201121539 六、發明說明： 【發明所屬之技術領域1 本發明係有關一種易吸吮及清洗之雙開口奶瓶，尤指一種於奶瓶之瓶 體底部設-具螺紋之下瓶口，以供鎖組一具中孔之底蓋，並於該底蓋内， 組設一整片，於該墊片上，設有一個或-個以上具相對平面部之單向氣閥， . 當奶瓶内盛有奶水、開水或飲料液體時，其將藉由液體之壓力對單向氣閥 該組閥片之兩平面部形成推壓作用，再加上塾片與單向氣義由橡膠或石夕 膠等材料製成所具備之材料彈性，進而於奶瓶呈縱向時，可有效防止奶水、 φ ㈤水或飲料荨由單向氣閥滲出，當奶瓶呈倒立傾斜進行吸吹時，此時單向 氣閥則不受瓶體内液體之壓力作用，而當奶嘴受贼而使瓶體内' 外之空 氣壓力不平衡時，舰料之空制會由單峨閥外側端之巾孔進入，並 且推開該兩彈性閥片使切開線產生開口，外部空氣則進入瓶體内，構成奶 瓶瓶體内外氣壓之平衡，而使瓶㈣之紐順概暢的由奶嘴吸出，同時 並於清洗瓶體時可同時取下奶嘴蓋及底蓋，而由上瓶口及下瓶口清洗瓶 體，進而達無死角且易清洗目的之奶瓶設計。 ® 【先前技術】 按習知之奶嘴（6 2)及奶瓶（6)結構，請參閱第十三圖及第十四 圖所不’其奶嘴（6 2 )係包括前端魏部（6 4 )與-供瓶蓋（6 1 ) 鎖緊之凸緣部（63)，其中該吸唆部（64) _緣設置有供奶水流出之 切縫（6 4 1 )’凸緣部（6 3 )上設置有至少-氣孔（6 3 1 )，且各氣 孔（6 31)均對應一導氣槽（6 3 2)，而目前市售之奶嘴（6 2)，其 上所設之氣孔包括有兩種，第-種奶嘴（6 2)其上所設之氣孔（6 3!) 出薇前即已形成，第二種奶嘴（6 2)其上所設之氣孔（6 31)出廠前 201121539 則尚未穿孔，触制麵摘需岐軸咖彡成，以達使顺（㈤外 部空氣進人，使触順暢，同時並於奶嘴（6 2)㈣部（6 4)盘凸緣 部（6 3 )間周緣形成—嵌槽（6 2 1 )，以供瓶蓋（6 1)中孔孔緣嵌組 定位。 所述的奶嘴於使用時係藉瓶蓋（6丄）將其鎖組於奶瓶（6)之瓶口， 當由吸唆部（6 4 )吸出奶水時，奶瓶⑹外部之空氣經由導氣槽⑺ 3 2)進人氣孔（6 31)内，使外界之空氣可進人奶瓶（6)_成對 流’而可順利吸出奶水，當㈣部無外力吸辦，該具彈性喊孔（6 3 1 )會彈性的閉合使奶水無法蛾孔溢出，但此種氣孔（6 3 i )設叶理 論上是可防止奶水外漏，但由於氣孔（6 3 i )孔口係藉奶瓶⑻本身 材料雜㈣《合，其密合度碑，轉由使財自行岭物刺穿形成， 將使祕（6 3 1 )孔口之大小無法控制，又因每—嬰兒賊奶嘴（⑶ 之力量均不同’而造成氣孔（6 31)孔口過大使奶瓶⑹内之奶水仍 會少$由氣孔中溢出，錢孔（6 3 1 )孔口過小使慨_者，且習知 之奶瓶（6)僅有-瓶口之設計，於清洗時雖使用專用之清潔刷，但仍無 法清易將奶瓶（β)内之死角刷乾淨。 【發明内容】 〈所欲解決之技術問題〉 本發明人有鑑於上述習知奶嘴及诚結構之實用_及有待改善之缺 失私月匕提供-突雜之設計，以增進實用效果，力潛心研思、設計組製， 综祕多年娜相難―計產叙«髓知顺實難驗及研思設計 所得之成果，終研究出本發明触及清洗之雙_奶瓶，以提供使 用者。 201121539 〈對照先前技術之功效〉 本發明之主要目的係藉於奶瓶之瓶體底部設一具螺紋之下瓶口，以供 鎖組一具中孔之底蓋，並於該底蓋内，組設一墊片，於該墊片上，設有一 個或一個以上具相對平面部之單向氣閥，藉由當奶瓶内盛有奶水、開水或 飲料液體之壓力對單向氣閥該組閥片之兩平面部形成推壓作用力，再加上 墊片與單向氣閥係由橡膠或矽膠等材料製成所具備之材料彈性，進而於奶 舨呈縱向時，可有效防止奶瓶内之液體由單向氣闊滲出，當奶瓶呈倒立傾 鲁 斜進行吸吹時，此時單向氣閥則不受瓶體内液體之壓力作用力，而當奶嘴 受吸吮而使瓶體内、外之空氣壓力不平衡時，奶瓶外部之空氣則會由單向 氣閥外側端之中孔進入並推開單向氣閥使外部空氣則進入瓶體内，構成奶 瓶瓶體内外氣壓之平衡，而使瓶體内之液體順利流暢的由奶嘴吸出。 本發明之次一目的係藉於奶瓶之瓶體底部設一下瓶口，於清洗瓶體時 可同時取下奶嘴蓋及底蓋，而由上瓶口及下瓶口清洗瓶體，進而達無死角 且易清洗之目的。 鲁級責審查委員能更了解本發明之結構特徵及其功效，兹配合圖式並 詳細說明於后。 【貫施方式】 請參閱第一圖、第二圖及第三圖所示，本發明易吸吮及清洗之雙開口 奶瓶’其主要係於奶瓶（1)之瓶體上方以奶嘴蓋（111)將奶嘴（工 12)所組於上瓶口（ i i )，另於奶瓶（i)之瓶體底部設—具螺紋之下 瓶口（ 1 2 )，以供鎖組一具中孔（1 2 2 )之底蓋（χ 2 1)，於該底蓋 201121539 (1 2 1)内組6又_塾片（丄2 3 )，於該塾片（1 2 3 )上設有一個 或一個以上之單向氣閥（124)(如第四圖所示），其中該單向氣閥（1 2 4)係呈端具中空孔（丄2 5)而—端未貫穿之柱狀體，於單向氣閥 尸(1 2 4 )頂段兩側，各形成有—對應之平面部（i 2 8 })，並於該單向 .氣，（12 4)兩對應平面部（工2 8工）間設有一切開線（工2 7 )，以 與單向氣閥（12 4)之中空孔（12 5)相貫通，進而形成'组相對彈 1·生開或閉之閥片（1 2 8 )’當奶瓿（1)内盛有奶水、開水或飲料液體⑵ 時’其將藉由㈣（2 )之壓力對單向_ (1 2 4 )該_ (1 2 8 ) 之兩平面部（12 81)形成推壓之作用力，再加上塾片（12 3)與單 向氣閥（1 2 4 )係Φ橡膠鱗料雜㈣製成所具備之材料彈性，進 而於奶瓶⑴呈縱向或仍受奶瓶⑴内液體⑵覆蓋時，可有效防 止奶水、開水或飲料等由單向氣閥（工2 4)渗出，當嬰幼童吸奶時將奶 瓶⑴呈倒立傾斜進行吸唆時，此時單向氣閥（丄2 4 )則不受瓶體内 液體⑵之壓力_，而當奶嘴（工i 2 )受吸㈣使瓶體内、外之空 氣壓力不平衡時，奶瓶⑴外部之空氣則會由單向賴（丨2 4 )外側 # 端之中二孔（1 2 5〕進入’並且推開該兩彈性閥片（1 2 8 ：)使切開線 产2 7)產生開π外#空氣則進人瓶體内’構成奶瓶（1)瓶體内外 氣壓之平衡’而使瓶體内之液體順利流暢的由奶嘴（工工2)吸出者，且 本發明於奶瓶⑴瓶體底部設有下瓶口（ i 2 )，於清洗瓶體時可同時取 下奶嘴盍（1 1 1)及底蓋（i 2工），而由上瓶口（丄i)及下瓶口（ 1 2) 清洗瓶體，進而達無死角且易清洗之目的。 請參閱第五_示，其係為本發明之第二實施例，射該單向氣間（工 2 4)除可與墊片（}2 3)以-體成型方式製成外，亦可由墊片（玉2 3) 及獨立的單向氣閥（12 4)相互組合而成，其組合方式係於塾片（工 6 201121539 具凹環槽（1 2 3 2)之纽（MW)，並於單向氣間 (124)外、·麵成—可與凹環槽(1232 以達組合從之目的。 ^ a zb) 月再/閱第、圖所不，其係為本發明之第三實施例，其係於奶瓶⑴ 瓶體底部下瓶口（1 2) mm。{1; _ (1 2 1 )鎖組一封閉墊片（3 )，清洗時 可同時取下奶嘴蓋（111) ，月糾 ,£σ n ^ （1 21)’而由上瓶σ (]_ d及下 ()*洗瓶體，達易於清洗奶瓶（1)之目的者。 第七圖及第八圖所示，其係為本發明之第四實施例，其帽 IS) L1 —中空管體（41)，於中空管體（41)之底端出口 (4 3 )，形成一外徑内縮之半 入有-珠體"4、 樣wK42)’於中空管體（4 1)内置 (2 )重力於平時珠體（44)可因本身及奶瓶（1 )内液體 出（ =S體（41)底端之半球狀部（4 2)位置，而將底 ==封閉姻瓦⑴内之液體（2)則不會渗出，當使用奶瓶 (1)將瓶體倒立傾斜時，該玦 λ 〇λ — (44)則離開中空管體（4 1)底端 半求狀( 4 2 )位置’外部空氣則 Φ (4 1)頂端，設有撞止部（4 瓶η内，於中空管體 丄 Μ 5 )’讀止珠體（4 4)掉出者。 另凊參閱第九圖及第十圖所 π w 〃係為本發明之第五實施例，其中該 早向亂閥（5)係呈一錐狀中空管體 孔（⑶内，置^__體（54( U，於中空管體之錐狀 、 4)’而於平_狀體（5 4)可因本 身及奶瓶⑴内液體⑵重力落 中空管體（5 1)底端出口 (51)底端位置，而將 傾辅却編 3 )封閉’當使用奶瓶（1)將瓶體倒立 罢认加^ , &體（51)底端出口(53)位 置H乳則可進人奶版（1：)内，* 止部（5 5 )，以擋止錐狀體（5 4 )掉出者。 5 1)頂鈿，。又有擋 201121539 最後明參閱第十—圖及第十二圖所示，係本發明之第六實施例，其除 於奶瓶（1)瓶體上瓶口（ 11)處以奶嘴蓋（111)所組-第-奶嘴 (1 1 2 )外，其另於奶瓶⑴瓶體底部下瓶口（ 1 2 )以底蓋（1 2 1)鎖、¥奶嘴（1 1 3 )做為通氣閥之用，當嬰幼童吸奶時將奶瓶201121539 VI. Description of the Invention: [Technical Field 1 of the Invention] The present invention relates to a double-opening bottle which is easy to suck and clean, especially a bottle opening at the bottom of a bottle body for a lock group a bottom cover having a middle hole, and a whole piece is arranged in the bottom cover, and one or more one-way air valves having opposite flat portions are provided on the gasket, and the milk bottle is filled with milk When boiling water or beverage liquid, it will exert a pressing force on the two plane parts of the one-way valve of the one-way valve by the pressure of the liquid, and the material of the cymbal and the one-way gas is made of rubber or stone glue. The elasticity of the material is made, and when the bottle is in the longitudinal direction, the milk water, φ (5) water or beverage sputum can be effectively prevented from oozing out from the one-way valve. When the bottle is sucked upside down, the one-way valve is It is not affected by the pressure of the liquid in the bottle. When the nipple is subjected to thieves and the air pressure outside the bottle is unbalanced, the air of the ship will enter from the outer hole of the single-end valve and push open. Two elastic valve plates open the slitting line and the outside air enters the bottle In the body, the balance of the internal and external air pressure of the bottle bottle is formed, and the bottle (4) is smoothly sucked out by the nipple, and at the same time, the nipple cover and the bottom cover can be simultaneously removed when the bottle is cleaned, and the top and bottom of the bottle are removed. The bottle mouth is used to clean the bottle body, and then the bottle design has no dead angle and easy to clean. ® [Prior Art] According to the structure of the conventional nipple (6 2) and the bottle (6), please refer to the 13th and 14th figures. The nipple (6 2 ) includes the front end Wei (6 4 ) and - a flange portion (63) for the bottle cap (6 1 ), wherein the suction portion (64) is provided with a slit (6 4 1 ) on the flange portion (63) for the milk to flow out There are at least - air holes (6 3 1 ), and each air hole (6 31) corresponds to an air guiding groove (63 2 2), and currently available nipples (6 2), the air holes provided thereon include two The stomata (6 3!) on the first nipple (6 2) is formed before the swell, and the stomata (6 31) on the second nipple (6 2) is delivered before 201121539. There is no perforation, and the touch surface is picked up by the shaft to make it smooth. (5) The outside air enters the person, making the touch smooth, and at the same time, the nipple (6 2) (four) part (6 4) disk flange part (6 3 The peripheral edge is formed as a groove (6 2 1 ) for positioning the hole edge of the bottle cap (61). The nipple is locked by the bottle cap (6丄) during use. (6) The bottle mouth, when the milk is sucked out by the sucking part (6 4 ), the bottle (6) The outside air enters the air hole (6 31) through the air guiding groove (7) 3 2), so that the outside air can enter the bottle (6) _ convection ', and the milk can be smoothly sucked out. When the (four) part has no external force, The elastic shouting hole (6 3 1 ) is elastically closed so that the milk water cannot escape from the moth hole, but the pore (6 3 i ) leaves are theoretically prevented from leaking out of the milk water, but due to the pores (6 3 i ) hole The mouth of the bottle (8) itself material miscellaneous (four) "he, its tightness monument, turned by the formation of the self-propelled material piercing, will make the secret (6 3 1) the size of the orifice can not be controlled, and because each - baby thief pacifier ((3) The strength is different' and the pores (6 31) are too large, so the milk in the bottle (6) will still be less than $ from the pores, and the pores of the money hole (6 3 1) are too small, and it is known. The bottle (6) has only the design of the bottle mouth. Although a special cleaning brush is used for cleaning, it is still impossible to clean the dead corner in the bottle (β). [Summary of the Invention] The present inventors have in view of the above-mentioned practical nipple and the practical structure of the _ _ and the need to improve the lack of private moon 匕 provided - In order to enhance the practical effect, the company has devoted its efforts to research and design, and has been comprehensively researched for many years. It is difficult to test the results of the research and design, and finally develop the double touch of the invention. _ bottle to provide users. 201121539 <Control of the efficacy of the prior art> The main purpose of the present invention is to provide a bottom bottom of the bottle by the bottom of the bottle body for locking the bottom cover of the middle hole. And in the bottom cover, a gasket is disposed on the gasket, and one or more one-way air valves having opposite plane portions are provided, wherein the bottle contains the pressure of milk water, boiling water or beverage liquid For the one-way air valve, the two flat portions of the valve plate form a pressing force, and the gasket and the one-way air valve are made of materials such as rubber or silicone rubber, and are longitudinally formed in the milk pan. When it is used, it can effectively prevent the liquid in the bottle from oozing out from the one-way gas. When the bottle is sucked and blown upside down, the one-way valve is not subjected to the pressure of the liquid in the bottle, and when the nipple is subjected to the pressure Sucking and unbalanced air pressure inside and outside the bottle At the time, the air outside the bottle enters through the hole in the outer end of the one-way valve and pushes the one-way air valve so that the outside air enters the bottle body, which constitutes the balance of the air pressure inside and outside the bottle bottle, and makes the bottle body The liquid is smoothly and smoothly sucked out by the nipple. The second object of the present invention is to provide a bottle mouth by the bottom of the bottle body, and the nipple cover and the bottom cover can be removed simultaneously when the bottle body is cleaned, and the bottle body is cleaned from the upper bottle mouth and the lower bottle mouth, thereby achieving no Dead ends and easy to clean. The Lu-level review committee can better understand the structural features and functions of the present invention, and the drawings are detailed and described in detail later. [Comprehensive application method] Referring to the first, second and third figures, the double-opening bottle of the present invention which is easy to suck and clean is mainly used above the bottle body of the bottle (1) with a nipple cover (111). The nipple (Work 12) is set in the upper bottle mouth ( ii ), and the bottom of the bottle body of the bottle (i) is provided with a threaded bottle mouth (1 2 ) for the lock group to have a middle hole (1 2 2) The bottom cover (χ 2 1), in the bottom cover 201121539 (1 2 1), the group 6 is _ 塾 丄 (丄 2 3 ), and one or more of the cymbals (1 2 3 ) are provided a one-way air valve (124) (as shown in the fourth figure), wherein the one-way air valve (1 2 4) is a columnar body having a hollow hole (丄25) at the end, and the end is not penetrating, One side of the top section of the one-way valve body (1 2 4 ) is formed with a corresponding plane portion (i 2 8 }), and in the one-way gas, (12 4) two corresponding plane parts (work 2 8 There is an open line (work 2 7) between the work) to penetrate with the hollow hole (12 5) of the one-way air valve (12 4), thereby forming a 'group relative to the bomb 1 · open or closed valve piece (1 2 8 ) 'When the milk thistle (1) contains milk, boiling water or beverage liquid (2), it will be used by (4) 2) The pressure on the unidirectional _ (1 2 4 ) _ (1 2 8 ) of the two plane parts (12 81) to form a pressing force, plus the cymbal (12 3) and the one-way valve ( 1 2 4) The material elasticity of the Φ rubber squama (4) is made, and when the bottle (1) is longitudinally or still covered by the liquid (2) in the bottle (1), it can effectively prevent the one-way valve from being milk, boiling water or beverage. (Working 2 4) Exudation, when the infant is sucking milk, the bottle (1) is tilted upside down for suction, and the one-way air valve (丄2 4 ) is not subject to the pressure of the liquid (2) in the bottle. When the nipple (I 2) is sucked (4), the air pressure inside and outside the bottle is unbalanced, and the air outside the bottle (1) is made up of two holes in the outer side of the one-way 丨(丨2 4 ) (1 2 5 〕 Enter 'and push the two elastic valve pieces (1 2 8 :) to make the cutting line produce 2 7) to open π outside # air into the bottle 'constituting the bottle (1) bottle inside and outside the pressure balance ' The liquid in the bottle body is smoothly and smoothly sucked out by the nipple (worker 2), and the invention has a lower bottle mouth (i 2 ) at the bottom of the bottle body of the bottle (1), and the nipple can be removed at the same time when the bottle body is cleaned ( 1 1 1) and the bottom cover (i 2 work), and the bottle body is cleaned by the upper bottle mouth (丄i) and the lower bottle mouth (1 2), thereby achieving the purpose of no dead angle and easy cleaning. Please refer to the fifth embodiment, which is a second embodiment of the present invention. The unidirectional air chamber (the work 2 4) can be formed by the body forming method instead of the spacer (}2 3). The gasket (Jade 2 3) and the independent one-way air valve (12 4) are combined with each other, and the combination method is attached to the cymbal (Working 6 201121539 with a concave ring groove (1 2 3 2) New Zealand (MW). And in the unidirectional air (124), the surface can be combined with the concave ring groove (1232 to achieve the purpose of the combination. ^ a zb) Month / read the first, the figure is not, it is the first The third embodiment is attached to the bottom of the bottle (1) at the bottom of the bottle body (1 2) mm. {1; _ (1 2 1) lock group is a closed gasket (3), and the nipple cover can be removed simultaneously during cleaning (111) ), month correction, £σ n ^ (1 21)' and the bottle is σ (]_ d and lower ()* to wash the bottle, which is easy to clean the bottle (1). Figure 7 and Figure 8 As shown in the fourth embodiment of the present invention, the cap IS) L1 - the hollow tubular body (41) is formed at an outer diameter outlet (4 3 ) of the hollow tubular body (41). The semi-indentation has a -bead body "4, sample wK42)' built in the hollow tube body (4 1) (2) gravity in the usual bead body (4 4) It can be due to the liquid in the bottle (1) and the hemispherical part (4 2) at the bottom end of the body (41), while the bottom == the liquid in the enclosed wattage (1) (2) will not Exudation, when the bottle is tilted upside down using the bottle (1), the 玦λ 〇λ - (44) leaves the hollow tube body (4 1) at the bottom half of the shape (4 2 ) position 'outer air Φ (4 1) The top end is provided with a collision stop (4 bottles of η, in the hollow tube body 丄Μ 5 ) 'Reading the bead body (4 4) is dropped out. See also the ninth and tenth figures The π w 〃 is the fifth embodiment of the present invention, wherein the early chaotic valve (5) is a tapered hollow tubular body hole ((3), and the ^__ body (54 (U, in the hollow tube) The cone of the body, 4)' and the flat body (5 4) may fall due to the gravity of the liquid (2) in the bottle (1) and the bottom end of the bottom end outlet (51) of the hollow tube (5 1). Supplementary compilation 3) Closed 'When using the bottle (1), put the bottle upside down and add ^, & body (51) bottom end outlet (53) position H milk can enter the milk version (1:), * Stop (5 5 ) to stop the cone (5 4 ) from falling out. 5 1) Top 钿, and also block 201121539 Last See 10th and 12th, which is a sixth embodiment of the present invention, except for the bottle mouth (11) of the bottle (1), the nipple cover (111) is set - the first nipple (1) 1 2) In addition, it is used in the bottom of the bottle (1) at the bottom of the bottle (1). The bottom cover (1 2 1) is locked and the nipple (1 1 3) is used as a venting valve. Bottle
(1 )主倒立傾斜進行吸辦，將使奶瓶（丄）外部之空氣由奶嘴（U 3 )之通氣孔（1 1 4 )進人瓶體内，構成她（！）瓶體内外氣壓之平 衡者。 於月ύ述底蓋（1 2 1 )之底部設有多數凸點（】2 2 1 )，以利奶瓶（1 ) 瓶體之置放者。 綜上所述’本發明具提供有效控制外部空氣進入瓿體内造成奶瓶内外 氣麼平衡使易於吸吩及清洗觀體無死角且易清洗之功效，為一甚具新穎 J·生、進步性及可供產業上應用之發明，實已符合新型專利之給予要件，爰 依法提出專利申請，尚祈f審查委員能詳予審查，並早日賜准本案專利， 實為德便。 【圖式簡單說明】 第-圖係本發賴舉其巾—雜佳實麵之立體分解圖。 第二圖係本發養爐雜縱姑放未使㈣之實施例局部剖示圖。 第三圖係本發養舰雜使科倒域斜時之實麵剖示圖。 第四圖係本發明於墊壯設—個以上單向氣閥之實施例圖。 第五圖係本發明塾片與單向氣閥為各別構件而相互组合之第二實施例^ 剖示圖。 貝《•歹|局口[5 第六圖係本發.奶瓶瓶體底部下瓶σ以底蓋鎖組_封閉塾圈片之第— 施例立體分解圖。 貫 201121539 第七圖係本發明之第四實施例於未使用時之局部剖示圖。 第八圖係第七圖所示於使用時之局部剖示圖。 第九圖係本發明第五實施例於未使用時之局部剖示圖。 第十圖係第九圖所示於使用時之局部剖示圖。 第十-圖係本發明於舰㈣底部喊蓋舰—奶嘴做為通氣 第六實施例立體分解圖。 第十一圖係第 圖所示之剖示圖。 第十三圖係習知奶瓶於未使用時之剖示圖。 第十四圖係習知奶瓶於使用時之局部剖示圖 【主要元件符號說明】 (1)(6)奶瓶 （11)上瓶口 (1 1 2 ) ( 1 1 3 ) ( 6 2 )奶嘴 C12)下瓶口 (1 2 2)( 1 2 3 1 )中孔 (12 3)墊片 （1 2 3 2)凹環 (1 24)(4)(5)單向氣閥 (12 5)中空孔（12 6)凸環緣 (1 2 8)閥片 (2 )液體 (3 )封閉墊片 .(41)(51)中空管體(1) The main inverted tilt is used for suction, so that the air outside the bottle (丄) is introduced into the bottle from the vent (1 1 4) of the nipple (U 3 ), which constitutes the balance of the air pressure inside and outside the bottle (!) By. Yu Yue said that the bottom of the bottom cover (1 2 1 ) has a number of bumps (] 2 2 1 ) to facilitate the placement of the bottle (1) bottle. In summary, the present invention provides an effective control of the external air entering the crucible body to cause a balance between the inside and outside of the bottle, so that it is easy to suck and clean the body without dead angle and easy to clean, and is a novel J. And the inventions that can be applied in the industry have already met the requirements for the granting of new patents. The patent application is filed according to law, and the review committee of the committee can review it in detail, and the patent for this case will be granted as soon as possible. [Simple description of the diagram] The first-picture is a three-dimensional exploded view of the towel. The second figure is a partial cross-sectional view of the embodiment of the present invention. The third picture is a solid cross-sectional view of the spoiler of the ship. The fourth figure is a diagram of an embodiment of the present invention in which more than one one-way air valve is built. Fig. 5 is a cross-sectional view showing a second embodiment of the present invention in which the cymbal and the one-way valve are combined with each other for respective members.贝"•歹|局口[5 The sixth picture is the hair. The bottle under the bottom of the bottle bottle σ with the bottom cover lock group _ closed the ring piece of the first - the three-dimensional exploded view of the case. The seventh figure is a partial cross-sectional view of the fourth embodiment of the present invention when not in use. Figure 8 is a partial cross-sectional view showing the seventh diagram in use. The ninth drawing is a partial cross-sectional view of the fifth embodiment of the present invention when it is not in use. Figure 10 is a partial cross-sectional view of the ninth diagram shown in use. The tenth-picture is a three-dimensional exploded view of the sixth embodiment of the present invention at the bottom of the ship (four). The eleventh figure is a cross-sectional view shown in the figure. The thirteenth figure is a cross-sectional view of a conventional bottle when not in use. Figure 14 is a partial cross-sectional view of the conventional bottle when it is used [Explanation of the main components] (1) (6) bottle (11) bottle mouth (1 1 2 ) (1 1 3 ) ( 6 2 ) nipple C12) Lower bottle mouth (1 2 2) ( 1 2 3 1 ) Middle hole (12 3) Gasket (1 2 3 2) Recessed ring (1 24) (4) (5) One-way air valve (12 5) Hollow hole (12 6) convex ring edge (1 2 8) valve plate (2) liquid (3) sealing gasket. (41) (51) hollow tube body
凹環槽 (1 2 7)切開線 (12 81)平面部 (4 2)半球狀部 201121539 (4 4)珠體 (5 4)錐狀體 (6 4)吸吮部 (4 3 ) ( 5 3 )底端出口 (4 5 (5 5)擋止部 (5 2)錐狀孔 (61 )瓶蓋 （6 3)凸緣部 (6 41)切縫 (6 21)嵌槽 （6 3 1 )氣孔 (6 3 2 )導氣槽Concave ring groove (1 2 7) incision line (12 81) plane portion (4 2) hemispherical portion 201121539 (4 4) bead body (5 4) cone (6 4) suction portion (4 3 ) ( 5 3 ) bottom end outlet (4 5 (5 5) stopper (5 2) tapered hole (61) bottle cap (63) flange portion (6 41) slit (6 21) slot (6 3 1 ) Air hole (6 3 2 ) air channel