五、新型說明： 【新型所屬之技術領域】 [0001] 本創作係有關一種充氣包裝袋，尤指一種藉由在進氣通 道位置設有多段式之耐高溫油墨層，可完全封閉進氣通 道末端出氣口而方便充氣，適合各種大小不同氣室之進 氣，具有結構簡單、進氣容易、可以有效簡化設備、大 大降低成本、損耗與定位時間等優點。 【先前技術】 [0002] 在現代生活中，人們在郵寄瓷器、電子産品、快遞包裹 、小家電等産品時通常需要用到保護性包裝材料。現有 的包裝防震材料有瓦楞紙和氣泡塑膠膜，以及充氣包裝 袋（或稱充氣墊片）等。 [0003] 在現有的充氣包裝袋a或充氣墊片中（如第3圖所示），都 用到了一種單向充氣閥，該充氣閥的結構是：在充氣袋 或充氣墊片的氣閥進氣口設有兩層與塑膠薄膜平行的氣 閥薄膜，由於薄膜具有柔韌性，當充氣時，外部氣壓高 於充氣袋内的氣壓，兩層氣閥薄膜被吹開，氣體可以順 利進入充氣袋内；充氣結束後，袋内氣壓高於外部氣壓 ，而且充氣包裝袋因充氣而膨脹，氣閥進氣口附近的筒 壁（即構成充氣包裝袋或充氣墊片的兩層塑膠薄膜）不 再是平行的兩層薄膜，而是鼓成橢圓形，兩層氣閥薄膜 被内部氣壓壓向筒壁，並彎曲擠緊，從而封閉氣閥進氣 口，達到防止漏氣的效果。 [0004] 惟，如第3圖所示，現有充氣包裝袋在進氣之設計上，為 表單編號A0101 第3頁/共14頁 M377403 考慮到充氣包裝袋或充氣墊片熱封加工的順利實施，在 氣閥薄膜氣閥進氣口位置通常還設置有整條連續式的耐 熱油墨層b，將上、下氣閥薄膜分隔開來，使熱封後上、 下氣閥薄膜可因耐熱油墨層b的阻隔而不會粘連在一起， 從而自動形成氣閥進氣口。這種在兩層氣閥薄膜之間增 加耐熱油墨層b的方式，雖然可以簡化熱封工序，但整條 連續式的耐熱油墨層設計並無法完全封閉進氣通道末端 出氣口，使得在進行充氣時，並非十分方便。 【新型内容】 [0005] 本創作之主要目的在提供一種結構簡單、進氣容易可以 有效簡化設備，降低成本、次級品與定位時間之充氣包 裝袋。 [0006] 本創作之另一目的在於提供一種可有效提高閉氣效果之 充氣包裝袋。 [0007] 為達上述之目的，本創作所設之一種充氣包裝袋，包括 複數個併排且獨立之氣室，每一氣室一端設有進氣道， 使充氣時氣體可自進氣道充入於氣室内；其改良在於該 充氣包裝袋之頂部係間隔設有兩橫封線，而於兩橫封線 間設有一進氣通道，而其中一橫封線上係設有至少一個 與氣室進氣道相接之進氣口，又該進氣道設有兩氣閥薄 膜，於該兩氣閥薄膜間且在於進氣通道位置設有一耐高 溫油墨層，且耐高溫油墨層係為多段式之耐高溫油墨層 ，藉以使充氣時，分開兩氣閥薄膜，使該進氣通道可藉 由該等進氣口而與該等氣室一端之進氣道相通。 表單編號A0101 第4頁/共14頁 M3774.03 [0008] 實施時，該氣室之一端且於靠近進氣道處，相對且交錯 設有複數個氣閥熱壓部，且每一氣閥熱壓部之長度係大 於氣室之半徑，藉以使氣體於氣室内行進之路徑係呈單 一且彎折之S形路徑。 [0009] 實施時，該等氣室係由兩層塑料薄膜四周熱壓黏結封閉 形成充氣墊片後，在其四周封閉邊中間設置有若干氣室 熱封隔離線，而該兩層塑料薄膜在該氣室熱封隔離線上 熱壓固定，再將該充氣墊片分割而成。V. New description: [New technical field] [0001] This creation relates to an inflatable packaging bag, especially a multi-stage high temperature resistant ink layer at the position of the intake passage, which can completely close the intake passage. The air outlet is convenient for inflation, and is suitable for air intake of different sizes of air chambers. It has the advantages of simple structure, easy air intake, simplified equipment, greatly reduced cost, loss and positioning time. [Prior Art] [0002] In modern life, people often need protective packaging materials when mailing porcelain, electronic products, express parcels, and small household appliances. The existing packaging shockproof materials are corrugated paper and bubble plastic film, as well as inflatable bags (or inflatable gaskets). [0003] In the existing inflatable package a or inflatable gasket (as shown in FIG. 3), a one-way inflation valve is used, which is constructed as a gas valve in an inflatable bag or an inflatable gasket. The air inlet is provided with two layers of air valve film parallel to the plastic film. Since the film has flexibility, when the air is inflated, the external air pressure is higher than the air pressure in the air bag, and the two-layer valve film is blown open, and the gas can smoothly enter the air. Inside the bag; after the inflation is completed, the air pressure in the bag is higher than the external air pressure, and the air-filled bag expands due to inflation, and the wall of the air valve near the air inlet of the valve (that is, the two-layer plastic film constituting the air-filled bag or the air-filled gasket) is not Then, the two layers of the film are parallel, but the drum is formed into an elliptical shape. The two layers of the valve film are pressed against the wall by the internal air pressure, and are bent and squeezed to close the air inlet of the valve to prevent the air leakage. [0004] However, as shown in Fig. 3, the existing inflatable packaging bag in the design of the intake air, for the form number A0101, page 3 / 14 pages, M377403, considering the smooth implementation of the heat sealing processing of the inflatable packaging bag or the inflatable gasket At the gas valve inlet of the gas valve, a continuous continuous heat-resistant ink layer b is usually disposed to separate the upper and lower gas valve films, so that the upper and lower gas valve films can be heat-resistant after heat sealing. The ink layer b is blocked without sticking together, thereby automatically forming a valve inlet. The manner of adding the heat-resistant ink layer b between the two-layer valve film can simplify the heat-sealing process, but the entire continuous heat-resistant ink layer design cannot completely close the air inlet end outlet, so that the air is inflated. It is not very convenient. [New Content] [0005] The main purpose of this creation is to provide an inflatable package that is simple in structure, easy to inhale, and that can simplify equipment, reduce costs, and necessities and positioning time. Another object of the present invention is to provide an inflatable package that can effectively improve the air-closing effect. [0007] For the above purposes, the present invention provides an inflatable packaging bag comprising a plurality of side-by-side and independent air chambers, each of which has an air inlet at one end, so that gas can be charged from the air inlet during inflation. In the air chamber; the improvement is that the top of the inflatable packaging bag is provided with two transverse sealing lines, and an air inlet channel is arranged between the two transverse sealing lines, and at least one of the horizontal sealing lines is provided with at least one air chamber. The air inlet is connected to the air inlet, and the air inlet is provided with a two-pneumatic valve film, and a high-temperature resistant ink layer is disposed between the two gas valve films at the inlet passage position, and the high temperature resistant ink layer is multi-stage The high temperature resistant ink layer is configured to separate the two valve films so that the intake passage can communicate with the intake ports at one end of the air chambers through the air inlets. Form No. A0101 Page 4 of 14 M3774.03 [0008] In implementation, one end of the gas chamber is close to the inlet, and a plurality of valve hot pressing portions are oppositely and alternately arranged, and each valve is hot The length of the pressing portion is greater than the radius of the gas chamber, so that the path of the gas traveling in the gas chamber is a single and bent S-shaped path. [0009] In implementation, the gas chambers are formed by two layers of plastic film surrounded by thermocompression bonding to form an inflatable gasket, and a plurality of gas chamber heat-sealing isolation lines are disposed in the middle of the closed sides thereof, and the two plastic films are The air chamber heat-sealing isolation line is fixed by heat pressing, and then the air-filling gasket is divided.
[0010] 實施時，該氣室熱封隔離線延伸至進氣通道遠離進氣道 位置的橫封線上，且該多段式之耐高溫油墨層係橫穿該 氣室熱封隔離線。 [0011] 實施時，該氣室另設有複數個連續式之氣柱燙壓折點。 [0012] 實施時，該多段式之耐高溫油墨層係在進氣通道上設為 等距的。[0010] In implementation, the plenum heat seal isolation line extends to a transverse seal line of the intake passage away from the inlet passage, and the multi-stage high temperature resistant ink layer traverses the plenum heat seal isolation line. [0011] When implemented, the air chamber is further provided with a plurality of continuous air column hot pressing points. [0012] When implemented, the multi-stage high temperature resistant ink layer is equidistant on the intake passage.
[0013] 為進一步了解本創作，以下舉較佳之實施例，配合圖示 、圖號，將本創作之具體構成内容及其所達成的功效詳 細說明如后： 【實施方式】 [0014] 請參閱第1、2圖，圖式内容為本創作充氣包裝袋1之一實 施例，包括複數個併排且獨立之氣室2，每一氣室2—端 設有進氣道21，使充氣時氣體可自進氣道21充入於氣室2 内0 [0015] 該等氣室2係由兩層塑料薄膜四周熱壓黏結封閉形成充氣 表單编號A0101 第5頁/共14頁 M377403 墊片後’在其四周封閉邊中間設置有若干氣室熱封隔離 線20 ’而該兩層塑料薄膜在該氣室熱封隔離線2〇上熱壓 固定，再將該充氣墊片分割而成。 [0016]該充氣包裝袋1之頂部係間隔設有兩橫封線u、12，而於 兩橫封線11、12間設有一進氣通道13，而其中一橫封線 12上係設有至少一個與氣室2進氣道相接之進氣口 121， 且該複數個進氣口 121係連續成形於橫封線12上《每個氣 室2之進氣道21設有兩氣閥薄膜22、23，於該兩氣閥薄膜 22、23間且在於進氣通道13位置設有一耐高溫油墨層24 ，且耐咼溫油墨層2 4係為多段式之耐高溫油墨層2 4，該 多段式之耐南溫油墨層24係在進氣通道13上設為等距的 。而氣室2氣室熱封隔離線2〇延伸至進氣通道13遠離進氣 道21位置的検封線11上，且該多段式之耐高溫油墨層 係橫穿該氣室熱封隔離線2〇 » 闺X ’本創作氣室2之一端且於靠近進氣口21處相對且交 錯設有複數個氣閥熱壓部25，該等氣閥熱壓部25係為多 邊形、圓形等其中-種幾何形狀，每一氣間熱麼部25之 長度係大於氣室2之半徑，另該氣室2中段處至末端之間 另設有複數個連續式之氣柱燙壓折點26，而該充氣包裝 仏1於最外側之氣至2頂部局部設有多邊开㈣狀（如菱形 或蜂巢形狀）之壓紋1〇 · [0018] 表單編號Α010Ι 因此Hi·充氣作業時，本創作所設之多段式之耐高 溫油墨層24可分開兩賴薄㈣、23，使該進氣通道！ 可藉由該等進氣口 121而與該等氣室2-端之進氣道21木通，使氣财自錢通道13、橫輯12上設有複 H Α0101 «一， 第6頁/共14頁 M377403 氣口 121及氣室2進氣道21而直接進入氣室2内，同時，本 創作之多段式之耐高溫油墨層24可壓邊封線27，使得完 全封閉進氣通道13末端出氣口，且充氣包裝袋1於最外側 之氣室2頂部局部設有多邊形形狀（如蜂巢狀）之壓紋10 ，使得連接充氣設備時可輕易搓揉出進氣通道13,充氣 更為方便。[0013] In order to further understand the present invention, the preferred embodiments of the present invention will be described in detail with reference to the drawings and drawings, and the details of the present invention and the functions thereof are as follows: [Embodiment] [0014] 1 and 2, the drawing is an embodiment of the present inflatable bag 1 comprising a plurality of side-by-side and independent air chambers 2, each of which is provided with an air inlet 21 at the end of the air chamber, so that the gas can be inflated The air inlet 21 is filled in the air chamber 2 [0015] The air chambers 2 are closed by two layers of plastic film by thermocompression bonding to form an inflatable form number A0101 page 5 / 14 pages after M377403 gaskets' A plurality of gas chamber heat-sealing isolation lines 20' are disposed in the middle of the closed sides thereof, and the two-layer plastic film is heat-pressed and fixed on the heat-insulation isolation line 2 of the gas chamber, and the gas-filled gasket is further divided. [0016] The top of the inflatable packaging bag 1 is provided with two transverse sealing lines u, 12, and an air inlet passage 13 is disposed between the two transverse sealing lines 11, 12, and one of the transverse sealing lines 12 is provided with At least one air inlet 121 connected to the air inlet of the air chamber 2, and the plurality of air inlets 121 are continuously formed on the horizontal sealing line 12. "The air inlet 21 of each air chamber 2 is provided with two air valves. The film 22, 23 is provided with a high temperature resistant ink layer 24 between the two valve films 22, 23 and at the position of the inlet passage 13, and the temperature resistant ink layer 24 is a multi-stage high temperature ink layer 24, The multi-stage south temperature resistant ink layer 24 is equidistant on the intake passage 13. The air chamber 2 air chamber heat sealing isolation line 2〇 extends to the sealing line 11 of the air inlet passage 13 away from the air inlet 21, and the multi-stage high temperature resistant ink layer traverses the air chamber heat sealing isolation line. 2〇» 闺X 'At one end of the creation chamber 2 and adjacent to the inlet 21, a plurality of valve hot pressing portions 25 are interposed and staggered, and the gas valve hot pressing portions 25 are polygonal, circular, etc. Wherein, the geometry of each of the inter-air heat portions 25 is greater than the radius of the gas chamber 2, and a plurality of continuous gas column hot pressing points 26 are further disposed between the middle portion and the end portion of the gas chamber 2, The air-filled package 仏1 is partially embossed with a polygonal open (four) shape (such as a diamond shape or a honeycomb shape) on the top of the air to the top of the 2 〇 [ [ [ [ Ι Hi Hi Hi Hi Hi Hi Hi Hi Hi Hi Hi Hi Hi Hi Hi Hi Hi Hi Hi The multi-stage high temperature resistant ink layer 24 can be separated by two thin (four), 23 to make the air inlet passage! The air inlets 121 can be connected to the air inlets 21 of the two chambers, so that the gas is provided with the complex H Α 0101 «1, page 6 / A total of 14 pages of M377403 air port 121 and air chamber 2 air inlet 21 directly enter the air chamber 2, at the same time, the multi-stage high temperature resistant ink layer 24 of the present invention can be pressed to seal the line 27, so that the end of the intake passage 13 is completely closed. An air outlet, and the inflatable bag 1 is partially provided with a polygonal shape (such as a honeycomb shape) embossing 10 on the top of the outermost air chamber 2, so that the air inlet passage 13 can be easily pulled out when the inflatable device is connected, and the inflation is more convenient. .
[0019] 而當氣體進入後，因受到相對且交錯設有複數個氣閥熱 壓部25的緣故，氣體於氣室2内行進之路徑即一單一且彎 折之S形路徑，使得充氣後，氣體因該單一且彎折之S形 路徑之設計，可降低與減緩氣體外洩之機率。 [0020] 因此，本創作具有以下之優點： [0021] 1. 本創作充氣包裝袋於進氣通道之耐高溫油墨層是設 為斷續的多段式耐高溫油墨層，使得完全封閉進氣 通道末端出氣口，使得充氣更為方便，且在製作時 不需要有特別的定位裝置，故具有節省對位工時、 調機簡單、簡化設備、減少損耗、降低成本等問題[0019] When the gas enters, the path of the gas traveling in the air chamber 2 is a single and bent S-shaped path due to the relative and staggered arrangement of the plurality of valve hot pressing portions 25, so that after inflation The gas is designed to reduce and reduce the chance of gas leakage due to the design of the single and bent S-shaped path. [0020] Therefore, the present invention has the following advantages: [0021] 1. The high temperature resistant ink layer of the present inflatable bag in the intake passage is set as an intermittent multi-stage high temperature resistant ink layer, so that the inlet passage is completely closed. The end air outlet makes the inflation more convenient, and does not need special positioning device in the production, so it has the problems of saving the alignment time, simple adjustment, simplifying the equipment, reducing the loss, reducing the cost and the like.
2. 本創作多段式耐高溫油墨層係設置在進氣通道中的 兩片氣閥薄膜之間，這樣氣室熱封隔離線就可以延 伸至進氣通道遠離進氣道位置的橫封線上，使得氣 室整體之空間可大為增加，而提高材料之長度與使 用度。 3. 本創作所設之複數個氣閥熱壓部，使氣體於氣室内 行進之路徑係呈單一且彎折之S形路徑，使得氣體在 進入氣室時，它不是沿著一條直線或分散的方式進 表單编號A0101 第7頁/共14頁 M377403 入，而是須繞了幾個彎的，延長了回氣道，使氣體 不容易流出氣室外的，提高閉氣之效果。 [0022] 以上所述乃是本創作之具體實施例及所運用之技術手段 ，根據本文的揭露或教導可衍生推導出許多的變更與修 正，若依本創作之構想所作之等效改變，其所產生之作 用仍未超出說明書及圖式所涵蓋之實質精神時，均應視 為在本創作之技術範疇之内，合先陳明。 [0023] 依上文所揭示之内容，本創作確可達到創作之預期目的 ，提供一種充氣包裝袋，具有產業利用與實用之價值無 疑，爰依法提出新型專利申請。 【圖式簡單說明】 [0024] 第1圖係為本創作充氣包裝袋之外觀示意圖。 [0025] 第2圖係為本創作充氣包裝袋之使用狀態剖示圖。 [0026] 第3圖係為習用充氣包裝袋之使用狀態剖示圖。 【主要元件符號說明】 [0027] 1:充氣包裝袋10:壓紋 [0028] 11 :橫封線12 :橫封線 [0029] 121 :進氣口 13 :進氣通道 [0030] 2 :氣室20 :氣室熱封隔離線 [0031] 21 :進氣道22、23 :氣閥薄膜 [0032] 24 :耐高溫油墨層 25 :氣閥熱壓部 [0033] 26 :氣柱燙壓折點27 :邊封線 表單編號A0101 第8頁/共14頁 M377403 [0034] a :充氣包裝袋b :耐熱阻隔層 表單编號A0101 第9頁/共14頁2. The creation of the multi-stage high temperature resistant ink layer is arranged between the two gas valve films in the intake passage, so that the air chamber heat sealing isolation line can extend to the transverse sealing line of the intake passage away from the inlet passage position. The space of the gas chamber as a whole can be greatly increased, and the length and the degree of use of the material are improved. 3. The plurality of air valve hot-pressing parts provided in this creation make the path of gas traveling in the gas chamber a single and bent S-shaped path, so that when the gas enters the air chamber, it is not along a straight line or scattered. The way to enter the form number A0101 page 7 / 14 pages M377403 into, but must be wrapped around a few bends, extending the air return, so that the gas does not easily flow out of the gas, improve the effect of closing the gas. The above is a specific embodiment of the present invention and the technical means employed, and many variations and modifications can be derived therefrom based on the disclosure or teachings herein. If the effect is not beyond the spirit of the manual and the schema, it should be considered within the technical scope of this creation. [0023] According to the content disclosed above, the creation can achieve the intended purpose of creation, providing an inflatable packaging bag, which has the value of industrial utilization and practicality, and proposes a new patent application according to law. BRIEF DESCRIPTION OF THE DRAWINGS [0024] Fig. 1 is a schematic view showing the appearance of the present inflated packaging bag. [0025] FIG. 2 is a cross-sectional view showing the state of use of the present inflated packaging bag. Fig. 3 is a cross-sectional view showing the state of use of a conventional inflatable packaging bag. [Main component symbol description] [0027] 1: Inflatable packaging bag 10: embossing [0028] 11: transverse sealing line 12: transverse sealing line [0029] 121: air inlet 13: intake passage [0030] 2: gas Room 20: air chamber heat sealing isolation line [0031] 21: air inlet 22, 23: air valve film [0032] 24: high temperature resistant ink layer 25: air valve hot pressing portion [0033] 26: air column hot folding Point 27: Edge seal line form No. A0101 Page 8 of 14 M377403 [0034] a : Inflatable bag b: Heat resistant barrier form No. A0101 Page 9 of 14