TWM260517U

TWM260517U - A vibration absorbing envelope

Info

Publication number: TWM260517U
Application number: TW93209336U
Authority: TW
Inventors: Cheng-Yung Chen; Tai-Hua Chen
Original assignee: Camry Packing Ind Ltd; Tai-Hua Chen
Priority date: 2004-06-14
Filing date: 2004-06-14
Publication date: 2005-04-01

Description

M260517 四、創作說明（1) ---- 【技術領域】 ^本創作一種吸震式信封袋，係由上膜、上氣閥膜、下 f1閥膜下膜、及k封袋紙層等所組成，其中，該四層之 ί膜幵y ΐ 了複數個氣室，當氣體進入後，即可使該等氣室知服、，藉由該吸震式信封袋内部複數個膨脹氣室之保護，即可避免物品於運送途中遭受衝擊振動而損壞。【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，數個凸起小氣囊泡，將該一塑膠膜片包覆於物品外周，藉由該小氣囊泡產生吸震緩衝之作用，以避免物品於運送 ,中破裂或損壞。惟，該小氣囊泡之吸震能力有限，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，容易造物品之裂損壞。一至於習知具有吸震功能之信封袋，如圖式第一圖所示係於“封袋（1 〇〇)内鋪設前述具有複數個小氣囊泡 (11 0)之塑膠膜片，將物品置於該信封袋（丨0 〇)内，封好封口（120)，若於運送途中受到衝擊，藉由該小氣囊泡（11〇) 之f衝保護，可避免物品直接受到衝擊而損壞。而其缺點與前述相同，仍是吸震能力不足，對於較大之衝擊負荷就無法達成緩衝吸震之目的。因此對於運送途中需要受到較元善保濩之精密物品’也就無法以此一方式加以包裝運送〇 M260517 9、創作說明（2) 【内容】本創作震效果不良層之上膜，第二層之層之下膜，前述第一、線，使該吸外洩；接著熱壓印氣氣室，使每一個氣室其他未破裂的氣室仍信封袋之一侧適當處進氣道設封袋之進氣之操作種吸震所作的及最後一二 ~ 三 λ 震式信封進氣道，該由吸震式信氣室進行充功能者。而該上類似之材質 3 5 // m 〇而該吸膜帶，當吸不能充氣膨度，使該開該上膜於信封袋紙式信封全新創上氣閥層之信四層之袋内部室與氣分別獨可以維設有一有氣路氣口進 ’使該袋，主作，其膜，第封袋紙薄膜的之吸震室間的立，即持吸震進氣口與個個入後，專氣室要係針由内向三層之層等所週邊熱薄膜能熱封線使有任之功能 ’連接氣室連即可循膨脹，對習知信外，包括下氣閥膜組成，其壓印形成密封，氣 ’而形成一個氣室膜、上氣所製成之震式信封震式信封脹之特性口較寬，、上氣閥層時，於閥膜、薄膜，袋之上袋充氣 ’而於以方便膜、下信封袋下氣閥膜、下每一層薄膜的部進氣道相對之後，利用該信封袋之開口物品從h封袋氣閥膜、下膜紙層上留有預封袋吸 •第一，第四中，將熱封體不會複數個破裂， ;而於該吸震式該進氣口設有^ 通；因此當氣體著進氣道對個個具有緩衝吸震之膜等係由塑膠或厚度僅約3 0〜應處，設有一薄薄膜帶及進氣道處形成較薄之厚取出或裝入。等四層薄膜黏貼定之寬度不黏貼M260517 IV. Creation Instructions (1) ---- [Technical Field] ^ This article creates a shock-absorbing envelope bag, which consists of the upper film, the upper valve film, the lower f1 valve film, and the k-seal paper layer. The four layers of the membrane 幵 y ΐ have a plurality of air chambers. When the gas enters, they can be convinced and protected by the multiple expansion air chambers inside the shock-absorbing envelope bag. In this way, the articles can be prevented from being damaged by shock and vibration during transportation. [Previous technology] ^ The traditional method for cushioning and packaging items is a plastic sheet protruding with several raised small airbags, and covering the outer periphery of the article with a plastic film, and the small airbags absorb shock. The function of buffering to prevent the items from being cracked or damaged during transportation. However, the small airbag bubble has a limited shock absorption capacity, and it can barely produce a cushioning effect for small impacts, but it cannot achieve the purpose of cushioning shock absorption for larger vibrations or impact loads, and it is easy to cause damage to items. As far as the conventional envelope bag with shock absorption function is concerned, as shown in the first figure of the figure, the aforementioned plastic film with a plurality of small airbags (110) is laid in the "sealing bag (100)", and the article is placed Inside the envelope bag (丨 0 〇), seal the seal (120). If it is impacted during transportation, it can be protected by the impact of the small airbag bubble (11), which can prevent the article from being directly damaged by the impact. Its shortcomings are the same as above, it is still insufficient in shock absorption capacity, and it cannot achieve the purpose of buffering shocks for large impact loads. Therefore, it is impossible to package in this way for precision items that need to be more secure and safe during transportation. Transportation 0M260517 9. Creation instructions (2) [Content] This film has the upper layer of the poor seismic effect layer and the lower layer of the second layer. The aforementioned first and second lines cause the suction to leak out; Chamber, so that the other unbroken air chambers of each air chamber are still on one side of the envelope bag, and the air inlet of the air bag is sealed with an air bag. The shock-absorbing air chamber For filling function. And the similar material 3 5 // m 〇 And the suction film belt, when inflated, can not be inflated, so the opening of the film on the envelope bag paper-type envelope brand new air valve layer letter The inner layer of the four-layer bag and the gas can be separately provided with a gas channel air inlet to make the bag, the main work, the film, and the paper bag of the first sealing bag stand between the shock-absorbing chambers, that is, holding the shock-absorbing air inlet and After each entry, the special air chamber needs to be pinned from the inside to the three-layer layer. The surrounding thermal film can heat-seal the wire to make any function 'connect the air chamber and you can expand through it. For the conventional letter, including the lower valve film Composition, the embossing forms a seal, and the air forms a gas chamber membrane, and the shock envelope made by the upper air is swollen. The mouth of the shock envelope is wider. When the air valve layer is on, the valve film, film, bag The upper bag is inflated, and after the convenience film, the lower envelope bag, the lower valve film, and the lower air inlet of each layer of the film are opposed, the opening items of the envelope bag are used to seal the air bag film from the h bag, the lower film paper layer Pre-sealed bags on top to suck In the heat-sealing body, there will not be multiple ruptures; and the air inlet of the shock-absorbing type is provided with ^ passages; therefore, when the gas hits the air inlet to each of the membranes with shock-absorbing shock, etc. 3 0 ~ Where appropriate, a thin film strip is provided and a thin thickness is formed at the air inlet for taking out or loading. Wait for the four layers of film to adhere to a fixed width without sticking.

M260517 3、創作說明（3) 該等2二”為信封袋之封口者。壓氣完。2進氣之操作時，氣室内部之高 ,^ ^„ 下乳閥膜二層膜片偏向上膜一側，並使 ΐ氣:::膜緊密貼壓於上膜，爾氣密，防止氣室内對於'亥吸震式信封袋進行充填之氣體，可選用二氣或其他之惰性氣體者。為了詳細說明，特舉一實施例加以說明如下，惟，該一只施例並非用於限制本創作。【實施方法】一本創作一種吸震式信封袋（1 )，請參閱圖式第二圖所不丄f由複數個氣室（1 0 )、（丨〇 )…連結而成，該氣室（丨〇 ) /、氣至（1 0 )間以熱封線（3 1 )加以分隔。該吸震式信封袋 (1)之一側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)設有氣路與個個氣室（1〇) 連通。因此當氣體由吸震式信封袋（1)之進氣口（2)進入 ^ ’即可循著進氣道（14)對個個氣室（1〇)、（1〇)…進行充氣之操作。請同時參閱圖式第三圖，該圖係取單一氣室 (1 〇 )’由第二圖中對於A-A處所繪製而成的斷面示意圖。現在由吸震式信封袋（1)之上面往下看，第一層為上膜 (21)，第二層為上氣閥膜（25)，第三層為下氣閥膜（26)，第四層為下膜（22)，最後一層為信封袋紙層（27)。其中，上、下膜（21)(22)，上、下氣閥膜（25)(26)皆為塑膠材質M260517 3. Creation instructions (3) These 2 2 ”are the sealer of the envelope bag. After the air is compressed. 2 During the operation of air intake, the height of the interior of the air chamber is high, ^ ^„ The second layer of the lower valve film is biased toward the upper film. One side, and make the radon gas ::: film tightly pressed against the upper film, and it is air tight to prevent the gas in the gas chamber from filling the 'Hai shock-absorbing envelope bag. Two gases or other inert gases can be selected. In order to explain in detail, an embodiment is described below, but this embodiment is not intended to limit the present invention. [Implementation method] A book is created with a shock-absorbing envelope bag (1). Please refer to the second figure in the figure. Note that f is formed by connecting a plurality of air chambers (1 0), (丨〇) ...丨〇) /, gas to (1 0) are separated by a heat seal line (3 1). An air inlet (2) is appropriately arranged on one side of the shock-absorbing envelope bag (1), an air inlet (14) is connected to the air inlet (2), and the air inlet (14) is provided with an air path Communicate with each air chamber (10). Therefore, when the gas enters from the air inlet (2) of the shock-absorbing envelope bag (1), the air chambers (10), (10), etc. can be inflated through the air inlet (14). . Please also refer to the third diagram of the figure, which is a schematic cross-sectional view of a single air chamber (10) 'drawn from the second diagram for A-A. Looking down from the top of the shock-absorbing envelope bag (1), the first layer is the upper film (21), the second layer is the upper valve film (25), and the third layer is the lower valve film (26). Four layers are the lower film (22), and the last layer is the envelope bag paper layer (27). The upper and lower membranes (21) and (22), and the upper and lower valve membranes (25) and (26) are all made of plastic.

第8頁 M260517Page 8 M260517

等所製成的薄膜，而信封袋紙層（2 7 ) 於最下層。另外由閥，係以適當之寬間。將該等薄膜的 (3 5 )，使吸震式信不會外洩。接著熱 (3 1)，而形成複數立，即使有任一個仍可以維持吸震之每層塑膠薄膜的厚度僅約3〇~35#爪，貝:J為一般製作信封袋之用紙，將其黏貼 j、下氣閥膜（25)、（26)所組成的氣又夾置於前述的上、下膜（21)、（22)之Wait for the finished film, and the envelope bag paper layer (2 7) is at the bottom. In addition, the valve has a proper width. (3 5) of these films, so that shock-absorbing letters will not leak. Then heat (3 1) to form a complex, even if any one can still maintain the thickness of each layer of plastic film is only about 30 ~ 35 # claw, shell: J is the general paper used to make envelope bags, stick it j. The gas composed of the lower air valve membranes (25) and (26) is sandwiched between the upper and lower membranes (21) and (22).

週邊分別以銅模加以熱壓印形成熱封線封袋（1 )内部之吸震薄膜能密封，氣體壓y氣室（1 0 )與氣室（i 0 )間的熱封線，氣室（1 0 )，使每一個氣室（丨〇 )分別獨氣室（10)破裂，其他未破裂的氣室（10) 功能。The periphery is heat-embossed with copper molds to form heat-sealed wire-sealed bags (1). The shock-absorbing film inside the bag can be sealed, and the gas pressure is applied to the heat-sealed line between the gas chamber (1 0) and the gas chamber (i 0). 10), each of the air chambers (10) is individually ruptured, and the other unruptured air chambers (10) function.

—請同時參閱圖式二、三，該氣閥裝置係設有兩條不平，之熱封線（3 2 )，其係將上膜（2 1 )、上氣閥膜（2 5 )、及下氣閥膜（26)三層熱封在一起，使上、下氣閥膜（25)、（26) 及兩條不平行之熱封線（32)所圍成之空間界定出一個入氣口（36)。為避免上、下氣閥膜（25)、（26)在壓製熱封之製造過程中熱封在一起，因此在上、下氣閥膜（25)、（26)間 δ又一耐熱印刷（33) ’使入氣口（36)不會熱封在一起，以方便充氣操作之進行。另外，為了加強氣室（丨〇 )的密封，於前述兩條不平行之熱封線（3 2)處，向外側斜向設立兩條斜向熱封線（39)、（39) ’以加強氣室（10)之密封，避免漏氣。前述之熱封線（3 2 )( 3 9 )及耐熱印刷（3 3 )等，係構成氣體進入氣室（10)的流路。而上、下氣閥膜（25)、（26)所組成的氣閥裝置由吸震式信封袋（1)之一端，即進氣道（14) 位置處’向下延伸一^預定之寬度，該寬度僅須配合前述氣— Please refer to Figures 2 and 3 at the same time. The air valve device is provided with two uneven heat seal lines (3 2), which are the upper film (2 1), the upper valve film (2 5), and The lower air valve film (26) is heat sealed in three layers, so that the space enclosed by the upper and lower air valve films (25), (26) and two non-parallel heat seal lines (32) defines an air inlet. (36). In order to prevent the upper and lower valve films (25) and (26) from being heat-sealed together during the manufacturing process of pressing and heat sealing, a further heat-resistant printing is performed between the upper and lower valve films (25) and (26) ( 33) 'Ensure that the air inlets (36) are not heat sealed together to facilitate the inflation operation. In addition, in order to strengthen the sealing of the air chamber (丨〇), two oblique heat sealing lines (39), (39) are set obliquely outward at the two non-parallel heat sealing lines (32). Strengthen the sealing of the air chamber (10) to avoid air leakage. The aforementioned heat-sealing lines (3 2) (3 9) and heat-resistant printing (3 3), etc., constitute a flow path for the gas to enter the gas chamber (10). The air valve device composed of the upper and lower air valve membranes (25) and (26) consists of one end of the shock-absorbing envelope bag (1), that is, the position of the air intake duct (14), 'extending downward by a predetermined width, This width only needs to match the aforementioned gas

第9頁 M260517Page 9 M260517

室（1 ο)流路的長度即已足夠 (22)等長。並不須要與上、下膜（21)、请再參閱圖式第二圖，於該吸震式信封袋（1)之上部設Ϊ 一”道熱封線(37)，其係將第-層之上膜(21)，第一曰之上氣閥膜（25)，第三層之下氣閥膜（26)，及第四層之下膜（22)熱壓印在一起，以避免充入氣室（1〇)内的氣體沒漏，而上、下氣閥膜（25)、（26)之間的耐熱印刷（33)，則可以避免上、下氣閥膜（2 5 )、（ 2 6 )在該處熱壓印在一起，而形成一入氣口（36)，以供充氣時氣體可由進氣道 (14)經該入氣口（36)進入每一個氣室（1〇)。於該吸震式信封袋（1)之下部亦設有一道熱封線（38)，該熱封線（38)係將第一層之上膜（21)，及第四層之下膜（22)熱壓印在一起’因此於吸震式信封袋（1 )之下部形成一相對應進氣道 (14)之未充氣的薄膜帶（15)，使該吸震式信封袋（丨）充氣之後，利用該薄膜帶（1 5 )及進氣道（1 4)不能充氣膨脹之特性’而於#封袋之開口處形成較薄之厚度，使該開口較寬，以方便物品從信封袋取出或裝入。請同時參閱圖式第二圖及第四圖，該第四圖係取第二圖B-B處之斷面示意圖。該吸震式信封袋係將四層薄膜 (21)(25)(26)(22)組成的複數個氣室（1〇)、（1〇) ··· 裝置黏貼於信封袋紙層（27)上所組成者，且信封袋紙層 (27)上留有預定之寬度不黏貼該等薄膜，以作為信封袋之封口（ 1 2 )。接著請同時參閲圖式第二圖及第五圖，將該吸震式信封袋（1)沿著折疊線（42)對折，即可將一展開之/吸The length of the chamber (1 ο) is sufficient (22). It is not necessary to contact the upper and lower films (21), please refer to the second figure of the figure again, and set a "heat seal line (37) on the upper part of the shock-absorbing envelope bag (1), which is the first layer The upper film (21), the first upper valve film (25), the third lower valve film (26), and the fourth lower film (22) are hot stamped together to avoid charging. The gas in the air inlet chamber (10) is not leaked, and the heat-resistant printing (33) between the upper and lower air valve membranes (25), (26) can avoid the upper and lower air valve membranes (2 5), (2 6) Hot stamping together at this place to form an air inlet (36), so that gas can enter each air chamber (1) through the air inlet (14) through the air inlet (36) during inflation. A heat-sealing line (38) is also provided below the shock-absorbing envelope bag (1). The heat-sealing line (38) is a first layer of upper film (21) and a fourth layer of lower film ( 22) Hot embossed together, so an uninflated film strip (15) corresponding to the air inlet (14) is formed under the shock-absorbing envelope bag (1), after the shock-absorbing envelope bag (丨) is inflated , The film belt (1 5) and the air inlet (1 4) cannot be inflated. The bulging characteristics' formed a thin thickness at the opening of the # 封袋, making the opening wider to facilitate the removal or loading of items from the envelope bag. Please also refer to the second and fourth drawings of the figure, the first The fourth figure is a schematic sectional view taken at the second figure BB. The shock-absorbing envelope bag is a plurality of air chambers (10), (1〇) composed of four layers of films (21), (25), (26), (22). ) ··· The device is affixed to the envelope bag paper layer (27), and the envelope bag paper layer (27) has a predetermined width without sticking these films to serve as the envelope bag seal (1 2). Next, please refer to the second and fifth drawings at the same time. Fold the shock-absorbing envelope bag (1) in half along the folding line (42), and then unfold the

第10頁 M260517 四、創作說明（6) 震式信封袋（1 )折疊成型。然後在兩側邊之熱封線（3 5 )處塗上黏著劑，將吸震式信封袋（1 )的兩側邊對接黏結，即完成圖式第五圖所示之吸震式信封袋（1)。該吸震式信封袋（1)係在信封袋紙層（2 7)内部鋪設由四層薄膜所組成之吸震裝置，其具有複數個氣室（10)，可於充氣後膨脹。而信封袋開口處之進氣道（14)及薄膜帶（15)，則係充氣後亦不會膨脹，以方便物品之取出或裝入。值得一提的是，信封袋雖然以黏著劑黏結，惟其進氣口（ 2 )係界於上、下氣Page 10 M260517 Fourth, creation instructions (6) Shock envelope bag (1) folded. Then apply adhesive on the heat-sealing line (3 5) on both sides, and butt-bond both sides of the shock-absorbing envelope bag (1) to complete the shock-absorbing envelope bag (1) shown in the fifth figure. ). The shock-absorbing envelope bag (1) is a shock-absorbing device consisting of four layers of film laid inside the envelope paper layer (2 7), and has a plurality of air chambers (10), which can be expanded after inflation. The air inlet (14) and the film strip (15) at the opening of the envelope bag are not inflated after being inflated to facilitate the removal or loading of items. It is worth mentioning that although the envelope is bonded with an adhesive, its air inlet (2) is bounded by the upper and lower air.

閥膜（2 5 )、（ 2 6 )之間’所以並未受黏著劑的影響，仍維持開口狀態。Between the valve films (2 5) and (2 6) ’, they are not affected by the adhesive and remain open.

产當利用充氣嘴由該吸震式信封袋（1)之進氣口（2)充入氣體後，氣體會沿著進氣道（1 4 )進入個個氣室（丨〇 )、（丨〇 ) ，氣至（10)即會膨脹，膨脹成型之信封袋即於其所圍成之空間内形成一容納空間，以收容物品。該收容物品受到各氣室（10)於其四周之充氣保護，即可避免因振動或衝擊而遭受損害。請參閱圖式第六圖，為單一氣室（1〇)充氣時的斷面示意圖。當氣體由吸震式信封袋（1)之進氣口（2)充入，氣體會沿著各氣室（丨〇 )之入氣口（ 3 6 )進入（請同時參閱圖式第三圖），該入氣口（36)因為有耐熱印刷（33)之設 f，可防止上、下氣閥膜（25)、（26)之兩層薄膜黏附在一 A ，使亂體能快速由入氣口（ 3 6 )灌入各個氣室（丨〇 )。又各 = =(10)之進氣道（1 4)係相互連通，因此氣體由吸震式信 *衣（1)端之進氣口（2)循進氣道（14)進入個個氣室（1〇) W不會遭到阻礙。參閱圖式第七圖及第八圖，當氣室（10)After the gas is filled into the air inlet (2) of the shock-absorbing envelope bag (1) by using an inflation nozzle, the gas will enter the air chambers (丨〇), (丨〇 along the air inlet (1 4)). ), The gas will expand to (10), and the expanded envelope bag will form a containing space in the space surrounded by it to contain items. This storage item is protected by the inflation of each air chamber (10) around it, so as to avoid damage due to vibration or shock. Please refer to the sixth diagram of the figure for a schematic sectional view of a single air chamber (10) when inflated. When the gas is filled from the air inlet (2) of the shock-absorbing envelope bag (1), the gas will enter along the air inlet (36) of each air chamber (丨 0) (see also the third figure of the figure), Because the air inlet (36) is provided with a heat-resistant printing (33), it can prevent the two films of the upper and lower air valve films (25) and (26) from adhering to A, so that chaos can be quickly passed from the air inlet (3 6) Fill each air chamber (丨〇). The air inlets (1 4) of each = = (10) are connected to each other, so the gas enters the air chambers through the air inlets (2) through the air inlets (14) at the end of the shock-absorbing letter (1). (10) W will not be hindered. Referring to the seventh and eighth drawings, when the air chamber (10)

M260517 四、創作說明（7) 充氣完成’結束進氣之操作，則氣室（丨㈧内部之高壓氣體將推壓上氣閥膜（25)及下氣閥膜（26)之兩層膜片偏向上膜 (21) —側，並使上、下氣閥膜（25)(26 )緊密貼壓於上膜 (21)上。因為上、下氣閥膜（25 )( 2 6 )，及上膜（21)等皆係由塑膠材質所製成之薄膜，因此當氣室（10)内之氣體壓力推壓上、下氣閥膜（2 5 )( 2 6 )緊貼於上膜（2 1 )時，將封閉氣至（10)之入氣口（36)，而形成氣密，防止氣室（1〇)内氣體逃逸。睛參閱圖式第九圖，係為本創作吸震式信封袋（1 )，結束充氣’膨脹成型之立體透視示意圖。該吸震^俨’ (/)内部形成複數個膨脹之氣室（10)，將收容物品放°入^衣等氣室（10)所圍成之空間，即可受到氣室（1 ^ 免於運送途中遭受衝擊振動而損壞。避因此f i卜i該吸震式信封袋（1)之個個氣室（1〇)係獨立，因此即使有一、二個氣室（10)於搬運過程中破裂， ::來：其他未破裂的氣室(10)仍會維持氣密狀態：體， Γιο)ίϊ:?收容物品之功效。而本創作以充氣之氣室樣 ” 4收谷物品，較習知僅以小氣囊泡保護有十足的功效增進。万式，具綜上所述，本創作之吸震式信封袋至的設計，於充氣後可對信封袋内收 2 獨立氣 ^效，合於產業上之利用性。而緩衝保 : = 供完善而週全之保護，避免收容物以對吹中k文衝擊振動而損壞，具有增進功效之進步性。、運送途 __ ^ 。另本創M260517 IV. Creation instructions (7) After the inflation is completed, the operation of air intake is completed, then the high-pressure gas in the air chamber (丨㈧ will push the two diaphragms of the upper valve diaphragm (25) and the lower valve diaphragm (26). Bias the upper film (21) to the side, and press the upper and lower valve film (25) (26) tightly against the upper film (21). Because the upper and lower valve film (25) (2 6), and The upper film (21) is a thin film made of plastic material, so when the gas pressure in the air chamber (10) pushes the upper and lower valve film (2 5) (2 6), it is closely attached to the upper film ( 2 1), the air is closed to the air inlet (36) of (10) to form an air tightness to prevent the gas in the air chamber (10) from escaping. See the ninth figure of the figure for the shock-absorbing envelope of this creation The bag (1) is a three-dimensional perspective view of the end of the inflatable 'inflatable molding.' The shock-absorbing ^ 俨 '(/) forms a plurality of inflatable air chambers (10) inside, and stores the storage items in the air chamber (10) such as clothes. The enclosed space can be damaged by the air chamber (1 ^ free from shock and vibration during transportation. To avoid this, each air chamber (1)) of the shock-absorbing envelope bag (1) is independent, so even if Have One or two air chambers (10) ruptured during handling, :: come: The other unruptured air chambers (10) will still maintain airtightness: body, Γιο) ίϊ: the effect of containing items. And this creation "Inflatable air chamber-like" 4 harvesting items, compared with the conventional use of small airbags to protect the full effect is enhanced. Wan Shi, with the above-mentioned, the design of the shock-absorbing envelope bag of this creation, after inflation It can receive 2 independent air-effects in the envelope bag, which is suitable for industrial use. The cushioning guarantee: = Provides perfect and comprehensive protection to avoid the damage of the contents to the shock and vibration of the blown k-text, which has an enhanced effect. Progressiveness. 、 Transportation __ ^. Another original

第12頁 M260517 四、創作說明（8) 作申請前並未見於刊物，其新穎性亦毋庸置疑。本創作合於專利法之規定，爰依法提出新型專利之申請，祈請惠予審查並賜予專利，實感德便。Page 12 M260517 4. Creation Instructions (8) It was not seen in the publication before application, and its novelty is beyond doubt. This creation complies with the provisions of the Patent Law, and applies for a new type of patent in accordance with the law. I hope that it will be examined and granted.

第13頁 M260517 圖式簡單說明第 _ 一圖係習知信封袋之示意圖。第二圖係本創作之吸震式信封袋未黏貼，未充氣時之示意圖〇第二圖係取單一氣室由第二圖中對於A-A處所緣製而成的斷面示意圖〇第四圖係相關於第二圖中對於B-B處所取之斷面示意圖〇第五圖係本創作之吸震式信封袋黏貼完成，未充氣時之示意圖〇第六圖係本創作之吸震式信封袋充氣時，單一氣室的斷面示意圖〇第七圖係本創作之吸震式信封袋於結束充氣時，單一氣室的上下氣閥膜壓貼於上膜而關閉入氣口的斷面示意圖〇第八圖係相對於第七圖吸震式信封袋於結束充氣時 9 氣室之橫向斷面圖〇第九圖係本創作之吸震式信封袋結束充氣，膨脹成型之立體透視示意圖〇 [ 圖式主要元件代表符號 ] (1 ) 吸震式信封袋 (2) 進氣口 (10) 氣室 (1 2 ) (1 2 0 )封口 (14) 進氣道 (15) 薄膜帶 (21) 上膜 (22) 下膜Page 13 M260517 Schematic description of the diagram _ The first diagram is a schematic diagram of a conventional letter envelope. The second picture is a schematic diagram of the shock-absorbing envelope bag of this creation when it is not pasted and not inflated. The second picture is a cross-sectional diagram of a single air chamber made from the edge of the AA space in the second picture. The fourth picture is related In the second figure, the cross-sectional view of the BB space is taken. The fifth picture is the paste of the shock-absorbing envelope bag of the original creation, and the figure is not inflated. The sixth picture is the single-gas of the shock-absorbing envelope bag of the original creation. Sectional diagram of the chamber. The seventh diagram is the cross-section diagram of the upper and lower air valve membranes of a single air chamber when they are inflated at the end of the inflation. The eighth diagram is relative to The seventh figure is a cross-sectional view of the 9 air chamber at the end of inflation. The ninth picture is the creation of the shock-absorbing envelope bag that has been inflated and inflated. Perspective view of the body 〇 [Representative symbols of main components of the figure] (1) Shock-absorbing envelope bag (2) Air inlet (10) Air chamber (1 2) (1 2 0) Seal (14) Air inlet (15) Film With (21) Upper film (22) Lower film

第14頁 M260517 圖式簡單說明 (25) 上氣閥膜 (26) 下氣閥膜 (27) 信封袋紙層 (32) 不平行熱封線 ( 3 1 )( 35 )( 38) 熱封線 (33) 财熱印刷 (36) 入氣口 (37) 進氣道熱封線 (39) 斜向熱封線 (42) 折疊線 (100) 習知之信封袋 (110) 小氣囊泡Page 14 M260517 Brief description of drawings (25) Upper air valve film (26) Lower air valve film (27) Envelope bag paper layer (32) Non-parallel heat seal line (3 1) (35) (38) Heat seal line (33) Thermal printing (36) Air inlet (37) Air inlet heat sealing line (39) Oblique heat sealing line (42) Folding line (100) Conventional envelope bag (110) Small airbag bubble

第15頁Page 15

Claims

M260517 五、申請專利範圍袋’由内向外，包括：第一層之上 ’第三層之下氣閥膜，第四層之下袋紙層等所組成，其中，將前述第膜的週邊熱壓印形成熱封線，使該震薄膜能密封，氣體不會外洩；接的熱封線，而形成複數個氣室，使即使有任一個氣室破裂，其他未破震之功能；而於該吸震式信封袋之口’連接該進氣口設有一進氣道，個氣室連通；因此當氣體由吸震式 ’即可循著進氣道對個個氣室進行室膨脹’具有缓衝吸震之功能者。第1項所述之一種吸震式信封袋，膜、下氣閥膜、下膜等係由塑膠或膜者。第1或2項所述之一種吸震式信封的厚度僅約30〜35 //m。第1項所述之一種吸震式信封袋，熱封線’將上膜、上氣閥膜、及下 ’使上、下氣閥膜及兩條不平行之定出一個入氣口者。第1項所述之一種吸震式信封袋，間設一耐熱印刷。第1項所述之一種吸震式信封袋， 1. 一種吸震式信封上氣閥膜層之信封四層之薄内部之吸與氣室間膜，第二層之膜，及最後一吸震式著熱壓每一個裂的氣一側適該進氣信封袋充氣之2. 其中，類似之 3. 袋，其 4· 其中，氣閥膜熱封線 5. 其中，6. 、三、信封袋印氣室氣室分室仍可當處設道設有之進氣操作，如申請該上膜材質所如申請中，每如申請以兩條三層熱所圍成如申請於上、如申請以維持吸有一進氣氣路與個口進入後使該等氣專利範圍、上氣閥製成之薄專利範圍一層薄膜專利範圍不平行之封在一起之空間界專利範圍下氣閥膜專利範圍M260517 5. The scope of the patent application bag is composed of inside and outside, including: above the first layer, below the third layer, the air valve film, and below the fourth layer, the paper layer of the bag, etc. The heat seal line is formed by embossing, so that the shock film can be sealed, and the gas will not leak out; the connected heat seal line forms a plurality of air chambers, so that even if any one of the air chambers is broken, the other functions are not broken; and An air inlet is provided at the mouth of the shock-absorbing envelope bag, and an air inlet is provided, and the air chambers communicate; therefore, when the gas is shock-absorbing, the air expansion of each air chamber can be performed through the air inlet. Those with shock absorption function. The shock-absorbing envelope bag according to item 1, the film, lower valve film, lower film, etc. are made of plastic or film. The thickness of a shock-absorbing envelope described in item 1 or 2 is only about 30 ~ 35 // m. In the shock-absorbing envelope bag according to item 1, the heat sealing line ′ sets the upper film, the upper valve film, and the lower ′ so that the upper and lower valve films and two non-parallel lines define an air inlet. A shock-absorbing envelope bag as described in item 1 with a heat-resistant print in between. A shock-absorbing envelope bag as described in item 1, 1. A shock-absorbing envelope with an air valve film layer, a thin inner layer of an air-absorbing and inter-chamber film, a second-layer film, and a last shock-absorbing type Each side of the hot-pressed gas is suitable for inflating the air-in envelope bag 2. Among them, similar to 3. Bag, which 4. · Among them, the air valve film heat-sealing line 5. Among them, 6., 3. Envelope bag printing The air chamber and air chamber sub-chamber can still be provided with air inlet operation. If the application for the upper film material is applied, as long as the application is surrounded by two three-layer heat chambers, the application is as above, and the application is maintained. After suctioning an intake air path and inlet, the patent range of the gas, the thin patent range made by the upper valve, and the thin film patent range are not parallel. They are sealed together.

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