1260300 九、發明說明 【發明所屬之技術領域】 井 字 本發明係有關於一種缓衝包裝結構，特別是有關於利用 型緩衝結構以提供產品切與保護之緩衝包裝結構。 【先前技術】 對於精密度高且又脆弱之電子元件而言，為了避免電子 產品及其相關配件於運送過程中受到例如水、灰塵、撞擊等 的影響而損壞，因此對包裝結構的要求更是嚴苛。為了降低 :品在運送過程的損壞率，緩衝包裝結構所需具備的基本功 忐為防水、防塵及抗震。目前較為常見的作法係於外盒體 ::額外提供紙類或塑勝類襯料、以及塑膠填充泡綿或泡狀 緩衝塾等緩衝材料，以避免產 擊外盒體壁，以達到二產 /Λ ΰ產口口的目的。其中，塑膠類襯料、 ，填充泡綿、以及泡狀緩衝塾之材質通常為發泡聚乙稀 =Panded P〇lyethylene; ΕΡΕ)或聚氣乙稀（ρ〇ι— Chloride ; PVC)。 ，：’在環保意識曰益高張下，使用上述之塑膠類襯 ::塑膠填充泡綿、以及泡狀緩衝塾，會對環境生態造成相 :大之衝擊：且已無法符合國際之環保政策。基於環保的考 =、’、氏類之緩衝包裝結構不僅可採用再生紙漿來加以製造， ^可回收再生制。而且，紙類材質不若其他材質般尚需負 =收成本’因此使用紙類材質不僅可降低對生態環境的衝 更具有成本上之競爭優勢。 1260300 -般常見之紙製緩衝包裝結構的製程係利用模具直接 將:氏漿熱壓製成型。或者，依設計需求將紙板裁成各 之板材，其中其製作係先㈣欲“之物品的大小形狀 取樣與平行畫線’再依所設計之樣式折製及糊貼而成型。缺 而’由於以模具直接將紙漿熱壓製成所需包裝結構之f作方 式，需要先開發製作模具，因此會增加成本負擔；而則氏板 折製及糊貼的方式所製成之包裝結構，不僅耐衝撞的能力不 足，且製作上更為費時。因此，目前缕 口此㈢則綾衝包裝結構的趨勢已 逐渐改以摺疊與卡勾的方式製作。 大體上，習知之緩衝包裝結構—般包括緩衝主體以及設 於緩衝主體下方之緩衝墊，其中緩衝主體具有容置空間且於 容置空間周圍具有緩衝結構，藉以保護容置空間内之產品免 於衝撞。而緩衝墊則用以進一步固定緩衝主體，以避免緩衝 主體在搬運過程中產生晃動。請參閱第1(A)圖，其係繪示 習知緩衝主體的平面展開圖。在第丨（A)圖中，習知緩衝包 裝結構的緩衝主體1 0 1具有容置空間1 〇3，其中容置空間J 〇3 之大小’一般知視欲包裝之產品而異。至於緩衝主體1〇1 則至少包含内底板1 1 1、設於内底板π 1相對之二側邊的第 一面板113與第二面板115、與第一面板113相連之第三面 板114、與第二面板Π3相連之第四面板116、設於第三面 板114相對之二側邊的第一側板丨17與第二側板丨19、設於 第四面板116相對之二侧邊的第三側板121與第四側板 123、以及設於内底板111相對之另二側邊外之第五側板125 與第六側板127。簡言之，以内底板Π 1為中心，第一面板 1260300 11 3係與第二面板11 5互為對稱，第三面板丨丨4係與第四面 板1 1 6互為對稱’弟五側板12 5係與第六側板12 7互為對 稱；以第三面板114為中心，第一侧板丨丨7係與第二側板 1 1 9互為對稱；同理’以第四面板1 1 6為中心，第三側板1 2 1 係與第四側板1 23亦互為對稱。 内底板1 Π之中央區域係浮割出複數個第一支樓片 1 37，其係於後續形成容置空間1 〇3後，一方面藉由第一支 撐片137以支撐内底板111，另一方面，第一支撐片137更 可作為缓衝結構，以提供容置空間103下方有較佳的緩衝效 果。 第一面板11 3以第一折線13 9與内底板1 1 1相連，第二 面板以第二折線141與内底板相連，第三面板114以第三折 線143與第一面板11 3相連，第四面板116以第四折線145 與第二面板1 1 5相連，第一側板1 1 7以第五折線147與第三 面板1 14相連，第二側板1 19以第六折線149與第三面板 114相連，第三側板121以第七折線151與第四面板116相 連，而第四側板123以第八折線153與第四面板116相連。 設於内底板111相對之另二側邊外之第五側板125與第 六側板127更與第一面板113以及第二面板115相連，其中 第五側板1 2 5以弟九折線1 5 5與弟一面板11 3相連，第五側 板125以第十折線157與第二面板11 5相連，第六側板127 以第十一折線1 59與第一面板11 3相連，而第六側板1 27 以第十二折線161與第二面板115相連。此外，第五側板 125更設有與第一折線139平行之第十三折線163及第十四 1260300 折線165，而第六侧板127更設有與第一折線139平行之第 十五折線167及第十六折線169。第十三折線163與第十四 折線1 65相隔一間距Dl，而第十五折線1 67與第十六折線 169相隔一間距D2，其中間距Di以及間距A係與内底板 111之寬度W實質上相等。 經由摺疊第一折線1 39、第二折線14 1、第三折線143、 第四折線145、第五折線147、第六折線149、第七折線15卜 第八折線1 5 3、第九折線1 5 5、第十折線1 5 7、第十一折線 1 5 9、弟十一折線1 6 1 '第十三折線1 6 3、第十四折線1 6 5、 第十五折線167以及第十六折線169，藉以形成上述容置空 間103，而形成如第2圖之結構。 請再參閱第2圖，其係繪示習知缓衝主體的折製示意 圖。更進而言之，此容置空間1〇3係由疊合之第三面板Π4 與第一面板113、疊合之第四面板116與第二面板115、以 及内底板11 1所形成，其中第一側壁1 7 1係由内凹之第五側 板125所形成，第二側壁1 73係由内凹之第六側板1 27所形 成。在容置空間103周圍更具有第一緩衝壁175、第二緩衝 壁177、第三緩衝壁179以及第四緩衝壁181，其中第一緩 衝壁175係由疊合外凸之第五側板125、第一面板11 3與第 三面板114所形成，第二緩衝壁1 77係由疊合外凸之第五側 板125、第二面板115與第四面板116所形成，第三緩衝壁 179係由疊合外凸之第六侧板127、第一面板113與第三面 板114所形成，而第四緩衝壁1 8 1係由疊合外凸之第六側板 127、第二面板115與第四面板116所形成。此外，在第五 1260300 折線147、第六折線149、第七折線151以及第八折線153 上更分別浮割出第一固定片183、第二固定片185、第三固 定片187以及第四固定片189,藉此固定第五側板125以及 第六側板127。 由於紙類材質具有一定厚度，當受到衝擊時，因容置空 間103周圍之第一緩衝壁175、第二緩衝壁ι77、第三緩衝1260300 IX. Description of the Invention [Technical Fields of the Invention] The present invention relates to a cushioning packaging structure, and more particularly to a cushioning packaging structure for utilizing a cushioning structure to provide product cutting and protection. [Prior Art] For high-precision and fragile electronic components, in order to prevent the electronic products and related accessories from being damaged by water, dust, impact, etc. during transportation, the requirements for the packaging structure are Strict. In order to reduce the damage rate of the product during the transportation process, the basic functions required for the buffer packaging structure are waterproof, dustproof and shockproof. At present, the more common practice is in the outer box body: additional paper or plastic lining materials, as well as cushioning materials such as plastic-filled foam or foam cushioning to avoid the production of the outer casing wall to achieve the second production. /Λ The purpose of the mouth. Among them, the plastic lining material, the filled foam, and the foam buffer material are usually foamed polyethylene (Panded P〇lyethylene; ΕΡΕ) or polyethylene hydride (PVC). , :' Under the environmental awareness, the use of the above-mentioned plastic lining :: plastic filled foam, and bubble buffer 塾, will cause environmental impact: big impact: and can not meet the international environmental policy. Based on the environmental protection test =, ', the class of the buffer packaging structure can not only be made from recycled pulp, ^ can be recycled. Moreover, the paper material is not as negative as other materials. Therefore, the use of paper materials not only reduces the risk of ecological environment, but also has a cost competitive advantage. 1260300 - The common process of paper cushion packaging structure is to directly press: the slurry is hot pressed. Or, according to the design requirements, the paperboard is cut into the respective plates, and the production is first (4) the "small shape and shape of the articles to be sampled and parallel drawn lines" are formed according to the style of the design and the paste is formed. The mold is directly pressed into the desired packaging structure by the mold, and the mold needs to be developed first, so that the cost burden is increased; and the packaging structure made by the method of folding and pasting is not only resistant to the mold. The ability to collide is insufficient and the production is more time consuming. Therefore, at present, the trend of the packaging structure has been gradually changed to the form of folding and hooking. In general, the conventional cushion packaging structure generally includes buffering. The main body and the cushion pad disposed under the buffer body, wherein the buffer body has an accommodating space and has a buffer structure around the accommodating space, thereby protecting the product in the accommodating space from collision, and the cushion pad is used for further fixing the buffer body. In order to avoid shaking of the buffer body during handling. Please refer to Figure 1(A), which is a plan development view of a conventional buffer body. A) In the figure, the buffer body 10 1 of the conventional buffer packaging structure has an accommodation space 1 〇 3, wherein the size of the accommodation space J 〇 3 is generally different depending on the product to be packaged. As for the buffer body 1〇1 The first panel 113 and the second panel 115 disposed on the opposite sides of the inner bottom surface π 1 , the third panel 114 connected to the first panel 113 , and the second panel Π 3 are connected to each other. The fourth side panel 116 and the second side panel 19 disposed on the opposite sides of the third panel 114 and the third side panel 121 and the fourth side panel 123 disposed on opposite sides of the fourth panel 116 And a fifth side plate 125 and a sixth side plate 127 disposed on the outer side of the inner bottom plate 111 opposite to the other two sides. In short, the first panel 1260300 11 3 and the second panel 11 5 are centered on the inner bottom plate Π 1 For the symmetry, the third panel 丨丨 4 is symmetrical with the fourth panel 161. The buddy five side panels 12 5 and the sixth side panel 12 7 are symmetrical to each other; the third panel 114 is centered, and the first side panel 丨The 丨7 series and the second side plate 1 19 are symmetrical with each other; similarly, the fourth side plate 1 16 is centered, and the third side plate 1 2 1 is The fourth side plates 1 23 are also symmetrical with each other. The central portion of the inner bottom plate 1 is a plurality of first floor pieces 1 37 which are floated and cut out, which are formed after the subsequent formation of the accommodating space 1 〇 3 The support sheet 137 supports the inner bottom plate 111. On the other hand, the first support piece 137 can serve as a buffer structure to provide a better cushioning effect under the accommodating space 103. The first panel 117 has a first fold line 13 9 Connected to the inner bottom plate 111, the second panel is connected to the inner bottom plate by a second fold line 141, the third panel 114 is connected to the first panel 113 by a third fold line 143, and the fourth panel 116 is connected by a fourth fold line 145 and a second The panel 1 1 5 is connected, the first side panel 1 17 is connected to the third panel 1 14 by a fifth fold line 147, the second side panel 1 19 is connected to the third panel 114 by a sixth fold line 149, and the third side panel 121 is connected by a seventh fold line. The 151 is connected to the fourth panel 116, and the fourth side panel 123 is connected to the fourth panel 116 by an eighth fold line 153. The fifth side plate 125 and the sixth side plate 127 disposed on the outer bottom plate 111 opposite to the other two sides are further connected to the first panel 113 and the second panel 115, wherein the fifth side plate 1 2 5 is separated by a line 1-5 The first side panel 125 is connected to the second panel 115 by a tenth fold line 157, the sixth side panel 127 is connected to the first panel 113 by an eleventh fold line 159, and the sixth side panel 1 27 is The twelfth fold line 161 is connected to the second panel 115. In addition, the fifth side plate 125 is further provided with a thirteenth fold line 163 and a fourteenth 1260300 fold line 165 parallel to the first fold line 139, and the sixth side plate 127 is further provided with a fifteenth fold line 167 parallel to the first fold line 139. And the sixteenth line 169. The thirteenth fold line 163 is separated from the fourteenth fold line 1 65 by a distance D1, and the fifteenth fold line 1 67 is separated from the sixteenth fold line 169 by a distance D2, wherein the pitch Di and the pitch A are substantially the width of the inner bottom plate 111. Equal on. By folding the first fold line 1 39, the second fold line 14 1 , the third fold line 143 , the fourth fold line 145 , the fifth fold line 147 , the sixth fold line 149 , the seventh fold line 15 , the eighth fold line 1 5 3 , and the ninth fold line 1 5 5, the tenth fold line 1 5 7, the eleventh fold line 1 5 9, the eleventh fold line 1 6 1 'the thirteenth fold line 1 6 3, the fourteenth fold line 1 6 5, the fifteenth fold line 167 and the tenth The six-fold line 169 is formed to form the above-described accommodating space 103, and the structure as shown in FIG. 2 is formed. Please refer to Fig. 2 again, which is a schematic diagram showing the folding of the conventional buffer body. More specifically, the accommodating space 1〇3 is formed by the stacked third panel Π4 and the first panel 113, the stacked fourth panel 116 and the second panel 115, and the inner bottom plate 11 1 , wherein A side wall 171 is formed by a concave fifth side panel 125, and a second side wall 173 is formed by a recessed sixth side panel 127. The first buffer wall 175, the second buffer wall 177, the third buffer wall 179, and the fourth buffer wall 181 are further disposed around the accommodating space 103, wherein the first buffer wall 175 is a fifth side plate 125 that is superposed and convex. The first panel 117 is formed with the third panel 114, and the second buffer wall 1 77 is formed by the superposed convex fifth side panel 125, the second panel 115 and the fourth panel 116, and the third buffer wall 179 is composed of The sixth side plate 127, the first panel 113 and the third panel 114 are stacked, and the fourth buffer wall 181 is composed of a sixth side plate 127, a second panel 115 and a fourth. The panel 116 is formed. In addition, the first fixing piece 183, the second fixing piece 185, the third fixing piece 187, and the fourth fixing are respectively floated on the fifth 1260300 folding line 147, the sixth folding line 149, the seventh folding line 151, and the eighth folding line 153. A sheet 189, whereby the fifth side panel 125 and the sixth side panel 127 are fixed. Since the paper material has a certain thickness, when subjected to an impact, the first buffer wall 175, the second buffer wall ι77, and the third buffer around the space 103 are accommodated.
壁1 79以及第四緩衝壁1 8 1之結構過硬，g值較大，緩衝效 果會較差。為了改善支撐及緩衝的效果，在第五側板125 之第十二折線1 63與第十四折線165、以及第六側板丨27之 第十五折線167與第十六折線i69上，更設有第一凹槽 191、第二凹槽192、第三凹槽} 93及第四凹槽194。再者， 為了便於取放容置空間103内之產品，在第三折線143及第 四折線145上更設有第五凹槽ι95及第六凹槽I%。 餐知緩衝包裝結構除了上述之緩衝主體外，更包括緩衝 墊，藉以進一步固定緩衝主體，以避免緩衝主體在搬運過程 中產生晃動。請參閱第丨（B)圖，其係繪示習知緩衝墊的平 面展開圖。在第1 (B)圖中，習知緩衝包裝結構的緩衝墊2⑽ 至少包含外底板201以及第二支撐片223及第三支撐片 225 ’其中第二支撐片223及第三支撐片225係切割自外底 板2〇1相對之二側邊。第二支撐片223以第十七折線a” 與外底板2(H相連，而第三支撐片225亦以第十八折線⑽ 與外底板201相連，經由摺疊第十七折線227以及第十八折 線⑵，使第二支撐片223及第三支撐片225垂直於外底板 2〇1，以固定卡設於緩衝墊200上方之緩衝主體ι〇ι。 1260300 習知緩衝包裝結構更至少包含外盒體，使經組裝後之緩 衝主體以及緩衝墊可進一步組裝至外盒體内。請參閱第3 圖，其係繪示根據習知緩衝包裝結構之組裝過程示意圖。在 第3圖中，習知緩衝包裝結構1〇〇更至少包含緩衝主體 101、緩衝墊200以及外盒體300，其中緩衝主體1〇1及緩 衝墊200係與此外盒體300相對應。 然而，習知緩衝包裝結構仍有許多的問題尚待解決。首 先’習知緩衝包裝結構之耐衝撞性較差。請參閱第3圖，緩 衝主體401形成之容置空間1〇3係藉由第一侧板U7、疊合 之第三面板114與第一面板113、以及第二側板119形成之 门字形緩衝結構，以及由第三側板12 1、疊合之第四面板j i 6 與第二面板115、以及第四側板123形成之门字形緩衝結 構，並配合複數個第一支撐片137,以於容置空間1〇3周圍 提供緩衝結構，藉以保護容置空間1〇3内之產品免於衝撞。 然而，當在容置空間1〇3内之產品受到衝撞，例如受到箭頭 301及箭頭303方向之應力時，一方面上述雙门字形緩衝結 構之支撐點係位於最外側，另一方面第一側壁m與第二側 壁173僅為單層結構，其強度不足，因此無法提供容置空間 U)3内之產品有足夠的支樓效果。其次，習知緩衝包裝結構 之製作繁項且紙類材料使用量較大。再者，習知緩衝包裝结 構由於製作繁瑣’因此在工廠包裝時，較易因人為疏失：： 械誤差而導致不易包裝及生產損耗較高，當然所衍生之成本 負擔較大。 因此，若能改善習知緩衝句驻处4致 _ ^ 十 野匕衣結構之結構，間化製程步 1260300 驟、減少紙類材料使用量並方 及減軔杰士 A 乃使工廠包裝，以降低生產損耗 盥萝洪去& 衣、、、口構相關的設計者、使用者 一ι以者所共同企盼的。 【發明内容】 :::明之目的之一就是揭露—種緩衝包裝結構，此緩衝 :、、、。構僅利用摺疊與卡勾紙類材料所製作之井字型緩衝The structure of the wall 1 79 and the fourth buffer wall 181 is too hard, the g value is large, and the buffer effect is poor. In order to improve the support and cushioning effect, the twelfth fold line 163 and the fourteenth fold line 165 of the fifth side panel 125, and the fifteenth fold line 167 and the sixteenth fold line i69 of the sixth side panel 丨27 are further provided. The first groove 191, the second groove 192, the third groove}93, and the fourth groove 194. Furthermore, in order to facilitate the pick-and-place of the product in the accommodating space 103, a fifth groove ι95 and a sixth groove I% are further provided on the third folding line 143 and the fourth folding line 145. In addition to the above-mentioned buffer body, the meal buffer packaging structure further includes a cushion pad for further fixing the buffer body to prevent the buffer body from shaking during handling. Please refer to the figure (B) for a plan view of a conventional cushion. In the first (B) diagram, the cushion 2 (10) of the conventional cushion packaging structure includes at least an outer bottom plate 201 and a second support piece 223 and a third support piece 225 ' wherein the second support piece 223 and the third support piece 225 are cut From the opposite sides of the outer bottom plate 2〇1. The second support piece 223 is connected to the outer bottom plate 2 (H by a seventeenth fold line a", and the third support piece 225 is also connected to the outer bottom plate 201 by the eighteenth fold line (10), by folding the seventeenth fold line 227 and the eighteenth The fold line (2) is such that the second support piece 223 and the third support piece 225 are perpendicular to the outer bottom plate 2〇1 to fix the buffer body ι〇1 which is disposed above the cushion 200. The conventional cushion packaging structure further includes at least a outer box. The assembled buffer body and the cushion can be further assembled into the outer casing. Please refer to Fig. 3, which is a schematic diagram showing the assembly process according to the conventional cushion packaging structure. In Fig. 3, conventionally known The buffer packaging structure 1 further includes at least a buffer body 101, a cushion 200, and an outer casing 300, wherein the buffer body 1〇1 and the cushion 200 correspond to the casing 300. However, the conventional cushion packaging structure still has Many problems have yet to be solved. Firstly, the conventional cushion packaging structure has poor crash resistance. Referring to Fig. 3, the accommodating space formed by the buffer body 401 is 藉3 by the first side plate U7, and the overlapping Three panels 114 and first panel 113 And a gate-shaped buffer structure formed by the second side plate 119, and a gate-shaped buffer structure formed by the third side plate 12 1 , the stacked fourth panel ji 6 and the second panel 115 , and the fourth side plate 123 , and matched with a plurality of The first supporting piece 137 is provided with a buffer structure around the accommodating space 1 〇 3 to protect the product in the accommodating space 1 〇 3 from collision. However, when the product in the accommodating space 1 〇 3 is collided, For example, when the stress is in the direction of the arrow 301 and the arrow 303, on the one hand, the support points of the double-door-shaped buffer structure are located at the outermost side, and on the other hand, the first side wall m and the second side wall 173 are only a single-layer structure, and the strength thereof is insufficient. Therefore, it is impossible to provide a sufficient branch effect for the product in the housing space U) 3. Secondly, the conventional buffer packaging structure is complicated to manufacture and the paper material is used in a large amount. Moreover, the conventional buffer packaging structure is complicated to manufacture. 'Therefore, when it is packaged at the factory, it is easier to be artificially neglected:: mechanical errors lead to difficulty in packaging and high production loss, and of course the cost burden is greater. Therefore, if the conventional buffer sentence can be improved 4 _ ^ The structure of the Tenye 匕 结构 structure, the inter-chemical process step 1260300, reduce the amount of paper materials used and reduce the 轫 轫 A A is the factory packaging to reduce production loss dill Hong go & clothing The designer and the user of the mouth structure are jointly hoped by the user. [Invention content] :: One of the purposes of the Ming is to expose a buffer packaging structure, this buffer: , , , Folding and hooking paper materials made of well type buffer
H 牙u疋外凰體内的產品，藉以保護產品免 於衝撞。由於此緩衝包裝結構制 0 苒I作谷易且有效減少紙類材料 使用量，而於製作時亦方#卫& 4 a士 一 才j万使廠包裝又降低生產損耗，可大 幅減輕成本負擔。 “根據本發明上述之目的，提出一種緩衝包裝結構，此緩 衝表…構至少包含緩衝主體以及卡設於緩衝主體下方之 、、爰衝墊’其中緩衝主體具有容置空間且緩衝主體及缓衝墊更 於容置空間周圍形成井字型緩衝結構，藉以保護容置空間内 之產品免於衝撞。 進一步言之，緩衝主體具有容置空間，且至少包含内底 板、设於内底板相對之二側邊的第一面板與第二面板、設於 第一面板相對之二侧邊的第一側板與第二側板、設於第二面 板相對之'一側邊的弟二側板以及第四側板、與第一側板相連 的第五側板、與第二側板相連的第六侧板、與第三側板相連 的第七側板、與第四側板相連的第八側板、以及設於内底板 相對之二側邊且分別與二側邊相隔一預設間距的第一凹槽 與弟二凹槽。内底板之中央區域係浮割出複數個第一支撐 1260300 片，藉以支撐内底板。第一面板以一第一折線與内底板之間 相連，第二面板以第二折線與内底板相連，第一側板以第三 折線與第一面板相連，第二側板以第四折線與第一面板之間 相連，第二側板以第五折線與第二面板相連，第四側板以第 六折線與第二面板相連，第五側板以第七折線與第一側板相 連，第六側板以第八折線與第二側板相連，第七側板以第九 折線與第三側板相連，而第八側板以第十折線與第四側板相 連。此外’弟一凹槽與第二凹槽以垂直於第一折線之方向設 於内底板相對之二侧邊並分別與此二側邊相隔一預設間 距，且第一凹槽與第二凹槽係延伸至部分之第一面板以及部 分之苐一面板。經由摺疊第一折線、第二折線、第三折線、 第四折線、第五折線、第六折線、第七折線、第八折線、第 九折線以及第十折線’藉以形成第一側壁、第二側壁、第一 緩衝壁、第二缓衝壁、第三緩衝壁以及第四緩衝壁，其中第 一側壁係由疊合内凹之第五側板與第七側板而形成且具有 第一寬度，第二側壁係由疊合内凹之第六側板與第八側板而 形成且具有第二寬度，第一緩衝壁係由疊合外凸之第一側板 與第一面板而形成，第二緩衝壁係由疊合外凸之第二側板與 第一面板而形成，第三缓衝壁係由疊合外凸之第三側板與第 二面板而形成，而第四緩衝壁係由疊合外凸之第四側板與第 二面板而形成。第一面板、第二面板、第一側壁、第二側壁 以及内底板係形成上述之容置空間，而内凹之第一側壁與第 二側壁係分別暴露出第一凹槽與第二凹槽，且預設間距係不 小於第一緩衝壁之寬度、第二緩衝壁之寬度、第三緩衝壁之 12 1260300 寬度或第四緩衝壁之寬度。 此外’緩衝墊係卡設於上述緩衝主體之下方且至少包含 外底板以及設於外底板相對之二側邊的第九側板以及第十 側板。第九側板以第十一折線與外底板相連，且第十側板以 第十二折線與外底板相連，其中第九側板之外側分別具有垂 直於第十一折線之第一插片、第二插片及第三插片，第十側 板之外側分別具有垂直於第十二折線之第四插片、第五插片 及第六插片。經由摺疊第十一折線以及第十二折線，使第九 侧板以及第十側板垂直於外底板，且第二插片自第一凹槽沿 著第側壁插入谷置空間内並與第一侧壁疊合，而第五插片 自第一凹槽沿著第二侧壁插入容置空間内並與第二側壁疊 合0 ^依照本發明一較佳實施例，上述緩衝包裝結構之紙類材 貝了包括但不限於瓦愣紙、再生紙以及銅版紙。 —依照本發明一較佳實施例，上述之緩衝包裝結構更至少 包含外盒體，其中緩衝主體係與此外盒體相對應。 應用上述之緩衝包裝結構，由於緩衝主體具有容置空間 以支撐並固定產品，且緩衝主體及緩衝墊更於容置空間^圍 t成井字型緩衝結構，藉以保護容置空間内之產品免於衝 撞。其次，此緩衝包裝結構製作容易且有效減少紙類材料使 用量，而於製作時亦方便工廠包裝又降低生產損耗，可大幅 減fe成本負擔。 1260300 么月之緩衝包裝結構僅利用摺疊與卡勾 製作之井字型缕彳齡处接 、、、氏類材料所 才予良緩衝結構，可作為支撐及固 品，藉以保護產品旁於榭户卜皿體内的產 且製作容易，且|y作砗+ p ^ 在、，、口構不需糊膠 且I作％亦不需另外開發製作模具， 輕成本負擔。以下配合第 有效減 明之緩衝包裝結構。 本务H teeth u 疋 outside the phoenix body products, in order to protect the product from collision. Since the buffer packaging structure is made of 苒I, it is easy to reduce the amount of paper materials used, and at the time of production, it is also a #卫卫& 4 a 士一才j 10000, which makes the factory packaging reduce production loss, which can greatly reduce the cost. burden. According to the above object of the present invention, a buffer packaging structure is proposed, which comprises at least a buffer body and a buffer pad which is disposed under the buffer body, wherein the buffer body has a receiving space and the buffer body and the buffer The pad further forms a well-shaped buffer structure around the accommodating space, thereby protecting the product in the accommodating space from collision. Further, the buffer body has a accommodating space, and at least includes an inner bottom plate and is disposed on the inner bottom plate. a first side panel and a second side panel on the side, a first side panel and a second side panel disposed on opposite sides of the first panel, and a second side panel and a fourth side panel disposed on the opposite side of the second panel, a fifth side plate connected to the first side plate, a sixth side plate connected to the second side plate, a seventh side plate connected to the third side plate, an eighth side plate connected to the fourth side plate, and two sides opposite to the inner bottom plate The first groove and the second groove are respectively spaced apart from the two sides by a predetermined interval. The central region of the inner bottom plate floats a plurality of first supports 1260300 pieces to support the inner bottom plate. A first panel is connected to the inner bottom panel by a first fold line, and the second panel is connected to the inner bottom panel by a second fold line. The first side panel is connected to the first panel by a third fold line, and the second side panel is connected with the first panel by a fourth fold line. Connected to each other, the second side panel is connected to the second panel by a fifth fold line, the fourth side panel is connected to the second panel by a sixth fold line, the fifth side panel is connected to the first side panel by a seventh fold line, and the sixth side panel is connected by the eighth fold line. Connected to the second side panel, the seventh side panel is connected to the third side panel by a ninth fold line, and the eighth side panel is connected to the fourth side panel by a tenth fold line. Further, the first groove and the second groove are perpendicular to the first fold line. The direction is disposed on opposite sides of the inner bottom plate and separated from the two sides by a predetermined distance, and the first groove and the second groove extend to a portion of the first panel and a portion of the first panel. Folding the first fold line, the second fold line, the third fold line, the fourth fold line, the fifth fold line, the sixth fold line, the seventh fold line, the eighth fold line, the ninth fold line, and the tenth fold line to form the first side wall and the second side wall First buffer wall, a second buffer wall, a third buffer wall and a fourth buffer wall, wherein the first side wall is formed by stacking the concave fifth side plate and the seventh side plate and has a first width, and the second side wall is overlapped The concave sixth side plate and the eighth side plate are formed and have a second width. The first buffer wall is formed by stacking the convex first side plate and the first panel, and the second buffer wall is formed by overlapping the convex The two side panels are formed with the first panel, the third buffer wall is formed by stacking the convex third side panel and the second panel, and the fourth buffer wall is formed by the superposed convex fourth side panel and the second panel Forming, the first panel, the second panel, the first sidewall, the second sidewall, and the inner bottom layer form the accommodating space, and the first sidewall and the second sidewall of the recess respectively expose the first recess and the first And a predetermined spacing is not less than a width of the first buffer wall, a width of the second buffer wall, a width of 12 1260300 of the third buffer wall or a width of the fourth buffer wall. Further, the cushion pad is disposed below the buffer body and includes at least an outer bottom plate and a ninth side plate and a tenth side plate provided on opposite sides of the outer bottom plate. The ninth side plate is connected to the outer bottom plate by an eleventh fold line, and the tenth side plate is connected to the outer bottom plate by a twelfth fold line, wherein the outer side of the ninth side plate respectively has a first insert and a second insert perpendicular to the eleventh fold line. The sheet and the third insert, the outer side of the tenth side panel respectively have a fourth insert, a fifth insert and a sixth insert perpendicular to the twelfth fold line. The ninth side panel and the tenth side panel are perpendicular to the outer bottom panel by folding the eleventh fold line and the twelfth fold line, and the second insert is inserted into the valley space from the first recess along the first sidewall and is opposite to the first side The wall is overlapped, and the fifth insert is inserted into the accommodating space from the first groove along the second side wall and overlaps with the second side wall. According to a preferred embodiment of the present invention, the paper of the buffer packaging structure is used. Materials include but are not limited to corrugated paper, recycled paper, and coated paper. - In accordance with a preferred embodiment of the present invention, the cushioning package structure further comprises at least an outer casing, wherein the cushioning main system corresponds to the casing. In the above buffer packaging structure, since the buffer body has an accommodating space for supporting and fixing the product, and the buffer body and the cushion pad are further arranged in the accommodating space to form a well-shaped buffer structure, the product in the accommodating space is protected from the product. Crash. Secondly, the buffer packaging structure is easy to manufacture and effectively reduces the amount of paper materials used, and is convenient for factory packaging and reduces production loss during production, thereby greatly reducing the cost burden. 1260300 The cushioning structure of the month is only made up of the well-shaped type of the old-fashioned type, which is made of folding and hooking. The material is used as a support and solid product to protect the product by the Seto. The production and production of the dish is easy, and |y is 砗+ p ^, and the mouth structure does not require paste and I do not need to develop another mold, which is light and costly. The following is the buffer packaging structure with the first effective reduction. Main duty
么明上述之紙類材料，特指具有緩衝功能之 質’舉例而言，適用於本發明之緩衝包裝結構之紙類材質可 包括但不限於瓦楞紙、再生紙以及銅版紙。然而，此技術 域中任何具有通常知識者當可了解，本發明所指之紙類材料 並不限於上述所列，舉凡可有效提高緩衝功能之任何紙類材 質’皆不脫離本發明之精神及範圍。 本發明之缓衝包裝結構至少包含緩衝主體以及卡設於 緩衝主體下方之緩衝墊，其中緩衝主體具有容置空間，I緩 衝主體及緩衝墊更於容置空間周圍形成複數個緩衝結構，= 以保護容置空間内之產品免於衝撞。請參閱第4(A)圖，^ 係繪示根據本發明一較佳實施例之緩衝主體的平面展開 圖。在第4(A)圖中，本發明之緩衝包裝結構的緩衝主體4〇1 具有容置空間403 ’其中容置空間403之大小端視欲包裝之 產品而異，本發明不限於此。至於緩衝主體4〇 1則至少包人 内底板41 1、設於内底板411相對之二側邊的第一面板413 與第二面板415、設於第一面板413相對之二側邊的第—側 板41 7與第二側板41 9、設於第二面板41 5相對之二側邊的 第三側板421以及第四側板423、與第一側板4!7相連的第 14 1260300 五側板425、與第二側板4 1 9相連的第六側板427、與第三 側板42 1相連的第七側板429、與第四側板423相連的第八 側板43 1、以及設於内底板4 1 1相對之二側邊且分別與二側 邊相隔一預設間距L的第一凹槽433與第二凹槽435。簡言 之，以内底板41 1為中心，第一面板413係與第二面板415 互為對稱；以第一面板41 3為中心，第一側板417以及第五 側板425係與第二側板4 1 9以及第六側板427互為對稱；同 理，以第二面板415為中心，第三側板421以及第七側板 429係與第四側板423以及第八側板43 1亦互為對稱。 進一步言之，内底板411之中央區域係浮割出複數個第 一支撐片437，其係於後續形成容置空間403後，一方面藉 由第一支撐片43 7以支撐内底板411，另一方面，第一支撐 片437更可作為緩衝結構，以提供容置空間403下方有較佳 的緩衝效果。 第一面板413以第一折線439與内底板41 1相連，第二 面板41 5以第二折線441與内底板411相連，第一側板41 7 以第三折線443與第一面板413相連，第二側板以第四折線 445與419第一面板413相連，第三側板421以第五折線447 與第二面板415相連，第四側板423以第六折線449與第二 面板415相連，第五側板425以第七折線451與第一側板 417相連，第六側板427以第八折線453與第二側板419相 連，第七側板429以第九折線455與第三側板421相連，而 第八側板43 1以第十折線457與第四側板423相連。此外， 第一凹槽43 3與第二凹槽43 5以垂直於第一折線43 9之方向 15 1260300 設於内底板4 11相對之二側邊並分別與此二側邊相隔一預 設間距L，且第一凹槽433與第二凹槽435均延伸至部分之 第一面板4 1 3以及部分之第二面板4 1 5。經由摺疊第一折線 439、第二折線441、第三折線443、第四折線445、第五折 線447、第六折線449、第七折線451、第八折線453、第九 折線455以及第十折線457，藉以形成第一側壁461、第二 側壁463、第一緩衝壁465、第二緩衝壁467、第三緩衝壁 469以及第四緩衝壁471，而形成如第5圖之結構。 請再參閱第5圖，其係繪示根據本發明一較佳實施例之 緩衝主體的折製示意圖。更進一步言之，此容置空間403 係由第一面板41 3 '第二面板415、第一側壁461、第二側 壁463以及内底板411所形成。在容置空間403周圍更具有 第一緩衝壁465、第二緩衝壁467、第三緩衝壁469以及第 四缓衝壁471，其中第一側壁461係具有第一寬度％且由 疊合内凹之第五側板425與第七側板429而形成，第二側壁 463係具有第二寬度W2且由疊合内凹之第六側板427與第 八側板43 1而形成，第一緩衝壁465係由疊合外凸之第一側 板41 7與第一面板41 3而形成，第二緩衝壁467係由疊合外 凸之第二側板41 9與第一面板41 3而形成，第三緩衝壁4 6 9 係由疊合外凸之第三側板421與第二面板415而形成，而第 四緩衝壁47 1係由疊合外凸之第四側板423與第二面板4 1 5 而形成。内凹之第一側壁46 1與第二側壁463係分別暴露出 第一凹槽433與第二凹槽435，且預設間距L係不小於第一 緩衝壁465之寬度、第二緩衝壁467之寬度、第三緩衝壁 16 1260300 469之寬度或第四緩衝壁471之寬度。 上述之第一侧壁46 1係由疊合内凹之第五側板425與第 七側板429而形成，且第二側壁463係由疊合内凹之第六側 板427與第八侧板43 1而形成。進一步而言，在本發明的一 個例子中，第五側板425外側可設有第七插片473，且第九 折線455上設有相對於第七插片473之第三凹槽475，藉由 卡合第七插片473與第三凹槽475以疊合第五側板425與第 七側板429，而如第4(A)圖之所示。另一種方式，第七插片 可改設於第七側板外側，而第三凹槽可改設於第七折線上且 相對於第三凹槽，亦可藉由卡合第七插片與第三凹槽以疊合 第五側板與第七側板（圖未緣示）。同理，第六側板427外側 可設有第八插片477，且第十折線457上設有相對於第八插 片477之第四凹槽479,藉由卡合第八插片477與第四凹槽 479以疊合第六側板427與第八側板431，而如第4(A)圖之 所示。另一種方式，第八插片可改設於第八側板外側，而第 四凹槽可改設於第八折線上且相對於第四凹槽，亦可藉由卡 合第八插片與第四凹槽以疊合第六側板與第八側板（圖未繪 示）。然而，此技術領域中任何具有通常知識者當可了解， 本發明係利用上述摺疊與卡勾方式疊合第五側板425與第 七側板429以及第六側板427與第八側板43丨，其疊合方式 並不限於上述所列，舉凡可有效疊合上述側板之任何方式' 皆不脫離本發明之精神及範圍。 /此外，由於具有緩衝功能之紙類材質具有一定厚度，奋 受到衝擊時’因容置空間403周圍之第—緩衝壁465、第二 17 1260300 緩衝壁467、第三緩衝壁469以及第四緩衝壁471之結構過 硬g值較大，缓衝效果會較差。為了改善支撐及緩衝的效 果’在第三折線443、第四折線445、第五折線447及第六 折線449上更可選擇性分別設有第五凹槽481、第六凹槽 483、第七凹槽485及第八凹槽487，藉此降低第一緩衝壁 465、第二緩衝壁467、第三緩衝壁469以及第四緩衝壁471 之g值。因此，當受到衝擊時，可藉由第一緩衝壁465、第 一緩衝壁467、第三緩衝壁469以及第四缓衝壁471之潰縮 吸收衝擊力，而提高缓衝效果。再者，為了便於取放容置空 間403内之產品，在第一面板4丨3及第二面板4丨5之外緣更 可遥擇性分別具有第一凹陷491及第二凹陷493。 本發明之緩衝包裝結構除了上述之緩衝主體外，更至少 包含緩衝墊，藉以進一步固定緩衝主體，以避免緩衝主體在 搬運過程中產生晃動。請參閱第4(B)圖，其係繪示根據本 發明一較佳實施例之緩衝墊的平面展開圖。在第4(B)圖中， 本發明之緩衝包裝結構的緩衝墊50〇至少包含外底板5〇1 以及設於外底板501相對之二側邊的第九側板5〇3以及第十 側板505。第九側板503以第十一折線507與外底板5〇1相 連且第十側板505以第十二折線5〇9與外底板501相連，其 中第九側板503之外側分別具有垂直於第十一折線5〇7之第 一插片511、第二插片513及第三插片515，第十側板5〇5 之外侧分別具有垂直於第十二折線509之第四插片517、第 五插片519及第六插片521。第二插片513之第三寬度W3 與第一側壁461之第一寬度Wl實質上可相等或不等，而第 18 1260300 五插片519之第四寬度W4與第二側壁463之第二寬度 實質上可相等或不等’端賴所使用之紙張厚度而定。經由摺 疊第十一折線507以及第十二折線5〇9，使第九側板5〇3以 及第十側板505垂直於外底板501，且第二插片513自第一 凹槽433沿著第一側壁461插入容置空間4〇3内並與第一側 壁461疊合，而第五插片5〇9自第二凹槽435沿著第二側壁 463插入容置空間403内並與第二側壁463疊合，藉此更^ 鲁 化容置空間403之第一側壁461以及第二側壁463之強度。 如此一來，藉由第一側壁461、第二側壁463、第一緩衝壁 465、第二緩衝壁467、第三緩衝壁469、第四緩衝壁ο/、 =一插片5u、第二插片513、第三插片515、第四插片517、 第五插片519以及第六插片521所形成之井字型緩衝結構， 並配合第一支撐片437支撐於容置空間4〇3之下方，藉此在 容置空間403周圍形成複數個緩衝結構，使容置空間 具有緩衝效果，it而保護容置空μ 4〇3内之產品免於衝撞。 • 由於上述之緩衝結構，例如第一緩衝壁465之寬度、第二緩 衝，467之寬度、第三緩衝壁彻之寬度、第四：衝壁 之寬度、以及内底板411藉由第—支撐片437支擇於外底板 501之距離等，端視產品大小及重量而異，因此本發明不限 本發明的—個例子中’外底板501相對之另二側邊更 分別切割出第二支撐片523及第三支撐片525,其中第二支 撐片523以第十二折線527與外底板5〇1相連，而第三支撐 片525亦以第十四折線529與外底板50 1相連，經由摺疊第 19 1260300 十二折線527以及弟十四折線529，使第二支撐片523及第 二支撐片525垂直於外底板50 1，以固定卡設於緩衝墊5〇〇 上方之緩衝主體401，藉此避免緩衝主體4〇1晃動。 此外，緩衝墊500更至少包含第一延伸部531及第二延 伸部5 3 3设於外底板5 01之二側邊，其中第一延伸部$ 3 1 及第二延伸部533係分別切割自部分之第九側板5〇3與部分 · 之第十側板505,且第一延伸部531及第二延伸部533係跨 · 越第十一折線507以及第十二折線5〇9，而如第4(B)圖之所 示0 在本發明的一個例子中，上述之緩衝包裝結構更至少包 含外盒體，使經組裝後之緩衝主體以及緩衝墊可進一步組裝 至外盒體内。請參閱第6圖，其係繪示根據本發明一較佳實 施例之緩衝包裝結構之組裝過程示意圖。在第6圖中，本發 明之緩衝包裝結構400更至少包含緩衝主體4〇1、緩衝墊5〇() 以及外盒體600,其中緩衝主體4〇1及緩衝墊5〇〇係與此外 盒體600相對應。 值得一提的是，本發明之緩衝包裝結構僅利用摺疊與卡 勾紙類材料所製作之井字型緩衝結構，可作為支撐及固定外 盒體内的產品，藉以保護產品免於衝撞。由於此緩衝包装結 構製作容易且有效減少約3〇%之紙類材料使用量，可大幅、 減t成本負擔。其次，請再比較第3圖及第6圖，相較於習 知之緩衝包裝結構，本發明之緩衝包裝結構4〇〇係以第一面、 板413、第二面板415、第一側壁461、第二側壁463、第— 緩衝壁465、第二緩衝壁467、第三緩衝壁469 '第四緩衝 20 1260300 壁471、第一插片511、第二插片513、第三插片515、第四 插片517、第五插片519以及第六插片521等形成井字型緩 衝結構。當本發明之緩衝包裝結構400受到衝撞，例如受到 箭頭601及箭頭603方向之應力時，由於一方面井字型緩衝 結構將習知緩衝包裝結構1 〇〇的雙门字形緩衝結構之支樓 點向内縮移，另一方面第一側壁46 1與第二側壁463為多層 結構，提供足夠之強度，因此本發明之緩衝包裝結構可有效 提供容置空間403内之產品有足夠的支撐效果，並達到改善 支撐及緩衝效果，所以本發明上述之緩衝結構可提供較習知 緩衝包裝結構更為優異之緩衝效果。再者，本發明係利用上 述摺豐與卡勾方式疊合第五側板425與第七側板429以及第 ^側板427與第八側板43丨，以分別形成容置空間4〇3之第 一側壁461及第二侧壁463，因此可提供較習知緩衝包裝結 構更為穩固之容置空間4〇3。此外，由於目前電子產品相當 精、、、田且於搬運過程中不耐衝撞，因此當緩衝主體1及緩衝 墊5 00組叙至外盒體6〇〇内形成緩衝包裝結構$⑽後，上述 第-側壁461、第二側壁463、第一緩衝壁465、第二緩衝 壁467、第三緩衝壁469、第四緩衝壁471、第一插片511、 第插片513、第二插片515、第四插片517、第五插片519 =及第/、插片52 1所形成之井字型緩衝結構，並配合第一支 撐片支撐於容置空間403之下方，藉此在容置空間4〇3 周圍P开y成複數個緩衝結構，且此些緩衝結構與外盒體6⑽ 之間更形成複數個緩衝空間，以使容置空間彻具有一緩衝 效果’進而保護容置空間4〇3内之產品免於衝撞。綜言之， 21 l26〇3〇〇 旦；此、、爰衝包裝結構製作容易且有效減少紙類材料使用 里，而且於製作時亦方便工廠包裝又降低生產損耗，可大 減輕成本負擔。 田 ^由上述本發明較佳實施例可知，應用本發明之緩衝包裝 :構’其優點在於此緩衝包裝結構僅利用摺疊與卡勾紙類材 枓=製作之井字型緩衝結構，可作為支撐及固定外盒體内的 產叩，藉以保護產品免於衝撞。由於此緩衝包裝結構製作容 易且有效減少紙類材料使用量，而於製作時亦方便工廠包裝 又降低生產損耗，可大幅減輕成本負擔。 ^雖然本發明已以較佳實施例揭露如上，然其並非用以限 定本發明，惟此技術領域中任何具有通常知識者，在不脫離 本發明之精神和範圍内，當可針對本發明揭露之緩衝包裝結 構等作各種之更動與潤飾，因此本發明之保護範圍當視後= 之申睛專利範圍所界定者為準。 【圖式簡單說明】 第1 (A)圖係繪示習知緩衝主體的平面展開圖； 第1 (B)圖係繪示習知緩衝墊的平面展開圖·， 第2圖係繪示習知緩衝主體的折製示意圖； 第3圖係繪示習知緩衝包裝結構之組裝過程示意圖； 第4(A)圖係繪示本發明一較佳實施例之緩衝主體的平 面展開圖； 第4(B)圖係繪示根據本發明一較佳實施例之緩衝塾的 平面展開圖； 22 1260300 第5圖係繪示根據本發明一較佳實施例之緩衝主體的 折製示意圖；以及 第6圖係繪示根據本發明一較佳實施例之緩衝包裝結 構之組裝過程示意圖。 I 0 1 :緩衝主體 111 :内底板 114 :第三面板 II 6 :第四面板 11 9 :第二側板 123 :第四側板 127 :第六側板 139 :第一折線 143 ··第三折線 147 :第五折線 1 5 1 :第七折線 155 :第九折線 1 5 9 :第十一折線 163 :第十三折線 167 ··第十五折線 1 7 1 :第一側壁 175 :第一緩衝壁 179 :第三緩衝壁 【主要元件符號說明】 100 :緩衝包裝結構 103 :容置空間 11 3 :第一面板 11 5 :第二面板 11 7 :第一側板 1 21 :第三側板 125 :第五側板 137 :第一支撐片 141 :第二折線 145 ··第四折線 149 :第六折線 1 5 3 :第八折線 157 :第十折線 1 6 1 :第十二折線 165 ··第十四折線 169 :第十六折線 173 ··第二側壁 177 :第二緩衝壁 23 1260300The paper material described above specifically refers to a buffering function. For example, paper materials suitable for the cushion packaging structure of the present invention may include, but are not limited to, corrugated paper, recycled paper, and coated paper. However, it is understood by those of ordinary skill in the art that the paper materials referred to in the present invention are not limited to the above-listed, and any paper material that can effectively improve the cushioning function does not depart from the spirit of the present invention. range. The cushioning package structure of the present invention comprises at least a buffer body and a cushion pad which is disposed under the buffer body, wherein the buffer body has a receiving space, and the I buffer body and the cushion pad form a plurality of buffer structures around the receiving space, Protect the products in the accommodating space from collision. Referring to Fig. 4(A), there is shown a plan development view of a buffer body in accordance with a preferred embodiment of the present invention. In Fig. 4(A), the buffer body 4〇1 of the cushion packaging structure of the present invention has an accommodation space 403' in which the size of the accommodation space 403 varies depending on the product to be packaged, and the present invention is not limited thereto. The buffer body 4〇1 includes at least the inner bottom plate 41 1 , the first panel 413 and the second panel 415 disposed on opposite sides of the inner bottom plate 411 , and the first side opposite to the opposite sides of the first panel 413 . a side panel 41 7 and a second side panel 41 9 , a third side panel 421 and a fourth side panel 423 disposed on opposite sides of the second panel 41 5 , and a 14 1260300 five side panel 425 connected to the first side panel 4 ! a sixth side plate 427 to which the second side plate 4 19 is connected, a seventh side plate 429 connected to the third side plate 42 1 , an eighth side plate 43 1 connected to the fourth side plate 423 , and two opposite to the inner bottom plate 4 1 1 The first groove 433 and the second groove 435 are spaced apart from each other by a predetermined distance L from the two sides. In short, the first panel 413 is symmetrical with the second panel 415, and the first panel 413 is centered, and the first side panel 417 and the fifth side panel 425 are connected to the second side panel 4 1 . 9 and the sixth side plate 427 are symmetrical with each other; similarly, the third side plate 421 and the seventh side plate 429 are symmetrical with each other, and the fourth side plate 423 and the eighth side plate 43 1 are centered on the second panel 415. Further, a central portion of the inner bottom plate 411 is floated to cut out a plurality of first supporting pieces 437, which are formed by the first supporting piece 43 7 to support the inner bottom plate 411 after the subsequent forming of the accommodating space 403. On the one hand, the first supporting piece 437 can be used as a buffer structure to provide a better cushioning effect under the accommodating space 403. The first panel 413 is connected to the inner bottom plate 41 1 by a first fold line 439, the second side plate 41 5 is connected to the inner bottom plate 411 by a second fold line 441, and the first side plate 41 7 is connected to the first panel 413 by a third fold line 443. The second side panel is connected to the first panel 413 by a fourth fold line 445, the third side panel 421 is connected to the second panel 415 by a fifth fold line 447, and the fourth side panel 423 is connected to the second panel 415 by a sixth fold line 449. The fifth side panel is connected. 425 is connected to the first side plate 417 by a seventh folding line 451. The sixth side plate 427 is connected to the second side plate 419 by an eighth folding line 453. The seventh side plate 429 is connected to the third side plate 421 by a ninth folding line 455, and the eighth side plate 43 is connected. 1 is connected to the fourth side plate 423 by a tenth fold line 457. In addition, the first recess 43 3 and the second recess 43 5 are disposed on opposite sides of the inner bottom plate 4 11 in a direction 15 1260300 perpendicular to the first fold line 43 9 and are respectively spaced apart from the two sides by a predetermined spacing. L, and the first groove 433 and the second groove 435 both extend to a portion of the first panel 421 and a portion of the second panel 415. By folding the first fold line 439, the second fold line 441, the third fold line 443, the fourth fold line 445, the fifth fold line 447, the sixth fold line 449, the seventh fold line 451, the eighth fold line 453, the ninth fold line 455, and the tenth fold line 457, whereby the first side wall 461, the second side wall 463, the first buffer wall 465, the second buffer wall 467, the third buffer wall 469, and the fourth buffer wall 471 are formed to form the structure as shown in FIG. Please refer to FIG. 5 again, which is a schematic diagram showing the folding of the buffer body according to a preferred embodiment of the present invention. Furthermore, the accommodating space 403 is formed by the first panel 41 3 'the second panel 415, the first side wall 461, the second side wall 463, and the inner bottom plate 411. There is further a first buffer wall 465, a second buffer wall 467, a third buffer wall 469 and a fourth buffer wall 471 around the accommodating space 403, wherein the first side wall 461 has a first width % and is folded by the concave The fifth side plate 425 and the seventh side plate 429 are formed. The second side wall 463 has a second width W2 and is formed by overlapping the concave sixth side plate 427 and the eighth side plate 43 1 . The first buffer wall 465 is composed of The first protruding side plate 41 7 is formed with the first panel 41 3 , and the second buffer wall 467 is formed by stacking the convex second side plate 419 and the first panel 41 3 , and the third buffer wall 4 is formed. 6 9 is formed by stacking the convex third side plate 421 and the second panel 415, and the fourth buffer wall 47 1 is formed by overlapping the convex fourth side plate 423 and the second panel 4 15 . The first sidewall 461 and the second sidewall 463 of the recess respectively expose the first recess 433 and the second recess 435, and the predetermined spacing L is not less than the width of the first buffer wall 465, and the second buffer wall 467 The width, the width of the third buffer wall 16 1260300 469 or the width of the fourth buffer wall 471. The first side wall 46 1 is formed by stacking the concave fifth side plate 425 and the seventh side plate 429 , and the second side wall 463 is formed by overlapping the concave sixth side plate 427 and the eighth side plate 43 1 . And formed. Further, in an example of the present invention, a seventh insert 473 may be disposed outside the fifth side plate 425, and a third recess 475 is disposed on the ninth fold line 455 with respect to the seventh insert 473. The seventh tab 473 and the third recess 475 are engaged to overlap the fifth side plate 425 and the seventh side plate 429 as shown in FIG. 4(A). Alternatively, the seventh insert can be modified on the outer side of the seventh side panel, and the third recess can be modified on the seventh fold line and opposite to the third recess, or by engaging the seventh insert and the third insert The three grooves are formed to overlap the fifth side plate and the seventh side plate (not shown). Similarly, the sixth insert 477 can be disposed on the outer side of the sixth side plate 427, and the fourth recess 479 is disposed on the tenth fold line 457 with respect to the eighth insert 477, by engaging the eighth insert 477 and the first Four grooves 479 are formed to overlap the sixth side plate 427 and the eighth side plate 431 as shown in Fig. 4(A). Alternatively, the eighth insert may be modified on the outer side of the eighth side panel, and the fourth recess may be modified on the eighth fold line and opposite to the fourth recess, or by engaging the eighth insert and the first insert The four grooves are stacked to overlap the sixth side plate and the eighth side plate (not shown). However, it is understood by those of ordinary skill in the art that the present invention folds the fifth side panel 425 and the seventh side panel 429 and the sixth side panel 427 and the eighth side panel 43 by folding and hooking described above. The manner of the present invention is not limited to the above-mentioned, and any manner in which the above-mentioned side panels can be effectively overlapped does not depart from the spirit and scope of the present invention. / In addition, since the paper material having the cushioning function has a certain thickness, when the impact is struck, 'because of the first buffer wall 465 around the accommodation space 403, the second 17 1260300 buffer wall 467, the third buffer wall 469, and the fourth buffer The structure of the wall 471 has a large hard g value and a poor buffering effect. In order to improve the effect of the support and the cushioning, the fifth recess 481, the fourth fold line 447 and the sixth fold line 449 are further selectively provided with a fifth recess 481, a sixth recess 483, and a seventh. The groove 485 and the eighth groove 487 thereby reducing the g value of the first buffer wall 465, the second buffer wall 467, the third buffer wall 469, and the fourth buffer wall 471. Therefore, when subjected to an impact, the impact force can be absorbed by the collapse of the first buffer wall 465, the first buffer wall 467, the third buffer wall 469, and the fourth buffer wall 471, thereby improving the cushioning effect. Moreover, in order to facilitate the handling of the product in the accommodating space 403, the outer edges of the first panel 4丨3 and the second panel 4丨5 respectively have a first recess 491 and a second recess 493, respectively. In addition to the buffer body described above, the cushion package structure of the present invention further includes at least a cushion for further fixing the buffer body to prevent the buffer body from rattling during handling. Referring to Figure 4(B), there is shown a plan development view of a cushion in accordance with a preferred embodiment of the present invention. In the fourth (B), the cushion pad 50 of the cushion packaging structure of the present invention includes at least an outer bottom plate 5〇1 and a ninth side plate 5〇3 and a tenth side plate 505 which are disposed on opposite sides of the outer bottom plate 501. . The ninth side plate 503 is connected to the outer bottom plate 5〇1 by the eleventh fold line 507, and the tenth side plate 505 is connected to the outer bottom plate 501 by the twelfth fold line 5〇9, wherein the outer side of the ninth side plate 503 has a perpendicular to the eleventh. The first insert 511, the second insert 513 and the third insert 515 of the fold line 5〇7, the outer side of the tenth side panel 5〇5 respectively have a fourth insert 517 and a fifth insert perpendicular to the twelfth fold line 509. Sheet 519 and sixth tab 521. The third width W3 of the second tab 513 is substantially equal or unequal to the first width W1 of the first sidewall 461, and the fourth width W4 of the 181260300 five-ply 519 and the second width of the second sidewall 463 Substantially equal or unequal depends on the thickness of the paper used. By folding the eleventh fold line 507 and the twelfth fold line 5〇9, the ninth side panel 5〇3 and the tenth side panel 505 are perpendicular to the outer bottom panel 501, and the second tab 513 is along the first recess 433 along the first The sidewall 461 is inserted into the accommodating space 4〇3 and overlaps with the first sidewall 461, and the fifth tab 5〇9 is inserted into the accommodating space 403 and the second sidewall from the second recess 435 along the second sidewall 463. The 463 is superimposed, thereby further reducing the strength of the first side wall 461 and the second side wall 463 of the accommodating space 403. In this way, the first side wall 461, the second side wall 463, the first buffer wall 465, the second buffer wall 467, the third buffer wall 469, the fourth buffer wall ο/, = a tab 5u, the second plug The 513, the third insert 515, the fourth insert 517, the fifth insert 519, and the sixth insert 521 form a well-shaped buffer structure, and are supported by the first support piece 437 in the accommodating space 4〇3. In the lower part, a plurality of buffer structures are formed around the accommodating space 403, so that the accommodating space has a buffering effect, and the product in the accommodating space 4 is protected from collision. • due to the above-described buffer structure, for example, the width of the first buffer wall 465, the width of the second buffer 467, the width of the third buffer wall, the fourth: the width of the punched wall, and the inner bottom plate 411 by the first support piece The distance between the 437 and the outer bottom plate 501 varies depending on the size and weight of the product. Therefore, the present invention is not limited to the present invention. In the example, the outer bottom plate 501 cuts the second support piece separately from the other two sides. 523 and a third supporting piece 525, wherein the second supporting piece 523 is connected to the outer bottom plate 5〇1 by the twelfth fold line 527, and the third supporting piece 525 is also connected to the outer bottom plate 501 by the fourteenth folding line 529, and is folded. The 19th 1260300 twelve-fold line 527 and the fourteen-fold line 529 enable the second support piece 523 and the second support piece 525 to be perpendicular to the outer bottom plate 501 to fix the buffer body 401 which is disposed above the cushion pad 5〇〇. This prevents the buffer body 4〇1 from shaking. The first extending portion 531 and the second extending portion 533 are respectively cut from the two sides of the outer bottom plate 511, wherein the first extending portion 531 and the second extending portion 533 are respectively cut from the two sides. a portion of the ninth side panel 5〇3 and the tenth side panel 505 of the portion, and the first extension portion 531 and the second extension portion 533 span the eleventh fold line 507 and the twelfth fold line 5〇9, and 4(B) shows a 0. In an example of the present invention, the buffer packaging structure further includes at least an outer casing, so that the assembled cushion body and the cushion can be further assembled into the outer casing. Referring to Figure 6, there is shown a schematic diagram of an assembly process of a cushion package structure in accordance with a preferred embodiment of the present invention. In the sixth embodiment, the cushion packaging structure 400 of the present invention further comprises at least a buffer body 4〇1, a cushion 5〇() and an outer box 600, wherein the buffer body 4〇1 and the cushion 5 are attached to the box. Body 600 corresponds. It is worth mentioning that the cushion packaging structure of the present invention can only serve as a support and fixing product in the outer casing by using the trap type buffer structure made of the folded and hook paper materials, thereby protecting the product from collision. Since the cushioning package structure is easy to manufacture and effectively reduces the amount of paper material used by about 3%, the cost can be greatly reduced. Next, please compare FIG. 3 and FIG. 6 again. Compared with the conventional buffer packaging structure, the buffer packaging structure 4 of the present invention has a first surface, a plate 413, a second panel 415, and a first side wall 461. Second side wall 463, first buffer wall 465, second buffer wall 467, third buffer wall 469 'fourth buffer 20 1260300 wall 471, first insert 511, second insert 513, third insert 515, The four inserts 517, the fifth inserts 519, and the sixth inserts 521 and the like form a well-shaped buffer structure. When the cushioning package structure 400 of the present invention is subjected to a collision, for example, by the stress in the direction of the arrow 601 and the arrow 603, since the well type buffer structure is on the one hand, the conventional double-shaped glyph structure of the cushioning structure 1 The first side wall 46 1 and the second side wall 463 are multi-layered to provide sufficient strength. Therefore, the cushion packaging structure of the present invention can effectively provide sufficient support for the product in the accommodating space 403. The support structure and the cushioning effect are improved, so that the above buffer structure of the present invention can provide a buffering effect superior to that of the conventional cushion packaging structure. Furthermore, in the present invention, the fifth side plate 425 and the seventh side plate 429 and the second side plate 427 and the eighth side plate 43 are overlapped by the above-mentioned folding and hooking manner to respectively form the first side wall of the accommodating space 4〇3. The 461 and the second side wall 463 can provide a more stable accommodation space 4〇3 than the conventional cushion packaging structure. In addition, since the electronic product is currently quite fine, and the field is not resistant to collision during transportation, when the buffer body 1 and the cushion 500 are assembled into the outer casing 6 to form the cushion packaging structure $(10), the above The first side wall 461, the second side wall 463, the first buffer wall 465, the second buffer wall 467, the third buffer wall 469, the fourth buffer wall 471, the first insert piece 511, the first insert piece 513, and the second insert piece 515 The fourth insert 517, the fifth insert 519 = and the / / insert 52 1 formed by the well-shaped buffer structure, and the first support piece is supported under the accommodating space 403, thereby accommodating The space 4〇3 is surrounded by y into a plurality of buffer structures, and a plurality of buffer spaces are formed between the buffer structures and the outer casing 6(10), so that the accommodating space has a buffering effect to further protect the accommodating space 4 The products in 〇3 are free from collision. In summary, 21 l26〇3〇〇; this, the 包装 包装 packaging structure is easy to manufacture and effectively reduce the use of paper materials, and also facilitates factory packaging and reduces production loss during production, which can greatly reduce the cost burden. According to the preferred embodiment of the present invention described above, the cushioning package to which the present invention is applied has the advantage that the cushioning packaging structure can only be used as a support by using a folding and hooking paper material. And fixing the calf in the outer box to protect the product from collision. Since the buffer packaging structure is easy to manufacture and effectively reduces the amount of paper material used, it is also convenient for factory packaging and reduces production loss during production, thereby greatly reducing the cost burden. Although the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the invention, and it is intended that the present invention may be practiced without departing from the spirit and scope of the invention. The buffer packaging structure and the like are used for various changes and retouchings. Therefore, the scope of protection of the present invention is determined by the scope of the patent application. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1(A) is a plan view showing a conventional buffer body; Fig. 1(B) is a plan view showing a conventional cushion pad, and Fig. 2 is a drawing FIG. 3 is a schematic view showing a process of assembling a conventional buffer package structure; FIG. 4(A) is a plan view showing a planar view of a buffer body according to a preferred embodiment of the present invention; (B) is a plan view showing a buffer raft according to a preferred embodiment of the present invention; 22 1260300 FIG. 5 is a schematic view showing the folding body of the buffer body according to a preferred embodiment of the present invention; The drawing shows a schematic diagram of an assembly process of a cushion packaging structure according to a preferred embodiment of the present invention. I 0 1 : buffer body 111 : inner bottom plate 114 : third panel II 6 : fourth panel 11 9 : second side plate 123 : fourth side plate 127 : sixth side plate 139 : first fold line 143 · · third fold line 147 : The fifth fold line 1 5 1 : the seventh fold line 155 : the ninth fold line 1 5 9 : the eleventh fold line 163 : the thirteenth fold line 167 · the fifteenth fold line 1 7 1 : the first side wall 175 : the first buffer wall 179 : third buffer wall [main component symbol description] 100 : buffer packaging structure 103 : accommodation space 11 3 : first panel 11 5 : second panel 11 7 : first side panel 1 21 : third side panel 125 : fifth side panel 137: first support piece 141: second fold line 145 · · fourth fold line 149 : sixth fold line 1 5 3 : eighth fold line 157 : tenth fold line 1 6 1 : twelfth fold line 165 · · fourteen fold line 169 : 16th fold line 173 · · Second side wall 177 : second buffer wall 23 1260300
181 ： 第四緩衝壁 183 ： 185 ： 第二固定片 187 ： 189 ： 第四固定片 191 ： 192 ： 第二凹槽 193 ： 194 ： 第四凹槽 195 ： 196 ： 第六凹槽 200 ： 201 ： 外底板 223 ： 225 ： 第三支撐片 227 ： 229 ： 第十八折線 300 ： 301 ： 箭頭 303 ： 400 ： 緩衝包裝結構 401 ： 403 ： 容置空間 411 ： 413 ： 第一面板 415 ： 417 ： 第一側板 419 ： 421 ： 第三侧板 423 : 425 ： 第五側板 427 : 429 ： 第七側板 431 ： 433 ： 第一凹槽 435 : 437 ： 第一支撐片 439 ： 441 ： 第二折線 443 ： 445 ： 第四折線 447 ： 449 ： 第六折線 451 453 ： 第八折線 455 457 ： 第十折線 461 第一固定片 第三固定片 第一凹槽 第三凹槽 第五凹槽 緩衝墊 第二支撐片 第十七折線 外盒體 箭頭 緩衝主體 内底板 第二面板 第二側板 第四側板 第六側板 第八側板 第二凹槽 第一折線 第三折線 第五折線 :第七折線 :第九折線 :第一側壁 24 1260300 463 :第二側壁 467 :第二緩衝壁 471 :第四緩衝壁 475 :第三凹槽 479 ··第四凹槽 483 ··第六凹槽 487 :第八凹槽 493 :第二凹陷 501 :外底板 505 :第十側板 509 :第十二折線 5 1 3 :第二插片 5 1 7 ··第四插片 521 :第六插片 525 ··第三支撐片 529 ··第十四折線 533 ：第二延伸部 601 :箭頭 D!:間距 L :預設間距 W!:第一寬度 465 ··第一緩衝壁 469 :第三緩衝壁 473 :第七插片 477 :第八插片 481 :第五凹槽 485 ··第七凹槽 491 :第一凹陷 500 :緩衝墊 503 :第九側板 507 :第十一折線 5 11 :第一插片 5 1 5 :第三插片 5 1 9 ··第五插片 523 :第二支撐片 527 :第十三折線 531 ··第一延伸部 600 :外盒體 603 :箭頭 D2 :間距 W :寬度 w2 :第二寬度 25181 : Fourth buffer wall 183 : 185 : Second fixing piece 187 : 189 : Fourth fixing piece 191 : 192 : Second groove 193 : 194 : Fourth groove 195 : 196 : Sixth groove 200 : 201 : Outer bottom plate 223 : 225 : Third support piece 227 : 229 : Eighteenth fold line 300 : 301 : Arrow 303 : 400 : Cushioning package structure 401 : 403 : accommodating space 411 : 413 : First panel 415 : 417 : First Side plate 419: 421: Third side plate 423: 425: Fifth side plate 427: 429: Seven side plate 431: 433: First groove 435: 437: First support piece 439: 441: Second fold line 443: 445: Fourth fold line 447 : 449 : Sixth fold line 451 453 : Eight fold line 455 457 : Tenth fold line 461 First fixing piece Third fixing piece First groove Third groove Fifth groove cushion Second support piece 17-fold line outside box body arrow buffer body inner bottom plate second panel second side plate fourth side plate sixth side plate eighth side plate second groove first fold line third fold line fifth fold line: seventh fold line : ninth fold line: first side wall 24 1260300 463 : second side wall 467 : second buffer wall 471 : fourth buffer wall 475 : third groove 479 · · fourth groove 483 · · sixth groove 487 : Eight groove 493: second recess 501: outer bottom plate 505: tenth side plate 509: twelfth fold line 5 1 3 : second insert 5 1 7 · · fourth insert 521 : sixth insert 525 · · Three support pieces 529 ··fourteen fold line 533: second extension part 601: arrow D!: spacing L: preset spacing W!: first width 465 · first buffer wall 469: third buffer wall 473: Seven inserts 477 : eighth insert 481 : fifth recess 485 · · seventh recess 491 : first recess 500 : cushion 503 : ninth side plate 507 : eleventh fold line 5 11 : first insert 5 1 5 : third insert 5 1 9 · · fifth insert 523 : second support piece 527 : thirteen fold line 531 · · first extension 600 : outer case 603 : arrow D2 : spacing W : width w2 : second width 25