1309627 九、發明說明： 【發明所屬之技術領域】 本發明具有順氣㈣體_，物嶋柱連結 而成，每-氣柱包括複數個具有較大預定寬度之第—氣柱段 數個具有較小預定寬度之第二紐段，及連 二氣柱段之間的連通道等所組成，當受到衝擊負荷時，由第一氣 柱段先承受該衝擊負荷，接著再由第二氣柱段承受，使氣體包裳 袋可以-顧祕_擊貞荷，从酣载晚錄之抗震功 能者。 【先前技術】 傳統用於緩衝包裝物品之方式，係以—塑膠片上突設複數個 凸起小氣囊泡’將該-歸則包覆於物品制，藉由該小氣囊 泡吸震緩衝侧’崎於縣途巾破裂或損壞。惟，該小 氣囊泡之吸震能力姐，對雜奴__可卩產生緩衝作 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， 容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： v、有内侧壁及反向彎折之外側壁，而於内、外侧壁間形成一氣 密室，當充填氣體於氣密室中，藉由内側壁緊密地包覆貼靠於欲 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128326號所揭示之緩衝用包裝材 1309627 料：係由具触氣給排π部之止_，並以塑膠薄膜製成為神 ，之氣密袋，又職包裝材料本體使成對折折彎，使重疊成為兩個 .空氣之充填收容部’其中’將該兩錢之域收容部之内面各個 別部位至少有—處舰絲接，藉該線狀雜部於充填空氣時， 用以限制該面空氣之充填收容部之鼓膨狀態者。 "前述之二習知專利案，雖然以氣密室或充填收容部充填空 鲁氣’以保護收容物，達到緩衝包覆效果，惟，於實際包裝物品作 -衝擊試驗時’其§值補非常的高，脚其承受_的能力有 限’無法負擔保護欲包裝物品之責任，特別是精密之電子產品， 例如筆記型電腦、液晶面板…等，便無法以該裝置加以包袭運L 使習知之緩衝式包裝裝置的使用範圍無法提升。 而新近有使職數個紐㈣連結形成—鐘包裝袋，將欲 收容物放置於氣體包裝袋内，以收緩衝保護功效之技術揭示。惟， 參次氣體包裝袋中之每一氣體柱袋大小-致，形狀相同。當承 受較大之衝擊負荷時，每一氣體柱袋往往同時破裂，使其無法承 受較大之衝擊負荷，同樣產生使用範圍無法提升的缺點。 【發明内容】 本發明之主要目的，係-種具有多段式氣柱之氣體包裝袋， 其藉由複數個第-氣城及第二紐段之設置，使氣體包裝袋可 以一層層地吸收衝擊負荷’以達保護收容物之功效。 本發明之另—目的，係—種具有多段式氣柱之氣體包裝袋， 其於同-紐内混合設置了各種大小不同寬度之氣柱段，得以大 7 1309627 幅提升氣體包裝袋之抗震功能。 為了達成本發明，本㈣-種具有多段式紐 氣柱各自獨立，氣體無法在氣柱與氣柱之.通，因此任 2柱破裂，氣财漏時，並不影響其他氣柱仍轉氣密之狀態； ’於各雜之射位置纽麵麵，#紐絲時，該折 且線恰可提供蝴㈣，咖咖蝴— 形狀之袋體；其特徵為··前述之每—氣柱，包括複數個具雜大 預定寬度之第-⑽，_細恤寬度之第二氣柱 =’及連接於第-紐段和第二脉段之_連通道所組成；盆 中’該第-繼徽綠账⑽徽寬度為大，而 連通道之就寬度則遠較第―、二氣柱段為小者。 而該同一氣_ ’係得以具有三段或三段以上大小不同寬度 氣柱段之混合設置者。 其中，充氣後之第-氣柱段將較第二氣柱段向外突出者。 、另外，該熱封線係以能形成各氣柱段具有不同寬度之形狀加 以佈設者。 本發明係-種財多段式氣柱之氣體包裝袋，其藉由於同— 氣柱内混合設置了各種大小不同寬度之氣柱段，得以大幅提升氣 體包裝狀抗震魏1物魏容物之功效者。 為了詳細綱’特舉下述之實施例加以說明如下，惟，該等 1309627 實施例並非用於限制本發明。 【實施方式】 本發明一種具有多段式氣柱之氣體包裝袋（1)，請同時參閱圖 式第一圖，係該具有多段式氣柱之氣體包裝袋（1)未充氣時之正面 示意圖；第二圖，係第一圖中之氣體包裝袋〇)未充氣時的背面示 意圖；及第三圖，為該氣體包裝袋（1)包括正面和背面，由第一圖 A-A處所繪製之斷面示意圖。首先請參閱圖式第一圖，該氣體包裝 修 袋（1)係由複數個氣柱（1〇)、（10)…連結而成，每一個氣柱（1〇)包 括複數個具有較大預定寬度之第一氣柱段（12)，複數個具有較小 預定寬度之第二氣柱段(14)，及連接於第一氣柱段⑽和第二氣 柱段(14)之間的連通道(16)等所組成。其中，該第一氣柱段(12) 之預定寬雜第二氣柱段(⑷之預定紐為大，而連通道⑽之 預定寬度則雜第-、二氣柱段（12)(⑷為小。例如將第一氣柱 段（12)之預定寬度設置為6公分，第二氣柱段(⑷之預定寬度設置 春為3公分，而連通道⑽則設置狀5公分。另外，第一氣柱段⑽ 和第二氣柱段(⑷之預定長度則可依氣體包裝袋⑴之大小加以 彈性叹置’其可以使第一、二氣柱段⑴乂⑷之預定長度相同， 亦可以使兩者之預疋長度不同。而介於第一、二氣柱段(⑵（⑷ 之間的連通道(16)，因為僅係提供作為第一、二氣柱段⑽（14) ，之賴通道’因此只需設置雜第―、二氣柱段⑽（⑷之預 定長度為短的長度即可。氣柱⑽與氣柱⑽之間以熱封線⑻ 加以分隔’為了使第—、二氣柱段(12)(⑷及麵道(⑹具有不 9 1309627 同之預疋見度’雜封線⑶）係以能形成各氣柱段具有不同寬度 之开7狀加以佈A者。在該氣體包裝袋⑴之—側適當處設有一進氣 口⑵，連接該進氣口⑵設有—進氣道⑽ ，該進氣道(18)有氣 路與氣體包裝袋⑴之每—個紐⑽連通。因此#氣體由進氣口 ⑵灌入後g卩可循著進氣道(18)對每—個氣柱(⑻進行充氣之操 作’使3亥氣體包裝袋⑴膨脹成形。該熱封線(⑴將氣柱⑽與氣 柱(10)加以分隔’使每—氣柱(1Q)各自駐，氣體無法在氣柱⑽ 與氣柱(10)之間互通。因絲—氣柱(⑻破裂，氣财漏時，並 不影響其他氣柱(1〇)仍轉氣密之狀態，使魏航裝袋⑴仍能 保有保護所包裝之物品的功能。 凊再參關式第二圖及第三圖，該具有纽式氣柱之氣體包 裝袋（1)係由兩層薄膜組成，分別為上膜(21)及下膜(22)，該兩層 膜係由例如塑膠之類的材質所製成的薄膜。首先將該等薄膜的週 邊分別以銅模加以熱壓印形成熱封線(35)，使氣體包裝袋（丨）能密 封，氣體不會外洩。接著熱壓印氣柱(10)與氣柱(1〇)之間的熱封 線(31)，及橫向熱封線(37)(38)(40)等，將氣柱(1〇)形成一封閉 之氣袋空間。前述熱封線(31)(35)(38)(40)等係將上、下膜 (21)(22)熱壓印’使其黏結在一起。另外由上、下氣閥膜(25)(26) 所組成的氣闕，則以適當之長度炎置於前述的上、下膜(21)(22) 之間。且於上、下氣閥膜(25)(26)之間設置一耐熱印刷（33)，其 位置恰位於進氣道（18)附近處，其與上、下膜(21)(22)相同，亦 1309627 疋以私跨正個氣體包裝袋的方式加以設置。該雜印刷⑽之設 置’可以避免上、下氣_(25)(26)在縣熱封線㈤之製造過 私中熱封在-起，而可提供—人氣口⑹於各個氣柱⑽上，以 方便充乳㈣之進行。網狀熱印槪(34)係壯膜⑵）、上氣閥 膜(25)下氣閥膜⑽三層熱封在一起，其可引導氣體進入氣柱 (ίο)。邊上、下氣閥膜(25)(26)，耐熱印刷⑽，及網狀熱印刷 點(34)等組成—止_裝置，當氣體充人各氣柱⑽時，可以利 用氣柱α_之氣壓，使上、下氣_(25)(26)壓貼在—起而封 P才 1入氣口使各氣柱⑽祕持錄狀態。請再參_式第一圖， 於上、下氣_(25)(26)處設置網狀熱印刷點⑽，該網狀教印 刷點⑽之微可為_或其他雜。該峨熱印継⑽係將 上膜(21)、上氣閥膜(25)、下氣閥膜⑽三層熱封在一起。該上、 下氣閥膜(25)(26)，耐熱印刷⑽，網狀熱印刷點⑽等即組成 -止回職置，當氣體充人各氣柱⑽時，可以觸人氣口（45)， 使各氣柱(10)保持氣密狀態。 另外，於各氣柱(10)之適當位置處設有折疊線 (41)(42)(43)(44) ’當氣柱⑽充氣時，該折疊線 ⑹(42X43X44)恰可提供氣柱⑽作為彎折之用，使氣體包裝 袋⑴可成為-具立體形狀之袋體者。#由氣柱⑽進氣道⑽處 之熱封線(38)處出發，經由下部折疊線⑷），繞經麵（參閱第二 圖），背面亦設折疊線⑽⑽，再軸正面之上部折魏⑽， 1309627 抵達置物開口（50)處之熱封線(40)，形成左右相互連接並且各自 . 獨立之封閉氣柱(10)。當氣柱(10)充氣時，該等折疊線 .(41)(42)(43)(44)恰可提供氣柱(1〇)作為彎折之用，使整體具有 多段式氣柱之氣體包裝袋（1)可成為一具立體形狀之袋體者。 請參閱圖式第四圖’當氣體由具有多段式氣柱之氣體包裝袋 (1)的進氣口（2)充入，氣體會沿著進氣道(18)進入每一氣柱 • (1〇)。而在氣體欲進入各氣柱（10)時，該網狀熱印刷點（34)形成 氣路，使氣體可順利進入氣柱（1〇)内。接著請參閱圖式第五、六 圖，其係取第三圖B-B處之斷面示意圖，氣體進入氣柱（1〇)時，該 氣柱(10)膨脹成型’充氣完成結束進氣之操作時，則氣柱（1〇)内 部之高壓氣體將推壓上氣閥膜㈤及下氣_(26)兩層膜片偏向 上膜(21)一侧，並使上、下氣閥膜（25)(26)緊密貼壓於上膜（21) 上。因為網狀熱印刷點（34)係將上膜(21)、上氣閥膜（25)、下氣 • 義⑽熱封在-起’因此上、下氣醜(25)(26)受壓時會偏向 上膜(21)，而不是下膜(22)。又因為上、下氣閥膜（25)(26)、及 上膜(21)等f係由娜製成之#錄⑽内之紐壓力推 壓上、下氣閥膜(25)(26)緊貼於上膜(21)時，將封閉氣柱（1〇)之 入氣口（45)，而形成氣密，防止氣柱（10)内之氣體逃逸。同時， 摘狀熱印刷點(34)亦形成逆向止氣之功能，加強氣柱（1〇)之氣 密效果。 請參晒式第七圖，當該具有多段式氣柱之氣體包裝袋⑴完 12 1309627 成充氣操作，各餘⑽已經充騎體而膨職型，沿著折疊線 (41)(42)(43)(44)彎折，即可將該具有多段式氣柱之氣體包裝袋 ⑴彎折形成-立體之袋體，而各氣柱⑽所圍成的内财間即可 成為一收容物置放處。收容物受氣柱⑽之保護即可避免因運送 期間之振動或衝擊而損壞。各氣柱⑽之進氣道⑽因為並未充 亂膨脹’所以仍呈_狀態，因此可配合開口（5瞻欲收容物由 摘口⑽）置人氣體包裝袋之内部收容空間，祕仍呈薄膜狀之 進氣道⑽’恰可當作封蓋封住關口⑽者。其巾，因為每一 氣柱⑽之第-氣柱段⑽的預定寬度係較第三氣桂段⑽大， 因此充氣後之第-氣柱段⑽將較第二氣柱段⑽向外突出。當 該具有多段式氣柱之氣體包裝袋⑴受_擊負荷時，每一氣柱 α〇)之第-氣柱段⑽將首先承受該衝擊負荷，接著才是第二氣 柱段(14) ’因此使第一氣柱段⑽受到擠壓，此時部份氣體將透 過連通道⑽由第-氣柱段⑽傳_第二氣柱段(⑷，直到第 -、二氣柱段⑽（⑷内之壓力完全相同時才停止。其藉由第一 氣柱段(12)洩出部份氣體到第二氣柱段(14)，由第二氣柱段(14) 吸收该等尚壓之氣體，化解了前述之擠壓，即可避免第_氣柱段 (12)之破裂。而受到衝擊負荷時，由第一氣柱段(12)先承受該衝 擊負荷’接著再φ第二氣柱段(⑷來承受，細似彈簧般一層層 地吸收衝擊貞荷之結構，無形帽提高本發明之氣體找袋的吸 震能力。另外，每一氣柱(1〇)間係以熱封線(31)加以分隔，每一 1309627 氣枉（10)係各自獨立’氣體無法在氣柱(1〇)與氣柱G〇)之間互 通。因此即使有任一氣柱（丨〇)破裂，氣體外洩，其餘未破裂之氣 柱（10)仍維持氣密狀態，使該氣體包裝袋仍可以提供保護之功能。 請參閱圖式第八圖所示，係本發明另一實施例未充氣時的正 面不意圖。該具有多段式氣柱之氣體包裝袋（1)係由複數個氣柱 (10)、（10)…連結而成，每一個氣柱（10)包括複數個具有較大預 定寬度之第-氣柱段(12) ’複數個具有較小預定寬度之第二氣柱 段(14)，及連接於第一氣柱段⑽和第二氣柱段(⑷之間的連通 道（16)4所組成，其構造與前述大致相同，不再重覆。其最大之 差異為，並無折叠線(41)(42)(43)(44)等之設置。當氣體由進氣 口⑵充人，諸會沿著錢道⑽秋各錄⑽内，使其膨服 形成一氣墊（®未示）。職等氣墊分別置放於紙箱、紙盒、紙袋， 或諸如此類之包餘器_部，_該具有複數個連續氣柱⑽ 之氣墊的緩衝吸魏力，即可對放置於包裝容肋狀欲包裝物 品加以保護，避免於運魏巾受難擊而娜。此外，可將該具 有夕&式氣柱之氣體包襄袋⑴以成卷之型態連續捲繞於捲軸 上’使用者可依包裝物品之大小録不同之長度，充氣形成氣塾， 使其在使用上能更具有彈性。 另卜本發月具有夕|又式氣柱之氣體包裝袋⑴，除了前述同 一氣柱内設有兩種大小不同寬度的實_之外，亦可以使同一氣 柱内具有一&或二&以上大小不同寬度之混合設置（圖未示）。例 14 1309627 如將第一氣柱段之預定寬度設置為5公分，第二氣柱段之預定寬度 設置為4公分’第三段氣柱之預定寬度設置為3公分，…，而各氣 柱段之間的連通道寬度則設置為0.5公分，同樣可以提升氣體包裝 袋之抗震功能。 綜上所述，本發明具有多段式氣柱之氣體包裝袋，藉由複數 個第氣柱段及第二氣柱段之設置，使氣體包裂袋可以一層層地 吸收衝擊負荷’以達保護收容物之功效，合於產業上之利用性。 而。亥同t柱内具有各種大小不同寬度氣柱段之混合設置，可以 提升氣體包裝袋之抗震魏，其較習知技術更具有功效之増進， ’、有進v #本發a种請前並未見於刊物，其新穎性亦母庸置 疑本發明合於專利法之規定，爰依法提出發明專利之申請，祈 請惠予審查並料料，實感德便。 【圖式簡單說明】 第-圖係本_具有纽式紐錢體包錄未充氣 面示意圖。 之氣體包裝袋未充氣時的背 第二圖係本發明具有多段式氣柱 面示意圖。 之氣體包裝袋充氣時的示意 第三圖係取第— SA-A處之斷面示意圖 第四圖係本發明具有多段式氣杈 圖 單一氣柱的斷面示意圖 第五圖係取第三圖之B_B處，充氣時， 1309627 單一氣柱之上、下 第六圖係取第三圖之B-B處，結束充氣時 氣閥膜壓貼於上膜的斷面示意圖。 ^圖縣發财«段式紐之_包裝袋於結束充氣， 恥脹成型之立體示意圖。 【主要元件符號說明】 (1) 氣體包裝袋 (10) 氣柱 (14) 第二氣柱段 (18) 進氣道 (22) 下膜 (26) 下氣閥膜 (34) 網狀熱印刷點 (31)(35)(37)(38)(40) (41)(42)(43)(44) (45) 入氣口1309627 IX. Description of the invention: [Technical field to which the invention pertains] The present invention has a cis gas (four) body _, and the material column is connected, and each gas column includes a plurality of first gas column segments having a larger predetermined width. a second section of a smaller predetermined width, and a connecting passage between the two gas column sections, when subjected to an impact load, the first air column section first receives the impact load, and then the second air column The segment is to withstand, so that the gas can be used to carry the bag - Gushen _ 贞 贞 , , , , , , , , , , , , , , , , , , , , , [Prior Art] The traditional method for buffering packaged articles is to cover a plurality of raised small airbags on the plastic sheet, and to coat the article with the article, with the small airbag soaking the shock side The towel in the county was broken or damaged. However, the shock absorption ability of the small airbag bubble has a buffering effect on the squid, and for a large vibration or impact load, the shock absorption shock cannot be achieved, and the rupture damage of the article is easily caused. In addition, the cushioning bag disclosed in Chinese Patent Publication No. 363600: v, has an inner side wall and a reversely bent outer side wall, and forms an airtight chamber between the inner and outer side walls, when the filling gas is 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 buffer coating effect on the object to be accommodated; and the cushioning packaging material disclosed in Japanese Patent Publication No. 128326 Material: It is made up of π parts with a gas viscous _, and is made of plastic film as a god, the airtight bag, and the body of the packaging material makes the folds in pairs, so that the overlap becomes two. The air filling accommodating part 'Where' the at least one part of the inner part of the occupant's area of the two money is connected to the ship, and the wire-shaped part is used to restrict the bulging state of the filling portion of the air in the filling part of the air. . "The second conventional patent case, although filling the air in the airtight chamber or filling the accommodating part to protect the contents, to achieve the buffering effect, but in the actual packaging items for the impact test' Very high, the ability of the foot to withstand _ 'can not afford to protect the responsibility of packaging items, especially sophisticated electronic products, such as notebook computers, LCD panels, etc., can not be used to package the device The range of use of the buffered packaging device cannot be improved. Recently, there have been a number of new (four) links to form a bell-bag, which will be placed in a gas-filled bag to reveal the buffer protection effect. However, each gas column bag in the sub-gas bag has the same size and shape. When subjected to a large impact load, each gas column bag often ruptures at the same time, making it unable to withstand a large impact load, and also has the disadvantage that the range of use cannot be improved. SUMMARY OF THE INVENTION The main object of the present invention is to provide a gas packaging bag having a multi-stage air column, wherein the gas packaging bag can absorb the impact layer by layer by a plurality of first gas-gas and second-phase segments. The load is used to protect the contents of the contents. Another object of the present invention is to provide a gas packaging bag having a multi-stage gas column, which is provided with a gas column section of various sizes and widths in the same-new-nine, so as to enhance the seismic function of the gas bag of 7 1309627 . In order to achieve the present invention, the (4)-type multi-stage type gas column is independent, and the gas cannot be connected to the gas column and the gas column. Therefore, when the two columns are broken, the gas is leaked, and the other gas columns are not affected. The state of the dense; 'in the various shots of the new face, #纽丝, the fold and the line can provide the butterfly (four), the coffee and coffee - the shape of the bag; its characteristics are · each of the aforementioned - gas column , comprising a plurality of (10), a second width of the predetermined width, a second air column = ' and a connecting channel connected to the first and second segments; the basin - the first - Following the emblem of the Green Account (10), the width of the emblem is large, and the width of the corridor is much smaller than that of the first and second gas cylinders. The same gas _' is a mixture of three or more segments of different width and width. Wherein, the first gas column after inflation will protrude outward from the second gas column segment. In addition, the heat seal line is provided in a shape having different widths for forming each air column segment. The invention relates to a gas packaging bag for multi-section gas column, which is capable of greatly improving the effect of the gas-packed anti-seismic Wei-Wu material by means of mixing gas columns of various sizes and widths in the same gas column. By. The following embodiments are described in detail below, but the 1309627 embodiments are not intended to limit the invention. [Embodiment] The present invention relates to a gas packaging bag (1) having a multi-stage air column, and also refers to the first figure of the drawing, which is a front view of the gas packaging bag (1) having a multi-stage air column when not inflated; The second figure is a schematic view of the back side of the gas bag in the first figure when it is not inflated; and the third figure shows that the gas bag (1) includes the front side and the back side, and the section drawn by the first figure AA schematic diagram. First, please refer to the first figure of the drawing. The gas packaging repair bag (1) is made up of a plurality of air columns (1〇), (10), and each air column (1〇) includes a plurality of larger ones. a first gas column segment (12) of predetermined width, a plurality of second gas column segments (14) having a smaller predetermined width, and a connection between the first gas column segment (10) and the second gas column segment (14) It is composed of a channel (16) and the like. Wherein, the first gas column segment (12) is of a predetermined width and a second gas column segment (the predetermined boundary of (4) is large, and the predetermined width of the connecting channel (10) is hetero-- and the second gas column segment (12) ((4) is For example, the predetermined width of the first gas column section (12) is set to 6 cm, and the second gas column section (the predetermined width of (4) is set to 3 cm in spring, and the connecting channel (10) is set to 5 cm. In addition, the first The gas column section (10) and the second gas column section (the predetermined length of (4) may be elastically slid according to the size of the gas packaging bag (1), which may make the first and second gas column sections (1) 乂 (4) have the same predetermined length, and may also The lengths of the two are different. The first and second gas column segments ((2) ((4) are connected to the channel (16), because only the first and second gas column segments (10) (14) are provided. The channel 'so only need to set the miscellaneous -, two gas column section (10) ((4) the predetermined length is short length. The gas column (10) and the gas column (10) are separated by heat sealing line (8)' in order to make the first and second The gas column section (12) ((4) and the faceway ((6) has no 9 1309627 with the same pre-viewability 'missing line (3))) is capable of forming different widths of each gas column section. 7 is provided with cloth A. An air inlet (2) is provided at a suitable side of the gas packaging bag (1), and the air inlet (2) is connected with an air inlet (10), and the air inlet (18) has a gas path and Each gas bag (1) is connected to each other (10). Therefore, # gas is filled by the air inlet (2), and then the air inlet (18) can be used to inflate each gas column ((8). The gas packaging bag (1) is expanded and formed. The heat sealing line ((1) separates the gas column (10) from the gas column (10) so that each gas column (1Q) is resident, and the gas cannot be in the gas column (10) and the gas column (10) Inter-communication. Because the wire-gas column ((8) is broken, when the gas is leaking, it does not affect the state of other gas column (1〇) still turning airtight, so that Wei Hang bagging (1) can still protect the function of the packaged articles. In the second and third figures, the gas bag (1) with a neo-type air column is composed of two layers of film, which are an upper film (21) and a lower film (22), respectively. The film is a film made of a material such as plastic. First, the periphery of the films is thermally embossed with a copper mold to form a heat seal line (35), so that the gas package can be sealed. The gas will not leak out. Then heat-press the heat seal line (31) between the gas column (10) and the gas column (1〇), and the transverse heat seal line (37) (38) (40), etc. The column (1〇) forms a closed air bag space. The heat seal line (31) (35) (38) (40) or the like heat-presses the upper and lower film (21) (22) to bond it to In addition, the air sputum composed of the upper and lower air valve membranes (25) (26) is placed between the upper and lower membranes (21) and (22) with appropriate length inflammation. A heat-resistant printing (33) is disposed between the valve film (25) (26), which is located just near the inlet passage (18), which is the same as the upper and lower membranes (21) (22), and is also 1309627 Set the way to privately pack a gas bag. The setting of the miscellaneous printing (10) can prevent the upper and lower gas _(25)(26) from being heat-sealed in the manufacture of the county heat sealing line (5), and can provide the human mouth (6) on each gas column (10). In order to facilitate the filling of milk (four). The reticular hot stamping cymbal (34) is a strong film (2)), and the upper air valve membrane (25) lower air valve membrane (10) is heat sealed together to guide the gas into the gas column (ίο). The upper and lower air valve membranes (25) (26), the heat-resistant printing (10), and the mesh thermal printing dots (34) are composed of a stop-device. When the gas is filled with the gas column (10), the gas column α_ can be utilized. The air pressure is such that the upper and lower air _(25)(26) are pressed against the air inlet and the P air inlet port is used to make the air column (10) secretly recorded. Please refer to the first figure of _, and set the reticulated hot printing point (10) at the upper and lower gas _(25)(26). The mesh teaching point (10) can be _ or other miscellaneous. The hot stamping (10) heat seals the upper film (21), the upper air valve film (25), and the lower air valve film (10). The upper and lower air valve membranes (25) (26), heat-resistant printing (10), mesh thermal printing dots (10), etc. constitute a non-returning position, and when the gas is filled with the gas column (10), the air port can be touched (45) , keep each air column (10) airtight. In addition, a folding line (41) (42) (43) (44) is provided at an appropriate position of each air column (10). When the air column (10) is inflated, the folding line (6) (42X43X44) can provide the air column (10). As a bending, the gas packaging bag (1) can be used as a bag having a three-dimensional shape. #From the heat seal line (38) at the air inlet (10) of the air column (10), through the lower fold line (4)), around the warp surface (see the second figure), the back line also has a fold line (10) (10), and the upper part of the front side of the shaft is folded Wei (10), 1309627 reaches the heat seal line (40) at the opening (50), forming a closed air column (10) that is connected to each other and is independent. When the air column (10) is inflated, the folding lines (41) (42) (43) (44) can provide the gas column (1 〇) as a bending, so that the whole gas with a multi-stage gas column The package (1) can be a three-dimensional shape. Please refer to the fourth figure of the drawing. 'When the gas is filled by the air inlet (2) of the gas bag (1) with multi-stage air column, the gas will enter each gas column along the air inlet (18). 〇). When the gas is to enter each gas column (10), the network thermal printing point (34) forms a gas path, so that the gas can smoothly enter the gas column (1〇). Next, please refer to the fifth and sixth figures of the figure, which is a schematic cross-sectional view of the third figure BB. When the gas enters the gas column (1〇), the gas column (10) expands and expands. At this time, the high pressure gas inside the gas column (1 〇) will push the upper diaphragm film (5) and the lower gas _ (26) two membranes to the side of the membrane (21), and the upper and lower valve membranes ( 25) (26) Tightly pressed against the upper film (21). Because the reticulated hot stamping point (34) heat seals the upper film (21), the upper air valve film (25), the lower gas valve (10), and so on, so the upper and lower air ugliness (25) (26) are pressed. It will be biased toward the film (21) instead of the lower film (22). Also, because the upper and lower air valve membranes (25) and 26, and the upper membrane (21) are pressed by Na, the upper and lower air valve membranes (25) (26) When it is in close contact with the upper film (21), the air inlet (45) of the air column (1 〇) is closed to form airtightness, preventing the gas in the air column (10) from escaping. At the same time, the pick-up hot printing point (34) also forms the function of reverse gas stop, enhancing the airtight effect of the gas column (1〇). Please refer to the seventh figure in the sun. When the gas bag with multi-stage air column (1) is finished in 12 1309627, the remaining (10) has been filled and the type of expansion is carried along the folding line (41) (42). 43) (44) bending, the gas packaging bag (1) having a multi-stage air column can be bent to form a three-dimensional bag body, and the inner money enclosed by each gas column (10) can be placed as a storage object. At the office. The contents are protected by the air column (10) to avoid damage due to vibration or shock during transportation. The air inlet (10) of each air column (10) is still in the state of _ because it is not inflated, so it can be placed in the inner accommodating space of the gas packaging bag with the opening (5). The film-shaped air inlet (10)' can be used as a cover to seal the door (10). The towel, because the predetermined width of the first gas column (10) of each gas column (10) is larger than the third gas segment (10), the inflated first gas column segment (10) will protrude outwardly from the second gas column segment (10). When the gas packaging bag (1) with the multi-stage gas column is subjected to a slamming load, the first gas column (10) of each gas column α〇 will first withstand the impact load, and then the second gas column segment (14)' Therefore, the first gas column section (10) is squeezed, at which time part of the gas will pass through the connecting channel (10) from the first gas column section (10) to the second gas column section ((4) until the first and second gas column sections (10) ((4) The pressure is stopped when the pressure is completely the same. It vents part of the gas to the second gas column section (14) by the first gas column section (12), and absorbs the pressure by the second gas column section (14). The gas, which dissolves the aforementioned extrusion, can avoid the rupture of the first column (12). When subjected to the impact load, the first gas column (12) first receives the impact load, and then the second gas The column section ((4) is subjected to a structure that absorbs the impact load in a layer-like manner like a spring, and the invisible cap improves the shock absorbing ability of the gas bag of the present invention. In addition, each gas column (1 〇) is sealed with a heat seal line ( 31) Separated, each 1309627 gas 枉 (10) is independent of each other 'gas can not communicate between the gas column (1 〇) and the gas column G 〇), so even if there is any gas column丨〇) rupture, gas leakage, and the remaining unbroken gas column (10) remains airtight, so that the gas package can still provide protection. See Figure 8 for the other The embodiment is not intended to be inflated. The gas packaging bag (1) having a multi-stage gas column is formed by a plurality of gas columns (10), (10), and each gas column (10) includes a plurality of first-column segments (12) having a larger predetermined width 'a plurality of second gas column segments (14) having a smaller predetermined width, and connected to the first gas column segment (10) and the second gas column segment ( (4) Between the connecting passages (16) 4, the structure is substantially the same as the above, and is not repeated. The biggest difference is that there is no folding line (41) (42) (43) (44), etc. When the gas is filled by the air inlet (2), the chambers will be filled along the money channel (10) in the autumn (10) to form an air cushion (® not shown). The air cushions are placed in cartons, cartons, and paper bags. , or the like, or the buffering suction force of the air cushion having a plurality of continuous air columns (10), which can be placed on the packaging ribs The articles are protected to avoid the difficulty of hitting the Wei towel. In addition, the gas bag (1) having the Xi & gas column can be continuously wound on the reel in a roll form. The size of the packaged items is recorded in different lengths, and the air is formed into a gas cylinder, which makes it more flexible in use. In addition, this month has a gas packaging bag (1) with a gas column, in addition to the above-mentioned gas column, there are two sizes. In addition to the real width of different widths, it is also possible to have a mixing setting of different widths of the same gas column or the same size (not shown). Example 14 1309627 If the predetermined width of the first gas column segment is set 5 cm, the predetermined width of the second gas column section is set to 4 cm. The predetermined width of the third gas column is set to 3 cm, ..., and the width of the connecting channel between the gas column sections is set to 0.5 cm, which can also be improved. The seismic function of the gas bag. In summary, the present invention has a multi-stage gas column gas packaging bag, which is provided by a plurality of gas column sections and a second gas column section, so that the gas cracking bag can absorb the impact load layer by layer to protect The efficacy of the containment is in line with the industrial use. and. There are various combinations of air column sections of different sizes and widths in the same column, which can improve the anti-seismic Wei of the gas packaging bag, which is more effective than the conventional technology. ', have entered v #本发 a kind please Not found in the publication, its novelty is also undoubtedly the invention is in line with the provisions of the Patent Law, the application for invention patents is filed according to law, and the application is for review and material, and it is really sensible. [Simple description of the diagram] The first-picture is a schematic diagram of the non-inflated surface of the New Zealand-style money package. The back of the gas bag when not inflated The second figure is a schematic view of the multi-section gas column of the present invention. The third diagram of the gas package is inflated. The third diagram is the cross-sectional view of the first section of the SA-A. The fourth section of the invention has a multi-section gas diagram. At B_B, when inflating, 1309627 is above the single gas column, and the lower sixth figure is taken at BB of the third figure, and the cross-sectional view of the gas valve film pressed against the upper film at the end of inflation is completed. ^Tuxian Fortune «Segment New Zealand _ packaging bag at the end of the inflatable, three-dimensional schematic diagram of the shaving. [Main component symbol description] (1) Gas packaging bag (10) Gas column (14) Second gas column section (18) Inlet port (22) Lower film (26) Lower air valve film (34) Mesh thermal printing Point (31) (35) (37) (38) (40) (41) (42) (43) (44) (45) Air inlet
第八圖係本發明另—實施例未充氣時的正面示意圖。 (2) 進氣〇 02) 第一氣柱段 (16) 連通道 (21) 上膜 (25) 上氣閥膜 (33) 耐熱印刷 熱封線 折疊線 (50)開口 16Figure 8 is a front elevational view of another embodiment of the present invention when not inflated. (2) Intake 〇 02) First gas column section (16) Connection channel (21) Upper film (25) Upper air valve film (33) Heat-resistant printing Heat-sealed wire Folding wire (50) Opening 16