-heated by the roll and then pressed by the upper and lower corrugating rolls, and then the applicator roll is coated with the adhesive on the pressed corrugated base paper 2〇108, and the inner core paper 122 is passed through. After preheating the roller, the lower corrugating roller and the pressure roller bond it to the corrugated base paper 108 to produce a single-sided glued single side. The paperboard 132, the face paper 110 on the face paper holder 134 and the inner core glued single-faced corrugated board 132 are preheated by the triple preheater 136 and then sent to the double layer coating machine 138, and the double layer coating machine 138 is in the Heart-glued single-faced corrugated cardboard 132 15 201024085 After applying the adhesive 104, the inner-glued single-faced corrugated cardboard 132 and the facial tissue 110 are sent to the double-sided machine 140 for pressing, heating and cooling to produce a core-bonded corrugated cardboard 100. . This embodiment can be implemented using existing equipment for manufacturing five-layer corrugated paperboards without the need to add other machines. • Figure 5 shows a second embodiment of a device for making a core-bonded corrugated board 100. The applicator 146 applies the adhesive 104 to the inner paper 102 of the inner paper holder 142, and the glued paper preheater 152 is pre-coated. Heat the paper 106 on the paper holder ι48, and press the pressure roller 15 to apply the adhesive 1〇4 of the inner paper 1〇2β and the preheated core paper 106 to the glued inner paper 122 for feeding. The single-faced corrugated 10 paper machine 156, the corrugated base paper ι〇8 on the corrugated paper holder 160 is also fed into the single-face corrugating machine 156 after being preheated by the corrugated paper preheater 158, and the corrugated base paper in the single-face corrugating machine 156. 108 after the preheating roller is pressed by the upper and lower corrugating rollers, and then the rubber roller is used to apply the adhesive to the corrugated base paper 1〇8, while the inner paper 122 is glued to the pre-heating roller, the lower corrugating roller and the pressure roller. The 15 is bonded to the stenciled corrugated base paper 108 to produce a core-bonded single-faced corrugated cardboard slab 132, the face paper 11 面 on the face paper holder 164 and the inner-bonded single-faced corrugated cardboard 132 are pre-heated by a triple preheater 166 After being heated, the double-layer coating machine 168 is fed, and the double-layer coating machine 168 applies the adhesive 104 to the inner-glued single-faced corrugated cardboard 132. , In the heart 132 and glued corrugated board sided glossy paper 11 () to the bis 2〇 surface 170 pressing machine, heated and cooled to produce corrugated cardboard glued in the heart 100. This embodiment can utilize an existing apparatus for manufacturing three-layer or five-layer corrugated cardboard as long as the gumming machine 146, the centerboard 148, and the pressure roller 150 are further added. The figure shows a third embodiment of a device for manufacturing a core-bonded corrugated cardboard board. The inner paper 102 on the paper stocker 172 is coated with a gluer 176 on the adhesive film 176. The adhesive 104 is placed on the centerboard 178. The heart paper 106 is fed into the press machine 182, and the press machine 182 presses the heart paper 106 with the glued inner paper 102 to produce a glued inner paper 122, and the glued inner paper 122 is preheated by the glued inner paper preheater 186. After entering the single-face corrugating machine 188, the tile '5 楞 base paper 108 on the corrugated paper holder 192 is preheated by the corrugated paper preheater 190 and then enters the single-face corrugating machine 188. In the single-face corrugating machine 188, corrugated The base paper 108 is pressed by the upper and lower corrugating rolls after being preheated by the roll, and then the pressed corrugated base paper 108 is coated with the adhesive 104 by the applicator roller. After the preheated roll is passed through the veneer paper 122, the lower corrugating roll And the pressure roller adheres it to the glued corrugated base paper 108 to produce a 10-inch core-bonded single-faced corrugated cardboard 132, a face paper 110 on the face paper holder 196 and a core-bonded single-faced corrugated cardboard 132 via a triple preheater 198. After preheating, the double-layer coating machine 200 is entered, and the double-layer coating machine 200 applies adhesive to the inner-bonded single-faced corrugated cardboard 132. After 104, the paper ι10 and the inner-bonded single-faced corrugated cardboard 132 are sent to the double-sided machine 202, and the paper 11〇 and the inner-bonded single-faced I5 paperboard 132 are pressed, heated and cooled after the double-sided machine 202 is pressed. Produce ❹ ❹ heart glue corrugated cardboard 1 〇〇. This embodiment can be realized by an apparatus for manufacturing three-layer or five-layer corrugated cardboard as long as the inner paper holder 172, the gumming machine 176, the center paper holder 178, and the press machine 182 are further added. 11 shows the structure of the face-faced corrugated cardboard 21 of the present invention, wherein the top paper 220 and the heart paper 218 are adhered by an adhesive 214 doped with zeolite powder, and the corrugated base paper 216 is adhered to the inner paper 212 by an adhesive 214 and Heart paper between 218. Figure 12 shows a manufacturing process for manufacturing the face-faced corrugated cardboard 210 of Figure 11, first by making an adhesive 214 incorporating zeolite powder, and then preheating the inner paper 17 201024085 212 with the corrugated original 216, as in steps S600 and S602'. The preheated corrugated base paper 216 is compressed, as in step S604, and then the adhesive 212 is bonded to the inner paper 212 and the compressed corrugated base paper 216 to produce a single-faced corrugated cardboard 232'. In step S606, the adhesive 214 is followed. Bonding the heart paper 218 5 and the surface, I produce a glued center paper 244, and then preheating the glue core, the paper 244 and the single-faced corrugated cardboard 232, as in steps S61 and S612', and then preheating The post-bonded centering paper 244 and the preheated single-sided corrugated cardboard 232 are bonded, heated and cooled to produce a face-core bonded corrugated cardboard 210, as in steps S614, S616 and S618. 10 is a view showing a first embodiment of the apparatus for manufacturing the face-faced corrugated cardboard 210 of FIG. 11, wherein the inner paper 212 on the inner paper holder 222 and the corrugated base paper 216 on the corrugated base paper holder 230 are each pre-printed. The heat exchanger 224 and the tiled base paper preheater 228 are preheated and then enter the single-face corrugating machine 226. In the single-face corrugating machine 226, the corrugated base paper 216 is pressed by the upper and lower corrugated rolls after being preheated by the roll 156'. The rubber roller is coated with the adhesive 214 on the corrugated base paper 216, and the φ paper 212 is bonded to the stenciled corrugated base paper 216 by the lower corrugating roller and the pressure roller after passing through the preheating roller to produce a single-faced corrugated cardboard 232. The heart paper 218 on the heart paper holder 234 and the face paper 220 on the paper towel holder 242 are preheated by the heart paper preheater 236 and the paper preheater 240, and then enter the single-face corrugating machine 238, 2〇 In the corrugating machine 238, after the 'front paper 220 passes the preheating roll and the upper and lower corrugating rolls', the adhesive paper 213 is applied by the rubberizing roll opposite paper 220, wherein the gap between the upper and lower corrugating rolls is adjusted without being pressed, and the heart paper 218 After passing through the preheating roller, the lower corrugating roller and the pressure roller are bonded to the glued facial tissue 220 to produce a glued concentric paper 244, one side The corrugated cardboard 232 and the glued facial paper 244 are preheated by the triple pre- 18 201024085 heater 246 and then enter the double-layer coating machine 248. The double-layer coating machine 248 applies the adhesive 214 to the single-sided corrugated cardboard 232, and then the single-sided Corrugated cardboard 232 and glued center paper 244 are sent to double side machine 250 for compression, heating and cooling to produce face-centered corrugated cardboard 210. This embodiment can be realized by using an existing apparatus for making five layers of corrugated cardboard without adding other machines. Figure 14 shows a second embodiment of the apparatus for making the face-faced corrugated cardboard 210 of Figure 11, wherein the inner paper 212 on the inner paper holder 252 and the corrugated base paper 216 on the corrugated base paper holder 260 are each passed through a paper preheater. The 254 and corrugated® base paper preheater 258 is preheated and then enters the single-face corrugating machine 256. In the single-faced 1 crepe machine 256, the corrugated base paper 216 is pre-heated and then pressed by the upper and lower corrugating rolls, followed by gluing. The roller is coated with the adhesive 214 after the pressed corrugated base paper 216, and after the inner paper 212 is passed through the preheating roller, the lower corrugating roller and the pressure roller are bonded to the stenciled corrugated base paper 216 to produce a single-faced corrugated cardboard 232. The heart paper 218 on the heart paper holder 264 is coated with an adhesive 214 via a glue applicator 268, and the I5 glued center paper preheater 274 preheats the face paper 220 on the face paper holder 270, and φ and the pressure roller 272 The cardboard 218 coated with the adhesive 214 is adhered to the pre-heated facial tissue 220 to form a bonded center-faced paper 244, and the single-faced corrugated cardboard 232 and the bonded center-peeled paper 244 are preheated by the triple preheater 278 and then enter the double layer. The glue applicator 280, the double coater 280 applies the adhesive 20 214 to the single-faced corrugated cardboard 232, and then glues it to the face. 244 fed sided machine 282, machine 282 to produce a double-sided corrugated cardboard glued face-centered in the 210 after the glue plate 232 and the single-faced corrugated core paper cemented surface 244 pressing, heating and cooling. This embodiment can be realized by an apparatus which currently manufactures three layers of corrugated cardboard and five layers of corrugated cardboard, and only the center paper holder 264, the glue applicator 268, and the pressure roller 272 are added. 201024085 Figure 15 shows a third embodiment of the apparatus for manufacturing the face-faced corrugated cardboard 21 of Figure 11, wherein the inner paper holder 284 and the inner paper 212 of the corrugated base paper holder 292 and the tiled base paper 216 are each pre-printed. The heat exchanger 286 and the tiled base paper preheater 290 are preheated and then enter the single-face corrugating machine 288. In the single-sided watt-to-five paper machine 288, the corrugated base paper 216 is pre-heated by the pre-heating roll, and then lightly pressed by the upper and lower corrugated sheets, followed by coating. The rubber roller then applies the pressed corrugated base paper 216 to the adhesive 214. After the inner paper 212 passes through the preheating roller, the pressure roller and the lower corrugating roller bond the corrugated base paper 216 with the squeegee to produce a single-faced corrugated cardboard 232. The core paper 218 on the heart paper® frame 296 is coated with the adhesive 214 by the applicator 300 and then enters the ίο press 306. The facial tissue 220 on the face paper holder 302 also enters the press 306, and the press 306 Pressing the glued heart paper 218 and the face paper 220 to produce a glued center paper 244, the single-sided tile board 232 and the glued center paper 244 are preheated by the triple preheater 310 and then enter the double-layer glue applicator 312, coated The glue machine 312 applies the adhesive 214 to the single-face corrugated cardboard 232, and then sends it to the double-sided machine 314 with the glue surface 15 244, double The dough machine 314 presses, heats and cools the glued face paper 244^ and the glued single-faced corrugated cardboard 232 to produce a face-bonded corrugated cardboard 210. This embodiment can be realized by an apparatus which currently manufactures three layers of corrugated cardboard or five layers of corrugated cardboard, and only the center paper holder 296, the glue applicator 300, and the press machine 306 are added. Figure 16 shows the structure of the corrugated bonded corrugated cardboard 320 of the present invention, wherein the corrugated base papers 326 and 328 are bonded together by an adhesive 324 doped with zeolite powder, and the inner paper 322 is bonded to the corrugated base paper 326 by an adhesive 324. The face paper 330 is bonded to the corrugated base paper 328 by an adhesive 324. 17 shows a process for manufacturing the corrugated bonded corrugated cardboard 320 of FIG. 16 in the process of manufacturing 201024085. First, an adhesive 324 doped with zeolite powder is prepared, and then the corrugated base papers 326 and 328 are bonded by the adhesive 324 to produce a bonded corrugated base paper 350, as in step S700. Then, the glued corrugated base paper 350 and the inner paper 322 are preheated, as in steps S702 and S704, and the pre-heated glued corrugated base paper 5 350 is compressed. In step S706, the pressed glued corrugated paper 350 and the pre-processed The hot paper 322 is bonded with the adhesive 104 to produce a corrugated single-faced corrugated cardboard 352. In step S708, the corrugated single-faced corrugated cardboard 352 and the facial paper 330 are preheated, as in steps S710 and S712. After that, the preheated corrugated single-faced corrugated cardboard 352 and the preheated 10-sided paper 330 are bonded, heated and cooled to produce a corrugated bonded corrugated cardboard 320, as in steps S714, S716 and S718. Figure 18 shows a first embodiment of an apparatus for making a corrugated bonded corrugated cardboard 320 of Figure 16, wherein the corrugated base papers 326 and 328 on the corrugated base paper holders 340 and 348 are each preheated by the corrugated base paper preheaters 342 and 346 to enter 15 Single-sided corrugating machine 344. In the single-face corrugating machine 344, the gap between the upper and lower corrugating rolls Q is not pressed after the adjustment, and the corrugated base paper 328 is coated with the adhesive 324 by the rubberizing roller and the upper and lower corrugating rolls, and the corrugated base paper 326 is passed through. After the preheating roll, the pressure roll and the lower corrugating roll bond it to the stenciled corrugated base paper 328 to produce a matte corrugated base paper 350. The glued corrugated base paper 350 and the inner paper 322 on the paper holder 332 are preheated by the glued corrugated base paper preheater 338 and the inner paper preheater 334, and then enter the single-face corrugating machine 336. In the single-face corrugating machine 336, the glued corrugated base paper 350 is preheated by the roll, and then pressed by the upper and lower corrugating rolls, and finally the adhesive roll 324 is applied by the applicator roll, the backing paper 322 is passed through the preheating roll, and the pressure roll and The lower corrugated roller bonds it to the vulcanized post-corrugated corrugated original 21 201024085 paper 350 to produce a corrugated single-faced corrugated cardboard 352. The corrugated single-faced corrugated cardboard 352 and the facial tissue 330 on the tissue paper holder 354 are preheated by the triple preheater 356 and then enter the double-layer coating machine 358. The double-layer coating machine 358 is used to glue the corrugated single-faced corrugated cardboard 352. After the adhesive 324 is applied, it is fed into the double-sided machine 360 with the surface 5 paper 330 to be pressed, heated and cooled to produce a corrugated bonded corrugated cardboard 320. This embodiment can be implemented using equipment currently manufacturing five layers of corrugated cardboard without the need to add other machines. Figure 19 shows a second embodiment of the apparatus® for making the corrugated bonded corrugated cardboard 320 of Figure 16, wherein the corrugated base paper 328 10 on the corrugated base paper holder 380 is coated with an adhesive 324 via the applicator 376, on the corrugated base paper holder 374. After the corrugated base paper 326 is preheated into the glued corrugated paper preheater 372, the pressure roller 370 and the glued corrugated paper preheater 372 bond the corrugated base paper 328 with the glued corrugated base paper 328 to produce a glued corrugated base paper 350 and enter the single-face corrugating machine 366. The inner paper 322 on the inner paper holder 362 is preheated by the inner paper preheater 364 and then enters the single-face corrugating machine 366. In the single-face corrugating machine 366, the glued corrugated base paper 350 is pre-heated and then pressed by the upper and lower corrugating rolls, and then the rubberized roller is applied to the pressed vulcanized corrugated base paper 350, and the adhesive is applied. 3 2 2 After passing through the preheating roller, the pressure roller and the lower corrugating roller bond it to the bonded corrugated base paper to produce corrugated single-faced corrugated cardboard 352. The corrugated single-sided wattboard paper 20 board 352 and the facial tissue 330 on the face paper holder 384 are preheated by the triple preheater 386 and then enter the double-layer coating machine 388, and the double-layer coating machine 388 combines the corrugated sheets After the corrugated cardboard 352 is coated with the adhesive 324, it is sent to the double-sided machine 390 with the facial tissue 330, and the double-sided machine 390 presses and heats the corrugated single-faced corrugated cardboard 352 and the facial tissue 330 after the sizing. And after cooling, 22 201024085 corrugated glued corrugated cardboard 320 is produced. This embodiment can be implemented by means of a device currently manufacturing three or five layers of corrugated cardboard as long as the corrugated base paper holder 380, the pressure roller 370, and the glue applicator 376 are added. Figure 20 shows a third embodiment of the apparatus '5 for manufacturing the tiled glued corrugated cardboard 32' of Figure 16 wherein the corrugated base paper 328 on the corrugated base paper holder 412 is coated with an adhesive 324 'corrugated by the applicator 408. The corrugated base paper 326 on the original paper holder 406 enters the press machine 402, and the press machine 402 presses the tiled base paper 326 and the stenciled corrugated base paper 328 into a glued corrugated base paper 350, glued wawa paper base paper 350 and inner paper. The inner paper 322 on the frame 392 is preheated by the glue corrugated 1 〇 base paper preheater 398 and the inner paper preheater 394, and then enters the single-face corrugating machine 396. In the single-face corrugating machine 396, the glued corrugated base paper 35 is passed through the preheating roll and then pressed by the upper and lower corrugated sheets, and then the rubberized roll is coated with the adhesive 324 'paper 322 on the pressed glued corrugated base paper 350. After preheating, the pressure roller and the lower corrugating roller bond it with the glued corrugated base paper 35 to produce a corrugated single-faced corrugated cardboard 352. The corrugated single-faced corrugated cardboard φ 352 and the facial tissue 330 on the tissue paper holder 416 are preheated by the triple preheater 418 and then enter the double-layer coating machine 420. The double-layer coating machine 420 is corrugated single-faced corrugated cardboard. After the adhesive 324 is applied to the 352, it is fed into the double-sided machine 422 with the face paper 330 for pressing, heating and cooling to produce a tile-bonded corrugated cardboard 2 panel 320. This embodiment can be implemented by means of a device currently manufactured as a three or five layer corrugated board, with the addition of the corrugated base stock 412, the applicator 408 and the press machine 402. The components of the adhesives 104, 214 and 324 in Fig. 6, Fig. u and Fig. μ include starch, zeolite powder, caustic soda and borax, wherein the zeolite powder accounts for about 20% to 33% of the total weight of the powder 23 and 201024085 powder and zeolite powder. Caustic soda accounts for about 1% to 5% of the total weight of starch and zeolite powder, and borax accounts for about 0.2% to 5% of the total weight of starch and zeolite powder. The moisture absorption property of the corrugated cardboard and the ability to adsorb gas are enhanced by the adsorption function of the porous nature of the zeolite itself. Moreover, the hardness of the boiling stone is larger than that of the starch, so that the addition of the zeolite to the adhesive in the starch can significantly increase the strength of the corrugated paper. In the structure of the heart-bonded corrugated cardboard 100 in Fig. 6, a layer of adhesive 104 is interposed between the inner paper 102 and the heart paper 1〇6, and in the structure of the face-faced corrugated cardboard 210 of Fig. 11, the face paper 220 β and the heart A layer of adhesive 214 is sandwiched between the papers 218. In the structure of the corrugated base paper 340 of Fig. 16, a layer of adhesive 324 is sandwiched between the corrugated base paper 326 and the corrugated base paper 328, so that the inner core is bonded to the corrugated cardboard. Glued corrugated cardboard 210 and corrugated veneer corrugated cardboard 320 have more zeolite content and have greater moisture resistance and ability to adsorb gases than three layers of corrugated cardboard 10 and five layers of corrugated cardboard 40. 15 In terms of strength, in the structure of the core-bonded corrugated cardboard 100 of Fig. 6, in addition to the addition of a layer of zeolite 104-containing adhesive 104 between the inner paper 102 and the heart paper 106, the strength can be enhanced, and the three-layer corrugated sheet of Fig. 1 Compared with the three-layer corrugated cardboard 10, the cardboard 10 is more than a layer of paper 106, so its strength is much larger than that of the three-layer corrugated cardboard. Although the core-bonded Corrugated 20 paperboard 100 has one layer of corrugated base paper 46' less than the five-layer corrugated paperboard 40 of FIG. 4, the quality of the selected paper 110, the core paper 106, the inner paper 1〇2, and the corrugated base paper 108 can be selected. The amount of sizing of the adhesive 104 and the amount of zeolite in the adhesive 104 are adjusted to achieve the same strength as the five-layer corrugated board 40. Also, since the layer of corrugated base paper 46 is reduced, the material of the core-bonded corrugated board 100 is reduced by 201024085. It is assumed that the thickness of the backing paper 102 and the face paper 110 of the core-bonded corrugated cardboard 100 in FIG. 6 are each 0.125 mm, the thickness of the heart paper 106 is 0.09 mm, the thickness of the adhesive 104 is 0.12 mm, and the corrugated base paper 1〇8 The thickness and the height of the enamel are 0.1 mm and 4.7 mm, respectively, and the total thickness of the core-bonded corrugated cardboard 5 1 〇〇 is about 5.16 mm. Similarly, if the thickness of the inner paper 42 and the facial paper 52 of the five-layer corrugated cardboard 40 in FIG. 4 are each 0.125 mm, the thickness of the inner paper 48 is 0.09 mm, and the thickness and the height of the corrugated base paper 46 are respectively 0.1 mm. And 4.7 mm, the thickness and the height of the corrugated base paper 50 are 0.1 mm ❹ and 2.5 mm respectively, and the total thickness of the five-layer corrugated cardboard 40 is about 7.54 mm. 10 Replacing the five-layer corrugated board 40 with the core-bonded corrugated cardboard 100 without replacing the paper can save about 31.6% of the volume. In the structure of the face-faced corrugated cardboard 210 of Fig. 11, in addition to the addition of a layer of zeolite-containing adhesive 214 between the face paper 220 and the heart paper 218, the strength can be strengthened, compared with the three-layer corrugated cardboard of Fig. 1. The face-core glued 15 corrugated board 210 has a layer of heart paper 218 more than the three-layer corrugated board 10, so the © strength is much greater than the three-layer corrugated board 10. Although the face-bonded corrugated cardboard 210 has one layer of corrugated base paper 50 less than the five-layer corrugated board 40 of FIG. 4, the quality of the facing paper 220, the heart paper 218, the inner paper 212, and the corrugated base paper 216 in FIG. 11 can be selected. The amount of sizing of the adhesive 214 and the amount of zeolite in the adhesive 214 2 调整 are adjusted to achieve the same strength as the five-layer corrugated cardboard 40. Since the one-layer corrugated paper 50 is reduced, the volume of the face-bonded corrugated cardboard 210 is reduced. It is assumed that the thickness of the inner paper 212 and the face paper 220 of the face-faced corrugated cardboard 210 of Fig. 11 are each 〇.125 mm, the thickness of the heart paper 218 is 〇.〇9 mm, and the thickness of the adhesive 214 is 〇.12 mm, the corrugated base paper. The thickness of 216 and the height of 楞25 201024085 are 〇. 1 mm and 4.7 mm, respectively, and the total thickness of face-faced corrugated cardboard 21 〇 is about 5.16 mm. If the thickness of the inner paper 42 and the facial paper 52 of the five-layer corrugated cardboard 40 of Fig. 4 are each 0.125 mm, the thickness of the inner paper 48 is 〇.〇9 mm, and the thickness and the height of the corrugated base paper 46 are 0.1 mm and 4.7, respectively. The thickness and the height of the mm 'corrugated 5 base paper 50 are 0.1 mm and 2.5 mm respectively, and the total thickness of the five-layer corrugated cardboard 40 is about 7.54 mm. Replacing the five-layer corrugated cardboard 40 with the face-bonded corrugated cardboard 210 can save about 31.6% of the material without replacing the paper. Similarly, in the structure of the corrugated bonded corrugated cardboard 320 of Fig. 16, an additional layer of zeolite-containing adhesive 324 between the 1 watt corrugated base paper 326 and the corrugated base paper 328 can strengthen the strength, and the three-layer corrugated cardboard of Fig. 1 Compared with the 'corrugated corrugated cardboard 320, which has a layer of corrugated base paper 326 more than the three-layer corrugated cardboard, the strength is much larger than that of the three-layer corrugated cardboard. Although the corrugated bonded corrugated cardboard 320 is one layer less than the five-layer corrugated cardboard 40 of Fig. 4, the quality of the facial tissue 330, the inner paper 322, the corrugated original q paper 326, and the corrugated base paper 328 in Fig. 16 can be selected. And adjusting the amount of the adhesive of the adhesive 324 and the content of the zeolite in the adhesive 324 to the same strength as the five-layer corrugated cardboard 40, since the corrugated bonded corrugated cardboard 320 is reduced by a layer corresponding to the thickness of the corrugated base paper after the pressing, Therefore, it can reduce its volume. It is assumed that the thickness of the inner paper 322 and the facial paper 330 of the corrugated cardboard corrugated cardboard 320 are each 0.125 mm, the thickness and the height of the corrugated base papers 326 and 328 are 0.1 mm and 4.7 mm, respectively, and the thickness of the adhesive 324 is 〇. For l2mm, the total thickness of the core-bonded corrugated cardboard 320 is about 5.17 mm. If the thickness of the backing paper 42 and the face paper 52 of the five-layer corrugated cardboard 40 in Fig. 4 are 〇.125 mm, the thickness of the heart paper 48 26 201024085 is 〇.〇9 mm, and the thickness and the height of the corrugated base paper 46 are respectively 0.1. The total thickness of the five-layer corrugated cardboard 40 is about 7.54 mm, mm and 4.7 mm, and the thickness and the height of the corrugated base paper are 0.1 mm and 2.5 mm, respectively. Replacement of the corrugated corrugated cardboard 320 with the corrugated corrugated cardboard 320 can save about 31.4% of the volume without replacing the paper. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 shows the structure of a three-layer corrugated board; ❹ Figure 2 shows the equipment for manufacturing the three-layer corrugated board of Figure 1; ίο Figure 3 shows an enlarged view of the single-faced corrugating machine of Figure 2; Figure 5 shows the structure of the five-layer corrugated board of Figure 4; Figure 6 shows the structure of the core-bonded corrugated board of the present invention; Figure 7 shows the manufacture of the core-bonded corrugated board of the figure. Flowchart, 15 Figure 8 shows a third embodiment of an apparatus for making a core-bonded corrugated cardboard of Figure 6; Figure 9 shows a first embodiment of an apparatus for making a core-bonded corrugated cardboard of Figure 6; Figure 10 shows the manufacture Figure 20 shows a twenty-third embodiment of the apparatus for gluing corrugated cardboard in the center; Figure 11 shows the structure of the face-faced corrugated cardboard of the present invention; and Figure 12 shows the manufacturing stroke for manufacturing the face-bonded corrugated cardboard of Figure 11; A 27th embodiment of the apparatus for manufacturing a face-faced corrugated cardboard of Fig. 11 is shown; Figure 14 shows a second embodiment of the apparatus for manufacturing the face-centered corrugated cardboard of Figure 11; Figure 15 shows the manufacture of the face of Figure 11 Glued corrugated paper Figure 5 shows the structure of the corrugated bonded corrugated cardboard of the present invention; Figure 17 shows the manufacturing process for the manufacture of the corrugated corrugated cardboard of Figure 16; Figure 18 shows the apparatus for manufacturing the corrugated corrugated cardboard of Figure 16. 10 - Embodiment; Fig. 19 shows a second embodiment of an apparatus for manufacturing corrugated corrugated cardboard of Fig. 16; and Fig. 20 shows a third embodiment of an apparatus for manufacturing corrugated corrugated cardboard of Fig. 16. 15
【主要元件符號說明】 20 10 三層瓦愣紙板 12 裡紙 14 黏著劑 16 瓦愣原紙 18 面紙 20 裡紙紙架 22 裡紙預熱器 24 單面瓦楞紙機 2402 預熱輥 2404 預熱輥 2406 壓力輥 2408 下瓦楞輥 2410 塗膠輥 2412 上瓦楞輥 2414 預熱輥 26 瓦楞原紙預熱 28 201024085 28 瓦楞原紙紙架 32 面紙紙架 36 塗膠機 40 五層瓦楞紙板 5 44 黏著劑 48 心紙 52 面紙 62 裡紙預熱器 ❿ 66 瓦楞原紙預熱器 10 70 單面瓦楞紙板 74 心紙預熱器 78 瓦楞原紙預熱器 82 單面瓦楞紙板 86 三重預熱器 15 90 雙面機 102 裡紙 106 心紙 110 面紙 114 裡紙預熱器 20 118 心紙預熱器 122 膠合裡心紙 126 單面瓦楞紙機 130 瓦愣原紙紙架 134 面紙紙架 30 單面瓦楞紙板 34 三重預熱器 38 雙面機 42 裡紙 46 瓦楞原紙 50 瓦楞原紙 60 裡紙紙架 64 單面瓦楞紙機 68 瓦楞原紙紙架 72 心紙紙架 76 單面瓦楞紙機 80 瓦楞原紙紙架 84 面紙紙架 88 雙層塗膠機 100 裡心膠合瓦楞紙板 104 黏著劑 108 瓦楞原紙 112 裡紙紙架 116 單面瓦楞紙機 120 心紙紙架 124 膠合裡心紙預熱器 128 瓦楞原紙預熱器 132 裡心膠合單面瓦楞紙板 136 三重預熱器 29 201024085 138 雙層塗膠機 140 142 裡紙紙架 146 148 心紙紙架 150 152 膠合裡心紙預熱器 156 5 158 瓦楞原紙預熱器 160 164 面紙紙架 166 168 雙層塗膠機 170 172 裡紙紙架 176 178 心紙紙架 182 10 186 膠合裡心紙預熱器 188 190 瓦楞原紙預熱器 192 196 面紙紙架 198 200 雙層塗膠機 202 210 面心膠合瓦楞紙板 212 15 214 黏著劑 216 218 心紙 220 222 裡紙紙架 224 226 單面瓦楞紙機 228 230 瓦愣原紙紙架 232 20 234 心紙紙架 236 238 單面瓦楞紙機 240 242 面紙紙架 244 246 三重預熱器 248 250 雙面機 252 雙面機 塗膠機 壓力輥 單面瓦楞紙機 瓦愣原紙紙架 三重預熱器 雙面機 塗膠機 壓合機 單面瓦楞紙機 瓦楞原紙紙架 三重預熱器 雙面機 裡紙 瓦楞原紙 面紙 裡紙預熱器 瓦楞原紙預熱器 單面瓦楞紙板 心紙預熱器 面紙預熱器 膠合面心紙 雙層塗膠機 裡紙紙架 30 201024085 254 裡紙預熱器 256 單面瓦楞紙機 258 瓦楞原紙預熱器 260 瓦榜原紙紙架 264 心紙紙架 268 塗膠機 270 面紙紙架 272 壓力輥 _ 5 274 膠合面心紙預熱器 278 三重預熱器 280 雙層塗膠機 282 雙面機 284 裡紙紙架 286 裡紙預熱器 288 單面瓦楞紙機 290 瓦楞原紙預熱器 ❹ 292 瓦楞原紙紙架 296 心紙紙架 10 300 塗膠機 302 面紙紙架 306 壓合機 310 三重預熱器 312 雙層塗膠機 314 雙面機 320 瓦楞膠合瓦楞紙板 322 裡紙 324 黏著劑 326 瓦愣原紙 15 328 瓦楞原紙 330 面紙 332 裡紙紙架 334 裡紙預熱器 336 單面瓦楞紙機 338 膠合瓦楞原紙預熱器 340 瓦愣原紙紙架 342 瓦楞原紙預熱器 344 單面瓦楞紙機 346 瓦愣原紙預熱器 20 348 瓦楞原紙紙架 350 膠合瓦楞原紙 352 瓦楞膠合單面瓦楞紙板354 面紙紙架 356 三重預熱器 358 雙層塗膠機 360 雙面機 362 裡紙紙架 364 裡紙預熱器 366 單面瓦楞紙機 31 201024085 370 壓力輥 372 膠合瓦楞原紙預熱器 374 瓦楞原紙紙架 376 塗膠機 380 瓦楞原紙紙架 384 面紙紙架 386 三重預熱器 388 雙層塗膠機 5 390 雙面機 392 裡紙紙架 394 裡紙預熱器 396 單面瓦楞紙機 398 膠合瓦楞原紙預熱器 402 壓合機 406 瓦楞原紙紙架 408 塗膠機 412 瓦楞原紙紙架 416 面紙紙架 ίο 418 三重預熱器 420 雙層塗膠機 422 雙面機 ❹ 32[Main component symbol description] 20 10 three-layer corrugated cardboard 12 lining paper 14 adhesive 16 corrugated paper 18 paper 20 lining paper tray 22 paper preheater 24 single-face corrugating machine 2402 preheating roller 2404 preheating roller 2406 Pressure roller 2408 Lower corrugating roller 2410 Rubber roller 2412 Upper corrugating roller 2414 Preheating roller 26 Corrugated paper preheating 28 201024085 28 Corrugated paper holder 32 Paper paper holder 36 Gluing machine 40 Five-layer corrugated cardboard 5 44 Adhesive 48 Heart paper 52 paper 62 paper preheater ❿ 66 corrugated paper preheater 10 70 single corrugated board 74 heart paper preheater 78 corrugated paper preheater 82 single corrugated board 86 triple preheater 15 90 double sided Machine 102 Paper 106 Heart Paper 110 Paper 114 Paper Preheater 20 118 Heart Paper Preheater 122 Glued Paper 126 Single Side Corrugating Machine 130 Corrugated Paper Holder 134 Paper Paper Holder 30 Single Face Corrugated Board 34 Triple preheater 38 double sided machine 42 lining paper 46 corrugated base paper 50 corrugated paper 60 lining paper holder 64 single crepe paper machine 68 corrugated paper holder 72 heart paper holder 76 single crepe paper machine 80 corrugated Original paper holder 84 Paper paper holder 88 Double-layer coating machine 100 Inner core bonded corrugated board 104 Adhesive 108 Corrugated base paper 112 Paper holder 116 Single-sided corrugated machine 120 Heart paper holder 124 Glued paper preheater 128 Corrugated paper preheater 132 core-bonded single-faced corrugated cardboard 136 Triple preheater 29 201024085 138 Double-layer coating machine 140 142 lining paper holder 146 148 Heart paper holder 150 152 glued paper preheater 156 5 158 Corrugated paper preheater 160 164 Paper paper holder 166 168 Double-layer coating machine 170 172 Paper paper holder 176 178 Heart paper holder 182 10 186 Glued paper preheater 188 190 Corrugated paper preheater 192 196 Paper Holder 198 200 Double-layer Coating Machine 202 210 Face-Glued Corrugated Board 212 15 214 Adhesive 216 218 Heart Paper 220 222 Paper Holder 224 226 Single-faced Corrugated Machine 228 230 Corrugated Paper Holder 232 20 234 Heart Paper Paper holder 236 238 Single-sided corrugating machine 240 242 Paper paper holder 244 246 Triple preheater 248 250 Double-sided machine 252 Double-sided machine coating machine Pressure roller Single-sided corrugating machine Corrugated paper holder Triple preheater Double-sided machine coating machine laminating machine single-sided corrugating machine corrugated paper holder triple preheater double-sided machine paper corrugated paper paper preheater corrugated paper preheater single-face corrugated cardboard paper preheater surface Paper preheater glued face paper double-layer glue machine paper holder 30 201024085 254 paper preheater 256 single-face corrugated paper machine 258 corrugated paper preheater 260 wattboard paper holder 264 heart paper holder 268 glue Machine 270 paper holder 272 pressure roller _ 5 274 glued foil preheater 278 triple preheater 280 double coating machine 282 double sided machine 284 paper holder 286 paper preheater 288 single corrugating machine 290 corrugated paper preheater 292 292 corrugated paper holder 296 heart paper holder 10 300 gluing machine 302 paper holder 306 press machine 310 triple preheater 312 double coater 314 double sided machine 320 corrugated corrugated corrugated Cardboard 322 Paper 324 Adhesive 326 Corrugated paper 15 328 Corrugated paper 330 Paper 332 Paper paper holder 334 Paper preheater 336 Single corrugating machine 338 Glued corrugated paper preheater 340 Corrugated paper holder 342 Corrugated Paper preheater 344 single corrugating machine 346 corrugated paper preheater 20 348 corrugated paper holder 350 glued corrugated paper 352 corrugated single-sided corrugated cardboard 354 paper holder 356 triple preheater 358 double coating machine 360 Double-sided machine 362 Paper paper holder 364 Paper preheater 366 Single-sided corrugating machine 31 201024085 370 Pressure roller 372 Glued corrugated paper preheater 374 Corrugated paper holder 376 Gluing machine 380 Corrugated paper holder 384 Paper holder 386 Triple Preheater 388 Double Coating Machine 5 390 Double Side Machine 392 Paper Paper Holder 394 Paper Preheater 396 Single Side Corrugating Machine 398 Glued Corrugated Paper Preheater 402 Press Machine 406 Corrugated Paper Holder 408 Glue machine 412 corrugated paper holder 416 paper holder ίο 418 triple preheater 420 double coating machine 422 double sided machine ❹ 32