201226267 六、發明說明： 【發明所屬之技術領域】 本發明，是有關於包裝材加工裝，對於將使紅茶、咖 啡等的被抽出物被充塡的包裝體藉由製袋充塡而製造的情 況時所使用的包裝材，預先將附標籤吊下線接合好。 【先前技術】 製造供紅茶、咖啡等的作爲被抽出物用的包裝體的情 況時，考慮抽出時的使用方便而有在包裝體安裝上附標籤 吊下線的情況。 該情況，附標籤吊下線的安裝，是如專利文獻1所示 ’通常，不是在包裝體成形之後，而是對於成形前的連續 的薄片狀的包裝材進行。此時，將標籤及吊下線的基端部 與包裝材接合地安裝。 〔先行技術文獻〕 〔專利文獻〕 〔專利文獻1〕日本特開平9-24907號公報 【發明內容】 (本發明所欲解決的課題） 但是吊下線較短的話，抽出時因爲容易陷落至容器內 ’所以吊下線期望儘可能較長。因此，吊下線不是呈直線 狀而是呈鬆弛的狀態下被安裝在包裝材。 但是包裝材，因爲是在其後被放入製袋充塡裝置並藉 -5- 201226267 由密封切斷依序成形成包裝體’所以在包裝材中呈過度鬆 弛的狀態下安裝吊下線的話’橫方向的密封切斷時有可能 會被切斷。因此，將附標籤吊下線呈鬆弛地安裝於包裝材 時，吊下線具有長度的上限。 本發明是著眼在上述習知的問題點’其目的是提供一 種包裝材加工裝置，使附標籤吊下線在包裝材中可比習知 品更長，但是不會太過鬆弛，其後的橫方向的密封切斷時 也不會被切斷的方式進行安裝。 且其目的是提供一種包裝材，使附標籤吊下線可在鬆 弛的狀態下被安裝。 (用以解決課題的手段） 本發明，是爲了達成上述目的，申請專利範圍第1項 的發明，是一種包裝材加工裝置，其特徵爲，具備：將連 續的附標籤吊下線將其標籤側作爲先頭且在連續的薄片狀 的包裝材上可超越標籤接合位置地被拉出的拉出手段、及 將前述吊下線的原拉出側也就是基端部與前述包裝材接合 的線基端部接合手段、及將前述吊下線由前述線接合位置 的後方從後續的吊下線分離的分離手段、及將前述標籤返 回至前述預定的標籤接合位置爲止的標籤返回手段、及將 前述吊下線的中間部返回直到包裝材寬度方向中間的預定 的線中間部接合位置爲止的線返回手段、及將前述吊下線 的中間部與前述包裝材接合的線中間部接合手段、及將前 述標籤與前述包裝材接合的標籤接合手段，藉由前述標籤 -6- 201226267 返回手段被拉出的標籤是返回直到預定的標籤接合位置爲 止時，藉由前述線返回手段使吊下線的中間部也返回直到 預定的線中間部接合位置爲止並在該位置藉由前述線中間 部接合手段被接合，使前述附標籤吊下線在前述線中間部 接合位置的兩側呈鬆弛的狀態下與前述包裝材接合。 申請專利範圍第2項的發明，是如申請專利範圍第1項 的包裝材加工裝置，其中，線返回手段，具有：藉由吸引 吊下線進行吸著保持的吸著保持手段、及將前述吸著保持 手段朝前述吊下線的原拉出側移動的移動手段》 申請專利範圍第3項的發明，是如申請專利範圍第2項 的包裝材加工裝置，其中，線返回手段，是在移動方向隔 有間隔地具有一對吸著保持手段，線中間部接合手段是位 於吸著手段彼此之間。 申請專利範圍第4項的發明，是如申請專利範圍第1至 3項中任一項的包裝材加工裝置，其中，拉出手段及標籤 返回手段，是由：將標籤挾持的夾具、及將前述夾具在包 裝材上可進退自如地移動的移動手段所構成，藉由其移動 方向作爲拉出手段或標籤返回手段作動。 申請專利範圍第5項的發明，是如申請專利範圍第1至 4項中任一項的包裝材加工裝置，其中，線中間部接合手 段及線返回手段是一起移動。 申請專利範圍第6項的發明，是一種包裝材，其特徵 爲：附標籤吊下線的標籤及線基端部是與包裝材接合，進 一步前述吊下線的中間部是與前述包裝材接合，在前述線 201226267 中間部的兩側前述吊下線是成爲鬆弛的狀態。 〔發明的效果〕 依據本發明的包裝材加工裝置，可將附標籤吊下線， 由比習知品長但不會太過鬆弛，且其後的製袋充塡作業中 的橫方向的密封切斷時也不會被切斷的方式被安裝在包裝 材。 【實施方式】 依據圖面說明本發明的實施例的包裝材加工裝置1。 首先，依據第1圖〜第5圖說明包裝材加工裝置1的各 部的構成及動作。 在第1、2圖中，符號3、3是顯示一對導軌，此一對導 軌3、3是在朝前後方向延伸的狀態下被安裝於裝置本體（ 圖示省略）地被固定。 符號5是顯示驅動基座，此驅動基座5是使2枚的長方 形板在寬度方向一端側呈上下疊合地形成一體，長度方向 是在左右方向形成一致。在此驅動基座5的下側的長方形 板的下面設有一對滑件7、7，各滑件7是可滑動移動自如 地被支撐於各導軌3。在驅動基座5的上側的長方形板的下 面形成有長溝9。此長溝9是在左右方向呈直線狀延伸。長 溝9的右端側是成爲直到上面爲止貫通的貫通孔10。驅動 基座5是成爲藉由適宜的驅動手段（圖示省略）被驅動而 朝前後方向移動。 201226267 符號1 1是顯示棒狀的導軌，此導軌1 1是在朝左右方向 延伸的狀態下被安裝於裝置本體（圖示省略）。 符號13是顯示驅動軸，此驅動軸13是可進退自如地被 支撐於直動軸承15。此直動軸承15是被安裝於裝置本體（ 圖示省略）。驅動軸1 3的基端側是與適宜的驅動手段（圖 示省略）連結，並被該驅動手段驅動而朝左右方向移動。 驅動軸13的先端側是透過萬向接頭17與連結軸19連結，此 連結軸19的先端側也透過萬向接頭21與挾持安裝部23連結 〇 符號25是顯示可動側夾具，此可動側夾具25是被安裝 於挾持安裝部2 3。可動側夾具2 5的一對挾持爪是朝向後側 ，並將標籤B從上下方向挾持。 說明挾持安裝部23及上述的導軌11的連結構成。挾持 安裝部23是被固定於平板狀的驅動基座27上面的後側。另 —方面，在導軌11中滑件28是朝左右方向可滑動移動自如 地被嵌合。連結部29是被固定在此滑件28的上面，上述的 驅動基座27是朝前後方向可滑動移動自如被支撐於此連結 部29。 且在驅動基座27的上面的前側安裝有銷31。此銷31是 可滑動移動自如地嵌合於驅動基座5的長溝9及貫通孔10。 藉由上述的構成，驅動軸13是朝進退方向即左右方向 移動的話，挾持安裝部23就會沿著導軌1 1移動。此時，銷 31會在長溝9及貫通孔10內移動。 且驅動基座5是朝前後方向移動的話，銷31會被推， -9 - 201226267 與驅動基座27 —起使挾持安裝部23對於滑件28朝前後方向 移動。連結軸19，因爲是透過萬向接頭17對於驅動軸13轉 動，且從挾持安裝部23側是透過萬向接頭21轉動，所以挾 持安裝部23朝後方移動時，是成爲對於驅動軸13交叉的姿 勢，在驅動軸13的左右方向的移動中就沒有障礙。 如此，可動側夾具25的一對挾持爪，可以在包裝材S 上的水平面內呈矩形軌道描畫的方式移動。 符號3 3是顯示固定側夾具，此固定側夾具3 3是透過固 定托架34被安裝於裝置本體（圖示省略）地被固定。固定 側夾具3 3的一對挾持爪是成爲朝向後側，將標籤B從上下 方向挾持。 符號35是顯示附標籤吊下線A的導引構件，附標籤吊 下線A是被挾持在此導引構件35並被供給至包裝材S側。 導引構件3 5的先端，是延伸直到固定側夾具3 3的一對 挾持爪之前爲止。 接著，說明接合手段。 在第2圖中，符號37是顯示線基端部接合手段，此線 基端部接合手段3 7，是由彼此之間相面對的超音波喇叭形 輻射體39及承接台41所構成。 如第3圖所示，超音波喇叭形輻射體3 9是透過安裝托 架43被支撐於上側支撐部45。此上側支撐部45是藉由橫跨 於與被立設於裝置本體的基座部46上的支柱47之間的彈簧 49朝下方被推迫。且，鏈條（圖示省略）的一端是被連結 在上側支撐部45中，此鏈條是在途中繞過具備支柱47的鏈 -10- 201226267 輪51之後，使另一端與被固定於基座部46的氣壓缸53的作 動桿連結。氣壓缸5 3的作動桿是藉由伺服馬達5 5被驅動的 話，就會抵抗彈簧49的推迫力而上動。 又，承接台4 1也透過下側支撐部5 7與氣壓缸5 3的作動 桿連結。 依據上述的構成，藉由氣壓缸53的作動桿的上下動使 超音波喇叭形輻射體3 9及承接台4 1相互接近/分離。 符號59是顯示推彈簧。此推彈簧59是接近超音波喇叭 形輻射體3 9的下端地被配置於其左側，並朝下方延伸，使 下端成爲遊端。 符號61是顯示作爲分離手段的裁刀，此裁刀61是接近 超音波喇叭形輻射體3 9的下端地被配設其右側。 在第2圖中，線中間部接合手段6 3、標籤接合手段6 5 ’是依序被並列配置在線基端部接合手段3 7的左側。這些 的接合手段’也藉由超音波喇叭形輻射體及承接台構成。 線中間部接合手段63及標籤接合手段65的超音波喇叭 形輻射體’是成爲與線基端部接合手段3 7的超音波喇叭形 輻射體3 9相同的構成，相同的方式被支撐。但是，線中間 部接合手段63的安裝托架43及標籤接合手段65的安裝托架 4 3皆是被支撐在1個上側支撐部6 4的點是相異。且，線中 間部接合手段63的承接台67及標籤接合手段65的承接台69 皆是各別透過保持台66、68被支撐在下側支撐部70的點是 相異。在保持台66、68中形成有朝前方及上方開口的凹部 72、74’承接台67、6 9是被嵌入保持在此凹部72、71 -11 - 201226267 線基端部接合手段3 7雖成爲不能朝左右方向移動，但 是線中間部接合手段63及標籤接合手段65成爲可朝左右方 向移動。依據第3圖說明該移動手段。 線中間部接合手段63及標籤接合手段65側的支柱47及 氣壓缸53是被支撐於滑件71地被立設，此滑件71是朝左右 方向可滑動移動地嵌合於被設在基座部46上的導軌73。 符號75是顯示滾珠螺桿機構，此滾珠螺桿機構75的滾 珠螺桿77是可旋轉自如地被支撐於一對軸承81、82並朝左 右方向延伸。軸承81、82是被固定於基座部46上》在滾珠 螺桿77中螺合有滾珠螺桿螺帽79，支柱47是與此滾珠螺桿 螺帽79連結。伺服馬達83是與滾珠螺桿77連結，滾珠螺桿 77是受到來自伺服馬達83的驅動力而旋轉。 藉由上述的構成，藉由滾珠螺桿77的旋轉，與滾珠螺 桿螺帽79—起使支柱47及氣壓缸53沿著導軌73朝左右方向 移動。因此，線中間部接合手段63及標籤接合手段65是一 起朝左右方向移動。 接著，依據第4圖說明被安裝於線中間部接合手段63 的吸著保持手段。 在上側的保持部85中形成有凹部87，由此凹部87將超 音波喇叭形輻射體3 9的下端側由後側及左右兩側包圍。上 側的保持部85是對於上側支撐部64朝上下方向可移動自如 連結。且，上側保持部8 5是藉由適宜的推迫手段朝向下方 被推迫。在上側的保持部85內，空氣吸引管89、89是各別 通過凹部87的兩側，先端的吸引孔90、90是各別朝向下方 -12- 201226267 開口。吸引孔9〇、9 0是將超音波喇叭形輻射體37挾持地相 面對。 在下側的保持部66空氣供給管91、91也各別通過凹部 72的兩側，先端的吹出孔92、92是各別朝向上方開口’並 各別與吸引孔9 0、9 0相面對。 藉由上述的構成，吸著保持手段’是與線中間部接合 手段63—起朝左右方向移動。且，吸引孔90及吹出孔92之 間是最大限度相互接近時’第4圖的粗的箭頭所示的空氣 流所產生的吸引作用會變大，將其間的吊下線C吸著保持 在吸引孔90側。 接著，說明包裝材加工裝置1的基本動作。 裝置的運轉是開始的話，吸著保持手段被作動。 藉由適宜的驅動源（圖示省略），使連續的薄片狀的 包裝材S從捲線器（圖示省略）依序被吐出，藉由旋轉桿 99 (第4圖）被方向轉換之後，如第5圖所示，在各接合手 段之間呈水平從朝向後方前方被給進。附標籤吊下線A是 藉由導引構件35從對於包裝材s的給進方向垂直交叉的方 向被供給。且，藉由可動側夾具25使標籤B被挾持，使附 標籤吊下線A朝如假想線所示對於包裝材S的給進方向垂直 交叉的方向被拉出。 以下’詳細說明朝包裝材S的1條附標籤吊下線A的安 裝動作。 如第6圖所示，前一個的附標籤吊下線a的朝包裝材S 的安裝動作終了的話，包裝材S是只有預定的長度朝前方 -13- 201226267 被給進。另一方面，可動側夾具25是由固定側夾具33與被 挾持的標籤B—起被挾持。在此狀態下，如第7圖所示，各 接合手段3 7、6 3、6 5的超音波喇叭形輻射體3 9、3 9、3 9及 承接台41、67、69是彼此分離而成爲待機姿勢。且，吸著 保持手段的上側保持部85及下側保持部66也彼此分離使吸 著保持作用不會作動。 接著，如第8圖所示，解除固定側夾具33的挾持，可 動側夾具25是一邊將標籤B挾持，一邊在包裝材S上朝左方 移動。在此狀態下，如第9圖所示，各接合手段是依然爲 待機姿勢，吸著保持手段也不會作動》 進一步，如第10圖所示，超越包裝材S的左緣拉出上 限爲止被拉出的話，固定側夾具3 3會將後續的標籤B挾持 。且，如第1 1圖所示，線基端部接合手段37的超音波喇叭 形輻射體3 9及承接台4 1會彼此之間相互接近，在藉由推彈 簧59使包裝材S被推的狀態下藉由超音波喇叭形輻射體37 的超音波振動，將線基端部對於包裝材S接合而形成接合 部X。且，吊下線C，是由裁刀6 1被切斷並從後續的吊下線 C被分離。其後的線基端部接合手段37，是使超音波喇叭 形輻射體39及承接台41彼此分離並返回至待機姿勢。 與上述接合動作並行，一邊與線中間部接合手段63及 標籤接合手段65連動，一邊使吸著保持手段的上側保持部 8 5及下側保持部66彼此接近。 此後，如第1 3圖所示，吸著保持手段的上側保持部8 5 及下側保持部66是進一步接近，吊下線C是由吸著部位Y、 -14- 201226267 Y (假想線）被吸著保持在吸引孔90、90。在該吸著保持 狀態下，可動側夾具2 5及吸著保持手段是在相同時間點， 開始朝附標籤吊下線Α的原拉出側，即朝右方的移動。因 此，如第1 2圖所示，可一邊由標籤B及吊下線c的中間部的 二處被保持，一邊返回至原拉出側。 吊下線C，是在右側的吸著部位（實線所示）Y及接合 部X之間雖最初發生鬆弛，但是隨著移動的進行在左側也 變鬆弛。 且如第15圖所示，可動側夾具25是將標籤B移動直到 預定的標籤接合位置爲止並結束的同時，吸著保持手段也 移動至預定的線中間部接合位置爲止並結束，並在相同時 間點停止。 線中間部接合位置，是因爲被設定在和與標籤接合位 置接合的線基端部的接合部X的剛好中間，所以保持手段 的移動距離，成爲可動側夾具25的移動距離的大致一半， 使可動夾具25成爲可由保持手段的2倍的速度朝右方向移 動。 來到該位置爲止的話，線中間部接合手段63及標籤接 合手段65的各超音波喇叭形輻射體39及承接台67、69會彼 此相互接近，藉由各超音波喇叭形輻射體3 9的超音波振動 將吊下線C及標籤B各別與包裝材S接合。在線中間部接合 手段63的超音波喇叭形輻射體39的下動時因爲空氣吸引部 91是相對地上動，所以超音波喇叭形輻射體39的下端是成 爲比上側保持部8 5些微更朝下方突出的狀態。因此，上側 -15- 201226267 保持部85不會成爲接合的阻礙。 如第14圖所示，在中間的接合部Z因爲吊下線C也與包 裝材S接合，所以吊下線C是在接合部Z的兩側成爲鬆弛的 狀態，鬆弛量會比無接合部Z的情況少。 此後，解除可動側夾具2 5的挾持，朝前方移動從附標 籤吊下線A—旦遠離後，只有預定距離朝右方向移動並返 回，進一步，朝後方移動將下一個標籤B挾持。且，準備 下一個的安裝動作。即，再度進行從第6圖開始的動作。 如此，附標籤吊下線A是依序被安裝在包裝材S。 安裝了附標籤吊下線A的包裝材S，是依序朝製袋充塡 裝置被送出，在此被成形而成爲包裝體。此包裝體，在被 充塡物的抽出作業時，是使標籤B及吊下線C的中間部是從 包裝材S被取下的方式被使用。 以上，雖詳述了本發明的實施例，但是具體的構成， 並不限定於此實施例，對於未脫離本發明的實質範圍的設 計變更等也包含於本發明。 〔產業上的利用可能性〕 在本發明的包裝材加工裝置中，安裝了附標籤吊下線 的包裝材，是可以直接供給至習知的製袋充塡裝置使用。 【圖式簡單說明】 〔第1圖〕本發明的實施例的包裝材加工裝置的立體 圖 -16- 201226267 〔第2圖〕第1圖的包裝材加工裝置的分解立體圖。 〔第3圖〕第1圖的包裝材加工裝置的前視圖。 〔第4圖〕第1圖的包裝材加工裝置的部分側面圖。 〔第5圖〕顯示朝第1圖的包裝材加工裝置的包裝材及 附標籤吊下線的給進狀態的說明圖》 〔第6圖〕將第1圖的包裝材加工裝置的朝包裝材的附 標籤吊下線的安裝動作的進行狀態，由包裝材及附標籤吊 下線的位置關係說明的說明圖。 〔第7圖〕說明對應第6圖的接合手段等的動作狀態的 說明圖。 〔第8圖〕將第〗圖的包裝材加工裝置的朝包裝材的附 標籤吊下線的安裝動作的進行狀態，由包裝材及附標籤吊 下線的位置關係說明的說明圖。 〔第9圖〕說明對應第8圖的接合手段等的動作狀態的 說明圖。 〔第10圖〕將第1圖的包裝材加工裝置的朝包裝材的 附標籤吊下線的安裝動作的進行狀態，由包裝材及附標籤 吊下線的位置關係說明的說明圖。 〔第11圖〕說明對應第10圖的接合手段等的動作狀態 的說明圖。 〔第12圖〕將第1圖的包裝材加工裝置的朝包裝材的 附標籤吊下線的安裝動作的進行狀態，由包裝材及附標籤 吊下線的位置關係說明的說明圖。 〔第1 3圖〕說明對應第丨2圖的接合手段等的動作狀態 -17- 201226267 的說明圖。 〔第14圖〕將第1圖的包裝材加工裝置的朝包裝材的 附標籤吊下線的安裝動作的進行狀態，由包裝材及附標鐵 吊下線的位置關係說明的說明圖。 〔第1 5圖〕說明對應第1 4圖的接合手段等的動作狀態 的說明圖。 【主要元件符號說明】 1 :包裝材加工裝置 3 :導軌 5 :驅動基座 7 :滑件 9 :長溝 1 〇 :貫通孔 1 1 :導軌 1 3 :驅動軸 15 :直動軸承 17 :萬向接頭 1 9 :連結軸 21 :萬向接頭 2 3 :挾持安裝部 2 5 :可動側夾具 27 :驅動基座 28 :滑件 -18· 201226267 2 9 :連結部 31 :銷 3 3 :固定側夾具 35 :導引構件 3 7 :線基端部接合手段 3 9 :超音波喇叭形輻射體 41 :承接台 43 :安裝托架 45 :上側支撐部 46 :基座部 4 7 :支柱 49 :彈簧 5 1 :鏈輪 53 :氣壓缸 5 5 :伺服馬達 5 7 :下側支撐部 5 9 :推彈簧 61 :裁刀 63 :線中間部接合手段 64 :上側支撐部 65 :標籤接合手段 66 :保持部 6 7 _·承接台 68 :保持部 -19 201226267 69 ： 70 ： 71 ： 73 ： 75 ： 77 ： 79 ： 81， 83 ： 85 ： 89 ： 90 ： 91 ： 92 ： 99 ： S ： B ： A ： C ： 承接台 下側支撐部 滑件 導軌 滾珠螺桿機構 滾珠螺桿 滾珠螺桿螺帽 82 :軸承 伺服馬達 上側保持部 空氣吸引管 吸引孔 空氣供給管 吹出孔 旋轉桿 包裝材 標籤 附標籤吊下線 吊下線 -20201226267 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a packaging material processing apparatus which is manufactured by charging a package in which a substance to be extracted such as black tea or coffee is filled with a bag. In the case of the packaging materials used in the case, the attached label hanging wire is bonded in advance. [Prior Art] When a package for extracting materials such as black tea or coffee is produced, it is considered that it is convenient to use at the time of extraction, and the package may be attached with a label attached to the lower thread. In this case, the attachment of the label hanging line is as shown in Patent Document 1. In general, it is not performed after the package is formed, but on a continuous sheet-shaped packaging material before molding. At this time, the base end portion of the label and the hanging wire is attached to the packaging material. [PRIOR ART DOCUMENT] [Patent Document 1] [Patent Document 1] Japanese Laid-Open Patent Publication No. Hei 9-24907 (Description of the Invention) (The problem to be solved by the present invention) However, if the hanging line is short, it is easy to fall into the container during extraction. 'So the suspension line is expected to be as long as possible. Therefore, the hanging wire is attached to the packaging material in a state of being not in a straight line but in a slack state. However, the packaging material is placed in the bag filling device afterwards, and the package is formed by sealing and cutting in the order of -5 to 201226267, so if the hanging wire is installed in an excessively slack state in the packaging material' The seal in the horizontal direction may be cut off. Therefore, when the label hanging line is loosely attached to the packaging material, the hanging line has an upper limit of the length. The present invention is directed to the above-mentioned problems. The object of the present invention is to provide a packaging material processing apparatus which allows the label hanging line to be longer in the packaging material than the conventional product, but which is not too loose, and the subsequent horizontal sealing It will not be cut off when it is cut. And its purpose is to provide a packaging material so that the attached hanging wire can be installed in a loose state. (Means for Solving the Problem) The present invention provides a packaging material processing apparatus according to the first aspect of the invention, which is characterized in that it is provided with a continuous label attached to a lower line and a label side thereof. A drawing device that can be pulled out beyond the label joining position on a continuous sheet-shaped packaging material, and a line base end that joins the original end portion of the hanging wire, that is, the base end portion and the packaging material a part joining means, and a separating means for separating the hanging line from the rear of the wire joining position from the subsequent hanging line, and a label returning means for returning the label to the predetermined label joining position, and the hanging line a line returning means for returning to a predetermined line intermediate portion joining position in the middle of the width direction of the packaging material, and a line intermediate portion joining means for joining the intermediate portion of the hanging line to the packaging member, and the label and the package Material-bonded label bonding means, the label that is pulled out by the aforementioned label-6-201226267 return means is returned until the When the label joining position is reached, the intermediate portion of the hanging line is returned to the predetermined line intermediate portion joining position by the line return means, and the position is engaged by the line intermediate portion joining means at the position, so that the label hanging The lower wire is joined to the packaging material in a state where the both sides of the wire intermediate portion joining position are slack. The invention of claim 2 is the packaging material processing apparatus according to the first aspect of the invention, wherein the line returning means includes: a suction holding means for sucking and holding by suction of the hanging line, and the sucking and holding means A moving means for moving the holding means to the original drawing side of the hanging line". The invention of claim 3 is the packaging material processing apparatus according to the second aspect of the patent application, wherein the line returning means is in the moving direction A pair of suction holding means are provided at intervals, and the line intermediate portion joining means is located between the suction means. The packaging material processing apparatus according to any one of claims 1 to 3, wherein the drawing means and the label returning means are: a jig holding the label, and The jig is constituted by a moving means that can move freely and removably on the packaging material, and the moving direction is actuated as a pulling means or a label return means. The invention of claim 5 is the packaging material processing apparatus according to any one of claims 1 to 4, wherein the wire intermediate portion joining means and the wire returning means are moved together. The invention of claim 6 is a packaging material characterized in that the label attached to the label hanging line and the end portion of the thread base are joined to the packaging material, and the intermediate portion of the hanging line is joined to the packaging material. The aforementioned hanging line on both sides of the intermediate portion of the aforementioned line 201226267 is in a relaxed state. [Effects of the Invention] According to the packaging material processing apparatus of the present invention, it is possible to suspend the attached label from the conventional product, but it is not too loose, and the sealing in the lateral direction during the subsequent bag filling operation is also cut off. The method of being cut off is installed in the packaging material. [Embodiment] A packaging material processing apparatus 1 according to an embodiment of the present invention will be described with reference to the drawings. First, the configuration and operation of each part of the packaging material processing apparatus 1 will be described with reference to Figs. 1 to 5 . In the first and second figures, the symbols 3 and 3 are a pair of guide rails, and the pair of guide rails 3 and 3 are fixed to the apparatus body (not shown) while being extended in the front-rear direction. Reference numeral 5 is a display drive base 5 which is formed by integrally forming two rectangular plates in a width direction on one end side in the width direction, and the longitudinal direction is formed to coincide in the left-right direction. On the lower surface of the rectangular plate on the lower side of the drive base 5, a pair of sliders 7, 7 are provided, and each of the sliders 7 is slidably and movably supported by each of the guide rails 3. A long groove 9 is formed below the rectangular plate on the upper side of the drive base 5. This long groove 9 extends linearly in the left-right direction. The right end side of the long groove 9 is a through hole 10 that penetrates up to the top. The drive base 5 is driven to move in the front-rear direction by being driven by a suitable driving means (not shown). 201226267 The symbol 1 1 is a guide rail that displays a rod shape, and the guide rail 11 is attached to the apparatus body (not shown) while extending in the left-right direction. Reference numeral 13 is a display drive shaft which is rotatably supported by the linear motion bearing 15. This linear motion bearing 15 is attached to the apparatus body (not shown). The proximal end side of the drive shaft 13 is coupled to a suitable driving means (not shown), and is driven by the driving means to move in the left-right direction. The distal end side of the drive shaft 13 is coupled to the connecting shaft 19 via the universal joint 17, and the distal end side of the connecting shaft 19 is also coupled to the grip mounting portion 23 via the universal joint 21. The reference numeral 25 is a movable side clamp for displaying the movable side clamp. 25 is attached to the holding unit 2 3 . The pair of gripping claws of the movable side jig 2 5 are directed toward the rear side, and the label B is held from the up and down direction. The connection structure of the holding portion 23 and the above-described guide rail 11 will be described. The grip mounting portion 23 is fixed to the rear side of the upper surface of the flat drive base 27. On the other hand, in the guide rail 11, the slider 28 is slidably and movably fitted in the left-right direction. The connecting portion 29 is fixed to the upper surface of the slider 28, and the above-described driving base 27 is slidably movable in the front-rear direction and supported by the connecting portion 29. A pin 31 is attached to the front side of the upper surface of the drive base 27. The pin 31 is a long groove 9 and a through hole 10 that are slidably and movably fitted to the drive base 5. According to the above configuration, when the drive shaft 13 is moved in the forward and backward directions, that is, in the horizontal direction, the grip mounting portion 23 moves along the guide rail 1 1. At this time, the pin 31 moves in the long groove 9 and the through hole 10. When the drive base 5 is moved in the front-rear direction, the pin 31 is pushed, and -9 - 201226267 together with the drive base 27 causes the grip mounting portion 23 to move in the front-rear direction with respect to the slider 28. The connecting shaft 19 is rotated by the universal joint 17 and is rotated by the universal joint 21 from the grip mounting portion 23 side. Therefore, when the grip mounting portion 23 moves rearward, the drive shaft 13 crosses. In the posture, there is no obstacle in the movement of the drive shaft 13 in the left-right direction. Thus, the pair of gripping claws of the movable side jig 25 can be moved in a rectangular track in the horizontal plane on the packaging material S. Reference numeral 3 3 denotes a fixed side jig, and the fixed side jig 3 3 is fixed to the apparatus main body (not shown) by the fixing bracket 34. The pair of gripping claws of the fixed side jig 3 3 are oriented toward the rear side, and the label B is held from the upper and lower sides. Reference numeral 35 is a guiding member for displaying the label hanging line A, and the label hanging line A is held by the guiding member 35 and supplied to the side of the packaging material S. The leading end of the guiding member 35 extends until the pair of holding claws of the fixed side jig 3 3. Next, the joining means will be described. In Fig. 2, reference numeral 37 denotes a line base end joining means for forming an ultrasonic horn radiator 39 and a receiving base 41 which face each other. As shown in Fig. 3, the ultrasonic horn 34 is supported by the upper support portion 45 through the mounting bracket 43. The upper support portion 45 is urged downward by a spring 49 that spans between the stay 47 and the base 47 that is erected on the base portion 46 of the apparatus body. Further, one end of the chain (not shown) is connected to the upper support portion 45, and the chain is passed around the chain -10- 201226267 wheel 51 having the support 47 on the way, and the other end is fixed to the base portion. The operating lever of the pneumatic cylinder 53 of 46 is coupled. When the actuating lever of the pneumatic cylinder 53 is driven by the servo motor 55, it is moved against the biasing force of the spring 49. Further, the receiving base 4 1 is also coupled to the actuating lever of the pneumatic cylinder 53 through the lower supporting portion 57. According to the above configuration, the ultrasonic horn radiator 39 and the receiving table 41 are approached/separated from each other by the vertical movement of the operating lever of the pneumatic cylinder 53. Symbol 59 is a display push spring. The push spring 59 is disposed on the left side of the lower end of the ultrasonic horn 34, and extends downward so that the lower end becomes a swim end. Reference numeral 61 is a cutter which is shown as a separating means, and the cutter 61 is disposed on the right side of the lower end of the ultrasonic horn 34. In Fig. 2, the line intermediate portion joining means 63 and the label joining means 6 5' are arranged side by side in the left side of the line base end joining means 37. These joining means' are also constituted by an ultrasonic horn radiator and a receiving table. The ultrasonic intermediate radiating body of the wire intermediate portion joining means 63 and the label joining means 65 has the same configuration as that of the ultrasonic horn radiating body 319 of the wire base end joining means 37, and is supported in the same manner. However, the points at which the mounting bracket 43 of the wire intermediate portion joining means 63 and the mounting bracket 43 of the label joining means 65 are supported by the one upper side supporting portion 64 are different. Further, the points of the receiving table 67 of the line intermediate portion joining means 63 and the receiving table 69 of the label joining means 65 are different from each other by the respective holding portions 66, 68 being supported by the lower side supporting portion 70. In the holding stages 66 and 68, the recesses 72, 74' which are open to the front and the upper side are formed, and the receiving bases 67 and 69 are embedded and held in the recesses 72, 71 -11 - 201226267. It is not possible to move in the left-right direction, but the wire intermediate portion joining means 63 and the label joining means 65 are movable in the left-right direction. The moving means will be described based on Fig. 3. The line intermediate portion joining means 63 and the stay 47 on the side of the label joining means 65 and the pneumatic cylinder 53 are erected so as to be supported by the slider 71. The slider 71 is slidably fitted in the left-right direction and is fitted to the base. Guide rail 73 on the seat 46. Reference numeral 75 is a ball screw mechanism, and the ball screw 77 of the ball screw mechanism 75 is rotatably supported by a pair of bearings 81 and 82 and extends in the left-right direction. The bearings 81 and 82 are fixed to the base portion 46. A ball screw nut 79 is screwed into the ball screw 77, and the stay 47 is coupled to the ball screw nut 79. The servo motor 83 is coupled to the ball screw 77, and the ball screw 77 is rotated by the driving force from the servo motor 83. With the above configuration, the rotation of the ball screw 77 causes the support 47 and the pneumatic cylinder 53 to move in the left-right direction along the guide rail 73 together with the ball screw nut 79. Therefore, the wire intermediate portion joining means 63 and the label joining means 65 are moved together in the left-right direction. Next, the absorbing and holding means attached to the line intermediate portion joining means 63 will be described based on Fig. 4 . A concave portion 87 is formed in the upper holding portion 85, whereby the concave portion 87 surrounds the lower end side of the ultrasonic horn 34 from the rear side and the left and right sides. The upper holding portion 85 is movably coupled to the upper support portion 64 in the vertical direction. Further, the upper holding portion 85 is urged downward by an appropriate pressing means. In the upper holding portion 85, the air suction pipes 89, 89 are respectively passed through the two sides of the concave portion 87, and the suction holes 90, 90 at the tip end are respectively opened downwards -12 - 201226267. The suction holes 9A, 90 are facing each other with the ultrasonic horns 37 held together. In the lower holding portion 66, the air supply pipes 91, 91 also pass through the two sides of the concave portion 72, and the front end blowing holes 92, 92 are respectively opened toward the upper side' and face each other with the suction holes 90, 90. . According to the above configuration, the absorbing and holding means ' moves in the left-right direction together with the line intermediate portion joining means 63. Further, when the suction hole 90 and the blowing hole 92 are in close proximity to each other as much as possible, the suction action by the air flow indicated by the thick arrow in Fig. 4 is increased, and the hanging line C therebetween is sucked and held at the suction. Hole 90 side. Next, the basic operation of the packaging material processing apparatus 1 will be described. When the operation of the device is started, the suction holding means is actuated. The continuous sheet-shaped packaging material S is sequentially discharged from the reel (not shown) by a suitable driving source (not shown), and after being rotated by the rotating lever 99 (Fig. 4), As shown in Fig. 5, the horizontal direction is fed from the front to the rear side between the respective joining means. The label hanging line A is supplied by the guiding member 35 in a direction perpendicularly intersecting the feeding direction of the packaging material s. Further, the label B is held by the movable side jig 25, and the label hanging line A is pulled out in a direction perpendicularly intersecting the feeding direction of the packaging material S as indicated by the imaginary line. The following describes in detail the installation operation of the attached label A to the packaging material S. As shown in Fig. 6, when the mounting operation of the packaging material S of the previous label hanging line a is finished, the packaging material S is fed only to the front -13-201226267 with a predetermined length. On the other hand, the movable side jig 25 is held by the fixed side jig 33 together with the held tag B. In this state, as shown in Fig. 7, the ultrasonic horns 39, 39, 39 and the receiving stations 41, 67, 69 of the respective joining means 3, 6, 3, 6 5 are separated from each other. Become a standby position. Further, the upper holding portion 85 and the lower holding portion 66 of the suction holding means are also separated from each other so that the suction holding action does not move. Then, as shown in Fig. 8, the holding of the fixed side jig 33 is released, and the movable side jig 25 is moved to the left side of the packaging material S while holding the label B. In this state, as shown in Fig. 9, the engagement means is still in the standby position, and the suction holding means does not operate. Further, as shown in Fig. 10, the upper limit of the left edge of the packaging material S is pulled out. If it is pulled out, the fixed side clamp 3 3 will hold the subsequent label B. Further, as shown in Fig. 1, the ultrasonic horn radiator 39 and the receiving table 41 of the wire base end joining means 37 are brought close to each other, and the packaging material S is pushed by the push spring 59. In the state of the ultrasonic vibration of the ultrasonic horn 114, the end portion of the wire base is joined to the packaging material S to form the joint portion X. Further, the hanging line C is cut by the cutter 61 and separated from the subsequent hanging line C. The subsequent thread base end joining means 37 separates the ultrasonic horn radiator 39 and the receiving base 41 from each other and returns to the standby position. In parallel with the above-described joining operation, the upper holding portion 85 and the lower holding portion 66 of the suction holding means are brought close to each other in conjunction with the line intermediate portion joining means 63 and the label joining means 65. Thereafter, as shown in Fig. 3, the upper holding portion 85 and the lower holding portion 66 of the suction holding means are further approached, and the hanging line C is pressed by the suction portion Y, -14 - 201226267 Y (imaginary line). The suction is held in the suction holes 90, 90. In the suction holding state, the movable side jig 25 and the absorbing and holding means start moving toward the right side of the yoke, that is, the right side, at the same time point. Therefore, as shown in Fig. 12, it is possible to return to the original drawing side while being held by the two portions of the intermediate portion of the label B and the hanging line c. The hanging line C is initially slackened between the suction portion (shown by the solid line) Y and the joint portion X on the right side, but is slackened on the left side as the movement progresses. As shown in Fig. 15, the movable side jig 25 is moved until the predetermined label engagement position is reached, and the suction holding means is also moved to the predetermined line intermediate portion engagement position and ends. The time is stopped. The line intermediate portion joint position is set to be just in the middle of the joint portion X of the thread base end portion joined to the label joint position, so that the moving distance of the holding means is approximately half of the moving distance of the movable side jig 25, so that The movable jig 25 is moved in the right direction by twice the speed of the holding means. When the position is reached, the ultrasonic horn illuminators 39 and the receiving pedestals 67 and 69 of the line intermediate portion joining means 63 and the label joining means 65 are close to each other by the respective ultrasonic horns 39. Ultrasonic vibration joins the hanging wire C and the label B to the packaging material S. When the ultrasonic horn radiator 39 of the line intermediate portion joining means 63 is moved downward, since the air suction portion 91 is relatively moved upward, the lower end of the ultrasonic horn radiator 39 is slightly lower than the upper side holding portion 8 5 Outstanding state. Therefore, the upper side -15-201226267 holding portion 85 does not become an obstacle to the engagement. As shown in Fig. 14, the joint portion Z in the middle is also joined to the packaging material S by the hanging line C. Therefore, the hanging line C is in a state of being slackened on both sides of the joint portion Z, and the amount of slack is higher than that of the jointless portion Z. There are few situations. Thereafter, the grip of the movable side jig 25 is released, and the movement is moved forward from the attached label A. Once the distance is moved away, only the predetermined distance is moved to the right direction and returned, and further, the rearward movement is performed to move the next label B. Also, prepare for the next installation action. That is, the operation from the sixth drawing is performed again. Thus, the label hanging downline A is sequentially mounted on the packaging material S. The packaging material S to which the label hanging line A is attached is sent out in order to the bag filling device, and is formed into a package. In the case where the package is to be taken out, the package is used such that the intermediate portion of the label B and the hanging line C is removed from the packaging material S. The embodiment of the present invention has been described in detail above, but the specific configuration is not limited to the embodiment, and the design changes and the like without departing from the spirit and scope of the invention are also included in the invention. [Industrial Applicability] In the packaging material processing apparatus of the present invention, the packaging material to which the label hanging line is attached is directly supplied to a conventional bag filling and charging device. [Brief Description of the Drawings] [Fig. 1] A perspective view of a packaging material processing apparatus according to an embodiment of the present invention. Fig. 16 - 201226267 [Fig. 2] An exploded perspective view of the packaging material processing apparatus of Fig. 1. [Fig. 3] A front view of the packaging material processing apparatus of Fig. 1. [Fig. 4] A partial side view of the packaging material processing apparatus of Fig. 1. [Fig. 5] FIG. 6 is a view showing the feeding state of the packaging material processing apparatus of the packaging material processing apparatus of FIG. 1 and the attached labeling line. [FIG. 6] The packaging material processing apparatus of the first drawing is oriented toward the packaging material. The state in which the attachment operation of the label hanging line is performed, and an explanatory view explaining the positional relationship of the packaging material and the attached label hanging line. [Fig. 7] An explanatory view of an operation state of the joining means and the like corresponding to Fig. 6 will be described. [Fig. 8] An explanatory view showing the state of the mounting operation of the packaging material hoisting line of the packaging material processing apparatus of the drawing, and the positional relationship of the packaging material and the attached label hanging line. [Fig. 9] An explanatory diagram for explaining an operation state of the joining means and the like corresponding to Fig. 8 will be described. [Fig. 10] An explanatory view showing the positional relationship between the packaging material and the attached label hanging line in the state in which the labeling operation of the packaging material of the packaging material processing apparatus of the first embodiment is carried out. [Fig. 11] An explanatory view of an operation state of the joining means and the like corresponding to Fig. 10 will be described. [12] Fig. 12 is an explanatory view for explaining the positional relationship between the packaging material and the attached hanging wire in the state in which the attachment operation of the labeling device of the packaging material processing apparatus of the first embodiment is carried out. [Fig. 1 3] An explanatory diagram of the operation state -17-201226267 corresponding to the joining means of Fig. 2 is explained. [Fig. 14] An explanatory view for explaining the positional relationship between the packaging material and the attached iron hanging wire in the state in which the mounting operation of the labeling device of the packaging material processing apparatus of the first embodiment is carried out. [Fig. 15] A description will be given of an operation state corresponding to the joining means and the like in Fig. 14. [Description of main component symbols] 1 : Packaging material processing device 3 : Guide rail 5 : Drive base 7 : Slide 9 : Long groove 1 〇 : Through hole 1 1 : Guide rail 1 3 : Drive shaft 15 : Linear motion bearing 17 : Universal Connector 1 9 : Connecting shaft 21 : Universal joint 2 3 : Holding attachment portion 2 5 : Movable side clamp 27 : Drive base 28 : Slider -18 · 201226267 2 9 : Connecting portion 31 : Pin 3 3 : Fixed side clamp 35: guiding member 3 7 : wire base end joining means 3 9 : ultrasonic horn 114 : receiving table 43 : mounting bracket 45 : upper supporting portion 46 : base portion 4 7 : strut 49 : spring 5 1 : sprocket 53 : pneumatic cylinder 5 5 : servo motor 5 7 : lower support portion 5 9 : push spring 61 : cutter 63 : line intermediate portion engagement means 64 : upper support portion 65 : label engagement means 66 : holding portion 6 7 _· receiving station 68 : holding portion -19 201226267 69 : 70 : 71 : 73 : 75 : 77 : 79 : 81 , 83 : 85 : 89 : 90 : 91 : 92 : 99 : S : B : A : C : Understand side support section Slider guide Ball screw mechanism Ball screw Ball screw nut 82: Bearing servo motor upper side holding part air suction Pilot pipe Suction hole Air supply pipe Blowout hole Rotary rod Packaging material Label Attached to the hanging line Suspension line -20