M338825 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種收納袋，特別是一種可多孔排氣之收納袋。 【先前技術】 對於海島型氣候的地區’潮濕多變的氣候容易使物品受潮損壞，或是發霉、 ， 變色、發生異味等，因此在收藏或包裝物品時，會使用三面封閉、一面呈開口 之收納袋，在裝入物品後，徒手擠出收納袋内之空氣，再封閉收納袋，藉以達 _· 到保存防潮之目的。 、 習用收納袋於一侧設有排氣道，排氣道之一端為入氣口，另一端為排氣口， 當使用者徒手擠出收納袋内之空氣時，空氣由入氣口進入排氣道，穿過排氣道 再由排氣口排出，如中國創作申請號01144648·χ號專利「壓縮容納袋」、美國 創作第 6116781 號專利「Storage bag with one-way air valve」、美國創作第 6357915 號專利「Storage bag with one-way air valve」、美國創作第 6729473 號專利 「Air儒uable bag with d〇uWe·^^ ❿same」’惟此種方式相當費時費力，不僅當入氣口受物品阻塞時無法排氣，且排 氣效果不佳，氣體容易滞留於排氣道的侧邊區域而無法排出，此外，排氣口必 、夠大才月b排出空氟’但會造成氣體容易循著排氣道逆流回到收納袋内，再者， ‘、用的排乳道無法阻止空氣回流，因此閉氣不足，無法提供排氣順暢、排氣後 : 止氣時久的收納效果。 •、由此可知’如何改收納袋的結構，赠使用者可輕祕以徒手方式將收納 細之线擠出，並防止氣體逆流酬收納袋内，藉以提升收納袋之保存效果， 進而提倾長的鱗咖，係林紅㈣从職事此相断業之技術領域 M338825 者亟欲改善的課題。 【新型内容】 有鑑於此，本創作提出一種可多孔排氣之收納袋，包含：二外膜，上下疊 合’包含第-端與第二端；收納空間，經由熱封接著而形成於二外膜之間；二 ，内媒位於第一端’一内膜介於二外膜之間，二内膜之間於預定位置處預先塗 、佈複數個耐熱封材料；複_排氣口，經由熱封手段熱封橫貫複數個财熱材料 而形成於二内膜之間；及複數個排氣引道，經由熱封接著而形成於二内膜之間， •鲁分別對應於複數個排氣口設置，每一排氣引道連接於每一排氣口。 、 本創作亦提出一種可多孔排氣之收納袋，包含：二外膜，上下疊合，包含 第一端與第二端；收納空間，經由熱封接著而形成於二外膜之間；二内膜，位 於第二端，二内膜介於二外膜之間；複數個排氣口，經由鋸齒狀熱封模具熱封 二内膜，形成於二内膜在鋸齒狀熱封模具之非錯齒處；及複數個排氣引道，經 由熱封接著而形成於二内膜之間，分別對應於複數個排氣口設置，每一排氣引 道連接於每一排氣口。 一外膜之笫一端封合而封閉收納空間，用手擠壓二外膜時，收納空間内 之氣體推開二外膜之第二端，帶動二内膜向外拉開，自動開啟複數個各別專屬 的排氣口，收納空間内之氣體經由複數個排氣口循各別獨立的排氣引道流出， . 當收納空間内之氣體流出後，因氣壓減少生反向吸氣，又由於各排氣口有獨立 的排氣引道，當反向吸力發生會使排氣引道内二内膜向排氣口互相形成閉氣使 . 袋外空氣無法回流，只要收納空間内壓力持續低，此種現象持續，也就提供了 一種排氣後能保持很長閉氣效果的收納袋。 若排氣口孔徑小，排氣口數多，就有排氣口開合不全的困擾，為解決此問 6 M338825 題，本創作提出自細合的酬裝置：在預定為觀口位址的—Μ膜之内面 預先塗佈耐熱㈣，疊合另-肋敵耐_4在二_之間，缝外膜在财 熱材料上端辭_手郷«卿，及細_料愤辭熱射段形成執 封線’由於二内膜之間塗佈有耐熱材料，故熱封部使二片嶋不接著，但内膜 ，與外膜接著在-起，因此二内膜分別隨二外膜移動，又經熱封線熱封耐熱材料 ，情的部位，内膜不接著而形成排氣口，但沒有塗佈耐熱材料的内膜與外膜完 全密接，因此收納空間内之氣體只能從排氣口排出。 ·· 當收納空間内之氣體將二外膜膨脹、升高時，在第二端的内膜因執封部的 ‘作用會隨著二外膜升高，在其後方的排氣口自然被此動作強制拉口，使多孔、 口徑小的排氣口排氣順暢。 針對自動開合排氣口的開關裝置，本創作亦提供不用耐熱材料改用•塾 片的方法： 即在預定的開關點及預定的排氣Π處，針對其置於二外膜第二端的二内膜 之内面，預先置人雜，並使壯、下熱封方式_熱封模具或直線熱封 模具及鋸齒狀熱封模具，來熱加工關裝置及複數個排氣口。 、由於二内膜内面置人耐熱塾片，以上、下熱封的方式熱封熱封部時，二内 膜被墊片隔開故不相接著。但二内膜與二外膜接著，於是外膜膨服時，二内膜 會隨各別的外膜膨脹，此為自動打開排氣口的動作，又從外膜預定排氣口的位 置以鑛齒狀難顯，树轉形蘭•之後，再從魏口的二端·直熱 封線熱封形成專屬的排氣引道。 又為了強化職的功能’點狀之熱封部在此可以改為線狀之熱封部，因上 下獨立加熱駐，中财耐齡片_，施工後二_不接著，但峨與外膜 7 M338825 接著，同樣會形成自動開啟位其後方鋸齒模熱封的排氣口，即自動開啟排氣口 的功用。 本創作亦提出一種可多孔排氣之收納袋，包含··二外膜，上下疊合，包含 第一端與第二端；收納空間，經由熱封接著而形成於二外膜之間；二内膜，位 於第二端，二内膜介於二外膜之間；複數個排氣口，經由熱封接著而形成於二 内膜之間；及抽氣引道，經由熱封接著而形成於二内膜之間，複數個排氣口連 通抽氣引道與收納空間。 當從第一端封閉收納空間時，以抽氣工具置於抽氣引道，抽取收納空間内 之氣體，或以手排擠壓收納空間，使收納空間内之氣體經由複數個排氣口流至 抽氣引道，當收納空間内氣壓低會從抽氣引道吸取收納袋外之氣體，從而使收 納空間内的二内膜因吸力而更密合，達到排氣後止氣的收納效果。 本創作更可包含··懸掛件，其中，懸掛件分為上、中、下段，其中上、下 段為材質厚並熱封成環狀形成彎折部，巾段為材質_連接侧來連接上、下 段之彎折部，此連接碰二外膜包覆，上段之騎部級袋外，可騎釣掛在 衣櫃’下段之、彎折部置於收納空間内，可懸掛衣架使衣服垂直掛放，可以手排 氣，從小的排氣口排氪，也可以使用工具從抽氣引道抽氣。 有關本創作的較佳實施例及其功效，茲配合圖式說明如後。 【實施方式】 5月參照第1圖、第2圖、第3A圖、第3B圖及第3C圖為本創作之第一實 知例’第1圖為置入物品之示意圖，第2圖為平面圖，第3A圖為第2圖在从， 斷面的剖面圖㈠，第3B圖為第2圖在从，斷面的剖面圖（二），第圯圖為 第2圖在AA，斷面的剖面圖（三）。 8 M338825 空間n、複咖氣⑽、複數 2f 收納 口部M338825 VIII. New description: [New technical field] This creation is about a storage bag, especially a storage bag with porous exhaust. [Prior Art] For the island-type climate, the 'moist and variable climate is easy to damage the item, or it is mildew, discoloration, odor, etc. Therefore, when collecting or packaging items, it will be closed on three sides and open on the other side. The storage bag, after loading the items, extrudes the air in the storage bag by hand, and then closes the storage bag, so as to save the moisture. The conventional storage bag is provided with an exhaust passage on one side, one end of the exhaust passage is an air inlet, and the other end is an exhaust port. When the user squeezes out the air in the storage bag by hand, the air enters the exhaust passage from the air inlet. Through the exhaust passage and then exhausted from the exhaust port, such as the Chinese creation application number 01144648 · χ patent "compressed storage bag", the United States created the number of 6116871 "Storage bag with one-way air valve", the United States created the number 6357915 The patent "Storage bag with one-way air valve" and the US patent No. 6,729,473 "Air Ruan bag with d〇uWe·^^ ❿same" are only time-consuming and laborious, not only when the air inlet is blocked by the article. Can not be vented, and the exhaust effect is not good, the gas is easy to stay in the side area of the exhaust duct and can not be discharged, in addition, the exhaust port must be large enough to discharge empty fluorine in the month b but will cause the gas to easily follow the row The airway returns to the storage bag in the opposite direction. Furthermore, the used milk discharge channel cannot prevent the air from flowing back. Therefore, the air is not closed enough to provide a smooth discharge and after exhausting: the storage effect of the gas stop for a long time. • From this, we can see that 'how to change the structure of the storage bag, the user can gently squeeze the storage line by hand, and prevent the gas from flowing back into the storage bag, so as to enhance the preservation effect of the storage bag, and then lift the storage bag. Long scale coffee, Lin Hong (four) from the ministry of the technical field of this business, M338825 people want to improve the subject. [New content] In view of this, the present invention proposes a porous exhaust storage bag comprising: two outer films, which are stacked on top of each other and including a first end and a second end; and a storage space formed by heat sealing and then formed in two Between the outer membranes; second, the inner medium is located at the first end of the 'inner film between the two outer membranes, and the two inner membranes are pre-coated at the predetermined position, and a plurality of heat-resistant sealing materials are disposed; Heat sealing between the two inner membranes by heat sealing means; and a plurality of exhaust gas channels are formed between the two inner membranes by heat sealing, and the plurality of rows are respectively corresponding to the plurality of rows A port is provided, and each exhaust approach is connected to each exhaust port. The present invention also provides a porous venting storage bag, comprising: two outer films stacked on top of each other, including a first end and a second end; and a storage space formed between the outer and outer films via heat sealing; The inner membrane is located at the second end, and the inner membrane is interposed between the two outer membranes; the plurality of exhaust ports are heat-sealed by the serrated heat sealing mold to form the inner membrane in the serrated heat sealing mold. And a plurality of exhaust channels, which are formed between the inner and inner membranes via heat sealing, respectively corresponding to a plurality of exhaust ports, each of which is connected to each of the exhaust ports. One end of the outer membrane is sealed at one end to close the storage space, and when the outer membrane is squeezed by hand, the gas in the storage space pushes the second end of the outer membrane to drive the inner membrane to open outward, automatically opening a plurality of Each of the exclusive exhaust ports, the gas in the storage space flows through the separate exhaust channels through a plurality of exhaust ports. When the gas in the storage space flows out, the gas is reduced by the air pressure, and the air is reversed. Since each exhaust port has an independent exhaust guide, when the reverse suction occurs, the inner and inner membranes in the exhaust passage form a closed air to the exhaust port. The air outside the bag cannot be recirculated, as long as the pressure in the storage space continues to be low. This phenomenon continues, providing a storage bag that maintains a long, closed air effect after venting. If the exhaust port has a small aperture and a large number of exhaust ports, there is a problem of incomplete opening and closing of the exhaust port. In order to solve this problem, the author proposes a self-healing device: in the reservation for the location of the mouth - The inner surface of the enamel film is pre-coated with heat resistance (4), and the other ribbed enemy resistance _4 is between the two _, the outer film of the crease is on the top of the financial material _ hand 郷 «Qing, and fine _ _ _ _ _ _ _ _ Forming the sealing line 'Because the heat-resistant material is applied between the two inner membranes, the heat-sealing portion does not cause the two pieces of the sputum to follow, but the inner membrane and the outer membrane are followed, so that the two inner membranes move with the outer membrane respectively. The heat-sealed heat-sealed heat-shielding material is further sealed by the heat-sealing material, and the inner film is not formed to form an exhaust port, but the inner film and the outer film which are not coated with the heat-resistant material are completely in close contact with each other, so that the gas in the storage space can only be discharged from the row. The port is discharged. · When the gas in the storage space expands and raises the outer membrane, the inner membrane at the second end is lifted by the outer membrane due to the action of the sealing portion, and the exhaust port at the rear is naturally The action is forced to pull the mouth, so that the exhaust port with a small diameter and a small diameter is smoothly discharged. For the switch device for automatic opening and closing of the exhaust port, the present invention also provides a method for changing the use of the heat-resistant material to the bracts: that is, at the predetermined switch point and the predetermined exhaust port, the second end of the second outer film is placed. The inner surface of the two inner membranes is pre-placed, and the strong and the lower heat sealing method _ heat sealing mold or linear heat sealing mold and serrated heat sealing mold are used to thermally process the closing device and a plurality of exhaust ports. Since the inner surface of the inner membrane is placed on the heat-resistant enamel sheet, when the heat-sealed portion is heat-sealed by the above and the lower heat sealing, the inner membrane is separated by the gasket, so that it does not follow. However, the second intima and the second outer membrane are followed, so that when the outer membrane is expanded, the inner membrane will expand with the respective outer membranes, which is an action of automatically opening the exhaust port, and the position of the exhaust port is predetermined from the outer membrane. It is difficult to show the mineral tooth shape, and the tree is transformed into a blue shape. After that, the two-end direct heat sealing line of Weikou is heat-sealed to form a special exhaust guide. In order to strengthen the function of the job, the point-like heat seal can be changed to a linear heat seal. The upper and lower independent heating stations, Zhongcai age-resistant tablets _, after construction, the second _ does not follow, but the 峨 and the outer film 7 M338825 Next, it will also form an exhaust port that automatically opens the heat seal of the rear serrated mold, that is, the function of automatically opening the exhaust port. The present invention also proposes a porous venting storage bag comprising a double outer film, which is superposed on top and bottom, and includes a first end and a second end; and a storage space is formed between the outer and outer films via heat sealing; The inner membrane is located at the second end, and the inner membrane is interposed between the two outer membranes; a plurality of exhaust ports are formed between the inner and inner membranes by heat sealing; and the suction tunnel is formed by heat sealing. Between the two intima, a plurality of exhaust ports are connected to the suction approach channel and the storage space. When the storage space is closed from the first end, the air suction tool is placed on the air suction guide to extract the gas in the storage space, or the storage space is squeezed by the hand row, so that the gas in the storage space flows through the plurality of exhaust ports. When the air pressure in the storage space is low, the gas outside the storage bag is sucked from the air suction passage, so that the inner film in the storage space is more closely attracted by the suction force, and the storage effect of the air after the exhaust is achieved. . The creation may further comprise a suspension member, wherein the suspension member is divided into an upper part, a middle part and a lower part, wherein the upper part and the lower part are thick and heat-sealed into a ring shape to form a bent part, and the towel part is connected with a material _ connection side. The lower part of the bent part, this connection touches the outer film covering, the upper part of the riding part of the bag, can be caught fishing in the lower part of the closet, the bent part is placed in the storage space, the hanger can be hung to make the clothes vertical hanging Put it out, you can vent it by hand, drain it from a small exhaust port, or use a tool to pump air from the suction channel. The preferred embodiment of the present invention and its effects are described below in conjunction with the drawings. [Embodiment] Referring to Fig. 1, Fig. 2, Fig. 3A, Fig. 3B, and Fig. 3C for the first practical example of the creation of Fig. 1 is a schematic view of the article being placed, and Fig. 2 is a schematic view of Fig. 2 The plan view, Fig. 3A is the second figure in the cross section of the section (1), the 3rd figure is the 2nd figure in the section, the cross section of the section (2), the second figure is the 2nd figure in the AA, the section Sectional view (3). 8 M338825 space n, complex coffee (10), plural 2f storage mouth
-片外膜2a㈣上下疊合，包含相對應之第—似與第二賴。 二片内膜1a與化介於二片外膜么與2b之間，其長度短_ 2a或2b 之長度，且—片觸18與lb之―猶齊於場膜2a與2b之第二端22，此 外，-片内膜la與lb之間可預先塗佈耐熱材料Uc。 沿著熱封線12a熱封接著二片外膜2a與2b、二片内膜ia與化時，執封線 ⑽跨耐熱材料llc中段，因内膜内面預先塗佈複數個耐熱材㈣，減封 線心熱封彳㈣義la與lb彻細⑴之物姆，形成複數 働氣口 2d，無耐_ lle之部位外膜2a與2b、二片_ h與化因孰封 而緊密接著，細lle上端辭細2e，仙彻料山故— 片内肢與㈣砸，補2a_ma、補物㈣各自執封接 著，即糊嶋。其巾，细部2e可繼鋪點，树細2泣 内膜la、外膜2b與内膜lb。 、 在月』述之耐熱材料llc僅為舉例說明，非以此為限，亦可於二片内膜 之間放置耐_使其在熱封日林相互接著，或是二片外膜2禮处、、 、” lb可U鋸齒狀熱封模具間斷性熱封接著，於鑛齒狀熱封模具 之缺口處不接著而形成複數個排氣卩％。 再者’ 一片内膜la與lb經由熱封接著而於二片内膜la與化之間形成複 數個排说引道2e，每一排氣引道2e之末端均設有出口部2f (依實際結構不同， 排耽引道2e之末端可設有—個或多個出口部奶，其中，每—排氣口⑽連接 9 M338825 有專屬的排氣引道2e，且自二片外膜2a與2b熱封垂直排氣口 2d的熱封線，其 可平行設置也可以-端窄於另―端，使氣體料由減σ 2d沿著排氣引道2e 流出’而不易反向逆流。當氣體自排氣口 2d順著排氣引道2e排出收納空間u 後’收納空間11内氣壓低會造成反向吸力，在排氣引道乂内的吸力會將二片 ,内膜1a與lb往排氣口 2d吸，二片内膜la與lb自然會密合形成止氣，提供了 排氣後空氣無法回流的閉鎖效果。 t 沿著熱封線11a、lib熱封接著二片外膜2a與2b，並於二片外膜以與冼 摩之第一端21設置閉合元件25，並於熱封線lla、llb、12a與閉合元件25之間 ‘形成收納空間11，藉以放置物品9於收納空間U内而收藏物品9。前述說明之 閉合το件25可為拉鍊或壓條，端視用途來定，但非以此為限，相關技藝人士可 依實際需求以其他元件替代拉鍊或壓條。 當使用者開關合元件a，並將物品9 £人收輕間u⑽，即可酬 閉合元件25崎敝触㈣，為使物品9具有肤的輯絲，並縮小物 品9收藏所需佔用之體積’可由第一端21朝向第二端22擠壓二片外膜^與处， 使收納_ 11内之氣體推開二片外膜2a與2b之第二端22，由於外膜％與内 膜卜外膜2b與内媒lb經過熱封手段而接著，而内膜心此内面因在預定點 塗佈耐熱材料He，故熱封不接著，因此，排氣時二片外膜&與％ 高’經複數熱封部2c帶動二片内膜㈣lb同步升高，進而自動開啟複數個排 氣使收納空間U内之氣體從複數個排氣口 2d順著各自獨立的排氣引道 =流出袋外，達到快速容易排氣之目的1由於收納空間^排氣後壓力較低， 袋内壓力差職反向吸力，吸取袋外空氣，由於排氣引道^是二片外膜^與 此含二片内膜13與lb，此二片内膜—lb如同管子内的二活瓣，吸力:使 M338825 此二片内膜la與lb内縮，而互相貼合密接而斷絕外部空氣進入形成止氣，使 空氣無法回流，達到閉氣持久的效果。 前述說明以排氣引道2e的内膜la貼附於外膜2a、内膜lb貼附於外膜2b 為例，但非以此為限，依據其結構之差異，二片内膜la與lb亦可側貼於外膜 2a 或 2b 〇 . 請參照第4圖、第5圖、第6A圖、第6B圖及第6C圖為本創作之第二實 施例，第4圖為置入物品之示意圖，第5圖為平面圖，第6A圖為第5圖在bb， .斷面的剖面圖（一），第68圖為第5圖在BB，斷面的剖面圖（二），第6<^圖為 第5圖在BB’斷面的剖面圖（三 將二片内膜la與lb置於二片外膜以與沘的第二端U之間，並在二片内 膜h與ib之間預先塗佈耐熱材料nc，其中至少一财熱材料…比其他耐熱材 料11c面積大，之後從二片外膜2a與2b以熱縣以橫跨耐熱材料山中段， 並在二片外臈以與2b靠近耐熱材料山上端處施以熱封部2C，使二片内膜la 與1b内面在耐熱材料山處互不接著，但外膜2a與内膜la、外膜2b與内膜 封刀別接者，且熱封線12a在耐熱材料1le處熱封不接著形成複數個 乳口 _3d，其中，材料lle面積大的部位為大_氣口 3d。 側轨封^外膜a與a的第二端22以熱封線以、既熱封接著，並將其一 合元件料_-端21 儒⑽卻1並以閉 氣==他熱她拉開二片内膜咖，使排㈣開啟， 丨道贼…由^料置人娜丨道3e内，即 M338825 可以抽氣工具8抽取抽氣引道3e内氣體，當收納空間u之氣壓低時，引起產 生自收納空間11外回吸氣體的力道，會使抽氣引道3e内的二片内膜h與lb 密接’因而使收納空間U外氣體無法回流，達到排氣抽氣後止氣久的效果。藉 此當收納空間11面積大時，可以配合電動抽氣來改善手壓排氣缓慢或物體不能 壓的缺點。 . 岫述说明以抽氣引道 > 的内膜la貼附於外膜2a、内膜lb貼附於外膜2b 為例，但非以此為限，依據其結構之差異，二片内膜la與比亦可侧貼於外膜 φ 2a 或 2b ° 印參照第7圖為本創作第三實施例之平面圖。 在本實蝴巾，第二端22區分編健域，其卜麵域設置如前述之排 氣口 2d與排氣引道2e的結構’另一個_設置如前述之排氣口 ％與抽氣引道 3e的結構’也就是一個收納袋！的排氣區並存二種排氣結構，可以使用抽氣引 C抽氣亦可以用手壓捲收納空間u，讓氣體由複數個排氣口 ^排出。- The outer film 2a (4) is superposed on top of each other, and corresponds to the first and the second. The two inner membranes 1a are interposed between the two outer membranes and 2b, the length of which is shorter than the length of 2a or 2b, and the contact between the sheets 18 and 1b is at the second end of the field films 2a and 2b. 22. Further, a heat resistant material Uc may be previously applied between the inner films la and lb. When the two outer films 2a and 2b and the two inner films ia are heat-sealed along the heat seal line 12a, the sealing line (10) spans the middle portion of the heat-resistant material llc, and the inner surface of the inner film is coated with a plurality of heat-resistant materials (four). Sealed line heart heat seal 四 (4) 义 la and lb carefully (1), the formation of a plurality of 働 口 2d, no resistance _ lle part of the outer membrane 2a and 2b, two pieces _ h and the chemical seal close and thin The top of the lle is 2e, and the celestial body is the same. The inner limbs and the (4) 砸, the 2a_ma and the supplements (4) are each sealed, that is, the paste. The towel, the detail 2e can be followed by a spotting, the tree is fine 2, the inner membrane la, the outer membrane 2b and the inner membrane lb. The heat-resistant material in the month is only an example. It is not limited to this. It can also be placed between the two inner membranes to make them heat-sealed in the sun, or two outer membranes. The intermittent heating seal of the lb-U-toothed heat-sealing die is followed by forming a plurality of exhaust 卩% at the notch of the ore-shaped heat-sealing die. Further, a piece of inner film la and lb is passed through The heat seal then forms a plurality of rows of guides 2e between the two inner membranes la and the formation, and the outlet portion 2f is provided at the end of each of the exhaust tunnels 2e (depending on the actual structure, the drainage channel 2e is The end may be provided with one or more outlet portions of the milk, wherein each of the exhaust ports (10) is connected to the 9 M338825 having a dedicated exhaust channel 2e, and the vertical exhaust ports 2d are heat sealed from the two outer films 2a and 2b. The heat sealing line can be arranged in parallel or the end can be narrower than the other end, so that the gas material flows out along the exhaust gas channel 2e by the minus σ 2d, and is not easy to reverse flow. When the gas is exhausted from the exhaust port 2d After the air guide 2e is discharged into the storage space u, the low air pressure in the storage space 11 will cause reverse suction, and the suction force in the exhaust guide channel will be two pieces. 1a and lb are sucked toward the exhaust port 2d, and the two inner membranes la and lb are naturally tightly combined to form a gas stop, which provides a blocking effect that the air cannot be recirculated after exhausting. t Heat seal along the heat seal line 11a, lib. The outer film 2a and 2b are disposed on the outer film to form the closing member 25 with the first end 21 of the drawing, and the storage space 11 is formed between the heat sealing wires 11a, 11b, 12a and the closing member 25, thereby forming a storage space 11 The article 9 is placed in the storage space U and the article 9 is stored. The closing device 25 of the above description may be a zipper or a bead, which is determined by the end use, but not limited thereto, and the related art can replace other components according to actual needs. Zipper or beading. When the user switches the component a and closes the item 9 to the lighter u(10), the component 25 is rugged (four), so that the article 9 has the skin of the skin and the article 9 is reduced. The volume that needs to be occupied can be squeezed from the first end 21 toward the second end 22 by two outer membranes, so that the gas in the storage_11 is pushed away from the second end 22 of the two outer membranes 2a and 2b due to the outer membrane % and the inner membrane outer membrane 2b and the inner medium lb are subjected to heat sealing means, and the inner surface of the inner membrane is predetermined The heat-resistant material He is applied, so the heat seal is not followed. Therefore, when the exhaust film is exhausted, the two outer films & and the high-yield multiple heat-sealed portion 2c drive the two inner membranes (four) lb to rise synchronously, thereby automatically opening a plurality of exhaust gases. The gas in the storage space U is made from a plurality of exhaust ports 2d along the independent exhaust guides = out of the bag, so as to achieve rapid and easy venting. 1 Because of the low pressure in the storage space, the pressure inside the bag The reverse suction of the poor position absorbs the air outside the bag. Since the exhaust guide is two outer membranes and the two inner membranes 13 and lb, the two inner membranes - lb are like the two flaps in the tube, suction : M338825 The two inner membranes la and lb are retracted, and they are adhered to each other to cut off the outside air to form a gas stop, so that the air can not be recirculated, and the effect of closing the air is achieved. In the foregoing description, the inner membrane la of the exhaust gas channel 2e is attached to the outer membrane 2a, and the inner membrane lb is attached to the outer membrane 2b as an example, but not limited thereto, according to the difference of the structure, the two inner membranes la and Lb can also be affixed to the outer film 2a or 2b 请. Please refer to Figures 4, 5, 6A, 6B and 6C for the second embodiment of the creation, and Fig. 4 shows the placed article. Schematic diagram, Fig. 5 is a plan view, Fig. 6A is a sectional view (a) of Fig. 5 in bb, . section, Fig. 68 is a fifth section at BB, sectional view of the section (2), 6th < Fig. 5 is a cross-sectional view of the BB' section of Fig. 5 (three two inner membranes la and lb are placed between the two outer membranes to be with the second end U of the ankle, and in the two intima h and The heat-resistant material nc is pre-coated between the ib, wherein at least one of the heat-treating materials is larger than the other heat-resistant materials 11c, and then from the two outer films 2a and 2b to the heat county to span the middle portion of the heat-resistant material mountain, and two pieces outside臈 Apply heat sealing portion 2C to the upper end of the heat-resistant material near 2b, so that the inner faces of the two inner films la and 1b are not adjacent to each other in the heat-resistant material mountain, but the outer film 2a and the inner film la, the outer film 2b and the inner film The knife is not connected, and the heat The wire 12a is heat-sealed at the heat-resistant material 1le without subsequently forming a plurality of nipples _3d, wherein the portion of the material lle having a large area is a large _ port 3d. The side rail seals the second ends 22 of the outer films a and a by heat sealing The line is followed by heat sealing, and it is combined with the material _-end 21 Confucian (10) but 1 with closed air == he heats her to open two inner film coffee, so that the row (four) is opened, the thief ... by ^ In the 3e, the M338825 can be used to pump the gas in the suction channel 3e. When the air pressure in the storage space u is low, the force generated by the suction air from the storage space 11 will cause pumping. The two inner membranes h and lb in the air channel 3e are in close contact with each other, so that the gas outside the storage space U cannot be recirculated, and the effect of stopping the air after exhausting is achieved. Thus, when the storage space 11 is large, it can be combined with electric power. Pumping to improve the hand pressure is slow or the object can not be pressed. The description shows that the intima la of the suction approach is attached to the outer membrane 2a, and the inner membrane lb is attached to the outer membrane 2b as an example. However, not limited to this, depending on the difference in structure, the two inner membrane la and the ratio may also be attached to the outer membrane φ 2a or 2b °. A plan view of the third embodiment. In the actual wipe, the second end 22 distinguishes the edited field, and the surface of the wiper is provided with the structure of the exhaust port 2d and the exhaust guide 2e as described above. The exhaust port % and the structure of the suction guide 3e are also a storage bag! The exhaust zone coexists with two kinds of exhaust structures, and it is also possible to use the pumping air to extract the air or to press the storage space u by hand. The gas is discharged from a plurality of exhaust ports.
〜、、、第8圖、第9A圖及第9B圖為本創作之第四實施例，第8圖為平面 圖’第9A圖為第8圖在CC，斷面的剖面圖㈠，第9b圖為第8圖在CC，斷 面的剖面圖（二）〜, ,, Fig. 8, Fig. 9A, and Fig. 9B are the fourth embodiment of the present invention, and Fig. 8 is a plan view of Fig. 9A, Fig. 8 is a cross-sectional view (1) of Fig. 8 at CC, section 9b. For the 8th figure in CC, the sectional view of the section (2)
’'、、避免使用者以抽氣工具8抽氣時，二片外膜2a與冼之第二端22因抽％ 而貼附在—起，造成位於第—端21之__，可於二議2a與2b之 =面^複數突起狀之凸部4。#二片外㈣㈣H D 時’㈣-綱㈣…㈣彡峨⑴’繼可經由間隙 :氣㈣’再由排氣口 3d流出抽氣引道知而達到排氣之目的。 ^知第10圖為本創作五實施例的平面圖。 12 M338825 在本實施例中，二片外膜2a與2b、二片内膜la與lb以鑛歯狀熱封模具間 斷…、f接著’其中，有齒模處為密閉區，無齒模處為排氣口 μ，其具體的實 施步驟如下： 乂驟1 ·置入耐熱墊片於二片内膜以與lb之間的預定區，熱封模具上、下 、同日守熱封，形成線狀之熱封部2c，此線可粗寬也可細長，熱封後使外膜％接著 ,内膜1a —片内膜以與lb不接著，外膜2b接著内膜lb，形成二片内膜ia與 lb可奴一片外膜2a與2b膨脹而自動開啟排氣口 2d的效果。 .· 步驟2 ·以鑛齒狀模具從二片外膜2a與％熱封在預定排氣口區塊，即在熱 -封4 2〇之下方’形成有齒模的地方二片外膜2a與2b、二片内膜la與lb密接， 無齒模的地方為排氣口 2d，當二片外膜2a與2b膨脹時熱封部乂的會拉起二片 内膜la與lb’使其後的排氣口 2d自動開啟，收納空間n内之氣體可從排氣口 2〇1流出。 步驟3 ·就排氣口 2d之二邊以從二片外膜^與沘直線熱封形成上寬下窄 或平行的排氣引道2e，排氣引道仏接出口部万，此排氣引道仏為二片外膜％ _與21)内包一片内膜la與ib，任務為袋内氣體當乂隨二片外膜2&與沙開啟時， 氣體從排氣口 2d經排氣引道2e流出收納空間^。由於收納空間u内氣壓小， 形成自收納空間11外吸氣之反作用力，在排氣引道2e引道内會將二片内膜la 與lb朝排氣口 2d方向吸入，此二片内膜1&與113會互相貼合形成阻塞，防止 ；外部氣體進入，因而達到排氣後閉氣久的效果。 • 請參照第11A圖、第ι1Β圖、第12圖、第13圖、第14圖及第15圖為本 創作之第六實施例’第11A圖為懸掛件的示意圖（，），第11β圖為懸掛件的 示意圖（二），第12圖至第15圖分別為平面圖（一）、（二）、（三）、（四）。 13 M338825 為了解決大衣、西裝類手冊時必須以掛衣櫃的方式儲存，因此本創作更可 包含懸掛件7，首先其掛釣是由娜片重疊熱封形成強勒的片膜，將此片膜製 作成上、下段為厚實的彎折部7卜中間為片狀較薄的連接部^，用以連接連接 一個弓折^ 7卜並以熱封點〜接著固定而概呈8字體型，目的為：上段的彎折 ，部71可與環勾掛到衣櫃，下段的彎折部71置於收納空間η内，可勾掛衣架， •如此可以解決排氣袋平放，或必須加裝勾吊裝置之困擾。 Κ掛件7位於—片外膜2a與2b的第二端22中間處，並以熱封線Ua熱封 ••接著連接#72及二片外膜2_2b (如第14圖、第或第一端以與第 *二端22之其中一者的側邊，並以熱封線12c熱封接著連接部72及二片外膜2a ” 2b (如第η圖、第n圓），其旁侧或對面則為多次閉合元件％，如拉鍵帶 等如不願夕一人開合，則可以在置入物件後直接熱封侧邊使收納空間^成為密 閉空間，再捲壓排氣。 排氣及抽氣部，係以二内膜la與lb置於二片外膜2a與2b之一端，如前 述-兄明’可以在二片内膜la與lb内面預定區塊塗布对熱材料山，即耐熱節， _再從片外膜2a與2b加工，如果預計的排氣口 2企2cm時，則直接將熱封線 以放置於耐熱材料llc頂部，可以不必設置熱封部2c。因其口徑大，直接開 啟，若口徑小，則應設置二片内膜la與lb伴隨二片外膜h與汾張合的開啟 機制’其方式為熱封以對耐熱材料11c中段熱封。由於二片内膜la舆比内 ·.面有耐熱材料He，故熱封時不接著，形成排氣口 2d，又在耐熱材料llc上端 •以熱封複數個熱封部2c，使二片内膜la與lb内面不對接，但外面與各別外膜 2a、2b對接’如此當二片外膜&與处因氣_脹而升高會將相接的二片内膜 13與比也提高，自然將其内的排氣口 2d強迫開口，氣體就會從排氣口 2d排出， 14 M338825 又因預先在排氣口 2d以熱封線熱封形成排氣口 2d專屬的排氣引道2e，排氣引 逞2e由二片外膜2&與213内含二片内膜la與lb構成，當收納空間η内氣體 排出後’氣壓低，會發生反向吸力，對排氣引道2e内二片内膜1&與比朝排氣 口 2〇1吸入’二片内膜la與lb在排氣引道2e内如活瓣對接，造成阻塞，外部 、 氣體無法進入，形成自然的閉氣。 • 排氣的方法有以手卷物體壓迫收納空間11内氣體的方式，也可以工具抽氣 的方式，若以抽氣工具8抽氣，則先在二片内膜la與lb與二片外膜2a與冼 ••的排氣區，預先熱封抽氣引道3e，其特徵為上、下、左予以熱封。只留出口部 3f’可以供抽氣工具8插入，其頂側與一大的排氣口 3d相接，抽氣引道知可 /、複數個排氣引道々並存。由於抽氣時，機械的抽力強，會使二片外膜仏與 化因吸力枯結，影響收納空間u體内其他地區的空氣排出，因此在二片外膜 /、2b接近大的排氣口 3d區預先製作複數突起狀之凸部4，使吸氣時，抽氣 引迢3e的一片外膜以與沘即使對接仍有空隙，可以傳輸收納空間u内氣氣 以達到抽氨減輕體積之目標。 • 前述說明之懸掛件7的結構僅用以舉例說明而已，非以此為限，熟習此技 藝者亦可依實際需求改變其結構。 •雖然本_的技_容已經以她實施_露如上，然其並非用以限定本 _ j纟*鳩f此祕者，林麟本創狀精神所作些狀魏與潤飾，皆 :應涵盍於本創作的範_，因此本創作之保護範圍當視後附之申請專利範圍所 15 M338825 【圖式簡單說明】 第1圖為本創作第一實施例於置入物品之示意圖。 第2圖為本創作第一實施例之平面圖。 第3A圖為第2圖在AA’斷面的剖面圖（一）。 第3B圖為第2圖在AA’斷面的剖面圖（二）。 第3C圖為第2圖在AA’斷面的剖面圖（三）。'', to prevent the user from pumping with the suction tool 8, the two outer membranes 2a and the second end 22 of the crucible are attached to the second end 22, resulting in the first end 21 of the __, can be The two sides 2a and 2b = the surface of the plurality of protrusions 4. #二片外(四)(四)H D When '(4)-纲(4)...(4)彡峨(1)' can be passed through the gap: gas (4)' and then the exhaust port 3d flows out of the suction channel to achieve the purpose of exhaust. ^10 is a plan view of the fifth embodiment of the creation. 12 M338825 In this embodiment, two outer membranes 2a and 2b, two inner membranes la and lb are intermittently sealed by a mineral-like heat-sealing mold..., f followed by 'where the tooth mold is a closed area, no tooth mold For the exhaust port μ, the specific implementation steps are as follows: Step 1 • Place a heat-resistant gasket on the inner membrane between the two inner membranes and the predetermined area between the lbs, heat-seal the mold up and down, and keep the heat sealed on the same day to form a line. Heat seal portion 2c, the line can be thick or wide, and the outer film is followed by heat sealing, the inner film 1a - the inner film is not followed by lb, and the outer film 2b is followed by the inner film lb to form two pieces. The membranes ia and lb can be used to expand the outer membrane 2a and 2b to automatically open the vent 2d. .. Step 2 • Heat the two outer membranes 2a and % from the two outer membranes 2a and % in the predetermined exhaust port block, ie, under the heat-sealing 4 2〇, the two outer membranes 2a are formed with the tooth mold. 2b, two inner membranes la and lb are closely connected, and the toothless mold is the exhaust port 2d. When the two outer membranes 2a and 2b are inflated, the heat seal portion will pull up the two inner membranes la and lb' The subsequent exhaust port 2d is automatically opened, and the gas in the storage space n can flow out from the exhaust port 2〇1. Step 3: On the two sides of the exhaust port 2d, an exhaust duct 2e having a narrow width or a parallel width is formed from two outer membranes and a straight line, and the exhaust tunnel is connected to the outlet portion. The switch is a two-piece outer membrane% _ and 21) containing an inner membrane la and ib, the task is the gas in the bag. When the sputum is accompanied by two outer membranes 2 & and the sand is opened, the gas is exhausted from the exhaust port 2d through the exhaust channel 2e Flow out of the storage space ^. Since the air pressure in the storage space u is small, the reaction force of the air suction from the outside of the storage space 11 is formed, and the two inner films la and lb are sucked toward the exhaust port 2d in the approach channel of the exhaust guide 2e. 1& and 113 will adhere to each other to form a blockage to prevent; external gas enters, thereby achieving the effect of closing the air for a long time after exhaust. • Refer to the 11th, 11th, 12th, 13th, 14th, and 15th drawings for the sixth embodiment of the present invention. FIG. 11A is a schematic view of the suspension member, (11) For the schematic diagram (2) of the suspension, the 12th to 15th drawings are plan views (1), (2), (3), and (4), respectively. 13 M338825 In order to solve the coat and suit manual, it must be stored in the form of hanging wardrobe. Therefore, the creation can also include the hanging piece 7. Firstly, the hanging fishing is formed by overlapping heat sealing of the film to form a film of the strong film. The upper and lower sections are formed into a thick bent portion 7 with a thin sheet-shaped connecting portion ^ for connecting and connecting a bow and a heat-sealing point to a fixed shape and 8 font types. For the bending of the upper section, the part 71 can be hooked to the closet with the ring, and the bent part 71 of the lower section is placed in the storage space η, and the hanger can be hooked, so that the exhaust bag can be laid flat or the hook must be added. Trouble with the lifting device. The Κ 件 7 is located at the middle of the second end 22 of the outer film 2a and 2b, and is heat sealed by the heat seal line Ua. • Then connects #72 and the two outer film 2_2b (as shown in Fig. 14, the first or the first end) And the side of one of the second ends 22, and heat-sealed by the heat-sealing wire 12c, and then the connecting portion 72 and the two outer films 2a" 2b (such as the n-th image, the n-th circle), the side or On the opposite side, the component is closed for many times. If the button is opened, if the person does not want to open or close, the side can be directly sealed after the object is placed, so that the storage space becomes a sealed space, and then the exhaust gas is rolled. And the suctioning portion is disposed at one end of the two outer membranes 2a and 2b with the two inner membranes la and lb, and the hot material mountain can be coated on the inner surface of the two inner membranes la and lb as the aforementioned - brother Ming' That is, the heat-resistant joint, _ is further processed from the outer film 2a and 2b, and if the estimated vent 2 is 2 cm, the heat-sealed wire is directly placed on the top of the heat-resistant material llc, and it is not necessary to provide the heat-sealed portion 2c. The caliber is large and directly open. If the caliber is small, two inner membranes la and lb should be provided with two outer membranes h and the opening mechanism of the sputum opening. The method is heat sealing to the heat resistant material. Heat sealing of the middle section of the 11c. Since the inner film la 舆 has a heat-resistant material He than the inner surface, the heat-sealing is not followed, the exhaust port 2d is formed, and the upper end of the heat-resistant material llc is further sealed by a plurality of heat-sealing portions 2c. So that the two inner membranes la and the inner surface of the lb are not butted, but the outer surfaces are in contact with the outer outer membranes 2a, 2b. Thus, when the two outer membranes & The membrane 13 and the ratio are also increased, and the exhaust port 2d therein is naturally forced to open, and the gas is discharged from the exhaust port 2d. The 14 M338825 is further heat-sealed by the heat seal line at the exhaust port 2d to form the exhaust port 2d. The exclusive exhaust channel 2e, the exhaust port 2e is composed of two outer membranes 2& and 213 containing two inner membranes la and lb. When the gas in the storage space η is discharged, the pressure is low, and reverse suction occurs. The two inner membranes 1 & in the exhaust channel 2e are inhaled with the two inner membranes la and lb in the exhaust channel 2e as a valve, causing blockage, external, gas It is impossible to enter, forming a natural closed air. • The method of exhausting is to press the air in the storage space 11 by the hand-rolling object, or to pump the air. If the pumping tool 8 is used for pumping, the pumping passage 3e is preheated in the exhaust zone of the two inner membranes la and lb and the two outer membranes 2a and 冼••, which is characterized by The lower part and the left side are heat-sealed. Only the exit part 3f' can be inserted into the suction tool 8, and the top side thereof is connected with a large exhaust port 3d, and the exhausting guide channel is known/multiple exhausting channels are coexisting. Because of the strong pumping force during pumping, the two outer membranes will be smashed by the suction force, which will affect the air discharge in other areas of the storage space u. Therefore, the two outer membranes/, 2b are close to large. In the exhaust port 3d area, a plurality of protrusions 4 are formed in advance, so that when the air is sucked, an outer film of the air suction port 3e has a gap even if it is butted, and the air in the storage space u can be transported to achieve ammonia extraction. The goal of reducing volume. The structure of the suspension member 7 described above is for illustrative purposes only, and is not limited thereto, and those skilled in the art may change the structure according to actual needs. • Although the technique of this _ has been implemented by her _ above, but it is not used to limit this _ j纟 * 鸠 f this secret, Lin Lin's creative spirit made some Wei and retouch, all: Ying Han As for the scope of this creation, the scope of protection of this creation is to be attached to the scope of the patent application. 15 M338825 [Simple description of the drawing] Figure 1 is a schematic view of the first embodiment of the creation of the article. Figure 2 is a plan view of the first embodiment of the creation. Fig. 3A is a cross-sectional view (1) of Fig. 2 in the AA' section. Fig. 3B is a cross-sectional view (2) of Fig. 2 in the AA' section. Fig. 3C is a cross-sectional view (3) of Fig. 2 in the AA' section.
第4圖為本創作第二實施例於置入物品之示意圖。 第5圖為本創作第二實施例之平面圖。 第6A圖為第5圖在BB’斷面的剖面圖（一）。 第6B圖為第5圖在BB’斷面的剖面圖（二）。 第6C圖為第5圖在BB’斷面的剖面圖（三）。 第7圖為本創作第三實施例之平面圖。 第8圖為本創作第四實施例之平面圖。 第9A圖為第8圖在CC’斷面的剖面圖（一）。 第9B圖為第8圖在CC’斷面的剖面圖（二）。 第10圖為本創作第五實施例之平面圖。 第11A圖為第六實施例之懸掛件的示意圖（一）。 第11B圖為第六實施例之懸掛件的示意圖（二）。 第12圖為本創作第六實施例之平面圖（一）。 第13圖為本創作第六實施例之平面圖（二）。 第14圖為本創作第六實施例之平面圖（三）。 第15圖為本創作第六實施例之平面圖（四）。 16 M338825 【主要元件符號說明】 1 · · · ...........收納袋 la/lb............内膜 2a//2b............外膜 2c ——· · 2d/3b/3d 2e · · · · 3e · · 2f/3f 4 · · 11 熱封部 排氣口 排氣引道 抽氣引道 出口部 凸部 收納空間 111 · · · ..........間隙 11c.............耐熱材料 lla/llb/12a/12b/12c . ·.熱封線 21 ..............第一端 22 ..............第二端 25..............閉合元件 7 ..............懸掛件 71..............彎折部 7c..............熱封點 8 ..............抽氣工具 9 ..............物品 17Figure 4 is a schematic view of the second embodiment of the present invention in which the article is placed. Figure 5 is a plan view of the second embodiment of the creation. Fig. 6A is a cross-sectional view (Fig. 5) of the BB' section of Fig. 5. Fig. 6B is a cross-sectional view (b) of Fig. 5 in the BB' section. Fig. 6C is a cross-sectional view (3) of Fig. 5 in the BB' section. Figure 7 is a plan view of the third embodiment of the creation. Figure 8 is a plan view showing a fourth embodiment of the creation. Fig. 9A is a cross-sectional view (Fig. 1) of the Fig. 8 in the CC' section. Fig. 9B is a cross-sectional view (2) of Fig. 8 in the CC' section. Figure 10 is a plan view of the fifth embodiment of the creation. Fig. 11A is a schematic view (1) of the suspension member of the sixth embodiment. Fig. 11B is a schematic view (2) of the suspension member of the sixth embodiment. Figure 12 is a plan view (1) of the sixth embodiment of the present invention. Figure 13 is a plan view (2) of the sixth embodiment of the present invention. Figure 14 is a plan view (3) of the sixth embodiment of the present invention. Figure 15 is a plan view (four) of the sixth embodiment of the present invention. 16 M338825 [Description of main component symbols] 1 · · · ........... Storage bag la/lb............Inner film 2a//2b.... ........outer film 2c ——· · 2d/3b/3d 2e · · · · 3e · · 2f/3f 4 · · 11 heat seal exhaust vent exhaust channel suction channel exit Part convex storage space 111 · · · ..... gap 11c........ heat-resistant material 11a/llb/12a/12b/12c. Line 21 ..............first end 22 .............. second end 25............ .. closing element 7 ..............suspension 71..............bending part 7c.......... ....Hot seal point 8 ..............Exhaust tool 9 .............. Item 17