201109000 六、發明說明： 【發明所屬之技術領域】 本發明是關於穿著用物品之製造方法，詳而言之是關 於拋棄型的紙尿布、如廁訓練褲、失禁尿褲等的穿著用物 品之製造方法。 【先前技術】 0 以往，關於拋棄型的紙尿布，將形成有讓便及尿通過 的開口部之薄片進一步設置於表層薄片上是公知的。例如 依據日本特開2008 -6 1 898號公報（專利文獻1 )，紙尿布 係具備被覆部以及形成於被覆部內側之體液吸收部，且在 體液吸收部的內側設置隔離用薄片。在隔離用薄片，是藉 由中間部分之區劃而形成前方開口部和後方開口部。隔離 用薄片的前後端緣接合於被覆部，中間部分並未接合於被 覆部。在隔離用薄片，將胯下區彈性構件（沿著前後方開 0 口部朝縱方向延伸）以伸長狀態安裝成可收縮，藉由使隔 離用薄片在縱方向收縮，而使其接觸穿著者的皮膚。由於 隔離用薄片可包覆穿著者的皮虜，可防止通過前後方開口 部之便等的排泄物附著於穿著者的皮膚。 〔專利文獻1〕日本特開2008-6 1 898號公報（^2〇〇8-6 1 898A ) 【發明內容】 隔離用薄片之胯下區彈性構件，是在前後方開口部的 -5- 201109000 兩側附近配置一對，且中間部分是彎曲成使橫方向之間隔 距離變小。若該胯下區彈性構件收縮，特別是在彎曲的中 央部分附近，會發生前後方向開口部之橫方向的長度尺寸 縮小的問題。在製造時，是在安裝有胯下區彈性構件的狀 態將隔離用薄片接合於被覆部，若將隔離用薄片以橫方向 的長度尺寸縮小的狀態朝向被覆部進行接合，就無法將隔 離用薄片以其所具備之既定長度尺寸的狀態進行配置，且 在各製品間隔離用薄片之配置會變得不均一。 本發明的課題在於提供一種穿著用物品之製造方法， 特別是可防止隔離薄片朝向其橫方向任意收縮，而能夠解 決前述缺點。 本發明是關於穿著用物品之製造方法之改良，該穿著 用物品係包含：具有身體側及其相反側、前腰區、後腰區 、及位於前述前後腰區間之胯下區之底板（chassis ):以 及位於前述底板之前述身體側且可從前述底板離開之隔離 薄片。 本發明，是在前述穿著用物品之製造方法中’其特徵 在於，係包含：在形成前述隔離薄片之第1及第2帶體之間 ，將朝搬運方向延伸之一對的隔離薄片彈性體以伸長狀態 供應並進行接合之步驟；在前述隔離薄片彈性體之間’形 成朝厚度方向貫穿前述第1及第2帶體之連通部的步驟；將 前述第1及第2帶體以接觸旋轉鼓筒表面的狀態進行搬運之 步驟；以及在前述第1及第2帶體之任一方’在前述旋轉鼓 筒表面上接合前述底板之步驟。 -6 - 201109000 本發明的較佳實施態樣之一，前述底板係包含：位於 身體側之內面薄片、位於與身體側的相反側之外面薄片、 位於前述內面薄片的身體側之吸收性芯體、位於前述吸收 性芯體的身體側之身體側襯墊，在前述第1及第2帶體之任 一方接合前述身體側襯墊。 作爲較佳其他實施態樣之一，前述隔離薄片彈性體， 係藉由包含驅動輥和彈性體壓輥（透過前述第1及第2帶體 0 而與前述驅動輥連動旋轉）之接合機構來接合於前述第1 及第2帶體，且藉由包含支承輥（透過前述第1及第2帶體 而與前述驅動輥連動旋轉）和模切輥（透過前述第1及第2 帶體而與前述支承輥連動旋轉）之切割機構來形成前述連 通部。 作爲較佳其他實施態樣之一，前述旋轉鼓筒是透過前 述第1及第2帶體而與前述支承輥連動旋轉。 作爲較佳其他實施態樣之一，前述底板，是藉由與前 〇 述旋轉鼓筒連動旋轉之底板壓輥進行接合；前述旋轉鼓筒 之與前述支承輥相對向的位置和與前述底板壓輥相對向的 位置’是在前述旋轉鼓筒的周方向上間隔180。以上。 作爲較佳其他實施態樣之一，前述旋轉鼓筒是在鼓筒 表面具有高摩擦阻力區。 作爲較佳其他實施態樣之一，前述模切輥，是在至少 兩處設有：用來在前述第丨及第2帶體形成環狀的連通部之 刀部。 作爲較佳其他實施態樣之一，前述連通部是藉由修整 201109000 回收裝置而從前述模切輥排除。 作爲較佳其他實施態樣之一，前述隔離薄片彈性體是 藉由彈性體供應機構所供應；前述彈性體供應機構’係具 備能使前述隔離薄片彈性體朝與前述搬運方向正交的交叉 方向擺動之擺動裝置，而在前述隔離薄片彈性體形成：在 前述交叉方向彼此的間隔距離小的區域、以及相較於前述 區域前述間隔距離較大的區域。 形成隔離薄片之第1及第2帶體，在形成貫穿厚度方向 之連通部後，以接觸旋轉鼓筒表面的狀態進行搬運’因此 藉由旋轉鼓筒表面和第1帶體及第2帶體的摩擦，可抑制該 等第1及第2帶體發生移動。因此，即使受到隔離薄片彈性 體的收縮力之作用，仍能抑制隔離薄片之變形，而能防止 製品之不均一。 【實施方式】 作爲本發明的製造方法所製造之穿著用物品之一例， 是使用拋棄型紙尿布。 第1圖係將紙尿布1的腰部開口及腿部開口保持環狀的 狀態之立體圖。第2圖係第1圖的II-II線截面圖。第3圖係 第1圖的展開俯視圖，是讓紙尿布1的各彈性體反抗其收縮 力而伸長，而使紙尿布1保持平面的狀態。第4圖係第3圖 的分解組裝圖。第5圖係第3圖的局部圖，是各彈性體收縮 時的圖。又在以下的說明，「身體側」、「穿著側」是指 穿著用物品穿著時的位置。 -8- 201109000 紙尿布1係含有：底板10、位於底板10之身體側且離 開底板1 〇之隔離薄片3 0、以及一對的防漏側邊4 0。 底板10係具有：前腰區1 1、後腰區12以及位於前述前 後腰區11、12間之胯下區13。將從前腰區11通過胯下區13 而朝向後腰區12的方向設定爲縱方向Y’將與其正交的方 向設定爲橫方向X。紙尿布1係具有：將底板10的橫方向x 的長度尺寸二等分之假想縱中心線P-P、將縱方向Y的長度 Q 尺寸二等分之假想橫中心線Q-Q，相對於假想縱中心線P-P 是形成大致對稱的。 如第3圖所示，底板1 〇係具有：分別朝縱方向Y延伸且 位於前腰區1 1之前腰側緣I4和位於後腰區12之後腰側緣15 、以及朝與縱方向Y傾斜交叉的方向呈大致V字形延伸且 位於胯下區1 3之胯下側緣1 6 ;藉由將前述腰側緣1 4、1 5互 相接合而形成第1圖所示的褲型。 如第4圖所示，底板1 0係含有：位於穿著者的身體側 Q 之內面薄片1 7、位於其相反側（穿著側）之外面薄片1 8、 位於該等內外面薄片I7、18間且長邊朝縱方向Y之長方形 防漏薄片1 9、位於內面薄片1 7的身體側之吸收性芯體2 1、 位於吸收性芯體2 1的身體側之身體側襯墊22。內外面薄片 1 7、1 8，是由具有通氣性且疏水性的纖維不織布等所形成 ，而透過包覆吸收性芯體2 1之至少底部的防漏薄片1 9互相 接合。 在內外薄片1 7、1 8之間，安裝著前後腰部彈性體5 1、 52及前後腿部彈性體53、54。如第4圖所示，前後腰部彈 -9 - 201109000 注體5 I、5 2分別位於則後腰區1 1 ' 1 2，是將複數根彈性紗 女裝成在縱方向Y分離，且以在橫方向X伸長的狀態安裝 成可收縮。該等前後腰部彈性體51、52的—部分重疊於吸 收性心體2 1。藉由將即後腰部彈性體5 1、5 2重疊安裝於吸 收性心體2 1 ’可讓吸收性芯體2 1密合於身體側而能防止尿 液漏出。 目(J腿部彈性體5 3，是從前腰側緣1 4朝向胯下側緣1 6延 伸’且以沿著胯下側緣1 6伸長的狀態安裝成可收縮，又其 等是在橫方向X互相分離。後腿部彈性體54，是從後腰側 緣1 5朝向胯下側緣1 6延伸’且安裝成從一側緣！ 6朝向另一 側緣1 6橫越假想縱中心線P _ p而在橫方向X呈連續的。後腿 部彈性體54之沿橫方向X連續的部分，是在假想橫中心線 Q - Q的附近’而在比其更靠近前腰區1 1側朝橫方向X延伸 。若藉由後腿部彈性體54而使胯下區13朝橫方向X收縮， 會在後腿部彈性體5 4之後腰區1 2側形成袋體5 5 (參照第1 圖及第2圖）。在袋體55’藉由捕集便，可防止其附著於 皮膚或漏出。 吸收性芯體2 1 ’是包含被薄紙等的吸液擴散薄片包覆 之吸液性芯材。吸收性芯體2 1，是從胯下區1 3朝縱方向Y 延伸，其底面側是接合於內面薄片1 7。 隔離薄片30係具有：朝橫方向X延伸之前後端緣31、 3 2、以及朝縱方向Y延伸之兩側緣3 3 ;前後端緣3 1、3 2， 是在前後腰區11、I2接合於身體側襯墊22。前後端緣31、 32以外的部分，並未接合於身體側襯墊22，而能從襯墊22 -10- 201109000 離開。在隔離薄片30形成有：在縱方向γ隔著中間部分34 而互相分離之前後連通部35、36。中間部分34，是連接在 具有兩側緣3 3之兩側部分3 7之間。前後連通部3 5、3 6，是 在前後端緣31、32開口，在中間部分34閉口，整體是形成 大致U字形。透過前後連通部35、36使身體側和吸收性芯 體21側連通。 隔離薄片30係包含：位於身體側之第！薄片3〇a、位於 Q 其相反側（穿著側）之第2薄片30b，在第1及第2薄片30a 、30b間’安裝朝縱方向Y延伸之隔離薄片彈性體38。隔離 薄片彈性體38，是從前端緣31透過中間部分34往後端緣32 延伸，在中間部分3 4，是彎曲成朝向假想縱中心線p _ p而 使彼此的間隔距離縮小。隔離薄片彈性體3 8，是接合於第 1及第2薄片3 0a、30b之至少任一方，以伸長的狀態安裝成 可收縮。 第5圖係省略紙尿布1的底板1 〇而顯示各彈性體收縮的 Q 狀態。如第5圖所示，若隔離薄片彈性體38收縮，隔離薄 片3 0會離開吸收性芯體2 1而在其間形成空間60。在隔離薄 片3 0和吸收性芯體21之間，形成有將空間60前後區隔之區 隔薄片70。區隔薄片70，其一端71接合於身體側襯墊22， 另一端72接合於中間部分34之穿著側。區隔薄片70之橫方 向X的長度尺寸和隔離薄片30之該方向的長度尺寸大致相 等，因此當隔離薄片30離開吸收性芯體21的情況，可將空 間60區隔成前後。空間60，是藉由區隔薄片70區隔成前後 ，而能將透過前後連通部35、36流入空間60之尿及便予以 -11 - 201109000 分離。 防漏側邊40，以在橫方向X分離的方式形成一對’係 具有：接合於吸收性芯體2 1的穿著側之側邊近位緣4 1、位 於身體側襯墊22的身體側之側邊遠位緣42、位於縱方向Y 前後之側邊前後端緣43、44。在側邊遠位緣42，僅側邊前 後端緣43、44的附近接合於身體側襯墊22，其他部分並未 接合而能離開吸收性芯體2 1。在側邊遠位緣42安裝側邊彈 性體4 5。側邊彈性體4 5，是朝縱方向Y延伸，且以伸長的 狀態安裝成可收縮。 若側邊彈性體45收縮，未與吸收性芯體2 1及身體側襯 墊22接合之側邊遠位緣42，會從吸收性芯體2 1離開而豎起 ，藉此可防止尿等的排泄物朝向防漏側邊40的橫方向X外 側漏出。 第6圖係隔離薄片30的製造裝置之槪要圖。 前述之隔離薄片30之第1及第2薄片30a、30b，是分別 藉由第1及第2帶體130a、130b所形成，作爲該第1及第2帶 體130a、130b，可使用具有液透過性及透濕性之纖維不織 布等。第1及第2帶體130a、130b是從捲繞成捲筒的狀態送 出，藉由搬運帶及搬運輥等所構成之第1及第2搬運機構 201、202進行搬運。將第1及第2帶體130a、13 Ob被搬運的 方向稱爲搬運方向，將與搬運方向正交的方向稱爲交叉方 向。 在第1及第2帶體130a、130b之相對向的面上，塗布熱 熔型黏著劑等的接合手段（未圖示）。在第1及第2帶體 -12- 201109000 13 0a、130b之間，安裝用來形成前述隔離薄片彈性體38、 3 8之一對的連續彈性體1 3 8、1 3 8。連續彈性體1 3 8，是藉 由彈性體供應機構300供應至第1及第2帶體130a、13 Ob之 間。彈性體供應機構300，具體而言是包含複數個搬運輥 〇 彈性體供應機構3 00，爲了使連續彈性體138、138能 朝交叉方向彎曲而擺動，例如具有藉由伺服馬達控制之擺 q 動裝置301。擺動裝置301，係具有沿交叉方向移動之臂部 ，藉由臂部支承連續彈性體138、138並使其擺動，而能使 該等連續彈性體1 3 8、1 3 8之交叉方向的間隔距離擴大或縮 小。在本實施形態，支承連續彈性體1 3 8、1 3 8之臂部，藉 由相對於搬運方向進行對稱地擺動，而使連續彈性體1 3 8 、1 3 8彎曲。 第1及第2帶體130a、130b以及供應至其等間之連續彈 性體138、138，被搬運至位於搬運方向下游之接合機構 q 400。這時，連續彈性體138、138是一邊維持藉由擺動裝 置3 0 1所形成之彎曲狀態，一邊以伸長的狀態可收縮地供 應。 接合機構400係具有驅動輥401和彈性體壓輥402，在 該等輥401、402之間，供應第1及第2帶體l3〇a、130b以及 被夾在其等間之連續彈性體138、138。如此般能將第1及 第2帶體130a、130b及連續彈性體138、138互相接合。 在接合機構400的下游配置切割機構5 00。切割機構 500係具有模切輥501和支承輥（anvil roll) 502’支承輥 -13- 201109000 502是鄰接於驅動輥401而配置，能與驅動輥401連動而進 行旋轉。 第7圖係包含切割機構5 00之裝置的說明圖。如圖示般 ，模切輥501具有刀部503。刀部5 03是配置於周方向之兩 處，且具有朝周方向延伸之大致橢圓形，可形成沿著第1 及第2帶體130a、13 Ob的搬運方向呈連續的連通部135。連 通部135，是在厚·度方向貫穿第1及第2帶體130a、13 0b， 換言之，藉由將第1及第2帶體130a、130b的一部分環狀地 控空而形成。在該連通部135，藉由與交叉方向大致平行 的切斷線進行切斷，而形成前述的前後連通部35、36。 刀部503，是位於連續彈性體138、138之間’在其等 之間隔尺寸變小的部分不形成連通部，而在變大的部分形 成連通部。亦即，連通部1 3 5，是沿著連續彈性體1 3 8、 13 8而形成，且在搬運方向上間歇地形成。 切割機構5 00係具有：將藉由刀部503挖除之環狀的連 通部135從刀部503除去之修整回收裝置（未圖示）。修整 回收裝置，是將挖除的部分135a朝向模切輥501外方予以 吸引而回收。藉由在周方向的兩處設有刀部5 03，在一方 的刀部503進行修整回收的期間，可不受修整回收的影響 而藉由另一方的刀部5 03形成連通部135。 又在模切輥50 1，在從輥內部進行吸引而形成負壓的 情況，藉由將該吸引暫時中斷並供應空氣而暫時加壓，可 迅速地進行修整回收。 在位於切割機構500的下游之組裝站配置旋轉鼓筒601 -14- 201109000 。旋轉鼓筒601，是與支承輥5 02連動而進行旋轉，其直徑 比其他輥更大。在旋轉鼓筒60 1的表面，安裝由橡膠、聚 胺基甲酸酯等的材料所形成之彈性帶602，以使相對於第i 及第2帶體130a、130b之摩擦阻力變大。藉由如此般使旋 轉鼓筒601表面的摩擦阻力變大，可限制第1及第2帶體 130a、130b之特別是朝向交叉方向的移動。此外，在彈性 帶6 02形成有貫穿厚度方向之多數個孔6 03，而使旋轉鼓筒 0 601的抽吸能透過孔603作用於第1及第2帶體130a、130b。 在第1及第2帶體130a、130b形成連通部135，且沿著 該連通部135使連續彈性體138、138呈彎曲地安裝，利用 其收縮力，容易使第1及第2帶體l3〇a、13 Ob以朝向交叉方 向內側而縮小其長度尺寸的方式進行移動。特別是藉由形 成連通部135，可預測該移動會變顯著，但藉由將旋轉鼓 筒6 0 1表面的摩擦阻力增大，可限制該移動，因此可防止 第1及第2帶體130a、13 Ob發生變形。亦即，可防止連通部 〇 135變形成交叉方向兩側部分的間隔距離縮小。 藉由上述步驟來形成隔離薄片30的連續體。 如第6圖所示，在旋轉鼓筒601上且在切割機構500的 下游，用來形成前述身體側襯墊22之襯墊帶體122是藉由 襯墊搬運機構700而供應。襯墊搬運機構700，是包含搬運 帶及搬運輥等。襯墊帶體122，是與第2帶體13 Ob相對向地 供應，在該襯墊帶體122之交叉方向兩側，爲了與第2帶體 130b接合而塗布熱熔型黏著劑等的接合手段（未圖示）。 在襯墊帶體122,在與第2帶體130b接合面之相反側的面上 -15- 201109000 ，事先安裝前述之區隔薄片70。 在襯墊搬運機構700之下游形成襯墊壓輥701，藉由使 第1及第2帶體130a、13 Ob和襯墊帶體122通過旋轉鼓筒601 和壓輥701之間，可透過前述接合手段將其等接合。 如此般襯墊帶體122，是在旋轉鼓筒601表面與第1及 第2帶體130a、13 Ob接合，因此可在避免第1及第2帶體 130a、130b變形的狀態將其接合。此外，藉由接合襯墊帶 體122，比起僅具有第1及第2帶體130a、130b的情況，可 增大其剛性，而能進一步防止第1及第2帶體130a、130b的 變形。 在旋轉鼓筒601上且在壓輥701的下游，透過芯體搬運 機構8 00而供應用來形成前述吸收性芯體21之連續芯體121 。芯體搬運機構800是包含搬運帶及搬運輥等。連續芯體 121，是包含吸液性芯材和包覆該芯材之薄紙等，是沿搬 運方向呈連續的吸收性芯體21。亦即，連續芯體121，是 在連續的薄紙間，朝搬運方向間歇地配置吸液性芯材。在 襯墊帶體122之與第2帶體130b接合面的相反側面，積層所 供應的連續芯體121。 在旋轉鼓筒601表面，透過襯墊帶體122在第1及第2帶 體130a、13 Ob上接合連續芯體121，因此可更進一步將第1 及第2帶體1 3 0a、1 3 Ob的剛性增大而防止其變形。特別是 連續芯體1 2 1是藉由薄紙等包覆吸液性芯材而構成，其剛 性比纖維不織布等所形成之襯墊帶體1 22和第1及第2帶體 130a、130b更大，因此對於防止第1及第2帶體130a、130b -16- 201109000 的變形有很大的貢獻。 在芯體搬運機構8〇〇的下游形成芯體壓輥801 ’藉由使 第1及第2帶體13〇a、130b、襯墊帶體122以及連續芯體121 通過旋轉鼓筒601和壓輥801之間，可將其等接合。在與連 續芯體121相對向之襯墊帶體122的面上，塗布熱熔型黏著 劑等的接合手段（未圖示），使該等連續芯體121和襯墊 帶體122互相接合，而形成第1及第2帶體130a、130b、襯 0 墊帶體122以及連續芯體121之積層體。 在壓輥801的下游形成積層體搬運機構9〇〇，使上述互 相接合後的積層體離開旋轉鼓筒6〇1而進行搬運。在被搬 運的積層體上，安裝未圖示之前述的防漏側邊40 ’沿著將 連通部1 3 5二等分且朝交叉方向延伸的切斷線進行切斷。 藉由將積層體切斷，而分別形成前述的隔離薄片30、 身體側襯墊22和吸收性芯體2 1 (未圖示）。該等被切斷的 積層體接合於前述的內外面薄片17、18。內外面薄片17、 Q 1 8，分別藉由未圖示的內外面帶體所形成，在該等帶體間 將前述的前後腰部彈性體5 1、52及前後腿部彈性體53、54 以伸長的狀態進行安裝。在內外面帶體之內面帶體側，將 包含前述隔離薄片30之積層體沿著內外面薄片之搬運方向 間歇地接合，在該等積層體間朝交叉方向進行切斷，藉此 形成第3圖的紙尿布1。 又較佳爲，將接合於內面薄片17之吸收性芯體21之縱 方向Y的前後端緣，藉由在其前後端緣折返之外面薄片18 包覆，或藉由其他薄片包覆，以避免芯材脫離吸收性芯體 -17- 201109000 2 1° 關於防漏側邊40及內外面薄片17、u之製造方法，可 採用本技術領域通常的方法，因此省略其詳細說明。 在上述製造裝置，接合機構400之驅動輥401和切割機 構5 00之支承輥5 02和旋轉鼓筒601之各旋轉軸，是形成大 致互相平行，而能連動旋轉。該等輥，是互相接觸，或是 以大致接觸的方式接近配置成相對向。此外，驅動_401 與支承輥502之相對向部分和支承輥502與旋轉鼓筒601之 相對向部分，在支承輥5 02的周表面上是沿周方向間隔約 180°。如圖示般，驅動輥401和支承輥502和旋轉鼓筒601 的軸線是大致位於直線R上；壓輥402，是在直線R之圖面 右側與驅動輥401實質地接觸；模切輥501，是在直線R之 圖面左側與支承輥502實質地接觸；壓輥801，是在直線R 的圖面左側與旋轉鼓筒601實質地接觸。 依據上述構造，第1及第2帶體130a、13 0b，在供應至 彈性體供應機構300後到離開旋轉鼓筒601的期間，可始終 與任一個輥接觸而沿搬運方向移動。特別是在藉由切割機 構500進行切割之後，是在與具有高摩擦阻力區之旋轉鼓 筒601表面接觸的狀態下進行搬運，而使其與旋轉鼓筒601 的密合性變大，因此可抑制第1及第2帶體1 3 0a、1 3 ob朝交 叉方向收縮，而能防止其變形。此外，由於旋轉鼓筒60 1 的直徑比其他輥更大，能使第1及第2帶體130a、13 0b與旋 轉鼓筒601之接觸面積比其他部分更大’而能更進一步地 謀求形狀的穩定維持。 -18 - 201109000 第1及第2帶體130a、130b是以S字形的方式進行搬運 ，因此能使作用於第1及第2帶體130a、130b之伸縮力保持 一定而進行搬運。 此外，襯墊搬運機構700及芯體搬運機構800是相當於 本發明的底板搬運機構，壓輥701及壓輥801是相當於本發 明的底板壓輥。只要該等壓輥當中之至少任一方與旋轉鼓 筒601相對向的位置，和支承輥5 02與旋轉鼓筒601相對向 Q 的位置在旋轉鼓筒601的周方向上間隔180°以上即可。 在上述裝置，各輥是將其內部吸引而形成負壓，以讓 帶體密合於輥表面。該等的吸引，可按照需要而使其中斷 〇 旋轉鼓筒601表面之高摩擦阻力區，是使用彈性帶602 ，藉由在該彈性帶602形成孔603，能使輥內的吸引力作用 於第1及第2帶體130a、130b，而能讓該等帶體與旋轉鼓筒 601穩定地接觸。高摩擦阻力區，也能藉由將旋轉鼓筒601 〇 的表面粗化來形成，也能採用其他各種方法來形成。 【圖式簡單說明】 第1圖係紙尿布的立體圖。 第2圖係第1圖的ll-π線截面圖。 第3圖係第1圖的展開俯視圖。 第4圖係第3圖的分解立體圖。 第5圖係第3圖的局部圖。 第6圖係製造裝置的說明圖。 -19- 201109000 第7圖係第6圖的局部槪要圖。 【主要元件符號說明】 1 :紙尿布（穿著用物品） 1 〇 :底板 1 1 :前腰區 1 2 :後腰區 1 3 :跨下區 3 0 :隔離薄片 3 0a :第1薄片 30b :第2薄片 3 8 :隔離薄片彈性體 130a :第1帶體 1 30b :第2帶體 135 :連通部 1 3 8 :連續彈性體 3 00 :彈性體供應機構 3 0 1 :擺動裝置 400 :接合機構 4 0 1 :驅動輥 402 :彈性體壓輥 5 00 :切割機構 5 0 1 :模切輥 5 0 2 :支承輥 -20- 201109000 503 :刀部 601 :旋轉鼓筒 602 :彈性帶（高摩擦阻力區 700 :襯墊搬運機構 7 0 1 :襯墊壓輥 8 00 :芯體搬運機構 8 0 1 :芯體壓輥 ❹[Technical Field] The present invention relates to a method of manufacturing a wearing article, and more particularly to a wearing article such as a disposable diaper, a toilet training pants, an incontinence diaper, or the like. Production method. [Prior Art] Conventionally, it has been known that a disposable diaper is provided with a sheet in which an opening portion for allowing urine and urine to pass is further provided on the surface sheet. The disposable diaper includes a covering portion and a body fluid absorbing portion formed inside the covering portion, and a sheet for isolation is provided inside the body fluid absorbing portion, for example, in Japanese Laid-Open Patent Publication No. 2008-6-898 (Patent Document 1). In the sheet for isolation, the front opening portion and the rear opening portion are formed by the division of the intermediate portion. The front and rear edges of the separation sheet are joined to the covering portion, and the intermediate portion is not joined to the covering portion. In the separation sheet, the elastic member of the crotch region (extending the longitudinal direction along the front and rear openings) is attached in a stretched state to be contractible, and the spacer sheet is contracted in the longitudinal direction to contact the wearer. Skin. Since the separation sheet can wrap the wearer's skin, it is possible to prevent excrement such as the front and rear opening portions from adhering to the wearer's skin. [Patent Document 1] Japanese Laid-Open Patent Publication No. 2008-6 1 898 (^2〇〇8-6 1 898A) [Description of the Invention] The elastic member of the crotch region of the separation sheet is -5 in the front and rear opening portions. 201109000 A pair is arranged near the sides, and the middle portion is curved so that the distance between the lateral directions becomes smaller. If the elastic member of the crotch region is contracted, particularly in the vicinity of the central portion of the curve, the length dimension in the lateral direction of the opening portion in the front-rear direction is reduced. At the time of manufacture, the spacer sheet is bonded to the covering portion in a state in which the elastic member of the crotch region is attached, and when the spacer sheet is joined to the covering portion in a state in which the length of the spacer sheet is reduced in the lateral direction, the spacer sheet cannot be attached. The arrangement is performed in a state in which the predetermined length is provided, and the arrangement of the sheets for separation between the products becomes uneven. An object of the present invention is to provide a method for producing a wearing article, and in particular to prevent the spacer sheet from being arbitrarily contracted in the lateral direction thereof, and to solve the above disadvantages. The present invention relates to an improvement of a method for manufacturing a wearing article comprising: a body side and an opposite side thereof, a front waist region, a back waist region, and a bottom plate of the underarm region located in the front and rear waist regions (chassis ): and an isolating sheet located on the aforementioned body side of the aforementioned bottom plate and which is detachable from the aforementioned bottom plate. According to the invention, in the method of manufacturing the wearing article, the present invention includes a spacer sheet elastic body extending in a direction of conveyance between the first and second tape bodies forming the spacer sheet. a step of supplying and joining in an extended state; forming a step of penetrating a communication portion of the first and second belts in a thickness direction between the separator elastic bodies; and rotating the first and second belts in contact a step of transporting the surface of the drum; and a step of joining the bottom plate to the surface of the rotating drum in either one of the first and second belts. -6 - 201109000 In one embodiment of the present invention, the bottom plate comprises: an inner surface sheet on the body side, an outer sheet on the opposite side to the body side, and an absorbent body on the body side of the inner sheet The core body and the body side liner located on the body side of the absorbent core body are joined to the body side liner in either one of the first and second belt bodies. According to still another preferred embodiment, the spacer sheet elastic body is provided by a bonding mechanism including a driving roller and an elastic pressing roller (which is rotated in conjunction with the driving roller through the first and second tape carriers 0). Engaged in the first and second belt bodies, and includes a backup roll (which is rotated in conjunction with the drive roller through the first and second belt bodies) and a die-cutting roll (through the first and second belt bodies) The cutting mechanism is formed by a cutting mechanism that rotates in conjunction with the aforementioned backup roller. According to still another preferred embodiment, the rotary drum is rotated in conjunction with the support roller through the first and second belt bodies. As one of the other preferred embodiments, the bottom plate is joined by a bottom plate pressing roller that rotates in conjunction with a rotating drum of the preceding description; a position of the rotating drum opposite to the supporting roller and a pressure of the bottom plate The position "opposite direction of the rolls" is 180 in the circumferential direction of the aforementioned rotating drum. the above. As one of the other preferred embodiments, the aforementioned rotary drum has a region of high frictional resistance on the surface of the drum. According to still another preferred embodiment, the die-cutting roller is provided at at least two places: a blade portion for forming an annular communication portion between the second and second tape bodies. As one of the other preferred embodiments, the communication portion is removed from the die cutting roller by trimming the 201109000 recovery device. As one of the other preferred embodiments, the spacer sheet elastic body is supplied by an elastic body supply mechanism, and the elastic body supply mechanism is provided with a cross direction in which the spacer sheet elastic body is orthogonal to the conveyance direction. The swinging swinging device is formed in a region in which the distance between the intersecting directions is small, and a region in which the distance is larger than the aforementioned region. The first and second belt bodies forming the separator sheet are conveyed in a state of contacting the surface of the rotating drum after forming a communicating portion penetrating the thickness direction. Therefore, the surface of the drum and the first belt body and the second belt body are rotated. The friction can suppress the movement of the first and second belts. Therefore, even if it is subjected to the contraction force of the spacer sheet elastic body, the deformation of the spacer sheet can be suppressed, and the unevenness of the article can be prevented. [Embodiment] As an example of the wearing article manufactured by the production method of the present invention, a disposable diaper is used. Fig. 1 is a perspective view showing a state in which the waist opening and the leg opening of the disposable diaper 1 are kept in a ring shape. Fig. 2 is a sectional view taken along line II-II of Fig. 1. Fig. 3 is a developed plan view of the first embodiment, in which the elastic members of the disposable diaper 1 are stretched against the contraction force, and the disposable diaper 1 is kept in a flat state. Figure 4 is an exploded assembly view of Figure 3. Fig. 5 is a partial view of Fig. 3, which is a view when each elastic body is contracted. In the following description, "body side" and "wearing side" refer to the position when the wearing article is worn. -8- 201109000 The disposable diaper 1 comprises a bottom plate 10, a separator sheet 30 on the body side of the bottom plate 10 and separated from the bottom plate 1, and a pair of leak-proof sides 40. The bottom plate 10 has a front waist region 11 and a rear waist region 12 and a crotch region 13 between the front and rear waist regions 11, 12. The direction from the front waist region 11 to the rear waist region 12 through the crotch region 13 is set to the longitudinal direction Y', and the direction orthogonal thereto is set to the lateral direction X. The disposable diaper 1 has an imaginary longitudinal center line PP that bisects the length dimension of the bottom plate 10 in the lateral direction x, and a virtual transverse center line QQ that bisects the length Q dimension of the longitudinal direction Y, with respect to the imaginary longitudinal center line. PP is formed to be roughly symmetrical. As shown in Fig. 3, the bottom plate 1 has a ridge which extends in the longitudinal direction Y and is located at the waist side edge I4 before the front waist region 1 1 and the waist side edge 15 after the rear waist region 12, and is inclined toward the longitudinal direction Y. The intersecting direction extends in a substantially V shape and is located at the lower side edge 16 of the crotch region 13; the pants are shown in Fig. 1 by joining the waist side edges 14 and 15 to each other. As shown in Fig. 4, the bottom plate 10 includes an inner sheet 17 on the body side Q of the wearer, a sheet 18 on the opposite side (wearing side), and inner and outer sheets I7 and 18 on the outer side. A rectangular leakage preventing sheet 19 having a long side in the longitudinal direction Y, an absorbent core 2 1 on the body side of the inner sheet 17 and a body side liner 22 on the body side of the absorbent core 21. The inner and outer sheets 1 7 and 18 are formed of a nonwoven fabric or the like which is air permeable and hydrophobic, and are bonded to each other through the leakage preventing sheets 19 which cover at least the bottom of the absorbent core 2 1 . Front and rear waist elastic bodies 5 1 and 52 and front and rear leg elastic bodies 53 and 54 are attached between the inner and outer sheets 17 and 18. As shown in Fig. 4, the front and rear lumbar bullets - 9 - 201109000 are in the rear waist region 1 1 ' 1 2 , respectively, and the plurality of elastic yarns are separated in the longitudinal direction Y, and It is mounted to be contractible in a state in which the lateral direction X is elongated. The portions of the front and rear waist elastics 51, 52 are partially overlapped with the absorbent core body 21. By superimposing the rear waist elastic bodies 5 1 and 5 2 on the absorbent core body 2 1 ', the absorbent core body 2 1 can be adhered to the body side to prevent leakage of urine. The J leg elastic body 5 3 is extended from the front waist side edge 14 toward the underarm side edge 16 and is retractable in a state of being elongated along the underarm side edge 16 , and is also horizontally The directions X are separated from each other. The rear leg elastics 54 extend from the rear waist side edge 15 toward the underarm side edge 16 and are mounted to traverse the imaginary longitudinal center from one side edge 6 to the other side edge 16 The line P _ p is continuous in the lateral direction X. The portion of the rear leg elastic body 54 that is continuous in the lateral direction X is in the vicinity of the imaginary transverse center line Q - Q ' and is closer to the front waist region 1 The 1 side extends in the lateral direction X. If the underarm region 13 is contracted in the lateral direction X by the rear leg elastic body 54, the bag body 5 5 is formed on the waist region 1 2 side of the rear leg elastic body 5 4 ( Referring to Fig. 1 and Fig. 2), the bag body 55' can be prevented from adhering to the skin or leaking by collecting it. The absorbent core 2 1 'is covered with a liquid absorbing diffusion sheet such as tissue paper. The absorbent core member 1 extends from the crotch region 13 to the longitudinal direction Y, and the bottom surface side thereof is joined to the inner face sheet 17. The spacer sheet 30 has an extension of the transverse direction X. The front end edges 31, 3 2, and the side edges 3 3 extending in the longitudinal direction Y; the front and rear end edges 3 1 , 3 2 are joined to the body side pad 22 at the front and rear waist regions 11, I2. Portions other than 31, 32 are not joined to the body side liner 22, but can be separated from the liner 22-10-201109000. The separator sheet 30 is formed after the longitudinal direction γ is separated from each other by the intermediate portion 34. The communicating portions 35, 36. The intermediate portion 34 is connected between the side portions 37 having the side edges 3 3. The front and rear communicating portions 35, 36 are open at the front and rear end edges 31, 32 in the middle portion. 34 is closed, and is formed in a substantially U-shape as a whole. The body side and the side of the absorbent core 21 are communicated through the front and rear communication portions 35, 36. The spacer sheet 30 includes: the third sheet on the body side, the sheet 3〇a, located at Q, the opposite The second sheet 30b on the side (wearing side) is provided with a spacer sheet elastic body 38 extending in the longitudinal direction Y between the first and second sheets 30a and 30b. The spacer sheet elastic body 38 passes through the intermediate portion from the front end edge 31. 34 extends toward the rear end edge 32, and in the middle portion 34, is curved to face the imaginary longitudinal center line p _ p The spacer elastic body 38 is bonded to at least one of the first and second sheets 30a and 30b, and is attached to be stretchable in an extended state. Fig. 5 is a view of omitting the disposable diaper 1. The bottom plate 1 〇 shows the contracted Q state of each of the elastic bodies. As shown in Fig. 5, if the spacer sheet elastic body 38 contracts, the spacer sheet 30 will leave the absorbent core 21 and form a space 60 therebetween. Between the 30 and the absorbent core 21, a partition sheet 70 that spaces the space 60 back and forth is formed. The segment sheet 70 has one end 71 joined to the body side liner 22 and the other end 72 joined to the wearing side of the intermediate portion 34. The length dimension of the lateral direction X of the spacer sheet 70 and the length dimension of the spacer sheet 30 in this direction are substantially equal, so that when the spacer sheet 30 leaves the absorbent core 21, the space 60 can be partitioned into the front and rear. The space 60 is separated from the front and rear by the partition sheet 70, and the urine flowing into the space 60 through the front and rear communication portions 35, 36 can be separated by -11 - 201109000. The leakage preventing side 40 is formed in a pair in the lateral direction X so as to have a side proximal edge 4 1 joined to the wearing side of the absorbent core 2 1 and a body side of the body side pad 22 The side distal edge 42 is located at the side front and rear end edges 43, 44 of the front and rear of the longitudinal direction Y. At the distal distal edge 42, only the sides of the lateral leading and trailing edges 43, 44 are joined to the body side liner 22, and the other portions are joined without leaving the absorbent core 21. A side elastic body 45 is attached to the distal edge 42 of the side. The side elastic body 45 extends in the longitudinal direction Y and is attached to be contractible in an extended state. When the side elastic body 45 is contracted, the side distal edge 42 which is not joined to the absorbent core body 21 and the body side pad 22 is separated from the absorbent core body 21 and erected, thereby preventing urine, etc. The excrement leaks toward the outside of the lateral direction X of the leakage preventing side 40. Fig. 6 is a schematic view showing a manufacturing apparatus of the separator sheet 30. The first and second sheets 30a and 30b of the spacer sheet 30 are formed by the first and second belt members 130a and 130b, respectively, and the first and second belt members 130a and 130b can be used as the liquid. Transmissive and moisture permeable fibers are not woven. The first and second belt bodies 130a and 130b are conveyed in a state of being wound into a roll, and are conveyed by the first and second transport mechanisms 201 and 202 which are constituted by a conveyance belt and a conveyance roller. The direction in which the first and second belt bodies 130a and 13ob are conveyed is referred to as a conveyance direction, and the direction orthogonal to the conveyance direction is referred to as an intersection direction. A joining means (not shown) such as a hot-melt type adhesive is applied to the opposing faces of the first and second tape bodies 130a and 130b. Between the first and second belt bodies -12- 201109000 13 0a, 130b, continuous elastic bodies 1 3 8 and 1 3 8 for forming a pair of the spacer sheet elastic bodies 38, 38 are attached. The continuous elastic body 138 is supplied between the first and second belt bodies 130a and 13 Ob by the elastic body supply mechanism 300. The elastic body supply mechanism 300, specifically, a plurality of conveying rollers 〇 elastic body supply mechanism 300, oscillates in order to bend the continuous elastic bodies 138, 138 in the intersecting direction, for example, having a swing by a servo motor Device 301. The swinging device 301 has an arm portion that moves in the intersecting direction, and the arm portions support the continuous elastic bodies 138 and 138 and swing them to make the interval of the continuous elastic bodies 1 3 8 and 1 38 intersect. The distance is enlarged or reduced. In the present embodiment, the arms of the continuous elastic bodies 138 and 138 are supported, and the continuous elastic bodies 1 3 8 and 138 are bent by symmetrically oscillating with respect to the conveyance direction. The first and second belt bodies 130a and 130b and the continuous elastic bodies 138 and 138 supplied thereto are conveyed to the joining mechanism q400 located downstream in the conveying direction. At this time, the continuous elastic bodies 138 and 138 are retractably supplied in an extended state while maintaining the bent state formed by the swinging device 301. The joining mechanism 400 has a driving roller 401 and an elastic pressing roller 402. Between the rollers 401 and 402, the first and second belts 13a and 130b and the continuous elastic body 138 sandwiched therebetween are supplied. 138. Thus, the first and second belt bodies 130a and 130b and the continuous elastic bodies 138 and 138 can be joined to each other. A cutting mechanism 500 is disposed downstream of the engagement mechanism 400. The cutting mechanism 500 has a die cutting roller 501 and an anvil roll 502'. The backup roller - 13-201109000 502 is disposed adjacent to the driving roller 401 and is rotatable in conjunction with the driving roller 401. Fig. 7 is an explanatory view of a device including a cutting mechanism 500. As shown, the die cutting roller 501 has a blade portion 503. The blade portion 503 is disposed at two positions in the circumferential direction and has a substantially elliptical shape extending in the circumferential direction, and can form a communication portion 135 that is continuous along the conveyance direction of the first and second belt bodies 130a and 13 Ob. The communication portion 135 penetrates the first and second belt members 130a and 130b in the thickness direction. In other words, the communication portion 135 is formed by annularly controlling a part of the first and second belt members 130a and 130b. The communication portion 135 is cut by a cutting line substantially parallel to the intersecting direction to form the aforementioned front and rear communication portions 35 and 36. The blade portion 503 is located between the continuous elastic bodies 138 and 138. The communication portion is formed in a portion where the interval size is small, and the communication portion is formed in the enlarged portion. That is, the communication portion 135 is formed along the continuous elastic bodies 1 38 and 138 and is intermittently formed in the conveyance direction. The cutting mechanism 500 includes a dressing and collecting device (not shown) that removes the annular communication portion 135 which is cut out by the blade portion 503 from the blade portion 503. In the dressing recovery apparatus, the cut portion 135a is sucked and collected outside the die cutting roll 501. By providing the blade portion 503 at two places in the circumferential direction, the communication portion 135 can be formed by the other blade portion 503 without being affected by the trimming recovery while the one blade portion 503 is being trimmed and collected. Further, in the case where the die-cutting roller 50 1 is suctioned from the inside of the roller to form a negative pressure, the suction is temporarily interrupted and the air is temporarily supplied, whereby the trimming and recovery can be quickly performed. A rotating drum 601 - 14 - 201109000 is disposed at an assembly station located downstream of the cutting mechanism 500. The rotary drum 601 is rotated in conjunction with the backup roller 502, and has a larger diameter than the other rollers. An elastic band 602 made of a material such as rubber or polyurethane is attached to the surface of the rotary drum 60 1 to increase the frictional resistance with respect to the i-th and second belt members 130a and 130b. By thus increasing the frictional resistance of the surface of the rotary drum 601, it is possible to restrict the movement of the first and second belt members 130a and 130b particularly in the intersecting direction. Further, a plurality of holes 603 extending through the thickness direction are formed in the elastic band 206, and the suction energy transmission holes 603 of the rotary drum 0601 are applied to the first and second belt bodies 130a and 130b. The communication portion 135 is formed in the first and second belt bodies 130a and 130b, and the continuous elastic bodies 138 and 138 are bent and attached along the communication portion 135, and the first and second belt members 13 are easily formed by the contraction force. 〇a, 13 Ob are moved so as to reduce the length dimension toward the inner side in the intersecting direction. In particular, by forming the communication portion 135, it is predicted that the movement becomes remarkable. However, by increasing the frictional resistance of the surface of the rotary drum 610, the movement can be restricted, so that the first and second belt bodies 130a can be prevented. , 13 Ob is deformed. That is, it is possible to prevent the distance between the communicating portion 135 135 from being deformed into the both sides in the intersecting direction to be reduced. The continuum of the spacer sheets 30 is formed by the above steps. As shown in Fig. 6, on the rotary drum 601 and downstream of the cutting mechanism 500, the liner strip 122 for forming the body side liner 22 is supplied by the liner transport mechanism 700. The pad transport mechanism 700 includes a transport belt, a transport roller, and the like. The spacer tape body 122 is supplied to face the second tape body 13 Ob, and a joint of a hot-melt adhesive or the like is applied to the second tape body 130b on both sides in the intersecting direction of the tape tape body 122. Means (not shown). In the spacer tape body 122, on the surface opposite to the surface on which the second tape body 130b is bonded, -15 - 201109000, the aforementioned spacer sheet 70 is attached in advance. A pad press roller 701 is formed downstream of the pad transport mechanism 700, and the first and second tape bodies 130a and 13 Ob and the spacer tape body 122 are passed between the rotary drum 601 and the press roller 701 to transmit the foregoing. The joining means joins them. Since the spacer tape body 122 is joined to the first and second tape bodies 130a and 13B on the surface of the rotary drum 601, the first and second tape bodies 130a and 130b can be joined in a state where they are prevented from being deformed. Further, by bonding the spacer tape body 122, the rigidity can be increased as compared with the case where only the first and second tape bodies 130a and 130b are provided, and the deformation of the first and second tape bodies 130a and 130b can be further prevented. . On the rotary drum 601 and downstream of the press roll 701, a continuous core 121 for forming the aforementioned absorbent core 21 is supplied through the core transport mechanism 800. The core transport mechanism 800 includes a transport belt, a transport roller, and the like. The continuous core 121 is a thin absorbent paper comprising a liquid-absorbent core material and a core material coated with the core material, and is continuous in the transport direction. That is, the continuous core body 121 is such that the liquid-absorbent core material is intermittently disposed in the conveyance direction between the continuous thin paper sheets. The continuous core 121 supplied is laminated on the opposite side of the bonding surface of the spacer tape 122 to the second tape 130b. The continuous core body 121 is joined to the first and second belt bodies 130a and 13 Ob through the spacer tape body 122 on the surface of the rotary drum 601. Therefore, the first and second belt bodies 1 3 0a and 1 3 can be further extended. The rigidity of Ob increases to prevent its deformation. In particular, the continuous core body 221 is formed by coating a liquid-absorbent core material with a thin paper or the like, and is more rigid than the liner tape body 22 and the first and second tape bodies 130a and 130b formed of a fiber nonwoven fabric or the like. It is large, and therefore contributes greatly to preventing deformation of the first and second belt bodies 130a, 130b - 16 - 201109000. The core press roller 801' is formed downstream of the core transport mechanism 8A by passing the first and second tape bodies 13a, 130b, the spacer tape body 122, and the continuous core body 121 through the rotary drum 601 and pressing Between the rollers 801, they can be joined. A bonding means (not shown) such as a hot-melt adhesive is applied to the surface of the liner tape 122 facing the continuous core 121, and the continuous core 121 and the liner tape 122 are joined to each other. On the other hand, a laminate of the first and second belt bodies 130a and 130b, the lining tape body 122, and the continuous core body 121 is formed. The laminated body transport mechanism 9A is formed downstream of the pressure roller 801, and the laminated bodies joined to each other are separated from the rotary drum 6〇1 and transported. The leak-preventing side 40' (not shown) is attached to the layered body to be transported, and is cut along a cutting line that bisects the communicating portion 135 and extends in the intersecting direction. The separator 30, the body side liner 22, and the absorbent core 2 1 (not shown) are formed by cutting the laminate. The cut laminated bodies are joined to the aforementioned inner and outer sheets 17, 18. The inner and outer sheets 17 and Q 18 are respectively formed by inner and outer belts (not shown), and the front and rear waist elastic bodies 5 1 and 52 and the front and rear leg elastic bodies 53 and 54 are formed between the belts. Install in an extended state. On the inner side of the inner and outer belt bodies, the laminated body including the separator 30 is intermittently joined in the conveying direction of the inner and outer sheets, and is cut in the intersecting direction between the laminated bodies, thereby forming the first 3 figure of paper diaper 1. Further preferably, the front and rear end edges of the absorbent core 21 joined to the inner sheet 17 in the longitudinal direction Y are covered by the outer sheet 18 at the front and rear end edges thereof, or coated by other sheets. In order to prevent the core material from being detached from the absorbent core -17-20119000 2 1° The method for manufacturing the leakage preventing side 40 and the inner and outer sheets 17, u can be carried out by a method generally known in the art, and thus detailed description thereof will be omitted. In the above-described manufacturing apparatus, the respective driving shafts of the driving roller 401 of the engaging mechanism 400 and the supporting roller 502 of the cutting mechanism 500 and the rotating drum 601 are formed so as to be substantially parallel to each other and to be rotatable in conjunction. The rollers are in contact with each other or are disposed in a relatively close proximity to each other. Further, the opposing portion of the driving_401 and the backup roller 502 and the opposing portion of the supporting roller 502 and the rotating drum 601 are spaced apart by about 180 in the circumferential direction on the circumferential surface of the supporting roller 502. As shown, the axes of the driving roller 401 and the supporting roller 502 and the rotating drum 601 are substantially on the straight line R; the pressing roller 402 is in substantial contact with the driving roller 401 on the right side of the plane of the straight line R; the die cutting roller 501 The material is substantially in contact with the backup roller 502 on the left side of the plane of the straight line R; the pressure roller 801 is substantially in contact with the rotary drum 601 on the left side of the plane of the straight line R. According to the above configuration, the first and second belt bodies 130a and 130b can be moved in the conveyance direction while being in contact with any one of the rollers after being supplied to the elastic body supply mechanism 300 and leaving the rotary drum 601. In particular, after the cutting by the cutting mechanism 500, the conveyance is performed in a state of being in contact with the surface of the rotary drum 601 having a high frictional resistance region, and the adhesion to the rotary drum 601 is increased. The first and second belt members 1 3 0a and 1 3 ob are prevented from contracting in the intersecting direction, and deformation thereof can be prevented. Further, since the diameter of the rotary drum 60 1 is larger than that of the other rollers, the contact area between the first and second belt bodies 130a and 130b and the rotary drum 601 can be made larger than the other portions, and the shape can be further improved. The stability is maintained. -18 - 201109000 The first and second belt bodies 130a and 130b are conveyed in an S-shape. Therefore, the first and second belt bodies 130a and 130b can be transported while maintaining a constant expansion and contraction force. Further, the pad transport mechanism 700 and the core transport mechanism 800 correspond to the floor transport mechanism of the present invention, and the press roller 701 and the press roller 801 correspond to the floor press roller of the present invention. As long as at least one of the pressure rollers is opposed to the rotary drum 601, and the position of the support roller 502 and the rotary drum 601 facing the Q is 180° or more in the circumferential direction of the rotary drum 601. . In the above apparatus, each roller attracts the inside to form a negative pressure to allow the belt body to adhere to the surface of the roller. Such attraction can be interrupted as needed to rotate the high frictional resistance zone on the surface of the drum 601. The elastic band 602 is used, and by forming the hole 603 in the elastic band 602, the attractive force in the roller can be applied to The first and second belt bodies 130a and 130b can stably bring the belt bodies into contact with the rotary drum 601. The high frictional resistance zone can also be formed by roughening the surface of the rotating drum 601 ,, and can be formed by other various methods. [Simple description of the drawings] Fig. 1 is a perspective view of a paper diaper. Fig. 2 is a sectional view taken along line ll-π of Fig. 1. Fig. 3 is a developed plan view of Fig. 1. Fig. 4 is an exploded perspective view of Fig. 3. Fig. 5 is a partial view of Fig. 3. Fig. 6 is an explanatory view of a manufacturing apparatus. -19- 201109000 Figure 7 is a partial schematic diagram of Figure 6. [Description of main component symbols] 1 : Diaper (wearing articles) 1 〇: bottom plate 1 1 : front waist region 1 2 : rear waist region 1 3 : straddle region 3 0 : spacer sheet 3 0a : first sheet 30b: Second sheet 3 8 : spacer sheet elastic body 130a : first belt body 1 30b : second belt body 135 : communication portion 1 3 8 : continuous elastic body 3 00 : elastic body supply mechanism 3 0 1 : swinging device 400 : bonding Mechanism 4 0 1 : Drive roller 402 : Elastomeric press roller 5 00 : Cutting mechanism 5 0 1 : Die-cut roller 5 0 2 : Support roller -20- 201109000 503 : Knife portion 601 : Rotating drum 602 : Elastic band (high Frictional resistance zone 700: pad handling mechanism 7 0 1 : padding roller 8 00 : core carrier mechanism 8 0 1 : core roller ❹
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