M3 03106 八、新型說明·· 【新型所屬之技術領域】 其特別係利用高壓 本創作係有關於-種紙箱成型翻折裝置， 空氣吹向紙板而達到紙箱成型之裝置者。 【先前技術】 現存既有習知的紙箱翻折成型機中，如圖式第—圖中所示， 係使用兩個折紙導桿(皿)所構成的折紙機鑛裝置，其翻折步驟 為將已裁切好並已壓製有翻折線呈完全展開狀態的紙板(搬），藉 由供料機構(圖式中未繪出）將紙板(102)一一傳送進入輸送裝置 (103) ’再由輸送裝置(1〇3)導引依序進入的紙板(1〇2)沿著輸送裝置 (103)的延伸方向傳遞，當紙板(1〇2)進入翻折裝置時，該翻折裝置 的折紙導桿(101)即會觸及紙板(搬），使紙板(1〇2)延著翻折線被向 上翻折，被折起的紙板(102)會由輸送裝置(1〇3)繼續延著折紙導桿 (101)持續前進。該紙板(102)上所壓製的翻折線將該紙板(1〇2)依序 形成一外側正參（102a)(front panel)、一内側侧參（l〇2b)(side panel)、一内侧正參(l〇2c)(front panel)、一外侧侧參(l〇2d)(side panel)，以及一貼合邊(l〇2e)。由於兩個折紙導桿(101)之間的距離 係逐漸縮減的，以致於紙板(102)在輸送裝置(103)輸送的同時，會 隨著折紙導桿(101)而持續翻折，且該折紙導桿(101)的長度係配合 為翻折完成一個紙板(102)的行程，使得在翻折完成一個紙板(102) 時，紙板(102)中的外側正唪(l〇2a)以及外侧侧唪(l〇2d)延著翻折線 M303106 内摺180度。再者，翻折該外側正參(1〇2a)的折紙導桿(皿)行程係 略大於翻折該外側正唪(102a)的折紙導桿(逝)行程，因此該外側正 參(102a)會先完成内摺180度，而該外側側唪(i〇2d)會隨後完成内 摺180度，使得外侧側唪(搬由貼附於貼合邊(1〇2e)上。然而在這 類的紙箱翻折成型機中，由於折紙導桿具有撓性，且折紙導桿直 接與紙板接觸會在接觸表面上產生摩擦阻力，使得輸送裝置將紙 板(102)往前帶動時，可能會使紙板輸送位置偏移，導致翻折品質 降低。再者，由於折紙導桿直接接觸紙板而在接觸表面上產生摩 i祭力’且該摩擦力係作用於紙板中翻折的外側正唪(1〇2a)和外侧側 參(102d)的側唪前緣，會造成紙板表面的印刷圖樣磨損或是破壞表 面美觀，另外也可能會使得紙板翻折的正唪和侧唪被該摩擦力朝 反方向牽引而變形，因此導致成型的紙箱之品質會受到影響，形 成紙箱貼合缝之前後寬度差異過大。 另外’習知的紙箱翻折成型機中，不同於前述第一圖之習知 技術，如圖式第二圖中所示，其係以皮帶方式取代前述折紙導桿 而形成紙箱翻折成型機的翻折裝置。這類紙箱翻折成型機翻折裝 置中係具有兩條被導引的折紙皮帶(2〇1)，這兩條折紙皮帶(2〇1)之 延伸係配合輸送裝置(203)，且其間距係逐漸接近。該些折紙皮帶 (201)内側表面上等距離地設置有複數個凸塊(2〇la)，該些凸塊 (201a)的間距係配合紙板(202)的輸入，使得每片紙板(2〇2)輸入輸 送裝置(203)時，會有一對應的凸塊(2〇la)觸及紙板(2〇2)中的待翻 折外側正唪(202a)與外侧側唪(2〇2b)。在設計上，折紙皮帶(201)上 M3 03106 .的各個凸塊(201a)係對應紙板(2〇2)之待翻折外側正嗪(2〇2a)與外側 側唤(202b)的中央處，且折、紙皮帶(2〇1)的移動係與輸送裝置(2〇3) 輸达紙板(202)同步，因此透過折紙皮帶(2〇1)上的凸塊(2〇la)接觸 紙板(202)之待翻折外側正唪(2〇2a)與外側側唪(2〇2b)，而可翻折紙 板(202)之外侧正唪(2〇2a)與外側側唪(2〇2b)。然而，當折紙皮帶上 的凸塊壓制於紙板時，同樣也會導致紙板表面及印刷圖樣受損。 有鑑於此，創作人為改良既有紙箱成型翻折裝置的側蓋翻折 義構創作出以空氣作為紙箱翻折的手段，用以改善現有 紙箱翻折品質不佳等缺點。 【新型内容】 —本創作之主要目的係提供_觀箱成型翻折裝置，其係透過 祕空氣的作用力，進行紙板的崎，因而可避免翻折裝置與紙 板之間的物力，而進—步避免紙板表面之__受損以及紙 板翻折過程的變形。 *本創作係—種_成型翻·置，其储有供料裝置、輸送 衣置翻折衣置、及育膠裝置，其中供料裝置係把疊在一起的紙 箱間歇地-個個送人輸送裝置上，然後藉㈣縣置將紙板外侧 ^貼,邊轉著_，再經㈣送裝置把纟_送至翻折裝 齡Μ Γ㈣氣由空氣導管出風Π對應紙板中央位置先將紙箱 、#固麥凰予以折合’另一邊之外側側參隨即折合並與該貼合 邊黏固，賊雜全自動化軸折及貼合者。 M303106 .為使熟悉該項技藝人士了解本發明之目的、特徵及功效，兹 精由下述具體實施例，並配合圖式，對本發明詳加說明如後。 【實施方式】 為使本創作之結構特徵、元件組成及所欲達成功效，獲得明 Γ表達，兹關式第三圖至細圖所示組合圖、示意圖及作動 圖做說明，以使熟悉本項技術者得以知悉本創作之原理。如第三 以及第四圖解為摘作之紙_晰成型破體㈣之結構圖， 係具有供料裝置(與習知供料構造相同，圖中未示）、輸送裝置⑴、 翻折裝置(2)、及娜裝雄f知技術烟，圖巾未_，用⑽ 行紙板⑶的鑛作業。該紙板⑶上係壓製有翻折線⑽，且該翻 折線⑽將該紙板⑶依序形成—外側正維）、_内侧侧網、 -内側正邦3)、-外側婦(34)以及—貼合邊(35)。其中，透過 該供料裝置將各鑛板⑶依輕福輪送裝置⑴巾，並經由該感 測减應通過之紙板⑶且該喷膠襄置在各個紙板⑶的貼合邊⑼ 上雜黏著劑，喷上黏麵的紙板⑶持續經由輸送裝置⑴帶動而 往前傳送至該翻折裝置⑺；該輪送裝置⑴係具有傳送執道⑼及 輸送帶⑽’且該傳送軌道⑼係用以承載該些紙板⑶，該輸送帶 ⑼係用以帶動該些紙板⑶沿著該傳送執綱移動；以及該翻折 I置(2)係具有數個空氣導管(21)，該些空氣導管⑼的延伸係配合 該輸送裝置⑴之傳送執道⑽，且各個空氣導管⑼可吹出的高壓 空氣’並透過吹出的高壓空氣作用於該紙板⑶的外侧鱗⑼與外 M3 03106 •側側參㈤，使得該紙板⑶的外側正姻)與外側側邦句分別被 高壓空氣的作用力翻折。 前述之貼合邊(35)係可以選擇形成於該外側正參⑼之外緣或 是該外側側维)之外、緣’當該外側正參⑼與該外側侧邦^完 成翻折時，該貼合邊(35)會縣料侧正，(31)與該外侧侧姻) 的重疊區域，而使得該外侧正邦υ與該外側侧^4)可藉此達到 貼合。 ’考第五、第六、第七以及第人圖所示，第五圖係本創作紙 箱成型翻折裝置之空氣導管的立體視圖，第六_本創作紙箱成 型翻折裝置之空氣導管的局部立體姻，第七圖鋪示本創作第 六圖之侧剖面視圖，以及第人_顯示本創作第五圖實施例的空 氣導官的另一局部平面視圖。前述之各個空氣導管(21)分別係由一 外官(211)、一内管(212)、一驅動裝置(213)以及一供氣裝置(214) 所構成，該外管(211)係一中空管體且在管壁中開設有沿著管體延 伸的外螺旋狀開槽(211a)，該内管(212)係一中空管體且在管壁中開 设有沿著管體延伸的内螺旋狀開槽(212a)，該驅動裝置(213)係包括 動力源以及動力傳輸機構的旋轉動力輸出裝置，該供氣裝置(214) 係包括高壓空氣源以及流體傳輸結構之裝置。其中該内管(212)係 以可樞轉之方式設置於該外管(211)内，該驅動裝置(213)係機構連 接該内管(212)之一管端pub)，該内管(212)之管端(mb)連通該供 氣裝置(214)。因此，當該供氣裝置(214)輸出高壓空氣進入該内管 (212)時，該驅動裝置(213)會驅動該内管(212)在該外管(211)中旋 M303106 轉，且高壓空氣會自該内管(212)之内螺旋狀開槽(212a)輸出，並經 由該外管pll)之外螺旋狀開槽(211a)排出，其中，由於該外管(211) 之外螺旋狀開槽(2lla)與該内管(212)之内螺旋狀開槽(212a)係局部 重合而形成一重疊區(212c)，且在該内管(212)旋轉的同時，該重疊 £(212c)雷A者该外螺叙狀開槽(2lla)移動’而使得該重疊區(212c) 成為週期性移動的高壓空氣輸出口。 前述之外管(211)的外螺旋狀開槽(211a)在該空氣導管(21)之軸 向的延伸距離d以及在該空氣導管(21)之圓周方向的旋轉角度θ係 配合該紙板⑶之外側正參(31)與外侧側參(34)的翻折時序，亦即當 該紙板(3)移動延伸距離d後，該紙板⑶之外侧正唪pi)與外側側 唪(34)的翻折角度為旋轉角度0。 前述之外管(211)外螺旋狀開槽(211 a)處可設置突出表面的凸 牆(211b) ’使得自該内管(212)之内螺旋狀開槽(212a)吹出的高壓空 氣更集中’而有助提高該紙板⑶之外側正參(31)與外側側唪(34)的 翻折效率。 基於前述本創作之紙箱成型翻折裝置，本創作主要係該些紙 板係已事先壓製形成翻折線，且利用高壓空氣由空氣導管吹出， 而達到翻折並黏合該紙板之外侧正唪與外側側唪的目的，以改善 使用皮V或折紙導桿等習知技術中的種種缺失。請再次參考第三 至第五圖所顯示，該翻折裝置(2)係係兩支空氣導管(21)所組成，各 個空氣導管(21)係與該輸送裝置(1)同樣設置於一固定座(4)中，該 些空氣導官(21)的安裝與延伸方向係配合該輸送裝置(1)中的平行 M303106 專U軌道(11)並逐漸縮減兩支空氣導管(Μ)的間距，且該空氣導管 (21)由紙板輸送方向往傳送執道⑼方向漸呈内縮且高於傳送執道 (11)。因此，當該供氣裝置(214)提供該空氣導管(21)外管(211)之外 螺凝狀開槽(211a)的凸牆即的吹出之高壓空氣時，該高塵空氣會 &著辦螺旋狀開槽(2lla)移動並吹在賊板⑶該外側正參⑼之 外側正嗪中央(3ia)處與外側侧唪(34)之外側側唪中央(^如)處，使得 該减空氣直接吹向該紙板⑶的外側正唤⑼與外側♦麥(Μ)，以 Φ 進行"亥輸送叙置⑴傳送過來之紙板⑶的番河折作業，並導致該外側 正麥(31)與外側御脖(3句分別沿著預先愿印的番謝線翁浙。另外， 在沿著該空氣導管⑼延伸方向上，該外管即)之外螺旋狀開槽 (211&)會從该外官(211)周圓上的〇度位置旋轉到18〇度位置，因此 使得該輸送裝置⑴輸送該紙板⑶前進時，該翻折裝置⑺之空氣導 管⑼的高壓空氣作用在該紙板⑶上，使得該紙板⑶的外侧正唪 (31)與外侧侧唪(34)會對應該外螺旋狀開槽(2Ua)的角度，自〇度逐 驗 漸旋轉到180度，並完成一個紙板(3)的翻折程序。其中在設計上， 對應該紙板(3)外側側唪(34)—側的空氣導管(21)之外螺旋狀開槽 (211a)行程係略長於對應該紙板(3)外側正唪(31) 一侧的空氣導管 (21)之外螺旋狀開槽(21la)行程，使得該外側正唪(31)會先完成18〇 度的翻折，而該外侧側唪(34)會隨後完成18〇度的翻折，並將該外 側側唪(34)貼附到該貼合邊(35)上而完成紙箱的拼合。 再者，關於本創作的翻折裝置(2)，其空氣導管(21)可因應使用 場合或製造上之方便性，將該外管即)與内管即)改以二段式組 11M3 03106 VIII. New Description·· 【New Technology Fields】 It is specially used for high pressure. This creation department has a kind of carton forming and folding device, and the air is blown to the cardboard to achieve the carton forming device. [Prior Art] In the conventional carton folding forming machine, as shown in the figure, the paper folding machine is composed of two origami guides (dishes), and the folding step is The cardboard (moving) which has been cut and has been pressed with the folding line in a fully expanded state is conveyed by the feeding mechanism (not shown) into the conveying device (103) one by one. The paperboard (1〇2) guided by the conveying device (1〇3) is sequentially conveyed along the extending direction of the conveying device (103), and when the cardboard (1〇2) enters the folding device, the folding device The origami guide (101) will touch the cardboard (moving), so that the cardboard (1〇2) is folded upwards along the folding line, and the folded cardboard (102) will continue to be carried by the conveying device (1〇3). The origami guide (101) continues to advance. The folded line pressed on the cardboard (102) sequentially forms an outer side (102a) (front panel), an inner side side (1〇2b) (side panel), and an inner side of the cardboard (1〇2). The front panel, the side panel, and the side panel (l〇2e). Since the distance between the two origami guides (101) is gradually reduced, the cardboard (102) is continuously folded along with the origami guides (101) while the conveying device (103) is being conveyed, and the The length of the origami guide rod (101) is matched to complete the travel of a cardboard (102) so that when the cardboard (102) is folded, the outer side of the cardboard (102) is aligned (l〇2a) and outside. The side sill (l〇2d) is folded 180 degrees inside the folding line M303106. Furthermore, the origami guide (dish) stroke of the outer positive ginseng (1〇2a) is slightly larger than the origami guide stroke of the outer right ridge (102a), so the outer positive ginseng (102a) ) will complete the inner fold 180 degrees first, and the outer side 唪 (i 〇 2d) will then complete the inner fold 180 degrees, so that the outer side 唪 (moved by the attached side (1 〇 2e). However, here In the carton folding forming machine, since the origami guide has flexibility, and the origami guide directly contacts the cardboard, frictional resistance is generated on the contact surface, so that the conveying device may bring the cardboard (102) forward, which may cause The offset of the cardboard conveying position leads to a decrease in the folding quality. Furthermore, since the origami guide directly contacts the cardboard, a frictional force is generated on the contact surface, and the frictional force acts on the outer side of the folded corner of the cardboard (1)唪2a) and the lateral rim of the lateral side ginseng (102d) may cause the printed pattern on the surface of the cardboard to wear or damage the surface, and may also cause the positive and lateral sides of the folded sheet to be reversed by the frictional force. The direction is deformed by the traction, so the quality of the formed carton is affected and formed. The width difference between the carton before and after the seam is too large. In addition, in the conventional carton folding forming machine, unlike the prior art of the first figure, as shown in the second figure of the figure, the belt is replaced by the aforementioned The folding guide rod forms a folding device of the carton folding forming machine. The folding device of the carton folding forming machine has two guided origami belts (2〇1), and the two origami belts (2〇) 1) The extension is matched with the conveying device (203), and the spacing is gradually approached. The inner surface of the origami belt (201) is equidistantly provided with a plurality of bumps (2〇la), the bumps (201a) The spacing is matched with the input of the cardboard (202) so that when each piece of cardboard (2〇2) is fed into the conveying device (203), a corresponding bump (2〇la) touches the cardboard (2〇2). Folding the outer right side (202a) and the outer side side (2〇2b). In design, each of the protrusions (201a) of the M3 03106 on the origami belt (201) corresponds to the cardboard (2〇2) to be folded. The center of the outer azine (2〇2a) and the lateral side (202b), and the movement of the folding and paper belt (2〇1) is synchronized with the conveying device (2〇3) to the cardboard (202). Therefore, the bumps (2〇1) on the origami belt (2〇1) are in contact with the outer side of the paperboard (202) to be folded (2〇2a) and the outer side 唪(2〇2b), and the foldable paper can be folded. The outer side of the plate (202) is 唪 (2〇2a) and the outer side 唪 (2〇2b). However, when the bump on the origami belt is pressed against the cardboard, the surface of the cardboard and the printed pattern are also damaged. In view of this, the creator has created the use of air as a means of folding the carton to improve the folding quality of the existing carton in order to improve the side cover of the existing carton forming and folding device. [New content] - This book The main purpose of the creation is to provide a box-forming forming and folding device, which uses the force of the secret air to carry out the cardboard, so that the material force between the folding device and the cardboard can be avoided, and the surface of the cardboard can be avoided. _ Damage and deformation of the cardboard folding process. *This creation department - the type of _ forming 翻 置 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , On the conveying device, then (4) the county will place the outer side of the cardboard, and turn it _, and then send it to the folding age by the (4) sending device. (4) The air is discharged from the air duct. , #固麦凰 is folded into the other side of the side of the side of the side of the side of the fold and then bonded with the fit side, the thief is fully automated axis folding and fit. In order to make the person skilled in the art understand the object, features and effects of the present invention, the present invention will be described in detail by the following specific embodiments and the accompanying drawings. [Embodiment] In order to make the structure, component composition and desired effect of the creation, and to obtain the alum expression, the combination diagram, schematic diagram and actuation diagram shown in the third to the fine figure are used to explain the familiarity. The technician is aware of the principles of this creation. The third and fourth diagrams are the structural drawings of the paper-clearing and breaking body (4), which have the feeding device (the same as the conventional feeding structure, not shown), the conveying device (1), and the folding device ( 2), and Na Xiongxi know the technical smoke, the towel is not _, use (10) row of cardboard (3) mining operations. The cardboard (3) is pressed with a fold line (10), and the fold line (10) forms the paperboard (3) sequentially - outer positive dimension), _ inner side net, - inner Zhengbang 3), - outer woman (34), and - fit Side (35). Wherein, each of the mineral plates (3) is passed through the feeding device according to the light conveying device (1), and the paperboard (3) passing through the sensing is passed through and the glue is placed on the bonding edge (9) of each cardboard (3). The adhesively coated cardboard (3) is continuously conveyed to the folding device (7) via the conveying device (1); the conveying device (1) has a conveying lane (9) and a conveyor belt (10)' and the conveying rail (9) is used for Carrying the cardboard (3), the conveyor belt (9) is used to drive the cardboard (3) to move along the conveying guide; and the folding I (2) has a plurality of air ducts (21), the air ducts (9) The extension is matched with the conveying passage (10) of the conveying device (1), and the high-pressure air blown by each air conduit (9) acts on the outer scale (9) and the outer M3 03106 of the cardboard (3) through the blown high-pressure air. The outer side of the cardboard (3) and the outer side state are respectively folded by the force of high-pressure air. The abutting edge (35) may be formed to be formed outside the outer or outer side of the outer positive (9), and the edge 'when the outer positive (9) and the outer side are folded. The bonding edge (35) can overlap the area of the county material, and (31) the outer side of the side, so that the outer side and the outer side can be brought into contact. 'The fifth, sixth, seventh and fourth figures of the test, the fifth picture is a three-dimensional view of the air duct of the paper box forming and folding device, and the sixth part of the air duct of the creation of the carton forming and folding device The three-dimensional marriage, the seventh figure paves the side profile view of the sixth figure of the creation, and the other person _ shows another partial plan view of the air guide of the fifth embodiment of the present creation. Each of the foregoing air ducts (21) is composed of an outer officer (211), an inner tube (212), a driving device (213) and a gas supply device (214), and the outer tube (211) is a a hollow tubular body and an outer spiral groove (211a) extending along the pipe body, the inner pipe (212) being a hollow pipe body and being disposed along the pipe body in the pipe wall An extended inner helical slot (212a), the drive unit (213) comprising a power source and a rotary power take-off for the power transfer mechanism, the air supply unit (214) being a high pressure air source and a fluid transfer structure. The inner tube (212) is pivotally disposed in the outer tube (211), and the driving device (213) is connected to a tube end pub) of the inner tube (212), the inner tube ( The pipe end (mb) of 212) is connected to the gas supply device (214). Therefore, when the air supply device (214) outputs high-pressure air into the inner tube (212), the driving device (213) drives the inner tube (212) to rotate M303106 in the outer tube (211), and the high voltage Air is output from the spiral groove (212a) inside the inner tube (212), and is discharged through the spiral groove (211a) outside the outer tube p11), wherein the outer tube (211) is spiraled The slot (2lla) partially overlaps with the inner helical slot (212a) of the inner tube (212) to form an overlap region (212c), and the overlap is (while) while the inner tube (212) rotates ( 212c) The roller A is moved by the outer screw (2lla) so that the overlap region (212c) becomes a periodically moving high pressure air outlet. The outer spiral groove (211a) of the outer tube (211) has an axial extension distance d in the axial direction of the air conduit (21) and a rotation angle θ in the circumferential direction of the air conduit (21) to match the cardboard (3) The folding timing of the outer positive ginseng (31) and the outer side ginseng (34), that is, when the cardboard (3) is moved by the extension distance d, the outer side of the cardboard (3) is positively pi) and the outer side 唪 (34) The folding angle is a rotation angle of zero. The outer wall (211) of the outer tube (211) may be provided with a convex wall (211b) that protrudes from the surface so that the high-pressure air blown from the spiral groove (212a) inside the inner tube (212) is further Concentration helps to improve the folding efficiency of the outer side (31) and the outer side sill (34) of the outer side of the cardboard (3). Based on the foregoing carton forming and folding device of the present invention, the main purpose of the present invention is that the paperboard systems have been previously pressed to form a folding line, and are blown out by an air duct using high-pressure air, and are folded and bonded to the outer side and the outer side of the outer side of the cardboard. The purpose of sputum is to improve various defects in conventional techniques such as the use of leather V or origami guides. Referring again to the third to fifth figures, the folding device (2) is composed of two air ducts (21), and each air duct (21) is disposed in the same manner as the conveying device (1). In the seat (4), the installation and extension directions of the air guides (21) are matched with the parallel M303106 U-track (11) in the conveying device (1) and gradually reduce the distance between the two air ducts (Μ). And the air duct (21) is gradually retracted from the cardboard conveying direction toward the conveying lane (9) and higher than the conveying lane (11). Therefore, when the air supply device (214) provides the high-pressure air blown out from the convex wall of the screw-shaped slot (211a) outside the outer tube (211) of the air duct (21), the high-dust air will be & The spiral groove (2lla) is moved and blown on the thief plate (3) at the outer side of the lateral ginseng (9), at the center of the oxazine (3ia), and at the center of the outer side 唪 (34) The air is directly blown to the outer side of the cardboard (3) (9) and the outer ♦ wheat (Μ), and the Φ is used to perform the quotation of the paper (3) of the cardboard (3), and the outer side of the wheat (31) ) and the outer royal neck (3 sentences respectively along the pre-printed Fan Xie line Weng Zhe. In addition, in the direction of the air duct (9) extending, the outer tube is) spirally slotted (211 &) Rotating from the twist position on the circumference of the outer officer (211) to the position of 18 degrees, thus causing the conveying device (1) to transport the cardboard (3) forward, the high pressure air of the air conduit (9) of the folding device (7) acts on the cardboard (3) The upper right side (31) and the outer side side (34) of the cardboard (3) are angled to the outer spiral groove (2Ua). Gradually rotated to 180 degrees, and a cardboard complete (3) is folded program. In the design, the spiral groove (211a) outside the air duct (21) corresponding to the outer side 唪 (34) side of the cardboard (3) is slightly longer than the outer side of the corresponding cardboard (3) (31). The helical air groove (21la) stroke of the air duct (21) on one side causes the outer right side (31) to complete the 18 degree turn, and the outer side turn (34) will be completed 18〇 later. The folding of the carton is completed by attaching the outer side cymbal (34) to the affixing edge (35). Furthermore, with regard to the folding device (2) of the present invention, the air duct (21) can be changed into a two-stage group according to the use occasion or the convenience of manufacture.
M3 03106 • •成’即各段外管(211)之外螺旋狀開槽(211a)的延伸距離d係該紙板 (3)翻折行程的一半，且該外螺旋狀開槽(211a)的旋轉角度θ係9〇 度，因此可減少該外管(211)與内管p12)的接觸面積，以避免内管 (212)的驅動困難。 丽述之紙板翻折程序中，該驅動裝置(213)驅動該内管(212)的 轉速係配合該輸送裝置(1)傳送該紙板(3)的速度，使得該空氣導管 ⑼之外螺旋狀開槽(2lla)與内螺旋狀開槽⑵坤的重疊區(織) 可對應該紙板⑶的賴正斜央pla)與外侧♦巾央(34a)移動， 口而及工氣$官(21)吹㈣祕空氣會直接作用在該紙板⑶的外 =正麥中央⑽)與外側辨中央㈣，藉以避免不平衡的作用力 導致紙板在翻折過程中的變形現象。 本創作之4寸徵顯可改善習知折紙導桿與紙板接觸時有摩擦阻 力、撓性，導致輸送位置偏移缺點；亦可改良紙板表面印刷文字、 =商標_、喻鱗敎。樣鄉組成、以及所 ，達成之功效，均未見於f知之前__料，既非公幕所周 =5=技術領域巾具有通常知識者依申請狀先前技術顯能 者，本創作顯然具備專利要件。故由本創作技内容所操 均屬本創作之申請專利範圍所涵蓋。 【圖式簡單說明】 12 M303106 •置； 第三圖係顯示本解紙箱成型翻折裝置— 圖， 只施例的立體視 第四圖係I妹補作第三圖實施例的側視圖丨 第五圖係顯示本創作紙箱成型翻折裝置— a 立體視圖； 錢施例的空氣導管 第六圖係顯示本創作第五圖實施例空氣導管的 第七圖係顯示本創作第六圖之_面視圖；^卩平面視圖， 第八圖係顯示本創作第五圖實施例的空氣導乾 圖。 g、另〜局部平面視M3 03106 • • The length of the spiral groove (211a) outside the outer tube (211) is half the folding stroke of the cardboard (3), and the outer spiral groove (211a) The rotation angle θ is 9 degrees, so that the contact area of the outer tube (211) and the inner tube p12) can be reduced to avoid difficulty in driving the inner tube (212). In the cardboard folding process of the Lisbo, the driving device (213) drives the inner tube (212) to rotate at a speed corresponding to the speed at which the conveying device (1) conveys the cardboard (3), so that the air conduit (9) is spiraled outside The overlapping area of the slotted (2lla) and the inner spiral slotted (2) Kun (woven) can be moved to the outer side of the cardboard (3) and the outer side of the towel (34a). Blowing (four) secret air will directly act on the outside of the cardboard (3) = Zhengmai central (10) and the outside to identify the central (four), in order to avoid the unbalanced force leading to deformation of the cardboard during the folding process. The 4 inch sign of this creation can improve the frictional resistance and flexibility of the conventional origami guide bar when it comes into contact with the paperboard, which leads to the disadvantage of the offset of the conveying position. It can also improve the printed text on the cardboard surface, = trademark _, Yu scale 敎. The composition of the township, and the effect of the establishment, have not been seen before the knowledge of the __ material, neither the public curtain week = 5 = technical field towel with the usual knowledge of the applicant according to the application of the previous technical abilities, this creation clearly has Patent requirements. Therefore, the scope of this patent application is covered by the scope of this patent application. [Simple description of the drawing] 12 M303106 • Set; The third figure shows the folding and forming device of the carton box - Fig., the stereoscopic view of the fourth embodiment is the side view of the third figure embodiment. The figure shows the creation of the carton forming and folding device - a stereoscopic view; the sixth embodiment of the air duct of the money example shows the seventh figure of the air duct of the fifth embodiment of the present invention showing the sixth view of the creation ; 卩 卩 plane view, the eighth figure shows the air guide dry view of the fifth embodiment of the present creation. g, another ~ partial plane view
【主要元件符號說明】 1輸送裝置 11傳送執道 12輸送帶 2翻折裝置 21空氣導管 211外管 211a外螺旋狀開槽 211b凸牆 212内管 212a内螺旋狀開槽 13 M303106 . 212b管端 212c重疊區 213驅動裝置 214供氣裝置 3紙板 31外侧正唪 31a外侧正參中央 _ 32内侧侧唪 33内側正唪 34外侧侧渗 34a外側侧參中央 35貼合邊 36翻折線 4固定架 • d :延伸距離 0:旋轉角度 101折紙導桿 102紙板 102a外侧正唪 102b内侧侧唪 102c内侧正渗 M303106 102d外側侧唪 102e貼合邊 103輸送裝置 201折紙皮帶 201a凸塊 202紙板 202a外側正唪 • 2〇2b外侧侧唪 203輸送裝置[Main component symbol description] 1 conveying device 11 conveying road 12 conveyor belt 2 folding device 21 air duct 211 outer tube 211a outer spiral slot 211b convex wall 212 inner tube 212a inner spiral slot 13 M303106. 212b pipe end 212c overlap region 213 drive device 214 air supply device 3 cardboard 31 outer side positive 31a outer side ginseng center _ 32 inner side 唪 33 inner side 唪 34 outer side side bleed 34a outer side ginseng center 35 mate side 36 fold line 4 fixed frame • d: extension distance 0: rotation angle 101 origami guide 102 cardboard 102a outer side positive 唪 102b inner side 唪 102c inner side osmosis M303106 102d outer side 唪 102e affixing side 103 conveying device 201 origami belt 201a projection 202 cardboard 202a outer side • 2〇2b outer side 唪203 conveyor