TWM264254U - A double layer of air packing bag - Google Patents
A double layer of air packing bag Download PDFInfo
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- TWM264254U TWM264254U TW93215324U TW93215324U TWM264254U TW M264254 U TWM264254 U TW M264254U TW 93215324 U TW93215324 U TW 93215324U TW 93215324 U TW93215324 U TW 93215324U TW M264254 U TWM264254 U TW M264254U
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M264254 、創作說明（1) 【技術領域】 本創作係一種雙層式氣體包裝袋，盆M A , α精田上、下兩庶 寬度不同之氣室的設計，以大小不等之氣室吸收不同的曰 擊負何，即可加強該氣體包裝袋承受撞擊的能力 2 品於運送途中遭受到撞擊而破壞。 兄物 【先前技術】 傳統用於緩衝包裝物品之方式，係以一塑膠片上咖讯 複數個凸起小氣囊泡，將該一塑膠膜片包覆於物品外ς叹 藉由該小氣囊泡吸震緩衝作用’以避免物品於運送途 裂或損壞。惟，該小氣囊泡之吸震能力有限，對於較 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’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：具有-内侧壁及反向彎折之外侧壁，而於内、外側 J2形成-氣密室’當充填氣體於氣密室中，藉由内側壁 地包覆W收容物品上，使氣密室内之氣體可對 收谷物品形成一緩衝包覆效果；又如我國專利公告編號 第1 28326號所揭示之緩衝用包裝材料：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密袋—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 邛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。 1 、創作說明（2) 前述之二習知專利案，雖然以氣密室或充填收容部充 填空氣，以㈣收容物，達到緩衝包覆效果，，卜於實際 包裝物品作-衝擊試驗時，其§值仍然非常的高，亦即其能：有無法負擔保護欲包裝物品之責任，ΐ 產品’例如筆記型電腦、液晶面板… ί置= ί加以包裝運送，㈠知之緩衝式包裝 衷置的使用耗圍無法提升。 内容 式包裝 其係由 以分隔 該進氣 通；其 膜體， 氣閥膜 組成， 後’該 室，藉 裝袋承 其 膜體每 較 本創作一 種雙層式 無法承受 氣室連結 裝置之 複數個 ;該雙層式氣體 口設有 中，該 該第一 、下氣 分別為 雙層式 由該等 受撞擊 中，於 一氣室 佳者為 氣體包 較大之 而成， 包裝袋 ，該進 體包裝 由四層 膜，而 、下氣 袋形成 重保護 裝袋，主要係針對習 衝擊負荷所作 而氣室與氣室間以埶 之一側設有 知緩衝 的創新改良， 封線加 ，連接 室連 進氣口 個個氣 膜體及 別為上 係由三 當充氣 度不同 雙層式 一進氣道 雙層式氣 層膜體係 閥臈及下 上氣.閥膜 氣體包裝 氣室之雙 的能力者 第一層膜體每一氣室的寬度較小， 的寬度較大。 乐一增 第一層膜 氣道有 袋包含 薄膜組 該第二 閥膜及 内、外 ，即可 氣路與 第一層 成，分 層膜體 下膜， 兩層寬 加強該 第二層 膜、上 層薄膜 完成 之氣 氣體包 體每—氣室的寬度僅為第二層膜體 I咖M264254 、 Instruction of Creation (1) [Technical Field] This creation is a double-layer gas packaging bag, basin MA, α Seida. The upper and lower air chambers with different widths are designed to absorb different air chambers of different sizes. Said the blow, the gas packaging bag's ability to withstand the impact can be strengthened. Brother [prior art] The traditional method for cushioning and packaging items is to use a plastic sheet of coffee with a plurality of raised small airbags, and cover the article with a plastic film. Sighs. The small airbags absorb shock. Buffering effect 'to prevent items from cracking or being damaged during transportation. However, the small airbag bubble has a limited shock absorption capacity, which can produce a cushioning effect for relatively small impacts, and it cannot achieve the purpose of cushioning shock absorption for larger vibrations or impact loads, and it is easy to cause damage to items. In addition, the cushioning packaging bag disclosed in Chinese Patent Publication No. 363600 has:-an inner side wall and a reversely bent outer side wall, and is formed on the inner and outer sides J2-an airtight chamber 'when filled with gas in the airtight chamber, by The inner side wall is covered with the W containing article, so that the gas in the airtight chamber can form a buffer covering effect on the grain-receiving article; and as the cushioning packaging material disclosed in China Patent Publication No. 1 28326: The check valve at the discharge port is made of a plastic film into a square airtight bag—and the packaging material body is folded and folded in pairs, so that the overlap becomes a filling trough of two air, wherein the two At least one of the individual positions on the inner surface of the air-filled receiving section is linearly adhered. When the linear adhesive section is filled with air, it is used to restrict the bulging state of the air-filled receiving section. 1. Description of creation (2) Although the aforementioned second conventional patent case is filled with air in an airtight room or a filled storage section, the contents are buffered to achieve a cushioning and coating effect. When an actual packaging article is subjected to an impact test, § The value is still very high, that is, it can: it cannot bear the responsibility to protect the items to be packaged, ΐ products' such as notebook computers, LCD panels ... Consumption can not be increased. The content type package consists of the air inlet; the membrane body and the air valve membrane are composed of the membrane body and the air valve membrane. The double-layer gas port is provided with a middle, the first and lower gas are double-layer type, respectively, from the impacted, in a gas chamber, the gas bag is larger, the packaging bag, the inlet The body package consists of four layers of membranes, and the lower air bag forms a heavy protective bag. It is mainly made for the impact load of the innovation. The air chamber and the air chamber are equipped with an innovative buffer on one side of the airbag. The air membranes of the chamber and the air inlets are different, and the upper system is composed of a double-layered one-air inlet double-layered gas-layered membrane valve with three different inflation levels, and a lower upper gas. The width of each air cell in the first layer of membrane body is smaller, and the width of the air chamber is larger. Le Yizeng ’s first layer of membrane airway bag contains the film group, the second valve membrane, and the inside and outside, that is, the air path is formed with the first layer, the layered membrane is under the membrane, and the two layers are wide to strengthen the second membrane, The width of each gas chamber of the gas package completed by the upper film is only the second film.
M264254 創作說明（3) 每一氣室寬 而第一 薄膜熱封在 一、二層膜 其中， 氣室破裂， 本創作 小不等之氣 袋承受撞擊 腦、液晶面 途中受到破 度的一 層膜體 一起； 體的所 第一、 亦不會 藉由上 室吸收 的能力 板…等 壞。 為了詳細說明 一實施例並非用於 半。 之氣室間的熱封線，僅將第一層膜體的 第二層臈體之氣室間的熱封線，則將第 有薄膜熱封在一起。 二層膜體之各個氣室分別獨立，有任一 影響其他氣室仍舊保持氣密之狀態。 、下兩層寬度不同之氣室的設計，以大 不同的衝擊負荷，即可加強該氣體包裝 對於精欲之電子產品，例如筆記型電 ’便足以提供充足之保護，避免於運送 該 ’特舉一實施例加以說明如下，惟 限制本創作。 【實施方法】 本創作一種雙層式氣體包裝袋（1)，請參閱圖式第一 圖，係其尚未充氣時的正面示意圖。該雙層式氣體包裝袋 (1) 係由複數個氣室（1 0 )、（ 1 0)…連結而成，該氣室（1 0) 與氣室（1 0 )間以熱封線（31)(61)加以分隔。該雙層式氣體 包裝袋（1)之一侧適當處設有一進氣口（2)，連接該進氣口 (2) 設有一進氣道（14)，該進氣道（14)有氣路與個個氣室 (10)連通。因此當氣體由雙層式氣體包裝袋（1)之進氣口 (2)進入後，即可循著進氣道（14)對個個氣室（10)、（10) …進行充氣之操作。請同時參閱圖式第二圖’該第二圖係M264254 Creation Instructions (3) Each air chamber is wide and the first film is heat-sealed in one or two layers of membranes. The air chambers are ruptured. The small airbags of this creation are subjected to impact on the brain and the liquid crystal surface is damaged on the way. Together; the body's first, and the ability board that will not be absorbed by the upper chamber ... etc. bad. To illustrate in detail an embodiment is not intended to be used in half. The heat-sealing line between the air chambers of the first layer only heats the first thin film together. Each air chamber of the two-layer membrane is independent, and any one of them affects the other air chambers to remain airtight. The design of the lower two air chambers with different widths can strengthen the gas packaging for the savvy electronic products, such as notebooks, with sufficient different impact loads. An embodiment is described below, but the present invention is limited. [Implementation method] This invention creates a double-layer gas packaging bag (1), please refer to the first figure of the figure, which is a schematic front view when it is not inflated. The double-layer gas packaging bag (1) is formed by connecting a plurality of air chambers (1 0), (1 0), etc., and the air chamber (1 0) and the air chamber (1 0) are connected by a heat sealing line ( 31) (61). An air inlet (2) is appropriately arranged on one side of the double-layer gas packaging bag (1), and an air inlet (14) is connected to the air inlet (2), and the air inlet (14) has air The road communicates with each air chamber (10). Therefore, when the gas enters through the air inlet (2) of the double-layer gas packaging bag (1), the air chambers (10), (10) can be inflated through the air inlet (14). . Please also refer to the second drawing of the drawing ’
M264254 ---------------------^ 四、創作說明（4) 取第一圖A-A處所緣製之斷面示意圖。該雙層式氣體包裝 袋（1 )由上往下，係由袋體上部（3 )及袋體下部（4 )所組 成，並且在袋體上、下部（3 )( 4 )之間構成一容納空間 (5)，於雙層式氣體包裝袋（1)充氣後用於容納欲包裝之物 品。前述之袋體上部（3)包含第一層膜體（20)及第二層膜 體（40)，該第一層膜體（20)係由四層薄膜組成，分別為上 膜（21)、上氣閥膜（25)、下氣閥膜（26)及下膜（22)，該等 薄膜係由例如塑膠材質等之材料所製成者，而於上、下氣 閥膜（2 5 )、（ 2 6 )之間夹置有一耐熱印刷（3 3 )。另外由上、 下氣閥膜（2 5 )、（ 2 6 )及耐熱印刷（3 3 )所組成的氣閥，以適 當之長度夾置於前述的上、下膜（21)、（22)之間。其由進 氣道（14)位置處，向下延伸一預定之長度，該長度僅須配 合氣閥裝置之熱封線的長度即已足夠，並不須要與上、下 膜（21)、（22)等長，因此於袋體下部（4)之上、下膜 (21)、（22)間，即沒有上、下氣閥膜（25)、（26)及耐熱印 刷（33)。而由袋體上部（3)之第一層膜體（2〇)往下即為第 二層膜體（40)，該第二層膜體（40)係由三層薄膜組成，分 別為上氣閥膜（45)、下氣閥膜（46)及下膜（42)，該等薄膜 亦係由例如塑膠材質等之材料所製成者，而於上、下氣閱 膜（4 5 )、（ 4 6 )之間夹置有一耐熱印刷（3 3 )。另外由上、下 氣閥膜（4 5 )、（ 4 6 )及耐熱印刷（3 3 )所組成的氣閥，亦係以 適當之長度設置，因此於袋體下部（4)即無上、下氣閥膜 (45)、（46)及耐熱印刷（33)等呈現。值得一提的是，前述 第一層膜體（20)每一氣室（10)的寬度僅為第二層膜體（4〇)M264254 --------------------- ^ Fourth, creation instructions (4) Take the first section A-A location system schematic diagram. The double-layer gas packaging bag (1) is composed of a bag body upper part (3) and a bag lower part (4) from top to bottom, and constitutes a space between the bag body upper and lower parts (3) (4) The accommodating space (5) is used for accommodating the items to be packed after the double-layer gas packaging bag (1) is inflated. The upper part (3) of the aforementioned bag body includes a first layer of film body (20) and a second layer of film body (40). The first layer of film body (20) is composed of four layers of film, which are the upper film (21). , Upper valve film (25), lower valve film (26) and lower film (22), these films are made of materials such as plastic materials, and the upper and lower valve film (2 5 ), (2 6) is sandwiched between a heat-resistant printing (3 3). In addition, the air valve composed of upper and lower air valve membranes (2 5), (2 6) and heat-resistant printing (3 3) is sandwiched between the above upper and lower membranes (21), (22) with appropriate lengths. between. It extends downward from the position of the air inlet (14) by a predetermined length. This length is only necessary to match the length of the heat sealing line of the valve device. It does not need to be connected with the upper and lower membranes (21), ( 22) It is the same length, so it is above the lower part (4) of the bag body and between the lower films (21) and (22), that is, there are no upper and lower valve films (25), (26) and heat-resistant printing (33). The first layer of the film body (20) from the upper part of the bag body (3) is the second layer of the film body (40). The second layer of the film body (40) is composed of three layers of films, which are respectively upper Air valve film (45), lower air valve film (46) and lower film (42), these films are also made of materials such as plastic materials, and the upper and lower air reading film (4 5) There is a heat-resistant printing (3 3) between (4, 6). In addition, the air valve composed of upper and lower air valve membranes (4 5), (4 6) and heat-resistant printing (3 3) is also set at an appropriate length, so there is no upper, lower The lower valve film (45), (46) and heat-resistant printing (33) are presented. It is worth mentioning that the width of each air cell (10) of the first layer membrane body (20) is only the second layer membrane body (40).
M264254 四、創作說明（5) 每一氣室（50)寬度的一半，請同時參閱圖式第三圖，該圖 係拿掉第一層膜體（20)，呈現第二層膜體（40)之正面$音 圖，由該圖即可更清楚的看出第一、二層膜體（2〇)、彳 之氣室（10)、（50)的寬度差異。而袋體下部（4)之第_、 二層膜體（20)、（40)之氣室（10)、（50)的寬度亦作相同 之配設。 請同時參閱圖式第一、二、三圖，將前述薄膜的週邊分別 以銅模加以熱壓印形成熱封線（3 5 )，使雙層式氣體包裝袋 (1)能密封，氣體不會外洩。而於雙層式氣體包裝袋（丨）設 有一開口（ 5 5 )，使欲包裝之物品得以經由該開口（ 5 5 )置入 雙層式氣體包裝袋（1 )内。該開口（ 5 5 )處的一側形成兩條 熱封線（ 37)(38)，開口（55)之另一側形成另一條熱封線〃 (41) ’該等熱封線（37)(38)(41) ’配合前述之熱封線（μ) 共同將雙層式氣體包裝袋（1)形成一密封之袋體。而熱封 線（38)與熱封線（37)則共同界定一個進氣道（14)。其中， 每一個氣室（10)(50)的進氣道d 4)係互相連通，氣體可由 進氣口（2)進入。接著熱壓印第一層膜體（2〇)之氣室（1〇) 間的熱封線（31)，及第二層膜體（4〇)之氣室（5〇)間的熱封 線（61 )，其中於熱封線（61)位置處係將第一、二層膜體 (20)、（40)的所有薄膜熱封在一起，而於熱封線（31)位置 處則僅將第一層膜體（2〇)的薄膜熱封在一起。因此各個氣 室（10)(50)分別獨立，有任一氣室（1〇)(5〇)破裂，亦不會 影響其他氣室（10)(50)仍舊保持氣密之狀態。請同時參閱 圖式一、三圖，前述之第一、二層膜體（2〇)、（4〇)的氣閥M264254 4. Creation instructions (5) Half of the width of each air chamber (50), please refer to the third drawing at the same time. This picture shows the first layer of membrane (20) without the second layer (40) From the front sound diagram, the difference in width between the first and second layer membrane body (20), the air chamber (10), and (50) can be seen more clearly. The widths of the air chambers (10) and (50) of the first and second layers (20) and (40) of the lower part (4) of the bag body are also the same. Please refer to the first, second, and third drawings at the same time, and heat-embossing the periphery of the foregoing film with copper molds to form heat-sealing lines (3 5), so that the double-layer gas packaging bag (1) can be sealed without gas. Will leak. An opening (5 5) is provided in the double-layer gas packaging bag (丨), so that the articles to be packaged can be put into the double-layer gas packaging bag (1) through the opening (55). One side of the opening (5 5) forms two heat-sealing lines (37) (38), and the other side of the opening (55) forms another heat-sealing line 〃 (41) 'These heat-sealing lines (37) (38) (41) 'Cooperate with the aforementioned heat sealing line (μ) to form the double-layer gas packaging bag (1) into a sealed bag body. The heat seal line (38) and the heat seal line (37) together define an air inlet (14). The air inlets d 4) of each of the air chambers (10) and (50) are connected to each other, and the gas can enter through the air inlet (2). Next, heat seal lines (31) between the air chambers (10) of the first layer of film body (20) and heat seals between the air chambers (50) of the second layer of film body (40). Line (61), where all the films of the first and second layers (20), (40) are heat sealed together at the position of the heat seal line (61), and at the position of the heat seal line (31) Only the films of the first film body (20) were heat sealed together. Therefore, each air chamber (10) (50) is independent, and if any one of the air chambers (10) (50) is ruptured, it will not affect the other air chambers (10) (50) to remain airtight. Please refer to Figures 1 and 3 at the same time. The aforementioned first and second layer membrane bodies (20) and (40) air valves
M264254 四、創作說明（6) 1—— 裝置另外包含兩條不平行之熱封線（32)，及兩條斜向埶 線（39) ’以加強氣室（1〇)(5〇)充氣後之密封，避免漏^ 而於氣室（10)(50)上設有複數個壓印折疊點（44)，以= 該雙層式氣體包裝袋（1)於充氣膨脹後，折疊成一且 之袋體者。 八體 f對雙層式氣體包裝袋（1)進行充氣時，以充氣嘴伸 入進氣口（2)，選用空氣或其他之惰性氣體對該雙層式氣 體包裝袋（1)進行充氣之操作。請同時參閱圖式第一、 三、四圖，該第四圖為單一氣室（1〇)(5〇)充氣時，取第二 圖B-B處的斷面示意圖。當氣體由雙層式氣體包裝袋之 進氣口（2)充入，氣體會沿著進氣道（14)進入各氣室（1〇) (50)，而上、下氣閥膜（25)、（26)、（45)、（46)之間因為 有耐熱印刷（33)的設置，可防止上、下氣閥膜（25)、 (26)、（45)、（46)之兩層薄膜黏附在一起，藉由氣體之壓 力使上、下氣閥膜（25)、（26)、（45)、（46)打開，氣體能 快速由入氣口灌入各個氣室（1〇)(5〇)。又各氣室（丨〇)(5〇) 之進氣道（14)係相互連通，因此氣體由雙層式氣體包裝袋 (、1 ) 一端之進氣口（ 2 )循進氣道（1 4)進入個個氣室（丨〇) (5 〇 ) 會遭受到阻礙。參閱圖式第五圖，當氣室（1〇)(5〇)充 .氣完成’結束進氣之操作，則氣室（1〇)(5〇)内部之高壓氣 體將推壓上氣閥膜（25)(45)及下氣閥膜（26)(46)之兩層膜 片偏向上膜（21)或下膜（42) —侧，並使上、下氣閥膜 (25)、（26)、（45)、（46)緊密貼壓於上膜（21)或下膜（42) 上。因為該等膜片皆係由塑膠材質所製成之薄膜，因此當M264254 IV. Creation Instructions (6) 1—— The device additionally includes two non-parallel heat-sealing lines (32) and two oblique stern lines (39) 'to strengthen the air chamber (10) (50) inflation The back is sealed to avoid leakage. ^ There are a plurality of embossed folding points (44) on the air chamber (10) (50). The double-layer gas packaging bag (1) is folded into one after inflation. The bag body. Eight body f When inflating the double-layer gas packaging bag (1), the inflation nozzle is extended into the air inlet (2), and air or other inert gas is used to inflate the double-layer gas packaging bag (1). operating. Please refer to the first, third, and fourth drawings at the same time. This fourth drawing is a schematic diagram of the cross section at the second drawing B-B when a single air chamber (10) (50) is inflated. When the gas is filled from the air inlet (2) of the double-layer gas packaging bag, the gas will enter the air chambers (10) (50) along the air inlet (14), and the upper and lower air valve membranes (25 ), (26), (45), (46) Because of the heat-resistant printing (33), it can prevent the two of the upper and lower valve membranes (25), (26), (45), (46). The layers of film are adhered together, and the upper and lower gas valve membranes (25), (26), (45), (46) are opened by the pressure of the gas, and the gas can be quickly filled into each air chamber from the air inlet (10). (50). In addition, the air inlets (14) of each air chamber (丨 〇) (50) are connected to each other, so the gas passes from the air inlet (2) at one end of the double-layer gas packaging bag (1) to the air inlet (1) 4) Access to all air chambers (丨 〇) (50) will be hindered. Referring to the fifth figure of the figure, when the air chamber (10) (50) is fully charged and the operation of air intake is completed, the high-pressure gas inside the air chamber (10) (50) will push the upper valve. The two membranes of the membrane (25) (45) and the lower gas valve membrane (26) (46) are biased toward the upper membrane (21) or the lower membrane (42), and the upper and lower gas membrane (25), (26), (45), (46) are closely pressed against the upper film (21) or the lower film (42). Because these diaphragms are thin films made of plastic materials,
M264254 四、創作說明（7) 氣室（10)(50)内之氣體壓力推壓上、下氣闕膜（25)、 (26)、（45)、（46)緊貼於上膜（21)或下膜（42)時，將封閉 氣至（10)(50)之入氣口 ’而形成氣密，防止氣室（1〇)(5〇) 内之氣體逃逸。 請參閱圖式第一圖及第六圖，當雙層式氣體包裝袋 (1)完成充氣之操作後’其在壓印折疊點（44)處彎折，使 該雙層式氣體包裝袋（1)由平面變成一立體之包裝袋，而 在袋體上、下部（3 )(4 )之間所構成的容納空間（$ )，則用 於置放欲包裝物品。該欲包裝物品受到氣室（1〇)(5〇)之保 護，即可避免因運送期間之振動或衝擊而損壞。各氣室 (10)(50)之連通進氣道（14)因為並未充氣膨脹，所以仍呈 薄膜狀態，恰可當作封蓋封住該開口（ 5 5 )者。該充氣完成 後之雙層式氣體与裝袋（1) ’於第一、二層膜體（2〇)、 (40)形成内、外兩層之氣室（1〇)(5〇);其中，外層為寬度 較小之氣室（10)，而内層則為寬度較大之氣室（5〇);藉$ 該等氣室（10) (50)之雙重保護，並且以大小不等之氣^ (10)(50)吸收不同種類的衝擊負荷，即可加強該氣體包裝 袋承：·受撞擊的能力。而將本創作以落下試驗加以測試，^ g值大;幅降低，足k證明其抵抗撞擊之功效。 ’、 綜上所述，本創作之雙層式氣體包裝袋，藉由上、下 兩層寬度不同之氣室的設計’對於收容物可加強緩衝保護 之功效，合於產業上之利用性。其相較於習知僅具有單一 層氣至之氣體包裝裝置’更具備抵抗撞擊之能力，且有辦 進功效之進步性。另本創作申請前並未見於刊物，其新賴M264254 IV. Creation instructions (7) The gas pressure in the air chamber (10) (50) pushes the upper and lower air diaphragms (25), (26), (45), (46) close to the upper film (21 ) Or the lower membrane (42), the gas is closed to the air inlet of (10) (50) to form an airtightness, preventing the gas in the gas chamber (10) (50) from escaping. Please refer to the first and sixth drawings. After the double-layer gas packaging bag (1) has completed the inflation operation, it is bent at the embossed folding point (44) to make the double-layer gas packaging bag ( 1) The flat surface becomes a three-dimensional packaging bag, and the storage space ($) formed between the upper and lower parts of the bag body (3) (4) is used to place the items to be packaged. The item to be packaged is protected by the air chamber (10) (50), which can avoid damage due to vibration or impact during transportation. The communication inlets (14) of the air chambers (10) and (50) are not inflated, so they are still in a thin film state, and can be used as caps to seal the openings (55). After the completion of the inflation, the double-layer gas and the bagging (1) 'form the inner and outer air chambers (1〇) (50) in the first and second layers of the membrane body (20), (40); Among them, the outer layer is the air chamber (10) with a smaller width, and the inner layer is the air chamber (50) with a wider width; the double protection of these air chambers (10) (50) is used, and the size varies The gas ^ (10) (50) can absorb different kinds of shock loads, which can strengthen the gas packaging bag bearing: · ability to be impacted. The creation is tested by a drop test. The value of ^ g is large; the amplitude is reduced, and k proves its effectiveness in resisting impact. ‘To sum up, the double-layer gas packaging bag of this creation, with the design of gas chambers with different widths on the upper and lower layers’, can strengthen the buffer protection effect on the storage contents, which is in line with industrial applicability. Compared with the conventional gas packaging device 'which has only a single layer of gas, it is more capable of resisting impact and has improved performance. In addition, this creative application has not been seen in the publication before.
M264254M264254
第12頁 M264254 圖式簡單說明 第一 圖 係 本創 作 之 雙層 式 氣 體包裝袋， 尚未充氣時的 正面 不意 圖 〇 第二 圖 係 本創 作 之 雙層 式 氣 體包骏袋， 相關於第一圖 中對 於A-A處所取之斷面示意圖c ) 第三 圖 係 本創 作 之 雙層 式 氣 體包裝袋， 拿掉第一層膜 體， 呈現 第 二 層膜 體 之 正面 示 意 圖。 第四 圖 係 本創 作 之 雙層 式 氣 體包裝袋充 .氣時，第一、 二層 單一 氣 室 相關 於 第 二圖 中 對 於B —B處所] 吹之斷面示意 圖。 第五 圖 係 本創 作 之 雙層 式 氣 體包裝袋於 •結束充氣時， 第一 、二 層 單 一氣 室 的 上、 下 氣 閥膜壓貼於 ‘上膜或下膜而 關閉 入氣 V 的 斷面 示 意 圖。 第六 圖 係 本創 作 之 雙層 式 氣 體包裝袋結 束充氣，膨脹 成型 之立 體 示 意圖 〇 【圖 式主 要 元 件代 表 符 號】 (1) 雙 層式 氣 體 包裝 袋 (2) 進氣口 (3) 袋 體上 部 (4) 袋體下部 (5) 容 納空 間 (20) 第一層膜體 (10)(50) 氣 室 (14) 進氣道 (21) 上 膜 (22)(42) 下膜 (25)(45) 上 氣閥 膜 (26)(46) 下氣閥膜 (31)(35)(37)(38)(41)(61) 熱封線 (32) 不 平行 熱 封 線 (33) 耐熱印刷The M264254 diagram on page 12 is a simple illustration. The first picture is a double-layer gas packaging bag created by the author. The front side is not intended when it is not inflated. The second picture is a double-layer gas bag created by the author. Related to the first picture The schematic diagram of the cross section taken from the AA location in the middle c) The third diagram is the double-layer gas packaging bag of this creation. The first layer of membrane is removed to show the front view of the second layer of membrane. The fourth picture is the double-layer gas packing bag of the original creation. When the air is inflated, the first and second layers of the single air chamber are related to the second diagram for the B-B space]. The fifth picture is the double-layer gas packaging bag of this creation. At the end of inflation, the upper and lower air valve membranes of the first and second layers of a single air chamber are pressed against the upper or lower membrane to close the interruption of the inlet V.面 Schematic. The sixth picture is the three-dimensional schematic diagram of the double-layer gas packaging bag that was inflated and expanded during the creation. [Representative symbols of the main components of the figure] (1) Double-layer gas packaging bag (2) Air inlet (3) Bag body Upper part (4) Lower part of bag body (5) Receiving space (20) First layer membrane body (10) (50) Air chamber (14) Intake duct (21) Upper film (22) (42) Lower film (25) (45) Upper air valve film (26) (46) Lower air valve film (31) (35) (37) (38) (41) (61) Heat seal line (32) Non-parallel heat seal line (33) Heat resistance print
第13頁 M264254 圖式簡單說明 (39) 斜向熱封線 （40) 第二層膜體 (44) 壓印折疊點 （55) 開口 第14頁Page 13 M264254 Brief description of the drawings (39) Oblique heat-sealing line (40) Second film body (44) Embossed folding point (55) Opening page 14
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Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW93215324U TWM264254U (en) | 2004-09-24 | 2004-09-24 | A double layer of air packing bag |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW93215324U TWM264254U (en) | 2004-09-24 | 2004-09-24 | A double layer of air packing bag |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TWM264254U true TWM264254U (en) | 2005-05-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW93215324U TWM264254U (en) | 2004-09-24 | 2004-09-24 | A double layer of air packing bag |
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| TW (1) | TWM264254U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109305472A (en) * | 2017-07-27 | 2019-02-05 | 上海艾尔贝包装科技发展有限公司 | Buffering and packaging apparatus |
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2004
- 2004-09-24 TW TW93215324U patent/TWM264254U/en not_active IP Right Cessation
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109305472A (en) * | 2017-07-27 | 2019-02-05 | 上海艾尔贝包装科技发展有限公司 | Buffering and packaging apparatus |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| MM4K | Annulment or lapse of a utility model due to non-payment of fees |