200408585 五、發明說明（1) 【發明1屬之技術領域】 t兔明「環保袋製造方法」，係一改傳統塑製袋體製 王之，、項’需經由多台機器分別進行不同階段之加工程序 右汍制以簡化製程得以快速生產，提升產能’並利用不織 '、衣作日丁之材料，得以令成品重複使用，即使拋棄也不 會污染環境者。 【先前技術】 你π ? i現今政府環保運動之推行下，以往塑製袋體已漸 r使用，而必需使用紙袋或具重複使用之環保袋替代 i而一般塑膠袋因無法分解，無法達到環保的要求，只合 =成地球上垃圾越來越多，故政府在近幾年來一直推^ 裱保運動，鼓勵使用紙製或布製可重複使用之袋枣哭且， ::論是塑膠袋、紙袋或布袋，其製程繁項而導致；能無 法70全發揮影響其產量，而如何有效避免上述之缺失， 為各相關業者之努力與發展的方向。 有鑑於習知未臻至善之處，本案發明人遂以從事該 業多年之經驗，並本著精益求精之精神，積極研發設 遂有本發明「環保袋製造方法」之產生。 【發明内容】 本發明「環保袋製造方法」之第-目的’係在於提供 一貫化流程之製作方法’進而簡化加工程序及提升產 進產能之設計者。 9 本發明「環保袋製造方法」之第二目白勺，係使用 布為製程所需之材料，當成品完成時，則可重複使用，即 200408585 五、發明說明（2) 使拋棄也為一可分解不致影響環 本發明「環保袋製造方法冻 。 業之利用，以符合現今提倡環;呆=㈣，在於促二產 之使用者。 ’、之系求’進而取代塑膠袋 有關本發明為達上述目的所 ，茲列舉較佳實施例並配合圖弋二的技術手段及其功效 【實施方式】 口式圖唬說明如後。 σ月參閱第一圖所示，本發明「 用之機械主要係由一布捲置放加^保袋製造方法」所使 0 )所構成；該成型機台（2 :、0 ) *成型機台（2 1 )、印刷裝置（2 2 )、摺邊署j由弟一熔接装置（2 (24)、第二溶接裝置（2 β 、 （23)、貼標裝置 成型裝置（”）熱裝置…）、 )及複數個設於成型機台（ ：^、门型框架（29 之拉料輪組（3 cn以及^ 7 ) /、门型框架（2 9 )上 藉由此一社構2)二硬數個導輪虹（3 i )所组成， 二、、Ό構而可達成本發明一貫化制p々A i 成 睛配合參閱第—、二 、衣各之作業。 造方法」，苴所枯田一四圖所示’本發明「環仵袋f 並將上、下層之材料如m具…生之不織布材質， 進？進料（4 0 )之程序，^由；二少-層之原料 仃第一次熔接（41) 熔接裝置（21)執 :乍’炫合之緣邊則經由摺um緣邊之溶合動 )，將兩側緣邊向内凹摺即— ^ 3 )進行摺邊（4 2 熔接裝置（26)進彳-笼=成如（c)所示，再經第二 、乙OJ進仃第二次 仏稷（43)而完成前、後 200408585 五、發明說明（3) 段之炫合動作即如（d )所示，因收摺後之緣邊其層數較 多故較為厚，所以需經一電熱裝置（2 5 )進行加溫整平 (4 4 )之程序即完成如（e )所示，布料經整平（4 4 )之加工程序後，則最後經一成型裝置（2 7 )進行裁切 成型（4 5 )之程序，即從布料前、後段熔接寬度之中線 上裁切成型，以令成品前、後段各留有一半之溶接邊如 (f )所示，此時成品則如（g )所示，由輸送裝置（2 8 )輸出者，進而簡化製程並得以快速生產，提升產能， 其利用不織布為製作時之材料，得以令成品重複使用，即 使拋棄也不會污染環境者。 請 造方法 文之印 送如（ 接裝置 所示緣 (2 2 經摺邊 凹摺即 行第二 (d ) 需經一 完成如 則最後 s、茶閱 」，為考 刷程序， a )所示 (21) 邊之熔合 )進行圖 裝置（2 元成如（ 次熔接（ 所示，因 電熱裝置 (e )所 經一成型 第五、六、七圖所示， 慮到袋體之美觀效果， 其係將不織布材質之材 ，進行進料（4 0 )之 執行第一次熔接（4 1 動作，緣邊熔合後之布 文印刷（4 6 )之程序 3 )進行摺邊（4 2 ) c )所示，再經第二溶 43)而完成前、後段 收摺後之緣邊其層數較 (2 5 )進行加溫整平 示，布料經整平（4 4 裝置（2 7 )進行裁切 本發明 可於製 料，以 程序， )即完 料則經 如（h ，將兩 接裝置 之熔合 多故較(44 )之加 成型（ 作時加上圖 上、下層輸 經由第一炫 成如（b ) 由印刷装置 ) 所示，再 側緣邊向内 (2 6 )進 動作即如 為厚，所以 )之程序即 工程序後， 4 5 )之程200408585 V. Description of Invention (1) [Technical Field of Invention 1] t Rabbit Ming's "Environmental Protection Bag Manufacturing Method" is the king of the traditional plastic bag making system. The items and items need to be processed at different stages through multiple machines. The processing process is right-handed to simplify the process for rapid production, increase the capacity of 'and use non-woven' and clothing as Japanese materials, so that the finished product can be reused, even if it is discarded, it will not pollute the environment. [Previous technology] Under your government's environmental protection campaign, plastic bags have been gradually used in the past, and paper bags or reusable environmental protection bags must be used instead of i. Generally, plastic bags cannot be decomposed and cannot achieve environmental protection. The requirements are only equal to increasing the amount of garbage on the earth, so the government has been promoting the mounting campaign in recent years, encouraging the use of reusable bags made of paper or cloth. Paper bags or cloth bags are caused by complicated processes; whether they can fully exert their influence on their output, and how to effectively avoid the above-mentioned shortcomings are the efforts and development directions of various related industries. In view of the imperfect knowledge, the inventor of this case, with years of experience in the industry, and in the spirit of excellence, has actively researched and developed the "green bag manufacturing method" of the present invention. [Summary of the Invention] The first-objective of the "environmental bag manufacturing method" of the present invention is to provide designers with a consistent production method to further simplify processing procedures and increase production capacity. 9 The second item of the "environmental protection bag manufacturing method" of the present invention is to use cloth as the material required for the manufacturing process. When the finished product is completed, it can be reused, that is, 200408585. V. Description of the invention (2) Making disposal also possible Decomposition does not affect the environment of the present invention, "the manufacturing method of environmental protection bags is frozen. The use of the industry is in line with the current promotion of the environment; dull = ㈣, is to promote the second-generation users. For the above purpose, the preferred embodiments are described in conjunction with the technical means of Figure 2 and their effects. [Embodiment] The description of the verbal diagram is as follows. Σ See the first figure. It is made up of a cloth roll placement and security bag manufacturing method "(0); the forming machine (2 :, 0) * forming machine (2 1), printing device (2 2), hemming department j The first welding device (2 (24), the second welding device (2 β, (23), the labeling device molding device (") thermal device ...), and) and a plurality of molding machines (: ^, door Type frame (29 puller wheel set (3 cn and ^ 7)), door type frame (2 9) Based on this one social structure 2) two hard guide rainbows (3 i), two, the structure can reach the cost to achieve a consistent system of p々A i for the eye-catching cooperation, see the first-two, clothing each The method of production, "as shown in Figures 1 and 4 of the dry field," The present invention "rings the bag f, and the upper and lower layers of materials such as m are made of raw non-woven materials. The process of feeding? (4 0) The first and second welding of the two-layer raw materials (41) The welding device (21) is performed: at the beginning, the edge of the dazzling joint is moved through the edge of the folded edge), and the edges of the two sides are oriented toward The inward folding is — ^ 3) for hemming (4 2 welding device (26) into the cage-cage = as shown in (c), and then through the second, second OJ into the second time (43) and Before and after the completion of 200408585 V. Description of the invention (3) The dazzling action in paragraph (3) is as shown in (d). Because the edge of the folded edge has more layers, it is thicker, so it needs to go through an electric heating device (2 5 ) The process of heating and leveling (4 4) is completed as shown in (e). After the fabric is leveled (4 4), it is finally cut and shaped by a forming device (2 7) ( 4 5), that is, from the front of the fabric, Cutting and forming on the middle line of the welding width of the rear section, so that half of the welded edges at the front and rear sections of the finished product are shown as (f). At this time, the finished product is shown by (g) and output by the conveying device (2 8). In order to simplify the process and enable rapid production and increase production capacity, it uses non-woven fabrics as materials during production to enable reuse of the finished product, even if it is discarded, it will not pollute the environment. Please print and send the method text as shown below (shown by the device) The edge (2 2 is folded by the folded edge and then folded, the second line (d) needs to be completed as usual, the last s, the tea reading ", is the test procedure, a) the fusion of the edges shown in (21)). As shown in (second welding) (as shown in Figures 5, 6, and 7 of the molding process of the electric heating device (e)), considering the aesthetic effect of the bag body, it is made of non-woven material for feeding (4 0) to perform the first welding (4 1 action, the process of cloth printing (4 6) after edge fusion 3) Perform the folding (4 2) c), and then complete the second solution 43) The number of layers at the edges of the folded front and rear sections is warmed and leveled compared to (2 5), and the fabric is leveled ( 4 4 device (2 7) for cutting. The invention can be used to make the material by the procedure.) That is, after the material is finished, such as (h, the fusion of the two connected devices is more than the addition of (44). The upper and lower layers of the picture are shown by the first display as (b) by the printing device), and then the side edge is moved inward (2 6), such as thick, so) The procedure is the work procedure, 4 5) Process
200408585 五、發明說明（4) 序，即從布料前、後段熔接寬度之中 即可獲致 環保袋製 故於製作 成品前、後段各留有一半之熔接邊如^ t裁切成型，以令 品則如（g)所示，由輸送裝置 ）所示，此時成 環保袋印製圖文之美觀效果者。2 8)輪出 請配合參閱第八、九、十 造方法」，因生產時之產量及】發明 過程中可直接於袋體表面貼設標 迅速，故於製作 =讀碼機之錢，其係將；織布=之：：於販售該 :層輸送* ( a )所示，進行進料（4才^材料’以上、 弟一熔接裝置（2 1 )執行第一次熔)之程序’經由 (b )所示緣邊之熔合動作，綾、真 1 )即完成如 邊裳置（2”進行摺Γ 之布料則經由摺 ;?ί如（C)…再經由-貼標：= : 位即完成wU 條碼貼設於布料之表面適 第二次炫接（43)而完成前弟(26)進行 、恥- 取則傻#又之熔合動作卽如（d -電執铲=:f 3邊其層數較多故較為厚，所以需經 如（：工之程序即^ 即w 尘裝置C J 7 )進行裁切成型（4 5 )之糕序 Π，前、後段熔接寬度之中線上裁切成型)，以令成 如f彳段各留有一半之熔接邊如（f )所示，此時成品 右° f、)、所示，由輸送裝置（2 8 )輸出，即可獲致一 不織或條碼之袋體者，而避免於成型後再行貼設之麻 後經H : : 7 )之加工程序後，貝“ 成生裝置（27)進行裁切成型（45)之-- 200408585 五、發明說明（5) 煩，進而加速其生產速度減少人工之浪費。200408585 V. Description of the invention (4) In order, the environmental protection bag system can be obtained from the welding width of the front and back sections of the fabric. Therefore, half of the welding edges are left before and after the finished product is cut and shaped to make The product is shown in (g) by the conveying device). At this time, it becomes the beautiful effect of printing the text in the environmental protection bag. 2 8) Please refer to the eighth, ninth, and ten manufacturing methods for the wheel out. Because the output during production and the invention can be directly labeled on the surface of the bag body quickly, so the production = code reader money, which is the Will; weaving = :: at the sale of this: layer conveyance * (a), as shown in Figure 4 above, the material (more than 4 materials, more than one welding device (2 1) to perform the first welding) procedure ' After the fusion action of the edge and edge shown in (b), 真, true 1) is completed, such as the edge skirt (2 "to fold the cloth Γ, then folded;? Ί as (C) ... and then-labeling: =: After the position is completed, the wU bar code is placed on the surface of the fabric. It is suitable for the second dazzle (43) and the ex-brother (26) is performed. Shame-取 则 傻 # and the fusion action is like (d -electrical shovel =: f The 3 sides have more layers and are thicker, so they need to be cut and shaped (4 5) in the order of the cutting process (ie, the process of the process, that is, ^ w dust device CJ 7), and the welding width of the front and rear sections. Cut on the line), so that half of the welded edges are left as shown in f 彳, as shown in (f), at this time the finished product is °°, f,), and output by the conveying device (2 8), that is, Can get a non-woven or Size bag body, and avoid the placement of the hemp after the molding process after H:: 7), the "Shengsheng device (27) for cutting and shaping (45)-200408585 five 5. Description of the invention (5) Annoying, and then accelerate its production speed and reduce manual waste.
請配合參閱第十一、十二、十三圖所示，本發明「環 保袋製造方法」，亦可於製作過程中直接於袋體表面印製 圖文及貼設標籤或條碼，以依廠商需求而加以變化，其係 將不織布材質之材料，以上、下層輸送如（a )所示，進 行進枓（4 0 )之程序，經由第一熔接裝置（2 1 )執行 第一次熔接（41)即完成如（b)所示緣邊之熔合動作 ，緣邊熔合後之布料則經由印刷裝置（2 2 )進行圖文印 刷（4 6 )之程序如（h )所示，再經由摺邊裝置（2 3 )進行摺邊（4 2 )程序，將兩側緣邊向内凹摺即完成如 (c )所示，後再經一貼標裝置（2 4 )進行貼標（4 7 )之程序，而將標蕺或條碼貼設於布料之表面適位即完成 如（i )所示，再經第二熔接裝置（2 6 )進行第二次熔 接（43)而完成前、後段之熔合動作即如（d)所示， 因收摺後之緣邊其層數較多故較為厚，所以需經一電熱裝 置（2 5 )進行加溫整平（4 4 )之程序即完成如（e ) 所示，布料經整平（4 4 )之加工程序後，則最後經一成 型裝置（2 7 )進行裁切成型（4 5 )之程序，即從布料 前、後段熔接寬度之中線上裁切成型，以令成品前、後段 各留有一半之熔接邊如（f )所示，此時成品則如（g ) 所示，由輸送裝置（2 8)輸出，即可獲致一印製圖文及 貼有標籤或條碼之袋體者。 上述製程中之第一次熔接（4 1 )及第二次熔接（4 3 )所使用之熔合方式可以超音波熔接技術實施，而得以Please refer to the eleventh, twelfth, and thirteenth illustrations. The "environmental protection bag manufacturing method" of the present invention can also print graphics and label or barcode directly on the surface of the bag during the production process, according to the manufacturer. The demand is changed. It is a non-woven material. The upper and lower layers are conveyed as shown in (a), and the process of entering (40) is performed. The first welding is performed through the first welding device (2 1) (41). ) Is completed as shown in (b) of the edge edge fusion action, the edge edge of the fusion of the fabric is printed through the printing device (2 2) graphic printing (4 6) as shown in (h), and then hemming The device (2 3) performs a hemming (4 2) procedure, and the edges of both sides are concavely folded inward to complete the process as shown in (c), and then a labeling device (2 4) is used for labeling (4 7). The procedure is to place the label or bar code on the surface of the fabric in place as shown in (i), and then perform the second welding (43) through the second welding device (2 6) to complete the front and rear sections. The fusion operation is as shown in (d), because the edge of the folded edge has a larger number of layers, so it is thicker, so it needs to be fed through an electric heating device (2 5). The process of heating and leveling (4 4) is completed as shown in (e). After the fabric is leveled (4 4), it is finally cut and shaped by a forming device (2 7). (4) 5) The procedure is to cut and shape from the middle of the welding width of the front and back sections of the fabric, so that half of the welding edges of the front and back sections of the finished product are shown as (f), and the finished product is as shown in (g). It is shown by the conveying device (28) that a bag body with printed text and labels or bar codes can be obtained. The welding method used for the first welding (4 1) and the second welding (4 3) in the above process can be implemented by ultrasonic welding technology, so that
第9頁 200408585 五、發明說明（6) 將上、下層布料之緣邊及其前、後段熔合。 綜上所述，本發明「環保袋製造方法」，其一貫化之 作業程序及簡化之製程，的確能藉由上述所揭露之製程， 達到所述之功效，且本發明申請前未見於刊物亦未公開使 用，誠已符合發明專利之申請要件。Page 9 200408585 V. Description of the invention (6) The edges of the upper and lower fabrics and their front and rear sections are fused. To sum up, the "environmental-protective bag manufacturing method" of the present invention, its consistent operating procedures and simplified manufacturing processes can indeed achieve the stated effects through the above-disclosed manufacturing process, and it has not been seen in publications before the application of the present invention. It has not been used publicly, and it has already met the application requirements of the invention patent.
第10頁 200408585 圖式簡單說明 【圖式簡單說明】 第一圖係本發明製程所使用機械之整體外觀示意圖。 第二圖係本發明製造流程示意圖。 第三圖係本發明流程方塊示意圖。 第四圖係本發明製造程序階段完成示意圖。 第五圖係本發明製造流程另一實施例示意圖。 第六圖係本發明流程方塊另一實施例示意圖。 第七圖係本發明製造程序階段完成之另一實施例示意圖。 第八圖係本發明製造流程再一實施例示意圖。 第九圖係本發明製造流程方塊再一實施例示意圖。 第十圖係本發明製造程序階段完成之再一實施例示意圖。 第十一圖係本發明製造流程又一實施例示意圖。 第十二圖係本發明製造流程方塊又一實施例示意圖。 第十三圖係本發明製造程序階段完成之又一實施例示意 圖。 【元件符號說明】 布捲置放架.....10 成型機台......20 第一熔接裝置· · · · 2 1 印刷裝置......22 摺邊裝置......23 貼標裝置......24 電熱裝置......25 第二熔接裝置····26Page 10 200408585 Simple illustration of the drawing [Simplified illustration of the drawing] The first drawing is a schematic diagram of the overall appearance of the machine used in the process of the present invention. The second figure is a schematic diagram of the manufacturing process of the present invention. The third diagram is a schematic block diagram of the process of the present invention. The fourth diagram is a schematic diagram of the completion of the manufacturing process stage of the present invention. The fifth diagram is a schematic diagram of another embodiment of the manufacturing process of the present invention. The sixth diagram is a schematic diagram of another embodiment of the process block of the present invention. The seventh diagram is a schematic diagram of another embodiment completed in the manufacturing process stage of the present invention. The eighth diagram is a schematic diagram of another embodiment of the manufacturing process of the present invention. The ninth figure is a schematic diagram of still another embodiment of a manufacturing process block of the present invention. The tenth figure is a schematic diagram of another embodiment completed in the manufacturing process stage of the present invention. The eleventh figure is a schematic diagram of another embodiment of the manufacturing process of the present invention. The twelfth figure is a schematic diagram of another embodiment of the manufacturing process block of the present invention. The thirteenth figure is a schematic diagram of another embodiment completed in the manufacturing process stage of the present invention. [Description of component symbols] Cloth roll rack ..... 10 Forming machine ... 20 First welding device ···· 2 1 Printing device ... 22 Folding device .. .... 23 Labeling device ... 24 Electric heating device ... 25 Second welding device ... 26
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