200812871 九、發明說明： 本鲞明係關於一種飲料，特別是碳酸飲料，的容器， 及係關於敘述於國際專利申請案第PCT/GB2〇〇5/〇〇〇986號 的谷為形式，其不形成該技藝一部分。本發明係特別，雖 然並非〃、疋，關於此種具廣口的容器，亦即具直徑超過約 25笔米或更多，較佳為超過約38毫米或幻毫米。200812871 IX. INSTRUCTIONS: This is a container for a beverage, in particular a carbonated beverage, and is in the form of a valley described in International Patent Application No. PCT/GB2〇〇5/〇〇〇986. Does not form part of the skill. The present invention is particularly, although not awkward, a container having a wide mouth, i.e., having a diameter of more than about 25 meters or more, preferably more than about 38 mm or an imaginary millimeter.
二飲料瓶典型上擁有具餘顧28絲或更少的區域 之窄口瓶，已知數種密封瓶子頂部至瓶子頸部的方式但要 了解當平口直徑增加時產生密封於微飲料容器的問題指 數地增加目為蓋子細或獅的面積係如挪平方增加， 若萬-容ϋ蓋子或其韻失效時，氣顏力會釋出且蓋子 甚至會爆魏投向线絲為倾的損失及潛在損傷旁 人。未碳酸化飲料亦會發生類似密封問題因為若容器受到 高溫’如暴露於直接日日麗，在容器頂空的氣體壓:會增 加及右谷益為不足夠地密封，此會造成氣體至大氣的洩 露，此並非其本身本質問題，而是當容器再:欠冷卻時，負 壓產生於触，使得狀大氣氧氣。此會造成容ϋ内容物 的氧化，使得它們不能再飲用。 如在第1圖所見，該瓶子2為具軸3及至少 --—個相 尺寸的部分4的概略圓柱形狀，部分4的直徑大於哼j 的直徑，原因將解釋於下文。在此情況下瓶子係由塑^ 料模製而成且其具廣口，且直徑大於由瓶子頸部8所） 的28毫米，該頸部8在由内部表面1〇(内部表面川相j 軸3向上及向外傾斜)及外部表自12(其係相關於轴^ 200812871 舜f内傾斜)所定義的瓶緣部分結束。該表面10及12於是 的外部直徑，_是其瓶緣部分，攸開始自 、、:下土曰加。然而’其接著在基本上垂直於軸3延伸的 =下導引環狀肩部14突然減少，然而，該瓶緣部分的内徑 開始自頂部向下減少。 如在第2圖所見，該蓋包含整體式組件，較佳為由彈 擔如聚丙烯—體難，其包括有形狀的閉合板， 體的是腹板16 ’當該蓋連接至瓶子時，腹板於瓶子 讀上延伸，與職板16整_是她瓶緣18，其沿該 方部分耕部向下延伸，與載緣18下緣整體連接 、’疋在相鄰其下緣的位置與該瓶緣内部表面整體的環狀 ’該凸緣2G在軸向區段視圖加長及係藉由彈 板22連接至該瓶緣18，其係為減少厚度的及由 此構成弱點或預輯裂點的環狀線。在—個周圍位 至該蓋的是啟斷標記μ，其在該瓶緣18下緣下方向下延 伸，此標記係在其侧由兩條弱點線26，亦即減 連接至該邊緣18。 該蓋的閉合㈣_的及於是#其連接絲子時會延 伸進入瓶子頸部合板包含壁部分30，壁部分大^上 向下及向内延伸及在其下、緣與基底部分32合併，基底=分 為向下弓形的，亦即為向下彎曲凸面形狀。 ' 此蓋係以其所麵的翻稀帛2目，在此構型中， 該凸緣20向下及向内延伸及其下緣直徑小於瓶子邊緣的 上緣直徑然而其上緣直徑大於瓶子邊緣的上緣直徑。緣 200812871 請Ϊ蓋係藉㈣單滑人配合步驟繫緊及密封於該瓶子， 降下^2該蓋進人瓶子邊緣及接著施力而完成。當 該凸緣20下方邊緣與瓶緣接觸，此使得該凸 腹板22向峨轉，當該蓋的向下運動持續時，該凸 '^0向下鷄與絲面12 _，如在紅騎示，且在 表面的增加直徑使得該凸緣的_持續，由此 瓶緣18的内梅^ trrr面接觸。_ ’在_蓋的動維 使得由該腹板丨6 尺寸 巾目盍的些微進一步向 :!=足以允許該凸緣20自由端移動通過該肩部14，直 接者由該腹板22的彈力在相反方向，亦即向内旋轉及由ς :!=_主，如在第3圖所示。該蓋現在保持在 以足以二二2且必須損壞或變形之才能移除’該張力 唯持，密封沿該環狀接觸線形成的接麵力 、准持該腹板16的底側與該邊緣上方 Μ的張力亦叹胸保第二氣體 狀 的接觸麼力維持該凸缝^ 1 樣接觸線形成 合。而且，該連接腹板22的彈===4表面密 1面:瓶子側面接觸及該接觸厂_=^ =第若需Γ可藉由環狀珠粒或凸緣17的細^ 此珠粒Π域置及定尺倾得錢由_瓶子邊緣接 200812871 觸而侧邊地變形及於是由其彈力迫使與該邊緣側面接觸及 於疋形成進一步密封。若萬一在瓶子的壓力升高至足以變 形該帽蓋使之離開該瓶子邊緣的高值，由此破壞該第一氣 體袷封，壓力氣體會流入由該邊緣外部表面、該瓶緣18及 該凸緣2G狀義啦間，此壓力會制麟凸緣20以將 之更緊㉖地壓向該邊緣侧面，由此增加該第三氣體密封的 完整。 • =需要進一步密封完整，如在該所說明的具體實施 例長：彳’、進步氣體岔封於該邊緣表面及該壁部分％ 的減表® 34之間。於是在此具體實侧，這兩個表面係 以與另-個密封嗜合的互補密封表面形成，若萬一在瓶中 的壓力因二氧化碳自碳酸飲料之釋出的結果或是因溫度升 造成於瓶子頂空氣體膨脹的結果而變為練大氣壓，内 ㈤基底部分32的巾心會向上變形及此本f地造成該基底 部分32的外部邊緣及該壁部分3〇的下方邊緣些微向外移 瞻動’此會造成在密封表面1〇及34之間接觸壓力的增加及 因而此進-步氣體密封完紐的加強。所以如本發明的飲 齡器不僅具第-及第二氣體密封亦具進_步氣體密封， 當在該容器内的氣體壓力增加時，此進一步密整 密封能力增加。 ^ 若輕打_瓶子，使用者僅抓健啟斷標記24的下 方邊緣及將之向外拉出，弱線26立即或伸長及連接至 該腹板I6的該標記24的上方邊緣旋轉，由此破壞該 及第三氣體密封，此旋轉傳送至微板16，其於是遠_ 200812871 子邊緣移動，於是破壞該第一氣體密封，該腹板16的移動 亦引起該密封表面10及34局部地分離，於是亦破壞令進 一步氣體密封，容器因而減壓。該標記24的向外移^^始 該薄連接腹板22的撕裂，及一旦撕裂開始藉由運用向上及 向外的壓力於該標記24使之持續是一件簡單的事直到瓶 唇與該凸緣20完全斷開，其留在沿瓶子頸部的適當位置， 此時丟棄該瓶唇及分配或喝瓶子内容物。Two beverage bottles typically have a narrow-mouth bottle with a circumference of 28 filaments or less. There are several ways to seal the top of the bottle to the neck of the bottle, but to understand the problem of sealing the micro-drink container when the diameter of the flat mouth is increased. Exponentially increase the size of the cover or the area of the lion, such as the square of the increase, if the cover of the Wan-Yong-Yi or its rhyme fails, the qi force will be released and the cover will even explode the loss and potential of the wire. Injury to others. Similar sealing problems occur in uncarbonated beverages because if the container is exposed to high temperatures, such as exposure to direct sunlight, the gas pressure in the headspace of the container will increase and the right valley will not seal enough, which will cause the gas to the atmosphere. The leak, this is not its own essential problem, but when the container is again: undercooling, the negative pressure is generated by the touch, making the atmosphere oxygen. This causes oxidation of the contents of the contents, making them no longer drinkable. As seen in Fig. 1, the bottle 2 is of a generally cylindrical shape having a shaft 3 and at least a portion 4 of a phase size, and the diameter of the portion 4 is larger than the diameter of 哼j, as will be explained below. In this case, the bottle is molded from a plastic material and has a wide mouth and a diameter larger than 28 mm from the neck 8 of the bottle, and the neck 8 is 1 由 from the inner surface (the inner surface is the j-axis) 3 is tilted upwards and outwards) and the outer table ends at the edge of the bottle defined by 12 (which is related to the axis ^200812871 舜f). The outer diameters of the surfaces 10 and 12, _ are the edge portions of the bottle, and the 攸 starts from the bottom of the soil. However, it then abruptly guides the annular shoulder 14 down substantially perpendicular to the axis 3, however, the inner diameter of the bottle edge portion begins to decrease from the top downward. As seen in Fig. 2, the cover comprises a unitary assembly, preferably made of a resilient body such as a polypropylene body, which comprises a shaped closure plate, the body being a web 16' when the cover is attached to the bottle, The web is extended on the bottle, and the front panel 16 is the edge of the bottle 18, which extends downward along the portion of the tilling portion, integrally connected with the lower edge of the carrier edge 18, and is positioned adjacent to the lower edge of the carrier edge. An annular ring integral with the inner surface of the bottle edge. The flange 2G is lengthened in the axial section view and is connected to the bottle edge 18 by a spring plate 22, which is reduced in thickness and thereby constitutes a weakness or a pre-set The loop line of the crack. To the periphery of the cover is a break-off mark μ which extends downwardly below the lower edge of the bottle edge 18, the mark being on its side by two weak dotted lines 26, i.e., reduced to the edge 18. The closing (four) of the cover and then the connecting of the filaments into the bottle neck panel comprises a wall portion 30 which extends upwardly and inwardly and merges with the base portion 32 at its lower edge. The base = is divided into a downward bow shape, that is, a downward curved convex shape. 'This cover is in the shape of a thinner 2 mesh. In this configuration, the flange 20 extends downwardly and inwardly and its lower edge has a smaller diameter than the upper edge of the edge of the bottle. However, the upper edge has a larger diameter than the bottle. The upper edge diameter of the edge.缘 200812871 Please use the cover to fasten and seal the bottle, and lower the ^2 to cover the edge of the bottle and then apply force. When the lower edge of the flange 20 is in contact with the edge of the bottle, the convex web 22 is turned to the side, and when the downward movement of the cover continues, the convex '^0 downwards the chicken and the silk surface 12 _, as in the red Riding, and increasing the diameter on the surface causes the _ of the flange to continue, whereby the inner rim of the rim 18 is in surface contact. _ 'The moving dimension of the cover is such that a slight further change from the web 丨 6 size towel:! = is sufficient to allow the free end of the flange 20 to move through the shoulder 14 directly from the elastic force of the web 22 In the opposite direction, that is, inward rotation and by ς :! = _ main, as shown in Figure 3. The cover is now held at a level sufficient to be removed by two or two and must be damaged or deformed. The tension is maintained along the annular contact line, and the bottom side of the web 16 is held against the edge. The tension of the upper jaw also sighs the second gas-like contact of the chest to maintain the joint. Moreover, the elastic of the connecting web 22 ===4 surface is densely closed: the side contact of the bottle and the contact factory _=^ = if necessary, the beads can be closed by the annular bead or the flange 17 The 置 置 及 定 定 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 If the pressure in the bottle rises sufficiently to deform the cap to a high value away from the edge of the bottle, thereby destroying the first gas seal, the pressurized gas will flow into the outer surface of the edge, the edge 18 and The flange 2G is shaped to press the flange 20 to press it 26 more tightly toward the edge side, thereby increasing the integrity of the third gas seal. • = further sealing integrity is required, as in the specific embodiment described herein: 彳', the progress gas is sealed between the edge surface and the % of the wall portion minus 34. So on this concrete side, the two surfaces are formed with a complementary sealing surface that is compatible with the other seal, if the pressure in the bottle is caused by the release of carbon dioxide from the carbonated beverage or due to temperature rise. As a result of the expansion of the top air of the bottle, the atmosphere becomes atmospheric, and the inner (5) base portion 32 of the base portion 32 is deformed upwardly and the outer edge of the base portion 32 and the lower edge of the wall portion 3 are slightly outwardly outward. This will cause an increase in the contact pressure between the sealing surfaces 1 and 34 and thus the enhancement of the gas-tight seal. Therefore, the ageing device of the present invention not only has the first and second gas seals but also has a gas seal which increases the sealing ability when the gas pressure in the container increases. ^ If the _ bottle is tapped, the user only grasps the lower edge of the health break mark 24 and pulls it outward, and the line of weakness 26 is immediately or extended and connected to the upper edge of the mark 24 of the web I6, by This destroys the third gas seal, which is transmitted to the microplate 16, which then moves farther than the 200812871 sub-edge, thereby destroying the first gas seal, and the movement of the web 16 also causes the sealing surfaces 10 and 34 to partially Separation, and thus destruction, further gas seals, and the container is thus depressurized. The outward movement of the indicia 24 initiates the tearing of the thin connecting web 22, and once the tearing begins by applying the upward and outward pressure to the indicia 24, it is a simple matter until the bottle lip Completely disconnected from the flange 20, which remains in place along the neck of the bottle, at which point the bottle lip is discarded and the contents of the bottle are dispensed or consumed.
…如上文所敘述，當於軸向觀看時，瓶子本體具輪廓名 該瓶唇輪廓下方延伸的-或更多隆凸4，此表示當數個迫 種瓶子侧邊接侧邊包裝在一起時，它們僅在隆凸與另一伯 接觸及相鄰瓶的瓶唇不會與另一個接觸，由此消除該瓶眉 意外地成為被移動的，因此排氣相關容器的内部之風險^ 瓶子基底亦具-種互槪歸上絲_形狀之形狀^ 瓶子可簡單地及密封地堆疊於另一個頂部上。 在第ό圖所說明的經改良具體實施例中，壁部分％的 外部表面具環紐凸4〇，其齡械緣_表面的凹處之 表面，若萬-在瓶_氣體壓力升高至足以向上變形該觀 唇至足以破壞該第―氣體密封的程度之值，如所說明，該 隆凸上方部分與凹處表面的接觸壓力會增加，由此增加該 步氣體密封的完，及補償該氣體密封的損 隆凸亦可由該瓶緣内部表面攜帶，在此情況該凹處 4成於該壁部分3〇 ’料—在容瓶⑽氣體動實質升 回，5亥隆凸下方部分的接觸壓力會增加。 雖然在先前申請案所敘述的容器為非常有效的及產生 10 200812871 可靠氣體密封，咸信若加熱容器至極高溫，例如置於陽光 下’特別是當容器内的飲料為石炭酸化的，失效仍有可能發 生二在此情況，在容n触喊觀力會升高至—種高值 使得該閉合板向上變形-顯著轉，此變形會造成相依瓶 緣的顯著變形使得其遠離容器頸部移動—顯著距離，整體 枢紐的彈力接著使得該環狀密封凸緣相關於該相依瓶緣及 該容器旋轉直到顺觸於第7圖係顯示本案容器頂部部 分-半的片段圖所說明的位置。在該點之後的任何進一步 移動會造成該密封凸緣因為作用於其上方表面的實質氣體 壓力而向下旋轉及因而造成容器的爆炸性降壓，可能地伴 瓶唇因5緣體壓力而凸出進人空氣中。全不說對 方觀者祕的顺，會使容如容物不能使闕及非常可 能自該容器被迫地排出。 、所以本發明目的為提供_種飲料容器，特別是廣口形 式的’其具包含一般由碳酸飲料所產生的壓力之可靠密封 …即使疋在相當鬲的大氣溫度情況下，但若萬一非常 =内壓產生，其會將容_部排至其可容易包含的較低 £而不會知失該瓶唇或是該容器内容物及不會使得壓力 降至大氣壓。 2本發明飲料容器包含具中間軸及係由彈性材料的唇 緣所雄=的儲存容器，該儲存容n包括定義開 口的一個頸 、二a板的唇緣，與其一體的是沿該頸外部表面延伸 ^才:瓶、、彖，该瓶緣攜帶一環狀凸緣，其係於該頸部外部 文面.、向下指向環狀肩部的底侧密封嚙合，其特徵在於該 11 200812871 環狀凸緣係齡鉸私軸_ 該環 白 加長的，在於該環狀凸緣自由端二 =部f_，在於該瓶緣内部表面攜帶—種環 狀隆凸，其與該環狀凸緣—側表面密封嗜合，另-例= 係與該頸部外部表面密封 、j表面 部矣而—^ 於疋裱狀室係由該瓶緣内 =:該械凸、緣-側表面、該隆凸及該鉸接所定義，...as described above, when viewed in the axial direction, the bottle body has a profile name - or more protuberances 4 extending below the lip contour of the bottle, which means that when the side edges of the plurality of forced bottles are packed together They only contact the other crown in the protuberance and the bottle lip of the adjacent bottle does not contact the other, thereby eliminating the risk that the bottle eyebrows are accidentally moved, thus the interior of the exhaust-related container ^ bottle base There is also a kind of mutual 槪 上 _ shape of the shape ^ bottles can be simply and sealed stacked on top of the other. In the modified embodiment illustrated in the second figure, the outer surface of the wall portion % has a ring-shaped convex surface, the surface of the concave edge of the surface of the machine edge, and the pressure of the gas in the bottle is raised to Sufficient to deform the lip upward enough to destroy the degree of the first gas seal, as illustrated, the contact pressure of the upper portion of the protuberance with the concave surface may increase, thereby increasing the completion of the gas seal of the step, and compensating The gas-tight damage protuberance may also be carried by the inner surface of the bottle edge, in which case the recess 4 is formed in the wall portion 3 - the gas in the bottle (10) is substantially raised back, and the lower portion of the 5 Contact pressure will increase. Although the container described in the previous application is very effective and produces a reliable gas seal of 10 200812871, it is still hot if the container is heated to extreme temperatures, such as in the sun, especially if the beverage in the container is charcoalized. It may happen that in this case, the swaying force will rise to a high value such that the closing plate deforms upwards - a significant change, which causes a significant deformation of the dependent bottle edge to move away from the container neck - At a significant distance, the spring force of the integral hub then causes the annular sealing flange to rotate relative to the associated bottle edge and the container until the position illustrated by the top portion-half segment of the container of the present invention is shown. Any further movement after this point causes the sealing flange to rotate downward due to the substantial gas pressure acting on its upper surface and thus cause an explosive depressurization of the container, possibly with the lip of the bottle protruding due to the pressure of the 5 edge. Enter the air. Not to mention the succinctness of the party, it will make it impossible for the contents to be ejected and it is very likely to be forced out of the container. Therefore, the object of the present invention is to provide a beverage container, in particular in the form of a wide mouth, which has a reliable seal comprising pressure generally generated by a carbonated beverage... even if it is at a relatively high temperature, if it is very = Internal pressure is generated which will discharge the volume to the lower portion that it can easily contain without knowing the lip of the bottle or the contents of the container and not causing the pressure to drop to atmospheric pressure. 2 The beverage container of the present invention comprises a storage container having an intermediate shaft and a lip which is made of a resilient material, the storage volume n comprising a neck defining a slit, a lip of the two a plate, and integral with the outer portion of the neck The surface extends: the bottle, the crucible, the bottle edge carries an annular flange attached to the outer surface of the neck, and the bottom side of the annular shoulder is sealingly engaged, characterized by the 11 200812871 ring Flange-type hinged hinge axis _ the ring is elongated in the annular flange free end two = part f_, in the inner surface of the bottle edge carrying a kind of annular protuberance, and the annular flange - The side surface seals the instinct, another example = is sealed with the outer surface of the neck, the surface of the j is 矣 - ^ in the rim chamber from the inside of the bottle =: the convex, edge - side surface, the ridge Convex and the hinge are defined,
及在於提供氣體通道，翻顧雜室及大氣之間延伸。 =是如本發明容本上與在緒申請案的容器相同 瓶特徵’第一個為環狀隆凸或脊柱於該相依 表面上，其係定尺寸或放置使得其與該密封凸 J外部·面接觸及於是使職形成氣體密封，此合進一 步加強容器的密封完整性。而且，由該隆凸施於該: =卜部表_壓力會進—步增加該贿凸_部表面盘該 頌科部表面之間的接觸壓力，於是更進一步加強容哭的 赠完整性。形成與該環狀密封凸緣的密封之該環狀隆凸 ^供縣f絲補獄㈣摘麟㈣表面、該環 狀费封凸料部絲面、職凸及該鉸接所定義，此室— 般自該容器内部密封但是經由一或更多氣體通道與大氣相 ，、’該氣體通道可以任何定義該環狀室的組件提供但是較 佳為，多—個小孔於整體鉸接的形式提供。若萬一在容器 内2氧體動賴至造成該她鱗離職容魏部的高 值時，在此情況瓶唇必須亦移動不與該容器頸部連接，在 唇，内部的隆凸移動不與該密封凸緣接觸及該環狀室將與 。亥至内部相通’然而，該室亦與大氣相通及所以容器内部 12 200812871 會排氣至大氣，所以容器壓力開始下降但是一旦其達到某 一較低值，瓶唇的彈力會造成各種密封恢復及，特別是， 在恢復其與該密封凸緣的密封之該環狀隆凸，該容器的排 氣接著結束及在該容器内的壓力被維持於較低及更可接受 的位準，及消除該容器唇或内容物損失的風險。 較佳為該整體鉸接為彈性的及其彈性使得其該另一侧 表面养著該頸部外部表面，較佳為該閉合板為向下凹的及 於是延伸進入該頸及包含基底部分，與其一體的是向上延 伸的土4刀’其係連接至該相依狀緣。亦較佳為該向上延 伸的壁部分係經由一種環狀腹板連接至該相依瓶緣，其底 側係於該頸部表面延伸及係維持與其密封嚙合。 如本舍明的该谷裔及唇緣係基本上與參考第1至6圖 所敘述的_及所以未重複敘述。然而，存在兩個主要^ 異0It also provides a gas passage to extend between the chamber and the atmosphere. = is the same bottle characteristics as the container of the present application as described in the present invention. The first one is an annular protuberance or a spine on the dependent surface, which is dimensioned or placed such that it is external to the sealing projection J. The surface contact and thus the formation of a gas seal, this combination further enhances the sealing integrity of the container. Moreover, the embossing is applied to the embossing: the pressure is increased to increase the contact pressure between the surface of the scallop and the surface of the scorpion, thereby further enhancing the integrity of the crying. Forming the annular protuberance with the seal of the annular sealing flange, the surface of the county f-filament (4), the surface of the ring, the surface of the annular seal, the convex surface and the hinge, and the hinge - generally sealed from the interior of the vessel but via one or more gas passages and the atmosphere, 'the gas passage may be provided by any component defining the annular chamber, but preferably, the plurality of orifices are provided in the form of an integral hinge . In the event that the oxygen in the container is motivated to cause the high value of the scallops, the bottle lip must also move without connecting to the neck of the container. In the lip, the internal bulge does not move. Contact with the sealing flange and the annular chamber will be in contact. From the inside to the inside of the room' However, the chamber is also open to the atmosphere, so the inside of the container 12 200812871 will be vented to the atmosphere, so the pressure of the container begins to decrease, but once it reaches a certain lower value, the elasticity of the bottle lip will cause various seals to recover and In particular, upon restoration of the annular protuberance that seals the sealing flange, the venting of the container is then terminated and the pressure within the container is maintained at a lower and more acceptable level, and eliminated The risk of loss of the container lip or contents. Preferably, the unitary hinge is resilient and resilient such that the other side surface carries the outer surface of the neck, preferably the closure panel is downwardly concave and then extends into the neck and includes the base portion, Integral is an upwardly extending soil 4 knife' that is attached to the associated edge. It is also preferred that the upwardly extending wall portion is joined to the associated bottle edge via an annular web, the bottom side of which extends over the neck surface and maintains sealing engagement therewith. The grain and lip system of the present invention are basically as described with reference to Figures 1 to 6 and are not repeated. However, there are two main differences
^首先，該整體鉸接22具一或更多小洞50形成於其中 第二^環狀脊柱或隆凸52係整體地形成於該相依邊緣] 的内邛表面，當該瓶唇滑入配合於該容器，其經由幾乎18 向上紋轉進入第9圖所示的構型，迫使該隆凸52與該密: 凸緣f的外部表面接觸及形成與其的密封，由該隆凸施 於，密封凸緣的力亦產生該密封凸緣内部表面對該頸部 外部表面的接觸壓力之增加及絲器密封因而在兩個個 區域同時增強。而且，環狀室54係由雜凸52、該密: 凸緣20、該整體鉸接22及該相依邊緣18所定義，此^ 由該孔洞50與大氣相通但正常係自該容器内部密封， 13 200812871 而’若萬—在該容器内的壓力升高至非常高值，該瓶唇因 該壓力而變形及在該容器頸部的頂部表面及内部表面的密 封破破’该瓶緣亦向外變形及在該隆凸52與該密封凸 緣20之間的密封亦因雨破裂，該容器内部因而經由該孔洞 5〇與大氣相通及於是排氣，該壓力接著降低直到其達到該 瓶唇的彈力足以抵抗在該容II内的減少氣體壓力而恢復其 形狀的值。各種密封接著恢復及該容器内部的排氣結束且 ⑩ 該容器氣體壓力仍在-顯著值，容器内容物於是伴六 器中及仍為有用的。 14 200812871 【圖式簡單說明】 闕圖 敘述於PCT/GB2〇〇5/〇〇〇986的飲料容器將表考相 式的第1至6圖敘述於下文，其中： 第ί圖為具蓋於中間位置然而仍施用瓶子的飲料容哭 的第一具體實施例的垂直區段視圖； 备π 第2圖為在施用於該瓶子之前容器蓋的垂直區段視圖； 第3圖為瓶子上方部分的小片區段視圖其顯示在經施 用及密閉位置的蓋； ^圖為如在第3圖所見瓶子上方部分的側面視圖； 芬* 5圖為顯示啟斷標記的蓋子部分下方的小片視圖； 祝圆 =6圖為如第二具體實施例的蓋及瓶子的小片 =圖為顯示本案容器頂部部分—半的片段圖。 例的敘步特徵及細節可由下列-個特定具飾 實例提供，^出’其齡考相麵式的第8及9圖做; 8圖為類似第6圖該容哭辰給、上 第9 口人备口口層、、彖一 +的圖解視圖；1 視圖。®為虽施用於該容器時，該唇緣-半的類似圖i 200812871 【主要元件符號說明】^ First, the integral hinge 22 has one or more small holes 50 formed therein in which the second ring-shaped spine or protuberance 52 is integrally formed on the inner edge surface of the edge, when the bottle lip slides into and fits The container, which is rotated through almost 18 upwards into the configuration shown in Fig. 9, forces the protuberance 52 into contact with the outer surface of the flange: f and forms a seal therewith, which is applied by the protuberance and sealed The force of the flange also creates an increase in the contact pressure of the inner surface of the sealing flange against the outer surface of the neck and the filament seal is thus simultaneously enhanced in both regions. Moreover, the annular chamber 54 is defined by a miscellaneous projection 52, the flange: the flange 20, the integral hinge 22 and the associated edge 18, which is open to the atmosphere by the aperture 50 but normally sealed from the interior of the container, 13 200812871 And 'If the pressure in the container rises to a very high value, the lip of the bottle is deformed by the pressure and the seal on the top surface and the inner surface of the neck of the container is broken. The deformation and the seal between the protuberance 52 and the sealing flange 20 are also broken by the rain, and the interior of the container is thus vented to the atmosphere via the hole 5, and then the pressure is subsequently lowered until it reaches the lip of the bottle. The spring force is sufficient to resist the value of reducing the gas pressure within the volume II to restore its shape. The various seals are then restored and the venting of the interior of the vessel is complete and 10 the vessel gas pressure is still at a significant value, and the contents of the vessel are then still useful. 14 200812871 [Simple description of the drawings] The beverage containers described in PCT/GB2〇〇5/〇〇〇986 are described in the following paragraphs 1 to 6 of the table, in which: Vertical section view of the first embodiment of the beverage in which the bottle is still in the middle position; however, Figure 2 is a vertical section view of the container lid before application to the bottle; Figure 3 is the upper part of the bottle. a small piece view showing the cover in the applied and closed position; ^ is a side view of the upper portion of the bottle as seen in Figure 3; the fen * 5 is a small piece view below the cover portion showing the opening mark; Fig. 6 is a small piece of the cap and the bottle as in the second embodiment = the figure shows a fragment of the top portion of the container of the present case. The step-by-step features and details of the example can be provided by the following specific examples of specific decoration, which are shown in Figures 8 and 9 of the age-appropriate face-to-face; 8 Figure is similar to Figure 6 A portrayal of the mouth, a graphical view of the 彖一+; 1 view. ® is similar to the lip-half when applied to the container i 200812871 [Main component symbol description]
2 瓶子 3 轴 4 部分 6 唇緣 8 頸部 10 内部表面 12 外部表面 14 肩部 16 腹板 17 珠粒 18 瓶缘 20 凸緣 22 叙接 24 標記 26 弱線 30 密合板、壁部分 32 密合板 34 表面 40 環狀隆凸 50 孔洞 52 隆凸 54 環狀室 162 Bottle 3 Shaft 4 Part 6 Lip 8 Neck 10 Internal surface 12 External surface 14 Shoulder 16 Web 17 Bead 18 Bottle edge 20 Flange 22 Threading 24 Marking 26 Weak line 30 Closed plate, wall part 32 Closed plate 34 surface 40 annular protuberance 50 hole 52 protuberance 54 annular chamber 16