M378899 .五、新型說明： 【新型所屬之技術領域】 时/_有_-種包《台改良結構’主要藉由側導 爭凡的設置，以維持纖維製品在輸送過程巾堆疊的整齊 【先前技術】 構閱第1 A圖至第1D圖’分別為習用包裝機台的 思圖及運作流程圖。如圖所示，習用的包震機台ι〇 ^ :承载座11及一推送單元13,其中承載座11用以 的I:纖:製品12 ’並沿著第-方向X進行纖維製品12 的輸迗，如第1 A圖所示。 纖維製品12是以堆疊的方式放置在承載座u 個纖維製品12之間並不具有緊密M378899 . V. New description: [New technical field] When /_ there is _-package "Taiwan improved structure" is mainly set by the side guide to maintain the neatness of the stacking of fiber products in the transport process [previously Technology] Build 1A to 1D's respectively for the thinking and operation flow chart of the conventional packaging machine. As shown in the figure, the conventional shock absorber machine ι〇^: the carrier 11 and a pushing unit 13, wherein the carrier 11 is used for the I: fiber: product 12' and the fiber product 12 is carried along the first direction X. Loss, as shown in Figure 1A. The fibrous article 12 is placed in a stacked manner between the carrier fibers 12 and is not tightly packed
•以承载座"進行輸送的過程中，纖唯製有 _發生傾斜、u iH：1；12料可能會 •圖所示。 不皿U上掉洛的情形’如第i B 時，載 載座11上發生倒塌掉落的情形 送，而摔作繼續進行纖維製品12的輸 斜的情形，則承載座！丨上!7了。若纖維製品12只是發生傾 承載座u將纖維;進㈣維製品12的輸送。 送單元13沿 輸达到定點後，可繼續以推 /〇 一方向Υ推送纖維製品12，其中推送單 3 M378899 元13主要用以將纖維製品12推送到另一定點，並對纖維 製品12進行包裝的動作，如第1 C圖所示。 由於纖維製品12在承載座11進行輸送的過程中便已 發生傾斜的情形，因此在對纖維製品12進行包裝時，將 有可能因為纖維製品12的傾斜，使得包裝膜14之連接部 141/143無法相互接觸，並導致包裝膜14不能緊密的對纖 維製品12進行包裝，例如在以包裝膜14對纖維製品12 進行包裝時，會因為纖維製品12傾斜的關係，使得包裝 膜14上的第一連接部141無法與第二連接部143接觸並 進行連接，如第1 D圖所示。 此外，即使包裝膜14的連接部分141/143可順利接 觸及連接，但還是會因為纖維製品12傾斜的緣故，而造 成包裝膜14無法貼附在纖維製品12的表面，例如在包裝 膜14與纖維製品12之間存在有一間隙16,並導致包裝後 的品質出現瑕疵。 【新型内容】 本創作之主要目的，在於提供一種包裝機台改良結 構，主要於承載座的侧邊設置有至少一側導單元，並以側 導單元對承載座所運送之經過堆疊的纖維製品進行導 引，藉此承載座上的纖維製品在輸送過程中仍舊可以維持 一定的整齊度。 本創作之次要目的，在於提供一種包裝機台改良結 構，藉由側導單元的使用將可以維持纖維製品堆疊的整齊 [78899 [78899 性 並有利於後續纖維製品之包裝步驟的進行。 構 落 構 性 觸 又—目的’在於提供—種包農機台改良結 猎由側導單元的設置將可避免纖維製品由承载座上掉 亚有利於維持包裝機台的正常運作。 =創作之又—目的，在於提供—種包裝機台改良社 、中纖維製品在輸送的過程中仍可維持一定的整齊 使得覆蓋在纖維製品表面之包裝膜的連接部可相互接 亚可以一熱封單元對包裝膜之連接部進行連接，以完 成纖維製品之包褒。 # 播作之又—目的，在於提供—種包裝機台改良結 其中包裝膜刊堆疊整齊的纖維製品進行包裝，並使 4包裝膜可以完整的貼附在纖維製品外表面，且包光膜盘 纖，製品之間不會存在有太大的間隙，而有利於提高包裝 的品質。 本創作之又一目的，在於搓供_ ^ 牡π扠供種包裝機台改良結 構、中侧導單元的數量為兩個’並分別設置在承載座的 兩側’藉此將可以由纖維製品的兩侧進行導引的動作，以 提高纖維製品堆疊的整齊性。 =作之又一目的，在於提供一種包裳機台改良結 構’其中上頂單元用以將包裝膜之第一連接部上頂，使得 包^之第一連接部可與第二連接部接觸，並有利於進 仃包裝膜的連接及包裝。 為達上述目的’本創作提供一種包震機台改良結構， 匕括有：-承載座’用以承載至少—㈣堆疊的纖維製 5 M378899 品，並沿著一第一方向進行纖維製品的輸送；至少一側導 單元，設置在承載座的側邊，並用以對承載座上的纖維製 品進行導正；一推送單元，用以沿著一第二方面對承載座 所承載的纖維製品進行推送；及一包膜單元，用以對推送 單元所推送的纖維製品進行包裝。 j 【實施方式】 請參閱第2A圖至第2G圖，分別為本創作包裝機台 改良結構一實施例之構造示意圖及運作流程圖。如圖所 示，包裝機台20包括有一承載座21、至少一侧導單元23、 一推送單元25及一包膜單元27，並可用以對至少一經過 堆疊的纖維製品22進行運送及包裝。 承載座21主要用以承載經過堆疊的纖維製品22，並 可沿著一第一方向X進行纖維製品22的輸送，例如垂直 方向，其中纖維製品22可為經過堆疊或折疊的衛生紙、 面紙、紙巾或濕紙巾等，例如抽取式衛生紙。承載座21 的側邊設置有至少一側導單元23，在以承載座21進行纖 維製品22的輸送時，可以經由側導單元23對放置在承載 座21上的纖維製品22進行導正，藉此將有利於在輸送的 過程中維持纖維製品22的整齊性。 在本創作一實施例中，側導單元23的數量可兩個， 分別設置在承載座21的兩側邊，並用以對纖維製品22的 兩側邊進行導引，例如側導單元2 3包括有一第一側導單 元231及一第二側導單元233,並分別設置在承載座21的 M378899 '兩側邊，且第一側導單元231與第二側導單元233之間的 距離L1略大於纖維製品22的寬度L2，使得承載座21可 以在第一側導單元231及第二側導單元233之間承載並輸 送纖維製品22，此外在輸送纖維製品22的過程中，第一 侧導單元231及第二側導單元233將會限制承載座21上 之纖維製品22的位置，使得纖維製品22整齊的堆疊在承 -載座21上，而不至於發生傾斜、倒塌或掉落的情形，如 -第2 A圖所示。 • 包裝機台20可包括有一頂板291及一輸送板293，在 輸送的過程中承載座21會沿著第一方向X將纖維製品22 往頂板291輸送，直到纖維製品22與頂板291接觸。在 本創作一實施例中，纖維製品22在與頂板291接觸後， 承載座21可繼續往頂板291的方向移動，並以承載座21 及頂板291對兩者之間的纖維製品22進行適度的擠壓， 直到承載座21的高度與輸送板293的高度相近為止，藉 0此將可以控制纖維製品22的厚度，並而有利於後續纖維 製品22的輸送及包裝步驟的進行，如第2 B圖所示。 當承載座21的高度與輸送板293的高度相近時，便 可繼續以推送單元25沿著一第二方向Y對承載座21所承 載的纖維製品22進行推送，並將纖維製品22推送至輸送 板293上，例如水平方向。在本創作一實施例中，纖維製 品22將會被限制在頂板291與輸送板293之間，而推送 單元25則會在兩者之間將纖維製品22往包膜單元27的 方向進行推送，如第2 C圖所示。 7 M378899 包膜單元27主要用以對纖維製品22進行包裝，例如 包膜單元27可用以提供一包裝膜24,並以包裝膜24對纖 維製品22進行包裝。在本創作一實施例中，包膜單元27 包括有至少一輸送輪271，並透過輸送輪271以轉動的方 式進行包裝膜24的提供及輸送。在纖維製品22接觸到包 裝膜24後，推送單元25會繼續對纖維製品22進行推送， 並透過纖維製品22擠壓包裝膜24,使得包裝膜24自然的 包覆在纖維製品22的外部。在本創作實施例中纖維製品 22被限制在頂板291及輸送板293之間，可避免纖維製品 22擠壓包裝膜24時有變形的情形發生。此外當纖維製品 22離開承載座21後，承載座21將會沿著第一方向X向下 移動，以進行後續纖維製品的承載及輸送，如第2 D圖所 示。 在推送單元25不斷透過纖維製品22向包裝膜24施 壓後，包裝膜24將會完整包覆在纖維製品22外部，而推 送單元25則可以沿著第二方向Y往後回縮，以進行後續 纖維製品的推送。透過上述的步驟雖然可使得包裝膜24 完整的包覆在纖維製品22的外表面，但在實際操作時有 部分的包裝膜會因為重力的作用而平鎖在輸送板273上， 而不利於後續包裝膜24之黏合步驟的進行，例如包裝膜 24的第一連接部241會平鋪在輸送板293上，而包裝膜 24的第二連接部243則會下垂，並包覆在纖維製品22表 面，如第2 E圖所示。 在本創作一實施例中，包裝機台20包括有一上頂單 M378899 元281，例如可將上頂單元281設置在輸送板293下方， . 並由輸送板293伸出，當上頂單元281伸出後將對對包裝 膜24的第一連接部241進行上頂的動作，並使得原本平 鋪在輸送板293上的第一連接部241直立，藉此包裝膜24 的第一連接部241將會與第二連接部243重疊，如第2 F 圖所示。 • 包裝機台20亦可包括有一熱封單元283用以進行包 -裝膜24的封合，在本創作一實施例中，熱封單元283可 •用以對包裝膜24的第一連接部241及第二連接部243進 行加熱，並使得第一連接部241與第二連接部243接合。 例如，當上頂單元281向下回縮時，熱封單元283將會伸 出並對第一連接部241及第二連接部243施壓及加熱，其 中包裝膜24可由塑膠材質所製成，在經過熱封單元283 的加熱後，第一連接部241及/或第二連接部243將會呈 現熔融的情形，待熱封單元283離開後第一連接部241及 •第二連接部243將會慢慢冷卻並相互連接，藉此以完成包 籲裝膜24的連接，如第2 G圖所示。 在以包裝機台20進行纖維製品22的輸送時，纖維製 品22可維持堆疊的整齊，而有利於進行輸送及包裝步驟 的進行。此外在以包裝膜24包裝纖維製品22時，亦可避 免如習用技術中在包裝膜14與纖維製品12之間存在太大 的間隙16，如第1 D圖所示，而有利於提高包裝的品質。 以上所述者，僅為本創作之較佳實施例而已，並非用 來限定本創作實施之範圍，即凡依本創作申請專利範圍所 9 /uoyy 述之形狀、構造、特徵及精神所為之均 應包括於本創作之申請專利範圍内。 等變化與修飾 ，均 【圖式簡單說明】 第1A圖至第id圖：分別為铟田6壯地v 刀乃〗4¾用包裝機台的構造示意圖 及運作流程圖。 第2A圖^2G圖：分別為本創作包裝機台改良結構一 a施例之構造示意圖及運作流程圖。 【主要元件符號說明】 10 包裝機台 12 纖維製品 14 包裝膜 143 第二連接部 20 包裝機台 22 纖維製品 231 第一側導單元 24 包裝膜 243 第二連接部 27 包膜單元 281 上頂單元 291 頂板 11 承載座 13 推送單元 141 第二連接部 16 間隙 21 承載座 23 側導單元 233 第二側導單元 241 第一連接部 25 推送單元 271 輸送輪 283 熱封單元 293 輸送板• In the process of carrying the carrier ", the fiber has a _ tilt, u iH: 1; 12 material may be shown in the figure. If the case of the U is lost, the case where the i-B is carried out, the case where the carrier 11 is collapsed and dropped, and the case where the fiber product 12 is subjected to the skew is carried out, the carrier is carried!丨上!7. If the fibrous article 12 is only subjected to the pouring of the carrier u, the delivery of the (four) dimensional article 12 is carried out. After the delivery unit 13 reaches the fixed point, the fiber product 12 can continue to be pushed in the push/twist direction, wherein the push sheet 3 M378899 is mainly used to push the fiber product 12 to another fixed point and package the fiber product 12. The action is shown in Figure 1C. Since the fibrous product 12 has been tilted during the conveyance of the carrier 11, it is possible that when the fibrous product 12 is packaged, the connecting portion 14104 of the packaging film 14 may be caused by the inclination of the fibrous product 12. The inability to contact each other and cause the packaging film 14 to not tightly package the fibrous article 12, for example, when the fibrous article 12 is packaged with the packaging film 14, the first of the packaging film 14 is caused by the oblique relationship of the fibrous article 12. The connecting portion 141 cannot be in contact with and connected to the second connecting portion 143 as shown in FIG. 1D. Further, even if the connecting portions 141/143 of the packaging film 14 can be smoothly contacted and connected, the packaging film 14 cannot be attached to the surface of the fibrous product 12 due to the inclination of the fibrous product 12, for example, in the packaging film 14 and There is a gap 16 between the fibrous articles 12 and causes defects in the quality of the package. [New content] The main purpose of the present invention is to provide a modified structure of a packaging machine, which is mainly provided with at least one side guiding unit on the side of the carrying seat and the stacked fiber products conveyed by the side guiding unit to the carrying seat. Guided, whereby the fibrous product on the carrier can still maintain a certain degree of uniformity during transport. A secondary objective of the present invention is to provide an improved structure of the packaging machine which, by the use of the side guide unit, can maintain the neatness of the stack of fibrous products [78899 [78899] and facilitate the subsequent packaging steps of the fibrous product. The structure of the structure is the same as the purpose of providing a modified package. The setting of the side guide unit will prevent the fiber product from being removed from the carrier. This will help maintain the normal operation of the packaging machine. = The purpose of creation - the purpose is to provide a kind of packaging machine improvement society, the medium fiber products can still maintain a certain tidy in the process of transportation, so that the connection parts of the packaging film covering the surface of the fiber product can be connected to each other. The sealing unit connects the joints of the packaging film to complete the wrapping of the fibrous product. #播作的— The purpose is to provide a packaging machine with improved packaging, in which the packaging film is stacked and neatly packaged, and the 4 packaging film can be completely attached to the outer surface of the fiber product, and the optical film disk is coated. There is not much gap between the fibers and the products, which is beneficial to improve the quality of the packaging. Another purpose of this creation is to provide a modified structure for the _ 牡 π π π π π π π π π π π π π π π π π π π π π π π π π π π π π π π π π π π The guiding action is carried out on both sides to improve the tidyness of the stack of the fiber products. Another object of the invention is to provide a modified structure of a package machine, wherein the upper top unit is used for topping the first connecting portion of the packaging film so that the first connecting portion of the package can be in contact with the second connecting portion. It is also conducive to the connection and packaging of the packaging film. In order to achieve the above objectives, the present invention provides a modified structure of a shock-absorbing machine, including: a carrier' for carrying at least four (4) stacked fiber-made 5 M378899 products, and transporting the fiber products along a first direction At least one side guide unit disposed on a side of the carrier for guiding the fiber product on the carrier; a pushing unit for pushing the fiber product carried by the carrier along a second aspect; And a film unit for packaging the fiber product pushed by the pushing unit. [Embodiment] Please refer to the 2A to 2G drawings, which are respectively a schematic structural diagram and a flow chart of an embodiment of the improved structure of the creation packaging machine. As shown, the packaging machine 20 includes a carrier 21, at least one side guide unit 23, a push unit 25, and a film unit 27 for transporting and packaging at least one of the stacked fiber products 22. The carrier 21 is mainly used to carry the stacked fiber products 22, and can transport the fiber products 22 in a first direction X, such as a vertical direction, wherein the fiber products 22 can be stacked or folded toilet paper, facial tissue, Paper towels or wet wipes, etc., such as removable toilet paper. The side of the carrier 21 is provided with at least one side guiding unit 23, and when the carrier 22 is transported by the carrier 21, the fiber product 22 placed on the carrier 21 can be guided through the side guiding unit 23, This will facilitate maintaining the uniformity of the fibrous article 22 during transport. In an embodiment of the present invention, the number of the side guiding units 23 may be two, which are respectively disposed on the two sides of the carrier 21, and are used for guiding the two sides of the fiber product 22, for example, the side guiding unit 23 includes There is a first side guiding unit 231 and a second side guiding unit 233, and are respectively disposed on both sides of the M378899' of the carrier 21, and the distance L1 between the first side guiding unit 231 and the second side guiding unit 233 is slightly Greater than the width L2 of the fibrous article 22, such that the carrier 21 can carry and transport the fibrous article 22 between the first side guiding unit 231 and the second side guiding unit 233, and further in the process of transporting the fibrous article 22, the first side guide The unit 231 and the second side guide unit 233 will limit the position of the fibrous product 22 on the carrier 21 such that the fibrous product 22 is neatly stacked on the carrier 21 without tilting, collapsing or falling. , as shown in Figure 2A. • The packaging machine 20 can include a top plate 291 and a transport plate 293 that transport the fibrous product 22 toward the top plate 291 along the first direction X during transport until the fibrous product 22 contacts the top plate 291. In an embodiment of the present invention, after the fiber product 22 is in contact with the top plate 291, the carrier 21 can continue to move in the direction of the top plate 291, and the fiber product 22 between the two is moderately supported by the carrier 21 and the top plate 291. Extrusion, until the height of the carrier 21 is close to the height of the conveying plate 293, the thickness of the fiber product 22 can be controlled by this, and the subsequent transportation and packaging steps of the fiber product 22 are facilitated, such as the second B. The figure shows. When the height of the carrier 21 is close to the height of the conveying plate 293, the fiber product 22 carried by the carrier 21 can be pushed in the second direction Y by the pushing unit 25, and the fiber product 22 can be pushed to the conveying. On the plate 293, for example, in the horizontal direction. In an embodiment of the present invention, the fibrous product 22 will be confined between the top plate 291 and the conveying plate 293, and the pushing unit 25 will push the fibrous product 22 toward the coating unit 27 therebetween. As shown in Figure 2C. The 7 M378899 envelope unit 27 is primarily used to package the fibrous article 22, for example, the envelope unit 27 can be used to provide a packaging film 24 and package the fibrous article 22 with the packaging film 24. In an embodiment of the present invention, the envelope unit 27 includes at least one transport wheel 271, and the supply and transport of the packaging film 24 is performed by the transport wheel 271 in a rotational manner. After the fibrous article 22 contacts the packaging film 24, the pushing unit 25 continues to push the fibrous article 22 and presses the packaging film 24 through the fibrous article 22 such that the packaging film 24 is naturally coated on the exterior of the fibrous article 22. In the present embodiment, the fibrous product 22 is confined between the top plate 291 and the conveying plate 293 to prevent deformation of the fibrous product 22 when the packaging film 24 is pressed. In addition, after the fibrous article 22 leaves the carrier 21, the carrier 21 will move downwardly along the first direction X for subsequent loading and transport of the fibrous article, as shown in Figure 2D. After the pushing unit 25 continuously presses the packaging film 24 through the fibrous product 22, the packaging film 24 will be completely wrapped around the exterior of the fibrous product 22, and the pushing unit 25 can be retracted backward along the second direction Y for carrying out Pushing of subsequent fiber products. Although the packaging film 24 is completely coated on the outer surface of the fiber product 22 through the above steps, in actual operation, part of the packaging film may be locked on the conveying plate 273 due to the action of gravity, which is disadvantageous for subsequent The bonding step of the packaging film 24 is performed, for example, the first connecting portion 241 of the packaging film 24 is laid flat on the conveying plate 293, and the second connecting portion 243 of the packaging film 24 is drooped and coated on the surface of the fibrous product 22. As shown in Figure 2E. In an embodiment of the present invention, the packaging machine 20 includes an upper top sheet M378899 281. For example, the top unit 281 can be disposed under the conveying plate 293, and is extended by the conveying plate 293 when the upper unit 281 is extended. After that, the first connecting portion 241 of the packaging film 24 is topped up, and the first connecting portion 241 originally laid on the conveying plate 293 is erected, whereby the first connecting portion 241 of the packaging film 24 will be It will overlap with the second connecting portion 243 as shown in Fig. 2F. The packaging machine 20 can also include a heat sealing unit 283 for sealing the package-loading film 24. In the present embodiment, the heat sealing unit 283 can be used to the first connection portion of the packaging film 24. The 241 and the second connecting portion 243 are heated, and the first connecting portion 241 is joined to the second connecting portion 243. For example, when the upper unit 281 is retracted downward, the heat sealing unit 283 will extend and press and heat the first connecting portion 241 and the second connecting portion 243, wherein the packaging film 24 may be made of a plastic material. After the heating by the heat sealing unit 283, the first connecting portion 241 and/or the second connecting portion 243 will be molten, and after the heat sealing unit 283 leaves, the first connecting portion 241 and the second connecting portion 243 will They are slowly cooled and connected to each other, thereby completing the connection of the package film 24 as shown in Fig. 2G. When the fiber product 22 is conveyed by the packaging machine 20, the fiber product 22 can maintain the stack neatly, facilitating the transport and packaging steps. In addition, when the fibrous product 22 is packaged by the packaging film 24, it is also possible to avoid the existence of too large a gap 16 between the packaging film 14 and the fibrous product 12 as in the prior art, as shown in FIG. 1D, which is advantageous for improving the packaging. quality. The above is only the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, that is, the shape, structure, characteristics and spirit of the 9/uoyy description of the patent application scope of the present application. It should be included in the scope of the patent application for this creation. Equivalent changes and modifications, both [Simplified description of the drawings] 1A to id: respectively, the structure diagram and operation flow chart of the packaging machine for the indium field 6 strong ground v knife is 43⁄4. Fig. 2AFig. 2GFig.: The structural schematic diagram and operation flow chart of the improved structure of the creation packaging machine. [Description of main component symbols] 10 Packaging machine 12 Fiber product 14 Packaging film 143 Second connecting portion 20 Packaging machine 22 Fiber product 231 First side guiding unit 24 Packaging film 243 Second connecting portion 27 Coating unit 281 Top unit 291 Top plate 11 Carrier 13 Push unit 141 Second connection portion 16 Clearance 21 Carrier seat 23 Side guide unit 233 Second side guide unit 241 First connection portion 25 Push unit 271 Transport wheel 283 Heat seal unit 293 Transport plate