五、新型說明： 【新型所屬之技術領域】 本案係屬於包裝的領域，特別是配合一方便操 作，且形成二道氣密結構的真空壓縮袋之氣嘴結構7 【先前技術】 按，現代人對於收納空間的要求遠勝於從前， 希望能夠利用有限的S間而收納更多的東西，因 此真空壓縮袋」适種產品才會應運而纟係利用 如吸塵器等抽氣裂置而將該真空壓縮袋内的空氣大 m ±要❹於收納如：衣服、棉被或枕頭等 物品，可大幅縮減收納後的體積而達到節省空間之 功效，再者，抽真空後能夠有效抑制細菌之產生， 並且可避免物品氧化或受潮等功效，而有利於長期 保存。 »亥種真工壓縮袋主要係包括一袋體及一閥座， 其中該袋體之其中一邊緣係具有一夾鏈，該閥座係 a又於該袋體之表面且使其内部與外界相連通。使用 時係先將物品放置於該袋體内並予以封閉’接著 再以吸塵器通過兮胡# 過该閥座而排除該袋體内的氣體，並 藉由該袋體之隔離密封使袋内物品達到完全防汙、 防塵、防潮之目沾 3-. 的°再者’該閥座係設置有一逆止 闊結構，以將教艘站山 孔體排出後不致重新進該袋體内，因 此該閥座及該逆 疋止閥結構對該真空壓縮袋的使用扮 演者相當重要的角色。 M413660V. New description: [New technical field] This case belongs to the field of packaging, especially the nozzle structure of a vacuum compression bag which is combined with a convenient operation and forms a two-way airtight structure. [Prior Art] Press, Modern The requirements for the storage space are far better than before, and it is hoped that a limited number of S rooms can be used to store more things. Therefore, the vacuum compression bag will be transported and the vacuum will be used to evacuate the vacuum. The air in the compression bag is large enough to accommodate the storage of items such as clothes, quilts or pillows, which can greatly reduce the volume after storage and save space. Further, after vacuuming, the bacteria can be effectively inhibited. Moreover, it can avoid the effects of oxidation or moisture of the articles, and is beneficial for long-term preservation. The self-construction compression bag mainly comprises a bag body and a valve seat, wherein one edge of the bag body has a zipper, and the valve seat a is on the surface of the bag body and makes the inside and the outside of the bag body Connected. In use, the article is first placed in the bag and sealed. Then, the gas in the bag is removed by the vacuum cleaner through the valve seat, and the bag is sealed by the bag body. Achieve complete anti-fouling, dust-proof, moisture-proof eyes. 3. Again, the valve seat is provided with a reverse-slope structure to remove the caverns of the train station and not re-enter the bag, so The valve seat and the reverse stop valve structure play a very important role in the use of the vacuum compression bag. M413660
然而，該種逆止閥結構係利用將該袋體抽真办 後，外界壓力大於内部壓力’而將該逆止間被動： 合於該閥座内以達到氣密的效果。當該袋體故蜗二 受到擠M ’或是受到溫差變化所造成的熱漲冷缩、 都有可能造成該逆止閥反向作動，致使氣體重 入該袋體内而使得真空效果大打折扣，亦會 收納時的物品保存效果。 a J 是故’有鑑於上述缺失，本創作係提供 空愚縮袋之氣嘴結構’其具有一開關支架， 關支架並與-間片相結合而裝設於一底座後，‘利 ::閥片封閉該底座之一氣孔而達到氣密之功效， 並透過該開關支牟施登你，+ * 於亨“《 動將該閥片緊密夾設 效果，大幅提昇1 大幅提高其止漏的 W昇其氣推性。再者，該開關支架上並 昇有—防塵蓋，险·庙 具氣密的h 防水進入外，還能兼 密的功效，因而形成多重 品收納時的保存效果。 …功效’確保物 【新型内容】 本創作之—曰& 氣嘴結構，俾且“ 提供一種真空壓縮袋之 時的氣密* 密結構而能大幅提昇使用 納時的保存效果。 的機t而確保物品收 空壓縮袋之氣嘴1:’：在提供一種操作方便的真 件w用鎖緊—開關支架之動 4 M413660 作’而帶動一閥片迫緊一底座的一氣孔而達到氣密 之功效。 為達上述目的，本創作之真空壓縮袋之氟嘴結 構’設置於該真空壓縮袋之一面上，供以配合一抽 氣裝置進行排氣者’其包括：一底座，係設置於該 真空壓縮袋之内面’該底座係具有一第—面及一第 二面’且中央位置係具有連通該第一面及該第二面 的一氣孔，於該第一面對應該氣孔之外圍係設有一 第一連接管及一固定部；一開關支架，係設置於該 真空壓縮袋之外面’該開關支架二面分別凸設有一 第二連接管及一套管，該第二連接管係活動設於該 第連接管内，該開關支架之套管内係具有一隔 板，該隔板中心係具有一穿孔，且該穿孔的周圍係 "又有複數個通孔而與該氣孔形成連通；一閥片，其 中央凸设有一柱體而穿設於該穿孔内，該閥片係形 成懸吊於該開關支架之態樣；該開關支架係連同該 閥片一併開啟，該氣孔及該等通孔係形成連通而進 订排氣，該開關支架關閉時，該閥片係遮蔽該氣孔 而形成第一道氣密結構；及一防塵蓋，蓋設於該開 關支架之該套管上，以封閉該開關支架而形成第二 道氣密結構。 據而，本創作之該氣嘴結構係利用該閥片及該 防塵蓋所形成之二道氣密結構，大幅提昇該真空壓 縮衣抽真空後的氣密性而避免氣體進入，確保抽真 5 M413660 空收納時的保存效果並得以延長保存 者，本創作係採用懸吊式閥片結構，抽 吸附於該氣孔上而達到被動式氣密之功 利用該開關支架將該閥片密接於該氣孔 達到提昇主動式氣密效果之目的。 於一實施例中，該真空壓縮袋之氣 有一加壓墊圈，其設置於該真空壓縮袋 該固定部相對，確保該底座與該真空壓 效果且不易裂開。 其中，於該底座之該第二面更具 條，該等肋條之一端係連接於該第二面 並集中收束於該氣孔中心而形成複數個 肋條係凸出於該第二面之設置，亦可避 靠接於該氣孔而減損抽真空時的效果。 其中，為了方便該開關支架的操作 接管之内壁面係設有一螺紋部，該第二 壁面係設有一螺牙部以螺設於該第一連 得以將該開關支架螺設於該底座上，並 鬆該開關支架的方式而控制該閥片的啟 其中，為方便該閥片之組裝及組 性，該閥片之該柱體由剖面觀之係呈τ 而穿入該穿孔内不致脫落，且由於該閥 膠及矽膠其中之一者而製成，而具有可 特性。 的時間。再 真空時即會 效，進一步 之周圍，而 嘴結構更具 之外面且與 縮袋的密接 有複數個肋 上，另一端 氣門且該等 免物品直接 ，該第一連 連接管之外 接管内，而 以旋緊或懸 閉。 裝後之穩固 字形結構體 片係選自橡 變形的彈性 6 M413660 其中，為了方便操作，該開關支架係製成 狀結構體，且其外周緣係具有一止滑部， 长 ^孩止 °p係壓化結構或為複數個凸肋，而便於：肖鲁本 操作而不易滑脫。 、’費者進行 :實施方式】 為使貴審查委員能清楚了解本創作之内容，： 以下列說明搭配圖式，敬請參閱。 謹However, the check valve structure utilizes the bag body to be vacuumed, and the external pressure is greater than the internal pressure, and the backstop is passive: it is integrated into the valve seat to achieve airtightness. When the bag body is squeezed M' or is subjected to heat expansion and contraction caused by temperature difference change, it may cause the check valve to reversely act, causing gas to re-enter the bag body, so that the vacuum effect is greatly reduced. It will also preserve the effect of the items when they are stored. a J is the reason. In view of the above-mentioned shortcomings, this creation provides the air nozzle structure of the empty squash bag. It has a switch bracket, and the bracket is mounted on a base in combination with the slab. The valve piece closes the air hole of the base to achieve the airtight effect, and is applied to the switch through the switch. + * Yu Heng "" The valve is tightly sandwiched and the effect is greatly increased by 1 to greatly increase the leakage. W lifts its airpower. In addition, the switch bracket is equipped with a dust-proof cover. The fire and temple are airtight and waterproof, and the effect is also dense, thus forming a preservation effect when multiple products are stored. ...Efficacy's ensurement [new content] The creation of the 曰& nozzle structure, and "providing a gas-tight* dense structure when vacuum-compressing the bag can greatly enhance the preservation effect when using the nanometer. The machine t is to ensure that the goods are closed to the air bag of the compression bag 1: ': in the provision of a convenient operation of the real thing w with the lock - the movement of the switch bracket 4 M413660 'and drive a valve piece to force a hole in the base And achieve the effect of airtightness. In order to achieve the above object, the fluorine nozzle structure of the vacuum compression bag of the present invention is disposed on one surface of the vacuum compression bag for exhausting with an air extracting device, which includes: a base disposed on the vacuum compression The inner surface of the bag has a first surface and a second surface, and the central portion has an air hole communicating with the first surface and the second surface, and a first hole facing the air hole is provided with a hole a first connecting tube and a fixing portion; a switch bracket is disposed on the outer surface of the vacuum compression bag, wherein a second connecting tube and a sleeve are respectively protruded on two sides of the switch bracket, and the second connecting tube is arranged to be active In the first connecting pipe, the sleeve of the switch bracket has a partition, the center of the partition has a perforation, and the periphery of the perforation has a plurality of through holes to communicate with the air hole; a valve body is formed in the center of the through hole, and the valve piece is formed to be suspended from the switch bracket; the switch bracket is opened together with the valve piece, the air hole and the through hole Connected into Exhaust, when the switch bracket is closed, the valve plate shields the air hole to form a first airtight structure; and a dust cover is disposed on the sleeve of the switch bracket to close the switch bracket to form a first Two airtight structures. According to the present invention, the air nozzle structure of the present invention utilizes the two airtight structures formed by the valve piece and the dust cover to greatly improve the airtightness of the vacuum compression garment after vacuuming to avoid gas ingress, thereby ensuring the pumping 5 M413660 saves the storage effect and saves the storage. The creation system adopts a suspended valve structure, which is sucked and adsorbed on the air hole to achieve passive airtight function. The switch bracket is used to close the valve plate to the air hole. Improve the purpose of active airtightness. In one embodiment, the vacuum compression bag has a pressure washer disposed on the vacuum compression bag opposite the fixing portion to ensure the base and the vacuum pressure effect and is not easily cracked. Wherein the second side of the base is further stripe, one end of the ribs is connected to the second surface and concentratedly converged at the center of the air hole to form a plurality of ribs protruding from the second surface; It is also possible to avoid the effect of vacuuming when it is connected to the air hole. In order to facilitate the operation of the switch bracket, the inner wall surface of the switch bracket is provided with a threaded portion, and the second wall surface is provided with a threaded portion for screwing on the first joint to screw the switch bracket to the base, and The manner of loosening the switch bracket controls the opening of the valve piece. In order to facilitate the assembly and assembly of the valve piece, the cylinder of the valve piece is formed into a τ by a cross-sectional view and does not fall off, and It is made of one of the valve rubber and the silicone rubber, and has characteristics. time. When it is vacuumed, it will be effective, and further around it, and the mouth structure is more outer and has a plurality of ribs in close contact with the shrink bag, the other end of the valve and the articles are free, and the first connecting pipe is outside the pipe, and To tighten or suspend. The mounted stable structure is selected from the elastic deformation of the rubber 6 M413660. For the convenience of operation, the switch bracket is formed into a structure, and the outer periphery thereof has a non-slip portion, and the length is long. The pressing structure or a plurality of ribs is convenient for: the operation of the Schrour is not easy to slip. , 'Payment: Implementation 】 In order for your review board to clearly understand the content of this creation, please refer to the following description. Worry
請參閱第1、2、3圖，係為本創作較佳竇 見施例 的結構示意圖及其各面的立體分解圖。如圖中 示’本創作之真空壓縮袋之氣嘴結構1，設置於 真空壓縮袋2之一面上，供以配合一抽氣裝 、衣夏、圖 中未顯示）進行排氣者。該氣嘴結構1係包括—Please refer to Figures 1, 2 and 3 for a schematic diagram of the structure of the preferred embodiment of the sinus and an exploded view of each surface. As shown in the figure, the nozzle structure 1 of the vacuum compression bag of the present invention is disposed on one surface of the vacuum compression bag 2 to be exhausted in conjunction with an air suction device, clothing summer, and not shown in the drawings. The nozzle structure 1 includes -
座11、一開關支架12、一閥片13及一防塵蓋14 其中該底座11，係設置於該真空壓縮袋2之内 面’該底座11係具有一第一面111及一第二面112, 且中央位置係具有連通該第一面111及該第二面 11 2的一氣孔11 3 ’於該第一面111對應該氣孔丄丄3 之外圍係設有一第一連接管114及一固定部jig， 該固定部115係固設於該真空壓縮袋2之内面。再 者，於該底座11之該第二面112更具有複數個肋條 116，該等肋條116之一端係連接於該第二面112 上，另一端並集中收束於該氣孔113中心而形成複 數個氣門117’且該等肋條116係凸出於該第二面 11 2之設置，該等肋條11 6之主要功用係作為頂靠 7 物品’使物品不致完全封閉全部的氣門丨丨7，而在 各種情況下均能有助於抽真空之進行。另外，該第 一連接管114之内壁面係具有一螺紋部1141 該開關支架12之二面分別凸設有一第二連接管 121及一套管122’該第二連接管121係活動設於該 第一連接管114内，該開關支架12之套管122内係 具有一隔板123’該隔板123中心係具有一穿孔 124’且該穿孔124的周圍係設有複數個通孔125而 與該氣孔113形成連通。再者’為了有助於該底座 11及該開關支架12之組裝以及操作時之便利性， 該第二連接管1 21之外壁面係設有一螺牙部1211以 螺設於該第一連接管114 ’而得以將該開關支架】2 螺設於該底座11上。另外，該開關支架12並製成 圓％狀結構體’且其外周緣係具有一止滑部1 2 6， 且該止滑部12 6係為壓花結構或為複數個凸肋所構 成’用以增加摩擦力而在操作時不易滑脫。 該閥片13之中央係凸設有一柱體ι31而穿設於 該穿孔内’使β亥閥片13位於該底座11及該開關支 架12之間’且該閥片1 3係形成懸吊於該開關支架 12下方的態樣，並以旋緊或懸鬆該開關支架I?的 方式而控制該閥片1 3的啟閉；於操作時，該開關支 架12係可連動該閥片13作啟閉，該氣孔113及該 等通孔125係形成連通或不連通’而達到排氣或封 閉等功效。再者’該閥片13之該柱體ι31由剖面觀 之係呈τ字形結構體，穿入該穿孔124後而能形成 類似倒鉤的結構使之不致脫落，且由於該閥片係 選自橡膠及矽膠其中之一者而製成，具有可變形的 彈性特性而便於組裝。 該防塵蓋14而蓋設於該開關支架12之該套管 122上以達到封閉之功效。 e 另外，本創作之該氣嘴結構丨更具有一加壓墊 圈15係圓環狀結構，其設置於該真空壓縮袋2之外 面且與該固定部115相對，確保該底座丨丨與該真空 壓縮袋2之間的密接效果而不易裂開。 再請參閱第4、5圖，係為本創作較佳實施例操 作時的各種狀態示意圖。如圖中所示，本創作之該 乳嘴結構1在抽氣使用時，首先，必須將該防塵蓋 Η打開，並將該開關支架12懸開，使該閥片13隨 之上升而不會與該底座n密接，此時，該氣孔U3 係與該等通孔1 25相連通，接著再將該抽氣裝置3 設於該套管122上即可進行抽氣之工作。當抽氣完 畢後’係將該抽氣裝置3移開，並快速旋緊該開關 支架12’其中當該開關支架12被旋緊時，可帶動 該閥片1 3係遮蔽該氣孔丨丨3，且該闊片1 3係被緊 欲夾6又於該底座Π及該開關支架12之間而形成第 一道氣密結構，接著，再將該防塵蓋1 4蓋設於該開 關支架12之該套管122上，而形成第二道氣密結 構其多重氣达、結構更能有效防止氣體進入。 财413660 綜上，本創作之該氣嘴祛 及該防塵蓋U所形成之二、7構一1係利用該間片U 真空壓縮袋2抽 、虱在結構，大幅提昇該 接^ 真工後的氣密性而可避免拙直处 後’乳體再度進入或逸漏免抽真二 並得以延長保存的時間。再者此呆^保存效果 過該開關支架12，以势六 V軋嘴結構1並透 1!之上，、 、畨夾持該閥片13於該底座 達到主動式氣密的效果。 p t ’以上所述者，僅為本創作之較佳實施例而 ，並非用以限定本創作實施之範圍，其他如：真 空壓縮袋的材質、形狀或尺寸等，或是該底座、開 關支架及該閥片#之形狀、尺寸或材冑等轉變方 式，亦皆在本案的範疇之中；是故，該所屬技術領 域中具有通常知識者，或是熟悉此技術所作出等效 或輕易的變化者，在不脫離本創作之精神與範圍下 所作之均等變化與修飾，皆應涵蓋於本創作之專利 範圍内。 10 M413660 【圖式簡單說明】 第1圖，為本創作較佳實施例的結構示意圖。 第2圖，為本創作較佳實施例之一面的立體分解圖。 第3圖，為本創作較佳實施例另一面的立體分解圖。 第4圖，為本創作較佳實施例操作時的狀態示意圖 (一）。 第5圖，為本創作較佳實施例操作時的狀態示意圖 (二）。 【主要元件符號說明】 1 氣嘴結構 11 底座 111 第一面 112 第二面 113 氣孔 114 第一連接管 1141 螺紋部 115 固定部 116 肋條 117 氣門 12 開關支架 121 第二連接管 1211 螺牙部 122 套管 123 隔板 11 M413660 124 穿孔 125 通孔 126 止滑部 13 閥片 131 柱體 14 防塵盖 15 加壓墊圈 2 真空壓縮袋 3 抽氣裝置 12The base 11 has a first surface 111 and a second surface 112. The base 11 is disposed on the inner surface of the vacuum compression bag 2, and the base 11 has a first surface 111 and a second surface 112. And a central portion of the first surface 111 corresponding to the first surface 111 and the second surface 11 2 is provided with a first connecting tube 114 and a fixing portion on the outer surface of the first surface 111 corresponding to the air hole 丄丄3. Jig, the fixing portion 115 is fixed to the inner surface of the vacuum compression bag 2. Furthermore, the second surface 112 of the base 11 further has a plurality of ribs 116. One end of the ribs 116 is connected to the second surface 112, and the other end is concentrated and converged at the center of the air hole 113 to form a plurality of ribs 116. a valve 117' and the ribs 116 are protruded from the second face 11 2, and the main function of the ribs 116 is as a top-side item 7 so that the article does not completely close all of the valve 丨丨7, and In all cases, it can help the vacuuming. In addition, the inner wall surface of the first connecting tube 114 has a threaded portion 1141. The second connecting tube 121 and the sleeve 122 are respectively protruded from two sides of the switch bracket 12. In the first connecting tube 114, the sleeve 122 of the switch bracket 12 has a partition 123'. The center of the partition 123 has a through hole 124' and a plurality of through holes 125 are formed around the through hole 124. The air holes 113 form a communication. In addition, in order to facilitate the assembly and operation convenience of the base 11 and the switch bracket 12, a screw portion 1211 is disposed on the outer wall surface of the second connecting tube 1 21 to be screwed to the first connecting tube. 114' is able to screw the switch bracket 2 to the base 11. In addition, the switch bracket 12 is formed into a round-shaped structure body '' and its outer periphery has a non-slip portion 1 2 6 , and the anti-slip portion 12 6 is an embossed structure or a plurality of ribs. In order to increase friction, it is not easy to slip during operation. The center of the valve plate 13 is convexly disposed with a column body ι 31 and is disposed in the through hole to make the β-hai valve piece 13 between the base 11 and the switch bracket 12 and the valve piece 13 is suspended from the valve piece 13 The underside of the switch bracket 12 controls the opening and closing of the valve plate 13 by screwing or suspending the switch bracket I? In operation, the switch bracket 12 can interlock the valve 13 When opening and closing, the air holes 113 and the through holes 125 form a communication or a disconnection to achieve exhaust or sealing effects. Furthermore, the column body ι31 of the valve piece 13 has a τ-shaped structure from a cross-sectional view, and penetrates the perforation 124 to form a barb-like structure so as not to fall off, and since the valve piece is selected from Made of rubber and silicone, it has deformable elastic properties for easy assembly. The dust cover 14 is disposed on the sleeve 122 of the switch bracket 12 to achieve the function of sealing. In addition, the nozzle structure of the present invention further has a pressurizing washer 15 having an annular structure disposed on the outer surface of the vacuum compression bag 2 and opposed to the fixing portion 115 to ensure the base and the vacuum. The adhesive effect between the compression bags 2 is not easy to crack. Referring again to Figures 4 and 5, there are various schematic diagrams of the preferred embodiment of the present invention. As shown in the figure, when the nipple structure 1 of the present invention is used for pumping, first, the dust cover Η must be opened, and the switch bracket 12 is suspended, so that the valve piece 13 rises without In close contact with the base n, the air hole U3 is in communication with the through holes 125, and then the air extracting device 3 is placed on the sleeve 122 to perform the pumping operation. When the pumping is completed, the suction device 3 is removed, and the switch bracket 12' is quickly tightened. When the switch bracket 12 is tightened, the valve plate 13 can be driven to shield the air hole 丨丨3. And the wide strip 13 is formed between the base Π and the switch bracket 12 to form a first airtight structure, and then the dust cover 14 is further disposed on the switch bracket 12 The sleeve 122 is formed to form a second airtight structure, and the multiple gas is obtained, and the structure is more effective for preventing gas from entering. In summary, the second and seventh structures formed by the gas nozzle and the dust cover U of the present invention are drawn and smashed in the structure by the vacuum compression bag 2 of the interlayer U, and the connection is greatly improved. The airtightness prevents the breast from re-entering or leaking away from the sputum and prolonging the preservation time. In addition, the retention effect is saved by the switch holder 12, and the effect is achieved by the action of the valve piece 13 on the base to achieve an active airtight effect. Pt 'the above is only the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, such as: the material, shape or size of the vacuum compression bag, or the base, the switch bracket and The shape, size or material transformation of the valve piece # is also within the scope of the present case; therefore, it is common knowledge in the technical field or equivalent or easy change of the technology. Equivalent changes and modifications made without departing from the spirit and scope of this creation shall be covered by the scope of this creation. 10 M413660 [Simplified description of the drawings] Fig. 1 is a schematic structural view of a preferred embodiment of the present invention. Figure 2 is an exploded perspective view of one of the preferred embodiments of the present invention. Figure 3 is an exploded perspective view of the other side of the preferred embodiment of the present invention. Fig. 4 is a schematic view showing the state of the preferred embodiment of the present invention (1). Figure 5 is a schematic view showing the state of the preferred embodiment of the present invention (2). [Main component symbol description] 1 gas nozzle structure 11 base 111 first surface 112 second surface 113 air hole 114 first connecting pipe 1141 threaded portion 115 fixing portion 116 rib 117 valve 12 switch bracket 121 second connecting pipe 1211 screw portion 122 Bushing 123 Partition 11 M413660 124 Perforation 125 Through hole 126 Stopper 13 Valve 131 Pillar 14 Dust cover 15 Pressurized washer 2 Vacuum compression bag 3 Suction device 12