M356696 八、新型說明： 【新型所屬之技術領域】 本創作係在提供一種有關吸塑成形之食品容器結構， 主要是應用在泡麵的包裝技術上。 【先前技術】 目前的碗裝泡麵是採用塑料製成的盒子，盒子的盒體 是單層的，而對於泡麵而言，在食用泡麵前，需將各種配 料放入盒體中，再向盒體中加入熱水，將泡麵泡開後再食 • 用，泡麵的過程實際上是一個保溫的過程，而只有單層材 料製成的盒體其保溫性能差，盒體沒有保溫功能，熱水的 熱量容易散失掉’另外，由於盒體會導熱，在加入熱水後 ’盒體的溫度升高，盒體變得十分衫，㈣使用者造成 燙傷，給使用者帶來困擾。 另外’單層材料製成的盒體其結構強度差，盒體柔軟 無力，在加入熱水後，盒體的強度變得更差，對於使用者 而言，泡麵的盒體既烫手，又不好端拿，因此，使用者在 ® 端拿泡麵的盒體時，都需十分小心和謹慎。 騎周知’加大壁夠加強讀_度，為使盒體 具有足_，盒_壁厚必須加财夠大，而加大壁 厚則會使盒_縣升高；蚁，加大並不能從根本 上解決盒體的強度問題，而且在實際市場環境，消費者、 泡麵製造商和市娜要錢躺偷不騎高，因此，泡 麵盒體的結構強度仍有待加強，為其既存尚待尋求克服與 解決的間題與缺失。 ' M356696 【新型内容】 有鑑於此’本創作人緣是積極投入研究開發與創新改 良之精神，終於完成之本創作，係在提供一種吸塑成形之 食品容器結構。 新型解決問題所應用的技術手段以及對照先前技術的 功效係在於：盒體由内層面板、外層面板和中間連接體構 成，内層面板和外層面板形成一個夾層空間，該夾層空間 内設有呈交錯排列的中間連接體，中間連接體為柱狀或錐 狀的空心薄壁體，中間連接體連接内層面板和外層面板， 使板材的中間形成一種空間的立體結構，再利用吸塑成型 吸塑為立體的食品包裝容器，盒體的夾層空間構成一個阻 熱層，熱量難以通過夹層空間傳導到盒體的外層面板，更 無法向外傳導出去，因此，盒體具有良好的保溫性能，同 時，由於熱水的熱量不會傳導到盒體的外層面板，盒體的 外層面板仍保持很低的溫度’盒體不會爱手；另外，盒體 的結構強度大，重量輕，成本低廉，具有功效上的增進， 為其主要目的達成者。 【實施方式】 紐專精熟悉此徽藝之人仕業者易於深入瞭解本創 作的構造内容以及所能達成的功能效益，茲列舉一具體實 施例，並配合圖式詳細介紹說明如下： 一種吸塑成形之食品容器結構，敬請參閱第一圖所示 :係本創作應用於碗裝泡麵的示意圖。與第二、三圖所示 :係本創作實施例一的結構示意圖及平面與斷面示意圖。 M356696 盒體由内層面板1、外層面板2和中間連接體3構成，内 層面板1和外層面板2形成一個夾層空間，該夾層空間内 設有中間連接體3，中間連接體3的橫向截面積的大小有 至少兩種規格，橫向載面積小的中間連接體3填充在橫向 截面積大的中間連接體3之間的空穴中，在大的中間連 接體3的空穴中填充進入小的中間連接體3，此種設計能 夠破壞中間連接體3有規律的排列性，中間連接體3在排 列上沒有方向性，因此，它在各個方向上的受力更加平衡 • ，在各個方向的抗彎曲能力更高，強度和撓度更高，中間 連接體3為柱狀或錐狀的空心薄壁體，中間連接體3連接 内層面板1和外層面板2，使板材的中間形成一種空間的 立體結構，再利用吸塑成型吸塑為立體的食品包裝容器， 此種結構具有很好的抗彎曲能力，同時，盒體還具有更高 的強度和撓度，盒體的結構強度高，盒體更好端拿，在使 用時更加安全；由於盒體是立體的空間結構，盒體的重量 輕，盒體的密度小，成本低。 _ 倾线是林熱的，盒獅夹層帥構成—個阻熱 層，熱量難以通過夹層空間傳導到盒體的外層面板2，更 無法向外傳導出去’因此，盒體具有良好的保溫性能，同 時，由於熱水的熱量不會傳導到盒體的外層面板2，盒體 的外層面板2仍保持很低的溫度，盒體不會燙手；另=， 位於夾層空間的中間連接體3具有阻斷氣流的作用，因此 二不論央層空間内是碰封閉起來，央層空間内均不會有 氣流流動，進一步增強盒體的保溫性能。 M356696 存在於夾層空間内的各個柱狀或錐狀的空心薄壁體是 分別獨立的，獨立的柱狀結構在吸塑時具有更好的彎曲性 和拉伸性能，更有利於吸塑成型的進行，生產所需設備更 加簡單，降低設備成本和生產成本。與目前技術相比較， 目前市場上使用的塑料瓦楞紙的中間連接體是連續性的隔 板’由於中間連接體是連續性的結構，因此，它無法採用 過熱吸塑成型或模壓成型’而本創作的板材正由於各個中 間連接體3是獨立的，在熱吸塑成型時，各個中間連接體 鲁 3彼此之間不會相互影響，因此，它通過熱吸塑成型時很 容易生產出具有空間立體結構的盒體。 藉由上述各元件所組合而成之本創作，係在提供一種 吸塑成形之食品容器結構，在實際操作應用上： 敬請參閲第四、五圖所示··係本創作實施例二的結構 示意圖及平面與斷面示意圖。實施例二的盒體與實施例一 的盒體主要結構是相同的，其不同之處在於：上述内層面 板1和外層面板2所形成的夹層空間内還設有一個加強板 • 4，加強板4與内層面板1、加強板4與外層面板2之間 分別形成的夾層空間内均設有中間連接體3，中間連接體 3分別加強板4與内層面板1、加強板4與外層面板2。 加強板4使盒體具有更高的結構強度，同時，由於盒體具 有兩個夾層空間，盒體具有更良好的保溫性能。 敬請參閱第六、七圖所示：係本創作實施例三、四的 平面示意圖。上述中間連接體3的橫向截面積的大小可以 為相同，中間連接體3的橫向截面的外輪廓可以為圓形， M356696 在板材成型為盒體的過程中，中間連接體3會因被拉伸而 稍微變形’而不是真正的圓形，但這並不會影響中間連接 體3的功能與強度，中間連接體3起連接内層面板1和外 層板面2 ’起連接和支撐作用，另外，柱狀的空心薄壁體 具有較好的力學結構，當然，上述的中間連接體3的橫向 截面的外輪廓可以為橢圓形、多邊形或不規則形狀。 上述内層面板1和外層面板2均為食品級的材料製成 ’既雜又衛生，上勒層面板丨和外層面板2為食品級 籲的聚乙婦P E、聚丙烯p p、可降解的聚乳酸p LA或者 環保的耐溫性聚合物材料。 上述内層面板1和外層面板2還可為聚苯乙烯ps、 熱塑性聚tj旨/丙稀腈—丁二稀~~苯乙歸共聚物共混物a B S、聚對苯二甲酸乙二酯p ET、聚碳酸酯p匚材料。 當然’内層面板1和外層面板2可以採用不同的材料製成 1如内層面板1採用食品級的聚乙稀PE，而外層面板2 採躲對苯二甲酸乙二s旨p E T，使盒體既環保無毒，又 降低材料成本。 上述盒體的上端緣有向外翻捲的捲邊。卷邊將盒體的 上端賴’避免盒體_層面板！或外層面板2出現鋒利 的邊緣’也避免這些邊緣劃傷人體。捲邊的設計同時也將 夾層空間密封起來’夾層空間則無法與大氣連通，夾層空 間具有更好的保溫性能。當然，更進-步而言，減少夾層 空間内的空氣量，使夾層空間形成一個半真空或真空的環 境，則盒體具有更強的保溫性能。 M356696 以上所述僅疋本創作的較佳實施例 ，故凡依本創作專 利申咕範圍所^4的構造特徵及原理所做細等效變化或修 飾，均包含於本創作專利申請範圍内。 【圖式簡單說明】 第一圖：係本創作應用於碗裝泡麵的示意圖。 第二圖：係本創作實施例—的結構示意圖。 第二圖.係本創作實施例一的平面與斷面示意圖。 第四圖：係本創作實施例二的結構示意圖。 第五圖：係本創作實施例二的平面與斷面示意圖。 第六圖：係本創作實施例三的平面示意圖。 第七圖：係本創作實施例四的平面示意圖。 【主要元件符號說明】 1 内層面板 2 外層面板 3 中間連接體 4 加強板M356696 VIII. New description: [New technical field] This creation is to provide a food container structure for plastic forming, mainly applied to the packaging technology of instant noodles. [Prior Art] The current bowl of instant noodles is a box made of plastic. The box body of the box is a single layer, and for the instant noodles, various ingredients are placed in the box in front of the edible foam. Then adding hot water to the box, soaking the noodles and then eating, the process of making noodles is actually a heat preservation process, and only the box made of single layer material has poor heat preservation performance, and the box body has no Insulation function, the heat of hot water is easily lost. In addition, since the box body will conduct heat, after the hot water is added, the temperature of the box rises, the box becomes very shirty, and (4) the user causes burns, which causes trouble to the user. . In addition, the box made of single-layer material has poor structural strength, and the box body is soft and weak. After adding hot water, the strength of the box body becomes worse. For the user, the box of the instant noodles is hot, and It's not good to take it. Therefore, users should be very careful and cautious when taking the instant noodle box at the ® end. Riding the well-known 'enlarged wall enough to strengthen reading _ degrees, in order to make the box body _, the box _ wall thickness must be rich enough, and increase the wall thickness will make the box _ county rise; ants, increase can not Fundamentally solve the problem of the strength of the box, and in the actual market environment, consumers, instant noodle manufacturers and city Na want money to lie and not ride high, therefore, the structural strength of the bubble box still needs to be strengthened, for its existing It is still to be sought and overcome. ' M356696 【New Content】 In view of the fact that this creative personality is actively invested in research and development and innovation, the final creation is to provide a plastic container structure for plastic forming. The new technical solution to solve the problem and the effect of the prior art is that the box body is composed of an inner panel, an outer panel and an intermediate connector, and the inner panel and the outer panel form a sandwich space, and the interlayer space is staggered. The intermediate connecting body is a columnar or tapered hollow thin wall body, and the intermediate connecting body connects the inner layer panel and the outer layer panel to form a spatial three-dimensional structure in the middle of the sheet material, and then blister is formed into a three-dimensional structure by plastic forming. The food packaging container, the sandwich space of the box body constitutes a heat-resisting layer, and the heat is hard to be conducted through the interlayer space to the outer layer panel of the box body, and is not able to be conducted outward. Therefore, the box body has good heat preservation performance, and at the same time, The heat of the hot water is not transmitted to the outer panel of the box, and the outer panel of the box still maintains a low temperature. The box does not love the hand; in addition, the structure of the box is strong, light in weight, low in cost, and effective. The promotion, the winner of its main purpose. [Embodiment] Newcomers who are familiar with this Huiyi art are easy to understand the construction content of this creation and the functional benefits that can be achieved. A specific example is given, and the detailed description is as follows: For the structure of the formed food container, please refer to the first figure: a schematic diagram of the application of this creation to the bowl of instant noodles. And the second and third figures are a schematic structural view and a plan view and a cross-sectional view of the first embodiment of the present invention. The M356696 box body is composed of an inner layer panel 1, an outer layer panel 2 and an intermediate connecting body 3, and the inner layer panel 1 and the outer layer panel 2 form a sandwich space, wherein the interlayer space is provided with an intermediate connecting body 3, and the transverse connecting area of the intermediate connecting body 3 The intermediate connecting body 3 having a size of at least two sizes and having a small lateral load area is filled in a cavity between the intermediate connecting bodies 3 having a large transverse cross-sectional area, and is filled in a small intermediate cavity of the large intermediate connecting body 3. The connecting body 3 is designed to break the regular arrangement of the intermediate connecting body 3, and the intermediate connecting body 3 has no directionality in the arrangement, so that it is more balanced in all directions. • Bending resistance in all directions The higher the capacity, the higher the strength and the deflection, the intermediate connecting body 3 is a columnar or tapered hollow thin wall body, and the intermediate connecting body 3 connects the inner layer panel 1 and the outer layer panel 2, so that a space three-dimensional structure is formed in the middle of the sheet material. The blistering and blistering is a three-dimensional food packaging container, and the structure has good bending resistance, and the box body has higher strength and deflection, and the structure of the box body High, the cartridge side take better, safer when used; Since the cassette is a perspective view of the spatial structure, the lightweight cassette, the cassette is low density and low cost. _ The line of inclination is hot, and the boxed lion is made up of a heat-resistant layer. The heat is difficult to conduct through the interlayer space to the outer panel 2 of the box, and it is not able to conduct out. 'Therefore, the box has good insulation. Performance, at the same time, since the heat of the hot water is not conducted to the outer panel 2 of the casing, the outer panel 2 of the casing remains at a low temperature, the casing is not hot; and the intermediate connector 3 located in the interlayer space It has the function of blocking the airflow. Therefore, no matter whether it is closed in the central layer space, there will be no airflow in the central layer space, which further enhances the thermal insulation performance of the box. M356696 Each columnar or conical hollow thin wall body existing in the sandwich space is independent, and the independent columnar structure has better bending and tensile properties during blistering, and is more favorable for plastic forming. Carrying out, the equipment required for production is simpler, reducing equipment costs and production costs. Compared with the current technology, the intermediate connecting body of plastic corrugated paper currently used on the market is a continuous separator. Because the intermediate connecting body is a continuous structure, it cannot be overheated by blistering or molding. Since the respective intermediate connecting bodies 3 are independent, in the case of hot-blown forming, the respective intermediate connecting bodies 3 do not affect each other, and therefore, it is easy to produce a spatial three-dimensional shape by hot-blown molding. The structure of the box. The present invention, which is a combination of the above-mentioned components, provides a food container structure for plastic forming, and in practical application: Please refer to the fourth and fifth figures. Schematic diagram of the structure and schematic diagram of the plane and section. The main body of the casing of the second embodiment is the same as that of the casing of the first embodiment, and the difference is that the inner layer panel 1 and the outer layer panel 2 are further provided with a reinforcing plate in the interlayer space formed by the inner panel 1 and the outer panel 2; An intermediate connecting body 3 is disposed in the sandwich space formed between the inner panel 1 and the inner panel 1 and the outer panel 2, and the intermediate connecting body 3 is respectively reinforced by the reinforcing panel 4 and the inner panel 1, the reinforcing panel 4 and the outer panel 2 . The reinforcing plate 4 gives the casing a higher structural strength, and at the same time, since the casing has two interlayer spaces, the casing has better insulation properties. Please refer to the sixth and seventh figures: a schematic plan view of the third and fourth embodiments of the present invention. The transverse cross-sectional area of the intermediate connecting body 3 may be the same, and the outer cross-section of the intermediate connecting body 3 may have a circular shape. The M356696 may be stretched during the process of forming the sheet into a box. And slightly deformed ' instead of a true circle, but this does not affect the function and strength of the intermediate connector 3, the intermediate connector 3 is connected to the inner panel 1 and the outer panel 2' to connect and support, in addition, the column The hollow thin-walled body has a good mechanical structure. Of course, the outer cross-section of the intermediate connecting body 3 may have an elliptical shape, a polygonal shape or an irregular shape. The inner panel 1 and the outer panel 2 are both made of food grade materials, which are both miscellaneous and hygienic. The upper layer panel and the outer panel 2 are food grade polyethylene, polypropylene pp, degradable polylactic acid. p LA or environmentally friendly temperature resistant polymer material. The inner layer panel 1 and the outer layer panel 2 may also be a polystyrene ps, a thermoplastic polythene/acrylonitrile-butadiene-to-benzene copolymer copolymer a BS, polyethylene terephthalate p ET, polycarbonate p匚 material. Of course, the inner panel 1 and the outer panel 2 can be made of different materials. For example, the inner panel 1 is made of food grade polyethylene PE, and the outer panel 2 is made of polyethylene terephthalate. It is environmentally friendly and non-toxic, and reduces material costs. The upper end edge of the above casing has an outwardly rolled curl. The curling edge will take the upper end of the box to avoid the box _ layer panel! Or the outer panel 2 has a sharp edge' to avoid scratching the body. The design of the crimping also seals the interlayer space. The mezzanine space is not connected to the atmosphere, and the interlayer space has better insulation properties. Of course, in the further step, the amount of air in the interlayer space is reduced, so that the interlayer space forms a semi-vacuum or vacuum environment, and the box body has stronger insulation performance. M356696 The above is only a preferred embodiment of the present invention, and any equivalent changes or modifications made by the structural features and principles of the scope of the application of the present invention are included in the scope of the present patent application. [Simple description of the diagram] The first picture: a schematic diagram of the application of this creation to the bowl of instant noodles. The second figure is a structural diagram of the present embodiment. Fig. 2 is a plan and sectional view showing the first embodiment of the present invention. The fourth figure is a schematic diagram of the structure of the second embodiment of the present creation. Fig. 5 is a plan view showing a plane and a section of the second embodiment of the present invention. Figure 6 is a plan view showing the third embodiment of the present invention. Figure 7 is a plan view showing the fourth embodiment of the present invention. [Main component symbol description] 1 Inner panel 2 Outer panel 3 Intermediate connector 4 Reinforcement panel