201130719 六、發明說明： 【發明所屬之技術領域】 本發明為提供一種真空吊床式防震套，尤其是指 一種可達到避震與防撞之包裝套。 【先前技術】 按’傳統用於緩衝包裝物品之方式，多以一塑膠 Φ 片上突設複數個凸起小氣囊，將此一塑膠膜片包覆於 物品外周而達到吸震緩衝作用，但小氣囊的吸震能力 有限，對於較大的震動或衝擊負荷便無法達到緩衝吸 震的效果，因此便發展出一種以氣體包裝袋作為包覆 用之緩衝材，雖氣體包裝袋以氣體作為物品緩衝之媒 介，依此提供物品緩衝保護之用，然而，物品在搬運 的過程不免產生晃動或碰撞，因此以聚乙婦（P E ) φ 材料製成之氣體包裝袋容易受到包裝物品尖利的銳角 或五金接角所刺破’一但出現小破洞，氣體包裝袋内 之氣體即會洩出’容易造成包裝物損壞或刮傷。 故’上述問題’將是在此領域技術者所欲解決之 困難所在。 【發明内容】 故’創作人有鑒於上述先前技術所述之不足，提 出一種可達到避震與防撞之包裝套，其主要具有下列 201130719 目的。 本發明之第-目的在於：主要是將一内膜之開口 邊緣接設於第-緩衝壁與第三緩衝壁之延伸邊，並使 内膜置於由第一緩衝壁、第二緩衝壁與第三緩衝壁所 形成之容置空間内’在包襞物放入内膜後，藉由外部 設備對内膜進行抽真空，使㈣完整包覆該包裝物， 以及透過第一緩衝壁、第二緩衝壁與第三緩衝壁之緩 衝保護下，以達到提高防震效果之目的。 【實施方式】 為了達成上述各項目的以及功效，於此謹搭配圖 式，舉一較佳實施例，俾便在此領域中具通常知識者 能夠就各項目的據以實施。 首先，請參閱第一圆之立體外觀圖、第二圖之立 體分解圖、第三圖之局部示意圖以及第四圖、第五圖、 第六圆與第七圖之較佳實施例圖，圖中清楚指出防 震套1主要包括有： 一第一緩衝壁2 1，由複數熱封邊2〇所形成之 複數氣柱組成，其一側並設有延伸邊2 5 ; 一第二緩衝壁2 2，由複數熱封邊2 〇所形成之 複數氣柱組成； 一第三緩衝壁2 3，由複數熱封邊2 〇所形成之 複數氣柱組成，其一側並設有延伸邊2 5 ; 201130719 一容置空間24，由第一緩衝壁2 1、第二緩衝 壁與2 2第三緩衝壁2 3所形成； 一内膜3，為一袋形型態，為可繞性之PE、p E複合膜或塑膠片材之材料所製成，並以開口邊緣3 1接設於第一緩衝壁2 1與第三緩衝壁2 3之延伸邊 25，使内膜3懸吊於容置空間24内； 防震套1的使用’主要是先將包裝物4放入内膜 • 3内部後’藉由外部設備將内膜3内之空氣抽出，使 内膜3内成為真空狀態並且完全包覆住包裝物4，最 後再將第一緩衝壁2 1與第三緩衝壁2 3之延伸邊2 5 ’以及内膜3之開口邊緣3 1—併透過熱封方式密 合’使内膜3維持真空狀態’藉此，包裝物4在運送 的過程當中，除了可受到内膜3之包覆外，另可受到 第一緩衝壁2 1、第二緩衝壁2 2與第三緩衝壁2 3 鲁之包覆，在雙重的保護下可有效達到防震之效果； 其中，内膜3之所以僅由開口邊緣3 1接設於第 一緩衝壁2 1與第三緩衝壁2 3之延伸邊2 5，其他 部分並無與第一緩衝壁2 1、第二緩衝壁2 2或第三 緩衝壁2 3任何一者之氣柱連接，而形成一吊床之型 態，因此内膜3在抽真空收縮並包覆住包裝物4時， 僅只會改變内膜3本身的型態，而不會拉扯到第一緩 衝壁2 1、第二緩衝壁2 2或第三緩衝壁2 3，除了 201130719 使氣柱皆能保持原本之形體外’也不會因拉扯而造成 氣柱破損，進而導致降低防震之效果； 另外，内膜3的設置除了可增加另一道包覆效果 之保護之外，主要是若防震套i僅只有由第一緩衝壁 2 1、第二緩衝壁2 2與第三緩衝壁2 3所形成之容 置空間24，包裝物4置於容置空間24内後，由於 包裝物4的尺寸並無法完全契合放置於容置空間2 4 的大小，因此包裝物4會在運送過程當中受到外力而 晃動’並撞擊到第一緩衝壁2 i、第二緩衝壁2 2與 第三緩衝壁23，若運送的包裝物4是較精密的儀器 或不可改變上下位置的物體，則會因此晃動與撞擊而 造成損壞，而内膜3的設置主要是在内膜抽真空後， 將包襞物4完整的包覆住並使包裝物4置於固定的位 置上5使包裝物4的晃動與位移改變情況降至最低， 並由第一緩衝壁2 1、第二緩衝壁2 2與第三緩衝壁 2 3吸收外界的撞擊與震動，使包裝物4在運送的過 程當中經由防震的效果維持包裝物4的完整，再者， 若包裝物4本身有銳角，經由内膜3的包覆使銳角不 會刺破緩衝壁，解決防震套1被刺穿漏氣的問題。 綜合上述’以上為本發明之一較佳實施例，非因 此即拘限本發明之專利範園，本案專利範園仍應以後 附之專利申請範圍所定義為準。 201130719 【圖式簡單說明】 第一圖係為本發明之立體外觀圖。 第二圖係為本發明之立體分解圖。 第三圖係為本發明之局部示意圖。 第四圖係為本發明之較佳實施例圖一。 第五圖係為本發明之較佳實施例圖二。 第六圖係為本發明之較佳實施例圖三。 φ 第七圖係為本發明之較佳實施例圖四。 【主要元件符號說明】 防震套.....1 熱封邊.....2 0 第一缓衝壁· _ · 2 1 第二緩衝壁· · · 2 2 • 第三緩衝壁· · · 2 3 容置空間· · · · 2 4 延伸邊.....25 内膜......3 開口邊緣 包裝物· 4201130719 VI. Description of the Invention: [Technical Field] The present invention provides a vacuum hammock type shockproof cover, and more particularly to a package that can achieve shock and collision avoidance. [Prior Art] According to the traditional method of buffering packaged articles, a plurality of raised small airbags are protruded on a plastic Φ sheet, and a plastic film is wrapped around the outer periphery of the article to achieve shock absorption buffering, but the small airbag The shock absorption capacity is limited, and the buffer shock absorption effect cannot be achieved for a large shock or impact load. Therefore, a cushioning material for coating a gas bag is developed, although the gas packaging bag uses gas as a medium for buffering the article. In this way, the cushioning protection of the articles is provided. However, the articles are inevitably shaken or collided during the handling process, so the gas packaging bags made of Polyethylene (PE) φ material are easily subjected to sharp sharp angles or hardware joints of the packaged articles. Puncture 'With a small hole, the gas in the gas bag will leak out' easily causing damage or scratching of the package. Therefore, the above-mentioned problems will be the difficulties that the technicians in this field want to solve. SUMMARY OF THE INVENTION Therefore, the creator has proposed a package that can achieve shock and collision avoidance in view of the above-mentioned deficiencies of the prior art, and has the following objects mainly for the purpose of 201130719. The first object of the present invention is to connect the opening edge of an inner membrane to the extending edges of the first buffer wall and the third buffer wall, and to place the inner membrane on the first buffer wall and the second buffer wall. In the accommodating space formed by the third buffer wall, after the bag is placed in the inner film, the inner film is evacuated by an external device, so that (4) the package is completely covered, and the first buffer wall is passed through The buffer wall of the second buffer wall and the third buffer wall are protected to improve the anti-vibration effect. [Embodiment] In order to achieve the above objects and effects, a preferred embodiment will be described in conjunction with the drawings, and those skilled in the art can implement the present invention. First, please refer to the perspective view of the first circle, the exploded view of the second figure, the partial view of the third figure, and the preferred embodiment of the fourth, fifth, sixth and seventh figures. It is clearly pointed out that the shockproof sleeve 1 mainly comprises: a first buffer wall 2 1 composed of a plurality of air columns formed by a plurality of heat sealing edges 2 , one side of which is provided with an extending edge 2 5 ; a second buffer wall 2 2, consisting of a plurality of air columns formed by a plurality of heat sealing edges 2; a third buffer wall 23, composed of a plurality of air columns formed by a plurality of heat sealing edges 2, and having an extending edge on one side thereof 201130719 A accommodating space 24 is formed by a first buffer wall 2 1 , a second buffer wall and a 2 2 third buffer wall 23; an inner membrane 3 is a bag-shaped type, which is a recyclable PE The material of the p E composite film or the plastic sheet is connected to the extending edge 25 of the first buffer wall 21 and the third buffer wall 23 by the opening edge 31, so that the inner film 3 is suspended. The space inside the space 24; the use of the shockproof sleeve 1 'mainly puts the package 4 into the inner membrane · 3 inside and then 'takes the air inside the inner membrane 3 by external equipment The inside of the inner membrane 3 is made into a vacuum state and completely covers the package 4, and finally the extension side 2 5 ' of the first buffer wall 21 and the third buffer wall 23 and the opening edge 3 1 of the inner membrane 3 are merged. By the heat sealing method, the inner membrane 3 is maintained in a vacuum state by the heat sealing method, whereby the package 4 can be subjected to the coating of the inner membrane 3 during the transportation, and can be subjected to the first buffer wall 2 1 and the second. The buffer wall 2 2 and the third buffer wall 23 are completely covered, and the shockproof effect can be effectively achieved under the double protection; wherein the inner film 3 is connected to the first buffer wall 2 only by the opening edge 3 1 And the extension edge 25 of the third buffer wall 23, the other portion is not connected to the air column of any one of the first buffer wall 2 1 , the second buffer wall 2 2 or the third buffer wall 2 3 to form a hammock Therefore, when the inner membrane 3 contracts under vacuum and covers the package 4, only the shape of the inner membrane 3 itself is changed, and the first buffer wall 2 1 and the second buffer wall 2 2 are not pulled. Or the third buffer wall 23, except for 201130719, so that the air column can maintain the original shape of the body, and the air column will not be damaged due to the pulling. In addition, the effect of the anti-shock is reduced; in addition, the setting of the inner membrane 3 is not only the protection of the other coating effect, but mainly if the anti-vibration sleeve i only has only the first buffer wall 2 1 and the second buffer wall 2 2 And the accommodating space 24 formed by the third buffer wall 23, after the package 4 is placed in the accommodating space 24, since the size of the package 4 cannot fully fit the size of the accommodating space 24, the package 4 will be shaken by external force during the transportation process' and hit the first buffer wall 2 i, the second buffer wall 2 2 and the third buffer wall 23, if the packaged package 4 is a more sophisticated instrument or can not change the up and down position The object will be damaged by shaking and impact, and the inner membrane 3 is mainly disposed after the inner membrane is evacuated, the covering 4 is completely covered and the package 4 is placed in a fixed position. The swaying and displacement change of the package 4 is minimized, and the first buffer wall 2 1 , the second buffer wall 22 and the third buffer wall 23 absorb external impact and vibration, so that the package 4 is transported. Maintaining the wrapper 4 through the effect of shockproof during the process In addition, if the package 4 itself has an acute angle, the coating of the inner film 3 prevents the acute angle from puncturing the buffer wall, thereby solving the problem that the shockproof sleeve 1 is pierced and leaked. The above is a preferred embodiment of the present invention, and the patent garden of the present invention is not limited thereby. The patent garden of this case is still subject to the definition of the patent application scope attached hereinafter. 201130719 [Simple description of the drawings] The first figure is a three-dimensional appearance of the present invention. The second figure is a perspective exploded view of the present invention. The third figure is a partial schematic view of the present invention. The fourth figure is a first embodiment of the present invention. The fifth drawing is a second embodiment of the preferred embodiment of the invention. Figure 6 is a third embodiment of the preferred embodiment of the present invention. VII The seventh figure is a fourth embodiment of the preferred embodiment of the present invention. [Description of main component symbols] Shockproof sleeve.....1 Heat sealing edge.....2 0 First buffer wall · _ · 2 1 Second buffer wall · · · 2 2 • Third buffer wall · · · 2 3 accommodating space · · · · 2 4 extended edge .....25 inner film...3 open edge wrapper · 4