1294395 (1) 玖、發明說明 【發明所屬之技術領域】 本發明係關於由聚乙烯系樹脂所構成的袋子形成用之 具有皺褶的筒狀體、含有這個而成的袋子形成用之具有複 口雛捲的同狀體’及因此而能得取得的具有皴措的袋。 【先前技術】 隨著醫藥、電子零件等技術開發的發展，在原材料或 產品的搬運及保存方面，特別留意異物混入的情況變得有 其必要。同時，在食品和烹調完畢食品的領域方面，爲了 品質的維持及保有良好衛生狀態’異物混入的情況也同樣 變得被特別注意。 爲了因應這樣的要求，建議由聚燒烴或多元醋等合成 樹脂所構成的樹脂製袋子。這些樹脂製袋子在防止異物混 入、保有良好的衛生方面雖有出色的性能，但也會有因搬 運中的撞傷或衝擊等而有開洞、破裂的危險。 爲此’爲了保護樹脂製袋子，建議作爲其外層是覆蓋 有牛皮紙等構造的袋子。在由單純的筒狀體所構成的袋子 ，由於裝塡內容物的時候表面不平坦，堆積起袋子的時候 t會有引起貨物倒塌的危險，所以也建議在筒狀體上設有具 皺褶的袋（日本專利公告平6 - 3 7 2 1 8號公報）。該公報裡， 建議內層筒狀體係由可熱封材質所形成，外層係由牛皮紙 所構成的構造。 但是，在端部熱封具有皺褶的筒狀體時，因爲筒狀體 -5- (2) 1294395 形成層重疊成4層有被熱封的部份，習知公告的袋用材質 上，在裝塡重物的時候會有從該處破裂的危險。 另外，以由可熱封材質所構成的筒狀體作爲外層且覆 蓋有牛皮紙構造的袋子，係適合於前述中討厭異物的工作 環境裡使用；因爲在覆蓋有牛皮紙等狀態下搬運後，取出 由可熱封材質所構成的筒狀體、除去灰塵並依必要時的消 毒等等處理後可將其帶進工作場所。 然而，習知公告的袋用材料上，有前述所提會有從熱 封部份破裂的危險。 本發明者們在專心努力於即使裝塡重物搬運中也沒有 袋子破裂的危險的具有皺褶的袋的開發結果，完成了本發 明。 【發明內容】 本發明係提供樹脂製具有皺褶的筒狀體，其作爲由可 熱封的樹脂所構成、即使裝塡重物也不太會因熱封部份而 有破裂危險的袋子來使用。 本發明係提供合適的樹脂製筒狀體和具有皺褶的複合 筒狀體’其作爲由具有前述特性的樹脂製具有皺褶的筒狀 體及配置於其外側由不同材料的具有皺褶的筒狀體所構成 的袋子形成用材料之內層具有皺褶的筒狀體來使用。 另外’本發明係提供能夠形成具有雛憎的複合筒狀體 勺材料’該具有皺褶的複合筒狀體係由具有前述特性的可 六、、d之樹脂製具有皺褶的筒狀體和配置於其外側由不同材 -6 - (3) 1294395 料而構成的具有皺褶筒狀體加以形成，筒狀體的底部封閉 部和口部封閉部皆可封緘。 本發明係由密度 0.8 9 5〜0.92 5 g/cm3、熔融流動數率 0.1〜10g/10分、重量高於100〜50%的線性低密度聚乙烯 ，及密度0.910〜0.93 0 g/cm3、熔融流動數率0.1〜10g/10 分、重量低於0〜5 0%的高壓低密度聚乙烯所構成的聚乙 嫌系樹脂加以形成的袋子形成用具有皺褶的筒狀體。 本發明係提供將前述之袋子形成用具有皺褶筒狀體的 一端部熱封而得到的具有皺褶的袋。 本發明係提供袋子形成用具有複合皺褶的筒狀體，其 由前述之由聚乙烯系樹脂構成的具有皺褶的筒狀體和配置 於其外側由不同材料構成的具有皺褶的筒狀體所組成的。 前述中不同材料係牛皮紙之袋子形成用具有複合皺褶 的筒狀體是本發明滿意的形態。 作爲具有皺褶的筒狀體的兩端部皆可封緘構造之前述 袋子形成用具有複合皺褶的筒狀體是本發明滿意的形態。 本發明係提供具有複合皺摺的袋，其特徵爲前述之袋 子形成用具有複合皺褶的筒狀體的一端部係將筒狀體的端 部排齊成一線施以熱封並折彎頂部，用附有啓封帶的表紙 包裹固定的底部端部之構造。 在筒狀體的口部端部，爲了作成突出成階梯狀而形成 之階梯部或朝外突出之階梯部，外壁面上至少要黏著一片 輔助副翼’其表面塗覆有熱熔黏著劑而能夠封緘之具有複 合皺褶的袋是本發明滿意的形態。 (4) 1294395 【實施方式】 本發明係具有皺褶的筒狀體。其作爲由連 0.925g/cm3、熔融流動數率〇·1〜分 1 0 0〜5 0 %的線性低密度聚乙烯，及密 〇.93 0g/cm3、熔融流動數率〇. 1〜1 〇g/:l 0分、 〜5 〇 %的高壓低密度聚乙烯所構成的聚乙烯系 成的袋子來使用。 本發明係提供具有皺褶的複合筒狀體’其 熱封樹脂構成之具有皺褶的筒狀體和配置於其 材料而構成的具有皺褶筒狀體加以形成’且該 料係前述聚乙烯系樹脂。 本發明的聚乙烯系樹脂係密度0 · 8 9 5〜〇 熔融流動數率0.1〜1 0 g/1 〇分的線性低密度聚 和該線性低密度聚乙烯同重量等量未滿的密 〇 · 9 3 0 g / C m3、熔融流動數率〇 · 1〜1 0 g /1 0分的 聚乙稀的組合物。 本發明的線性低密度聚乙烯（LLDPE 0.925以下爲佳。〇以.895〜〇.925g/cni3爲較 0.900〜〇.925g/cm3爲更佳、最佳則爲0.905〜 〇 在本發明中最適合被使用之線性低密度聚 聚乙烯的單獨聚合體或聚乙烯和其他的α -鏈 聚合體。作爲其他的α -鏈烯烴，可列舉出以 —1、戊烯一 1、4 —甲基戊烯一 1、己烯—]、 度 0 · 8 9 5 〜 '重量高於 度 0 · 9 1 0〜 重量低於0 樹脂加以形 特徵爲由可 外側由不同 可熱封的材 .9 2 5 g / c m3、 乙燒，或者 度 0.9 1 0〜 高壓低密度 )之密度以 佳、再者以 - 0·9 1 5g/cm3 乙烯係一般 烯烴的共同 丙烯、丁烯 辛烯一 1等 -8 · (5) 1294395 碳數3〜1 2、以3〜8的α -鏈烯烴爲佳。其 出以4一甲基戊烯一 1、己烯—1、辛烯一 1高 α -鏈烯烴爲較佳。 本發明的線性低密度聚乙烯之熔融流動 在1 9 0 °C、物重2 . 1 6 K g所測量的値以〇 · 1〜 、以0.2〜5g/l〇分爲較佳、以〇.3〜3g/10 佳則爲0.3〜1 . 5 g /1 0分。 本發明的線性低密度聚乙烯能以芳環烯 催化劑等就是所謂的單獨個站催化劑所製造 鎂担體等齊格勒納塔系催化劑所製造的東西 本發明的線性低密度聚乙烯，其能從在市面 乙烯中取得。其中，以芳環烯金屬衍生物系 的線性低密度聚乙烯的使用最被滿意。 本發明的高壓法低密度聚乙烯之密 0.930g/cm3 爲佳、以 0.910 〜0.925g/cm3 爲 爲 0.915 〜0.925g/cm3。 本發明的高壓法低密度聚乙烯之熔融流 )在190 °C、物重2· 16Kg所測量的値以〇」 佳、以〇·1〜5g/10分爲較佳、最佳則爲0.3. 本發明的高壓法低密度聚乙烯能從市面 密度聚乙烯中適宜選擇後取得。 作爲本發明的聚乙烯系樹脂，雖然以線 _重量局於1⑽°/°爲佳；在線性低密度聚乙 密度聚乙烯的組合物時，相對於線性低密度 中，更可列舉 亭碳數6〜8的 數率（MFR) 1 0 g /1 0分爲佳 分爲更佳、最 金屬衍生物系 的東西，使用 來使用。作爲 上所販售的聚 催化劑所製造 度以 〇 · 9 1 0〜 更佳、最佳則 動數率（MFR 〜1 0g/1 〇分爲 、3 g /1 0 分。 上所販售的低 性低密度聚乙 烯和高壓法低 聚乙烯，高壓 -9- (6) 1294395 法低密度聚乙烯的比例同重且等量未滿的情況爲佳。高壓 法低密度聚乙烯的組合物中的比例，以組合物1 00%，重 量低於 50%爲佳、40%以下爲較佳、最佳則爲35〜0.001 〇 高壓法低密度聚乙烯的組合物中的比例，以組合物爲 10 0%，重量爲 35〜20%這樣的組合物作爲本發明的聚乙 烯系樹脂使用時，也能期待因膠膜成形時或成形後顯示出 出色的耐保護性，因吹塑成形膜能得到高安定性等等的效 果。 在不損害本發明的目的範圍，本發明的聚乙烯系樹脂 中能與其他的樹脂混合使用。作爲這樣的其他的樹脂，可 以列舉出聚乙烯- α -鏈烯烴共同聚合體、聚乙烯〜醋酸 乙烯基共同聚合體、聚乙烯-丙烯酸乙基共同聚合體、聚 乙烯一丙烯異丁烯酸乙基共同聚合體、鏈烯烴系可熱塑性 彈性體等等。這樣其他樹脂的混合被許可的量在對聚乙燒 系樹脂重3 0 %以下。 在本發明的聚乙烯系樹脂中可以依必要時添加添加剤 。作爲添加剤，可以列舉出可塑劑、酸化防止劑、紫外線 吸收劑、熱安定劑、難燃劑、內部離型劑、難燃劑、帶電 防止劑、表面濕氣改善劑、燃燒輔助劑、顏料、滑劑等。 本發明的筒狀體係用習知公告的方法將前述聚乙燒系 樹脂以膠膜成形做成筒狀體，其成形方法以水冷或氣冷封 閉法最適合被使用。 膠膜的厚度在60〜l2〇um左右最合適、以封閉法成 -10- (7) 1294395 形時，將成形所得到的筒狀膠膜作爲具有皺褶的筒狀體， 依折疊所定的長度切斷的動作能得到本發明所述之袋子形 成用具有皺褶的筒狀體。這個具有皺褶的筒狀體能單獨使 用。 能提供作爲用熱封將一端部封緘、裝塡內容物的袋子 。這個袋子由口部裝塡內容物後，將口部熱封可使用於內 容物的搬運、保存。 本發明的具有皺褶的筒狀體在由熱封封緘時，皺褶部 份成爲4層、被熱封部份的強度很出色是其特徵。裝塡內 容物搬運時，在習知公告的樹脂製具有皺褶的袋上，這4 層重疊部份的熱封強度很弱，因爲這部份而導致袋子破裂 的情況很多’但在本發明的具有皺褶的筒狀體上，因爲這 部份而導致袋子破裂的情況有很顯著的改善。 爲幫助理解本發明的由聚乙烯系樹脂所構成的袋子形 成用之具有皺褶的筒狀體，圖1中表示有由本發明的聚乙 燒系樹脂所構成的袋子形成用之具有皺褶的筒狀體。在圖 1的具有皴褶的筒狀體〗上，係以皴褶2被折疊的狀態下 所畫成 '具有皺褶的筒狀體的一端部在3的位置被熱封著 °重疊4層部份6的熱封中表示有因爲這部份而導致袋子 破裂的情況有很顯著的改善。 在本發明的具有皺褶的筒狀體上，有時能看到緊接著 熱封處3筒狀體黏貼著的部份4和5。特別是和後述的外 層袋的具有複合雛褶的筒狀體上，從外層袋的上方在熱封 的時彳1矢容易產生。圖丨中表示有那樣黏貼的部份的狀態。 -11 - (8) 1294395 前述之由本發明的聚乙烯系樹脂所構成的具有雛措的 筒狀體和配置於其外側至少由一層不同材料所構成的具有 皺褶筒狀體加以形成的袋子形成用之複合筒狀體，係不需 要良好的熱封特性和縫紉機系或縐褶紙等副資材，也不需 要修飾，就可顯示出其自動裝塡·封緘出色的作業功能之 本發明滿意的袋子形成用複合筒狀體。 作爲配置於外側構成具有皺褶的筒狀體的不同材料， 能列舉出牛皮紙、布、不織布、樹脂製袋子等材料；其中 以牛皮紙最爲合適。 以前述由配置於外側不同材料所構成的具有皺措的筒 狀體的兩端部係能封緘爲構造之袋子形成用具有複合皺摺 的筒狀體是本發明滿意的形態。 這樣的具有複合皺褶的筒狀體能作爲被打開的一端部 先封緘，裝塡內容物後再將另一端部封緘，然後搬運、保 存等使用。 封緘端部的時候，依熱封來進行內層的聚乙烯系樹脂 筒狀體係合適的，但在配置於外側由不同材料所構成的具 有皺褶筒的狀體的封緘上，能適宜採用習知公告的方法。. 以下，以外層筒狀體爲牛皮紙之具有皺褶的複合筒狀 體爲例’介紹其端部封緘的方法。 第1例，在紙的筒狀體端部，使前後牆壁的一面對另 一面突出成階梯狀而形成段部（通常稱爲階梯切面）。外 層商狀體爲多層面的時候，便會形成像外方的層面那樣突 出的段部。將突出的階梯部向內彎折，讓其在和紙袋的外 -12 - (9) 1294395 壁面重疊的部份黏貼封緘時，可採用先塗佈黏著劑在和突 出階梯部重疊的紙袋外壁面上；或者先塗佈黏著劑在和外 壁面重疊的突出階梯部的表面上等等方法。由內層的聚乙 烯系樹脂所構成的筒狀體係由熱封來封緘。由聚乙烯系樹 脂所構成筒狀體的熱封，是可以從外層筒狀體的上方使用 熱保護層來實施。 第2例，以紙的筒狀體端部作爲階梯切面，同時將階 梯狀面已被熱封的聚乙烯筒狀體折彎，可採用和第1例相 问S義階梯部黏貼封碱於外壁面面等的方法。 第3例，在第1和第2例上，以外層的紙製筒狀體的 端部切成直線，爲了作成突出成階梯狀而形成之階梯部或 朝外突出之階梯部，外壁面上至少要黏著一片輔助副翼， 爲了作成從端部朝外突出的階梯部，外壁面上至少要黏著 一片輔助副翼，可和第1及第2例相同進行封緘。 第4例，以外層的紙製筒狀體的端部切成直線，由內 層的聚乙烯系樹脂所構成的筒狀體依熱封而被封緘。將內 外層筒狀體的端部弄齊成一線後組合，像包裹住端部一樣 放上表紙使用黏著劑能黏貼封緘。 而且，先在表紙上將啓封帶設置爲橫向方向，開啓紙 袋時，提高啓封帶將表紙往橫向撕破，也能作爲能因解開 階梯狀端部的封緘而容易地開啓之構造。 第5例的方法上，以外層的紙製筒狀體的端部切成直 線，將筒狀體的端部弄齊成一線後組合，彎折端部’像將 彎折部份包裹住一樣放上表紙使用黏著劑能黏貼封緘。此 -13- (10) 1294395 時，因2次折彎的折彎處更能維持其強度。這時也可以和 第4例同樣的方法在表紙上將啓封帶設置爲橫向方向。 第6例的方法上’在外層的紙製筒狀體的端部上以階 梯切面形成突出之階梯部，或是使其形成爲貼付切成直線 端部上的輔助副翼，在其表面上設置有用離型紙覆蓋住的 黏著劑層，在封緘時能剝下離型紙折彎階梯部或輔助副翼 後貼在牛皮紙外壁面上進行封緘（參照特開2000- 1 90989 )° 第7例的方法上，在外層的紙製筒狀體的端部上以階 梯切面形成突出之階梯部，或是使其形成爲貼付切成直線 端部上的輔助副翼，在折彎階梯部或輔助副翼時，在層疊 的紙製筒狀體的外壁面上設置有用離型紙覆蓋住的黏著劑 層，在封緘時能剝下離型紙折彎階梯部或輔助副翼後貼在 牛皮紙外壁面上進行封緘（參照特開200 1 -27 829 0 )。 所使用的黏著劑並無特別的限制，能適宜選擇使用習 知的黏著劑，但像具有皴褶的袋的口部端部必須在短時間 內黏著的部份，熱熔系黏著劑的使用比較令人滿意。 在本發明的具有皺褶的袋裡裝塡內容物後封緘時，可 用前述各項方法將封緘底部、提供作爲裝塡內容物的袋子 。作爲封緘底部的方法上，以前述之第3例的方法最佳。 在使用這樣作法而提供之具有皴褶的袋的時候，裝塡 內容物後將預先塗佈在口部端部的熱熔系黏著劑用熱風等 熱源讓其再活性後黏貼封緘的形態，在作業上是很出色的 形態。 -14- (11) 1294395 在封緘底部端部的袋子裡裝塡有內容物’裝塡後爲了 封緘口部端部，前述之各種方法都可當作合適的方法來使 用。其中，作爲合適的方法來說，能列舉出第1至3的方 法。 特別是用前述第5的方法將底部端部封緘’用第2或 第3的方法將內容物裝塡後的口部端部封緘的方法是最合 適的方式。 底部端部封緘時，先在表紙上將啓封帶設置爲橫向方 向，開啓紙袋時，提高啓封帶將表紙往橫向撕破’作爲容 易地開啓的構造是令人滿意。 本發明的具有複合皺褶的筒狀體上，是可以從外層筒 狀體的上方使用熱保護層來實施由內層是聚乙烯系樹脂所 構成的具有皴褶的筒狀體的熱封。此時的熱封條件’以稍 微低壓高溫爲佳、290 °C左右的溫度最被推舉。這種條件 下，將本發明的具有皺褶的筒狀體熱封時’有時候會被認 爲緊鄰熱封位置的部份是黏貼著’但被認爲是緊鄰部份的 黏貼是理想的形態。 以圖2來說明本發明的具有複合皴褶的筒狀體的理想 例子。圖2之具有複合皺褶的筒狀體1 8係由外層的牛皮 紙所構成的具有皺褶的筒狀體，及內層的聚乙烯系樹脂所 構成的具有皺褶的筒狀體，爲了作成階梯部在外層的牛皮 紙上端部設置有輔助副翼，下方端部則是切成直線。 爲了更了解圖2之具有複合皺褶的筒狀體的構造，於 圖3表示其剖面側面圖。如圖3所示，相當於具有複合皺 - 15- (12) 1294395 褶的筒狀體□部的端部之單側外壁面8 a上，以黏著劑1 7 黏貼著與該外壁面同寬度之2片輔助副翼9、1 0的一端部 9a、1 Oa。輔助副翼9，作爲另一端部9b係由具有皺褶的 筒狀體8的口部端部朝外突出的長度，另外輔助副翼1〇 ’作爲與輔助副翼9的外側重疊配置的同時，另一端部 1 Ob由內側的輔助副翼9的端部9b更朝外突出的長度。 只有於該輔助副翼9、1 0的另一端部9b、1 Ob之階梯部上 塗佈有熱熔黏著劑1 1。 以圖4來說明封緘本發明的具有複合皴褶的筒狀體的 端部的例子。圖4係表示於圖2之具有複合皺褶的筒狀體 的下部端部，在1 5的位置熱封、沿一條虛線1 6折彎2次 封緘時被封緘端部的剖面圖。圖4上，在1 5兩條虛線間 的部份將內層具有皺褶的筒狀體7熱封後，沿一條虛線 1 6折彎2次，由附有啓封帶1 3的表紙1 4包裹固定進行 封碱。 因爲本發明的由聚乙烯系樹脂所構成的具有皺褶的筒 狀體的熱封強度很高，熱封位置得以任意選擇，而且封緘 方法也能自由挑選。例如，圖2之具有複合皴褶的筒狀體 的下部端部，也可以以圖5至圖7的形態進行封緘。圖5 上，圖4之折彎只有一次。圖6上，圖5之由內層的聚乙 烯系樹脂所構成的具有皴褶的筒狀體之熱封位置也被變更 了。還有，圖7上，沒有折彎內層及外層而被封緘。 圖8係表示於圖2之具有複合皺褶的筒狀體的上部端 部上，端部封緘狀態的剖面圖。圖5上顯示有，在1 2的 -16- (13) 1294395 兩條虛線間的部份將內層筒狀體7的端部熱封後 條虛線1 6將袋子的口部折彎，以熱量使熱熔黏琴 其再活性後，將輔助副翼9、1 0中另一端部9b、 梯部全面地黏貼具有皺褶的袋的外壁面8 b，封 樣子。 在使用這樣作法將口部及底部封緘的具有皺 袋，因爲具有出色的強度，能保持在運送中不外 裂，貨物不倒塌的美好樣態，也具有在開封時無 ，讓內層聚乙烯系樹脂袋子容易取出的特長。 取出內層袋後，除去灰塵並依必要時的消毒 後，帶進乾淨空間等環境基準很嚴密的作業場所 顯示出本發明的聚乙烯系樹脂袋子出色的性質。 因本發明而得以提供皺褶部份的熱封處不容 子破裂危險之樹脂製袋子形成用具有皺褶的筒狀 本發明的製成袋子形成用具有皺褶的複合筒 特別適合於塡裝重物的袋子形成用之具有皴褶的 體。 實施例 依下述實施例來更具體地說明本發明，但本 因該實施例而受到任何限制。 (實施例1 ) 製作如圖2所示之袋子形成用具有複合皺褶 ，沿著一 『劑1 1讓 1 Ob的階 緘端部的 褶的複合 洩、不破 異物混入 等等處理 時，也能 易引起袋 體。 狀體，係 複合筒狀 發明並不 的筒狀體 -17- (14) 1294395 ，其係由本發明的線性低密度聚乙烯所構 具有皺褶的筒狀體，及配置於其外側由不 具有皴褶的筒狀體所形成。即爲，由密 MFR1.0g/10分的線性低密度聚乙烯（三 愛寶留 （EVOLUE;商品名稱）SP0510) 膜所構成，在寬3 8 c m長9 0 c m數措全長： ，於其外側配置由牛皮紙所構成的具有皺 形成袋子形成用具有複合雛措的筒狀體 的筒狀體的兩端切成直線。 圖2之具有複合皺褶的筒狀體1 8上 貼同寬度之2片輔助副翼9、1 0，輔助副 端部9b、1 Ob之階梯部上塗覆有熱熔黏著 如圖3所示，相當於具有複合皺褶的 之單側外壁面8 a上，以黏著劑1 7黏貼著 度之2片輔助副翼9、1 0的一端部9 a、 ，作爲另一端部9b係由具有皺褶的筒狀‘ 朝外突出的長度，另外輔助副翼1 〇，作 的外側重疊配置的同時，另一端部1 〇b由 9的端部9b更朝外突出的長度。只有於該 的另一端部9b、1 Ob之階梯部上塗佈有熱 相當於圖2之底部端部，在1 5的位 1 6折彎2次，用附有啓封帶1 3的表紙] 封緘，作爲如圖4所示之端部封緘。 將2 0克粉末狀大豆蛋白質裝入這個 成的袋子形成用 同材質所構成之 度 0.905g/cm3、 井化學公司製、 8 0 u m厚度的膠 2 1cm的筒狀體上 褶的筒狀體8而 1 8。將具有皺褶 ，以黏著劑1 7黏 翼9、1 0的另一 劑1 1。 筒狀體口部端部 與該外壁面同寬 1 〇 a。輔助副翼9 體8的口部端部 爲與輔助副翼 9 內側的輔助副翼 :輔助副翼9、1 〇 熔黏著劑1 1。 置熱封、沿虛線 t 4包裹固定進行 具有皺褶的袋中 -18- (15) 1294395 ，於1 2的兩條虛線間處將內層筒狀體7的口部熱封後， 沿著圖2及圖3所示之虛線1 6將袋子的口部折彎，以熱 量使熱熔黏著劑1 1讓其再活性後，將輔助副翼9、1 〇中 另一端部9b、1 Ob的階梯部全面地黏貼具有皺褶的袋的外 壁面8 b，封緘口部端部，作爲如圖8所示之端部封緘。 關於所得到裝有內容物的具有複合皺褶的袋，用下列 方法測定破袋強度時，既無袋子破裂也無粉末漏出。 破袋強度的實驗 依J I S Z 0 2 1 7來測定。實驗袋3個，使其從高度I 2出 水平洛下10次。接著取出內層袋並僅讓內層袋水平落下 2次觀察袋子的樣子。 (實施例2 ) 取代實施例1之線性低密度聚乙烯，使用一樣的線 丨生低&度聚乙烯重量7 0 %，及密度〇 · 9 2 2 g / c m 3、熔體流動 率0.6/10分的低密度聚乙烯重量3〇%之混合物，同實施 例1製作具有複合皺褶的袋。 將2 0克粉末狀大見蛋白質裝入這個具有皺褶的袋中 ，依實施例】相同的方法封緘住袋子的口部端部。 關於所铪到裝有內容物的具有複合皺褶的袋，依實施 例1相同的方法測定破袋強度時，既無袋子破裂也無粉末 漏出。 -19- (16) 1294395 【圖式簡單說明】 圖1係表示由本發明的聚乙烯系樹脂所構成的具有皺 褶的筒狀體之正面圖。 圖2係表示本發明的具有皺褶複合筒狀體的之正面圖 〇 圖3係圖2所示之具有皺褶的複合筒狀體之縱向剖面 的槪略側面圖。 圖4係表示圖2所示之具有皺褶的複合筒狀體的下部 端部被封緘的槪略剖面側面圖。 圖5係表示圖4中折彎1次的端部被封緘的例子之槪 略剖面側面圖。 圖6係表示圖5中由內層的聚乙烯系樹脂構成之具有 皺褶的筒狀體的熱封位置、被更動的端部被封緘的槪略剖 面側面圖。 圖7係表示在圖4中內層和外層沒有折彎而被封緘的 5而部被封碱的槪略剖面側面圖。 圖8係表示圖2所示之具有皺褶的複合筒狀體的上層 端部被封緘的槪略剖面側面圖。 主要元件對照表 1 具有皴褶的筒狀體 2 皺褶 3 熱封位置 4 筒狀體黏貼著的部份 -20- (17) 1294395 5 筒狀體黏貼著的部份 6 重疊4層部份 7 內層具有皺褶的筒狀體 8 具有皺褶的筒狀體 8 a 單側外壁面 8 b 外壁面 9 輔助副翼1294395 (1) Technical Field of the Invention The present invention relates to a tubular body having a wrinkle for forming a bag made of a polyethylene resin, and a bag containing the same for forming a bag. The homonym of the sacred volume and the resulting bag that can be obtained. [Prior Art] With the development of technologies such as medicines and electronic parts, it is necessary to pay special attention to the incorporation of foreign materials in the handling and storage of raw materials or products. At the same time, in the field of foods and cooked foods, in order to maintain quality and maintain a good sanitary state, the situation of foreign matter mixing has also become special attention. In order to meet such a demand, a resin bag made of a synthetic resin such as polyalkylene or polyvalent vinegar is recommended. These resin bags have excellent performance in preventing foreign matter from entering and maintaining good hygiene, but there is a risk of opening or cracking due to a collision or impact during transportation. For this reason, in order to protect the resin bag, it is recommended that the outer layer be a bag covered with kraft paper or the like. In a bag made of a simple cylindrical body, since the surface is not flat when the contents are mounted, there is a risk of causing the goods to collapse when the bag is stacked, so it is also recommended to have wrinkles on the cylindrical body. Bag (Japanese Patent Publication No. 6 - 3 7 2 1 8). In this publication, it is proposed that the inner cylindrical system is formed of a heat sealable material and the outer layer is constructed of kraft paper. However, when the tubular body having the wrinkles is heat-sealed at the end, since the cylindrical body -5 - (2) 1294395 forms a layer which is overlapped into four layers and has a heat-sealed portion, the material of the bag for the announcement is known. There is a danger of rupture from there when loading heavy objects. In addition, a bag having a tubular body made of a heat sealable material as an outer layer and covered with a kraft paper structure is suitable for use in an environment in which the foreign matter is objectionable; since it is conveyed in a state covered with kraft paper or the like, it is taken out by It can be heat-sealed to form a cylindrical body, remove dust and disinfect as necessary, and then bring it into the workplace. However, there is a risk that the material of the bag disclosed in the prior art may be broken from the heat seal portion as mentioned above. The inventors of the present invention have completed the development of a wrinkled bag which concentrates on the risk of bag breakage even in the handling of heavy loads. SUMMARY OF THE INVENTION The present invention provides a resin-made wrinkled cylindrical body which is composed of a heat-sealable resin and which is less likely to be broken by a heat-sealed portion even if a heavy object is attached. use. The present invention provides a suitable resin-made tubular body and a wrinkled composite cylindrical body which are wrinkled cylindrical bodies made of resin having the aforementioned characteristics and wrinkled by different materials disposed on the outer side thereof. The inner layer of the bag forming material composed of the cylindrical body has a corrugated cylindrical body and is used. Further, the present invention provides a composite cylindrical scoop material capable of forming a crepe. The pleated composite tubular system has a pleated cylindrical body and configuration of a resin having the foregoing characteristics. The outer side is formed of a corrugated cylindrical body composed of different materials -6 - (3) 1294395, and the bottom closed portion and the mouth closed portion of the cylindrical body can be sealed. The present invention is a linear low-density polyethylene having a density of 0.8 9 5 to 0.92 5 g/cm 3 , a melt flow rate of 0.1 to 10 g/10 min, a weight of more than 100 to 50%, and a density of 0.910 to 0.93 0 g/cm 3 , A bag-formed tubular body for forming a bag formed of a polyethylene-based resin composed of a high-pressure low-density polyethylene having a melt flow rate of 0.1 to 10 g/10 minutes and a weight of less than 0 to 50%. The present invention provides a wrinkled bag obtained by heat-sealing one end portion of the bag-formed body having a corrugated cylindrical body. The present invention provides a tubular body having a composite wrinkle for bag formation, which has a wrinkled cylindrical body made of a polyethylene resin as described above, and a wrinkled cylindrical body which is formed of a different material on the outer side thereof. Composed of body. The above-mentioned different materials are formed into a tubular body having a composite wrinkle for forming a bag of kraft paper, which is a satisfactory form of the present invention. The cylindrical body having the composite wrinkles for forming the bag as the both ends of the tubular body having the wrinkles is a satisfactory form of the present invention. The present invention provides a bag having a composite wrinkle, characterized in that the one end portion of the cylindrical body having the composite wrinkles is formed by arranging the ends of the cylindrical body in a line to heat seal and bend the top portion. The structure of the fixed bottom end portion is wrapped with a paper sheet with an unsealing tape. At the end of the mouth of the cylindrical body, in order to form a stepped portion which is formed in a stepped shape or a stepped portion which protrudes outward, at least one auxiliary aileron is adhered to the outer wall surface, and the surface thereof is coated with a hot-melt adhesive. A bag having a composite wrinkle that can be sealed is a satisfactory form of the present invention. (4) 1294395 [Embodiment] The present invention is a tubular body having a wrinkle. It is a linear low-density polyethylene with a melt flow rate of 0.9·1 to 1100 to 5%, and a density of .93 0g/cm3, a melt flow rate 〇. 1~1 A polyethylene-based bag made of high-pressure low-density polyethylene of 〇g/: l 0 and 5% by weight is used. The present invention provides a wrinkled composite cylindrical body in which a wrinkled cylindrical body composed of a heat-sealing resin and a wrinkled cylindrical body configured to be formed of the material are formed, and the material is the aforementioned polyethylene Resin. The polyethylene-based resin of the present invention has a density of 0·8 9 5 to 〇, a melt flow rate of 0.1 to 10 g/1, a linear low-density polydene, and the linear low-density polyethylene is equal in weight and less than the same weight. · 9 3 0 g / C m3, a composition of polyethylene having a melt flow rate 〇 · 1 to 1 0 g / 10 minutes. The linear low-density polyethylene of the present invention (LLDPE 0.925 or less is preferred. 〇.895~〇.925g/cni3 is more preferably 0.900~〇.925g/cm3, and most preferably 0.905~ 〇 is the most in the present invention. A single polymer or polyethylene and other α-chain polymers suitable for the linear low-density polyethylene used. As other α-olefins, 1,4-pentene-1, 4-methyl group is exemplified. Pentene-1, hexene-], degree 0 · 8 9 5 ~ 'weight higher than 0 · 9 1 0~ weight less than 0 resin is characterized by the outer side by different heat sealable materials. 9 2 5 g / c m3, E-sinter, or 0.91 0~ high-pressure low-density), preferably with -0·9 1 5g/cm3, common propylene, butene octene-1, etc. -8 · (5) 1294395 Carbon number 3 to 1 2, preferably 3 to 8 α-alkene. It is preferably 4-methylpentene-1, hexene-1, octene-1 high α-olefin. The melt flow of the linear low-density polyethylene of the present invention is measured at 190 ° C, and the weight of the material is 2.16 K g, which is preferably 〇·1~, 0.2~5g/l 较佳, preferably 〇 .3~3g/10 Preferably, it is 0.3~1. 5g /1 0 points. The linear low-density polyethylene of the present invention can be produced by a Ziegler-Natta-type catalyst such as a magnesium support which is a so-called single-site catalyst produced by an aromatic ring-ene catalyst, etc. Obtained from the ethylene in the market. Among them, the use of linear low-density polyethylene having an aromatic cycloolefin metal derivative system is most satisfactory. The high pressure method low density polyethylene of the present invention preferably has a density of 0.930 g/cm3 and a range of 0.910 to 0.925 g/cm3 of 0.915 to 0.925 g/cm3. The melt flow of the high-pressure method low-density polyethylene of the present invention is preferably 値 〇 、 at 190 ° C and a weight of 2·16 kg, preferably 、 1 to 5 g/10, and preferably 0.3. The high pressure method low density polyethylene of the present invention can be obtained by suitably selecting from a market density polyethylene. The polyethylene-based resin of the present invention is preferably 1 (10) ° / ° in terms of line weight; in the case of a composition of linear low-density polyethylene polyethylene, compared to the linear low density, The ratio of 6 to 8 (MFR) 1 0 g / 1 0 is divided into better and most metal derivative products, which are used for use. The degree of manufacture of the polycatalyst sold as the above is preferably 9· 9 1 0~, and the optimum momentum ratio (MFR ～1 0g/1 〇, 3 g /10 min. Low-density low-density polyethylene and high-pressure low-polyethylene, high-pressure-9- (6) 1294395 method low-density polyethylene ratio is the same weight and the same amount is not full. High-pressure method low-density polyethylene composition The ratio is preferably 100% of the composition, less than 50% by weight, more preferably 40% or less, and most preferably 35 to 0.001% of the composition of the high-pressure process low-density polyethylene. When the composition of 100% by weight and 35 to 20% by weight is used as the polyethylene-based resin of the present invention, it is expected that excellent resistance to protection can be exhibited at the time of molding or after molding, since the blow-molded film can The effect of high stability and the like is obtained. The polyethylene resin of the present invention can be used in combination with other resins without impairing the object of the present invention. Examples of such other resins include polyethylene-α-chain. Olefin co-polymer, polyethylene-vinyl acetate co-polymer, poly An ene-acrylic acid ethyl co-polymer, a polyethylene-propylene methacrylate ethyl co-polymer, an olefin-based thermoplastic elastomer, etc. such an amount of mixing of other resins is permitted to be 3 0 for the polyethylene-based resin. In the polyethylene-based resin of the present invention, ruthenium may be added as necessary. Examples of the added ruthenium include a plasticizer, an acidification inhibitor, an ultraviolet absorber, a heat stabilizer, a flame retardant, and an internal release agent. , a flame retardant, a charge preventive agent, a surface moisture improver, a combustion aid, a pigment, a slip agent, etc. The tubular system of the present invention is formed by forming a film of the above-mentioned polyethene-based resin by a conventionally disclosed method. The cylindrical body is formed by a water-cooling or air-cooling sealing method. It is most suitable for use in a water-cooling or air-cooling sealing method. The thickness of the film is about 60~l2〇um, and the forming method is 10-(7) 1294395. The obtained tubular adhesive film is a cylindrical body having wrinkles, and the tubular body for forming a bag according to the present invention can be obtained by the action of cutting the length of the folded sheet. The wrinkled cylindrical body can be obtained. alone A bag that seals and seals one end portion with a heat seal can be provided. After the contents of the bag are attached to the mouth, the mouth portion is heat-sealed to allow the contents to be transported and stored. When the corrugated cylindrical body is sealed by heat sealing, the wrinkle portion becomes four layers, and the heat-sealed portion is excellent in strength. When the contents are loaded, the resin is creased in the conventionally announced resin. On the pleated bag, the heat-sealing strength of the four overlapping portions is weak, because this portion causes a lot of cracking of the bag, but on the pleated cylindrical body of the present invention, because of this portion The case where the bag is broken is markedly improved. In order to help understand the wrinkled cylindrical body for forming a bag made of a polyethylene resin of the present invention, FIG. 1 shows the polyethene-based resin of the present invention. The formed bag is formed into a wrinkled cylindrical body. In the tubular body having the pleats of Fig. 1, the one end portion of the tubular body having the pleats is heat-sealed at the position of 3 in a state in which the pleats 2 are folded. The heat seal of Part 6 indicates that there is a significant improvement in the condition of the bag rupture due to this part. In the pleated cylindrical body of the present invention, the portions 4 and 5 which are adhered to the cylindrical body immediately after the heat seal 3 are sometimes seen. In particular, in the cylindrical body having the composite pleats of the outer bag described later, the heat is sealed from the upper side of the outer bag. The state of the part that is pasted is shown in the figure. -11 - (8) 1294395 The above-described cylindrical body composed of the polyethylene resin of the present invention and a bag having a wrinkled cylindrical body formed of at least one layer of different materials disposed outside thereof are formed. The composite cylindrical body does not require good heat sealing characteristics, and auxiliary materials such as a sewing machine or a pleated paper, and does not require modification, and can exhibit the excellent work function of automatic mounting and sealing. A composite tubular body for bag formation. Examples of the different materials constituting the tubular body having the wrinkles on the outer side include kraft paper, cloth, non-woven fabric, and resin-made bags; among them, kraft paper is most suitable. It is a satisfactory form of the present invention to form a tubular body having a composite wrinkle for forming a bag having a wrinkled cylindrical body formed of a different material disposed on the outer side. Such a tubular body having a composite wrinkle can be sealed as one end portion to be opened, and the contents are sealed, and the other end portion is sealed, and then transported, stored, and the like. When the end portion is sealed, the inner layer of the polyethylene resin tubular system is suitable for heat sealing, but it is suitable for the sealing of the wrinkle-like body which is formed of different materials on the outer side. Know the method of announcement. Hereinafter, a method in which the outer tubular body is a wrinkled composite tubular body of kraft paper is described as an example of the end sealing. In the first example, at the end portion of the cylindrical body of the paper, one side of the front and rear walls is protruded in a step shape to form a step (generally referred to as a stepped surface). When the outer quotient is multi-layered, it will form a section like the outer layer. When the protruding step portion is bent inward so that it is adhered to the portion overlapping the outer wall of the paper bag -12 - (9) 1294395, the outer wall surface of the paper bag which is first coated with the adhesive and overlaps the protruding step portion may be used. Or a method of applying an adhesive on the surface of the protruding step overlapping the outer wall surface. The tubular system composed of the inner layer of the polyethylene resin is sealed by heat sealing. The heat sealing of the tubular body composed of the polyethylene resin can be carried out by using a heat protective layer from above the outer layer cylindrical body. In the second example, the end portion of the cylindrical body of the paper is used as a stepped surface, and the polyethylene tubular body whose stepped surface has been heat-sealed is bent, and the base portion of the first example can be adhered to the sealing base. The method of the outer wall surface and the like. In the third example, in the first and second examples, the end portion of the outer paper-like tubular body is cut into a straight line, and a step portion formed to protrude in a stepped shape or a step portion protruding outward is provided on the outer wall surface. At least one auxiliary aileron is adhered. In order to form a stepped portion that protrudes outward from the end, at least one auxiliary aileron is adhered to the outer wall surface, and the sealing can be performed in the same manner as in the first and second examples. In the fourth example, the end portion of the outer layer of the paper-like tubular body is cut into a straight line, and the tubular body made of the inner polyethylene resin is sealed by heat sealing. The ends of the inner and outer cylindrical bodies are combined into a line and then combined, and the surface is wrapped like a wrapper. The adhesive can be adhered to the seal. Further, the unsealing tape is first set to the lateral direction on the surface paper, and when the paper bag is opened, the opening tape is opened to tear the surface of the paper to the lateral direction, and can also be used as a structure which can be easily opened by unsealing the end of the stepped end. In the method of the fifth example, the end portion of the outer paper-made cylindrical body is cut into a straight line, and the ends of the cylindrical body are spliced into a line and then combined, and the bent end portion is like a bent portion. Put on the paper and use an adhesive to stick the seal. When this is -13- (10) 1294395, the strength is maintained because of the bend of the 2 bends. At this time, the unsealing tape can be set to the lateral direction on the surface paper in the same manner as in the fourth example. In the method of the sixth example, 'the stepped portion of the paper-like cylindrical body on the outer layer is formed as a stepped portion by a stepped surface, or is formed as an auxiliary aileron on a straight end portion, on the surface thereof. The adhesive layer covered with the release paper is provided, and the folding paper step portion or the auxiliary aileron can be peeled off and attached to the outer wall surface of the kraft paper for sealing when sealing (refer to Japanese Patent Laid-Open No. 2000- 1 90989). In a method, a stepped portion is formed by a stepped surface at an end portion of the outer layer of the paper cylindrical body, or is formed as an auxiliary aileron attached to the straight end portion, at the step of bending or auxiliary auxiliary In the case of the wing, an adhesive layer covered with a release paper is disposed on the outer wall surface of the laminated paper cylinder, and the release paper folding step portion or the auxiliary aileron can be peeled off and attached to the outer wall surface of the kraft paper during sealing. Sealed (refer to Special Opening 200 1 -27 829 0). The adhesive to be used is not particularly limited, and a conventional adhesive can be suitably used, but the portion where the mouth end of the bag having the pleats must adhere in a short time, the use of the hot-melt adhesive More satisfactory. When the contents are packed in the wrinkled bag of the present invention and then sealed, the bottom of the bag can be sealed by the above-described methods to provide a bag as a contents for mounting. As a method of sealing the bottom, the method of the third example described above is optimal. When the bag having the pleats provided by the above-described method is used, the heat-fusible adhesive which is previously applied to the end of the mouth is re-activated by a heat source such as hot air, and then sealed. The job is a very good form. -14- (11) 1294395 The contents of the bag at the bottom end of the closure are mounted. The above methods can be used as a suitable method in order to seal the mouth end. Among them, as a suitable method, the methods of the first to third examples can be cited. In particular, the method of sealing the bottom end portion by the above-described fifth method is the most suitable method for sealing the end portion of the mouth portion after the contents have been sealed by the second or third method. When the bottom end is sealed, the unsealing tape is first set to the lateral direction on the surface paper, and when the paper bag is opened, it is satisfactory to increase the unsealing tape to tear the surface paper laterally as a structure that is easily opened. In the tubular body having the composite pleats of the present invention, a heat-sealing layer can be used from the upper side of the outer layer cylindrical body to heat-seal the tubular body having the pleats made of a polyethylene resin. The heat sealing condition at this time is preferably a slight low pressure and a high temperature, and the temperature at about 290 °C is most recommended. Under such conditions, when the wrinkled cylindrical body of the present invention is heat-sealed, it is sometimes considered that the portion adjacent to the heat-sealed position is adhered, but the adhesive which is considered to be the immediate portion is ideal. form. A preferred example of the tubular body having the composite pleats of the present invention will be described with reference to Fig. 2 . The tubular body 18 having the composite pleats in Fig. 2 is a pleated cylindrical body composed of an outer layer of kraft paper, and a wrinkled cylindrical body composed of an inner layer of a polyethylene resin, in order to create The step portion is provided with auxiliary ailerons at the upper end of the kraft paper of the outer layer, and the lower end portion is cut into a straight line. In order to better understand the structure of the tubular body having the composite pleats of Fig. 2, a cross-sectional side view thereof is shown in Fig. 3. As shown in FIG. 3, the one-side outer wall surface 8a corresponding to the end portion of the tubular body portion having the composite pleat- 15-(12) 1294395 pleat is adhered to the same width as the outer wall surface with the adhesive 17 One end portion 9a, 1 Oa of the two auxiliary ailerons 9, 10. The auxiliary aileron 9 has a length in which the other end portion 9b protrudes outward from the mouth end portion of the corrugated cylindrical body 8, and the auxiliary aileron 1' is disposed to overlap the outer side of the auxiliary aileron 9 The other end portion 1 Ob is a length that protrudes outward by the end portion 9b of the inner auxiliary aileron 9. The hot-melt adhesive 11 is applied only to the step portions of the other end portions 9b and 1 Ob of the auxiliary ailerons 9, 10. An example of sealing the end portion of the tubular body having the composite pleats of the present invention will be described with reference to Fig. 4 . Fig. 4 is a cross-sectional view showing the end portion of the lower end portion of the tubular body having the composite pleats of Fig. 2, which is heat-sealed at a position of 15 and bent twice at a broken line 16 to seal the end portion. In Fig. 4, the portion between the two broken lines of 15 is heat-sealed after the inner layer of the corrugated cylindrical body 7, and is bent twice along a broken line 16 by the cover paper 1 with the unsealing tape 13 4 package fixed to seal the alkali. Since the wrinkled cylindrical body composed of the polyethylene-based resin of the present invention has a high heat-sealing strength, the heat-sealing position can be arbitrarily selected, and the sealing method can be freely selected. For example, the lower end portion of the tubular body having the composite pleats of Fig. 2 may be sealed in the form of Figs. 5 to 7 . On Figure 5, the bend of Figure 4 is only once. In Fig. 6, the heat-sealed position of the tubular body having the pleats formed of the inner polyethylene resin is also changed. Further, in Fig. 7, the inner layer and the outer layer were not bent and sealed. Fig. 8 is a cross-sectional view showing the state in which the end portion is sealed at the upper end portion of the tubular body having the composite pleats of Fig. 2; As shown in Fig. 5, the end portion of the inner cylindrical body 7 is heat-sealed at a portion between the two broken lines of -16-(13) 1294395 of 1 2, and the broken line 16 bends the mouth of the bag to After the heat is reactivated, the other end portions 9b and the steps of the auxiliary ailerons 9, 10 are completely adhered to the outer wall surface 8b of the wrinkled bag, and the outer surface 8b is sealed. In this way, the wrinkle bag which seals the mouth and the bottom is excellent in strength, can maintain the crack in the conveyance, and the good shape of the goods does not collapse, and also has no inner layer when opening. The resin bag is easy to remove. After removing the inner layer bag, the dust is removed and, if necessary, disinfected, and the environment where the environmental standard is tight, such as bringing it into a clean space, exhibits excellent properties of the polyethylene resin bag of the present invention. A resin-made bag for forming a wrinkle portion in which the wrinkle portion is not damaged by the present invention is formed with a wrinkled cylindrical shape. The wrinkled composite drum for forming a bag of the present invention is particularly suitable for armor weight. The bag of the object is formed into a body having a pleat. EXAMPLES The present invention will be more specifically illustrated by the following examples, but is not limited by the examples. (Example 1) A composite wrinkle for forming a bag as shown in Fig. 2 was produced, and the composite pleats of the end portions of the 1 Ob of the 1st were mixed, and the foreign matter was mixed, and the like. Can easily cause the bag body. The tubular body is a tubular body which is not a composite tubular invention, -17-(14) 1294395, which is a tubular body having a wrinkle formed by the linear low-density polyethylene of the present invention, and is disposed on the outer side thereof without A pleated cylindrical body is formed. That is, it consists of a linear low-density polyethylene (EVOLUE (trade name) SP0510) membrane with a dense MFR of 1.0 g/10 min. It is a full length of 3 8 cm and a length of 90 cm. Both ends of the cylindrical body having the tubular body having the composite form formed by the wrinkle-forming bag formed of kraft paper are arranged in a straight line. 2, the auxiliary louver 9 and 10 having the same width are attached to the tubular body 18 having the composite pleats, and the step portion of the auxiliary auxiliary end portions 9b and 1 Ob is coated with the hot-melt adhesive as shown in FIG. Corresponding to the one-side outer wall surface 8a having the composite pleats, the one end portion 9a of the two auxiliary ailerons 9, 10 adhered to the adhesive 17, and the other end portion 9b The length of the corrugated tubular shape that protrudes outward, and the auxiliary ailerons 1 〇, while the outer side is overlapped, the other end portion 1 〇b is protruded outward by the end portion 9b of the ninth portion. Only the bottom portion of the other end portions 9b and 1 Ob is coated with heat corresponding to the bottom end portion of Fig. 2, and is bent twice at the position 16 of 15 to use the sheet with the unsealing tape 13 ] Sealing, as the end seal shown in Figure 4. 20 g of powdered soybean protein was placed in the bag to form a cylindrical body having a density of 0.905 g/cm3 and a density of 80 μm, which was made of a well-made material. 8 and 18. There will be another agent 1 1 having a wrinkle to adhere the adhesive 9 and 10 to the adhesive. The end of the mouth of the cylindrical body is the same width as the outer wall surface by 1 〇 a. The mouth end of the auxiliary aileron 9 body 8 is an auxiliary aileron with the inside of the auxiliary aileron 9: the auxiliary aileron 9, 1 熔 the adhesive 1 1 . Heat-sealed, wrapped in a wrinkled bag -18-(15) 1294395 along the dotted line t 4 , heat-sealed the mouth of the inner cylindrical body 7 between the two broken lines of 12, along The dotted line 16 shown in Fig. 2 and Fig. 3 bends the mouth of the bag, and after the heat-melting adhesive 1 1 is reactivated by heat, the other end portion 9b, 1 Ob of the auxiliary ailerons 9, 1 The step portion completely adheres to the outer wall surface 8b of the wrinkled bag, and seals the mouth end portion as an end seal as shown in FIG. Regarding the obtained bag having the composite wrinkles containing the contents, when the bag breaking strength was measured by the following method, neither the bag was broken nor the powder leaked. The test for breaking the bag strength was measured according to J I S Z 0 2 1 7 . Three test bags were taken from the height I 2 horizontally 10 times. Next, the inner bag was taken out and the inner bag was only allowed to fall horizontally twice to observe the appearance of the bag. (Example 2) Instead of the linear low-density polyethylene of Example 1, the same wire was used to produce a low & degree polyethylene weight of 70%, and a density of 〇·········· A mixture of /10 minutes of low density polyethylene and 3% by weight was used to make a bag having a composite wrinkle as in Example 1. 20 g of powdery macroscopic protein was placed in this pleated bag, and the mouth end of the bag was sealed in the same manner as in the Example. Regarding the bag having the composite wrinkles attached to the contents, the bag breaking strength was measured in the same manner as in Example 1, and neither the bag was broken nor the powder was leaked. -19- (16) 1294395 BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a front view showing a pleated cylindrical body composed of a polyethylene resin of the present invention. Fig. 2 is a front view showing a pleated composite cylindrical body of the present invention. Fig. 3 is a schematic side elevational view showing a longitudinal section of the pleated composite cylindrical body shown in Fig. 2. Fig. 4 is a schematic cross-sectional side view showing the lower end portion of the pleated composite cylindrical body shown in Fig. 2 sealed. Fig. 5 is a schematic cross-sectional side view showing an example in which the end portion bent once in Fig. 4 is sealed. Fig. 6 is a schematic cross-sectional side view showing the heat-sealed position of the pleated tubular body composed of the inner layer of the polyethylene-based resin in Fig. 5, and the changed end portion being sealed. Fig. 7 is a schematic cross-sectional side view showing the base portion and the outer layer which are sealed without being bent in Fig. 4; Fig. 8 is a schematic cross-sectional side view showing the upper end portion of the pleated composite cylindrical body shown in Fig. 2 sealed. Main components comparison table 1 Cylindrical body with pleats 2 Wrinkles 3 Heat-sealed position 4 The portion to which the cylindrical body adheres -20- (17) 1294395 5 The portion to which the cylindrical body adheres 6 overlaps the 4 layers 7 inner layer with corrugated cylindrical body 8 corrugated cylindrical body 8 a single side outer wall surface 8 b outer wall surface 9 auxiliary aileron
9a 輔助副翼的一邊 10 輔助副翼 10a 輔助副翼的一邊 11 熱熔黏著劑 12 兩條虛線間的部份 13 啓封帶 14 表紙 15 兩條虛線間的部份9a One side of the auxiliary aileron 10 Auxiliary aileron 10a One side of the auxiliary aileron 11 Hot-melt adhesive 12 Part between two dashed lines 13 Unsealing belt 14 Paper 15 Part between two dashed lines
16 —條虛線 17 黏著劑 18 具有複合皴褶的筒狀體 -21 -16 — dotted line 17 Adhesive 18 Cylindrical body with composite pleats -21 -