M293679 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種胸罩罩杯之結構改良，其主要是為 了解決大尺寸罩杯在經過水洗後易有變形問題之缺失進行 設計，利用於泡綿與其内或外襯布間增設網材之設計，使 其在無需增加泡綿層厚度的情形下，即可提昇其結構強度 與防變形率，並可據以維持其透氣性，達實用性與舒適性 兼具之產業利用價值者。 肇【先前技術】 按，對於女性胸罩之結構設計而言，其影響穿著舒適 性與機能性的最重要部位，即是罩覆於乳房的兩個罩杯， 若罩杯的設計合宜，則不但在穿著上不致有束缚、壓迫感 ，可取得較佳之穿著舒適性外，更可兼具調整、塑造胸型 的機能，使其整體穿著上更為舒適、美觀。 就現有的胸罩罩杯觀之，通常係採泡綿材質製成，利 籲用泡綿的材質特性，使其可採罩杯模具熱壓塑型出預期的 罩杯造型，並可維持其品質的穩定，同時因該等泡綿具有 柔軟的觸感，是以可提昇其穿著之舒適性，從而以泡綿作 為罩杯的材質，不只是一種趨勢，更是一種最佳的選擇。 而為了取得此類泡綿罩杯與人體接觸之舒適性，通常 會於其内側增設内襯布層，甚至於外表亦覆設有外襯布層 ，藉以一方面可增加罩杯與人體的舒適觸感外，另方面在 其薄化泡綿層以取得較佳透氣性時，得以藉該等襯布層適 度地維持罩杯的型態，避免罩杯在水洗後輕易塌陷變形， M293679 俾可確保軍杯的使用型態與美觀性。 淮此類於泡綿罩杯内、外層覆設襯布之設計，用於 般尺寸的罩杯結構上，或可達成預期的防變形效能，但 對於大尺寸罩杯而纟，則因其罩杯尺寸的加大，使其整體 的面積增力口，相對地使其罩杯邊對厚度變薄，如此一來將 導致其整體結構變得薄弱，導致在經過水洗之厚，其罩杯 旱又較薄的σ卩位很容易因強度不足而發生塌陷變形問提， 致使其罩杯的整體使用型態失真，不但容易影 舒適性與襯粍胸型效果，且造成其外觀之影響，實有待設 法加以解決改善者。 為解決此一問題，目前業者在此類大尺寸罩杯的產製 上，通常只能以增加泡綿層的厚度來克服罩杯結構強度不 足之缺失，以避免其經水洗後即輕易變形之缺失，然而此 一設計，除了增加泡綿的材料成本外，更可能嚴重影響其 整體的透氣性’相對地降低其穿著的舒適性，實難稱其為 理想之設計，自有必要再予設法解決者。 【新型内容】 有鑑於現有大尺寸胸罩罩杯結構所存在的諸多問題與 缺失’創作人特著手進行研究改良，基於其從事相關行業 之多年經驗與技術，創作人特著手進行研究改良，基於其 從事相關行業之多年經驗與技術，進而研創出本創作之罩 杯改良結構，即其主要目的乃在於經由結構之組成設計， 在不影響罩杯透氣性的原則下，特能有效提昇其整體之結 構強度，有效避免水洗後發生塌陷變形之虞，從而可維持 M293679 其穿著之美觀性與舒適性者。 本創作之另一目的係在於經由結構之組成設計，使其 在不纟加罩杯泡綿厚度的原則下，使其可取得理想的結構 強度與透氣性外，可不致增加泡絲的材料成本，進而能符 合產業利用上之經濟效益者。 為達成此一目的，本創作於結構設計上，主要是於胸 罩罩杯之泡綿胚材與其内襯布或外襯布間加置一層具有適 當支撐強度及延展性之網材，再予置入罩杯成型模具内= 行熱壓塑型，據以製成一種内含網材之罩杯結構，利用該 層網材特能對罩杯泡綿形成結構補強與支撐作用，使其無 輕易變形之虞，俾使其在面臨大尺寸罩杯製造時，無需就 其泡綿層的厚度予以增加，即可取得預期的結構強度與防 變形效能，同聘不致對罩杯之透氣性造成不利影響，成為 一種兼具實用性與舒適性之胸罩罩杯結構者。 【實施方式】 % 有關於本創作之結構組成、技術手段及功效達成方面 ，謹配合圖式再予舉例進一步具體說明於后·· 請參閱第1圖之結構分解示意圖、第2圖結構關係示 意圖，係為本創作之另一較佳實施例，如圖所示，其結構 設計上，主要是由-泡綿層（丄0)與内、外層之概^ (20)(30)覆合製成罩杯雛型，再將之置入罩杯模 具内進行熱壓塑型，據以製成罩杯結構，而為了解決大尺 寸罩杯所面臨的水洗塌陷變形問題，本創作之罩杯在結構 組成設計，乃得於罩杯的泡綿層（i 〇 )與内層概布層（ M293679 2 0)間置入 一 Γ-] Try 开九，冯材（4 0 )，該等網材（4 0 )可 為尼龍荨化纖材質哎右 4布科製成之具適當網目尺寸大小的網 ==等網材（4〇)最好以具有適當之結構強度 /、 #、I·生者為宜’據以在將該等網材（4 〇 )夾設 於泡綿層（1 〇 )及襯右展r 〇 n、 襯布層（20)間，並置入罩杯模具 内熱壓成型時，將可你姻奸r/ln、 a , 使、、祠材（4 0 ) —體被覆結合於泡綿 層（10)内緣，利用兮娘 用該眉材（4 0 )的設置，使該泡綿 層（1 0)的結構可以满媒姻从,1 獲得網材（4 0 )的支撐補強，如 此一來’即使不增加泡锦S r 1 η、 也；贗（1 ο )的厚度，其整體結構 強度亦可獲得提昇與維持，從而力t 狩從而在進行水洗時，該等泡綿 層（1 0)將因獲得網材（40、沾#上 』竹的撐托，使其不致輕易 發生塌陷變形現象’令其罩杯的整體結構型態可獲得穩固 的維持’使其穿著功能及外觀不致受到影響，且因該等網 材（4 0 )所賦予的泡綿層（]η、沾n 巾曰、丄ϋ )結構補強效能，使其 無需將泡綿層（1 0 )的厚度加黑 ρ 反刀厚即可取得預其的防變 形效能，除了避免泡綿層（1 0的鉍、丄 υ幻材枓成本增加外，更得 以保有其原有的透氣性效能，據此胜 铢此特忐在其防止變形的實 用性外’更能兼顧其穿著上之透氣舒適性者； 次’清繼續參閱第3圖之結構分紐_ 々再刀解不意圖及地4圖之 結構關係示意圖，如圖所示，係為本劊 勺+創作之另一較佳實施 例，其結構設計上，仍是由泡綿層Γ τ A、 Φ曰、1〇)及内、外層襯 布層（20) (30)覆合組成罩权舱 旱杯離型，而前述置於泡 綿層（10)與内層襯布層（20)間之網材（4〇)， 乃得改夾設於泡綿層（1 0 )與外層概布I ( 3㈡間， M293679 再將之置入罩杯模呈敛厭淑油丨 不、，、熱壓塑型，使該網材（4 〇 )得以被 覆、。口於/包4層（i Q )外緣面，同樣可以該等網材（4 0 ^取付對㈣層（i Q )的結構支樓與補強效果，令其 實施於大尺寸罩杯時，可在不增加泡綿層（工〇)厚度及 影響ί透氣性的原則下，達到罩杯結構強度及防變形效率 ^幵冑效解決此類罩杯易因水洗而產生塌陷變形之缺 失者， ，構關參閱第5圖之結構分解示意圖及第6圖之結 構圖，係為本創作之又一較佳實施例，如圖所示 1 〇)盥I:上將實施例將網材（4 0)夾設於泡綿層（ 10)與内或外層襯布層（2 綿層（1 0的支撐補強效能 ^取侍對泡 )與内、外層襯布層（20)層（10 “）（4。。’據以取得對泡二：==( 強作用，使罩杯之防變形效能更為理想，且補 即，經由以=:::佳之實施模式者； 罩杯的製照上，利用於、、包绵居I可知本創作在針對大尺寸 之結構設計，使其得以達外襯布層間增設網材 需增加泡綿層的厚度，從 實用性與舒適性兼具之功效的良好透氣性，達 大尺寸罩杯而言，本創作之改知採泡錦層加厚之 合產業經濟效益，且更具實用性：：結構’不但更能符 優異創作，而相同之結構 成為—極具實用價值之 運用在大尺寸胸罩罩杯的 M293679 製造外’當然亦可適用在一般尺寸胸罩的罩杯M293679 VIII. New description: [New technical field] This creation is about the structural improvement of a bra cup, which is mainly designed to solve the problem that the large-sized cup is easily deformed after being washed, and is used in foam and its The design of the mesh material is added between the inner and outer lining cloths, so that the structural strength and the deformation resistance rate can be improved without increasing the thickness of the foam layer, and the gas permeability can be maintained to achieve practicality and comfort. Those who have the value of industrial use.肇[Prior Art] According to the structural design of the female bra, the most important part that affects the comfort and function of wearing is the two cups covering the breast. If the design of the cup is suitable, it is not only worn. It does not have restraint and oppression, and can achieve better wearing comfort. It can also adjust and shape the chest shape to make it more comfortable and beautiful. As far as the existing bra cups are concerned, they are usually made of foam material, which makes use of the material characteristics of the foam, so that the cup mold can be hot-pressed to shape the expected cup shape, and the quality of the cup can be maintained. At the same time, because the foam has a soft touch, it is a material that can enhance the wearing comfort, so that the foam is used as a cup, which is not only a trend, but also an optimal choice. In order to obtain the comfort of contact between the foam cup and the human body, an inner lining cloth layer is usually added on the inner side, and even the outer surface is covered with an outer lining cloth layer, so as to increase the comfortable touch of the cup and the human body on the one hand. On the other hand, when the foamed layer is thinned to obtain better gas permeability, the lining layer can be used to moderately maintain the shape of the cup, so that the cup can be easily collapsed and deformed after washing, and the M293679 can ensure the use of the military cup. With aesthetics. Huai is designed in the inner and outer layers of the foam cup for the general-sized cup structure, or can achieve the expected anti-deformation performance, but for large-sized cups, the size of the cup is increased. The thickness of the whole area is increased, and the thickness of the cup is relatively thinner. As a result, the overall structure becomes weak, resulting in a thickness of the water washed, and the cup is dry and thin. It is easy to cause collapse deformation due to insufficient strength, resulting in distortion of the overall shape of the cup, which is not only easy to shadow comfort and lining the chest effect, but also affects its appearance, and it is still necessary to try to solve the improvement. In order to solve this problem, the current industry in the production of such large-sized cups can usually only increase the thickness of the foam layer to overcome the lack of strength of the cup structure to avoid the lack of easy deformation after washing. However, this design, in addition to increasing the material cost of the foam, is more likely to seriously affect its overall breathability 'relatively reduce the comfort of wearing it, it is difficult to call it an ideal design, and it is necessary to solve the problem again. . [New content] In view of the many problems and shortcomings of the existing large-size bra cup structure, the creators have made research and improvement, based on their years of experience and technology in related industries, the creators have made special research and improvement based on their work. With years of experience and technology in related industries, the research has also developed the improved structure of the cup of the creation, that is, its main purpose is to design the structure through the structure, and effectively improve the overall structural strength without affecting the permeability of the cup. Effectively avoid the collapse of the water after washing, so as to maintain the beauty and comfort of the M293679. Another purpose of the creation is to design the structure so that it can achieve the desired structural strength and gas permeability without increasing the thickness of the cup foam, without increasing the material cost of the foam. In addition, it can meet the economic benefits of industrial utilization. In order to achieve this goal, the creation of the design is mainly based on the addition of a layer of mesh material with suitable supporting strength and ductility between the foam blank of the bra cup and the inner lining cloth or the outer lining cloth, and then placed into the cup forming. In the mold = hot pressing type, according to the structure of a cup containing the net material, the layer of mesh material can be used to form a structure reinforcement and support for the cup foam, so that it does not easily deform, so that When faced with the manufacture of large-sized cups, it is not necessary to increase the thickness of the foam layer to achieve the desired structural strength and anti-deformation performance, and the same effect does not adversely affect the gas permeability of the cup, and becomes a practical one. The bra body structure with comfort. [Embodiment] % Regarding the structural composition, technical means and efficacy of this creation, please refer to the figure and give further examples for further explanation. Please refer to the structural decomposition diagram of Figure 1 and the structural relationship of Figure 2 It is another preferred embodiment of the present invention. As shown in the figure, the structural design is mainly composed of a foam layer (丄0) and an inner and outer layer (20) (30). The cup shape is formed into a cup mold, and then placed in a cup mold for hot pressing molding, thereby forming a cup structure, and in order to solve the problem of washing collapse and deformation caused by the large cup, the cup of the present invention is designed in a structural composition. Between the foam layer (i 〇) of the cup and the inner layer of the fabric (M293679 2 0), a Γ-] Try 九, Feng (4 0), the mesh (40) can be nylon荨Chemical fiber material 哎 Right 4 Buco made of mesh with appropriate mesh size == equal mesh material (4〇) preferably with appropriate structural strength /, #, I·生生宜The net materials (4 〇) are sandwiched between the foam layer (1 〇) and the right-handed r 〇n and the lining layer (20). When placed in a cup mold for hot forming, you will be able to combine r/ln, a, make, and coffin (40) into the inner edge of the foam layer (10). The setting of the eyebrow material (40) allows the structure of the foam layer (10) to be full of media, and 1 obtains the support reinforcement of the mesh material (40), so that even if the bubble Jin S r 1 is not added η, 赝; 赝 (1 ο ) thickness, the overall structural strength can also be improved and maintained, so that when the water wash, the foam layer (10) will be obtained due to the mesh (40, Dip #上" bamboo support, so that it does not easily collapse deformation phenomenon 'so that the overall structural shape of the cup can be stably maintained' so that the wearing function and appearance are not affected, and because of the net material (4 0) The reinforcing effect of the foam layer (]η, nn 曰, 丄ϋ) imparted by the structure makes it possible to obtain the pre-protection without adding the thickness of the foam layer (10) to the thickness of the knives. Deformation efficiency, in addition to avoiding the foam layer (10% increase in the cost of enamel and enamel enamel, it also retains its original gas permeability performance, according to In addition to its practicality of preventing deformation, it is better to take into account the breathability and comfort of wearing it; the second 'Qing continued to refer to the structure of the 3rd map _ 々 刀 解 及 及 及 及The schematic diagram of the structure relationship, as shown in the figure, is another preferred embodiment of the present spoon + creation. The structural design is still composed of the foam layer Γ τ A, Φ 曰, 1 〇) and the inner and outer linings. The layer (20) (30) is covered and formed into a cover cup, and the aforementioned mesh material (4〇) placed between the foam layer (10) and the inner lining layer (20) is modified Between the foam layer (10) and the outer layer I (3 (2), M293679 is placed in the cup mold to be squeaky, and hot-pressed, so that the mesh (4 〇) can be covered. . The outer surface of the mouth/package 4 layer (i Q ) can also be used for the structural support and reinforcement effect of the net material (4 0 ^ to the (4) layer (i Q ), so that it can be implemented in a large cup. Under the principle of not increasing the thickness of the foam layer and affecting the permeability of the foam, the structural strength and anti-deformation efficiency of the cup are achieved, and the lack of collapse of the cup due to washing is solved. Referring to the structural decomposition diagram of FIG. 5 and the structural diagram of FIG. 6, it is another preferred embodiment of the present invention, as shown in FIG. 1 〇) 盥I: The above embodiment clamps the mesh material (4 0) It is located in the foam layer (10) and the inner or outer lining layer (2 layers (10 support reinforcement effect) and inner and outer lining layer (20) (10") (4. According to the obtained bubble 2: == (strong effect, so that the anti-deformation effect of the cup is more ideal, and the supplement is through the implementation mode of =:::; the cup of the cup, the use of I can know that this creation is designed for large-sized structures, so that it is possible to increase the thickness of the foam layer by adding a mesh material between the outer lining layers. The good breathability of both sex and comfort, in the case of large-sized cups, the change of this creation is the economic benefits of the thickening of the foaming layer, and it is more practical: the structure is not only more Excellent creation, and the same structure becomes - very practical use in the production of large-size bra cups outside the M293679 'of course, can also be applied to the cup of the general size bra
可：ΐ泡綿層的厚度在加以薄化，俾可取得更佳之透J ，換§之，即經由本創作 ^ ▲ j忭之結構5又计，確能在胸罩|奴沾 防變形效率及透氣性方 π w 的 孔性方面獲仵顯者之功效增進事實，誠 失為一優異、突出之新設計者。 =上所述，本創作針對胸罩罩杯所作之結構改良設計 月b有效解決大尺寸罩杯所面臨的水洗變形缺失，並能 兼顧其防止變形的實用性鱼空基 用〖生與穿者之透氣舒適性，且不造 泡綿層的材料成本增加，整， ^ 整體而5確具有極佳之產業利 用饧值，羑依法提出專利申請。 【圖式簡單說明】 第1圖 第2圖 第3圖 第4圖 第5圖 第6圖 係本創作較佳實施例之結構分解示意圖。 係本創作較佳實施例之結構關係示意圖。 係本創作另一較佳實施例之結構分解示意圖。 係本創作另一較佳實施例之結構關係示意圖。 係本創作再一較佳實施例之結構分解示意圖。 係本創作再一較佳實施例之結構關係示意圖。 【主要元件符號說明】 (20) (3〇)襯布層 (10)泡綿層 (40) ( 4 0 > )網材Can: The thickness of the foam layer is thinned, and the 俾 can be better. If it is § , 即 即 即 经由 经由 经由 经由 本 ▲ ▲ ▲ ▲ ▲ ▲ ▲ ▲ ▲ ▲ 奴 奴 奴 奴 奴 奴 奴 奴 奴 奴 奴 奴 奴The permeability of the gas permeability side π w is enhanced by the effect of the obvious person, and the loss is an excellent and outstanding new designer. = As mentioned above, this design is designed to improve the design of the bra cup. The b is effective in solving the lack of washing deformation of the large cup, and it can take into account the practicality of the fish to prevent deformation. Sex, and the cost of materials that do not make foam layers increases, and overall, 5 does have an excellent depreciation of industrial use, and patent applications are filed according to law. [Simple diagram of the drawing] Fig. 1 Fig. 2 Fig. 3 Fig. 4 Fig. 5 Fig. 6 Fig. 6 is a schematic exploded view of the preferred embodiment of the present invention. A schematic diagram of the structural relationship of the preferred embodiment of the present invention. A structural exploded view of another preferred embodiment of the present invention. A schematic diagram of the structural relationship of another preferred embodiment of the present invention. A structural exploded view of a further preferred embodiment of the present invention. A schematic diagram of the structural relationship of a further preferred embodiment of the present invention. [Main component symbol description] (20) (3〇) Interlining layer (10) Foam layer (40) ( 4 0 > )