M410016 五、新型說明： 【新型所屬之技術領域】 本創作為一種膜料邊痕消除裝置， 爷糸4®**_u* 尤才日一種運用於各 式套標戡機上用以消除標籤膜料之邊痕的裝置。M410016 V. New Description: [New Technology Field] This creation is a film edge mark elimination device. The 糸4®**_u* 尤才日 is used in various sets of labeling machines to eliminate the label film. The device for the edge of the material.
【先前技術】 I 常用的瓶子外均套設有標藏以標示產品内容、販隹廢 商：貧料、以及裝飾性的圖案花紋等，標籤係以批量生產， 標織之膜料製造時為平面印刷，再以合掌機折黏合，㈣ 後形成管狀卷裝，並藉由套標藏機來將標藏裁切後依序套 設並固定於瓶身外，為了順利的將標籤成管狀（筒狀）的 方式套入各式瓶體，標籤製造時是將印刷或未印刷的單層 標籤之膜料藉以合掌機將膜料内折後 邊痕的標藏輸送，請參閱圖12所示，當標藏== 機中輸送至中心、導柱7〇處時，令心導柱7G之上端的扁平 片體71用以穿入標籤6〇中，並用以導引標籤套入中心 導柱，當標籤60順著扁平片體的中心柱導板71並隨著 滾輪的帶動而移動套入中心導柱7〇時，標籤6〇依循著十 心導柱70的形狀而被撐開為圓筒狀以進一步套設於接下來 的瓶子外，然而，請配合參閲圖13所示，標籤60由扁平 狀樓開成為圓筒狀時將必然在兩側内折處形成膜料邊痕 61 ’因標籤60合掌后所產生的邊痕6丨，造成在經過中心柱 70切斷后要套入瓶身時，標籤6〇離開中心柱7〇是呈橢圓 的現象套入瓶身，無法順利的一次將標籤套入瓶體，因而 產生作業上的損耗。且標籤6〇的大小尺寸一般僅可略大於 3 M410016 瓶身80，在此情形下’膜料邊痕61將佔據標籤6〇的部分 體積，使得標籤60撐開後的形狀與瓶身8〇形狀不符而不 易套入瓶身80，再者，當標籤60套入瓶身8〇後，瓶身8〇 繼續被輸送至熱收縮裝置處對標籤60進行熱收縮處理，以 使標籤60貼附於瓶身80上，則膜料邊痕61將使得標籤6〇 收縮時無法整體均勻一次收縮，導致膜料邊痕61的區域在 收縮後因材料較多且較硬而呈現較深的色澤，即所謂的聚 色現象、或無法平整貼附於瓶身80,進而導致整體製程良 率降低，並影響製造成本。 【新型内容】 有鑑於此，本創作係設計了一種膜料邊痕消除裝置， 使得標藏在套人瓶身前已消除邊痕，進而提高整趙製程良 率〇 為達到上述的創作目的，本創作所採用的技術手段為 設計-種用於套標籤機的膜料邊痕消除裝置，其設於 籤機之中心導柱旁，該膜料邊痕消除裝置包括： π 兩主體，其呈間隔相對設置，各主體包含有一主承架 及-邊痕消除單元，該邊痕消除單元設於主承架上。” a進一步而言，各主體之邊痕消除單元可包含有—推 才干，各主體之主承架呈ue 中。 推扣可轉動地跨設於主承架 , Α 迓痕消除單元可包含有—小 縮早几、一連接板及一款質片體 固定且由主承架橫向延伸，每一主：：：，主承架心 主體之伸縮單元延伸，連接 縮單70朝向另一 連接板固設於伸縮單元末端，軟賀 M41U016 片體貼靠於連接板表面。 本創作使用時，將邊痕消除單元相對設於中心導柱兩 ‘ 側，#標籤移動、經過邊痕消料元處時，臈料邊痕受邊痕 消除單元壓迫而反向受力内凹，當標籤通過邊痕消除單元 處後’該等膜料邊痕已受迫變形而消除，因此，標藏可隨 中心導柱的形狀而呈圓筒狀，則可使得標籤順利套入瓶 身、維持標籤在後續熱收縮製程後所呈現的色澤均一、且 維持標籤貼附於瓶身的平整度，進而提高整體製程的良率。 9 【實施方式】 以下配合圖式及本創作之較佳實施例，進一步闡述本創 作為達成預定創作目的所採取的技術手段。 凊參閱圖1所示，本創作之膜料邊痕消除裝置包含有兩 主體10、一連接單元20·、及一調整單元3〇。 明參閱圖1及圖2所示，前述之兩主體1〇呈間隔相對 设置’各主體10包含有一主承架u及一邊痕消除單元該 _ 邊痕'肖除單元與主承架11相連接，兩主體1 〇之邊痕消除單 元相對應，在較佳實施例中，主承架11之具有一内端1U 及外知112，主承架11之内端111樞設於一連接框架 上，使得裝ax時可將兩主承架i i向外樞轉以便於設置； 明參閱圖1及圖2所示，在一較佳實施例中，邊痕消除 單元包含有一推桿丨2，主承架11呈u形且推桿12可轉動 地跨設於主承架11中； 請參閱圖3及圖4所示，在另一較佳實施例中，邊痕消 除單元包含有一伸縮單元、一連接板14Α及一軟質片體 15Α’伸縮單το與主承架ηΑ相互固定且由主承架11Α橫向 5 M410016 延伸’每一主體l〇A之伸縮單元朝向另一主體1〇A之伸縮 單元延伸’伸縮單元可包含有兩桿體12A，每一桿體12A外 套設有彈簧121A，連接板14A固設於伸縮單元末端，軟質 片體15A貼靠於連接板14A表面，軟質片體l5A可為羊毛 氈或其餘軟性材料所構成。 月述之連接單元20設於兩主體上，連接單元2〇包 含有一突柱21及一扣件22，突柱21固設於其中一主承架 11之外端112，扣件22設於另_主承架n之外端112，扣 件22包含有一樞接塊221及一滑桿222，樞接塊221樞設於 相對應之主承架丨i的外端丨丨2，滑桿222可滑動地穿設於樞 接塊221中，由於滑桿222可相對於樞接塊221滑動，故滑 才干222犬f於枢接塊221之長度可調整之，滑桿222末端成 |有$橹223 ’扣槽223與突柱21相卡合，以連接並相對 固定兩主體1〇。 前述之調整單疋3〇與兩主體1〇相連接，調整單元Μ 。3 =兩對接“ 3丄、兩組縱向伸縮桿、以及—組橫向 伸縮扣33 ’兩對接框架31分別與兩主體相互固定，在較 ，實施例中’兩對接框架31分別與兩連接框架13相互固 疋各組縱向伸縮桿32貫穿相對應的對接框架η且可相對 於^接框架31滑動，各组縱向伸縮桿32可包含有-個以上 在本實施例中，較佳數量為兩個桿體，各組縱向伸 竿321 Β 21且末端貫穿並固設於另一調整框 二:，二=3:可包含有，上的桿體，在本實施 佳數量為兩個桿體，橫向伸縮捍33之—端設有一 M410016 固定塊331以便於與套標籤機相互固定，橫向伸縮桿33之 另一端設有對位塊332以相對支掉兩桿體，避免兩桿體末端 歪斜或偏移。 ; 請參閱圖5至圖8所示，本創作係使用於套標籤機中， 裝設本創作時，將主冑10裝設於預設的中心導㈣兩側使 用之，可利用調整單元30之縱向伸縮桿32來調整主體ι〇 的南度，再利用橫向伸縮桿33來調整兩主體1〇的間距，使 本創作之兩主體10分別設於中心導柱4。之兩側，且兩主體 之邊痕消除單元的位置分別相對於令心導柱40,即推桿12 或軟質片體15A分別相鄰於中心導柱4〇 ,最後利用連接單 7L 20之扣件22與突柱21相卡合以相對固定兩主體⑺的位 置；當套標籤機作動時，標籤50係以扁平狀傳送並套入至 中心導柱4〇上方的扁平只斯4 屙十片體42,藉由傳動裝置及滾輪的 動以將標籤50持續沿中心導柱40向下傳送。 請參閱圖8及圖9所示，當標藏50恰由扁平片體42移 動至中心導柱4〇上時受力撐開後在兩側有標籤50 製作時所形成對折處形成的膜料邊痕51; ，請參閱圖8及圖10所示’當撐開後的標籤50持續沿中 心導柱4G移動至邊痕消除單元處，邊痕消除單元將膜料邊 痕51壓迫使膜料邊痕51反向受力而變形，進—步參閱圖" 所示’當標籤50通過邊痕消除單元後，該等膜料邊痕“係 因已受邊痕消除單元之力而變形，由於中心導柱4〇仍將標 戤50撐開為圓筒狀，故標籤5〇透過邊痕消除 痕51消除而成圓筒狀。 犋针迓 請參閱圖8及圖10所示，在一較佳實施例令，套標藏 7 M410016 機之中心導柱40上可内凹成型有預設的兩相對的凹槽4i， 推桿12配合中心導柱4〇所設有之凹槽41而加大膜料邊痕 51的變形量。[Prior Art] I The commonly used bottles are provided with labels to mark the contents of the products, the waste goods: the poor materials, and the decorative patterns. The labels are produced in batches. Plane printing, and then folded in a palm machine, (4) to form a tubular package, and the label is cut and then sleeved and fixed outside the bottle by a sleeve labeling machine, in order to smoothly label the label ( The cylindrical shape is inserted into various types of bottles, and the label is manufactured by transferring the film material of the printed or unprinted single-layer label to the labeling machine for folding the back side marks of the film material, as shown in FIG. When the label == is transported to the center and the guide post 7〇, the flat sheet 71 at the upper end of the guide post 7G is used to penetrate into the label 6〇, and is used to guide the label into the center guide post. When the label 60 is moved along the center pillar guide 71 of the flat sheet and is moved into the center pillar 7〇 as the roller is driven, the label 6 is stretched into a cylinder following the shape of the ten-core pillar 70. The shape is further set outside the next bottle, however, please refer to Figure 13, the standard When the flat floor is opened into a cylindrical shape, the film edge marks 61 will be formed in the inner side of the two sides, and the edge marks 6 产生 generated by the label 60 will be formed after the center column 70 is cut. When entering the bottle body, the label 6〇 is separated from the center column and the ellipse is inserted into the bottle body, and the label cannot be smoothly inserted into the bottle body at a time, thereby causing work loss. And the size of the label 6〇 is generally only slightly larger than the 3 M410016 bottle body 80. In this case, the film edge 61 will occupy a part of the volume of the label 6〇, so that the shape of the label 60 after being opened and the bottle body 8〇 The shape does not match and it is not easy to fit into the bottle body 80. Further, after the label 60 is placed in the bottle body 8〇, the bottle body 8〇 is further conveyed to the heat shrink device to heat-shrink the label 60 to attach the label 60. On the bottle body 80, the film edge mark 61 will cause the label 6 to shrink uniformly when it is contracted, resulting in a region of the film edge 61 which has a darker color due to more material and harder after shrinking. That is, the so-called coloring phenomenon, or the flatness attached to the bottle body 80, leads to a decrease in the overall process yield and affects the manufacturing cost. [New content] In view of this, this creation department has designed a film edge mark elimination device, which eliminates the edge marks in front of the bottle body and improves the yield of the whole process, so as to achieve the above-mentioned creative purpose. The technical means adopted in the creation is a design-type film material edge eliminating device for a labeling machine, which is arranged beside the central guiding column of the signing machine, and the film material edge eliminating device comprises: π two main bodies, which are The spacers are oppositely disposed, and each body comprises a main frame and a side mark eliminating unit, and the side mark eliminating unit is disposed on the main frame. Further, the edge eliminating unit of each body may include a pusher, and the main frame of each body is in the ue. The push button is rotatably spanned on the main frame, and the scar removing unit may include - small shrinkage, a connecting plate and a mass body fixed and extending laterally from the main frame, each main:::, the telescopic unit of the main body of the main frame extends, the connection shrinking 70 is oriented toward the other connecting plate It is fixed at the end of the telescopic unit, and the soft M41U016 sheet is placed on the surface of the connecting plate. When the creation is used, the edge eliminating unit is oppositely disposed on the two sides of the center pillar, and the #tag moves and passes through the edge-marking material. The edge of the material is pressed by the edge eliminating unit and the force is concave. When the label passes through the edge eliminating unit, the edge marks of the film have been forced to be deformed, so the standard can be guided with the center. The cylindrical shape of the column allows the label to be smoothly inserted into the bottle body, maintains the uniform color of the label after the subsequent heat shrinking process, and maintains the flatness of the label attached to the bottle body, thereby improving the overall process. Yield. 9 [Implementation In the following, in conjunction with the drawings and the preferred embodiment of the present invention, the technical means adopted by the present invention for achieving the intended purpose of creation are further explained. Referring to FIG. 1 , the film edge removing device of the present invention comprises two main bodies 10 . A connecting unit 20· and an adjusting unit 3〇. As shown in FIG. 1 and FIG. 2, the two main bodies 1〇 are arranged opposite to each other. Each main body 10 includes a main frame u and a side mark eliminating unit. The edge mark 'Shaw removal unit is connected to the main frame 11 and the two body 1 〇 edge mark eliminating unit corresponds. In the preferred embodiment, the main frame 11 has an inner end 1U and a known end 112, the main bearing The inner end 111 of the frame 11 is pivotally mounted on a connecting frame so that the two main frames ii can be pivoted outward for easy setting when the ax is mounted. Referring to FIG. 1 and FIG. 2, in a preferred embodiment, The edge mark eliminating unit includes a push rod 2, the main frame 11 is u-shaped and the push rod 12 is rotatably spanned in the main frame 11; as shown in FIG. 3 and FIG. 4, another preferred In an embodiment, the edge eliminating unit comprises a telescopic unit, a connecting plate 14Α and a soft sheet 15Α 'The telescopic single το is fixed to the main frame ηΑ and is extended by the main frame 11 Α lateral 5 M410016 'The expansion unit of each main body 〇A extends toward the telescopic unit of the other main body 1A' The telescopic unit may include two rods Body 12A, each rod body 12A is provided with a spring 121A, the connecting plate 14A is fixed at the end of the telescopic unit, and the soft sheet 15A is abutted against the surface of the connecting plate 14A. The soft sheet 15A can be composed of wool felt or other soft materials. The connecting unit 20 of the month is disposed on the two main bodies, and the connecting unit 2 includes a protruding post 21 and a fastening member 22, and the protruding post 21 is fixed to the outer end 112 of one of the main receiving frames 11, and the fastening member 22 is disposed on The outer end 112 of the main frame n, the fastener 22 includes a pivoting block 221 and a sliding bar 222, and the pivoting block 221 is pivoted on the outer end 丨丨2 of the corresponding main frame 丨i, the sliding bar The 222 is slidably disposed in the pivoting block 221. Since the sliding bar 222 is slidable relative to the pivoting block 221, the length of the sliding 222 can be adjusted to the length of the pivoting block 221, and the end of the sliding bar 222 is formed. $橹223 'The buckle groove 223 is engaged with the stud 21 to connect and relatively fix the two bodies 1〇. The aforementioned adjustment unit 〇3〇 is connected to the two main bodies 1〇, and the unit Μ is adjusted. 3 = two butt joints "3", two sets of longitudinal telescopic rods, and - set of transverse telescopic buckles 33', two butt frames 31 are respectively fixed to the two main bodies. In the embodiment, the two docking frames 31 and the two connecting frames 13 respectively Each set of longitudinal telescopic rods 32 is inserted through the corresponding mating frame η and is slidable relative to the mating frame 31. Each set of longitudinal telescopic rods 32 may include more than one in the present embodiment, preferably in two. The rod body, each group has a longitudinal extension 321 Β 21 and the end penetrates and is fixed to another adjustment frame 2: 2=3: may include, the upper rod body, in the present embodiment, the number is two rod bodies, horizontal The end of the telescopic cymbal 33 is provided with a M410016 fixing block 331 for fixing with the sleeve labeling machine, and the other end of the lateral telescopic rod 33 is provided with the aligning block 332 to relatively support the two rod bodies, so as to avoid the two rod ends being skewed or biased. Please refer to Figure 5 to Figure 8. This creation is used in the labeling machine. When installing this creation, the main unit 10 is installed on both sides of the preset center guide (4), which can be adjusted. The longitudinal telescopic rod 32 of the unit 30 adjusts the south degree of the main body ι, and then The lateral telescopic rods 33 are used to adjust the spacing between the two main bodies 1〇, so that the two main bodies 10 of the present invention are respectively disposed on the two sides of the central guide post 4, and the positions of the side mark eliminating units of the two main bodies are respectively opposite to the guiding core pillars. 40, that is, the push rod 12 or the soft sheet 15A is adjacent to the central guide post 4〇, respectively, and finally the buckle 22 of the connecting single 7L 20 is engaged with the stud 21 to relatively fix the positions of the two main bodies (7); When the machine is actuated, the label 50 is conveyed in a flat shape and nested into the flat stencil 10 above the center guide post 4〇, and the label 50 continues along the center guide post 40 by the movement of the transmission and the roller. As shown in FIG. 8 and FIG. 9, when the label 50 is moved from the flat sheet 42 to the center pillar 4, it is stretched and then formed on the sides of the label 50. The formed film edge mark 51; , as shown in FIG. 8 and FIG. 10, when the spread label 50 continues to move along the center pillar 4G to the edge mark eliminating unit, the edge mark eliminating unit will mark the film edge mark 51. The pressure forces the film edge mark 51 to be deformed by the reverse force, and the method of referring to the figure "When the label 50 passes the edge mark" After the unit is removed, the edge marks of the film are “deformed by the force of the edge eliminating unit. Since the center pillar 4〇 still expands the label 50 into a cylindrical shape, the label 5〇 is removed through the edge mark. The mark 51 is eliminated into a cylindrical shape. Referring to FIG. 8 and FIG. 10, in a preferred embodiment, the center guide post 40 of the sleeve 7 M410016 can be concavely formed with preset two opposite grooves 4i, and the push rod 12 The amount of deformation of the film edge 51 is increased by the groove 41 provided in the center guide post 4〇.
請參閱圖6所示，在另一較佳實施例中，軟質片體i5A 透過伸縮單元的設置而可持續貼靠於中心導柱4〇表面而同 樣可達到消除邊痕的目的。 因此，透過本創作的設置，可順利將標籤5〇之膜料邊 痕消除，以使得標籤順.利套人瓶身外，進而提高整體製 成的良率，進一步配合連接單元2〇及調整單元3〇的設置， 而，得本創作可調整相對位置以配合使用力各種不同的套 標籤機上及各式的瓶體大小。 以上所述僅是本創作的較佳實施例而已，並非對本創作 做任何形式上的限制’雖然.本創作已以較佳實施例揭露如 然而並非用以㈣本創作，任何所屬技術領域中具有通 常知識者，在不脫離本創作技術方案的範圍内，當可利用上 =揭示的技術内容作出些許更動或修飾為等同變化的等效 貫％例，但凡是未脫離本創作技術方案的内容，依據本創作 :技術實質對以上實施例所作的任何簡單修改、等同變化與 L飾，均仍屬於本創作技術方案的範圍内。 【圖式簡單說明】 圖1為本創作之立體外觀圖 圖2為本創作之動作立體圖 圖3為本創作另一實施例之立體外觀圖 圖4為本創作另一實施例之動作立體圖 圊5為本創作使用於套標藏機之中心導柱的裝設動作 料丄0016 示意圖 圖6為本創作另一實施例使用於套標籤機之中心導柱 的裝設動作示意圖Referring to Fig. 6, in another preferred embodiment, the soft sheet i5A can be adhered to the surface of the center pillar 4 through the arrangement of the telescopic unit, and the edge can be eliminated. Therefore, through the setting of this creation, the edge marks of the label 5〇 can be smoothly eliminated, so that the label is smoothed outside the bottle body, thereby improving the overall yield, and further matching the connection unit 2〇 and adjusting The setting of the unit 3〇, the original position can be adjusted to match the force of the various sets of labeling machines and various bottle sizes. The above description is only a preferred embodiment of the present invention, and does not impose any form limitation on the present invention. Although the present invention has been disclosed in the preferred embodiment, however, it is not used in (4) the present creation, and has any technical field. Generally, the knowledge person, without departing from the scope of the technical solution of the creation, may make some adjustments or modifications to the equivalent of the equivalent change when the technical content of the disclosure is disclosed, but the content that does not deviate from the technical solution of the creation, According to the present invention: any simple modification, equivalent change and L decoration of the above embodiments are still within the scope of the technical solution of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of the creation of the present invention. FIG. 3 is a perspective view of another embodiment of the present invention. FIG. 3 is a perspective view of another embodiment of the present invention. FIG. The installation operation material 丄0016 used for the center guide column of the set labeling machine is a schematic diagram of the installation operation of the central guide column used in the labeling machine of another embodiment of the present invention.
圖7為本創作使用於套標籤機之中心導柱的立體圖 圖8為本創作使用於套標籤機之中心導柱的側視圖 圖9為圖8之9-9割面線的剖視圖 圖10為圖8之10-10割面線的剖視圖 圖11為圖8之11-11割面線的剖視圖 圖12為套標籤機之中心導柱的使用狀態圖 圖13為標籤具有膜料邊痕與瓶身的對應示意圖 【主要元件符號說明】Figure 7 is a perspective view of the central guide post used in the labeling machine of the present invention. Figure 8 is a side view of the center guide post used in the labeling machine. Figure 9 is a cross-sectional view of the 9-9 cutting line of Figure 8. Figure 10 is a cross-sectional view of the 10-10 cut line. Figure 11 is a cross-sectional view of the 11-11 cut line of Figure 8. Figure 12 is a state of use of the center guide post of the labeling machine. Figure 13 is a label with a film edge and bottle Corresponding diagram of the body [main component symbol description]
10主體 111内端 1 2推桿 121A彈簧 15A軟質片體 20連接單元 22扣件 222滑桿 30調整單元 3 2縱向伸縮桿 3 3橫向伸縮桿 332對位塊 41凹槽 5 1膜料邊痕 11主承架 112外端 12A桿體 14A連接板 1 3連接框架 21突柱 221樞接塊 223扣槽 3 1對接框架 321調整框架 331固定塊 40中心導柱 50標籤 60標籤 9 M410016 61膜料邊痕 70中心導柱 71扁平片體 80瓶身10 body 111 inner end 1 2 push rod 121A spring 15A soft sheet 20 connection unit 22 fastener 222 slide rod 30 adjustment unit 3 2 longitudinal telescopic rod 3 3 transverse telescopic rod 332 alignment block 41 groove 5 1 film edge mark 11 main frame 112 outer end 12A rod body 14A connecting plate 1 3 connecting frame 21 protruding column 221 pivoting block 223 buckle groove 3 1 docking frame 321 adjustment frame 331 fixing block 40 center guide column 50 label 60 label 9 M410016 61 film material Edge mark 70 center guide column 71 flat sheet body 80 bottle body
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