201249358 六、發明說明： 【發明所屬之技術領域】 本發明，是關於具備罩杯部之女性用衣類及女性用衣 類之製造方法，例如是關於最佳應用在胸罩、連身襯裙及 襯衣背心等貼身內衣、泳衣、緊身衣褲、附罩杯之洋裝等 具備罩杯部之女性用衣類及女性用衣類之製造方法。 【先前技術】 先前以來對於胸罩及貼身內衣的胸圍部份，爲了增加 豐滿’或者，爲了獲得胸圍部的人體美學性或時尙美學性 的形狀區曲線，是於胸圍部份的內部設定墊片，或設有保 形用罩杯。於專利文獻1中，是揭示著上述胸罩杯或墊片 爲聚氨酯材或不織布等經由使用鑄模熱壓縮成型爲指定形 狀之模鑄罩杯等的例子。 然而，近年來，將類似連身襯裙等內衣之緊貼身體曲 線的薄質衣料做爲外衣穿著的年輕女性變多，所以就期望 有內衣之輪廓不會影響到外衣觀感的緊身內衣。 因此，例如專利文獻2中，就揭示著無縫製方式的緊 身內衣。該緊身內衣，是構成爲於表背二片基布的單面塗 層有延展性高的樹脂後，將該等基布裁切成能夠模鑄成型 的尺寸，再加上，將表背粗裁切後的二片基布載置在模鑄 成型機，以熱成型兼前後身全體之黏接的形態進行熱成型 處理，然後將成型爲製品形狀的基布載置在雷射切割刀使 製品邊緣切除成具有設計效果，並且，利用超音波縫紉機 -5- 201249358 等安裝有另項製成的附屬零件。 此外，專利文獻3中，揭示著具備無鋼圈型的罩杯部 、底基部、肩帶及背布，由罩杯部及底基部一體成型之一 體成型構件所構成的具有罩杯部之衣類。 該一體成型構件，是經由使用期望形狀的鑄模將聚氨 酯泡沫、不織布、或聚氨酯等高彈性性絲所編成之厚片狀 圓型針織素材等均勻厚度的素材壓縮成型後獲得。成型後 之厚度爲較薄的部份，因其受到較強的壓縮所以就較硬， 成型後之厚度爲較厚的部份，因其受到較弱的壓縮所以就 較柔軟，因此就可獲得具備有最佳厚度及柔質的一體成型 構件。 〔先行技術文獻〕 〔專利文獻〕 專利文獻1 :日本特開平08-6041 0號公報 專利文獻2:日本特開2008-121153號公報 專利文獻3:日本特開2010-180495號公報 【發明內容】 〔發明欲解決之課題〕 但是，專利文獻2所揭示之無縫製方式的緊身內衣， 是事先使要成爲罩杯部和底基部之一體物的平板構件裁斷 分別形成爲左右’於進行了所謂左右平板構件在中央部縫 合的前加工之後’再將兩者一體模鑄成型，因此製造步驟 -6 - 201249358 變複雜導致有成本增加的問題。專利文獻3所揭示的一體 成型構件，從該公報的第2圖得知，也是將左右的平板構 件裁斷分別形成爲左右。 於是，爲了使製造步驟簡化，可以想到的是不用進行 裁斷及縫合等的前加工，只要將保形層和夾著保形層成爲 表面材和背面材之基布層疊成相向的一片薄片狀層疊體直 接進行熱壓縮成型，就可使左右的罩杯部和底基部一體性 成型爲立體形狀。 然而，熱壓縮成型所使用的鑄模其包括底基部都是形 成爲立體形狀，因此對應罩杯部周邊之區域的鑄模是無法 設有壓製預留邊，導致凸模之鑄模的壓力不均勻地作用在 罩杯部周邊的底基部，使底基部的一部份縮入，成型時就 會產生皺紋等問題。 再加上，專利文獻2所揭示之無縫製方式的緊身內衣 ’其製品邊緣是以雷射切割刀等熔融切斷，因此恐怕會有 切斷部接觸到肌膚時造成觸感差且有傷肌膚的問題。其原 因是在於基布或塗層在基布的樹脂會熔融凝固在切斷部。 因此，現實上，是需要有可覆蓋著切斷邊緣的滾邊處 理等縫製作業。專利文獻3所揭示的一體成型構件，在相 同的條件下同樣也是需要有滾邊處理等的端部處理。 於是，可以想到的是將成型後的緊身內衣的邊緣以類 似剪刀的機械式切割機取代雷射切割刀進行切斷，但如此 一來所獲得的製品是會有耐洗性差的問題。 即，當重覆進行穿著和洗滌時會有拉伸力及扭轉力持 201249358 續性施加在製品，再加上製品會有膨脹收縮、濕潤乾燥之 狀態變化的重覆，因此邊緣部的壓接狀態就會逐漸鬆弛， 邊緣所產生之基布等的綻開會造成纖維垂下在周圍導致外 觀變差。 另，上述專利文獻1所揭示的模鑄罩杯等成型品，即 使以雷射切割刀等熔融切斷邊緣部，但使用時還是會收容 在胸罩等之基布的內部，因此就不會有樹脂熔融凝固的切 斷邊緣直接接觸到肌膚的問題。 此外，基布和配置成接觸基布的保形部是彼此具有不 同伸縮特性，所以當重覆進行穿著和洗滌時基布會產生隆 起或皺紋因此也會有外觀變差的問題。另，使用厚片的基 布時，雖然隆起或皺紋的程度會減輕，但洗滌所造成的綻 開程度會變大，反而導致外觀變差。 本發明，是有鑑於上述問題點而爲的發明，其目的是 在於提供一種能夠使製造步驟簡化，並且，能夠使耐久性 提昇的具備罩杯部之女性用衣類及該女性用衣類之製造方 法。 〔用以解決課題之手段〕 爲了達成上述目的，本發明之具備罩杯部之女性用衣 類的第一特徵構成，如申請專利範圍第1項所記載的內容 所示，其是以含有具彈性之樹脂材的保形層和夾著上述保 形層使薄膜層層疊成相向的一片薄片狀層疊體構成，左右 罩杯部及底基部一體性熱壓縮成型爲沿著女性胸部的立體 -8- 201249358 形狀’於上述罩杯部及底基部的外圍部，形成有厚度比內 側還薄且在表背兩面熔融有樹脂但樹脂熔融成不滲透的指 定寬度薄片部。 根據上述構成時，一體性熱壓縮成型爲沿著女性胸部 之立體形狀的左右罩杯部及底基部，是以具備彈性之樹脂 製的保形層和夾著保形層使薄膜層層疊成相向的一片薄片 狀層疊體構成，因此就不需要有左右罩杯部要縫製在前中 心的步驟。 如上述只要是具備有成型爲立體形狀之罩杯部和底基 部的衣料，穿著時胸圍部會被拉往側部，罩杯部不會有擴 張的現象，能夠確實合身於乳房及腋下部的立體形狀，因 此就可獲得人體美學或時尙美學優越的優美形狀曲線。 此外，罩杯部及底基部的外圍部是遍及指定寬度熱壓 縮成比內側還薄，能夠牢固維持薄片狀層疊體的壓縮狀態 ，所以即使重覆進行穿著和洗滌，幾乎不會產生綻開。因 此，能夠長期間確保良好的外觀。 再加上，樹脂是以熔融成不滲透之程度的加熱狀態壓 縮在薄片部的表背兩面，因此也不會產生熔融後的樹脂滲 透硬化在薄膜層時所造成的觸感變差及表面變色等。基於 上述理由，也就不需要以改善觸感爲目的之邊緣部的滾邊 處理等，因此罩杯部及底基部的輪廓也就不會影響到外衣 觀感。 本發明之具備罩杯部之女性用衣類的第二特徵構成， 如申請專利範圍第2項所記載的內容所示，除了上述第一 -9- 201249358 特徵構成以外，又加上，是將上述薄片狀層疊體以支撐體 從表背保持著其周圍部的狀態，使左右罩杯部及底基部一 體性熱壓縮成型爲沿著女性胸部的立體形狀。 根據上述構成時，薄片狀層疊體的周圔部是於表背有 支撐體保持的狀態下成型，所以成型時受到推壓的鑄模即 使造成大的張力施加在薄片狀層疊體當中要形成有罩杯部 之部位的周圍部等，但該張力會由支撐體承接著，因此薄 片狀層疊體就不會有不自然的捲入。基於此，就不會產生 皺紋等，能夠成型爲一體性並且成型爲良好的立體形狀。 本發明之具備罩杯部之女性用衣類的第三特徵構成， 如申請專利範圍第3項所記載的內容所示，除了上述第一 特徵構成或第二特徵構成以外，又加上，上述保形層，是 以不織布構成，該不織布，是於成爲母材的聚酯類短纖維 的集合體中，分散混入有纖維表面具有要比上述母材的熔 點還低熔點之熱塑性聚合物的短纖維，藉由對上述熱塑性 聚合物進行熔接構成爲一體性的不織布。 上述的不織布，具備有熔接後的熱塑性聚合物所造成 之聚酯類短纖維立體性交錯的彈性構造，因此強韌且富有 彈性恢復力並且耐久性優越，即使重覆進行穿著和洗滌， 還是能夠長期維持穩定的保形性。再加上，可獲得良好的 透氣性，因此長時間穿著也不會有悶熱造成的不舒適感覺 〇 本發明之具備罩杯部之女性用衣類的第四特徵構成， 如申請專利範圍第4項所記載的內容所示，除了上述第~ -10- 201249358 特徵構成至第三特徵構成的任一特徵構成以外，又加上， 上述薄片狀層疊體，是於上述保形層之一方的面層疊有複 數片的薄膜層，透過塗敷成點狀的黏接劑使上述保形層和 上述薄膜層及上述薄膜層彼此多點黏接著》 若於保形層的表面塗滿有黏接劑藉此貼住薄膜層時， 是會阻礙薄片狀層疊體的柔軟性使其變硬導致觸感變差， 但若於保形層的表面將黏接劑塗敷成點狀藉此貼住薄膜層 時，就能夠以維持著薄片狀層疊體柔軟性的狀態成型。 如上述只要將薄膜層複數片層疊，即使重覆的洗滌造 成黏接在保形層的薄膜層產生皺紋或隆起，但層疊在該薄 膜層上方的另一薄膜層會覆蓋著皺紋或隆起，使皺紋或隆 起不明顯，因此能夠長期維持美觀。再加上，當薄膜層是 使用薄質的布坏時，也幾乎不會產生有因洗滌造成的綻開 本發明之具備罩杯部之女性用衣類的第五特徵構成， 如申請專利範圍第5項所記載的內容所示，除了上述第一 特徵構成至第四特徵構成的任一特徵構成以外，又加上， 上述薄片部的厚度形成爲0.3〜0.7mm，其寬度形成爲0.5 〜6.0 m m。 雖然也會根據所使用之薄片狀層疊體的衣料而有所不 同，但薄片部的厚度若形成爲0.3〜0.7mm，薄片部的寬 度若形成爲0.5〜6.0mm時，就能夠使上述第一特徵構成 的作用效果佳。此外，熱壓縮成型的罩杯部及底基部的成 型品，雖然是以剪刀等刃物取代雷射切割刀等進行剪斷避 -11 - 201249358 免樹脂熔融硬化’但剪斷時只要確保有薄拧部的寬度至少 爲0.5mm以上即可。 本發明之具備罩杯部之女性用衣類的第六特徵構成， 如申請專利範圍第6項所記載的內容所示，除了上述第五 特徵構成以外’又加上，位於上述底基部之前後身縫接部 的上述薄片部寬度是形成爲4.0〜6.0mm，上述前後身縫 接部以外的上述薄片部寬度是形成爲4.0mm以下。 前後身縫接部以外的薄片部寬度若爲0.5mm以上且 4.0mm以下時，對於穿著時的觸感就不會有異樣感覺，位 於底基部之前後身縫接部的薄片部寬度若形成爲4.0〜 6.0mm時，即使前後身縫接部不具備骨架，還是可獲得要 避免胸圍往腋下移動時所使用之側骨架的相同效果。 本發明之具備罩杯部之女性用衣類的第七特徵構成， 如申請專利範圍第7項所記載的內容所示，除了上述第一 特徵構成至第六特徵構成的任一特徵構成以外，又加上， 上述薄片狀層疊體，是構成爲將上述保形層之單面層疊有 薄膜層的二片薄片層疊成各保形層爲相向。 在熱壓縮成型過程，當薄片狀層疊體由凸模推入凹模 的鑄模時，保形層厚度方向的伸長率會不同，恐怕該影響 會造成皺紋容易產生的狀況。但是，當保形層以二層成相 向構成時，在一對保形層的相向面會產生滑動緩和伸長率 不同造成的影響，能夠有效避免皺紋產生。該效果，是可 提昇緩衝性，或者是，可提高胸圍部的矯正效果，因此保 形層的厚度愈厚則效果愈顯著β -12- 201249358 本發明之具備罩杯部之女性用衣類的第八特徵構成， 如申請專利範圍第8項所記載的內容所示，除了上述第七 特徵構成以外，又加上，上述薄片狀層疊體，是於上述二 片的薄片中間進一步層疊另一保形層所構成。 該第八特徵構成的效果是和第七特徵構成的效果相同 ，根據上述構成時，是可提昇緩衝性，或者是，可提高胸 圍部的矯正效果，因此即使保形層的厚度需爲充分的厚度 時，還是能夠極爲有效避免在熱壓縮成型過程產生皴紋。 本發明之具備罩杯部之女性用衣類的第九特徵構成， 如申請專利範圍第9項所記載的內容所示，除了上述第一 特徵構成至第八特徵構成的任一特徵構成以外，又加上， 是於上述底基部的下端，以前中心爲對稱遍及左右的煎後 身縫接部分別形成有複數波的波形緣部。 於穿著時或洗滌時當底基部從左右端部受到拉伸或扭 曲，使拉伸力作用在底基部的下端邊緣時，下端邊緣的壓 接狀態會變弱恐怕產生綻開，但因下端邊緣形成有複數波 的波形緣部，所以拉伸力等就不會直接作用在下端邊緣， 因此能夠有效避免綻開產生。此外，藉由同時形成在下端 邊緣的複數波的波形還可獲得女性優雅的美麗裝飾效果。 本發明之具備罩杯部之女性用衣類的第十特徵構成， 如申請專利範圍第1 0項所記載的內容所示，除了上述第 一特徵構成至第九特徵構成的任一特徵構成以外，又加上 ，是於上述罩杯部的肌膚側上部，形成有深度相當於肩帶 厚度的凹部，藉此形成有上述肩帶安裝用的凹部。 -13- 201249358 根據上述構成時，當於形成在罩杯部之肌膚側上部的 凹部黏接或縫接有肩帶的端部時，因凹部的深度相當於肩 帶的厚度，所以肌膚就不會轉印有肩帶的痕跡，或不會有 異樣感覺，此外，肩帶的安裝部也不會影響到外衣觀感。 本發明之具備罩杯部之女性用衣類的第十一特徵構成 ，如申請專利範圍第1 1項所記載的內容所示，除了上述 第一特徵構成至第十特徵構成的任一特徵構成以外，又加 上，是於上述罩杯部的肌膚側，從下部側方朝上胸圍沿著 乳房峰線形成有乳房支撐用的長圓形狀厚片部。 根據上述構成時，長圓形狀厚片部會使胸圍往中央靠 的同時往上推，因此就能夠獲得良好形狀矯正效果。 本發明之具備罩杯部之女性用衣類其製造方法的特徵 構成，如申請專利範圍第12項所記載的內容所示，包括 :前處理步驟，是將含有具彈性之樹脂材的保形層和夾著 上述保形層使薄膜層層疊成相向的一片薄片狀層疊體配置 在可相對移動之下側模殼和上側模殻之間；成型步驟，是 對上述下側模殻和上側模殻進行壓接，使左右罩杯部及底 基部一體性熱壓縮成型爲沿著女性胸部的立體形狀，於上 述罩杯部及底基部的外圍部，形成有厚度比內側還薄且於 表背兩面熔融有樹脂但樹脂熔融成不滲透的指定寬度薄片 部；散熱步驟，是使熱壓縮成型後的薄片狀層疊體自然散 熱；及切斷步驟，是以刃物對熱壓縮成型後之薄片狀層疊 體的罩杯部及底基部的周圍進行機械性切斷。 女性用衣類之製造方法的第二特徵構成，如申請專利 -14- 201249358 範圍第13項所記載的內容所示，包括：層疊體保持步驟 ，是將含有具彈性之樹脂材的保形層和夾著上述保形層使 薄膜層層疊成相向的一片薄片狀層疊體的周圍部以支撐體 從表背保持著：前處理步驟，是將上述框體所保持的薄片 狀層疊體配置在可相對移動之下側模殻和上側模殼之間； 成型步驟，是對上述下側模殼和上側模殻進行壓接，使左 右罩杯部及底基部一體性熱壓縮成型爲沿著女性胸部的立 體形狀，於上述罩杯部及底基部的外圍部，形成有厚度比 內側還薄且於表背兩面熔融有樹脂但樹脂熔融成不滲透的 指定寬度薄片部；散熱步驟，是將熱壓縮成型後的薄片狀 層疊體以保持在上述框體的狀態下自然散熱；及切斷步驟 ，是使熱壓縮成型後的薄片狀層疊體從上述框體脫離，以 刃物對罩杯部及底基部的周圍進行機械性切斷。 〔發明效果〕 如以上說明，根據本發明時，是可提供一種能夠使製 造步驟簡化，並且，能夠使耐久性提昇的具備罩杯部之女 性用衣類及該女性用衣類之製造方法。 【實施方式】 〔發明之最佳實施形態〕 以下’根據圖面對本發明之具備罩杯部之女性用衣類 進行說明。 第1(a)圖、第1(b)圖中，例示著本發明之具備 -15- 201249358 罩杯部之女性用衣類1。該女性用衣類1，是由含有具彈 性之樹脂材的保形層2，和，夾著保形層2使薄膜層3層 疊成相向的一片薄片狀層疊體4所構成，構成爲左右罩杯 部6、7及底基部8—體性熱壓縮成型爲沿著女性胸部的 立體形狀。 如第2(a)圖所示，薄片狀層疊體4，是構成爲將薄 膜層3層疊在保形層2之單面的二片薄片4a、4b層疊成 各保形層2爲相向。 保形層2，是以不織布構成，該不織布，是於成爲母 材的聚酯類短纖維的集合體中，分散混入有纖維表面等具 有要比母材的熔點還低熔點，以4(TC以上之低熔點爲佳的 熱塑性聚合物的短纖維，藉由對熱塑性聚合物進行熔接構 成爲一體性的不織布。 如第2(b)圖所示，該不織布，是.聚酯類短纖維和低 熔點短纖維的混棉，以梳棉機開纖成爲棉網化後，以纖維 排列在厚度方向D的狀態使棉網W上下豐富層疊爲多層 ’再加上，以要比低熔點纖維之熔點還高的溫度並且以要 以聚酯類短纖維之熔點還低的溫度進行加熱處理後獲得。 經由加熱處理，低熔點纖維和聚酯類短纖維的經緯交 錯點或低熔點纖維彼此的經緯交錯點會熱熔接，成爲輕質 且具有高反彈性、高透氣性的纖維緩衝材。另，也可採用 以纖維沿著面方向排列的狀態使棉網層疊爲多層後經加熱 處理的不織布。 上述不織布，是以使用帝人纖維股份有限公司之elk -16- .201249358 (該公司的登錄商標）的V-Lap (該公司的登錄 佳。使用上述的不織布時，就能夠確保最終製品 的透氣性和保形性及緩衝性。 回到第2 ( a )圖進行說明，對於薄膜層3， 應用聚酯纖維等的針織物、棉、絲等布料等具有 任意素材，但本實施例中是以使用聚酯纖維的雙 物爲佳。 於保形層2的單面，形成有以聚氨酯類黏接 敷成點狀的黏接層b，於該黏接層b上多點黏接 3 ° 如第3 ( a )圖至第3 ( c )圖所示，周圍部以 從表背保持的一片薄片狀層疊體4〔參照第3(a 設置在調整成指定溫度的上部鑄模Mu和下部鑄 間〔參照第3 ( b )圖〕，藉由將上部鑄模Mu往 Ml下降夾緊薄片狀層疊體4,使薄片狀層疊體4 壓縮成型〔參照第3(c)圖〕。 支撐體5是以樹脂製或木製的一對框體構成 備上下框體和左右框體藉此形成爲平面視長方形 體，是朝罩杯部的凸方向以指定角度彎折形成或 。由上述的一對框體夾持著薄片狀層疊體4。 成型時受到推壓的鑄模Mu、Ml會造成大的 在薄片狀層疊體4當中要形成有罩杯部6、7之 圍部，但該張力會由支撐體5承接著，因此就能 片狀層疊體4之罩杯部6、7的周邊部不自然的 商標）爲 具有良好 是可使用 透氣性的 羅紋針織 劑分散塗 著薄膜層 支撐體5 )圖〕是 模Ml之 下部鑄模 一體性熱 ，分別具 。左右框 彎曲形成 張力施加 部位的周 夠避免薄 捲入。基 -17- 201249358 於此，就不會產生皺紋等，能夠成型爲一體性並且成型爲 良好的立體形狀。 於上部鑄模Mu，形成有一對凸型部M3、M4對應罩 杯部6、7的肌膚側，於下部鑄模Ml，形成有一對凹型部 Ml、M2對應罩杯部6、7的表側，於各凸型部M3、M4 和凹型部Ml、M2的周圍，形成有凹凸形狀對應要成爲前 後身部的底基部8。因此，利用該鑄模Mu、Ml進行熱壓 縮成型就可使薄片狀層疊體4 一體性成型爲沿著女性胸部 的立體形狀。 熱壓縮成型所需要的時間及溫度，是可根據薄片狀層 疊體4的材料及厚度設定成適當的値，雖然沒有特別限制 ，但時間以60秒至120秒程度爲佳，溫度以18(TC至210 °C程度爲佳，其中，時間又以80秒至1 00秒程度爲更佳 ，溫度又以1 9 0 °C至2 0 0 °C程度爲更佳。 特別是，當保形層構成用的不織布，是於成爲母材的 聚酯類短纖維的集合體中，分散混入有纖維表面具有要比 母材的熔點還低熔點之熱塑性聚合物的短纖維，藉由對上 述熱塑性聚合物進行熔接構成爲一體性的不織布時，其熱 壓縮成型所需要的時間及溫度就以後者的條件爲最佳。 成型後的薄片狀層疊體4，從成型機取出後，就以保 持在支撐體5的狀態下進行自然冷卻使其成型後的形狀不 會歪斜。另，也可採用不會使成型後的薄片狀層疊體4形 狀產生歪斜之溫度範圍的冷卻風進行送風達到強制性冷卻 -18- 201249358 然後，卸下支撐體5，以剪刀對罩杯部6、7及底基部 8的外圍部進行機械性切斷。採用剪刀進行切斷的理由爲 ，若以雷射切割刀或超音波切割刀等進行熔融切斷時，在 切斷位置會有樹脂熔融凝固造成觸感變差。 回到第1(a)圖、第1(b)圖進行說明，於罩杯部6 、7及底基部8的外圍部，是形成有厚度比內側還薄之指 定寬度的薄片部6a、7a、8a。薄片部6a、7a、8a，是於其 表背兩面形成有樹脂但該樹脂熔融成不滲透。 當成爲保形層2的不織布要經熱壓縮成型爲指定形狀 時，雖然是以不織布局部性熔融保持著成型狀態，但若某 區域全體熔融時，則冷卻後硬化就會造成觸感差。特別是 ，罩杯部6、7及底基部8的外圍部若硬化則製品性能會 大幅折損。因此，熱壓縮成型時所需的時間及溫度要調整 成適當。 其結果，薄片部6a、7a、8a，是以表背兩面熔融有樹 脂但該樹脂熔融成不滲透的程度，在其內部局部性熔融， 藉此牢固維持著壓縮狀態。接著，即使重覆進行穿著和洗 滌，也幾乎不會產生綻開，能夠長期間確保良好的外觀。 再加上，因是以薄片部的表背兩面熔融有樹脂但樹脂熔融 成不滲透之程度的加熱狀態進行壓縮，所以也就不會產生 熔融後的樹脂滲透薄膜層造成硬化時所產生的觸感變差及 表面變色等。基於上述理由，就不需要有以改善觸感爲目 的之邊緣部的滾邊處理等，因此罩杯部及底基部的輪廓也 就不會影響到外衣觀感。 -19- 201249358 薄片部6a、7a、8a的厚度以形成爲0.3〜0.7mm爲佳 ，薄片部6a、7a、8a的寬度以形成爲0.5〜6.0mm爲佳。 當薄片部6a、7a、8a熱壓縮成型爲厚度在0.3〜0.7 mm範 圍內時，即使重覆進行穿著和洗滌，也幾乎不會產生綻開 〇 此外，又以位於底基部之前後身縫接部8b的薄片部 8a的寬度形成爲4.0〜6.0mm爲更佳。如此一來即使前後 身縫接部8b不具備骨架，還是可獲得要避免胸圍往腋下 移動時所使用之側骨架的相同效果。前後身縫接部8b以 外的薄片部6a、7a、8a寬度若形成爲4.0mm以下時，於 穿著時就不會產生異樣感覺並且能夠確保充分的洗滌耐久 性。於剪刀之切斷時，只要確保有薄片部6a、7a、8a的 寬度最短至少爲〇.5mm即可。 於底基部8的下端，以前中心爲對稱遍及左右的前後 身縫接部分別形成有複數波的波形緣部8c。於穿著時或洗 滌時當底基部8從左右端部受到拉伸或扭曲，使拉伸力作 用在底基部8的下端邊緣時，下端邊緣區域之薄片部8a 的壓接狀態會變弱恐怕產生綻開。但是，因下端邊緣形成 有複數波的波形緣部8c，所以拉伸力等就不會直接作用在 下端邊緣，因此能夠有效避免綻開產生。 此外，藉由同時形成在下端邊緣的複數波的波形還可 獲得女性優雅的美麗裝飾效果。第1圖中是圖示著左右分 別形成有二個波形，但波形的數量、尺寸並無特別限制， 只要遍及左右形成爲凹凸形狀使下端邊緣不會形成爲直線 -20- 201249358 狀即可。 第4(a)圖、第4(b)圖中，是圖示著壓縮成型後 的薄片狀層疊體4。於壓縮成型後之薄片狀層疊體4的薄 片部6a、7a、8a其外圍部，又形成有數mm寬度的第二薄 片部9。薄片部6a、7a、8a和第二薄片部9的厚度都是形 成爲0.3〜0.7mm範圍的相等厚度，於薄片部6a、7a、8a 構成用的面和第二薄片部9所構成的面之間設有數度至十 幾度的角度。 第二薄片部9,是壓縮成型在與壓縮成型前之薄片狀 層疊體4大致平行的面，薄片部6a、7a、8a，是壓縮成型 在稍微往罩杯部6、7側傾斜的面。因此，於薄片部6a、 7a、8a和第二薄片部9的邊界是形成有線條L，將該線條 L做爲切斷線的引導以剪刀進行切斷時，就能夠使薄片部 6a、7a、8a在切斷時避免缺損。 底基部8及罩杯部6、7當中上罩杯部是在外圍之薄 片部6a、7a' 8a還內側成型爲數mm的一定厚度，下罩杯 部是從乳房峰線朝胸圍頂部逐漸變薄地成型爲稍微較厚。 此外，如第1 ( b )圖所示，於罩杯部6、7的肌膚側 ’是從下部側方朝上胸圍沿著乳房峰線形成有乳房支撐用 的長圓形狀厚片部6b、7b。長圓形狀的厚片部會使胸圍往 中央靠的同時往上推，因此就能夠獲得良好形狀矯正效果 〇 再加上’於罩杯部6、7的肌膚側上部，形成有深度 相當於肩帶厚度的凹部6c、7c，形成爲可於該凹部6c、 -21 - 201249358 7c安裝肩帶。 當於該凹部6c、7c黏接或縫接有肩帶的端部時，因 凹部6c、7c的深度相當於肩帶的厚度，所以肌膚就不會 轉印有肩帶的痕跡，或不會有異樣感覺，此外，肩帶的安 裝部也不會影響到外衣觀感。 如以上說明，本發明之具備罩杯部之女性用衣類的製 造方法，具備層疊體保持步驟、前處理步驟、成型步驟、 散熱步驟及切斷步驟。以下進行各步驟的說明。 層疊體保持步驟，是對含有具彈性之樹脂材的保形層 和夾著上述保形層使薄膜層層疊成相向的一片薄片狀層疊 體，以框體從表背保持著其周圍部〔參照第3(a)圖〕。 前處理步驟，是在可相對移動之下側模殼（鑄模）和 上側模殼（鑄模）之間配置以框體保持的薄片狀層疊體。 成型步驟，是對上述下側模殼和上側模殼進行壓接， 使左右罩杯部及底基部一體性熱壓縮成型爲沿著女性胸部 的立體形狀〔參照第3(c)圖〕。此時，於罩杯部及底基 部的外圍部，是形成有厚度比內側還薄且於表背兩面熔融 有樹脂但樹脂熔融成不滲透的指定寬度薄片部。 散熱步驟，是將熱壓縮成型後的薄片狀層疊體以保持 在框體的狀態下進行自然散熱或強制性冷卻。 切斷步驟，是使熱壓縮成型後的薄片狀層疊體從框體 脫離，以刃物對罩杯部及底基部的周圍進行機械性切斷。 再加上，是對切斷步驟所切斷之具備簞杯部的女性用 衣類進行二次加工，藉此製造出各式各樣的女性用衣類。 ⑧ -22- 201249358 第5(a)圖中，圖示著上述女性用衣類一例的胸罩 利用左右罩杯部6、7及底基部8所形成之一體成型品 底基部8構成左右的前後身部，於左右的前後身縫接部 分別縫製有背布11。於背布11的端物設有卡止具，在 杯部6、7的上緣和背布11之間連接設有肩帶 沒有進行熱壓縮成型之通常的胸罩，其平均製造工 ，裁斷工數約爲10’縫製工數約爲62，合計需要72工 ’相對於此’本發明之利用熱壓縮成型製造的胸罩，裁 工數約爲1，縫製工數約爲21，合計需要22工數，因 可大幅降低製造工數。 上述具備罩杯部之女性用衣類1，也可組裝成附罩 之貼身內衣或附罩杯之洋裝等。第5(b)圖中，是圖示 該等附罩杯之貼身內衣或附罩杯之洋裝所使用的具備罩 部之女性用衣類1。 基本構成，雖然是和第1(a)圖、第1(b)圖所 明的相同’但是在罩杯部6、7的肌膚側上部是不形成 深度相當於肩帶厚度的凹部，而是使罩杯部6、7的上 部朝上方延長形成爲前端細的形狀（參照圖中以虛線圓 圈選的區域）。構成爲如此是爲了要確保有縫接用留邊 縫製在貼身內衣或洋裝1 2。 以下’對另一實施形態進行說明。上述的實施形態 ，是以薄膜層3層疊在保形層2之單面的二片薄片4a、 層疊成使各保形層2成相向的薄片狀層疊體4進行了說 〔參照第3 ( a )圖〕，但也可如〔參照第6 ( a )圖〕 的 8b 罩 數 數 斷 此 杯 著 杯 說 有 緣 所 可 中 4b 明 所 -23- 201249358 示，於二片薄片4a、4b的中間又層疊有另一保形層2。該 另一保形層2的厚度及片數並無特別限制。 藉由採用上述的多層構造，除了能夠有效避免在熱壓 縮成型過程產生皺紋，同時還能夠提昇緩衝性，或者，能 夠提高胸圍部的矯正效果。 此外，如第6(b)圖所示，薄片狀層#體4也可構成 爲是於一片保形層2之兩面層疊有薄膜層3。 相同的薄片狀層疊體4構成用之保形層2及薄膜層3 的素材、厚度等並不需統一成完全相同，也可根據目的對 素材、厚度等加以適當變更。 保形層2，除了採用上述聚酯纖維構成的不織布以外 ，也可採用聚醯胺纖維或丙烯酸纖維或維尼綸纖維等所構 成的不織布，或者也可採取聚氨酯或軟賛聚氯乙烯或乙 烯-醋酸乙烯共聚物等的熱成型性合成樹脂發泡體。保形 層2只要含有具彈性之樹脂材即可。 薄膜層3,是可採用聚酯纖維或聚醯胺纖維或尼龍纖 維或丙烯酸纖維等所編成的針織物，例如：除了上述的雙 羅紋針織物以外，還可採用拉舍爾經緯針織物、平針針織 物、經編針織物、波紋板針織物，又可採用網眼織物等。 此外，還可採用棉或絲等製成的布料，再加上，又可採用 多質孔的樹脂薄片等具有透氣性的任意素材。 薄膜層3的質地雖然愈薄愈好，愈難以產生洗滌等造 成的綻開，但是熱壓縮成型時因其與保形層2的伸縮程度 不同，所以洗滌等恐怕會造成表面出現皺紋。於該形態時 ⑧ -24- 201249358 ，是以保形層2之一方的面層疊有複數片的薄膜層3爲佳 。此時也是透過塗敷成點狀的黏接劑使保形層2和薄膜層 3及薄膜層3彼此多點黏接即可。 第6(c)圖中，是圖示著分別對具備有第2(a)圖 所說明之二片薄片4a、4b之薄片狀層疊體4層疊有二片 薄膜層3的實施例。洗滌的重覆即使造成黏接在保形層的 薄膜層產生皺紋或隆起，但層疊在該薄膜層3上方的另一 薄膜層3會覆蓋著皴紋或隆起，使皺紋或隆起不明顯，因 此能夠長期維持美觀。再加上，當薄膜層是使用薄質的布 坏時，也幾乎不會產生有因洗滌造成的錠開。 於第3 ( b )圖所示之成爲下側模殻的下部鑄模Ml的 內面，若形成有花卉或果實或動漫畫角色等凹凸的設計模 樣時，就可在熱壓縮成型時同時在罩杯部6、7的表面形 成有凹凸的圖樣。 上述的實施形態中，是使用第2圖，對保形層2之一 方的面形成有黏接劑分散塗敷成點狀的黏接層b，於該黏 接層b上多點黏接有薄膜層3的例子進行了說明，但保形 層2和薄膜層3的黏接方法或者薄膜層3彼此黏接的方法 ，並不限於上述黏接劑分散塗敷成點狀的方法，也可採用 是透過薄片狀黏接片進行黏接的方法。 黏接劑分散塗敷成點狀的方法，基於開封後黏接劑的 保存困難，因此需事先將長尺碼的保形層2或薄膜層3進 行整批黏接，如此一來當然最適合大量生產，但是會有不 適合小批生產的問題。 -25- 201249358 相對於此，使用黏接片時，只要將長尺碼的黏接片配 合已經裁斷之保形層2或薄膜層3的尺寸事先裁斷成所需 的尺寸就可使用，因此就能夠容易製造所需尺寸的層疊體 ，能夠不浪費又能夠多種類小批生產。 以上所說明之具備罩杯部之女性用衣類的實施形態只 不過是本發明的一例，在可達到本發明之作用效果的範圍 ，薄片狀層疊體構成用之各部的材料、厚度、尺寸等是可 適當選擇，熱壓縮成型時的溫度或時間等參數也可根據所 選擇的材料等加以適當設定。 〔產業上之可利用性〕 本發明之具備罩杯部之女性用衣類，是可最佳應用在 例如：胸罩、連身襯裙及襯衣背心等貼身內衣、泳衣、緊 身衣褲、附罩杯之洋裝等。 1 明 說 il Μ 簡 式 圖 第1(a)圖爲本發明之具備罩杯部之女性用衣類的正 面圖，第1(b)圖爲其背面圖。 第2(a)圖爲薄片狀層疊體的剖面圖，第2(b)圖 爲要成爲保形層2之不織布的構造說明圖。 第3圖爲熱壓縮成型的流程說明圖，第3(a)圖爲周 圍部以支撐體從表背保持的一片薄片狀層疊體之說明圖， 第3 ( b )圖爲設置在上部鑄模Mu和下部鑄模Ml之間的 薄片狀層疊體之說明圖，第3(c)圖爲藉由將上部鑄模往 -26- 201249358 下部鑄模降下夾緊薄片狀層疊體使其一體性熱壓縮成型之 薄片狀層疊體的說明圖。 第4(a)圖爲熱壓縮成型後的薄片狀層疊體正面圖’ 第4(b)圖爲熱壓縮成型後的薄片狀層疊體背面圖。 第5(a)圖爲女性用衣類的一例爲胸罩時的說明圖’ 第5(b)圖爲附罩杯之洋裝等所使用之具備罩杯部之女性 用衣類的說明圖。 第6(a)圖、第6(b)圖、第6(c)圖爲表示另一 實施形態之薄片狀層疊體的說明圖。 【主要元件符號說明】 1 :具備罩杯部之女性用衣類 2 :保形層 3 :薄膜層 4 :薄片狀層疊體 5 :支撐體 6、7 :罩杯部 8 :底基部 6a、7a、8a:薄片部 9 :第二薄片部 -27-201249358 VI. Description of the Invention: [Technical Field] The present invention relates to a method for manufacturing a female garment and a female garment having a cup portion, for example, for the best application in a bra, a jumpsuit, a shirt vest, and the like. A method for manufacturing a women's clothing and a women's clothing having a cup portion, such as underwear, a swimsuit, a tights, and a dress with a cup. [Prior Art] For the chest part of the bra and the underwear, in order to increase the fullness, or in order to obtain the human body aesthetics or the aesthetic shape curve of the chest part, the gasket is set inside the chest part. Or have a conformal cup. Patent Document 1 discloses an example in which the bra cup or the spacer is a molded cup or the like which is formed into a predetermined shape by heat compression molding using a mold such as a polyurethane material or a nonwoven fabric. However, in recent years, there have been a lot of young women wearing a thin clothing which is close to the body curve of a underwear such as a one-piece petticoat, and it is expected that the contour of the underwear does not affect the underwear of the outer garment. Therefore, for example, in Patent Document 2, a seamless underwear is disclosed. The skinny underwear is formed into a resin having a high ductility on a single-sided coating of the two base fabrics of the front and back, and the base fabric is cut into a size that can be molded, and the back is thick. The cut two base fabrics are placed on a die-casting machine, and thermoformed in the form of thermoforming and bonding of the front and the back, and then the base fabric formed into the shape of the product is placed on the laser cutting blade. The edge of the product is cut to have a design effect, and an accessory part made of another item is mounted using an ultrasonic sewing machine-5-201249358. Further, Patent Document 3 discloses a garment having a cup-shaped portion, a base portion, a shoulder belt, and a back cloth, and integrally formed with a cup-shaped portion and a base portion, and having a cup portion. The integrally formed member is obtained by compression-molding a material having a uniform thickness such as a slab-shaped circular knit material knitted with a highly elastic yarn such as polyurethane foam, non-woven fabric or polyurethane using a mold having a desired shape. The thickness after forming is a thinner part, which is harder because of its stronger compression. The thickness after forming is a thicker part, which is softer due to weaker compression, so it can be obtained. It has an integral molded part with optimum thickness and softness. [PRIOR ART DOCUMENT] [Patent Document] [Patent Document] [Patent Document 1] Japanese Patent Laid-Open Publication No. Hei. No. 2008-121153. [Problems to be Solved by the Invention] However, in the seamless underwear of the patent document 2, the flat member to be a body of the cup portion and the base portion is cut into the right and left sides respectively. After the member is subjected to the pre-machining of the center portion, the two are integrally molded, and thus the manufacturing step -6 - 201249358 becomes complicated, resulting in an increase in cost. According to the second embodiment of the publication, the integrally formed member disclosed in Patent Document 3 is also formed by cutting the right and left flat members to the left and right. Therefore, in order to simplify the manufacturing steps, it is conceivable that the pre-processing such as cutting and sewing is not required, and the conformal layer and the base fabric sandwiching the conformal layer as the surface material and the back material are laminated in a sheet-like lamination. The body is directly subjected to hot compression molding, so that the left and right cup portions and the base portion can be integrally formed into a three-dimensional shape. However, the mold used in the thermocompression molding includes the base portion formed into a three-dimensional shape, so that the mold corresponding to the region around the cup portion cannot be provided with a press-preserved side, and the pressure of the mold of the punch is unevenly applied to The base portion around the cup portion retracts a part of the base portion, causing problems such as wrinkles during molding. In addition, the seamless underwear of the patent document 2 discloses that the edge of the product is melt-cut by a laser cutting blade or the like, so that there is a possibility that the cut portion contacts the skin and causes a bad touch and hurts the skin. The problem. The reason is that the base fabric or the resin coated on the base fabric is melted and solidified in the cut portion. Therefore, in reality, it is necessary to have a sewing operation such as a piping process that can cover the cut edge. The integrally formed member disclosed in Patent Document 3 also requires end processing such as a piping process under the same conditions. Thus, it is conceivable that the edge of the formed body underwear is cut by a mechanical cutting machine like a scissors instead of the laser cutting blade, but the article obtained thus has a problem of poor washability. That is, when the wearing and washing are repeated, the tensile force and the torsional force are applied to the product with the continuity of 201249358, and the product is repeatedly overlapped by the expansion and contraction and the wet and dry state, so that the edge portion is crimped. It will gradually relax, and the ray of the base cloth produced by the edge will cause the fiber to hang down and cause the appearance to deteriorate. Further, in the molded article such as the molded cup disclosed in Patent Document 1, even if the edge portion is melt-cut by a laser cutter or the like, it is housed inside the base fabric such as a bra when used, so that there is no resin. The problem of direct contact with the cut edge of the melted coagulation to the skin. Further, the base fabric and the conformal portion configured to contact the base fabric have different stretch characteristics, so that the base fabric may be embossed or wrinkled when it is repeatedly worn and washed, and thus there is a problem that the appearance is deteriorated. Further, when a base sheet of a slab is used, although the degree of swelling or wrinkles is reduced, the degree of blooming caused by washing becomes large, and the appearance is deteriorated. The present invention has been made in view of the above-described problems, and an object of the invention is to provide a feminine garment having a cup portion and a method for producing the feminine garment which can simplify the manufacturing steps and improve the durability. [Means for Solving the Problem] In order to achieve the above object, the first feature of the feminine garment having the cup portion of the present invention is as shown in the first aspect of the patent application, and it is elastic. The conformal layer of the resin material and the sheet-shaped laminated body in which the film layers are laminated to face each other with the above-mentioned conformal layer interposed therebetween, and the left and right cup portions and the base portion are integrally thermally compression-molded into a shape of a stereo-8-201249358 along the female chest. The outer peripheral portion of the cup portion and the base portion is formed with a sheet having a predetermined width which is thinner than the inner side and which is melted with resin on both sides of the front and back, but the resin is melted to be impermeable. According to the above configuration, the integral heat-compression-molding is a left-right cup portion and a base portion along the three-dimensional shape of the female chest, and the protective layer made of an elastic resin and the protective layer are laminated to face each other. Since the sheet-like laminated body is formed, there is no need to have a step of sewing the left and right cup portions to the front center. As described above, as long as the garment is provided with the cup portion and the base portion which are formed into a three-dimensional shape, the chest portion is pulled to the side portion when worn, and the cup portion does not expand, and the three-dimensional shape of the breast and the crotch can be surely fitted. Therefore, it is possible to obtain a beautiful shape curve that is superior to human aesthetics or aesthetics. Further, since the outer peripheral portion of the cup portion and the base portion is heat-shrinked to a predetermined width and thinner than the inner side, the compressed state of the sheet-like laminated body can be firmly maintained. Therefore, even if the wearing and washing are repeated, the blooming is hardly caused. Therefore, it is possible to ensure a good appearance for a long period of time. Further, since the resin is compressed on the front and back sides of the sheet portion in a heated state in which it is melted to an impermeability, the resin is not viscous and hardened in the film layer, and the surface is discolored. Wait. For the above reasons, there is no need for a piping process for the edge portion for the purpose of improving the feeling of touch, and therefore the contour of the cup portion and the base portion does not affect the look of the outer garment. The second feature of the feminine garment having the cup portion of the present invention is as shown in the second aspect of the patent application, and the sheet is added in addition to the above-mentioned first -9-201249358 characteristic composition. In the state in which the support body holds the peripheral portion from the front and back sides, the left and right cup portions and the base portion are integrally thermally compression-molded into a three-dimensional shape along the female chest. According to the above-described configuration, the peripheral portion of the sheet-like laminated body is molded in a state in which the support is held by the front and back. Therefore, even if a large tension is applied to the mold which is pressed during molding, a cup portion is formed in the sheet-like laminated body. The surrounding portion of the portion, etc., but the tension is carried by the support, so that the sheet-like laminate does not become unnaturally involved. Based on this, wrinkles and the like are not generated, and it can be molded into one body and formed into a good three-dimensional shape. In the third aspect of the feminine garment having the cup portion of the present invention, as shown in the third aspect of the patent application, in addition to the first characteristic configuration or the second characteristic configuration, the conformal shape is added. The non-woven fabric is a non-woven fabric which is a short fiber of a thermoplastic polymer which has a lower melting point than the melting point of the base material in the aggregate of the polyester-based short fibers which are the base material. The non-woven fabric is integrally formed by welding the thermoplastic polymer. The above-mentioned non-woven fabric is provided with a three-dimensionally interlaced elastic structure of a polyester-based short fiber by a welded thermoplastic polymer, so that it is strong and elastic, and has excellent durability, and can be worn even if it is repeatedly worn and washed. Maintain stable shape retention for a long time. In addition, good air permeability can be obtained, so that it is not subject to the uncomfortable feeling caused by sultry heat for a long period of time, and the fourth feature of the female clothing having the cup portion of the present invention is constituted, as in the fourth aspect of the patent application. In addition to the above-described first to -10-201249358 feature configuration to the third feature configuration, the sheet-like laminate is laminated on one surface of the shape-receiving layer. a plurality of film layers are adhered to the film layer and the film layer by applying a dot-like adhesive to adhere to each other. If the surface of the conformal layer is coated with an adhesive, When the film layer is held, the softness of the sheet-like laminate is inhibited and the touch is deteriorated, so that the touch is deteriorated. However, if the adhesive is applied to the surface of the conformal layer in a dot shape to adhere to the film layer, It can be molded in a state in which the flexibility of the sheet-like laminate is maintained. As described above, as long as the plurality of film layers are laminated, even if the repeated washing causes wrinkles or ridges to adhere to the film layer of the conformal layer, the other film layer laminated above the film layer is covered with wrinkles or ridges. Wrinkles or ridges are not obvious, so they can maintain aesthetics for a long time. In addition, when the film layer is made of a thin cloth, there is almost no fifth characteristic composition of the female clothes having the cup portion of the present invention caused by washing, as in the fifth application of the patent application. As described in the above description, in addition to any of the first to fourth feature configurations described above, the thickness of the sheet portion is formed to be 0. 3~0. 7mm, its width is formed as 0. 5 ~ 6. 0 m m. Although it varies depending on the clothing of the sheet-like laminate to be used, the thickness of the sheet portion is formed to be 0. 3~0. 7mm, the width of the sheet portion is formed as 0. 5~6. At 0 mm, the effect of the first feature described above can be improved. In addition, the molded part of the cup portion and the base portion of the heat-compressed molding is replaced by a blade such as a scissors, and the laser cutting blade is replaced by a laser cutting blade, etc., but the resin is melt-hardened. The width is at least 0. More than 5mm. The sixth aspect of the feminine garment having the cup portion of the present invention is as shown in the sixth aspect of the patent application, except that the fifth characteristic configuration is added, and the back seam is located before the base portion. The width of the above-mentioned sheet portion of the joint portion is formed to be 4. 0~6. 0 mm, the width of the sheet portion other than the front and rear body seam portions is formed to be 4. 0mm or less. The width of the sheet portion other than the front and rear body seams is 0. 5mm or more and 4. When the thickness is 0 mm or less, there is no abnormal feeling for the feeling when worn, and the width of the sheet portion of the back seam portion before the base portion is formed to be 4. 0~ 6. At 0 mm, even if the front and rear body seams do not have a skeleton, the same effect can be obtained to avoid the side frame used when the chest is moved to the underarm. The seventh feature of the feminine garment having the cup portion of the present invention is as shown in the seventh aspect of the patent application, and is added to any of the first to sixth feature configurations. In the above-mentioned sheet-like laminate, two sheets of a film layer on which one surface of the shape-retaining layer is laminated are laminated so that the conformal layers face each other. In the hot compression molding process, when the sheet-like laminated body is pushed into the mold of the female mold by the punch, the elongation of the conformal layer in the thickness direction may be different, and this influence may cause a situation in which wrinkles are likely to occur. However, when the conformal layer is formed in two layers, the influence of the difference in the sliding relaxation elongation is caused on the opposing faces of the pair of conformal layers, and wrinkles can be effectively prevented. This effect is to improve the cushioning property, or to improve the correction effect of the chest part, so that the thicker the thickness of the conformal layer is, the more effective the effect is. β -12- 201249358 The eighth of the women's clothing with the cup part of the present invention In addition to the seventh characteristic configuration described above, the sheet-like laminated body is further laminated with another conformal layer between the two sheets of the sheet, as shown in the eighth aspect of the patent application. Composition. The effect of the eighth feature is the same as that of the seventh feature. According to the above configuration, the cushioning property can be improved, or the correction effect of the chest portion can be improved, so that the thickness of the conformal layer needs to be sufficient. At thickness, it is extremely effective to avoid crepe during hot compression molding. The ninth feature of the feminine garment having the cup portion of the present invention is as shown in the content of the ninth aspect of the patent application, and is added in addition to any of the first to eighth features. The upper end is a lower end of the base portion, and a corrugated edge portion of a plurality of waves is formed in each of the front and rear sides of the frying body. When the base portion is stretched or twisted from the left and right end portions during wearing or washing, when the tensile force acts on the lower end edge of the base portion, the crimping state of the lower end edge may become weak, but the lower end edge may be formed. Since there is a wave edge of the complex wave, the tensile force or the like does not directly act on the lower end edge, so that blooming can be effectively prevented. In addition, the elegant decorative effect of the female can be obtained by simultaneously forming the waveform of the complex wave at the lower end edge. According to the tenth feature of the feminine garment having the cup portion of the present invention, as shown in the content described in claim 10, in addition to any of the first to ninth features, In addition, a concave portion having a depth corresponding to the thickness of the shoulder strap is formed on the skin-side upper portion of the cup portion, thereby forming a recess for mounting the shoulder strap. -13- 201249358 According to the above configuration, when the end portion of the shoulder strap is adhered or sewn to the concave portion formed on the upper portion of the skin side of the cup portion, since the depth of the concave portion corresponds to the thickness of the shoulder strap, the skin does not The transfer has a trace of the shoulder strap, or does not have a strange feeling, in addition, the mounting portion of the shoulder strap does not affect the look of the outer garment. According to the eleventh feature of the feminine garment having the cup portion of the present invention, as described in the first aspect of the patent application, in addition to any of the first to tenth features, Further, on the skin side of the cup portion, an oblong slab portion for breast support is formed along the breast peak line from the lower side toward the upper bust. According to the above configuration, the oblong slab portion pushes up the bust toward the center, so that a good shape correcting effect can be obtained. A feature of the method for producing a feminine garment having a cup portion according to the present invention, as described in the twelfth aspect of the patent application, comprising: a pretreatment step of retaining a layer containing a resilient resin material and a sheet-like laminated body in which the film layers are laminated to face each other with the above-mentioned conformal layer interposed therebetween is disposed between the lower side mold shell and the upper side mold shell; the molding step is performed on the lower mold shell and the upper mold shell By crimping, the left and right cup portions and the base portion are integrally thermally compression-molded into a three-dimensional shape along the female chest, and a peripheral portion of the cup portion and the base portion is formed to have a thickness thinner than the inner side and a resin is melted on both sides of the front and back sides. However, the resin is melted into a sheet portion of a specified width which is impermeable; the heat dissipation step is to heat the sheet-like laminate after heat compression molding; and the cutting step is a cup portion of the sheet-like laminate after hot-compression molding with a blade. Mechanical cutting is performed around the base portion. The second feature of the method for producing a female garment, as shown in the contents of the thirteenth item of the application of the patent No. 14-201249358, includes: a laminate holding step, which is a conformal layer containing a resin material having elasticity and The film layer is laminated on the peripheral portion of the sheet-like laminated body facing each other with the protective layer interposed therebetween, and the support body is held from the front and back sides: the pre-processing step is to arrange the sheet-like laminated body held by the frame body to be relatively Moving between the lower side mold shell and the upper side mold shell; the forming step is to press the lower mold shell and the upper mold shell to integrally compress the left and right cup portions and the bottom base into a three-dimensional shape along the female chest. The outer peripheral portion of the cup portion and the bottom portion is formed with a sheet having a predetermined width which is thinner than the inner side and which is melted with resin on both sides of the front and back sides, but the resin is melted to be impervious; the heat dissipating step is formed by heat compression molding. The sheet-like laminate is naturally dissipated while being held in the frame; and the cutting step is performed by removing the sheet-like laminate after the thermocompression molding from the frame. Mechanically cutting around the cup and the bottom portion of the base. [Effect of the Invention] As described above, according to the present invention, it is possible to provide a feminine garment having a cup portion and a method for producing the feminine garment which can simplify the manufacturing step and improve the durability. [Embodiment] [Best Embodiment of the Invention] Hereinafter, a female clothing having a cup portion according to the present invention will be described with reference to the drawings. In the first (a) and the first (b), the female clothing 1 having the cup portion of -15-201249358 of the present invention is exemplified. The feminine garment 1 is composed of a conformal layer 2 containing an elastic resin material, and a sheet-like laminated body 4 in which the film layer 3 is laminated to face each other with the conformal layer 2 interposed therebetween, and is configured as a left and right cup portion. 6, 7 and the base portion 8 - body heat compression molding into a three-dimensional shape along the female chest. As shown in Fig. 2(a), the sheet-like laminate 4 is formed by laminating the two sheets 4a and 4b on which the film layer 3 is laminated on one side of the conformal layer 2 so that the conformal layers 2 face each other. The conformal layer 2 is composed of a non-woven fabric which is a mixture of polyester-based short fibers which are a base material, and has a lower melting point than the melting point of the base material, and has a melting point of 4 (TC). The short fiber of the thermoplastic polymer having a low melting point is preferably a non-woven fabric which is integrally bonded by welding the thermoplastic polymer. As shown in Fig. 2(b), the non-woven fabric is. The cotton blended with the polyester staple fiber and the low-melting short fiber is expanded into a plurality of layers by adding the fibers to the cotton web after the fiber is opened in the thickness direction D. It is obtained by a temperature higher than the melting point of the low-melting fiber and by heat treatment at a temperature lower than the melting point of the polyester-based short fiber. By heat treatment, the warp and weft intersection points of the low-melting-point fibers and the polyester-based short fibers or the low-melting-point fibers are thermally welded to each other to form a fiber cushioning material which is lightweight and has high resilience and high gas permeability. Further, it is also possible to use a non-woven fabric in which the cotton web is laminated into a plurality of layers and then heat-treated in a state in which the fibers are arranged in the plane direction. The above non-woven fabric is elk-16- using Teijin Fiber Co., Ltd. 2012-49358 (registered trademark of the company) V-Lap (The company's registration is good. When using the above-mentioned non-woven fabric, the breathability, shape retention and cushioning properties of the final product can be ensured. Back to Figure 2 (a) In the film layer 3, a knitted fabric such as polyester fiber, a cloth such as cotton or silk, or the like may be used. However, in the present embodiment, it is preferable to use a double-edged fabric of polyester fiber. Forming an adhesive layer b which is adhered in a urethane type, and is adhered to the adhesive layer b at a plurality of points 3° as shown in the third (a) to the third (c), and the surrounding portion A sheet-like laminated body 4 held from the front and back of the watch [refer to the third (a is provided in the upper mold Mu and the lower cast chamber adjusted to the designated temperature [see Fig. 3 (b)]), by moving the upper mold Mu to Ml The sheet-like laminated body 4 is lowered and clamped, and the sheet-like laminated body 4 is compression-molded (see Fig. 3(c)). The support body 5 is formed of a resin or a pair of wooden frames to form a vertical frame and a left and right frame. Thereby, it is formed as a planar rectangular body which is formed by bending at a predetermined angle toward the convex direction of the cup portion. The sheet-like laminated body 4 is sandwiched between the pair of frames described above. The molds Mu and M1 which are pressed during molding cause a large portion in which the cup portions 6 and 7 are formed in the sheet-like laminated body 4, but Since the tension is received by the support body 5, the unnatural label of the peripheral portion of the cup portions 6, 7 of the sheet-like laminated body 4 can be dispersed and coated with a rib knitted fabric having good gas permeability. The body 5) is a mold-integrated heat of the lower part of the mold M1, respectively. The left and right frames are bent to form a circumference of the tension application portion to avoid thinning. Base -17- 201249358 Here, wrinkles and the like are not generated, and it can be molded into a single body and formed into a good three-dimensional shape. In the upper mold Mu, a pair of convex portions M3 and M4 are formed to correspond to the skin side of the cup portions 6, 7. In the lower mold M1, a pair of concave portions M1 and M2 are formed to face the front side of the cup portions 6, 7 in each convex shape. Around the portions M3 and M4 and the concave portions M1 and M2, a base portion 8 having a concave-convex shape corresponding to a front and rear body portion is formed. Therefore, by the hot press molding of the molds Mu and M1, the sheet-like laminated body 4 can be integrally molded into a three-dimensional shape along the female chest. The time and temperature required for the thermocompression molding can be set to an appropriate crucible according to the material and thickness of the sheet-like laminate 4, and although it is not particularly limited, the time is preferably from 60 seconds to 120 seconds, and the temperature is 18 (TC). It is preferably at a temperature of 210 ° C, wherein the time is preferably from 80 seconds to 100 seconds, and the temperature is preferably from 190 ° C to 200 ° C. In particular, when the conformal layer The non-woven fabric for constituting is a short fiber of a thermoplastic polymer which has a lower melting point than the melting point of the base material in the aggregate of the polyester-based short fibers which are the base material, and the thermoplastic polymer is polymerized by the above-mentioned thermoplastic polymerization. When the material is welded and integrated into a non-woven fabric, the time and temperature required for the thermocompression molding are optimal in the latter case. After the molding, the sheet-like laminate 4 is taken out from the molding machine to be held in the support. In the state of the body 5, natural cooling is performed so that the shape after molding is not inclined. Alternatively, it is possible to use a cooling air that does not cause a skewed shape of the shape of the sheet-like laminated body 4 after molding to perform forced cooling. 18 - 201249358 Then, the support body 5 is removed, and the outer peripheral portions of the cup portions 6, 7 and the base portion 8 are mechanically cut by scissors. The reason for cutting with scissors is to cut with a laser cutter or ultrasonic wave. When the knives or the like are melt-cut, the resin melts and solidifies at the cutting position, and the touch is deteriorated. Returning to Fig. 1(a) and Fig. 1(b), the cup portions 6 and 7 and the base portion are described. The outer peripheral portion of the sheet 8 is formed with sheet portions 6a, 7a, and 8a having a predetermined thickness thinner than the inner side. The sheet portions 6a, 7a, and 8a are formed with resin on both front and back surfaces, but the resin is melted to be impermeable. When the non-woven fabric to be the conformal layer 2 is to be heat-compressed into a predetermined shape, the molded state is melted and maintained in a non-woven layout. However, when a certain region is melted, the hardening after cooling causes a poor touch. When the outer peripheral portions of the cup portions 6, 7 and the base portion 8 are hardened, the performance of the product is greatly impaired. Therefore, the time and temperature required for the thermocompression molding are adjusted to be appropriate. As a result, the sheet portions 6a, 7a, 8a are obtained. Is that the resin is melted on both sides of the back of the watch. The resin is melted to a degree of impermeability, and is locally melted in the inside thereof, whereby the compressed state is firmly maintained. Then, even if the wearing and washing are repeated, the blooming is hardly caused, and a good appearance can be ensured for a long period of time. In addition, since the resin is melted by melting the resin on both sides of the front and back sides of the sheet portion but the resin is melted to be impervious, the touch is not generated when the resin penetrates the film layer after melting. For the above reasons, it is not necessary to have a piping process for the edge portion for the purpose of improving the feeling of touch, and therefore the contour of the cup portion and the base portion does not affect the look of the outer garment. -19- 201249358 The thickness of the sheet portions 6a, 7a, 8a is formed to be 0. 3~0. 7mm is preferred, the width of the sheet portions 6a, 7a, 8a is formed to be 0. 5~6. 0mm is preferred. When the sheet portions 6a, 7a, 8a are heat-compressed to a thickness of 0. 3~0. When it is within the range of 7 mm, even if it is repeatedly worn and washed, there is almost no blooming. Further, the width of the sheet portion 8a of the back body seam portion 8b before the base portion is formed to be 4. 0~6. 0mm is better. As a result, even if the front and rear body seaming portions 8b do not have the skeleton, the same effect as that of the side skeleton used when the chest circumference is moved to the underarm can be obtained. The width of the sheet portions 6a, 7a, 8a outside the front and rear body seam portions 8b is formed to be 4. When it is 0 mm or less, it does not cause a strange feeling when worn, and sufficient washing durability can be ensured. When the scissors are cut, it is ensured that the width of the sheet portions 6a, 7a, 8a is at least 〇. 5mm can be. At the lower end of the base portion 8, a corrugated edge portion 8c of a complex wave is formed in each of the front and rear body-seam portions in which the center is symmetric. When the base portion 8 is stretched or twisted from the left and right end portions during wearing or washing, and the tensile force acts on the lower end edge of the base portion 8, the crimping state of the sheet portion 8a at the lower end edge region may become weak. Open up. However, since the wave edge portion 8c of the complex wave is formed at the lower end edge, the tensile force or the like does not directly act on the lower end edge, so that blooming can be effectively prevented. In addition, the elegant decorative effect of the female can be obtained by simultaneously forming the waveform of the complex wave at the lower end edge. In the first drawing, two waveforms are formed on the right and left sides. However, the number and size of the waveforms are not particularly limited. Therefore, the lower end edges are not formed into a straight line -20-201249358. In the fourth (a) and fourth (b) drawings, the sheet-like laminated body 4 after compression molding is shown. The second sheet portion 9 having a width of several mm is formed on the outer peripheral portion of the sheet portions 6a, 7a, 8a of the sheet-like laminated body 4 after compression molding. The thicknesses of the sheet portions 6a, 7a, 8a and the second sheet portion 9 are all formed to be 0. 3~0. The equal thickness in the range of 7 mm is provided at an angle of several degrees to ten degrees between the surface on which the sheet portions 6a, 7a, 8a are formed and the surface formed by the second sheet portion 9. The second sheet portion 9 is compression-molded on a surface substantially parallel to the sheet-like laminate 4 before compression molding, and the sheet portions 6a, 7a, and 8a are compression-molded surfaces that are slightly inclined toward the cup portions 6, 7 side. Therefore, at the boundary between the sheet portions 6a, 7a, 8a and the second sheet portion 9, a line L is formed, and when the line L is guided as a cutting line, the sheet portion 6a, 7a can be made to be cut by scissors. , 8a avoids defects when cutting. The upper cup portion 8 and the cup portions 6 and 7 are formed to have a certain thickness of several mm on the outer side of the sheet portions 6a, 7a' 8a, and the lower cup portion is formed to be thinner from the breast peak line toward the top of the bust. Slightly thicker. Further, as shown in Fig. 1(b), the skin side ' of the cup portions 6 and 7 is an oblong slab portion 6b, 7b for breast support formed along the breast peak line from the lower side toward the upper bust. The thick-shaped thick portion pushes the bust toward the center while pushing up, so that a good shape correction effect can be obtained, plus 'the upper part of the skin on the cup portions 6, 7 is formed to have a depth equivalent to the shoulder strap thickness. The recesses 6c, 7c are formed so that the shoulder straps can be attached to the recesses 6c, -21 - 201249358 7c. When the end portions of the shoulder strap are adhered or sewn to the concave portions 6c, 7c, since the depth of the concave portions 6c, 7c is equivalent to the thickness of the shoulder strap, the skin does not transfer the trace of the shoulder strap, or does not There is a strange feeling, in addition, the mounting portion of the shoulder strap does not affect the look of the outerwear. As described above, the method for producing a female garment having a cup portion according to the present invention includes a laminate holding step, a pretreatment step, a molding step, a heat dissipation step, and a cutting step. The description of each step is performed below. The laminate holding step is a sheet-like laminate in which a conformal layer containing an elastic resin material and a film layer are laminated so as to face each other across the conformal layer, and the frame body is held around the front and back sides of the frame. Figure 3 (a)]. The pre-treatment step is to arrange a sheet-like laminated body held by a frame between the side mold shell (molding mold) and the upper side mold shell (molding mold) which are relatively movable. In the molding step, the lower mold case and the upper mold case are pressure-bonded, and the left and right cup portions and the base portion are integrally thermally compression-molded into a three-dimensional shape along the female chest (see Fig. 3(c)). At this time, the outer peripheral portion of the cup portion and the base portion is formed with a predetermined width sheet portion which is thinner than the inner side and which is melted with resin on both sides of the front and back, but the resin is melted and impervious. In the heat dissipation step, the sheet-like laminated body after the thermocompression molding is naturally dissipated or forcedly cooled while being held in the frame. In the cutting step, the sheet-like laminated body after the thermocompression molding is detached from the frame, and the blade is mechanically cut around the cup portion and the base portion. In addition, a female garment having a cup portion cut by the cutting step is subjected to secondary processing to produce a wide variety of women's clothing. 8 -22-201249358 In the fifth (a), the bra of one example of the above-mentioned feminine clothing is formed by the left and right body portions 8 formed by the left and right cup portions 6 and 7 and the base portion 8 . A back cloth 11 is sewn to the left and right front and rear body seam portions, respectively. The end piece of the back cloth 11 is provided with a locking device, and a normal bra having a shoulder strap without a heat compression molding is connected between the upper edge of the cup portions 6 and 7 and the back cloth 11, and the average manufacturing work, cutting work The number is about 10', and the number of sewing machines is about 62. In total, 72 workers are required. In contrast, the bra manufactured by the present invention using hot compression molding has a number of cuts of about 1, and the number of sewing machines is about 21, which requires 22 workers in total. The number can greatly reduce the number of manufacturing workers. The women's clothing 1 having the cup portion described above may be assembled into a cover underwear or a dress with a cup. Fig. 5(b) is a view showing a feminine garment 1 having a cover portion for use in the underwear for the cup or the dress with the cup. The basic configuration is the same as that described in the first (a) and first (b) drawings. However, in the upper part of the skin side of the cup portions 6 and 7, the concave portion having a depth corresponding to the thickness of the shoulder strap is not formed, but The upper portions of the cup portions 6 and 7 are formed to have a shape in which the front end is elongated (see a region selected by a dotted circle in the drawing). This is done in order to ensure that there is a seam for the seam to be sewn in the underwear or dress 1 2 . The following describes another embodiment. In the above-described embodiment, the sheet-like laminate 4 in which the film layer 3 is laminated on one surface of the shape-retaining layer 2 and the sheet-like laminates 4 in which the conformal layers 2 are opposed to each other is described (refer to the third (a). )), but it can also be broken as shown in Figure 8 (a) with the number of 8b covers. The cup is said to be in the middle of the 4b Ming -23-201249358, in the middle of the two sheets 4a, 4b. Another conformal layer 2 is laminated. The thickness and number of sheets of the other conformal layer 2 are not particularly limited. By adopting the above-described multilayer structure, in addition to being able to effectively prevent wrinkles during the hot press forming process, the cushioning property can be improved, or the correction effect of the chest portion can be improved. Further, as shown in Fig. 6(b), the sheet-like layer #4 may be formed by laminating the film layer 3 on both surfaces of one of the conformal layers 2. The material, the thickness, and the like of the conformal layer 2 and the film layer 3 for forming the same sheet-like laminated body 4 are not necessarily the same, and the material, the thickness, and the like may be appropriately changed depending on the purpose. The conformal layer 2 may be made of a non-woven fabric made of a polyamide fiber or an acrylic fiber or a vinylon fiber, or a polyurethane or soft-polyvinyl chloride or ethylene, in addition to the non-woven fabric composed of the above-mentioned polyester fiber. A thermoformable synthetic resin foam such as a vinyl acetate copolymer. The conformal layer 2 may be any resin material having elasticity. The film layer 3 is a knitted fabric which can be made of polyester fiber or polyamide fiber or nylon fiber or acrylic fiber. For example, in addition to the above-mentioned double rib knitted fabric, raschel warp and weft knitted fabric and flat needle can be used. For knitted fabrics, warp knitted fabrics, corrugated board knitted fabrics, mesh fabrics and the like can be used. Further, a cloth made of cotton or silk or the like may be used, and any material having a gas permeability such as a multi-porous resin sheet may be used. Although the texture of the film layer 3 is as thin as possible, it is more difficult to cause blooming due to washing or the like. However, since the degree of expansion and contraction of the film layer 2 differs from that of the shape retaining layer 2, wrinkles may occur on the surface due to washing or the like. In this form, it is preferable to laminate a plurality of film layers 3 on one side of the conformal layer 2 from 8 to 24 to 201249358. At this time, the conformal layer 2 and the film layer 3 and the film layer 3 may be adhered to each other at a plurality of points by applying a dot-like adhesive. In the sixth embodiment, Fig. 6(c) shows an embodiment in which two thin film layers 3 are laminated on the sheet-like laminated body 4 including the two sheets 4a and 4b described in the second (a). The repeated coating of the film causes wrinkles or ridges to be adhered to the film layer of the conformal layer, but the other film layer 3 laminated on the film layer 3 is covered with crepe or ridges, so that the wrinkles or ridges are not obvious, so Can maintain beautiful appearance for a long time. Further, when the film layer is made of a thin cloth, there is almost no ingot opening due to washing. In the inner surface of the lower mold M1 which becomes the lower mold case shown in Fig. 3(b), if a design pattern such as a flower or a fruit or a cartoon character is formed, it can be simultaneously formed in the cup during the hot compression molding. The surface of the portions 6, 7 is formed with a pattern of irregularities. In the above embodiment, the adhesive layer b in which the adhesive agent is dispersed and applied in a dot shape is formed on one surface of the conformal layer 2, and the adhesive layer b is adhered to the adhesive layer b. The example of the film layer 3 has been described. However, the method of bonding the conformal layer 2 and the film layer 3 or the method of bonding the film layers 3 to each other is not limited to the method in which the above-mentioned adhesive is dispersed and applied in a dot shape. The method is to bond through a sheet-like adhesive sheet. The method of dispersing and applying the adhesive into a dot shape is difficult to store the adhesive after opening, so it is necessary to bond the long-size conformal layer 2 or the film layer 3 in advance, which is of course most suitable for a large number of Production, but there will be problems that are not suitable for small batch production. -25- 201249358 In contrast, when the adhesive sheet is used, it is possible to use a long-size adhesive sheet in combination with the size of the conformal layer 2 or the film layer 3 that has been cut to a desired size, so that it can be used. It is easy to manufacture a laminate of a desired size, and it can be produced in various batches without waste. The embodiment of the feminine garment having the cup portion described above is merely an example of the present invention, and the material, the thickness, the size, and the like of each portion for constituting the sheet-like laminate may be in a range in which the effects of the present invention can be attained. If appropriate, parameters such as temperature or time during hot compression molding may be appropriately set depending on the selected material or the like. [Industrial Applicability] The women's clothing with a cup portion of the present invention is preferably applied to, for example, a bra, a slip-on slip, a shirt vest, and the like, a swimsuit, a tights, a dress with a cup, and the like. . BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1(a) is a front view of a female garment having a cup portion according to the present invention, and Fig. 1(b) is a rear view thereof. Fig. 2(a) is a cross-sectional view of the sheet-like laminate, and Fig. 2(b) is a structural explanatory view of the nonwoven fabric to be the conformal layer 2. Fig. 3 is a flow chart showing the process of thermocompression molding, and Fig. 3(a) is an explanatory view of a sheet-like laminated body held by the support body from the front and back sides in the peripheral portion, and Fig. 3(b) is a view of the upper mold M. An explanatory view of the sheet-like laminated body between the lower mold M1 and the lower mold M1 is a sheet which is integrally heat-compressed by lowering the upper mold to the lower mold of -26-201249358 to clamp the sheet-like laminated body. An explanatory view of the laminated body. Fig. 4(a) is a front view of the sheet-like laminate after thermocompression molding. Fig. 4(b) is a rear view of the sheet-like laminate after thermocompression molding. Fig. 5(a) is an explanatory view showing an example of a feminine garment, and a photograph of a feminine garment having a cup portion used in a dress for a cup or the like. Fig. 6(a), Fig. 6(b) and Fig. 6(c) are explanatory views showing a sheet-like laminate of another embodiment. [Description of main component symbols] 1 : Women's clothing 2 having a cup portion: conformal layer 3: film layer 4: sheet-like laminated body 5: support bodies 6, 7: cup portion 8: base portions 6a, 7a, 8a: Sheet portion 9: second sheet portion -27-