201016198 ' 六、發明說明： J【發明所屬之技術領域】 本發明為有關醫療用或外科用薄膜式敷貼帶，更詳言 之’為有關用以覆蓋受傷部分或固定導管（cathet'er)等醫 療器具尊所使用薄膜式敷貼帶。 、 【先前技術】 為固定導管等醫療器具，或受傷部分覆蓋材料等廣泛 • 使用之薄膜式敷貼帶，為具有可適應皮膚之薄膜及該薄膜 之一邊之主要面上設置黏著劑層而構成之一種黏著片。 薄膜式敷貼帶在使用前（流通過程等）之狀態丁，一般 在上述勘著片’再加上下列（a)、（b)之構成要件而成多層 .之積層構造。 (a) 覆蓋黏著劑層面（即，黏著面）用之可剝離襯片 (Peelable liner)。 (b) 以可剝離之支挎層積層在薄膜之另一主要面上 ό (印’背面）之載體（該載體之目 的在對黏著片賦與剛性，去 除可制離襯片後，也不致於影響及其操作使用性）。 貼附薄膜式敷貼帶於皮膚等時，首先，除去可剝離襯 片’曝露出黏著劑層之黏著面’再貼附於皮膚上（包括固定 &等醫療器具或紗布），然後，剝離載體而完成貼附操作。 然而’本發明研究者詳細調查以往之薄膜式敷貼帶之 實際使用情形之結果，發現有下述問題存在。 薄膜式敷貼帶主要使用在醫療現場，所以上述一連串 之貼附操作係戴上一般醫療甩橡膠手套之情形下進行。上 320706 3 201016198 ，述之所謂問題在於载體薄，缺乏之抓邊，所以在戴手 -套之狀態下’不容易剝離裁體。田 針對上述問題，專利文獻i中提出將載體在中央部分 加以分斷（以下稱該分斷線為「相分」），#用「支持 -體剝離片」覆蓋該「相對部分」，藉此^載體之剝離作業容 • 易進行。 ㈣’據該專利公報所記载之構造，分斷為二之載艘 之-方雖然能藉「支持體剥離片」而刺離，但是另，方之 •載體會殘留’其剝離仍然有困難。 另外’也有不在載體上設置*斷部分，而採用外肩， 設置抓邊等，從载體邊緣全面性剝離之方式。若是使用薄 膜式敷貼帶單純地覆蓋受傷部分時，依據上述方式在防水 等方面不會發生問題。然而，使用於喊導管等器材時，、 載體之剛性成為無法充分固定之原因，而可能造成導管脱 洛之嚴重問題。 〇 另一方面，著眼於可剝離襯片之操作性時，如同上述 載體之軸操作在戴上醫療用轉手套之狀態下實施’所 以橡膠手套可能黏附在經除去可剝離襯#後所露出之黏著 面上’造成操作處理上之不方便等缺點。 專利文獻1:日本專利特開2003-339762號公報 【發明内容】 [本發明擬解決之課題] 本發明之目的在提供可對薄膜式敷貼帶賦與剛性，能 保持優異功能之載體，可固定好導管等各種醫療器具在身 320706 201016198 體表面’且卿賴之際，其操作方便良好之㈣式敷貼 帶。 又，本發明之另一目的在解決上述載體有關問題之 下，再進而提供改善可剝離襯片之操作性，即，改善曝露 出黏著面而黏附、剝離载體等一連串黏附操作處理時之作 業性之薄膜式敷貼帶。 [解決課題之手段] ❹ ❹ 本發明研究者為達成上述目的祕過精㈣討結果， 發現在載體上設置分斷部分，更設置輔片（fiap)層以覆蓋 該分斷部分，且該辅片層也設置分斷部分時，存在有導管 等之情形下也㈣定好，且除去載體之操作方便容易等， 而完成了本發明。 ^另外，除了上述之設置分斷部分崎，射剝 上设置分斷部分，在局部除去可祕襯片之下，確保处 體薄膜用抓邊，完成了就載體及可 雙= 即，本發明之薄膜式㈣帶具有下列料 一種軸式敷貼帶，具有薄膜之—方之 及㈣，著二: ^成為可剝離性狀之可剝離襯片，；及覆蓋在上$ 上’積層成為可剝離狀之载趙而成，細 兮載;2設置有分斷其外形之載體分斷部，據此1 Μ載體刀斷成為載體第—部分及載體第二部分， 該载體上’更積層覆蓋該載體分斷部2辅片（flap 320706 5 201016198 • 層，該輔片層設置分斷其外形之輔片層分斷部，據此，該 - 輔片層分斷成為輔片層第一部分及輔片層第二部分； 在輔片層第一部分之一部分領域黏著在載體第一部分 以留出抓邊部，輔片層第二部分也在一部分領域中以留出 、 抓邊之狀能黏著在載體第二部分。 • 本發明之較佳形態為，該載體分斷部成為線狀，載體 第一部分與載體第二部分在該載體分斷部相互接觸，或_ ,載體分斷部成為帶狀，而載體第一部分與載體第二部 © 分係夾住該載體分斷部而互相離開。 本發明之另一較佳形態為，連接載體分斷部領域或载 體分斷部鄰近領域中，輔片層第一部分黏接在載體第一部 分，輔片層第二部分也在連接載體分斷部之領域或鄰近載 體分斷部之領域中，黏接在載體第二部分。 本發明之另一較佳形態為，載體分斷部為帶狀，而載 —體第一部分與載體第二部分係夾住該載體分斷部而互相籬 _ 開，並且，在該帶狀之載體分斷部内嵌入具有與該載體分 斷部大約相同寬度與相同厚度之填充層成為可對薄膜之另 一面剝離之狀態，而該填充層係沿著載體分斷.部之方向設 有分斷部，以該分斷部將談填充層分斷成填充層第一部分 與填充層第二部分，再且， 輔片層第一部分係跨過填充層第一部分與載體第一部 分而接合；而辅片層第二部分則跨過填充層第二部分與載 體第二部分而接合。 本發明之又一較佳形態為，輔片層分斷部之進行方 6 320706 201016198 • 向，大致和載體分斷部之進行方向相同。 - 本發明之再一較佳形態中，輔月層係由撓性薄膜所構 成之層，或由撓性不織布所構成之層。 本發明之另一較佳形態中，可剝離襯片上設置有1條 '以上之分斷該可剝離襯片之外形用之線形之可剝離襯片之 • 分斷部分。 本發明之又一較佳形態中，可剝離襯片上設置2條其 進行方向大致互相相同之可剝離襯片分斷部。 參 本發明之再一較佳形態中，可剝離襯片分斷部之進行 方向，大致和载體分斷部之進行方向相同。 [發明之效果] 本發明之薄膜式敷貼帶（下文中有簡稱為該敷貼帶之 情形），首先，藉分斷部將載體分斷成為載體第一部分及第 二部分。據此，該敷貼帶整體在該分斷部之部位容易彎折， 導管形成突起狀也能在皮膚上固定好。 其次，本發明中，設置有覆蓋上述載體分斷部之輔片 曝 層，並分斷該輔片層而分別連接在載體第一部分及載體第 二部分而構成抓邊。據此，帶上醫療用橡膠手套之情形下， 也能抓住輔片層而容易剝離兩個分斷之載體。 本發明中，除了上述載體上之改良以外，在可剝離襯 片上也設置分斷部。藉此，除去一部分可剝離襯片後，該 敷貼帶上也能留存抓邊。據此，戴上醫療用橡膠手套之情 形下，能將該敷貼帶黏附在身體表面而不會觸及黏著面。 特別是藉設置朝向相同方向之2條分斷線，將可剝離 7 320706 201016198 ' 襯片分割為三，則去除中央之可剝離襯片，也能在兩侧留 - 存可剝離襯片。藉此，在不觸及黏著面之情形下，用雙手 確保該敷貼帶，所以更能提升貼附時之操作性。即，剝離 可剝離襯片，貼附該敷貼帶在身體表面上，再剝離載體等 ' 一連串之貼附操作，在戴上手套下可順利進行。 • 【實施方式】 以下將本發明參照具體例說明如下。 第1圖表示該敷貼帶之一實施例之積層構造之侧面模 ❹ 示圖。如同該圖所示該敷貼帶係具有在可撓性薄膜（2)之一 面上設置有黏著劑層（3)而構成之薄膜式敷貼帶本體（1)。 該敷貼帶更具有覆蓋黏著劑層（3)之黏著面（3a)以可剝離 狀積層之可剝離襯片（4)，該薄膜（2)之另一面（2b)積層有 可剝離狀之載體（5)做為支持體層。 載體（5)上設有分斷其外形之載體分斷部（5d)，藉此， 將該載體分斷為載體第一部分（51)及載體第二部分（52)。 β 載體（5)上，再積層有覆蓋載體分斷部（5d)之輔片層 (7)。第1圖中由於將黏著劑層61、62誇大晝出，所以看 起來，輔片層（7)大大地離開載體（5) ;實際上黏著劑層61、 62很薄，而輔片層（7)實質上係接觸在載體（5)之狀態。輔 片層（7)設有輔片層分斷部（7d)而分斷其外形，藉此，將輔 片層（7)分斷為輔片層第一部分（71)及輔片層第二部分。 在此，輔片層第一部分（71)在一部分領域中以留出抓 邊（7a)之狀態連接在載體第一部分（51)，同樣地，輔片層 第二部分（72)也在一部分領域中以留出抓邊（7b)之狀態連 8 320706 201016198 ‘接在載體第二部分（52)。即，輔片層第一部分（71)藉 -劑層（61)-部分連接在載體第一部分（51)，藉此，抓邊 以黏著劑層（61)保持成懸臂狀而成為 之狀態而存在。同樣地，謂第二部分⑽也藉= ^(62)-部分由黏著劑層⑽保持成—部分連接在載體 一P刀（52)，藉此抓邊(7b)以黏著劑層（62)保 :由端之輔片層之狀態而存在。 有自 藉上述構造，該敷貼帶—面由裁體賦與剛性，一面卷 隨等g等益材之鼓起，固定好該導管 之後’糊層第-部卿及輔片層第二== 個抓邊（7a、7b)抓起拉扯或掀開，就容易地亲 各 部分（51)及㈣第二部分⑽。 戰體第〜 =!可，品(切開品)或長規品(捲筒狀品)。 ❿ 該敷貼帶之外周形狀或尺寸並無限制。舉例而古，〜 規口口中切開成為正方形或長方形等形狀時見制疋 5〇至100麵寬，80至25〇咖左右之尺寸者。^ ^衣品為 形狀除方形之外(四角處可製成適當圓 口J = t> 、、 或用权菌袋個別包裝 薄膜錢㈣本社概巾，絲之薄 薄膜式敷貼帶所採用者，祗要具有可撓性，心 320706 9 201016198 * 體表面沒有不良影響者皆可採用。該薄膜材料之例如丙烯 - 酸聚合物、聚乙烯、乙烯-乙酸乙烯酯共聚物、聚胺基甲酸 乙酯、聚醚聚酯及尼隆衍生物等之聚合物皆可使用。其中， 丙烯酸聚合物、聚胺基曱酸乙酯、聚醚聚酯及耐綸衍生物 ' 等之聚合物，製成薄膜時具有優異之水蒸汽透過性，因為 - 妨害所覆蓋皮膚之呼吸作用較少，且能抑制皮膚之白化現 象，更具有透明性，所以能邊看貼附處（例如固定穿通導管 之際，可觀察導管插入情形下）貼附而最佳。 β 薄膜厚度並無限制，對於皮膚之凹凸狀之追隨適應性 等，可發揮薄膜式敷貼帶之機能之觀點而言，以20至150 // m範圍為佳，尤以25至75 // m為較佳。 薄膜式敷貼帶本體之黏著劑層之材質，可使用貼附身 體表面用周知黏著片所利用黏著劑，例如天然橡膠系、合 成橡膠系、丙烯酸系、聚矽氧烷系等之感壓性黏著劑。其 中，就更能提高薄膜之透明性，更能抑制對皮膚之刺激而 Φ 言，以採用丙稀酸系感壓性黏著劑為較佳。 黏著劑層厚度並無限制，通常在10至60#m範圍，其 中，以20至50/zm範圍為較佳。 設置黏著劑層於薄膜（2)之一面之方法，可採用周知方 法，例如塗布黏著劑組成物於薄膜上經乾燥之方法，或將 預先成型之黏著劑組成物層所構成黏著劑層積層在薄膜上 之方法等。 載體可對薄膜式敷貼帶本體賦與剛性，以改善其操作 處理性用之支持體層。另外，載體也能防止薄膜在使用前 10 320706 201016198 •受傷或破損，當该敷貼帶經殺菌處理時，還可以 -薄膜表面之無菌狀態用之保護層。 期保持 載體之材質，例如塑膠薄膜（例如聚乙婦、聚、 酯及其層積複合物等）、紙（例如高級紙、牛皮紙等 -佳。其中以具有透明性之塑膠薄膜，可以觀察該敷貼= 貼附處下進行貼附，在固定導管等之醫療器具之際， 顯著發揮其益處。 ! b 載體要在薄艨背面以可剝離之狀態貼附一起，可採甩 β吹塑成型、擠壓層積成型、層積成型、鑄塑等周知方法。 載體之厚度隨讨質而異，-般以15至細Vm 佳，其中以20至範圍為較佳。 載體分斷部不一定要一開始就將載體完全分斷，剝離 載體之際’㈣載體分斷部為界，載體部分為複數狀態即 可0 例如第2圖（a)所示之形態，載體分斷部（5d)，並未將 ❹載體完全分斷，從載體上端切入而於中間停止。然而，像 這樣不完全分斷，切口之殘留部分薄而充分脆弱時，在該 載體分斷部（5d)，仍能將载體分割為二而分別剝離去除。 第2圖（b)所示之情形’載體分斷部（5(i)—開始就將載 體完全分衡，切口從載體上端到達底部。 上述第2圖（a)、（b)之情形下，觀察載體上端時，載 體第一部分（51)及第二部分（52)在載體分斷部（5d)互相接 觸，載體分斷部（5d)呈現成線狀。 另一方面，第2圖（c)之情形下，載體分斷部（5d)不僅 11 320706 201016198 •將載體完全分斷，還藉寬幅㈤分離載體第一部分⑸）及 載體第二部分⑽。即’從載體⑸上端觀 部(5d)呈現寬幅(5w)之帶狀。 線狀之載體分斷部⑽之優點在容易制離載體，同時 固定導管等器材之際，容易追隨在皮膚上。 、 之載I狀之載體分斷部⑽之優點在較之線狀 載^斷和更能提高對於導管之固定性或追隨性。 ❹ 到切除上述線狀、帶狀之外，尚有外觀上看不 而該邻分之組織就機械強度而言，形八 狀’該脆弱部分做為分斷部分而作用，縫衣線狀比 狀態之任意組合等。 抑線狀’或上述 之例=、。4圖圖中乃^見載體上端時，载體分斷部所描晝類型 ❹ 時之例舉。。第3圖載體分斷部呈現線狀 第一部八m 4圖示載體分斷部呈現帶狀時之例舉，载體 崎：二及【體第2部細^ ^ 呈現相互離開狀，下層之薄膜式敷貼罄太 體露出在帶狀之__0。 ㈣式敷貼，本 音=刀斷部所描晝之圖型（pattern)，從载體外周之任 二二型ί佳經Γ體之中央部分，到達載體外周之對面 從方形狀3、4圖之任意例舉中’栽體分斷部(5d) 體之一邊朝向對面邊渡過而將整體大致等分 ‘、77為载體第—部分（51)及載體第二部分（52)。 直線^。3圖⑷、第4圖（a)中，截體分斷部C5d)呈現單純 320706 12 201016198 • 第3圖（b)、第4圖（b中，載體分斷部（5d)呈現如正 - 弦波等波線狀。 第3圖（c)、第4圖（c)中，載體分斷部（5d)呈現三角 波狀或鋸齒波狀等波線狀。 ' 第3圖（d)、第4圖（d)中，載體分斷部（5d)呈現長方 形波等波線狀。 第3圖（e)、第4圖（e)中，載體分斷部（5d)呈現將長 方形波之尖峰部分改成丰圓之振幅大之波線狀。 ® 載體分斷部所描晝圖型係單純直線狀時，固定導管等 之際，對於該導管等部分之鼓起處之追隨適應性良好，另 外，波狀時，從分斷部分剝離載體之際，有容易剝離之優 點。 輔片層乃對分斷為二之載體提供輔片，可使載體第一 部分及載體第二部分分別剝離時，提供抓邊用層。因此， 該輔片層以覆蓋載體分斷部狀積層而形成，且在輔片層分 _ 斷部分斷，以其一部分分別連接在載體上，其餘成為輔片 (即，自由端部分）。 輔片層之材質並無特別限制，可使用例如塑膠薄膜（例 如聚乙稀、聚丙烯、聚醋以及其層積複合物等）、紙（例如 高級紙、牛皮紙等）、不織布等。其中，以接近於透明之塑 膠薄膜或透明紙張或粗目之不織布，貼附時可透過該敷貼 帶看到貼附部位而進行，特別是固定導管等醫療器具之 際，其有益性最為顯著。 為使輔片層與其他之層容易識別，可施加透明彩色。 13 320706 201016198 輔片層在制離操作時具有不會斷裂程度之機械性強度 即可製成無剛性、柔軟之輔片層時，當在固定導管等器 材之操作時有優異之對皮膚之追隨適應性而較佳。 輔片層之適佳柔軟性或剛性以數值表示時，例如依據 JIS L1069之環形壓縮法，其環形硬度（loop hardness)在 .80mN以下，特別以15至60mN為較佳。 輔片層分斷部分到達輔片層最外形面之長度並無特別 限制，隨分斷部分之蛇形寬度或黏接層等不成為輔片部 ❹分，再考慮作為輔片而不浪費之適當抓邊長度（5至15mm 左右）時，以10至30mm為佳，其中’⑺至別咖為較佳範 圍。 輔片層厚度視材質之機械性強度、彈性、柔軟性、剛 性而異，例如以塑膠薄膜形成時，10至2〇〇/；m為佳，其 中以20至150/zm範圍為較佳。、 第5圖示辅月層之作用。為簡化說明，將載體分斷部， ❹輔片層分斷部分之分別之線形以直線狀表示，其實如第6 圖所示可為任意類型。 如第5圖（a)所示，辅片層（7)跨過戴體分断部（5幻狀 積層在載體（5)上，且，設置有辅片層分斷部分（7d)，而分 割為輔片層第-部分（71)及輔片層第二部分⑽。該圖: 中，载體分斷部（5d)之線形及輔片層分斷部（7d)之線 全符合一致。 兀 辅片層第一部分（71)及辅片層第二部分（72)分別由 層之黏著劑層（61、62)—部分連接在載體第一部分（5ι)及 320706 14 201016198 載體第二部分（52)。黏著劑層（61、62)雖在輔片層下層， - 該圖中以深影線表示其位置。 如第5圖（a)所示，該例舉中黏著劑層（61、62)設置在 鄰近分斷部分侧，據此，如第5圖（b)所示，輔片層第一部 ' 分（71)及輔片層第二部分（72)分別遠離分斷部分侧成為輔 • 片。第5圖（b)示拉扯該辅片而剝離載體之狀態。 如第5圖之例舉，當輔片層分斷部（7d)之進行方向與 載體分斷部C5d)之進行方向大約同一方向之狀態（特別是 β 二者之圖型互相完全一致之狀況時），將輔片層及載體一起 剝離之際，可用微小的力量就能剝離而較佳。 上述所謂兩個分斷部分之進行方向互相相同，乃表示 包括兩條平行線之概念在内，既使兩個分斷部分為波動性 圖型，分別在同平面内散播方向呈互相相同之意思。例如， 當兩個分斷部分分別描晝呈現正弦波線狀時，比較各波線 之局部性之際，由於相位交錯就很難說是成為平行狀，然 _ 而，就整體而觀，朝向相同方向進行時，即視為進行方向 互相相同，整體言之，具有平行線相同作用。 輔片層分斷部如第2圖所示載體分斷部之形態同樣不 必要一開始就將輔片層完全分斷，可為切口從輔片層上端 切入而止於中途之半截割形態，或完全分斷之形態，或沿 線作成危弱之形態，或作成車縫線之形態，或上述任意組 合而成之形態等，祗要拉扯輔片層部分而剝離載體之際， 以該輔片層分斷部為界，輔片層能分為複數狀即可。 輔片層分斷部所描晝成之圖型，可與上述載體分斷部 15 320706 201016198 相同圖型。兩者之圖型雖可互異，然而使輔片層分斷部之 • 圖型和載體分斷部之圖型互為一致而重疊之圖型時，當剝 離輔片層之際，可藉微小力量將辅片層及載體同時剝離。 第6圖表示觀看辅片層上面時之圖，輔片層分斷部所 描晝之圖型之例。圖中對輔片層施加影線以便容易和下層 ' 之載體區別。 第6圖（a)中，輔片層分斷部（7d)呈現單純之直線狀。 第6圖（b)中’輔片層分斷部（7d)呈現正弦波等波線 ❹狀。 第6圖（c)中，辅片層分斷部（7d)呈現三角波或鋸齒波 等線狀。 第6圖（d)中，輔片層分斷部（7d)呈現長方形波等波線 狀0 第6圖（e)中，辅片層分斷部（7d)係將長方形波之尖峰 部分改成半圓形擴大振幅之波線狀。 ❹ 辅片層分斷部之圖型並無特別限制，當該輔片層分斷 部為波狀時’如第6圖（b)所示對於外形整體尺寸而言，波 狀振巾田小時’具有剝離該輔>1層時可抵f用微小力量彎折 分斷部即能造成抓邊之特徵。另外，如第6圖⑷所示，= 狀振幅大時’當剝離龍之際，有分斷部容易得到充分大 小之抓邊之優點。 辅片層分斷部作成波狀圖型時，隨可任 波形、振幅或波長而組合採用。 ^選擇其 第7圖示輔片層分斷部之其他圖型之例。該圖例中， 320706 16 201016198 ‘ 輔片層（7)以跨過用點線所示載體分斷部（5d)狀而設置，輔 片層分斷部（7d)線並未和載體分斷部（5d)線一致。然而’ 輔片層第一部分(71)、輔片層第二部分（72)分別藉由下層 之黏著劑層（以深影線表示之）（61、62)—部分連接在載體 第一部分（51)與載體第二部分（52)，所以該圖例中也形成 有辅片。第7圖（b)示拉扯該辅片剝離載體之情形。 如同上述’輔片層第一部分及輔片層第二部分係分別 以一部分連接在載體第一部分及載體第二部分即可。 第8圖示當載體分斷部為帶狀時，抓住輔片層部分（辅 片部分）之狀態侧面圖。圖中各部分之符號之意義如同第f 圖所示_。 第8圖（a)之狀況中’載體分斷部（5d)為帶狀，載體身 一部分（51)及第二部分⑸）隔著距離而互相離開。辅片^ (7)覆蓋在帶狀之載體分斷部⑽而積層，輔片層分斷奇 =)非帶狀而呈線狀，覆蓋住載體分斷部⑽。該狀況下 知尖所能抓住輔片部分處於外侧。 相對之’第8圖（b)之情形為，載體分斷(女 8圖(a)所示狀況成為寬幅帶狀 )較之筹 片層分斷部⑽之側。即，如圖=曰上抓住之部糊 在中央分開，紐載體被剝離。，τ ’先是輔片肩 可使用周知之接 材料為接著劑， 用於黏接辅片層和载體之黏著劑層， 著劑或黏著劑。另外’使用具有熱^性 藉熱封接著亦可行。 接著劑層之形成領域可為帶狀相連心狀存在。 320706 17 201016198 分斷部呈現波線時，可沿 -直線帶狀亦行。如後者以吉而形成，或離開些微處形成 剝離輔片層之際可用力較=形成接著劑層之情形， 為帶&狀時，其寬幅視該敷貼帶之大小而定， 叙以1至lOmm範圍為佳。 心 度二度無特別限制，惟以至2。。_程 ❹ 劑層於鄰近載體分斷部，從载為適佳。藉設置接著 之力量發生作她77斷部提起細使之剝離 層設置在離門哉栌、'人小離所需要之力量。當將接著劑 時甚至使薄膜式敷貼帶本體自皮膚上浮=大 激面：層向外側拉扯時，可能使皮膚受到物理性刺 參 _ 示接著劑層之較佳位置。如第9圖⑷、⑻所 ^接者劑層（61、62)分別自載體分斷部⑽端面，距離 特疋距離（L)而設置為較佳。 距離（L)之較佳值視該敷貼帶之大小而異，一般以〇至 ^範圍為佳，射以G.U 3_範圍為較佳。當距離⑸ H時，歸編分可轉_制料部⑽，使載 體和敷㈣黏接，所以推薦G<L為佳。又，距離α)大於 5mm之上限時，將輔片層和載體作為一體剝離之劑，從薄201016198 ' VI. Description of the invention: J [Technical field to which the invention pertains] The present invention relates to a medical or surgical film-type application tape, and more particularly to 'covering an injured portion or a fixed catheter (cathet'er) Use a film-type applicator tape for medical devices. [Prior Art] A wide range of medical devices, such as medical devices for fixing catheters, or covering parts for wounds, etc., are used to provide an adhesive layer for the skin-adapted film and the main surface of one side of the film. One type of adhesive sheet. The film-type applicator tape is in a state of being used before (circulation process, etc.), and is generally a laminated structure in which the above-mentioned slabs are added with the following constituent elements (a) and (b). (a) A peelable liner (Peelable liner) covering the adhesive layer (ie, the adhesive side). (b) a carrier that is laminated on the other major side of the film with a peelable support layer (the back of the print) (the purpose of the carrier is to impart rigidity to the adhesive sheet, and to remove the lining after the release, not to Impact and its operational usability). When attaching a film-type applicator to the skin or the like, first, remove the peelable lining 'adhesive surface exposed to the adhesive layer' and attach it to the skin (including medical devices or gauze such as fixed & etc.), and then peel off The carrier completes the attaching operation. However, the investigator of the present invention investigated in detail the results of the actual use of the conventional film-type application tape, and found the following problems. The film-type application tape is mainly used in the medical field, so the above-mentioned series of attachment operations are carried out in the case of wearing general medical rubber gloves. On 320706 3 201016198, the so-called problem is that the carrier is thin and lacks the gripping edge, so it is not easy to peel off the body in the state of wearing the hand-sleeve. In response to the above problems, Patent Document i proposes to divide the carrier in the central portion (hereinafter referred to as the "phase separation"), and #"support the body-releasing sheet" to cover the "relative portion". ^The peeling operation of the carrier is easy to carry out. (4) According to the structure described in the patent publication, the side that is divided into two ships can be pierced by the "support strip", but the carrier will remain "there is still difficulty in stripping." . In addition, there is also a method in which the *-breaking portion is not provided on the carrier, and the outer shoulder is used, and the gripping edge is provided, and the edge is completely peeled off from the edge of the carrier. If a thin film-type applicator tape is used to simply cover the injured portion, there is no problem in waterproofing or the like according to the above method. However, when used in equipment such as a catheter, the rigidity of the carrier may not be sufficiently fixed, which may cause serious problems of catheter detachment. On the other hand, when focusing on the operability of the peelable lining, the shaft operation of the above-described carrier is carried out in the state of wearing the medical turning glove, so that the rubber glove may adhere to the exposed peelable lining # The adhesive surface has the disadvantage of causing inconvenience in handling. [Problem to be Solved by the Invention] The object of the present invention is to provide a carrier capable of imparting rigidity to a film-type applicator tape and capable of maintaining excellent functions. Fixing a variety of medical instruments such as catheters on the surface of the body of the body of 320706 201016198, and it is easy to operate (four) type of application tape. Further, another object of the present invention is to provide an improvement in the operability of the peelable lining, that is, to improve the operation of exposing the adhesive surface, attaching and peeling off the carrier, and the like. Thin film application tape. [Means for Solving the Problem] ❹ ❹ The researcher of the present invention found the result of the above-mentioned purpose, and found that the breaking portion was provided on the carrier, and a fiap layer was further provided to cover the breaking portion, and the auxiliary When the sheet layer is also provided with the breaking portion, the case where the tube or the like is present is also determined (4), and the operation of removing the carrier is convenient and easy, and the like, and the present invention has been completed. ^ In addition, in addition to the above-mentioned setting of the breaking part of the strip, the stripping portion is provided on the stripping, and under the partial removal of the secret lining, the body film is ensured to be gripped, and the carrier is completed and can be doubled. The film type (4) belt has the following materials: a kind of shaft type application tape, which has a film-- (4), and a second: ^ a peelable lining which becomes a peelable property; and a layer which is covered on the upper layer to be peelable The shape is carried by Zhao, finely loaded; 2 is provided with a carrier breaking part that breaks its shape, according to which the carrier of the carrier becomes the first part of the carrier and the second part of the carrier, and the carrier is covered by the carrier more The splitting part 2 auxiliary piece (flap 320706 5 201016198 • layer, the auxiliary piece layer is provided with the auxiliary piece layer breaking part which cuts its outer shape, according to which, the auxiliary piece layer is broken into the first part of the auxiliary piece layer and the auxiliary piece a second portion of the layer; a portion of the first portion of the first layer of the auxiliary layer adheres to the first portion of the carrier to leave a grip portion, and the second portion of the auxiliary layer also adheres to the carrier in a portion of the field Part 2. The preferred form of the invention is that The body part is linear, the first part of the carrier and the second part of the carrier are in contact with each other at the carrier breaking portion, or _, the carrier breaking portion is banded, and the first part of the carrier is sandwiched by the second part of the carrier The carrier is separated from each other and separated from each other. In another preferred embodiment of the present invention, in the vicinity of the connection carrier breaking portion or the carrier breaking portion, the first portion of the auxiliary sheet layer is adhered to the first portion of the carrier, and the auxiliary layer The second part is also bonded to the second part of the carrier in the field of connecting the carrier breaking portion or adjacent to the carrier breaking portion. In another preferred embodiment of the invention, the carrier breaking portion is strip-shaped, and The first portion of the body and the second portion of the carrier are sandwiched by the carrier breaking portion, and are embedded in the strip-shaped carrier breaking portion to have a filling of the same width and the same thickness as the carrier breaking portion. The layer is in a state in which the other side of the film is peeled off, and the filling layer is provided with a breaking portion along the direction of the breaking portion of the carrier, and the dividing portion is divided into the first portion of the filling layer and the filling portion. The second part of the layer, then The first portion of the auxiliary layer is joined to the first portion of the carrier across the first portion of the filling layer, and the second portion of the auxiliary layer is joined to the second portion of the carrier across the second portion of the filling layer. The form is the side of the auxiliary layer breaking portion 6 320706 201016198 • The direction is substantially the same as the direction in which the carrier breaking portion is performed. - In still another preferred embodiment of the present invention, the auxiliary moon layer is composed of a flexible film a layer or a layer composed of a flexible nonwoven fabric. In another preferred embodiment of the present invention, the peelable liner is provided with one or more of a line-shaped peelable liner which is formed by breaking the shape of the peelable liner In another preferred embodiment of the present invention, the peelable lining is provided with two peelable lining segments which are substantially identical in direction. In still another preferred embodiment of the present invention, The direction in which the peelable lining portion is cut is substantially the same as the direction in which the carrier breaking portion is performed. [Effect of the Invention] The film-type applicator tape of the present invention (hereinafter referred to simply as the case of the applicator tape) first breaks the carrier into the first portion and the second portion of the carrier by means of the breaking portion. According to this, the entire application tape can be easily bent at the portion of the branching portion, and the catheter can be fixed on the skin by forming a protrusion. Next, in the present invention, an auxiliary film covering layer covering the carrier breaking portion is provided, and the auxiliary sheet layer is separated and connected to the first portion of the carrier and the second portion of the carrier to constitute a grip. Accordingly, in the case of wearing a medical rubber glove, the auxiliary sheet layer can be grasped and the two broken carriers can be easily peeled off. In the present invention, in addition to the above-described improvement on the carrier, a breaking portion is also provided on the peelable liner. Thereby, after removing a part of the peelable lining, the squeegee can also be retained on the application tape. Accordingly, wearing the medical rubber glove, the application tape can be adhered to the body surface without touching the adhesive surface. In particular, by providing two break lines oriented in the same direction, the peelable 7 320706 201016198 'liner is divided into three, the central peelable liner is removed, and the peelable liner can be left on both sides. Thereby, the application tape can be secured with both hands without touching the adhesive surface, so that the operability at the time of attachment can be improved. That is, the peelable lining is peeled off, the application tape is attached to the surface of the body, and the carrier or the like is peeled off. A series of attachment operations can be smoothly performed under the wearing of the glove. [Embodiment] Hereinafter, the present invention will be described below with reference to specific examples. Fig. 1 is a side view showing a laminated structure of an embodiment of the application tape. As shown in the figure, the applicator tape has a film-type applicator tape body (1) formed by providing an adhesive layer (3) on one surface of a flexible film (2). The application tape further has a peelable lining (4) covering the adhesive surface (3a) of the adhesive layer (3) to be peelably laminated, and the other side (2b) of the film (2) is laminated with a peelable shape. The carrier (5) serves as a support layer. The carrier (5) is provided with a carrier breaking portion (5d) that breaks its outer shape, whereby the carrier is divided into a carrier first portion (51) and a carrier second portion (52). On the β carrier (5), an auxiliary layer (7) covering the carrier breaking portion (5d) is laminated. In Fig. 1, since the adhesive layers 61, 62 are exaggerated, it appears that the auxiliary sheet layer (7) largely leaves the carrier (5); in fact, the adhesive layers 61, 62 are thin, and the auxiliary sheet layer ( 7) Substantially in contact with the carrier (5). The auxiliary sheet layer (7) is provided with an auxiliary sheet layer breaking portion (7d) to break the outer shape thereof, thereby dividing the auxiliary sheet layer (7) into the auxiliary sheet layer first portion (71) and the auxiliary sheet layer second section. Here, the first portion (71) of the auxiliary sheet layer is connected to the first portion (51) of the carrier in a state in which a grip edge (7a) is left in a part of the field, and likewise, the second portion (72) of the auxiliary sheet layer is also in a part of the field. In the state of leaving the gripping edge (7b), even 8 320706 201016198 ' is connected to the second part of the carrier (52). That is, the first portion (71) of the auxiliary sheet layer is partially connected to the first portion (51) of the carrier by the agent layer (61), whereby the gripping edge is held in a cantilever shape by the adhesive layer (61). . Similarly, the second part (10) is also borrowed by the ^^(62)-part portion of the adhesive layer (10) to be partially connected to the carrier-P blade (52), whereby the gripping edge (7b) is adhered to the adhesive layer (62). Bao: It exists by the state of the auxiliary layer of the end. The above-mentioned structure is borrowed from the above-mentioned structure, the application tape-face is imparted with rigidity by the cutting body, and the roll is accompanied by the bulging of the g-material such as g, and after the catheter is fixed, the second layer of the paste layer - the second layer and the auxiliary layer layer = = Grabs (7a, 7b) Grab the pull or split, and easily kiss the parts (51) and (4) the second part (10). Battle body number = =! Yes, product (cut product) or long product (rolled product).之外 There are no restrictions on the outer shape or size of the applicator tape. For example, in ancient times, when the shape is cut into a square or a rectangle, the size of the 疋 〇 5 〇 to 100 Width, 80 to 25 〇 coffee or so. ^ ^The shape of the clothing is in addition to the square (the corners can be made into a suitable round mouth J = t>, or the individual packaging film money with the weight of the bacteria bag (four) the company's towel, silk thin film type tape is used祗 have flexibility, heart 320706 9 201016198 * The surface of the body has no adverse effects can be used. The film material such as propylene-acid polymer, polyethylene, ethylene-vinyl acetate copolymer, polyurethane Polymers such as esters, polyether polyesters, and nylon derivatives can be used, among which polymers such as acrylic polymers, polyamine phthalates, polyether polyesters, and nylon derivatives are prepared. It has excellent water vapor permeability when the film is used, because it can prevent the skin from whitening and is more transparent, so it can be seen at the attachment (for example, when the catheter is fixed, It is best to attach it in the case of observable catheter insertion. β The thickness of the film is not limited, and the followability of the unevenness of the skin can be 20 to 150 / from the viewpoint of the function of the film-coated tape. / m range is better, In particular, it is preferably 25 to 75 // m. The material of the adhesive layer of the film-applied tape body can be an adhesive which is used for a well-known adhesive sheet attached to the body surface, such as natural rubber, synthetic rubber, acrylic. A pressure-sensitive adhesive such as a polyoxyalkylene system, in which the transparency of the film is more improved, and the irritation to the skin is more suppressed, and the acrylic pressure sensitive adhesive is used. Preferably, the thickness of the adhesive layer is not limited, and is usually in the range of 10 to 60 #m, and preferably in the range of 20 to 50/zm. The method of providing the adhesive layer on one side of the film (2) can be carried out by a known method. For example, a method in which an adhesive composition is applied to a film to be dried, or a method in which an adhesive layer composed of a pre-formed adhesive composition layer is laminated on a film, etc. The carrier can impart rigidity to a film-type application tape body. In order to improve the handleability of the handle layer. In addition, the carrier can also prevent the film from being damaged or damaged before use. When the tape is sterilized, it can also be used as the sterility of the film surface. The protective layer is used to maintain the material of the carrier, such as plastic film (such as polymethylene, poly, ester and its laminated composites), paper (such as high-grade paper, kraft paper, etc. - preferably with a transparent plastic film, It can be observed that the application is attached at the attachment point, and the benefits are significantly exhibited when the medical device such as a catheter is fixed. ! b The carrier should be attached to the back of the thin sheet in a peelable state. A well-known method such as blow molding, extrusion lamination molding, lamination molding, casting, etc. The thickness of the carrier varies depending on the quality of the carrier, and is preferably 15 to fine Vm, and preferably 20 to the range. The part does not have to completely separate the carrier from the beginning, and when the carrier is peeled off, the (4) carrier breaking portion is bounded, and the carrier portion is in a complex state. For example, the shape shown in Fig. 2 (a), the carrier breaking portion (5d), the sputum carrier was not completely broken, cut from the upper end of the carrier and stopped in the middle. However, if the residual portion of the slit is thin and sufficiently weak as in this case, the carrier can be divided into two and peeled off separately in the carrier breaking portion (5d). Fig. 2(b) shows the case of the carrier breaking portion (5(i) - the carrier is completely balanced at the beginning, and the slit reaches the bottom from the upper end of the carrier. In the case of the above Fig. 2 (a), (b) When the upper end of the carrier is observed, the first portion (51) and the second portion (52) of the carrier are in contact with each other at the carrier breaking portion (5d), and the carrier breaking portion (5d) is linear. On the other hand, Fig. 2 ( In the case of c), the carrier breaking portion (5d) not only 11 320706 201016198 • completely separates the carrier, but also separates the first part (5) of the carrier (5) and the second part (10) of the carrier by the wide (5). Namely, 'the upper end portion (5d) of the carrier (5) exhibits a wide (5w) band shape. The advantage of the linear carrier breaking portion (10) is that it is easy to get detached from the carrier, and it is easy to follow the skin when fixing the catheter or the like. The advantage of the carrier-shaped breaking portion (10) of the I-shaped carrier is that the fixing or followability to the catheter can be improved more than the linear loading and breaking.到 In addition to the above-mentioned line shape and band shape, there is still a visually invisible structure in which the adjacent portion is mechanically strong, and the shape of the octagonal portion acts as a breaking portion, and the sewing ratio is linear. Any combination of states, etc. The line-like shape or the above example =. 4 In the figure, when the upper end of the carrier is seen, the type of the description of the carrier breaking portion is ❹. . In the third figure, the carrier breaking portion is in the form of a linear first portion, and the carrier portion is in the form of a strip. The carrier is in the form of a strip, and the second part of the body is separated from each other. The film-type application is exposed to the __0 in the form of a strip. (4) Application, the pattern of the sound = the pattern of the knife cut, from the central part of the outer circumference of the carrier, to the opposite part of the outer circumference of the carrier from the square shape 3, 4 In any of the examples, the one of the carrier breaking portion (5d) is substantially equally divided toward the opposite side, and 77 is the carrier first portion (51) and the carrier second portion (52). Straight line ^. In Fig. 3 (4) and Fig. 4 (a), the section of the section C5d) is simply 320706 12 201016198 • Fig. 3 (b), Fig. 4 (b, the carrier breaking part (5d) is presented as positive - The chord wave is equiaxed. In Fig. 3 (c) and Fig. 4 (c), the carrier breaking portion (5d) has a triangular wave shape or a sawtooth wave shape, etc. 'Fig. 3 (d), Fig. 4 In (d), the carrier breaking portion (5d) has a rectangular wave iso-wave shape. In FIGS. 3(e) and 4(e), the carrier breaking portion (5d) changes the peak portion of the rectangular wave into The amplitude of the abundance is large and wavy. When the pattern drawn by the carrier section is a straight line, when the catheter is fixed, the follow-up of the bulge of the catheter or the like is good, and the undulation is good. When the carrier is peeled off from the breaking portion, there is an advantage that it is easy to peel off. The auxiliary sheet layer provides the auxiliary sheet for the carrier which is divided into two, so that the first part of the carrier and the second part of the carrier are respectively peeled off, and the edge is provided for gripping. Therefore, the auxiliary layer is formed by covering the carrier-divided layer, and the auxiliary layer is partially broken and partially connected by a part thereof. On the carrier, the rest is an auxiliary sheet (ie, a free end portion). The material of the auxiliary sheet layer is not particularly limited, and for example, a plastic film (for example, polyethylene, polypropylene, polyester, and a laminated composite thereof) may be used. Paper (such as high-grade paper, kraft paper, etc.), non-woven fabric, etc. Among them, a plastic film that is close to transparent or a transparent paper or a coarse non-woven fabric can be seen through the application tape when it is attached, especially fixed. It is most beneficial when medical devices such as catheters are used. In order to make the auxiliary layer and other layers easy to recognize, transparent color can be applied. 13 320706 201016198 The auxiliary layer has mechanical strength that does not break during the separation operation. When the non-rigid and soft auxiliary sheet layer can be made, it is preferable to have excellent adaptability to the skin when operating a device such as a fixed catheter. The appropriate softness or rigidity of the auxiliary sheet layer is numerically represented. For example, according to the ring compression method of JIS L1069, the loop hardness is below 80 mN, particularly preferably from 15 to 60 mN. The auxiliary portion of the auxiliary layer reaches the outermost layer of the auxiliary layer. The length of the surface is not particularly limited, and the serpentine width or the adhesive layer of the divided portion does not become the auxiliary portion, and the appropriate grip length (about 5 to 15 mm) which is not wasted as the auxiliary sheet is considered. It is preferably 10 to 30 mm, wherein '(7) to other coffee is a preferred range. The thickness of the auxiliary layer varies depending on the mechanical strength, elasticity, flexibility, and rigidity of the material, for example, when formed of a plastic film, 10 to 2 inches. / m is preferred, wherein the range of 20 to 150 / zm is preferred. The fifth diagram plays the role of the auxiliary moon layer. For the sake of simplicity, the carrier is divided, and the respective segments of the auxiliary layer are linear. Expressed in a straight line, it can be of any type as shown in Figure 6. As shown in Fig. 5(a), the auxiliary sheet layer (7) spans the wearing portion (5 phantom layer on the carrier (5), and is provided with the auxiliary layer breaking portion (7d), and is divided The auxiliary layer is the first portion (71) and the second layer (10) of the auxiliary layer. In the figure: the linear shape of the carrier breaking portion (5d) and the line of the auxiliary layer breaking portion (7d) are all consistent. The first portion (71) of the auxiliary layer and the second portion (72) of the auxiliary layer are respectively connected by the adhesive layer (61, 62) of the layer to the first part of the carrier (5i) and the second part of the carrier of 320706 14 201016198 ( 52) The adhesive layer (61, 62) is in the lower layer of the auxiliary layer, - the position is indicated by a hatching in the figure. As shown in Fig. 5(a), the adhesive layer (61, 62) is exemplified. Provided on the side of the adjacent breaking portion, according to which, as shown in Fig. 5(b), the first portion 's' (71) of the auxiliary sheet layer and the second portion (72) of the auxiliary sheet layer are separated from the side of the breaking portion, respectively. Fig. 5(b) shows the state in which the carrier is pulled and the carrier is peeled off. As exemplified in Fig. 5, when the auxiliary layer breaking portion (7d) is carried out in the direction and the carrier breaking portion C5d) The direction is about the same side International (especially when both the β pattern of mutually identical conditions) the state of the release layer and the carrier sheet together with the auxiliary, small force can be used peeling preferred. The so-called two breaking parts are oriented in the same direction, which means that the two broken parts are in the form of a wave pattern, and the two directions are the same in the same plane. . For example, when the two broken parts are respectively depicted as sinusoidal lines, when the locality of each wave line is compared, it is difficult to say that it is parallel due to phase interleaving. However, as a whole, it is oriented in the same direction. At the time, it is considered that the directions are the same as each other, and as a whole, the parallel lines have the same effect. In the form of the carrier breaking portion shown in FIG. 2, it is not necessary to completely separate the auxiliary layer from the beginning, and the slit can be cut from the upper end of the auxiliary layer and stop at halfway in the middle. Or the form of complete breaking, or the form of the weak line along the line, or the form of the sewing thread, or the combination of any of the above, etc., when the auxiliary layer is pulled and the carrier is peeled off, the auxiliary piece is used The layer is divided into sections, and the auxiliary layer can be divided into a plurality of shapes. The pattern drawn by the auxiliary layer breaking portion can be the same as the above-mentioned carrier breaking portion 15 320706 201016198. Although the patterns of the two layers can be different, when the pattern of the auxiliary layer and the pattern of the carrier breaking part are mutually identical and overlapped, when the auxiliary layer is peeled off, The tiny force peels off the auxiliary layer and the carrier at the same time. Fig. 6 is a view showing a diagram in which the upper surface of the auxiliary sheet layer is viewed, and an example of the pattern described in the sectional portion of the auxiliary sheet layer. The auxiliary layer is hatched in the figure so as to be easily distinguished from the carrier of the lower layer. In Fig. 6(a), the auxiliary layer breaking portion (7d) exhibits a simple linear shape. In Fig. 6(b), the 'auxiliary layer breaking portion (7d) exhibits a sine wave equal wave line shape. In Fig. 6(c), the auxiliary layer breaking portion (7d) has a line shape such as a triangular wave or a sawtooth wave. In Fig. 6(d), the auxiliary layer breaking portion (7d) exhibits a rectangular wave iso-wave shape. In Fig. 6(e), the auxiliary layer breaking portion (7d) changes the peak portion of the rectangular wave into The semicircle enlarges the amplitude of the wave line.图 The pattern of the dividing layer of the auxiliary sheet layer is not particularly limited. When the dividing portion of the auxiliary sheet layer is wavy, as shown in Fig. 6(b), the wave-like vibrating field is small for the overall size of the outer shape. 'With the peeling of the auxiliary layer 1 layer, it can be used to bend the dividing portion with a small force to cause the gripping edge. Further, as shown in Fig. 6 (4), when the amplitude of the shape is large, when the dragon is peeled off, there is an advantage that the breaking portion is easy to obtain a sufficient size. When the auxiliary layer breaks into a wavy pattern, it can be used in combination with the available waveform, amplitude or wavelength. ^ Select an example of the other pattern of the seventh slice auxiliary layer breaking portion. In the legend, 320706 16 201016198 ' The auxiliary sheet layer (7) is disposed across the carrier breaking portion (5d) shown by the dotted line, and the auxiliary sheet layer breaking portion (7d) line is not connected to the carrier breaking portion. (5d) The line is consistent. However, the first part (71) of the auxiliary layer and the second part (72) of the auxiliary layer are respectively connected to the first part (51) of the carrier by the adhesive layer of the lower layer (represented by the hatching) (61, 62). With the second part (52) of the carrier, an auxiliary piece is also formed in the legend. Fig. 7(b) shows the case where the auxiliary sheet is peeled off from the carrier. The first portion of the auxiliary sheet layer and the second portion of the auxiliary sheet layer may be connected to the first portion of the carrier and the second portion of the carrier, respectively. Fig. 8 is a side view showing the state in which the auxiliary sheet layer portion (auxiliary sheet portion) is grasped when the carrier breaking portion is in the form of a strip. The meaning of the symbols in the parts of the figure is as shown in the figure f. In the case of Fig. 8(a), the carrier breaking portion (5d) is in the form of a belt, and the carrier body portion (51) and the second portion (5) are separated from each other with a distance therebetween. The auxiliary sheet ^ (7) is covered with a strip-shaped carrier breaking portion (10) and laminated, and the auxiliary sheet layer is divided into odd lines =) non-belt-like and linear, covering the carrier breaking portion (10). In this situation, the tip can grasp the part of the auxiliary piece on the outside. In contrast to the case of Fig. 8(b), the carrier is broken (the condition shown in Fig. 8(a) is a wide band) compared to the side of the chip dividing portion (10). That is, as shown in Fig. = the paste on the 曰 is separated in the center, and the new carrier is peeled off. , τ ′ first is the auxiliary shoulder. The adhesive material can be used as an adhesive for bonding the adhesive layer, the adhesive or the adhesive. In addition, the use of a heat-resistant heat-sealable seal can be followed. The field of formation of the layer of the agent may be in the form of a ribbon-like connected heart. 320706 17 201016198 When the break line presents a wave line, it can be along the - straight line. If the latter is formed in kiln, or when leaving the micro-deformation to form a peeling auxiliary layer, the available force is lower than that of forming the adhesive layer. When it is in the form of a tape, the width depends on the size of the application tape. It is preferably in the range of 1 to 10 mm. There is no special restriction on the degree of heart, but only 2. . The _ ❹ 剂 agent layer is adjacent to the carrier breaking portion, and the loading is suitable. By setting the force of the next to occur, she is the 77th part of the detachment. The layer is set at the threshold, and the force that people need to leave. When the adhesive is applied, even the film-type applicator tape body is floated from the skin = the maximal surface: when the layer is pulled outward, the skin may be subjected to a physical sensation to indicate a preferred position of the adhesive layer. As shown in Fig. 9, (4) and (8), the carrier layers (61, 62) are preferably provided from the end face of the carrier breaking portion (10) by a distance (L). The preferred value of the distance (L) varies depending on the size of the application tape, and is generally preferably in the range of 〇 to ^, and preferably in the range of G.U 3_. When the distance (5) is H, the sub-division can be transferred to the material preparation section (10) to bond the carrier and the coating (4), so G<L is recommended. Moreover, when the distance α) is greater than the upper limit of 5 mm, the auxiliary sheet layer and the carrier are used as an integral stripping agent, from thin
1S 320706 201016198 * 膜剝離載體之力量變大，可能有薄膜式敷貼帶自皮膚面剝 - 離或浮離之虞，也有輔片層自載體剝離等問題產生。 第10圖示載體分斷部為帶狀時，表示輔月層之特殊狀 況之侧面圖。該圖之情形，帶狀之載體分斷部内，嵌入與 ' 該載體分斷部之寬幅、厚度大致相同之填充層（8)。該填充 層（8)和載體同樣可從薄膜（2)之背面剝離之狀態設置。 該填充層（8)沿著載體分斷部之進行方向（圖中，和紙 面呈垂直方向）設置有分斷部（8d)，藉此，將該填充層（8) ® 分斷為填充層第一部分（81)及填充層第二部分（82)。然 後，覆蓋其上面設置有輔片層（7)，輔片層第一部分（71) (即，黏著劑層（61))跨過填充層第一部分（81)及載體第一 部分（51)而接合，輔片層第二部分（72)(即，接著劑層（62)) 也跨過填充層第二部分（82)及載體第二部分（52)而接合。 填充層之材料可使用塑膠薄膜或紙等彈性少且具有適 度剛性之材料。 _ 如第10圖所使填充層之設置為目的之製造方法，例如 可採周知之積層方法，例如使用接著劑，熱融著等方法而 進行。 可剝離襯片可採用以往周知者。可剝離襯片之基板部 分例如採用塑膠薄膜（例如聚乙烯、聚丙烯、聚酯、或其層 積複合物等）或紙（例如高級紙、牛皮紙等）等。該基板部分 之一邊之主面上施與自黏著劑層可剝離狀之聚矽氧烷系樹 脂處理或氟系樹脂處理等，而製得可剝離襯片。 可剝離襯片之厚度並無限制，一般以50至250 /zm範 19 320706 201016198 圍為佳，其中以7 5至2 0 0私m範圍為較佳。 - 該可剝離襯片上藉由設置1條以上之分斷其外形之線 狀之可剝離襯片分斷部，使剝離一邊之可剝離襯片，另一 邊之可剝離襯片殘留，而不會觸及黏著面之情形下進行黏 ' 附作業，可提升作業效率。 - 可剝離襯片分斷部之適佳形態為設置兩條方法。即， 該分斷部為直線時，設置兩條平行之可剝離襯片分斷部為 較佳。其優點如本發明之效果中所述。 β 第11圖表示觀看可剝離襯片面時，可剝離襯片分斷部 所描晝圖型之例。該圖例乃設置有兩條進行方向大致互相 相同之可剝離襯片分斷部之例。 該圖中之可剝離襯片分斷部（4dl、4d2)在第11圖（a) 中為單純之直線狀，在第11圖（b)中為正弦波等之波線 狀，在第11圖（c)中為三角波或鋸齒波等之波線狀，在第 11圖（d)中為長方形波等之波線狀，在第11圖（6)中為長 _ 方形波之尖峰部分改成半圓形之振幅較大之波線狀。 可剝離襯片分斷部之位置，該分斷部只有1條時，從 可剝離襯片之端邊（相當於薄膜式敷貼帶本體之端邊）起 10丽以上之位置，較佳為分斷中央部分狀設置。又，可剝 離襯片分斷部為兩條（包括更追加之情形）時，可剥離襯片 之外周中，從相對方向之兩個端邊起分別距離l〇mm以上位 置處設置時，就確保抓邊之觀點而言較佳。 實施例 實施例1 20 320706 201016198 • (薄膜式敷貼帶本體） - 在由聚胺酯所構成30# m厚之薄膜上，設置由丙烯酸 系黏著劑所構成30 // m厚之黏著劑層，作為薄膜式敷貼帶 本體。_ ' (可剝離襯片） — 在上述黏著劑層之黏著面，貼附100 厚之紙表面上 施加聚矽氧烷樹脂處理而構成可剝離襯片。 (載體） ® 在薄膜式敷貼帶本體之背面，將由二軸延伸聚丙烯 (OPP)所構成之40/zm厚之薄膜，藉由擠壓積層成型貼附成 可剝離狀做為載體。 該載體之中央部分，如第2圖（b)所示加上直線狀之截 切線將載體完全分斷，做為載體分斷部。載體分斷部之形 成可藉沖切輥（die cutting roll)施行。 (辅片層）. 參 將由不織布所構成40/z m厚，全幅50mm之辅片層，以 覆蓋載體分斷部狀積層。談輔片層以與載體分斷部一致之 圖型形成輔片層分斷部。該輔片層分斷部之形成可藉沖切 輥而進行。 由分斷為二而形成之輔片層第一部分及輔片層第二部 分分別接著在載體第一部分及第二部分。接著劑使用苯乙 烯-異戊二烯-苯乙烯系熱融性接著劑。 又，載體分斷部至接著部分之距離為2mm。 (可剝離襯片分斷部） 21 320706 201016198 # 式敷貼帶之外形製成-邊10°mmx100丽之正方 ―於上述兩^上從互相相對之兩邊分別15腿處，加上平 (評估） 薄放置折疊成為2随厚之紗布，以該敷貝占帶 覆蓋而固疋於皮膚之際’評估其操作性及岐性。 參 T先’除去中央部分之可缝襯片，由於兩端殘留有 可剝離襯片，以此為抓邊，在上橡膠手套情形下也容易固 定好紗布。 再且’將薄膜式敷貼帶貼附於皮膚之後，再將兩個輔 片層外侧之輔片分別拉扯，就容易從皮膚上以無浮離狀態 貼附好載體。 紗布之固定狀態良好。 實施例2 參 輔片層改用30/zm厚之ορρ薄膜形成，以及載體分斷 部至接著部之距離改為4mm之後，皆按照實施例j相同方 法製成該敷貼帶。 其操作性及固定性和實施例i同樣良好。 實施例3 取代線狀之載體分斷部，改為直線狀延伸之10丽寬之 帶狀之載體分斷部，從該帶狀之載體分斷部之端邊至接著 部之距離為4mm’可剝離襯片分斷線改為一邊之1條以外， 皆按照上述實施例2同樣方法製成敷貼帶。 22 320706 201016198 其操作性及固定性和實施例2同樣良好。 • 實施例4 本實施例中’改為20讓寬之帶狀之載體分斷部，該帶 狀之載體刀斷部之端邊至接著部之距離改為2min，可剝離 概片之刀斷刀改為實施例1相同之兩條以外，皆按照實 施例3相同方法製成該敷貼帶。 其操作性及固定性和實施例3同樣良好。 實施例5 A . 、本實知例中，如同第10圖所示作成15mm寬之帶狀之 載體分斷部。該帶狀之載體分斷部内嵌入由聚酯所構成 15mm寬，38_厚之薄膜做為填充層，其±面覆蓋積層以 由OPP薄膜所構成之輔片層。該填充層沿著載體分斷部之 方向設置分斷部，將該填充層分斷為填充層第一部分及填 充層第二部分。然後，將輔片層第一部分跨過填充層第— 部分及載體第-部分加以接合，另將輔片層第二部分跨過 ❹填充層第二部分及載體第二部分也加以接合之外，皆按照 上述實施例4同樣製成該敷貼帶。 其操作性及固定性和實施例4同樣良好。 實驗1 本實驗中，為調查從載體分斷部至接著部之較佳距離 (即’第9圖（a)之距離（L)) ’除L=6mm以外，皆按照實施 例1相同方法製成薄膜式敷貼帶。 其結果，從可剝離襯片之去除至貼附，和實施例^同 樣良好。然而’貼附後載體之剝離而言，由於載體分斷部 320706 23 201016198 至接著部之距離較大，所以從分斷部以垂直於皮膚面依序 - 捲起載體時，無法到達最佳操作狀態，沿著載體面之方向 有較大力量作用，據此，該力量也傳達到薄臈式敷貼帶本 體，產生該敷貼帶本體從紗布或皮膚上多少浮離之狀態。 由本實驗瞭解載體分斷部至接著部分之距離過大時， 就算是本發明製品，載體之剝離性也變為不良。 載體分斷部至接著部之距離（L)和載體之剝離操作性 之關係，由於實施例1(距離（L)為2mm)之剝離操作性良 ❹ 好，而實驗1(距離（L)為6mm)之剝離操作性不良，所以為 該範圍之詳細確認進行補充實驗。 其結果，L=0mm時，載體雖可剝離，但是接著劑從載 體分斷部滲透至薄膜式敷貼帶面之現象發生，1mm S L S 3mm 時，剝離情形特別良好，3丽<L S 5mm時，多少不良情形發 生，L值超過5mm時，載體之剝離就有困難。 實驗2 . • 本實驗中，從載體分斷部至接著部之距離（L)為6mm， 以0ΡΡ製薄膜形成輔片層，可剝離襯片分斷部改為一邊1 條之外，皆按照實施例1相同方法製成薄膜式敷貼帶。 其結果和上述實驗1同樣地自可剝離襯片至貼附之情 形雖良好，貼附後之載體之剝離在操作上就有困難。 比較例1 本比較例中，不設輔片層，可剝離襯片之分斷線僅用 1條以外，皆按照實施例1相同方法製成薄膜式敷貼帶。 其結果，因為僅設1條可剝離襯片分斷部，所以和實 24 320706 201016198 施例3同樣地戴上橡膠手套狀態下雖容易固定紗布，但是 在除去载體之操作上，由於載體無抓邊，所以操作困難。 迄較例2 ' 本比較例中，不設豎輔片層以外，皆按照實施例3相 同方法製成薄瞑式敫貼冑。 _ 其結果，因為可剝離襯片設有1條分斷部分，所以和 貫，例3同樣地戴上橡膠手套狀況下雖容易固定好紗布， 但疋除去載體之操作時，由於載體無抓邊，操作發生困難。 '本比較例中’帶狀之載體分斷部之寬度改為1〇n 方法ST片上未形成分斷部分以外，皆按照實施例4相屏 方法製成薄膜式敷貼帶。 ❷作良好 =結果有全面性去除可制離概片之必要脚 好，。讀之載艘分斷部為腕寬，所㈣離良载想^ 320706 25 201016198 [表i] 可剝離襯片之操作性 載體之操作性 實施例1 〇 〇 實施例2 〇 〇 實施例3 〇 〇 實施例4 〇 〇 實施例5 〇 〇 比較例1 〇 X 比較例2 〇 X 比較例3 X 〇 由上述表1結果可知本發明之薄膜式敷貼帶，對載體 剝離之操作性，黏著面之操作性皆為良好。 產業上之利用可行性 本發明之薄膜式敷貼帶藉由載體賦與充分之剛性雨操 Φ 作處理容易。又，附有載體狀況下也能將導管等各種醫療 器具固定好在身體表面，剝離載體之際，其操作性亦良好。 再加上，本發明之薄膜式敷貼帶，可局部性除去可剝 離襯片，所以露出黏著面也由於可剝離襯片一部分留存， 以此為抓邊，因而貼附操作之作業性良好。 【圖式簡單說明】 第1圖示本發明之薄膜式敷貼帶之實施例之一之積層 構造模式側面圖。圖中之影線乃為容易區別相互各層而適 當加晝者。其他圖示中，施加影線之意義皆相同。 26 320706 201016198 第2圖（a)至（c)示本發明中載體分斷部之形態有關例 舉之侧面圖。 第3圖（a)至（e)示本發明中線狀之載體分斷部之形態 有關例示中’仰視載體時載體分斷部所描畫圖型圖。 第4圖（a)至（e)示本發明中帶狀之載體分斷部之形態 有關例示中，觀看載體上面時載體分斷部所描晝之圖型圖。 第5圖（a)及（b)示使用本發明之薄膜式敷貼帶之際， 輔片層之作用圖。 第6圖（a)至（e)示本發明中線狀之輔片層分斷部分之 形態有關例示中，觀看辅片層上面時，載體分斷部所描晝 圖型圖。 第7圖（a)及（b)示本發明中輔片層分斷部之其他圖型之 例示。 第8圖（a)及（b)示本發明中，當載體分斷部為帶狀之 際’抓住輔片層部分之形態有關側面圖。 ❹ 第9圖（a)及（b)示本發明中位置在輔片層正下方之接 著劑層之較佳位置。 第10圖示本發明中載體分斷部為帶狀時之特殊形 之輔片層之側面圖。 第11圖（a)至（e)示本發明中觀看可剝離襯片面時， 剝離襯片分斷部所描晝圖型之例示圖。 【主要元件符號說明】 薄膜 黏著劑層 1 薄膜式敷貼帶本體2 薄膜 2b 3 另一面 27 320706 201016198 ' 3a 黏著面 4 可剝離襯片 - 4dl、4d2 可剝離襯片分斷部 5 載體 5d 載體分斷部 5w 寬幅 7 輔片層 7a、7b 抓邊 7d 輔片層分斷部 8 填充層 8d 分斷部 51 載體第一部分 52 載體第二部分 61、62 黏著劑層 71 輔片層第一部分 ❿72 輔片層第二部分 81 填充層第一部分 82 填充層第二部分 參 28 3207061S 320706 201016198 * The strength of the film peeling carrier becomes large, and there may be problems such as peeling off from the skin surface by the film-type application tape, or peeling off from the carrier. In the tenth, the carrier breaking portion is a strip shape, and a side view showing a special state of the auxiliary moon layer. In the case of the figure, a packed layer (8) having a width and a thickness substantially the same as that of the carrier breaking portion is embedded in the strip-shaped carrier breaking portion. The filling layer (8) and the carrier are also provided in a state of being peeled off from the back surface of the film (2). The filling layer (8) is provided with a breaking portion (8d) along the direction in which the carrier breaking portion is formed (in the drawing, perpendicular to the paper surface), whereby the filling layer (8) ® is divided into filling layers The first part (81) and the second part of the filling layer (82). Then, an auxiliary sheet layer (7) is disposed thereon, and the first portion (71) of the auxiliary sheet layer (i.e., the adhesive layer (61)) is joined across the first portion (81) of the filling layer and the first portion (51) of the carrier. The second portion (72) of the secondary layer (i.e., the adhesive layer (62)) is also joined across the second portion (82) of the fill layer and the second portion (52) of the carrier. As the material of the filling layer, a material having less elasticity and moderate rigidity such as a plastic film or paper can be used. The manufacturing method for the purpose of setting the filling layer as shown in Fig. 10 can be carried out, for example, by a known lamination method, for example, by using an adhesive or a heat fusion method. The peelable liner can be used as known in the past. The substrate portion of the peelable lining is, for example, a plastic film (e.g., polyethylene, polypropylene, polyester, or a laminated composite thereof) or paper (e.g., high-grade paper, kraft paper, etc.) or the like. A peelable liner is obtained by applying a polyoxyalkylene resin treatment or a fluorine resin treatment in which the self-adhesive layer is peelable on one side of the substrate portion. The thickness of the peelable liner is not limited, and is generally preferably 50 to 250 / zm, and is preferably in the range of 75 to 200. - the peelable lining of the peelable lining is provided by disposing one or more of the strip-shaped detachable lining portions of the outer shape of the peelable lining, and the peelable lining of the other side is left, and the peelable lining of the other side remains without When the touch surface is touched, the adhesive work can be carried out to improve work efficiency. - The preferred form of the peelable lining break is to provide two methods. That is, when the breaking portion is a straight line, it is preferable to provide two parallel peelable lining breaking portions. The advantages are as described in the effects of the present invention. β Fig. 11 shows an example of a pattern in which the peelable lining portion is cut when the peelable lining surface is viewed. The illustration is provided with two examples of peelable lining segments that are substantially identical in direction. The peelable lining portion (4d1, 4d2) in the figure is a simple straight line in Fig. 11(a), and is a wavy line such as a sine wave in Fig. 11(b), in Fig. 11 (c) is a wavy line such as a triangular wave or a sawtooth wave, and is a wavy line such as a rectangular wave in Fig. 11(d), and is changed to a semicircle in the eleventh figure (6). The wave shape of the shape with a large amplitude. The position of the breakable portion of the peelable lining portion is preferably 10 or more from the end side of the peelable lining (corresponding to the end side of the main body of the film-type applicator tape) when there is only one slit portion. Break the central part of the setting. Further, when the peelable lining portion is two (including the case where it is further added), when the distance between the two ends of the peelable lining is from a distance of l〇mm or more from both end sides of the opposite direction, It is better to ensure that the edge is grabbed. EXAMPLES Example 1 20 320706 201016198 • (film-coated tape body) - A 30-m thick adhesive layer composed of an acrylic adhesive was used as a 30#m thick film made of polyurethane. The film-type application tape body. _ ' (Releasable lining) — A peelable lining is formed by applying a polyoxyalkylene resin to the adhesive surface of the above adhesive layer and applying a 100-thick paper surface. (Carrier) ® On the back side of the film-type applicator tape, a 40/zm thick film made of biaxially oriented polypropylene (OPP) is attached as a carrier by extrusion lamination. The central portion of the carrier, as shown in Fig. 2(b), is linearly cut to completely separate the carrier as a carrier breaking portion. The formation of the carrier breaking portion can be performed by a die cutting roll. (Auxiliary sheet layer). The non-woven fabric is composed of a 40/z m thick, full-width 50 mm auxiliary sheet layer to cover the carrier-divided layer. It is said that the auxiliary sheet layer forms an auxiliary sheet layer breaking portion in a pattern conforming to the carrier breaking portion. The formation of the secondary layer breaking portion can be carried out by means of a punching roller. The first portion of the auxiliary sheet layer and the second portion of the auxiliary sheet layer formed by breaking into two are respectively carried on the first portion and the second portion of the carrier. The subsequent agent used a styrene-isoprene-styrene-based hot melt adhesive. Further, the distance from the carrier breaking portion to the succeeding portion was 2 mm. (Releasable lining breaking part) 21 320706 201016198 #式敷带带外形成形成- sides 10°mmx100丽正方方- On the above two ^ from the opposite sides of each other 15 legs, plus flat (evaluation ) Thinly placed and folded into 2 thick gauze, which is evaluated for its operability and sturdiness when it is covered by the tape and fixed to the skin. Refer to T first to remove the sewable lining of the central part. Since the peelable lining remains at both ends, it is used as the gripping edge, and it is easy to fix the gauze in the case of the upper rubber glove. Further, after the film-type applicator tape is attached to the skin, and the auxiliary sheets on the outer side of the two auxiliary sheet layers are respectively pulled, it is easy to attach the carrier from the skin without floating. The gauze is in a good condition. Example 2 The application tape was formed in the same manner as in Example j after the reference sheet was formed by using a 30/zm thick ορρ film and the distance from the carrier breaking portion to the back portion was changed to 4 mm. The operability and fixability were as good as in Example i. Example 3 In place of the linear carrier breaking portion, the strip-shaped carrier breaking portion extending linearly in a straight line shape is changed from the end edge of the strip-shaped carrier breaking portion to the rear portion by a distance of 4 mm' The applicator tape was prepared in the same manner as in the above Example 2 except that the peelable lining break line was changed to one of the one side. 22 320706 201016198 The operability and fixing properties are as good as in the second embodiment. • In the fourth embodiment, in the present embodiment, the carrier portion of the strip-shaped carrier is changed to 20, and the distance from the end of the strip-shaped carrier to the rear portion is changed to 2 min. The application tape was produced in the same manner as in Example 3 except that the same procedure as in the first embodiment was used. The operability and fixability were as good as in Example 3. [Example 5] A. In the present embodiment, as shown in Fig. 10, a carrier-shaped breaking portion having a band width of 15 mm was formed. The strip-shaped carrier breaking portion is embedded with a 15 mm-wide, 38-thick film made of polyester as a filling layer, and the ± surface is covered with an auxiliary layer composed of an OPP film. The filling layer is provided with a breaking portion along the direction of the carrier breaking portion, and the filling layer is divided into a first portion of the filling layer and a second portion of the filling layer. Then, the first portion of the auxiliary layer is joined across the first portion of the filling layer and the first portion of the carrier, and the second portion of the auxiliary layer is also joined to the second portion of the filling layer and the second portion of the carrier. The application tape was also prepared in the same manner as in the above Example 4. The operability and fixability were as good as in Example 4. Experiment 1 In this experiment, in order to investigate the preferred distance from the carrier breaking portion to the succeeding portion (i.e., the distance (L) of Fig. 9 (a)), except for L = 6 mm, the same method as in Example 1 was carried out. Film-forming tape. As a result, the removal from the peelable liner to the attachment was as good as in Example 2. However, in terms of the peeling of the carrier after attachment, since the distance from the carrier breaking portion 320706 23 201016198 to the end portion is large, the best operation cannot be achieved when the carrier is sequentially rolled up from the breaking portion perpendicular to the skin surface. The state has a greater force along the direction of the carrier surface, whereby the force is also transmitted to the body of the thin band applicator tape, resulting in a state in which the applicator tape body floats from the gauze or skin. From the fact that the distance between the carrier breaking portion and the succeeding portion is too large, the peelability of the carrier becomes poor even in the case of the product of the present invention. The relationship between the distance from the carrier breaking portion to the succeeding portion (L) and the peeling workability of the carrier is good in peeling workability in Example 1 (distance (L) is 2 mm), and Experiment 1 (distance (L) is The peeling workability of 6 mm) was poor, so a supplementary experiment was performed for the detailed confirmation of the range. As a result, when L = 0 mm, although the carrier was peelable, the penetration of the adhesive from the carrier breaking portion to the surface of the film-coated tape occurred, and the peeling was particularly good at 1 mm SLS 3 mm, and 3 Li < LS 5 mm How many bad conditions occur, and when the L value exceeds 5 mm, the peeling of the carrier is difficult. Experiment 2 • In this experiment, the distance (L) from the carrier breaking portion to the connecting portion was 6 mm, and the auxiliary film layer was formed by a film of 0 ,, and the peeling lining portion was changed to one side, and all were A film-type application tape was produced in the same manner as in Example 1. As a result, in the same manner as in the above experiment 1, the peeling liner to the attached sheet was good, and the peeling of the carrier after the attaching was difficult in operation. Comparative Example 1 In this comparative example, a film-type applicator tape was produced in the same manner as in Example 1 except that no auxiliary sheet layer was provided and only one strip of the peelable lining was used. As a result, since only one peelable lining portion is provided, it is easy to fix the gauze in the state in which the rubber glove is worn in the same manner as in the case of the third embodiment, in the same manner as in the case of the third embodiment, but in the operation of removing the carrier, since the carrier is not Grasping the edge, so the operation is difficult. As a result of the comparative example 2', in the comparative example, the thin cymbal cymbal was produced in the same manner as in the third embodiment except that the vertical auxiliary sheet layer was not provided. _ As a result, since the peelable lining has one slit portion, it is easy to fix the gauze in the same condition as in the case of the rubber glove in the same manner as in the example 3, but when the carrier is removed, the carrier has no grip. The operation is difficult. In the present comparative example, the width of the strip-shaped carrier breaking portion was changed to 1 〇 n. The ST-form method was used to form a film-type applicator tape in accordance with the method of the fourth embodiment. Good work = the result is a comprehensive removal of the necessary feet to make the film. Read the ship's branching part as the wrist width, and (4) away from the good load. ^ 320706 25 201016198 [Table i] Operational carrier of the detachable lining operative embodiment 1 〇〇 Example 2 〇〇 Example 3 〇 〇 Example 4 〇〇 Example 5 〇〇 Comparative Example 1 〇 X Comparative Example 2 〇 X Comparative Example 3 X 〇 The results of the above Table 1 show that the film-type application tape of the present invention has operability for carrier peeling, adhesive surface The operability is good. Industrial Applicability The film-type applicator tape of the present invention is easy to handle by imparting sufficient rigidity to the rain Φ by the carrier. Further, in the case of a carrier, various medical instruments such as a catheter can be fixed to the surface of the body, and when the carrier is peeled off, the operability is also good. Further, since the film-type applicator tape of the present invention can partially remove the peelable lining, the exposed adhesive surface is also retained as a part of the peelable lining, and this is a gripping edge, so that the workability of the attaching operation is good. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a side view showing a laminated structure mode of one embodiment of the film-type application tape of the present invention. The hatching in the figure is a suitable coronation for easily distinguishing each other. In other illustrations, the meaning of applying hatching is the same. 26 320706 201016198 Fig. 2 (a) to (c) are side views showing an example of the form of the carrier breaking portion in the present invention. Fig. 3 (a) to (e) show the form of the linear portion of the carrier in the present invention. Fig. 4 (a) to (e) show the form of the strip-shaped carrier breaking portion in the present invention. For the exemplification, a pattern drawing of the carrier breaking portion when the carrier is viewed from above is shown. Fig. 5 (a) and (b) are views showing the action of the auxiliary sheet layer when the film type application tape of the present invention is used. Fig. 6(a) to Fig. 6(e) are diagrams showing the form of the broken portion of the linear auxiliary layer in the present invention, and the carrier cut portion is depicted in the case of viewing the upper surface of the auxiliary sheet layer. Fig. 7 (a) and (b) show examples of other patterns of the auxiliary layer breaking portion in the present invention. Fig. 8 (a) and (b) are side views showing the form in which the portion of the auxiliary sheet layer is grasped when the carrier breaking portion is in the form of a belt. ❹ Fig. 9 (a) and (b) show preferred positions of the adhesive layer positioned directly below the auxiliary sheet layer in the present invention. Fig. 10 is a side view showing a special-shaped auxiliary sheet layer in the case where the carrier breaking portion is in the form of a strip in the present invention. Fig. 11 (a) to (e) are views showing an example of a pattern drawn by a peeling lining portion when the peelable lining surface is viewed in the present invention. [Major component symbol description] Film adhesive layer 1 Film-type application tape body 2 Film 2b 3 The other side 27 320706 201016198 ' 3a Adhesive surface 4 Releasable lining - 4dl, 4d2 Peelable lining breaking part 5 Carrier 5d carrier Breaking portion 5w wide 7 auxiliary sheet layer 7a, 7b gripping edge 7d auxiliary sheet layer breaking portion 8 filling layer 8d breaking portion 51 carrier first portion 52 carrier second portion 61, 62 adhesive layer 71 auxiliary sheet layer first portion ❿72 auxiliary layer second part 81 filling layer first part 82 filling layer second part reference 28 320706