1336308 九、發明說明： 【發明所屬之技術領域】 本發明一種加強酒瓶頸部保護之氣體包裝袋，係藉由寬度不 一之瓿頸部氣柱、底座部氣柱、瓶蓋部氣柱、瓶身部氣柱的設置， 於充氣後可以形成底座部、瓶身部、瓶頸部、瓶蓋部等大小不一 之圓柱形的内部空間，恰好配合酒瓶容器之形狀，以穩定收容酒 瓶容器，達到保護避震之功效，特別是對於脆弱之酒瓶瓶頸，更 _ 可使其接叉最佳之緩衝保護；另外設置分隔熱封區，其可將底座 部氣柱、瓶身部氣柱、瓶頸部氣柱及瓶蓋部氣柱分隔成複數個獨 立之氣柱群，氣體無法在該複數個獨立氣柱群之間流通，因此任 • 一獨立之氣柱群破裂，氣體洩漏，則其他之氣柱群仍可保持氣密 ， 的充氣狀態，對酒瓶容器仍具備保護之能力。 【先前技術】 傳統用於緩衝包裝物品之方式，係以一塑膠片上突設複數個 ♦ &起小氣囊泡’將該—娜則包覆於物品外周，藉由該小氣囊 泡吸震緩衝作用，以避免物品於運送途中破裂或損壞。惟，該小 軋囊/包之吸震能力有限，對於較小之衝擊勉強可以產生緩衝作 用，而對於較大之振動或衝擊負荷就無法達成緩衝吸震之目的， 谷易造成物品之破裂損壞。 另外我國專利公告編號第363600號所揭示之緩衝包裝袋： 具有一内侧壁及反向彎折之外側壁，而於内、外侧壁間形成一氣 密至，當充填氣體於氣密室中，藉由内側壁緊密地包覆貼靠於欲 7 1336308 收容物品上，使氣密室内之氣體可對欲收容物品形成一緩衝包覆 效果；又如我國專利公告編號第丨28326號所揭示之緩衝用包裴材 料：係由具備空氣給排口部之止回閥，並以塑膠薄膜製成為方形 之氣在、袋，又將該包裝材料本體使成對折折彎，使重疊成為兩個 空氣之充填收谷部，其中，將該兩空氣之充填收容部之内面各個 別部位至少有一處成線狀黏接，藉該線狀黏接部於充填空氣時， 用以限制該面空氣之充填收容部之鼓膨狀態者。 月’J述之二習知專利案，雖然以氣密室或充填收容部充填空 氣’以保護收容物，達到緩衝包覆效果，惟’其對於酒瓶之類的 圓柱形容器，卻無法達成包裝收容之目的。另外，現今有關氣體 柱袋等之技術’對於峨之類的容器，受限於形狀，仍係無法收 容包裝。本發明主要係針對前叙缺點所作之創新改良。 【發明内容】 本發明之主要目的，係一種加強酒瓶頸部保護之氣體包裝 袋’其藉由寬度不-之瓶頸部氣柱、底座部氣柱、瓶蓋部氣柱、 戒身部氣_設置，使魏體包裝餘絲後可則彡成底座部、 =部、_部、絲部·_之⑽郎，以穩定收容酒瓶 谷益，並且賴脆弱之臟頸部，_緩衝避震之功效。 &本發明之另_目的，係—種加細瓶_保護之氣體包裝 由雜熱封區之設計，將底座部氣柱、瓶身部氣柱、瓶 乱及瓶盖部氣柱分隔成複數個獨立之氣柱群，當任一獨立 8 之虱柱群破裂’碰摘，職他之紐群仍可縣氣密的充氣 狀態’對酒瓶容器仍具備賴之能力。 為了達成本發明，—種加強職聊保護之紐包裝袋，包 括四個部份：—底座部，—瓶身部，—瓶頸部，及-瓶蓋部所組 成；其特徵為：該底座部係由複數底座部氣柱連續設置所組成， U底座卩紐與底座部紐之間以熱封線加时隔；馳身部係 由複數瓶身。卩她連續設置所組成麵^部餘與瓶身部氣柱 之間亦係線加时隔；該瓶騎勤複她騎氣柱連續 設置所組成’該瓶頸部氣柱與瓶頸部氣柱之間設置一分隔熱封 該分隔熱封區具有—長條「回」字狀之封閉熱封線，該「回」 子狀之封閉熱封線的上、下兩側分別連接瓶身部熱封線及瓶蓋部 絲線；該織部係由魅織部錄連軌置所喊，瓶蓋部 轨柱與鍾部紐之_熱封線加时m驗頸部氣柱 具有最大之寬度，底座部氣柱及瓶蓋部氣柱具有第二大之寬度， 而瓶身部氣柱則具有最小之寬度。 a另外’齡隔熱封區驗在其正、背面之底座部氣柱、瓶身 氧柱、瓶解錄及瓶蓋職柱分隔成複數_立之氣柱群， 乳體無法在該複數個獨立紐群之職通，因此左右任一獨立之 _群破裂’氣職漏，則其他之氣柱群仍可保持氣密的充氣狀 態。 為了詳細說明’特舉-實施例加以說明如下，惟該一實施 1336308 例並非用於限制本發明。 【實施方式】 本發明一種加強酒瓶頸部保護之氣體包裝袋（丨），請同時參閱 圖式第一圖所示，係該加強酒瓶頸部保護之氣體包裝袋（1)未充氣 時之正面示意圖；及第二圖，係加強酒瓶頸部保護之氣體包裝袋 (1)未充氣時之背面示意圖。該加強酒瓶頸部保護之氣體包裝袋（1) 包括四個部份：一底座部（10)，一瓶身部（20)，一瓶頸部（3〇)， 及一瓶蓋部（40)所組成。該底座部（1〇)係由複數底座部氣柱（12) 連續設置所組成’底座部氣柱（12)與底座部氣柱（12)之間以熱封 線(51)加以分隔。該瓶身部（2〇)係由複數瓶身部氣柱(22)連續設 置所組成’該瓶身部氣柱(22)與瓶身部氣柱(22)之間亦係以熱封 線(51)加以分隔。該瓶頸部（3〇)係由複數瓶頸部氣柱(32)連續設 置所組成’該瓶頸部氣柱（32)與瓶頸部氣柱(32)之間設置一分隔 熱封區（34)，該分隔熱封區（34)具有一長條「回」字狀之封閉熱 封線，該「回」字狀之封閉熱封線之上、下兩側分別連接瓶身部 (20)熱封線(51)及瓶蓋部（40)熱封線(51)。該瓶蓋部(40)係由複 數瓶蓋部氣柱(42)連續設置所組成，形狀與前述之底座部〇〇)相 似’瓶蓋部氣柱(42)與瓶蓋部氣柱(42)之間亦係以熱封線(51)加 以分隔。其中，該瓶頸部氣柱(32)具有最大之寬度，底座部氣柱 (12)及瓶蓋部氣柱(42)具有第二大之寬度，而瓶身部氣柱(22)則 具有最小之寬度。亦即以寬度由大到小排列，則瓶頸部氣柱(32) 10 1336308 大於底座部氣柱（12)及^瓦蓋’部氣柱(42)，而底座部氣柱（12)及瓶 蓋部氣柱(42)又大於瓶身部氣柱(22)。 请同時參閱圖式第一、二圖，於底座部氣柱（12)之適當位置 處設有正面和背面折疊線（65)(66) ’當充氣時，該正、背面折疊 線(65)(66)恰可提供底座部氣柱（12)作為彎折之用，使從該正面 折疊線(65)到背面折疊線(66)之間的底座部氣柱（12)形成一平緩 的底座，供酒瓶的底座置放。於瓶身部（2〇)及瓶頸部（3〇)之交界 處的左右兩端各設置一縮減部（69)，以配合酒瓶瓶頸直徑縮小之 特徵。同時在瓶身部氣柱（22)及瓶頸部氣柱(32)之交界處設置有 正面和背面分隔熱封線(63X64)，在背面之瓶身部氣柱(22)及底 座部氣柱（12)之交界處設置有背面分隔熱封線(68)，該正面和背 面分隔熱封線(63)(64)(68)與前述之瓶身部（20)熱封線(51)係相 互正父連接’而該分隔熱封線（63) (64) (68)與分隔熱封線 (63)(64)(68)之間具有間隙，使氣體可流通穿過該等間隙。與前 述之底座部（10)相同，於瓶蓋部氣柱(42)之適當位置處亦設有正 面和背面折疊線(61)(62)，當充氣時，該正、背面折疊線(61)(62) 恰可提供瓶蓋部氣柱(42)作為彎折之用，使從該正面折疊線(61) 到背面折疊線(62)之間的瓶蓋部氣柱(42)形成一平緩部，用以包 圍酒瓶的瓶蓋者。 在該加強酒瓶頸部保護之氣體包裝袋（1)正面之一侧適當處 δ又有一進氣口（2)，連接該進氣口（2)設有一進氣道（14),該進氣 11 1336308 道（14)有氣路與每一個正面之瓶身部氣枉(22)連通。氣流再經由 正面之瓶頸部氣柱（32)、瓶蓋部氣柱(42)，繞經背面之瓶蓋部氣 柱(42)、甑頸部氣柱(32)、瓶身部氣柱(22)、底座部氣柱（12)， 回到正面之底座部氣柱（丨2)。亦即，底座部氣柱(丨2)、瓶身部氣 柱(22)、瓶頸部氣柱(32)及瓶蓋部氣柱(42)在縱向係相互連通。 因此當氣體由加強酒瓶頸部保護之氣體包裝袋（1)之進氣口（2)進 入後’即可循著進氣道（14)對每一底座部氣柱（12)、瓶身部氣柱 (22)、觀頸部氣柱(32)及瓶蓋部氣柱(42)進行充氣之操作。而該 加強酒瓶頸部保護之氣體包裝袋（1)的週邊則以銅模加以熱壓印 形成熱封線（55) ’使該加強酒瓶頸部保護之氣體包裝袋α)能密 封，氣體不會外洩。 請同時參閱圖式第一、二圖，及第三圖，該第三圖係加強酒 瓶頸部保護之氣體包裝袋（1)包括正面和背面，由第一、二圖八_八 所繪製之斷面示意圖。該加強酒瓶頸部保護之氣體包裝袋（1)係由 兩層薄膜組成，分別為上膜（71)及下膜（72)，該兩層膜係由例如 塑膠之類的材質所製成的薄膜。將該等薄膜的週邊分別以銅模加 以熱壓印形成熱封線(55)，使該加強酒瓶頸部保護之氣體包裝袋 (1)能密封，氣體不會外洩。接著熱壓印氣柱(12)(22)(32)(42)與 氣柱（12)(22)(32)(42)之間的熱封線(51)，分隔熱封區（34)，及 進氣道熱封線（56)。該熱封線（51)在瓶身部（2〇)係將上、下膜 (71)(72)及其之間所夾置的上、下氣閥膜（75)(76)熱壓印，使其 12 1336308 黏結在一起。前述之上、下氣閥膜（75)(76)所組成的氣閥，係以 適當之長度夾置於該上、下膜（71)(72)之間。而在底座部（1〇)、 瓶頸部（30)及瓶蓋部（40)之熱封線(51)及分隔熱封區（34)，則係 將上、下膜(71)(72)熱廢印’使其黏結在一起。該進氣道熱封線 (56)係位於瓶身部氣柱（22)之入氣口（85)附近處，其係將上、下 膜（71)(72)及其之間所夾置的上、下氣閥膜（75)(76)熱壓印在一 起’並且於上、下氣閥膜（75)(76)之間設置一耐熱印刷（83)，其 位置恰位於進氣道（14)處附近。該耐熱印刷（83)之設置，可以避 免上、下氣閥膜(75)(76)在壓製熱封線(56)之製造過程中被熱封 在一起，而可提供一入氣口（85)於瓶身部氣柱(22)上，使加強酒 瓶頸部保護之氣體包裝袋（1)在充氣時，氣體能進入到每一個瓶身 部氣柱(22)内。 請再同意參閱圖式第一、三圖，於進氣道熱封線(56)處設置 進氣導引熱封線(84)，該進氣導引熱封線(84)係將上膜（71)、上 氣閥膜(75)、下氣閥膜(76)三層熱封在一起，當氣體由進氣道(14) 進入時，該進氣導引熱封線(84)得以引導氣體順利進入瓶身部氣 柱(22)内。因此，該上、下氣閥膜（75)(；76)，耐熱印刷（83)，進 氣導引熱封線(84)等即組成一止回閥裝置，當氣體充入底座部氣 柱（12)、瓶身部氣柱(22)、瓶頸部氣柱(32)及瓶蓋部氣柱(42)内 時’可以封閉入氣口（85)，使底座部氣柱（丨2)、瓶身部氣柱(22)、 瓶頸部氣柱(32)及瓶蓋部氣柱(42)保持氣密狀態。 13 1336308 請參閱第一、二圖’當由正面之瓶身部氣柱(22)之進氣道（14) 處的熱封線(56)處出發，經由正面分隔熱封線(63)，正面之瓶頸 部氣柱(32) ’正面折疊線(61)，正面瓶蓋部氣柱(42)，繞經背面 之瓶蓋部氣柱(42)(參閱第二圖），背面折疊線(62)，背面之瓶頸 部氣柱(32)，背面分隔熱封線(64)，背面之瓶身部氣柱(22),背 面分隔熱封線(68)，背面折疊線(66)，背面底座部氣柱（丨2)，到 正面折疊線(65)，抵達開口（5〇)處之熱封線(55)，形成一環圈狀 之封閉氣柱，而複數個前述之封閉氣柱左右相互連接，即形成一 加強酒瓶頸部保護之氣體包裝袋（1)。其中，該正面分隔熱封線 (63) 及正面折疊線(61)(65)係將上、下氣閥膜（75χ76)熱壓印， 使其黏結在一起’因此充氣之後，即可利用該上、下氣閥膜（75)(76) 容納氣體，於正面形成複數鼓起之氣柱；而該背面分隔熱封線 (64) (68)及背面折疊線(62)(66)亦係將上、下氣閥膜(75)(76)熱 壓印’使其黏結在-起，因此統之後亦同樣於f面形成複數鼓 起之氣柱。另外，於瓶頸部⑽之正面和背面分別設置分隔熱封 區（34) ’該正面分隔熱封區（34)係將上、下氣閥膜（75)⑽熱壓 印，使其黏結在-起。該正面分隔熱封區（34)之上、下兩側分別 連接瓶身部（20)熱封、線(51)及瓶蓋部(4〇)熱封線(51)，因此可以 將位在其左右的底座部氣柱⑽、瓶身部氣柱(22)、瓶頸部氣柱 (32)及瓶蓋部氣柱(42)分隔成左右兩個獨立之氣柱群，氣體無法 在該兩個獨立氣柱群之間流通，因此左右任一獨立之氣桎群破 14 1336308 裂’氣體:¾漏’則另一调仍可保持氣密之充氣狀態^相同之道理， 該月面分隔熱封區（34)將位在其左右的底座部氣柱（12)、瓶身部 氣柱(22)、瓶頸部氣柱(32)及瓶蓋部氣柱(42)分隔成左右兩個獨 立之氣柱群’氣體無法在該兩個獨立氣柱群之間流通，因此背面 左右任獨立之氣柱群破裂，氣體戌漏，則另一個仍可保持氣密 之充氣狀態。本實施例係以設置一分隔熱封區（34)產生兩個獨立 之氣柱群，同樣道理，若設置二個分隔熱封區（34)，則相對可產 生三個獨立之氣柱群，餘此類推。 。月參閱圖式第四、五圖，當氣體由該加強酒甑頸部保護之氣 體包裝袋（1)的進氣口（2)充入，氣體會沿著進氣道（14)，經由耐 熱印刷（83)處之入氣口（85)，循著前述之流路，順序進入正面之 瓶身部氣柱(22)、瓶頸部氣柱(32)、瓶蓋部氣柱(42)，及背面之 瓶蓋部氣柱(42)、瓶頸部氣柱(32)、瓶身部氣柱(22)、底座部氣 柱（12) ’回到正面之底座部氣柱（12)。接著請參閱圖式第六、七 圖，其係取第三圖B-B處之斷面示意圖。氣體進入底座部氣柱 (12)、瓶身部氣柱(22)、瓶頸部氣柱(32)及瓶蓋部氣柱(42)後， 底座部氣柱（12)、瓶身部氣柱(22)、瓶頸部氣柱(32)及瓶蓋部氣 柱(42)膨脹成型。充氣完成結束進氣之操作時，則底座部氣柱 (12)、瓶身部氣柱(22)、瓶頸部氣柱(32)及瓶蓋部氣柱(42)内部 之高壓氣體將推壓上氣閥膜（75)及下氣閥膜（76)兩層膜片偏向上 膜（71)—側’並使上、下氣閥膜（75)(76)緊密貼壓於上膜（71)上。 15 1336308 因為進氣導引熱封線(84)係將上膜(71)、上氣閥膜(75)、下氣閥 膜（76)熱封在一起’因此上、下氣閥膜（75)(76)受壓時會偏向上 膜（71)，而不是下膜（72)。又因為上、下氣閥膜（75)(76)、及上 膜（71)等皆係由塑膠製成之薄膜，當底座部氣柱（12)、瓶身部氣 柱（22)、瓶頸部氣柱(32)及瓶蓋部氣柱(42)内之氣體壓力推壓 上、下氣閥膜(75)(76)緊貼於上膜(71)時，將封閉瓶身部氣柱(22) 之入氣口（85) ’形成氣密，防止底座部氣柱（12)、瓶身部氣柱 • (22)、瓶頸部氣柱(32)及瓶蓋部氣柱(42)内之氣體逃逸。 請參閱圖式第八圖及第九圖，當該加強酒瓶頸部保護之氣體 包裝袋（1)完成充氣操作，各底座部氣柱(12)、瓶身部氣柱(22)、 • 瓶頸部氣柱(32)及瓶蓋部氣柱(42)將充滿氣體而膨脹成型。而底 座部氣柱（12)之正面及背面折疊線(65)(66)恰可提供該底座部氣 柱（12)作為彎折之用，使底座部（1〇)形成一平緩的圓柱狀座部， 供酒瓶底座（110)置放。如前所述，該底座部氣柱（12)係具有中等 •之寬度’膨脹後所形成之正、背面底座部氣柱（12)圍繞著酒瓶底 座（110)，提供酒瓶底座（110)足夠之缓衝防撞保護。正、背面瓶 身部氣柱(22)環繞形成瓶身部(20)，如前所述，該瓶身部氣柱(22) 具有最小之寬度，其膨脹所形成之空氣柱體相對亦會最小，因此 其内部之圓柱狀空間則會最大，恰可提供直徑較大之酒瓶瓶身 (120)容納其中，接受瓶身部氣柱(22)緩衝保護。正、背面瓶頸部 氣柱(32)則環繞形成瓶頸部（3〇)，如前所述，該瓶頸部氣柱(32) 16 1336308 具有最大之寬度，其膨脹所‘成之空氣柱體相對亦會最大，因此 其内部之圓柱狀空間則會最小，恰可將直徑較小之酒瓶瓶頸（13〇) 失置其間。另外，酒瓶瓶頸（130)係酒瓶（1〇〇)最脆弱之處，很容 易於運送途中受到撞擊而破裂，而最大之瓶頸部氣柱（32)環繞， 恰可使其接受更佳之緩衝保護。同樣的道理，瓶蓋部氣柱(42)之 正面及背面折疊線(61)(62)恰可提供該瓶蓋部氣柱(42)作為彎折 之用，使瓶蓋部（40)形成一平緩的圓柱狀座部。因此將酒瓶（1〇〇) 置於該加強酒瓶頸部保護之氣體包裝袋（1)之内部’周圍受到底座 部氣柱（12)、瓶身部氣柱(22)、瓶頸部氣柱(32)及瓶蓋部氣柱(42) 之環繞保護，將可提升其防撞之能力，避免於運送途中受撞擊而 破裂。除此之外，底座部氣柱（12)、瓶身部氣柱(22)、瓶頸部氣 柱（32)及瓶蓋部氣柱(42)環繞所形成之空間’恰好配合酒瓶（1〇〇) 容器之形狀，將酒瓶（1〇〇)夾置其間，使其穩固定位於其中，避免 產生晃動，達到保護避震之功效’特別是對於脆弱之酒瓶瓶頸 (130) ’因為較大之瓶頸部氣柱(32)的設計，更可使其接受最佳之 緩衝保護。進氣道（14)因為並未充氣膨脹，所以仍呈薄膜狀態， 因此可配合開口（50)將欲收容保護之酒瓶（1〇〇)由該開口（5〇)置 入該加強酒瓶頸部保護之氣體包裝袋（1)之内部收容空間，而該仍 呈薄膜狀之進氣道（14) ’恰可當作封蓋封住該開口（50)者。請參 閱圖式第十圖’係將一酒瓶裝入本發明加強酒瓶頸部保護之氣體 包裝袋（1)内部的狀態示意圖。 17 1336308 综上所述，本發明加強酒瓶頸部保護之氣體包裝袋，藉由寬 度不-之敍部級、瓶身魏柱、_部氣減絲部氣柱的 設置’使加強·_賴之氣體包裝袋於充紐可以形成底座 部、瓶身部、瓶頸部、瓶蓋部等圓柱形之内部空間，以穩定收容 酒瓶容II ’翻保護避震之功效，制是對魏弱之酿瓶頸， 更可使其接受最佳錢娜護，合於產業上之_性。而該分隔 熱封區之設計’則可以使所有座部氣柱、瓶身部氣柱、瓶頸 部氣柱及絲部氣柱分隔成左右兩侧立之氣柱群因此任一獨 立魏柱群破裂’氣體_，其他之氣柱群仍可保持氣密之充氣 狀態，對織容H仍具備保護之能力，其較f知技術更具有功效 之增進，具有進步性。另本發日神請前並未見於刊物，其新賴性 亦毋庸置疑。本發明合於專繼之蚊，魏法提出個專利之 申請’祈請惠予審查並賜予專利，實感德便。1336308 IX. Description of the Invention: [Technical Field] The present invention relates to a gas packaging bag for strengthening the protection of a bottle neck portion, which is composed of a gas column of a neck width, a column of a base portion, a column of a cap portion, The air column of the bottle body can form a cylindrical internal space of different sizes, such as the base part, the bottle body part, the bottle neck part and the bottle cap part after being inflated, just matching the shape of the bottle container to stably accommodate the bottle. The container can protect the shock absorber, especially for the bottle neck of the fragile bottle, and it can be used for optimal buffer protection. In addition, the partition heat sealing zone can be provided, which can be used for the air column and the bottle body of the base. The gas column, the neck of the bottle neck and the gas column of the cap are separated into a plurality of independent gas column groups, and the gas cannot flow between the plurality of independent gas column groups, so that an independent gas column group is broken and the gas leaks. , other gas column groups can still maintain airtight, inflated state, and still have the ability to protect the bottle container. [Prior Art] The traditional method for buffering packaged articles is to use a plastic film to project a plurality of ♦ & small airbags to cover the outer periphery of the article, and the small airbag bubble shock absorption buffer To avoid rupture or damage to the item during transit. However, the small rolling pocket/bag has a limited shock absorbing capacity, and can be buffered for a small impact. For a large vibration or impact load, buffer shock absorption cannot be achieved, and Gu Yi causes rupture damage of the article. In addition, the cushioning bag disclosed in Japanese Patent Publication No. 363600 has an inner side wall and a reversely bent outer side wall, and an airtight space is formed between the inner and outer side walls to fill the gas in the airtight chamber. The inner side wall is tightly wrapped and placed against the object to be accommodated, so that the gas in the airtight chamber can form a cushioning effect on the object to be accommodated; and the cushioning bag disclosed in Chinese Patent Publication No. 28326裴Material: It is a check valve with air supply and discharge port, and is made of plastic film as a square gas, bag, and the body of the packaging material is folded in pairs, so that the overlap becomes two air filling In the valley portion, at least one of the inner portions of the inner surface of the two air-filling accommodating portions is bonded in a line shape, and the wire-shaped adhesive portion is used to restrict the filling portion of the air of the surface when the air-filling portion is filled with air. The person who is inflated. In the second patent case of the month, the air-filled room is filled with an airtight chamber or a filling chamber to protect the contents and achieve a cushioning effect. However, it cannot be packaged for a cylindrical container such as a bottle. The purpose of containment. In addition, today's technology for gas cylinder bags and the like is limited to the shape of a container such as a crucible, and is still incapable of packaging. The present invention is primarily directed to innovations and improvements made to the shortcomings described above. SUMMARY OF THE INVENTION The main object of the present invention is to provide a gas packaging bag for reinforcing the bottle neck portion of the bottle, which has a bottle neck portion, a gas column at the neck portion, a gas column at the base portion, and a gas column in the bottle body. Set up, so that after the Wei body packaging the remaining silk can be smashed into the base part, = part, _ part, silk part _ (10) lang, in order to stably contain the wine bottle Gu Yi, and rely on the fragile dirt neck, _ buffer shock absorber The effect. & Another object of the present invention is to provide a thin bottle_protected gas package which is designed by a heat sealing zone to separate the gas column of the base portion, the gas column of the bottle body, the bottle mess and the gas column of the cap portion into A plurality of independent gas column groups, when any independent group of 8 ruptures 'catch, the occupant of his family can still be airtight in the state of the county' is still capable of the bottle container. In order to achieve the present invention, a new packaging bag for strengthening the job protection includes four parts: a base portion, a bottle body portion, a neck portion, and a bottle cap portion; and the feature is: the base portion The utility model is composed of a plurality of gas columns of a plurality of base portions, and a heat sealing line is added between the U base and the base portion; the body part is composed of a plurality of bottles.卩 She continuously sets the surface of the face and the air column between the bottle and the air column. The bottle rides her and the air column is continuously set up to form the 'bottle neck and the neck of the bottle. A separate heat sealing zone is provided between the heat sealing zone and the closed heat sealing line of the strip-shaped "back" shape, and the upper and lower sides of the closed heat sealing line of the "back" sub-shape are respectively connected to the bottle body Heat sealing line and cap wire; the weaving department is shouted by the charm weaving part of the track, the cap section of the rail and the bell part of the _ heat seal line plus time m neck gas column has the largest width, the base The air column and the cap portion have a second largest width, while the bottle body has a minimum width. a separate 'indian heat-insulating seal area test on the front and back of the base part of the gas column, the bottle oxygen column, the bottle dissection and the cap column are divided into plural _ Lie gas column group, the milk can not be in the plural The role of the independent New Zealand group, so the left or right of any independent group breaks the temperament, the other gas column group can still maintain a gas-filled state. The detailed description of the embodiments is described below, but the embodiment 1336308 is not intended to limit the invention. [Embodiment] The present invention relates to a gas packaging bag (丨) for reinforcing the bottle neck protection. Please also refer to the first figure in the figure, which is the front of the gas packaging bag for strengthening the bottle neck protection (1) when not inflated. The schematic diagram; and the second diagram, is a schematic view of the back side of the gas packaging bag (1) which is used to strengthen the bottle neck protection. The gas packaging bag for protecting the bottle neck portion (1) comprises four parts: a base portion (10), a bottle body (20), a bottle neck portion (3 inches), and a bottle cap portion (40). Composed of. The base portion (1〇) is composed of a plurality of base portion air columns (12) continuously disposed. The base portion air column (12) and the base portion air column (12) are separated by a heat seal line (51). The body of the bottle (2〇) is composed of a plurality of bottle body (22) continuously arranged. The heat seal line is also formed between the bottle body (22) and the bottle body (22). (51) Separate. The bottle neck portion (3〇) is composed of a plurality of bottle neck portions (32) continuously arranged. A partition heat seal region (34) is disposed between the neck portion air column (32) and the neck portion air column (32). The partition heat sealing zone (34) has a long "back" shaped closed heat seal line, and the upper and lower sides of the "back" shaped closed heat seal line are respectively connected to the bottle body portion (20) The heat seal line (51) and the cap portion (40) heat seal line (51). The cap portion (40) is composed of a plurality of cap portion air columns (42) continuously arranged in a shape similar to the above-mentioned base portion 〇〇). [Cap cap gas column (42) and cap cap gas column (42) ) are also separated by a heat seal line (51). Wherein, the bottle neck portion (32) has the largest width, the base portion air column (12) and the cap portion air column (42) have the second largest width, and the bottle body air column (22) has the smallest width. The width. That is, the width is arranged from large to small, and the bottle neck portion (32) 10 1336308 is larger than the base portion air column (12) and the ^ tile cover 'part gas column (42), and the base portion air column (12) and the bottle The lid gas column (42) is again larger than the bottle body gas column (22). Please also refer to the first and second figures of the drawing. There are front and back fold lines (65) (66) at appropriate positions on the base air column (12). 'When inflating, the front and back fold lines (65) (66) A base portion air column (12) is provided for bending so that the base portion air column (12) from the front folding line (65) to the back folding line (66) forms a gentle base. For the base of the bottle. A reduction portion (69) is provided at each of the left and right ends of the boundary between the bottle body (2 inches) and the neck portion (3 inches) to match the bottle diameter reduction of the bottle. At the same time, at the junction of the air column (22) of the bottle body and the air column (32) of the bottle neck, a front and back partition heat sealing line (63X64) is arranged, and the air column (22) and the base part of the bottle body on the back side are provided. The back of the column (12) is provided with a back separating heat sealing line (68) which separates the heat sealing line (63) (64) (68) from the aforementioned body portion (20) heat sealing line ( 51) is connected to each other's parent and the gap between the partition heat seal line (63) (64) (68) and the partition heat seal line (63) (64) (68) allows gas to flow through These gaps. As with the aforementioned base portion (10), front and back fold lines (61) (62) are also provided at appropriate positions of the cap portion air column (42). When inflated, the front and back fold lines (61) (62) A cap portion air column (42) is provided as a bend for forming a cap portion air column (42) from the front fold line (61) to the back fold line (62) A flat part that surrounds the bottle cap of the bottle. An air inlet (2) is further provided at one side of the front side of the gas packaging bag (1) for protecting the bottle neck portion, and an air inlet (14) is connected to the air inlet (2), and the air inlet (14) is provided. 11 1336308 Road (14) has a gas path connected to each front of the bottle body (22). The airflow passes through the bottle neck gas column (32) on the front side, the gas column (42) in the bottle cap, the gas column (42) around the bottle cap on the back side, the gas column (32) on the neck, and the gas column in the bottle body ( 22), the base air column (12), return to the front part of the air column (丨 2). That is, the base portion air column (丨2), the bottle body air column (22), the neck portion air column (32), and the cap portion air column (42) are in communication with each other in the longitudinal direction. Therefore, when the gas is entered by the air inlet (2) of the gas packaging bag (1) which is protected by the bottle neck, the air column (12) and the body part of each base portion can be followed by the air inlet (14). The air column (22), the neck gas column (32), and the cap portion air column (42) are inflated. The periphery of the gas packaging bag (1) for protecting the neck of the wine bottle is hot-embossed by a copper mold to form a heat seal line (55) 'The gas packaging bag α for protecting the neck of the wine bottle can be sealed, and the gas is not sealed. Will leak. Please also refer to the first, second and third figures of the drawing. The third figure is a gas packaging bag (1) for strengthening the bottle neck protection. The front and back sides are drawn by the first and second figures. Schematic diagram of the section. The gas packaging bag (1) for protecting the bottle neck portion is composed of two layers of films, namely an upper film (71) and a lower film (72), which are made of a material such as plastic. film. The periphery of the film is separately embossed with a copper mold to form a heat seal line (55), so that the gas packaging bag (1) protected by the bottle neck portion of the reinforced wine can be sealed, and the gas is not leaked. Then heat-pressing the heat seal line (51) between the air column (12) (22) (32) (42) and the air column (12) (22) (32) (42), separating the heat seal area (34) ), and the inlet heat seal line (56). The heat seal line (51) is hot stamped on the upper and lower diaphragms (71) (72) and the upper and lower air valve membranes (75) (76) sandwiched between the upper and lower membranes (72). , so that 12 1336308 is glued together. The upper and lower air valve membranes (75) (76) are sandwiched between the upper and lower membranes (71) (72) with a suitable length. The heat seal line (51) and the heat seal area (34) in the base portion (1〇), the neck portion (30), and the cap portion (40) are the upper and lower membranes (71) (72). ) Hot waste printing 'to make it stick together. The air inlet heat sealing line (56) is located near the air inlet (85) of the air column (22) of the bottle body, and the upper and lower film (71) (72) are sandwiched therebetween. The upper and lower air valve membranes (75) (76) are hot stamped together and a heat resistant printing (83) is placed between the upper and lower air valve membranes (75) (76), which is located just below the air inlet ( 14) Near the place. The heat-resistant printing (83) is arranged to prevent the upper and lower air valve films (75) (76) from being heat-sealed together during the manufacturing process of the heat-sealable wire (56), and an air inlet (85) can be provided. On the air column (22) of the bottle body, the gas packaging bag (1) for reinforcing the bottle neck portion of the wine can be inflated into the air column (22) of each bottle body. Please agree to refer to the first and third figures of the drawing. An intake guide heat seal line (84) is provided at the inlet heat seal line (56), and the intake guide heat seal line (84) is to be coated. (71) The upper air valve membrane (75) and the lower air valve membrane (76) are heat-sealed together, and when the gas enters through the air inlet passage (14), the air intake guide heat seal line (84) can be The guiding gas smoothly enters the air column (22) of the bottle body. Therefore, the upper and lower air valve membranes (75) (; 76), the heat-resistant printing (83), the intake air guiding heat sealing line (84), etc. constitute a check valve device, when the gas is charged into the base air column (12) When the bottle body air column (22), the bottle neck air column (32), and the bottle cap air column (42) are inside, the air inlet port (85) can be closed to make the base air column (丨2), The bottle body air column (22), the neck portion air column (32), and the cap portion air column (42) are kept in an airtight state. 13 1336308 Please refer to the first and second figures 'When starting from the heat seal line (56) at the inlet (14) of the front cylinder (22), separate the heat seal line through the front (63) , the front neck of the air column (32) 'Front fold line (61), the front cap part of the air column (42), around the back of the cap part of the air column (42) (see the second figure), the back fold line (62), the neck of the bottle neck (32) on the back, the heat seal line (64) on the back side, the air column (22) on the back side, the heat seal line (68) on the back side, and the back fold line (66) ), the back base air column (丨2), to the front folding line (65), to the heat sealing line (55) at the opening (5〇), forming a ring-shaped closed gas column, and a plurality of the aforementioned closed The gas column is connected to each other to form a gas packaging bag (1) for reinforcing the bottle neck protection. Wherein, the front side heat sealing line (63) and the front side folding line (61) (65) heat-press the upper and lower air valve films (75χ76) to bond them together, so that after being inflated, the utility model can be utilized. The upper and lower air valve membranes (75) (76) contain gas, forming a plurality of bulging air columns on the front surface; and the back side partition heat sealing wires (64) (68) and back folding lines (62) (66) Also, the upper and lower air valve membranes (75) (76) are hot-embossed 'to make them stick together, so that the air cylinders of the plurality of bulges are also formed on the f-plane. In addition, a partition heat sealing zone (34) is disposed on the front side and the back side of the bottle neck portion (10). The front side heat sealing zone (34) heat-presses the upper and lower air valve films (75) (10) to bond them. In-from. The upper and lower sides of the front partition heat sealing zone (34) are respectively connected to the body portion (20) heat seal, the wire (51) and the cap portion (4 inch) heat seal line (51), so that the bit can be placed The left and right base air column (10), the bottle air column (22), the neck portion air column (32), and the cap portion air column (42) are divided into two independent air column groups, and the gas cannot be in the air column. Between the two independent gas column groups, so the left and right of any independent gas group breaks 14 1336308 crack 'gas: 3⁄4 leak', the other adjustment can still maintain the airtight state of the gas ^ the same reason, the moon The heat-insulating sealing zone (34) divides the air column (12), the bottle air column (22), the bottle neck gas column (32) and the bottle cap gas column (42) located at the left and right sides into two left and right sides. An independent gas column group 'gas cannot circulate between the two independent gas column groups, so the left and right independent gas column groups are ruptured, and the gas leaks, and the other can still maintain a gas-tight state. In this embodiment, two separate gas column groups are formed by providing a partition heat sealing zone (34). Similarly, if two heat sealing zones (34) are provided, three independent gas columns can be generated. Group, the rest of the way. . Referring to Figures 4 and 5 of the figure, when the gas is filled by the air inlet (2) of the gas packaging bag (1) protected by the neck of the wine cellar, the gas will pass along the air inlet (14) through the heat resistance. The air inlet (85) at the printing (83) follows the flow path described above, and sequentially enters the front body air column (22), the neck portion air column (32), the cap portion air column (42), and The cap portion air column (42) on the back side, the neck portion air column (32), the bottle body air column (22), and the base portion air column (12) ' return to the front base portion air column (12). Next, please refer to the sixth and seventh figures of the figure, which is a schematic cross-sectional view taken at the bottom of Figure B-B. After the gas enters the air column (12) of the base, the air column (22) of the bottle body, the air column (32) of the bottle neck, and the air column (42) of the bottle cap, the air column (12) of the base portion and the air column of the bottle body (22) The bottle neck portion (32) and the cap portion gas column (42) are expanded and formed. When the inflation is completed and the intake operation is completed, the high pressure gas inside the base air column (12), the bottle air column (22), the neck portion air column (32), and the cap portion air column (42) will be pushed. The upper air valve membrane (75) and the lower air valve membrane (76) are two-layer diaphragm biased upward (71)-side' and the upper and lower air valve membranes (75) (76) are closely pressed against the upper membrane (71). )on. 15 1336308 Because the intake air guide heat seal line (84) heat seals the upper membrane (71), the upper air valve membrane (75), and the lower air valve membrane (76), so the upper and lower air valve membranes (75) (76) When pressed, it will be biased toward the upper membrane (71) instead of the lower membrane (72). Because the upper and lower air valve membranes (75) (76) and the upper membrane (71) are all made of plastic film, when the base part of the gas column (12), the body part of the gas column (22), the bottleneck When the gas pressure in the gas column (32) and the cap gas column (42) pushes the upper and lower valve membranes (75) (76) close to the upper membrane (71), the air column of the bottle body is closed. (22) The air inlet (85) 'is airtight, preventing the air column (12) on the base, the air column of the bottle body (22), the air column (32) in the bottle neck, and the air column (42) in the bottle cap The gas escapes. Please refer to the eighth and ninth figures of the drawing. When the gas packaging bag (1) for protecting the bottle neck is completed, the air column (12) of each base part, the air column (22) of the bottle body, and the bottleneck The gas column (32) and the cap portion gas column (42) are expanded and filled with gas. The front and back folding lines (65) (66) of the base portion air column (12) can provide the base portion air column (12) for bending, so that the base portion (1〇) forms a gentle cylindrical shape. The seat is placed for the wine bottle base (110). As described above, the base portion air column (12) has a medium width </ s> formed by the expansion of the front and back base portion of the air column (12) around the bottle base (110), providing a wine bottle base (110 ) Sufficient cushioning for collision protection. The front and back bottle body air cylinders (22) surround the bottle body portion (20). As described above, the bottle body air column (22) has a minimum width, and the air column formed by the expansion thereof is relatively The smallest, so the inner cylindrical space will be the largest, just provide a larger diameter bottle body (120) to accommodate it, accept the bottle body air column (22) buffer protection. The front and back neck portion air column (32) surrounds the neck portion (3〇). As described above, the neck portion air column (32) 16 1336308 has the largest width, and the expanded air cylinder is relatively It will also be the largest, so the inner cylindrical space will be the smallest, just the bottleneck (13〇) of the smaller diameter bottle will be lost. In addition, the bottle neck bottle (130) is the most vulnerable part of the bottle (1〇〇), which is easy to be broken by impact during transportation, and the largest bottle neck (32) surrounds it, so that it can be better accepted. Buffer protection. By the same token, the front and back folding lines (61) (62) of the cap portion air column (42) can provide the cap portion air column (42) for bending, so that the cap portion (40) is formed. A gentle cylindrical seat. Therefore, the bottle (1〇〇) is placed inside the gas bag (1) protected by the bottle neck of the reinforced bottle, and the gas column (12) of the base portion, the gas column (22) of the bottle body, and the air column of the bottle neck are placed around the inside of the gas bag (1). (32) and the surrounding protection of the cap cylinder (42) will enhance its anti-collision ability and avoid rupture during impact. In addition, the space formed by the base air column (12), the bottle air column (22), the bottle neck gas column (32) and the cap portion air column (42) just fits the bottle (1 〇〇) The shape of the container, the bottle (1〇〇) is placed between them, so that it is firmly fixed in it, to avoid sloshing, to protect the shock absorbers' function especially for the bottle neck of the fragile bottle (130) The larger neck section (32) is designed to provide optimum cushioning protection. Since the air inlet (14) is not inflated, it is still in a film state, so that the bottle (1〇〇) to be contained and protected can be placed in the bottle of the wine by the opening (50). The inner accommodating space of the partially protected gas packaging bag (1), and the still film-shaped air inlet (14) 'can be used as a cover to seal the opening (50). Referring to the tenth figure of the drawing, a bottle is placed in the state of the inside of the gas packaging bag (1) for reinforcing the bottle neck of the present invention. 17 1336308 In summary, the gas packaging bag for strengthening the bottle neck protection of the present invention is strengthened by the setting of the width of the column, the bottle body Wei column, the _ part gas reduction wire column. The gas packaging bag can form a cylindrical inner space such as a base portion, a bottle body portion, a bottle neck portion, and a bottle cap portion in order to stably accommodate the effect of the wine bottle capacity II 'turning protection shock absorber, and the system is Wei Weizhi Brewing the bottleneck, it can make it accept the best money and care, and it is in the industry. The design of the partition heat sealing zone can separate all the seat air column, the bottle air column, the bottle neck gas column and the wire air column into a gas column group standing on the left and right sides, so that any independent Wei column group is broken. 'Gas_, other gas column groups can still maintain a gas-tight state, and still have the ability to protect the material H, which is more effective and more progressive than the technology. In addition, the Japanese god did not see the publication before, and its new dependence is unquestionable. The invention is integrated with the special mosquito, and Weifa filed a patent application, praying for review and granting a patent, and it is really sensible.
【圖式簡單說明】 第-圖係本個加細麵部賴之氣體包裝絲充氣時之 正面示意圖。 3第二_本發明加強酿頸部保護之氣體包裝袋未充氣時之 背面示意圖。 二圖A-A處所繪製之斷面示意圖。 頸部保護之氣體包雜絲時的正 第二圖係本發明由第一、 第四圖係本發明加強酒瓶 面氣體流動方向示意圖。 1336308 第五圖係树明加強雜__钱體 面氣體流動方向示意圖。 充氣時的背 第六圖係取第三圖之B-B處，充氣昧，^ 第七圖係取第U-B處，結束充^示意圖。 氣閥膜壓貼於上膜的斷面示意圖。。早氣柱的上、下 之氣體包裴袋於結束充 第八圖係本發明加強酒瓶頸部保護 氣’膨脹成型之立體示意圖。[Simple description of the figure] The first figure is a front view of the gas-packed wire which is heated by the thin face. 3 Second _ The present invention enhances the back view of the gas-filled bag of the neck-protecting when it is not inflated. Figure 2 is a schematic view of the section drawn at A-A. The second drawing of the neck-protected gas inclusions is a schematic view of the present invention from the first and fourth figures to enhance the gas flow direction of the bottle surface. 1336308 The fifth picture is a schematic diagram of the flow direction of the gas in the surface of the body. The back of the inflated figure 6 is taken at the B-B of the third figure, the inflatable 昧, ^ the seventh picture is taken at the U-B, and the filling is completed. A schematic cross-sectional view of the valve film attached to the upper membrane. . The gas bag of the upper and lower air column of the early gas column is finished at the end of the charging. The eighth figure is a three-dimensional schematic view of the protective bottle of the bottle of the invention.
第九圖係酒瓶示意圖。 第十圖係酒瓶裝入本發明加強酒瓶頸部 部的狀態示意圖。 保護之氣體包裝袋 内 【主要元件符號說明】 0) 加強酒瓶頸部保護之氣體包裝袋 # (2) 進氣口 （1〇)底座部 (12) 底座部氣柱 (20) 瓶身部 (30) 瓶頸部 (40) 瓶蓋部 (34) 分隔熱封區 (55) 邊界熱封線 (14) 進氣道 (22) 瓶身部氣柱 (32) 瓶頸部氣柱 (42) 瓶蓋部氣柱 (50)開口 (56) 進氣道熱封線 (61)(65) 正面折疊線 （62)(66) 背面折疊線 1336308 (63) 正面分隔熱封線 (64)(68) 背面分隔熱封線 (71) 上膜 (72) 下膜 (75) 上氣閥膜 (76) 下氣閥膜 (83) 耐熱印刷 (84) 進氣導引熱封線 (85) 入氣口 (100) 酒瓶 (110) 酒瓶底座 (120) 酒瓶瓶身 (130) 酒瓶瓶頸The ninth figure is a schematic diagram of the wine bottle. The tenth figure is a schematic view showing the state in which the wine bottle is incorporated in the bottle neck portion of the present invention. Protected gas bag [Main component symbol description] 0) Gas packaging bag for strengthening bottle neck protection # (2) Air inlet (1〇) base (12) Base air column (20) Bottle body ( 30) Bottle neck (40) Cap part (34) Separate heat seal area (55) Boundary heat seal line (14) Inlet (22) Bottle body gas column (32) Bottle neck gas column (42) Bottle Cover gas column (50) opening (56) Inlet heat sealing line (61) (65) Front folding line (62) (66) Back folding line 1336308 (63) Front side heat sealing line (64) (68 ) Separate heat seal line on the back (71) Upper film (72) Lower film (75) Upper air valve film (76) Lower air valve film (83) Heat-resistant printing (84) Intake guide heat seal line (85) Air Port (100) Wine Bottle (110) Wine Bottle Base (120) Wine Bottle Body (130) Bottle Bottle Bottleneck