200951034 六、發明說明： 【發明所屬之技術領域】 本發明係關於-種密封箱之密封包裝裳置 構可防止流體（液體或氣體）洩漏》 '将殊結 【先前技術】 如圖1所示，一般的密封箱係包括：—办 上側為開放狀‘態；一容器蓋2,其打開/閉合該容 其 10 15 以及-固定凸緣3’其固定該容器蓋2以封閉該容器主體^之 開放側。 容器主體1通常具有矩形的盒狀外型，且内部具有一广 存空間。同時，於容器主體丨開放側的四個側面^了化上^ 形成有固定突出物4’換言之，複數個固定突出物4係形成 在容器主體1側面la，lb之外周緣上。一用於嵌置一密封件 之密封凹槽（圖中未示）係沿著容器蓋2底部邊緣形成，使容 器主體1之開放側邊緣可插置在密封凹槽中並擠壓該密封 件。再者，固定凸緣3係與該容器蓋2四邊一體成形並可向 外旋轉（如圖1中箭頭方向），且每一固定凸緣3具有對應於固 定突出物4之固定孔5。 因此’當要存放物品時，使用者可將物品擺放在容器 主體1之貯存空間，再用容器蓋2覆蓋容器主體丨，而後將容 器蓋2之固定凸緣3向下壓，以使容器主體1側面ia, lb上之 固定突出物4彈性的卡在固定孔5中，而使容器蓋2可完全扣 緊。 20 200951034 然而’對於大尺寸之密封箱而言，密封件與容器主體 的接觸區域較大，所以在密封箱密合時，因較大的反作用 力而導致接觸區域未充分擠壓。因此，會發生容器蓋變形 且在運輸過程中因搖晃而造成流體（液體或氣體）洩漏等問 5 題。 再者，對於大尺寸之密封箱而言，容器蓋之固定凸緣 間的間距較大，故當以固定凸緣卡合容器蓋時，因密封箱 本身彎曲及槓桿原理’導致容器蓋中央部份向上膨脹。因 此，會導致容器蓋之固定凸緣間區域局部打開的問題，而 10 導致密封性不佳。 丹有 15 ❿ 八尺可夂费封箱而言，當透過改變容器蓋 本身外型（如彎曲、扭轉等）及密封件本身重量以裝設或拆知 谷器蓋時’容易導致密封件常常脫落的問題 封件位置變更時容易引發許多 矸多問題’如密封件彈性疲乏且 變形、抽面積不均勻的減少、雜質可能會 封件之密封凹射、耐久性裂 在嵌置密 降低。 …裂化、且容器蓋打開/閉合效率 【發明内容】 大尺寸之密封 之密封包裝裝 从，此’為了克服上述問題，特别是針到 I本發明之主要目的係在提供—種密封箱 置，以防止流體洩漏。 可相 20 5 10 15 200951034 本發明之另一目的係在提供一種可防止流體洩漏… 封箱之密封包裝裝置，特別是一種大尺寸之密封箱 防止密封件脫離並可輕易的打開/閉合容器蓋。 、可 本發明之密封箱之密封包裝裝置，包括：―容器主 其上側為開放狀態；一容器蓋，其打開/閉合容器主體r 及複數固定凸緣，其形成在容器蓋之邊緣側邊以固二= 器蓋而封閉容器主體之開放側。其中，—密封凹槽係：： 在容器蓋之底部邊緣，一密封件係嵌置在密封凹槽中以> 封容器主體，以及-突出物係形成在容器主體之邊 緣，並與密封件接觸以提升密封性。 瓊 -局部加強件係形成在兩相鄰固定凸緣間之密封 中，該局部加強件係朝著密封凹槽内部方向加厚， 凹槽之剖面為一梯形’以防止容器蓋變形且提升密封性。 —局部側邊加強件係形成在兩相鄰固定凸緣間之密封 凹槽之-側上，以增加密封趙之穩定性。 封 箱而Ϊ發：之密封箱之密封包裝裝置，對於大尺寸之密封 〇 、可防止流體洩漏及密封件脫離，並提升容5|蓋 打開旧合之操作性。 離亚㈣谷器羞 【實施方式】 於本實施1請參閱圖式以詳細說明本發明較佳實施例。 於本實施例中，係以矩形密封箱為例。 圖2係本發明之密封 容器主玎相邛刀不意圖，而圖3係圖2所示之 谷窃主體及容|§蓋之密未 在封刀蛘細剖面圖。如圖中所示， 20 200951034 透過將上侧為開放之容器主體110與可打開/閉合容器主體 110之容器蓋120結合，可緊密組裝一密封箱丨〇〇,其中，一 密封件130係裝設在容器主體11〇與容器蓋12〇間。圖3所未 顯示之固定凸緣、固定突出物、及把手將詳細描述於後。 5 容器主體110内部具有一貯存空間。沿著容器主體11〇 上側周圍係形成有一邊緣lu，且此邊緣ln係與密封件13〇 底部接觸。此外，一突出物llla係形成在整個邊緣m，以 增加密封性；複數固定突出物112係以一預定間隔形成在側 壁之外側上，以固定固定凸緣（如下所述且把手（圖4之113) 10亦形成在側壁之外側上，以讓使用者可輕易的拿取容器主 體 110。 在容器蓋120中，當形成一彎曲凸緣ρ時，沿著底部邊 緣係形成一可讓密封件130嵌置其中之密封凹槽121 ;且複 數固定凸緣122係以一預定間隔形成在彎曲凸緣F之外側， 15其中固定凸緣122具有可安裝固定凸出物112之固定孔 122a。 ® 密封件130具有矩形剖面’且内部具有一空間S以使密 封件130可輕易變形。 圖4係容器主體11〇之平面圖，而圖5係為詳細顯示容器 20 主體之邊緣111之剖面示意圖。如圖中所示，突出物uia 係形成在邊緣111之上側中央，且寬約0 8 mm，高約〇 5 mm，以藉由將突出物Ula從其底部嵌埋在密封件中以增加 密封性。即使密封箱在運輸過程中搖晃，突出物111&仍可 有效防止間距產生，且可減少打開/閉合容器蓋12〇之作用 7 200951034 力。因此，可提升操作性，維持容器主體側面剛性，增加 耐久性，且增加與密封件130之接觸作用力，因而提升密封 安全性。 以每兩個固定突出物112做為一組，而於容器本體之每 5 一側面上係形成兩組固定突出物112,故共形成八組固定突 出物。此外，於密封箱之每一長邊係形成有把手113，以有 利於使用者拿取。 圖6係顯示容器主體11〇上側覆蓋有容器蓋12〇之平面 圖。容器蓋120之每一側均形成有兩固定凸緣122 ;換言之， 10 容器蓋共設置有八個固定凸緣122,且每一固定凸緣122具 有兩個固定孔122a，而一組固定突出物112係安裝在固定凸 緣122之兩個固定孔122a中。 如圖3所示’ 一局部加強件121a(如圖3之虛線所示）係 形成在於兩相鄰固定凸緣i 22間之密封凹槽12ι中（如圖6中 15 A所示）。再者’局部加強件121 a係朝著密封凹槽121内部方 向加厚，因此，密封凹槽之剖面呈現一梯形，以防止容器 蓋變形且提升密封性。局部加強件丨21 a可增加容器蓋12〇彎 曲凸緣F之厚度，故於容器蓋之兩相鄰固定凸緣122間之區 段（A)不會有間隙產生，而可維持其密封性。 20 圖7係容器蓋120底部之下視圖，而圖8係圖7固定凸緣 122間區段（A)之示意圖。如圖中所示，局部側邊加強件121b 係形成在兩相鄰固定凸緣122間之區段（A)之密封凹槽121 中，以提升密封體穩定性》局部側邊加強件1211>可更形成 200951034 在局部加強件121a之部分區域上。局部側邊加強件i2ib可 形成在密封凹槽121之兩侧。 5 ❹ 10 15 ❹ 20 由於局部側邊加強件121b可維持密封箱之穩定性，而 無須減少密封體中密封件之設置，故可有效防止密封件脫 離、因密封體彈性疲乏或變形所導致剖面面積不均勻減 少、雜質沾黏在我置密封件之密封凹槽中、以及容器蓋不 易打開/閉合。 將容器蓋120從容器主趙11〇上裝設/拆卸之方法，係與 本技術領域所知之方法相同，故不在贅述。 上述實施例僅係為了方便說明而舉例而已，本發明所 主張之權利範圍自應以申請專利範圍所述為準，而非僅限 於上述實施例。 【圖式簡單說明】 本發明之上述及其他的特徵及優點，可參考說明書所 描述之較佳實施例，並同時參照下列圖式而可更加清楚了 圖1係一般的密封箱之示意圖。 圖2係本發明之密封箱之部分示意圖。 係圖2所示之容器主體及容器蓋之密封部分詳細剖面 圖4係本發明之密封箱之容器主體之平面圖。 圖5係為詳細顯示圖4所示之容器主 圖6係本發明之办毋+祕 ^ 面不意圖 货月之奋器主體上側覆蓋有容器蓋之 9 200951034 圖7係本發明之容器蓋底部之下視圖。 圖8係圖7固定凸緣間區段之示意圖。 【主要元件符號說明】 1 容器主體 la, lb 侧面 100 密封箱 110 容器主體 111 邊緣 111a 突出物 112 固定突出物 113 把手 120 容器蓋 121 密封凹槽 121a 局部加強件 121b 局部側邊加強件 122 固定凸緣 122a 固定孔 130 密封件 2 容器蓋 3 固定凸緣 4 固定突出物 5 固定孔 A 區段 F 彎曲凸緣 S 空間200951034 VI. Description of the Invention: [Technical Field] The present invention relates to a sealed package of a sealed box that prevents leakage of a fluid (liquid or gas). [Prior Art] As shown in FIG. The general sealed box includes: a state in which the upper side is open; a container lid 2 which opens/closes the container 10 15 and a fixing flange 3' which fixes the container lid 2 to close the container body ^ The open side. The container body 1 usually has a rectangular box-like shape and has a storage space inside. At the same time, the four sides of the open side of the container body are formed with a fixing projection 4'. In other words, a plurality of fixing projections 4 are formed on the outer periphery of the side faces la, lb of the container body 1. A sealing groove (not shown) for embedding a sealing member is formed along the bottom edge of the container cover 2 such that the open side edge of the container body 1 can be inserted into the sealing groove and the sealing member is pressed . Further, the fixing flange 3 is integrally formed with the four sides of the container cover 2 and is rotatable outward (in the direction of the arrow in Fig. 1), and each of the fixing flanges 3 has a fixing hole 5 corresponding to the fixing projection 4. Therefore, when the item is to be stored, the user can place the item in the storage space of the container body 1, and then cover the container body with the container cover 2, and then press the fixing flange 3 of the container cover 2 downward to make the container The fixing protrusions 4 on the side faces ia, lb of the main body 1 are elastically caught in the fixing holes 5, so that the container cover 2 can be fully fastened. 20 200951034 However, for a large-sized sealed box, the contact area of the seal with the container body is large, so that when the sealed box is closed, the contact area is not sufficiently pressed due to a large reaction force. Therefore, there is a problem that the container cover is deformed and fluid (liquid or gas) is leaked due to shaking during transportation. Furthermore, for a large-sized sealed box, the spacing between the fixing flanges of the container lid is large, so when the container lid is engaged with the fixing flange, the central portion of the container lid is caused by the bending of the sealing box itself and the principle of the lever The part expands upwards. Therefore, there is a problem that the area between the fixing flanges of the container lid is partially opened, and 10 causes poor sealing. Dan has 15 八 eight feet for sealing. When changing the shape of the container cover itself (such as bending, twisting, etc.) and the weight of the seal itself to install or disassemble the lid, it is easy to cause seals often The problem of falling off is likely to cause many problems when the position of the seal is changed. For example, the elasticity of the seal is tired and deformed, the unevenness of the pumping area is reduced, the impurities may seal and the seal of the seal, and the durability crack is reduced in the embedding density. ...cracking, and container lid opening/closing efficiency [Summary of the Invention] Large-size sealed sealed package is installed, in order to overcome the above problems, in particular, the main purpose of the invention is to provide a sealed box, To prevent fluid leakage. Phase 20 5 10 15 200951034 Another object of the present invention is to provide a sealed packaging device capable of preventing fluid leakage... sealing, in particular, a large-sized sealing box prevents the sealing member from coming off and can easily open/close the container cover . The sealed packaging device of the sealed box of the present invention comprises: a container main body having an open state on the upper side thereof; a container cover opening/closing the container main body r and a plurality of fixing flanges formed on the side edges of the container cover The solid cover = the lid and closes the open side of the container body. Wherein, the sealing groove is: at the bottom edge of the container lid, a sealing member is embedded in the sealing groove to > seal the container body, and - the protruding body is formed at the edge of the container body, and the sealing member Contact to improve sealing. The Joan-local reinforcing member is formed in a seal between two adjacent fixing flanges, the local reinforcing member is thickened toward the inside of the sealing groove, and the groove has a trapezoidal cross section to prevent the container cover from being deformed and lifting the seal. Sex. - A partial side stiffener is formed on the side of the seal groove between two adjacent fixed flanges to increase the stability of the seal. Sealing and squeezing: The sealed packing device of the sealed box, for large-size sealing 〇, can prevent fluid leakage and detachment of the seal, and enhance the operability of opening the old joint. The invention is described in detail with reference to the drawings to explain the preferred embodiments of the invention. In the present embodiment, a rectangular sealed box is taken as an example. Fig. 2 is a schematic view of the main 玎 邛 密封 of the sealed container of the present invention, and Fig. 3 is a close-up view of the tamper main body and the sealing material shown in Fig. 2 in the sealing knives. As shown in the figure, 20 200951034, by combining the open container body 110 on the upper side with the container cover 120 of the container body 110 that can open/close, a sealed box can be tightly assembled, wherein a sealing member 130 is attached. It is disposed between the container body 11A and the container lid 12b. The fixing flanges, fixing projections, and handles not shown in Fig. 3 will be described in detail later. 5 The container body 110 has a storage space inside. An edge lu is formed around the upper side of the container body 11 ,, and this edge ln is in contact with the bottom of the sealing member 13〇. Further, a protrusion llla is formed over the entire edge m to increase the sealing property; a plurality of fixing protrusions 112 are formed on the outer side of the side wall at a predetermined interval to fix the fixing flange (as described below and the handle (Fig. 4 113) 10 is also formed on the outer side of the side wall so that the user can easily take the container body 110. In the container cover 120, when a curved flange ρ is formed, an allowable seal is formed along the bottom edge The sealing groove 121 is embedded therein; and the plurality of fixing flanges 122 are formed on the outer side of the curved flange F at a predetermined interval, wherein the fixing flange 122 has a fixing hole 122a to which the fixing protrusion 112 can be mounted. The seal member 130 has a rectangular cross section 'and has a space S inside to allow the seal member 130 to be easily deformed. Fig. 4 is a plan view of the container body 11b, and Fig. 5 is a schematic cross-sectional view showing the edge 111 of the body of the container 20 in detail. As shown in the figure, the protrusion uia is formed at the center of the upper side of the edge 111, and has a width of about 0.8 mm and a height of about 5 mm to increase the sealing property by embedding the protrusion Ula from the bottom thereof in the sealing member. Even sealed The box is shaken during transportation, and the protrusions 111& can still effectively prevent the gap from being generated, and can reduce the force of opening/closing the container lid 12 2009. Therefore, the operability can be improved, the rigidity of the side of the container body can be maintained, and the durability can be increased. And increasing the contact force with the sealing member 130, thereby improving the sealing safety. Each of the two fixed protrusions 112 is formed as a group, and two sets of fixing protrusions 112 are formed on each of the five sides of the container body, Therefore, a total of eight sets of fixing protrusions are formed. Further, a handle 113 is formed on each of the long sides of the sealed box to facilitate the user to take it. Fig. 6 is a plan view showing the upper side of the container body 11 covered with the container lid 12 Each of the sides of the container cover 120 is formed with two fixing flanges 122; in other words, 10 container covers are provided with eight fixing flanges 122, and each fixing flange 122 has two fixing holes 122a, and one set is fixed. The protrusions 112 are mounted in the two fixing holes 122a of the fixing flange 122. As shown in Fig. 3, a partial reinforcing member 121a (shown by a broken line in Fig. 3) is formed between two adjacent fixing flanges i22. Seal In the groove 12i (as shown by 15A in Fig. 6), the 'local reinforcing member 121a is thickened toward the inside of the sealing groove 121, so that the cross section of the sealing groove has a trapezoidal shape to prevent deformation of the container cover. And the sealing property is improved. The partial reinforcing member 21a can increase the thickness of the container cover 12 and the curved flange F, so that no gap is generated in the section (A) between the two adjacent fixing flanges 122 of the container cover, and The sealing can be maintained. 20 Figure 7 is a bottom view of the bottom of the container lid 120, and Figure 8 is a schematic view of the section (A) between the fixing flanges 122 of Figure 7. As shown in the figure, the partial side reinforcing members 121b are Formed in the sealing groove 121 of the section (A) between the two adjacent fixing flanges 122 to improve the stability of the sealing body, the partial side reinforcing member 1211 can be further formed on a partial region of the partial reinforcing member 121a. . The partial side reinforcing members i2ib may be formed on both sides of the sealing groove 121. 5 ❹ 10 15 ❹ 20 Since the partial side reinforcement 121b can maintain the stability of the sealed box without reducing the arrangement of the seals in the seal, it can effectively prevent the seal from coming off, and the profile is caused by the elastic fatigue or deformation of the seal. The area is unevenly reduced, the impurities are stuck in the sealing groove of the seal, and the container cover is not easy to open/close. The method of attaching/detaching the container lid 120 from the container main body 11 is the same as that known in the art, and therefore will not be described. The above-described embodiments are merely examples for the convenience of the description, and the scope of the claims is intended to be limited by the scope of the claims. BRIEF DESCRIPTION OF THE DRAWINGS The above and other features and advantages of the present invention will become more apparent from the description of the preferred embodiments illustrated in the specification. Figure 2 is a partial schematic view of the sealed box of the present invention. Fig. 2 is a plan view showing the sealing portion of the container body and the container lid shown in Fig. 2. Fig. 4 is a plan view showing the container body of the sealed box of the present invention. Figure 5 is a detail showing the container shown in Figure 4. Figure 6 is a top view of the present invention. The upper side of the body is covered with a container lid. 200951034 Figure 7 is the bottom of the container lid of the present invention. Below view. Figure 8 is a schematic view of the inter-flange section of Figure 7. [Main component symbol description] 1 container main body la, lb side 100 sealing case 110 container main body 111 edge 111a protrusion 112 fixing protrusion 113 handle 120 container cover 121 sealing groove 121a partial reinforcing member 121b partial side reinforcing member 122 fixing convex Edge 122a fixing hole 130 seal 2 container cover 3 fixing flange 4 fixing protrusion 5 fixing hole A section F curved flange S space
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