201218968 六、發明說明· 【發明所屬之徒術領域】 本發明是種胸罩 【先前技術】 胸罩的罩杯部 的襯墊（pad)(參照 構件。 係使用安裝在罩杯部或形成罩杯部本身 第8圖）’作為提南胸部之造形性的調整 之***形狀而平：°」™㈣…一… 晰w厶凰給v成者。一般是使用在罩杯部的下緣周緣部 .» . 再用表裏布料包覆，並調整胸部形狀之構造 的胸罩(參照《 7圖）。 利用發泡平Λτ 虱酯（urethane foam)成形的碗型襯墊是 , 杯部的表裏。該碗型的襯墊是將發泡聚氨酯 衝壓成形而魏；皮土 ^ 。 ^者。例如，專利文獻1(日本特開1卜172505 號公報）揭示有一種以模具將兩層發泡聚氨醋衝壓成形而 製造的方法、 另方面，大多數胸罩為了防止罩杯部的變形，並防 止朝腹下難展或下垂，轉持美麗的***雜，乃沿著 罩杯部的下緣使用金屬線製的保雜。這種㈣金屬線製 之保开7體的女性用衣服，係依穿著者之體型的不同，有時 曰有t體壓追S體、或是金屬線壓迫身體(例如下胸圍） 等讓牙著者㈣疼痛或*舒適的情況。於是有幾個減少金 屬線保形材之缺點的提案。 例如’專利文獻2(日本特開2〇〇〇_314〇1〇號公報）揭 3 323481 201218968 不有一種保形材，其係將脫脂棉的不織布捲繞成椁狀的緩 衝性構件，在其外周捲繞紗布之後，以具有吸濕性的布（例 如棉細平布）覆蓋而形成的構造；該保形材並不使用金屬 線，具備可撓性、緩衝性及吸濕性。 專利文獻3(日本特開2〇〇1_1929()4號公報）揭示一種 胸罩，雖然其係使用金屬線者，然而是使聚氨酯、不織布、 立體織物（double raschel)等罩杯用基材成形而形成的罩 杯構件’而在沿著***之下緣基底線的部分設置金屬線用 凹部而嵌入金屬線者。 專利文獻4(日本特開2〇〇1_2886()4號公報）揭示一種 取代金屬線而使用硬質扁平板材的構造。 專利文獻5(日本專利第4572040號公報）揭示一種胸 罩’係採用使鼓出部與前後身部的襯墊一體化的襯墊狀構 件’並針對該襯墊狀構件的前後身部，將該構件的一部分 壓縮率相對於其他部分設定為較高，或是積層不同材質的 片狀構件，而内建有芯材功能者。 (先前技術文獻） (專利文獻） 專利文獻1 專利文獻2 專利文獻3 專利文獻4 專利文獻5 曰本特開11-172505號公報 曰本特開2000-314010號公報 曰本特開2001-192904號公報 曰本特開2001-288604號公報 曰本專利第4572040號公報 【發明内容】 4 323481 201218968 (發明所欲解決之課題） 本發明之目的在於開發出一種可減輕集中在罩杯凹部 邊緣之線狀的壓力之附有罩杯的衣料。不使用金屬線的習 知構造的胸罩雖可減少壓迫力，但是***的穩定性會降低， 而成為不穩定者。尤其，在與罩杯腋下上部身體之間容易 產生間隙以致緊貼性變差，因而要開發一種可防止***之 穩定性降低之附有罩杯的衣料。 (用以解決課題之手段） 本案發明人藉由對襯墊的形狀下工夫，而提供一種不 需要金屬線而穿著感覺舒服的胸罩。 亦即，本發明之主要構造如下。 1. 一種一體型成形襯墊，是使罩杯部分、前胸基片部分及 腋下基片部分一體成形的襯墊， 其特徵為：對於從彎曲成碗型的罩杯部分到腋下基片 部分之彎曲部的形狀，使罩杯凹部邊緣腋下上端側比罩杯 凹部邊緣最下點加大成鈍角或R。 2. 如1所記載之一體型成形襯墊，其中，該襯墊是將複數 個發泡聚氨酯衝壓成形而形成一體的襯墊，是強力衝壓罩 杯部分的周緣部、前胸基片部分及腋下基片部分而成形為 1至3腿的厚度為特徵。 3. 如1或2所記載之一體型成形襯墊，其中，腋下基片部 分是在中層部一體埋設有纖維製細繩狀細帶為特徵。 4. 如1至3中任一項所記載之一體型成形襯墊，其中，沿 著罩杯凹部邊緣在中層部一體埋設有纖維製細繩狀細帶為 5 323481 201218968 特徵。 5.如1至第4中任一項所記载之一體型成形概墊， 在複數個發泡聚氨酯之間埋設纖維製細繩狀細 >、中， 6·—種胸罩，係使用1至5中任一項所記 用襯墊。 一題型成形 項所記载之 7. —種附有罩杯的衣料，是使用1至6中任 一體型成形用襯墊。 8· 一種—體型成形襯墊製造用模具，係用％對製、土 =分、前胸基片部分及腋下基片部分—體成形的=塾之 棋具， 辦亦即是就從彎曲成碗型的罩杯部分到腋下基片部分之 彎曲部_狀作献罩杯㈣邊緣腋τ上端舰罩杯凹部 邊緣最下點加大成鈍角或R的一體型成形襯墊製造用模 具， 、 …紹其特徵為··由上模具及下模具的上下模具所形成，使 從青曲成碗型的罩杯部分到腋下基片部分之彎曲部的形 狀，至罩杯凹部邊緣腋下上端側比罩杯凹部邊緣 成鈍角或R。 9·如8所記載之一體型成形襯墊製造用模具，其中，上下 模八之對接面的間隔是在罩杯部分的中央部附近較大，至 罩杯周緣部為止設為較小，並減小前胸基片部分及腋下基 片部分。 ι (發明之效果） 本發明之成形襯墊是使罩杯部分、前胸基片部分及腋201218968 VI. OBJECTS OF THE INVENTION · Field of the Invention The present invention relates to a bra [Prior Art] A pad of a cup portion of a bra (reference member. It is used in the cup portion or the cup portion itself. Figure) 'As the shape of the breast of the shape of the chest of the tip of the chest, flat: °" TM (four) ... a ... clear w phoenix to v become the person. It is generally used in the peripheral edge of the lower edge of the cup portion.» . The bra that is covered with the cloth in the table and adjusted in the shape of the chest (refer to Figure 7). The bowl liner formed by the foamed urethane foam is the front and back of the cup. The bowl type liner is formed by stamping foamed polyurethane into Wei; ^. For example, Patent Document 1 (JP-A No. 172505) discloses a method of manufacturing a two-layer foamed polyurethane by a die, and in addition, most bras prevent deformation of the cup portion and prevent it from being deformed. It is difficult to spread or hang down under the abdomen, and the beautiful breasts are transferred, and the metal wire is used to keep the miscellaneous along the lower edge of the cup. This type of (4) metal wire is used to protect the female clothes of the 7-body. It depends on the body type of the wearer. Sometimes, there are t body pressures to chase the S body, or the metal wire oppresses the body (for example, the lower bust). The author (4) is painful or *comfortable. There are several proposals to reduce the shortcomings of metal wire conformals. For example, 'Patent Document 2 (Japanese Laid-Open Patent Application Publication No. Hei. No. Hei. No. Hei. No. No. No. No. No. No. No. No. No. No. No. No. No. No. No. No. No. No. No. No. No. No. No. No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No After the gauze is wound around the outer circumference, it is formed by covering with a hygroscopic cloth (for example, a cotton flat cloth); the shape material does not use a metal wire, and has flexibility, cushioning properties, and hygroscopicity. Patent Document 3 (Japanese Laid-Open Patent Publication No. Hei No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. The cup member ' is provided with a recess for the metal wire in a portion along the base line of the lower edge of the breast to embed the wire. Patent Document 4 (JP-A No. 21-2886 (No. 4) discloses a structure in which a hard flat plate material is used instead of a metal wire. Patent Document 5 (Japanese Patent No. 4572040) discloses a bra's use of a pad-shaped member that integrates a bulging portion and a pad of a front and rear body portion, and the front and rear body portions of the pad-shaped member are The compression ratio of a part of the member is set higher than that of other parts, or a sheet member of a different material is laminated, and a core material function is built in. (Prior Art Document) (Patent Document) Patent Document 1 Patent Document 2 Patent Document 3 Patent Document 4 Patent Document 5 曰本特开11-172505号 曰本特开 2000-314010号 曰本特开2001-192904号Japanese Patent Publication No. 2001-288604, Japanese Patent Laid-Open No. Hei. No. 4,572,040, the disclosure of which is hereby incorporated by reference. The pressure is attached to the cup of clothing. A bra of a conventional construction that does not use a metal wire can reduce the pressing force, but the stability of the breast is lowered and becomes unstable. In particular, a gap is easily formed between the upper body and the lower body of the cup so that the adhesion is deteriorated, and thus a cup-attached material which can prevent the stability of the breast from being lowered is developed. (Means for Solving the Problem) The inventor of the present invention provided a bra that was comfortable to wear without requiring a metal wire by working on the shape of the gasket. That is, the main configuration of the present invention is as follows. An integral forming cushion which is a gasket for integrally forming a cup portion, a front chest substrate portion and a crotch substrate portion, and is characterized by a portion from a cup that is bent into a bowl shape to a portion of the underarm substrate portion The shape of the curved portion is such that the upper end side of the recessed edge of the cup is increased to an obtuse angle or R from the lowermost point of the recessed edge of the cup. 2. The one-piece forming liner according to 1, wherein the liner is a gasket formed by press-forming a plurality of foamed urethanes, and is a peripheral portion of the strong-pressed cup portion, a front chest substrate portion, and a crucible. The lower substrate portion is shaped to have a thickness of 1 to 3 legs. 3. The one or two types of molded inserts according to the invention, wherein the underarm substrate portion is characterized in that a fiber-like string-like fine belt is integrally embedded in the intermediate portion. 4. The body forming cushion according to any one of 1 to 3, wherein the fiber-like string-like strip is integrally embedded in the middle portion along the edge of the recess of the cup is 5 323481 201218968. 5. The body shape forming mat according to any one of the items 1 to 4, wherein the fiber-made string-like fineness is embedded between the plurality of foamed polyurethanes, and the middle type of the bra is used. A pad as used in any of the five. The type of clothing provided with the cover type described in the item of the first type is a one-to-one type forming spacer. 8. A mold for the manufacture of body forming liners, which is made of % pair, soil=minute, front chest substrate part and underarm substrate part-formed chess piece, which is bent from The part of the bowl-shaped cup is bent to the underside of the underlying substrate portion _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The feature is formed by the upper and lower molds of the upper mold and the lower mold, so that the shape of the cup from the cup-shaped cup to the curved portion of the underarm portion, to the upper end side of the recessed portion of the cup is larger than the edge of the recess of the cup Obtuse angle or R. 9. The mold for manufacturing a body forming insert according to 8, wherein the interval between the abutting faces of the upper and lower molds is larger in the vicinity of the center portion of the cup portion, and is smaller and smaller in the peripheral portion of the cup. The front chest substrate portion and the underarm substrate portion. ι (Effect of the invention) The forming liner of the present invention is a cup portion, a front chest substrate portion, and a crucible
323481 6 201218968 下基片部分一體成形，藉由該成形襯墊可實現俐落的設計。 尤其’從罩杯下端到中央部是以加強彎曲且從罩杯腋下到 腋下上端形成吖曲線）的方式成形，藉此形成腋下基片部 分不會朝外側反折，而是自然緊貼在身體側面的構成。由 於膜下基片不會彎曲，因此上衣不會不自然地鼓起，而可 使上衣的穿著更自然。 以在使用金屬線芯材（wire bone)的罩杯係成罩杯部 的動作是與其他部分分開的狀態。與罩杯一體成形直到周 邊部的習知襯墊’罩杯與前胸基片部分的交界、以及軍杯 與腋下基片的交界是明確折彎的彎曲狀態，藉由彎曲部減 少施加在***的周邊的影響。 本發明則開發出一種在前胸基片侧穩固地支撐***， 在胸腋下上部不會妨礙肌肉等身體的動作，且穿著性佳的 胸罩。這是一體成形的無鋼線罩杯，在罩杯腋下上部側充 分地緩和罩杯凹部邊緣的彎曲程度者。藉由減小彎曲或是 形成曲線，胸罩的上邊部便容易配合身體的動作而變形， 而可防止間隙的產生，並防止壓迫，以提升***的穩定性 及穿著感。 藉由一體成形，罩杯凹部邊緣不需要金屬製的線。或 是，藉由一體成形，僅將線繩製的芯材埋設在成形襯墊的 中間，也可保持充分的罩杯形狀。由於不會有金屬線的外 形直接與肌膚接觸之情形，因此可缓和壓接痕跡或緊繃感。 由於是直到罩杯的周邊一體成形，因此可從下方支撐***， 同時發揮腋下側的推壓。 s 7 323481 201218968 尤其，本發明是採用使罩杯部分、前胸基片部分、腋 下基片部分一體化的成形襯墊的無鋼線罩杯，並藉由使罩 杯腋下上緣到腋下基片上緣之上邊曲線的形狀形成140。 至180。、較佳為150至180 ，而可獲得不會在罩杯腋下 上緣部與身體之間產生間隙的良好緊貼性。形成伴隨彎曲 曲線的曲線形狀更為理想。結果’在罩杯上緣部就不會產 生不舒服的緊繃及壓迫，亦可獲得胸部之良好的造形性。 由於可不使用金屬來製造出胸罩，因此亦不會被金屬 探測器所檢測到。或是，在製造不使用金屬製的胸罩時， 可在檢查生產線上使用金屬探測器，因此可簡化品管步驟。 且可減少胸罩前側的構件數量’並實現簡單又倒落的 設計。此外，不會受到金屬線等構件之形狀的限制，設計 的自由度會提升。 本發明之成形襯墊是利用上下的模具將複數個發泡聚 氨酯材料成形。局部地設定形狀及壓縮程度，並且藉由設 計罩杯周邊之彎曲角度的模具來製造。在襯墊成形時，藉 由在發/包聚氨酯材料之間，將纖維製細繩狀的芯材配置在 罩杯凹部邊緣，或是設在罩杯與腋下部之間，即可使襯墊 的形狀保持功能提升。 【實施方式】 以往的胸罩是由不同的構件構成罩杯部、前胸基片部、 a、广片°卩，一般而^在罩杯凹部邊緣配置有金屬線。這 類成依照身體之基本形狀的構件並加以縫製的自然構 成亦如驾知例所記載，金屬線壓迫身體的痕跡越明顯， 323481 8 201218968 越會有不舒服的穿著感，因此本案發明人一直在追求一種 不使用金屬線而可充分地保持胸部的支撐，同時改善穿著 時之舒適感的胸罩之開發。 觀察發現，藉由將罩杯部、前胸基片、腋下基片一體 成形，可獲得胸部的支撐，並且試做了一體成形的襯墊， 又試做了胸罩，但是腋下基片側會朝外側彈出，上衣會不 自然地突出，而有衣著不美觀的缺點。 本案發明人終於找出了該缺點之原因，而實現謀求其 解決方案的手段，因此提出本發明。 本發明的新穎處是著眼於罩杯部上邊之罩杯上邊部與 ***的緊貼性、穿著性、造形性這些點。習知技術中，雖 然有局部控制前後身體部（成形襯墊）的伸長性及厚度，以 提升穿著性及造形性的產品，但是並沒有一種成形襯墊是 使罩杯部、前胸基片部、腋下基片部形成一體，同時著眼 並解決罩杯部與***之緊貼性不良之問題的發明。 就成形襯墊而言，由於罩杯部是與基片部及腋下基片 部形成一體，穿著在身體時，由於軀幹的胸圍線有圓弧， 因此基片部會沿著該圓弧彎曲，但因為基片部會彎曲，與 其上部一體化的罩杯部也會朝向與胸圍線平行的方向彎 曲，因此產生了由於罩杯部的彎曲，以致容易在罩杯腋下 上邊部與***的外側之間產生間隙的問題。尤其，伴隨著 身體的動作及手腕的動作，胸肌及脂肪的動作很大，因此 會在罩杯腋下上部產生間隙或緊繃感。 本案發明人發現，比起因使用金屬線芯材而提高罩杯 9 323481 201218968 〜體成形的襯墊特別在罩杯腋下 上:的問題點更大’探以原因的結果得知，藉由為了使 礼房穩定而形成在罩杯^卩姐的料構造施加在前胸基 片及腋下基》的應力會成為相對於罩減下上部變形的歪 斜原因。 =發明人Μ尋求攸下方切乳㈣構造以及使腋下侧 之C定訂上σ[5之緊貼性提升的一體成形槪塾之研究開 七的、、’。果’終於實現了本發明。本案發明是至罩杯的周邊 都為止-體祕的㈣’並且使鮮杯的最下點到腋下的 彎曲部形成R或是純角（以下以「R」來代表）。藉此，腋下 基片側就不會朝外側返折，而可自然順貼著身體’並改善 罩杯腋下上部的緊雜。並且藉由從罩杯最下端到中央侧 將彎曲部形成於角部’即成為可從下方充分地支撐***的 構造。 本發明中所謂彎曲部的角度是沿著罩杯外表面側之乳 房下輪廓線（vergesline)形成在***的起伏部棱線與前胸 基片的平坦部或腋下基片的平垣面之交點的彎曲部之角 度。參照第1&圖所示的襯藝卜則為彎曲線5及尺彎曲線 6中由罩杯部2的表面與前胸基片3或腋下基片4所形成 的彎曲部的角度。很明顯地，是第2圖所示的Θ角。 沿著罩杯之***下輪廓線的彎曲角度，從乳頭到正下 方部是大約130。’至罩杯腋下側為止是形成較大的角度。 而且’該彎曲最好是曲面曲線。具體而言，從最外緣的罩 杯上緣到腋下基片上緣的角度為14〇。至18〇。，較佳為 323481 10 201218968 150。至 180。。 實施例1 參照第1圖，以胸罩用襯墊為例來說明本發明之一體 成形襯墊。第la圖是左側的一體成形襯墊1的斜視圖，第 1 b圖是表面侧的俯視圖。 一體成形襯墊1是藉由對發泡聚氨酯等衝壓成形而使 罩杯部2、前胸基片3及腋下基片4形成一體。碗型的罩 杯部2與平面的前胸基片3及腋下基片4是藉由彎曲成形 而形成有彎曲線5。顯示為該彎曲線5的彎曲部，從中央 側的點5a到最下點5b形成有角部之彎曲成形，從最下點 5b到罩杯腋下則形成帶有圓弧的R。R的程度是考慮罩杯 的大小等來設計。 針對彎曲部的形狀例，將第lb圖所示的A到F線的剖 面形狀顯示於第2圖。本例是從肩帶之安裝點的罩杯的最 上端7，以放射狀從腋下側朝中央側分布。各線是將發泡 聚氨酯衝壓成形而形成。罩杯部2的厚度及彎曲形狀是任 意設計。前胸基片3及腋下基片4以及罩杯最上端部7是 經過強力的衝壓而被壓縮成高密度。前胸基片3及腋下基 片4與罩杯部2的交界是藉由彎曲成形而形成有稜角的彎 曲線5及R彎曲線6。從位於中央侧的剖面F到罩杯最下 點線D形成有明顯的彎曲。從最下點到位於腋下側的線C 至線A是R彎曲，越往線A側形成越平緩。亦即，形成R 彎曲線6的彎曲程度並不是一定的，而是越往腋下侧形成 越平缓。 · 11 323481 201218968 本例中，第2圖之各個位置的角度^為F0 : 12〇。、e Θ : 110°、D0 : 128°、（：θ : 135。、ΒΘ : 150。、A0 : 160°，最外緣的則是設定為16y。本發明所特定的彎 曲角度是如第2圖所示，用來測定在罩杯凹部邊緣（***下 輪廓線）之一體成形襯墊之外表面的變彎部角度。 從罩杯腋下上緣連續至腋下基片上緣的襯墊上緣丁乙 的變彎角度T0是第2圖所示的罩杯凹部邊緣之延長部的 交叉部的角度。罩杯的大小是依設計而不同，但是重視乳 房之穩定性的一般所使用的罩杯，通常會在第lb圖中比線 B更外侧處形成襯墊上緣孔。 又，在第3a圖、第3b圖所示的一體成形襯墊中，若 使平面的發絲氨㈣成献，並鮮杯凹部邊緣形成尖 銳的彎曲’聽使從其周邊的平面的前胸基片朝身體側延 伸的腋下基片-體形成的襯㈣繞在身體來穿著時，會有 腋下基片侧朝外侧彈出的應力作用。對此，藉由蚊如第 la圖、第lb圖及第2圖所示之彎曲部的形狀，而發現並 克服使罩杯與前胸基片及腋下基片—體成料會發生的該 問題。 一體成形襯墊1係可左右個別形成或是一體形成。可 在該-體成形襯塾安裝表面材及背面材、肩帶等組件而構 成胸罩·。將該胸罩之例顯示於第5圖。由於襯塾是一體成 形，因此表面材等也可非常簡單地完成，且可漂亮地形成 自然的胸部線條4b外’因為構件的限制少，因此裝飾也 很自由。尤其，腋下基片4可自然地捲繞於身體側，可實 323481 12 201218968 現非常舒服的穿 或手腕之動作=且 下上部相躲伴隨身體 第5 的胸部之變形的追隨性也會提升。 • 5圖所示的例子是在***下輪廊線^及腹下基 」：田繩製Μ材失設於發泡聚氨㈣中層部來補強。該 二材^有柔軟性’且埋設在發泡聚氨酷的内部，外表面是 平土-的目此不會形成如金屬線突出而壓返身體的狀態。 例如，將以迫緊方式製作出彎曲部的比較例顯示ς第 3a圖第北圖。其係為藉由彎曲線j〇5使罩杯部與 前胸基片103及腋下基片104彎曲而一體成形的襯墊1〇\。 將該襯墊101之從罩杯最上端107到與第lb圖所示相同之 位置的剖面線B’ 、D’ 、E， 、F，顯示於第3b圖。彎曲 線105是形成有稜角的狀態。使用該襯墊製作胸罩時，碗 槊的罩杯部以及欲朝身體側彎曲的腋下基片就會互斥，而 有腋下基片10 4側朝外側彈起的力量作用。該比較例中D， 的角度是120°。 由於該尖銳的彎曲線1〇5，身體的動作在胸罩的罩杯 腋下上緣會出現不自然的歪斜，並產生與胸部之間的間隙 或造成壓迫。結果，就會破壞胸部的穩定性，使穿著舒適 感降低。 發泡聚氨酯可使用習知襯墊所使用的素材。將複數片 發泡聚氨酯重豐，然後利用設計成襯墊之形狀的衝壓機進 行壓接。利用衝壓機進行的壓接，.高密度部分亦可施加熱 而成形為板狀。例如，將兩片1〇mm的發泡聚氨酯重疊再衝 壓，基片部會形成1至3mm厚度的高密度部。發泡聚氨酯 13 323481 201218968 的使用片數可適當決定。亦即考慮密度及彈性、透氣性等 來設計所要使用的種類及片數。 可在複數個發泡聚氨酯之間夾設纖維製芯材而一體成 形。纖維製芯材具有柔軟性，與發泡聚氨酯的相容性良好， 外觀看來，芯材並不顯眼。夾設纖維製芯材的位置係以配 置在最外側的發泡聚氨酯層之内側為佳。兩層的情況則是 中間，三層的情況是從外侧算來第1層與第2層的中間， 以下同樣地即使增加積層數，也最好是第1層與第2層的 中間。這是為了將硬質構件配置在距離皮膚表面較遠處， 同時避免露出於外表面之故。 發泡聚氨醋的柔軟性良好，藉由高密度壓縮，基片部 會形成剛性提高的板狀體，但是仍具可撓性。纖維製的芯 材沒有伸縮性，可彌補防止鬆掉及變形，及支撐功能之特 性。 纖維製芯材可使用線繩、織平紋細帶等。線繩容易沿 著罩杯凹部邊緣彎曲而暫時固定。織平紋細帶是使用在腋 下基片部分時為平面者，因此並不明顯。素材係以聚氨酯 纖維等合成樹脂纖維為佳。 本發明之一體成形襯墊除了胸罩之外，還可利用在附 有罩杯的衣料。 由於可製造出不使用金屬材料的胸罩，因此可直接穿 著這個胸罩通過金屬探測器，或是可在製程中使用金屬探 測感測器來進行製品檢查。 參照第6圖來說明本發明之一體成形襯墊的成形方法 14 323481 201218968 及成形衝蘼機。該衝壓機是同時使左右襯塾成形的形狀， 但是所製造的襯塾可左右切開來利用。 第6a圖是由上模P1及下模P2所組成的成形衝壓機p 的橫剖面®。上下模之相對向的空間將作出所要成形的襯 墊的形狀。 第6b圖顯不出在上杈P1與下模p2之間配置兩片發泡 聚氨醋13、14的狀態。將纖維製芯材12配置在相當於在 該兩片發泡聚氨酯之間之***下輪廓線的位置(罩杯凹部 邊緣）’並將纖維製3材11配置在腋丁基片部。 在兩片發泡聚氣醋之間及纖維製芯材喷麗有接著劑而 暫時固定。 在該狀態下緊壓成如第6a圖的狀態，並將放開後的狀 態顯示於第6c圖。所成形的襯塾是左右—連地形成，然後 進行修剪’製造出第1圖所示的〜體成形襯墊。 第6圖所示的成形衝壓機的横剖面是假設為通過彎曲 線5與剖面線F之交點以及R彎曲線6與剖面線b之交點 附近的橫剖面。上模具Π是形成罩杯内面侧的面。下模具 P2是形成罩杯之外表面側的面。上模具射央部是成形前 中心的部位，形成彎曲線的彎曲點⑸、P5b是形成有棱323481 6 201218968 The lower substrate portion is integrally formed, and the formed liner can be used to achieve a fallen design. In particular, 'from the lower end of the cup to the central portion is formed by reinforcing the curve and forming a meandering curve from the cup to the lower end of the underarm, whereby the underlying substrate portion is not folded back outward, but is naturally adhered to The composition of the side of the body. Since the sub-film substrate does not bend, the top does not bulge unnaturally, and the top is more naturally worn. The action of attaching the cup portion to the cup using the wire core is separate from the other portions. Formed integrally with the cup until the boundary between the conventional pad 'cup and the front chest substrate portion of the peripheral portion, and the boundary between the military cup and the underarm substrate is a clearly bent state of bending, which is reduced by the curved portion applied to the breast The impact of the surrounding. The present invention has developed a bra that stably supports the breast on the side of the front chest substrate, does not interfere with the movement of the body such as muscles in the lower part of the chest, and is excellent in wearability. This is an integrally formed steel-free wire cup that fully relaxes the degree of curvature of the edge of the cup recess on the upper side of the cup. By reducing the curvature or forming a curve, the upper side of the bra is easily deformed in accordance with the movement of the body, and the generation of the gap can be prevented and the compression can be prevented to improve the stability and wearing feeling of the breast. By integral molding, the metal recessed wire is not required at the edge of the recess of the cup. Alternatively, by integrally forming, only the core material of the cord is embedded in the middle of the forming liner, and a sufficient cup shape can be maintained. Since the appearance of the metal wire does not directly contact the skin, the pressure contact or the tightness can be alleviated. Since the periphery of the cup is integrally formed, the breast can be supported from below while exerting the pressing of the underarm side. s 7 323481 201218968 In particular, the present invention is a steel-free wire cup using a forming pad that integrates a cup portion, a front chest substrate portion, and a crotch substrate portion, and by lowering the upper edge of the cup to the underarm base The shape of the curve above the upper edge of the sheet forms 140. To 180. Preferably, it is 150 to 180, and good adhesion is obtained which does not cause a gap between the upper edge of the cup and the body. It is more desirable to form a curved shape accompanying the curved curve. As a result, uncomfortable tension and compression are not produced at the upper edge of the cup, and good shape of the chest can be obtained. Since the bra can be made without using metal, it is not detected by the metal detector. Alternatively, when manufacturing a bra that does not use a metal, a metal detector can be used on the inspection line, thereby simplifying the quality control step. It also reduces the number of components on the front side of the bra and achieves a simple and inverted design. In addition, the degree of freedom in design is increased without being limited by the shape of members such as metal wires. The forming liner of the present invention is formed by molding a plurality of foamed polyurethane materials using upper and lower molds. The shape and degree of compression are locally set and manufactured by a mold designing a bending angle around the cup. When the gasket is formed, the shape of the gasket can be formed by arranging the fiber-like string core material between the hair/package polyurethane material at the edge of the concave portion of the cup or between the cup and the lower portion of the bowl. Keep the function up. [Embodiment] In the conventional bra, the cup portion, the front chest substrate portion, the a, and the wide piece are formed of different members. Generally, a metal wire is disposed at the edge of the concave portion of the cup. The natural composition of this type of member according to the basic shape of the body and the sewing is also recorded as the case is known. The more obvious the trace of the metal wire pressing the body, the more uncomfortable the wearing of the 323481 8 201218968, so the inventor of this case has been In the pursuit of a bra that can maintain the support of the chest without using a metal wire, and at the same time improve the comfort of wearing. It was observed that by integrally forming the cup portion, the front chest substrate, and the underarm substrate, the support of the chest was obtained, and the integrally formed cushion was tried, and the bra was tried again, but the side of the underarm substrate was turned toward When the outside is ejected, the top will not stand naturally, but it has the disadvantage of being unsightly. The inventor of the present invention finally found out the cause of the disadvantage and realized the means for pursuing the solution, and therefore proposed the present invention. The novelty of the present invention focuses on the closeness of the cup on the upper side of the cup portion and the adhesion, wearability, and shape of the breast. In the prior art, although there is a product which locally controls the extensibility and thickness of the front and rear body parts (formed pad) to improve the wearing property and the shape forming property, there is no forming pad which is a cup portion and a front chest substrate portion. The invention in which the underarm portion is integrally formed, and at the same time, the problem of poor adhesion between the cup portion and the breast is addressed. In the case of the forming pad, since the cup portion is integrally formed with the substrate portion and the underarm substrate portion, when the body is worn on the body, since the bust line of the trunk has an arc, the substrate portion is curved along the arc. However, since the substrate portion is bent, the cup portion integrated with the upper portion thereof is also bent in a direction parallel to the bust line, so that the bending of the cup portion is caused, so that it is easy to generate between the upper side of the cup and the outer side of the breast. The problem of the gap. In particular, with the movement of the body and the movement of the wrist, the movement of the chest muscles and fat is large, so that a gap or a tight feeling is generated in the lower portion of the cup. The inventor of the present invention found that the problem of raising the cup 9 323481 201218968 ~ body forming pad especially on the underside of the cup is more problematic than the result of using the metal core material. The stress that is formed in the cup and the material structure of the cup is applied to the front chest substrate and the underarm base will become the cause of the skew with respect to the lower deformation of the cover. = Inventor Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The invention has finally been achieved. The invention of the present invention is a body-shaped (four)' to the periphery of the cup and forms a R or a pure corner (hereinafter referred to as "R") at the lowermost point of the fresh cup to the underarm portion. Thereby, the side of the substrate is not folded back toward the outside, but naturally conforms to the body' and improves the tightness of the lower part of the cup. Further, the curved portion is formed at the corner portion from the lowermost end to the center side of the cup, that is, a structure in which the breast can be sufficiently supported from below. The angle of the curved portion in the present invention is formed at the intersection of the ridgeline of the breast and the flat portion of the front chest substrate or the flat surface of the underarm substrate along the breast lower contour line on the outer surface side of the cup. The angle of the bend. The lining art shown in Fig. 1 & Fig. 1 shows the angle between the curved line 5 and the curved line 6 which is formed by the surface of the cup portion 2 and the curved portion formed by the front chest substrate 3 or the underarm substrate 4. Obviously, it is the corner shown in Figure 2. The angle of curvature of the underline of the breast along the cup is about 130 from the nipple to the underside. A large angle is formed until the underside of the cup. Moreover, the curvature is preferably a curved curve. Specifically, the angle from the upper edge of the outermost cup to the upper edge of the underarm substrate is 14 inches. To 18 baht. Preferably, it is 323481 10 201218968 150. To 180. . (Embodiment 1) Referring to Fig. 1, a one-piece molded spacer of the present invention will be described by taking a pad for a brassiere as an example. Fig. 1a is a perspective view of the integrally formed spacer 1 on the left side, and Fig. 1b is a plan view of the surface side. The integrally formed spacer 1 is integrally formed by press forming a foamed urethane or the like so that the cup portion 2, the front chest substrate 3, and the underarm substrate 4 are integrally formed. The bowl-shaped cover cup portion 2 and the flat front chest substrate 3 and the underarm substrate 4 are formed by bending forming a bending line 5. The curved portion shown as the bending line 5 is formed by bending a corner portion from the point 5a on the center side to the lowermost point 5b, and an arc having an arc is formed from the lowermost point 5b to the underside of the cup. The degree of R is designed in consideration of the size of the cup and the like. For the shape example of the curved portion, the cross-sectional shape of the line A to F shown in Fig. 1b is shown in Fig. 2 . In this example, the uppermost end 7 of the cup from the mounting point of the shoulder strap is radially distributed from the lower side toward the center side. Each line is formed by press forming a foamed polyurethane. The thickness and curved shape of the cup portion 2 are arbitrarily designed. The front chest substrate 3 and the underarm substrate 4 and the uppermost end portion 7 of the cup are compressed to a high density by strong pressing. The boundary between the front chest substrate 3 and the underarm substrate 4 and the cup portion 2 is a curved curve 5 and an R bending line 6 which are formed by bending. From the section F located on the center side to the lowermost point D of the cup, a significant curvature is formed. From the lowermost point to the line C to the line A located on the underside of the crotch, the R is curved, and the smoother the formation toward the line A side. That is, the degree of bending of the R bending line 6 is not constant, but the smoother the formation toward the lower side of the crotch. · 11 323481 201218968 In this example, the angle ^ of each position in Figure 2 is F0 : 12〇. , e Θ : 110°, D0 : 128°, (: θ : 135., ΒΘ : 150., A0 : 160°, and the outermost edge is set to 16y. The bending angle specified by the present invention is as the second As shown in the figure, it is used to determine the angle of the bend of the outer surface of the body forming pad at the edge of the recess of the cup (the outline of the breast). The upper edge of the pad from the upper edge of the cup to the upper edge of the underarm substrate The bending angle T0 of B is the angle of the intersection of the extension of the edge of the recess of the cup shown in Fig. 2. The size of the cup varies depending on the design, but the cup used generally for the stability of the breast is usually In the first lb, the upper edge of the liner is formed on the outer side of the line B. Further, in the integrally formed gasket shown in Figs. 3a and 3b, if the flat hair ammonia (four) is made, the fresh cup is provided. The edge of the recess forms a sharp bend. The lining (4) formed by the underarm substrate-body extending from the peripheral chest substrate toward the body side is wound around the body, and the underarm substrate is laterally outward. The effect of the pop-up stress. For this, the mosquitoes are bent as shown in the first, the lb, and the second The shape is found and overcomes the problem that can occur in forming the cup with the front chest substrate and the underarm substrate. The integrally formed liner 1 can be formed separately or integrally formed on the left and right. The lining is mounted on the surface material, the back material, the shoulder strap, etc. to form the bra. The bra is shown in Figure 5. Since the lining is integrally formed, the surface material can be very simple and beautiful. The ground forms a natural chest line 4b. 'Because there are fewer restrictions on the components, the decoration is also very free. In particular, the underarm substrate 4 can be naturally wound around the body side, which is 323481 12 201218968 very comfortable to wear or wrist. The action = and the follow-up of the deformation of the lower part of the chest that is accompanied by the body's fifth is also improved. • The example shown in Figure 5 is on the lower breast line of the breast and the base of the abdomen. Reinforced in the middle part of the foamed polyurethane (four). The two materials have softness and are embedded in the interior of the foamed polyurethane, and the outer surface is flat soil - the purpose is not to form a metal wire protruding and press back to the body. State, for example, will be in a tight manner A comparative example in which the bent portion is formed is shown in Fig. 3a, a north view, which is a pad formed integrally by bending the cup portion with the front chest substrate 103 and the underarm substrate 104 by a bending line j〇5. The section lines B', D', E, and F of the liner 101 from the uppermost end 107 of the cup to the same position as shown in Fig. 1b are shown in Fig. 3b. The bending line 105 is formed with an angular shape. State. When the pad is used to make the bra, the cup portion of the bowl and the underarm substrate to be bent toward the body side are mutually exclusive, and the force of the underarm substrate 104 side bounces outward. In the example, the angle of D is 120°. Due to the sharp bending line 1〇5, the movement of the body may cause an unnatural skew on the upper edge of the bra cup and cause a gap or compression with the chest. As a result, the stability of the chest is destroyed, and the wearing comfort is lowered. The foamed polyurethane can use materials used in conventional liners. A plurality of sheets of foamed polyurethane are heavy, and then crimped using a press designed to have a shape of a liner. The crimping is performed by a press machine, and the high-density portion may be formed into a plate shape by applying heat. For example, two sheets of 1 〇 mm foamed urethane are overlapped and pressed, and the substrate portion is formed into a high-density portion having a thickness of 1 to 3 mm. The number of sheets of foamed polyurethane 13 323481 201218968 can be determined as appropriate. That is, considering the density, elasticity, and gas permeability, etc., the type and number of sheets to be used are designed. The fiber core material may be interposed between a plurality of foamed polyurethanes to be integrally formed. The core material of the fiber has softness and good compatibility with the foamed polyurethane, and the core material is not conspicuous in appearance. The position at which the fiber core material is interposed is preferably disposed inside the outermost foamed polyurethane layer. The case of the two layers is the middle, and the case of the three layers is the middle of the first layer and the second layer from the outside. Similarly, even if the number of layers is increased, it is preferable to be between the first layer and the second layer. This is to arrange the hard member farther away from the skin surface while avoiding exposure to the outer surface. The foamed polyurethane has good flexibility, and by high-density compression, the substrate portion forms a plate-like body having improved rigidity, but is still flexible. The core material of the fiber has no stretchability, and can compensate for the characteristics of preventing loosening and deformation, and supporting functions. A wire rope, a woven plain tape, or the like can be used for the core material of the fiber. The cord is easily bent along the edge of the recess of the cup to be temporarily fixed. The woven plain tape is flat when used in the underlying substrate portion, so it is not obvious. The material is preferably a synthetic resin fiber such as polyurethane fiber. In addition to the brassiere, the one-piece forming cushion of the present invention can be utilized in a garment with a cup. Since a bra that does not use a metal material can be manufactured, the bra can be directly worn through the metal detector, or a metal detection sensor can be used in the process for product inspection. A method of forming an integrally formed spacer of the present invention will be described with reference to Fig. 6 323481 201218968 and a forming punch. This press is a shape in which the left and right linings are simultaneously formed, but the lining produced can be used by cutting left and right. Fig. 6a is a cross section® of the forming press p composed of the upper mold P1 and the lower mold P2. The opposing space of the upper and lower dies will take the shape of the lining to be formed. Fig. 6b shows a state in which two sheets of foamed polyurethanes 13, 14 are disposed between the upper jaw P1 and the lower mold p2. The fiber core material 12 is placed at a position corresponding to the contour line of the breast between the two sheets of foamed polyurethane (the edge of the cup recess), and the fiber material 3 is placed on the bismuth butyl sheet portion. The two pieces of foamed polyglycolic acid and the fiber core material are sprayed with an adhesive and temporarily fixed. In this state, the state is as shown in Fig. 6a, and the state after the release is shown in Fig. 6c. The formed lining is formed by right and left joints, and then trimmed to produce the body forming liner shown in Fig. 1. The cross section of the forming press shown in Fig. 6 is assumed to be a cross section passing through the intersection of the bending line 5 and the section line F and the intersection of the R bending line 6 and the section line b. The upper mold Π is a surface that forms the inner surface side of the cup. The lower mold P2 is a surface that forms the outer surface side of the cup. The upper part of the upper mold is the center of the front part before forming, and the bending point (5) and P5b of the curved line are formed.
角。罩杯彎曲線P2a、P2b是形成草杯之内外面的形狀，形 成罩杯與腋下基片之彎曲部的彎曲點p6a、p6b是形成W 部。再者’從彎曲點P6a、勵到形成外侧之腋下基片部的 面P4a、P4b在該圖式中是稍微青曲地形成。該⑽、_ 亦可為直線。 323481 15 201218968 該衝壓製程是在150°C至200°C下進行，高密度部分是 设定為南溫。 實施例2 使用以下所示的一體型成形襯墊及比較品的一體型成 形襯墊，適當地縫上表面侧布料、背面側布料及附屬品等 而製作胸罩。本實施例是使用第9圖所示之使左右罩杯一 體成形的襯墊。使用的符號與第1圖相同。使用該一體型 成形襯墊製造出第5圖所示的胸罩。 • R彎曲線6與罩杯剖面A之交點的角度為155° 。 •彎曲線5與罩杯剖面D之交點的角度為130° 。 •從彎曲成碗型的罩杯部分到腋下基片部分之彎曲部的形 狀、即罩杯凹部邊緣的剖面角度是被設定成罩杯凹部邊緣 腋下上端側比罩杯凹部邊緣最下點大25°以上的鈍角。 〈比較品的襯墊〉 製造與實施例2相同形狀的胸罩做為比較用胸罩。 • R彎曲線6與罩杯剖面A之交點的角度為125 °。 •彎曲線5與罩杯剖面D之交點的角度為130°。 •從彎曲成碗型的罩杯部分到腋下基片部分之彎曲部的形 狀、即罩杯凹部邊緣的剖面角度是被設定成罩杯凹部邊緣 腋下上端側比罩杯凹部邊緣最下點小5 °以上的角度。 〈穿者試驗〉 針對實施例與比較例各個胸罩實施穿著測試。受試者 皆為女性，包含各種***大小或身材大小而選出五名。 由五名受試者穿著各個胸罩，並測量在罩杯腋下上部 16 323481 201218968 與胸部所產生㈣_輯。將卿彳得的_的距離㈤ 以平均值來表示。 〈間隙的距離（mm)〉 •使用本發明之一體型襯墊者：〇mm •使用比較品之一體型襯墊者：7mm 〈穿著感評語〉 受試者的穿著感如下。 •本實施例之胸罩的受試者： 沒有不舒服的緊端感或壓迫感，***與罩杯部之概塾 的緊貼感整體來說良好。 •比較例之胸罩的受試者： 雖然沒有不舒服的緊繃感或壓迫感，但整體來說，在 ***的腋下部與罩杯部的襯墊之間會形成間隙，緊貼感不 好。 〈造型性評語〉 關於本實施例與比較例之胸罩的造型性，受試者的評 語如下。 •本實施例的胸罩： ***的腋下部分沒有不自然的落差，而且***的上部 也不會有罩杯浮起的感覺，整體來說，可看見***部漂亮 的圓弧。 •比較例的胸罩： 在***之上部腋下側的部分會形成不自然的段差，而 且***的上部也會有罩杯浮起的感覺，整體來說，看不見 17 323481 201218968 ***部漂亮的圓弧。 【圖式簡單說明】 第la圖是本發明之一體成形襯墊的例示圖，且為本實 施例的斜視圖。 第lb圖是本實施例的剖面方向示意圖。 第2圖是本發明之一體成形襯墊的剖面圖，且為第lb 圖所示之位置的剖面圖。 第3a圖是比較例的一體成形襯墊的示意圖，且為剖面 線圖。 第3b圖是剖面圖。 第4圖是纖維製芯體的例示圖。 第5圖是利用本發明之一體成形襯墊的胸罩的例示 圖。 第6a圖是本發明之成形衝壓機的例示圖，且為上下壓 模機的概略剖面圖。 第6b圖是在兩層發泡聚氨酯的中間配置有纖維製芯 材之成形前的狀態概略剖面圖。 第6c圖是成形後的狀態概略剖面圖。 第7圖是一般的胸罩例示圖。 第8圖是一般的罩杯用襯墊的例示圖。 第9圖是本發明之-一體型成形襯墊的其他例示圖。 【主要元件符號說明】 1 一體成形襯墊 2 罩杯部 3 前胸基片 4 脑·下基片 18 323481 201218968 彎曲線 5a、5b 點 R彎曲線 7 罩杯的最上端angle. The cup bending lines P2a, P2b are formed into the inner and outer surfaces of the grass cup, and the bending points p6a, p6b which form the curved portions of the cup and the underarm substrate form the W portion. Further, the surfaces P4a and P4b which are stretched from the bending point P6a to the crotch substrate portion which forms the outer side are formed in a slightly curved shape in the drawing. The (10) and _ can also be straight lines. 323481 15 201218968 The stamping process is carried out at 150 ° C to 200 ° C and the high density part is set to south temperature. [Example 2] A bra was produced by appropriately sewing a surface side fabric, a back side fabric, an accessory, and the like using the integrated molding pad shown below and the integrated molding pad of the comparative product. In this embodiment, a spacer for integrally forming the left and right cups as shown in Fig. 9 is used. The symbols used are the same as in Figure 1. The bra shown in Fig. 5 was produced using the integral molded spacer. • The angle between the R bend line 6 and the cup section A is 155°. • The angle between the bending line 5 and the cup section D is 130°. • The shape of the curved portion from the portion of the cup that is bent into the bowl to the portion of the underarm substrate, that is, the angle of the edge of the concave portion of the cup is set such that the upper end side of the concave portion of the cup is 25 degrees larger than the lowermost point of the concave edge of the cup. Obtuse angle. <Pushing of Comparative Product> A bra having the same shape as that of Example 2 was produced as a comparative bra. • The angle between the R bend line 6 and the cup section A is 125 °. • The angle between the bending line 5 and the cup section D is 130°. • The shape of the curved portion from the portion of the cup that is bent into the bowl to the portion of the underarm substrate, that is, the angle of the edge of the concave portion of the cup is set such that the upper end side of the concave portion of the cup is 5 degrees smaller than the lowermost point of the concave edge of the cup. Angle. <Practitioner Test> A wearing test was performed for each of the bras of the examples and the comparative examples. The subjects were all female and selected five breasts of various breast sizes or sizes. Each of the five subjects wore each bra and measured the upper part of the cup under the arm of the 16 323481 201218968 with the chest produced (four) _ series. The distance (5) of the _ of the 彳 彳 is expressed as an average value. <Distance of the gap (mm)> The one who uses the body type cushion of the present invention: 〇mm • One of the type of cushions used for the comparison product: 7 mm <wearing comment> The wearing feeling of the subject is as follows. • Subject of the bra of the present embodiment: There is no uncomfortable feeling of tightness or pressure, and the closeness of the breast and the cup portion is generally good. • Subject of the bra of the comparative example: Although there is no uncomfortable feeling of tightness or pressure, on the whole, a gap is formed between the lower part of the breast and the pad of the cup portion, and the feeling of closeness is not good. <Modeling Comments> The styling of the bras of the present example and the comparative example was as follows. • The bra of the present embodiment: There is no unnatural drop in the underarm portion of the breast, and the upper portion of the breast does not have the feeling that the cup floats. Overall, the beautiful arc of the breast portion can be seen. •Comparative bra: The uncomfortable section of the lower part of the upper part of the breast will form an unnatural step, and the upper part of the breast will also have a feeling of floating up the cup. Overall, the invisible 17 323481 201218968 breast is beautiful. . BRIEF DESCRIPTION OF THE DRAWINGS Fig. la is an illustration of an exemplary molded spacer of the present invention, and is a perspective view of the embodiment. Figure lb is a schematic cross-sectional view of the present embodiment. Fig. 2 is a cross-sectional view showing an integrally formed spacer of the present invention, and is a cross-sectional view taken at a position shown in Fig. 1b. Fig. 3a is a schematic view of the integrally formed gasket of the comparative example, and is a cross-sectional view. Figure 3b is a cross-sectional view. Fig. 4 is an illustration of a fiber core. Fig. 5 is a view showing an example of a brassiere in which a pad is formed by one of the present invention. Fig. 6a is an illustration of a molding press of the present invention, and is a schematic cross-sectional view of the upper and lower press molding machines. Fig. 6b is a schematic cross-sectional view showing a state in which a fiber core material is placed in the middle of a two-layer foamed polyurethane. Fig. 6c is a schematic cross-sectional view showing the state after molding. Figure 7 is an illustration of a general bra. Fig. 8 is an illustration of a general pad for a cup. Fig. 9 is a view showing another example of the integral molded spacer of the present invention. [Main component symbol description] 1 One-piece forming pad 2 Cup part 3 Front chest substrate 4 Brain and lower substrate 18 323481 201218968 Bending line 5a, 5b Point R bending line 7 The top of the cup
11 12 101 103 105 A、B PI P5a、 P4a、 TL 纖維製芯材驅動控制器 ***下輪廓線（vergesl ine) 成形後的襯墊 102 罩杯部 前胸基片 104 腋下基片 彎曲線 、C、D、E、F 罩杯的剖面形狀 上模具 P2 下模具11 12 101 103 105 A, B PI P5a, P4a, TL fiber core drive controller breast under contour (vergesl ine) formed cushion 102 cup front chest substrate 104 underarm substrate bending line, C , D, E, F cup cross-sectional shape on the mold P2 lower mold
P5b 彎曲點 P2a、P2b 罩杯彎曲線P P4b 形成腋下基片部的面 襯墊上緣 19 323481P5b Bending point P2a, P2b Cup bending line P P4b Forming the underside of the underlying substrate portion Pad upper edge 19 323481