201236932 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種箱體，特別關於一種雙層缓衝箱 【先前技術】 按，一般市面上使用於裝載物件之包裝箱體，均為單 層的硬紙板所製成，因此，為了防止搬運的過程中迭成内 裝物件的損傷，需於箱體内加入緩衝材料，例如加入發泡 聚苯乙烯，EPS)或保麗龍，以加強内裝物件的保 吏内裝物件免於搬運過程中的損傷。尤其當物件 時’大都於包裝箱體内大量使用緩衝材料，使 減少搬運過程所造成的損傷。 伟遣電子產品，以 除了上述需使用大量的緩衝材料外， 想到取出㈣物件時，都是打開某—侧 =:。然而’如果是電路板等板狀物件時1:; 體的侧板面積一般相對較小，於 /、已4相 二住箱體之兩側而使物件取出時較為=過易 人捉住箱體，而另—人伸手、&而要- 取出’因此:取出物件時相當;；便:能將内部的電路板201236932 VI. Description of the Invention: [Technical Field] The present invention relates to a box, and more particularly to a double-layer buffer box. [Prior Art] Press, generally used in the packaging box for loading objects, all are single The layer of cardboard is made. Therefore, in order to prevent the damage of the embedded objects during the handling process, it is necessary to add a cushioning material in the box, for example, adding expanded polystyrene (EPS) or styrofoam to strengthen The inner contents of the built-in items are protected from damage during handling. Especially when the object is used, most of the cushioning material is used in the package body, so that the damage caused by the handling process is reduced. Weifang electronic products, in addition to the above need to use a large amount of cushioning materials, think of the removal of (four) objects, are open a certain side =:. However, if it is a board such as a circuit board, the side panel area of the board is generally relatively small, and the four sides of the box are separated from each other to make the object take out. Body, while another person reaches out, & but - removes 'so: when the object is taken out;;: can be the internal circuit board
承上，習知的包裝箱體 A 及抗撞擊的緩衝特性，因此- 相體本身沒有抗震動 部物件，此將造成增加環境的材料來保護内 貞擔而相當不環保。另外， 201236932 於取出内部物件時，都是由一較小 件，取出物件時也相對較為困難積的側板中取出物 不僅具有抗震動 ，取出内部物件 因此，如何提供一種雙層緩衝箱體， ^抗撞擊的缓衝特性而不必使用緩衝材料 時也相當容易，已成為重要課題之—。 【發明内容】 抗震==::明之目的為提供，僅具有 — 緩衝特性而不必使用緩衝材料，取中内 °件日守也相當容易之雙層緩衝箱體。 -底據士發:之一種雙層緩衝箱體包括 乃八 刖側部。底部具有相對的二側邊 ^別連接兩側邊的—前側邊。該等側部係分別具有—第 一内板及-第-外板，該等側部由分 3: 第-緩弟—内板及第一外板之間間隔-，衝工間1側部係具有—第二内板及—第二 由連接於前側邊的—體成型 板及第;^板之間間隔—第二緩衝空間。 内 後側:相底部更具有連接兩側邊的-後側邊， 連接摺ί =有鄰設於該等側邊之二第--連接部連接。^以’鮮㈣係分別與該等第 在貝鞑例中，底部更具有鄰設於前側邊的一第二連 ZU12J6932 接部，前側部摺疊而 在-實施例，，前倒::部係與第二連接部連接。 部，第一耳部於 ？相對兩側分別具有-第一耳 間。 祛燮而成時係容置於第一緩衝容 在一實施例中，該等側 等突出部相對而設，底=刀，具有二突出部，且該 之後側邊，哕一有—第三連接部鄰設於底部 接部連接。專犬出部於該等側部摺疊時係與該等第三連 於4;!::等Π部更具有二第二耳部分別鄰設 合於該等突出部I側^耳部於該等側部指疊而成時係蓋 盘後例中’雙層緩衝箱體更包括—後側部，其传 第後:咖妾，後側部的相對兩側分別具有—第:耳; 弟二耳部於㈣疊 -耳π 一 人了你谷置於第一緩衝空間。 在一貫知例中，雙層緩衝箱體 後側部連接，其中，底 丁頁和其係與 部，頂部之面户孫士a 積係大於該等側部及前側 敎面積係大於該等側部、前側部及後側部。 在-實施例中’雙層緩衝箱體槽疊而成 部係相對而設。 、丨/、底 在一實施例中，頂部更具有複數第四耳部 衝箱體摺疊而成時，該等第四耳部 又日较 部及前側部。 耳^騎應卡合於該等側 在-實施例中，雙層緩衝箱體摺疊而成時，其内芦盘 外層係分別具有8個支撐點。 θ 〃 201236932 承上所述，因依據本發明之雙層緩衝箱體之 及分別連接兩侧邊的-前側邊，該等侧= 二有弟-内板及一第一外板，該等側部由分別連接 於，亥等側邊的—體成型板體摺疊而成，第—内板及第 間隔—第—緩衝㈣，而前側部係具有—第二内板 =二夕:前侧部由連接於前側邊的-體成型板體摺 二:且弟二内板及第二外板之間間隔—第二緩衝空 ^。猎此’虽雙層緩衝箱體摺疊而成時，該等側部及前側 :=有摺疊而成之内板及外板，此設計可使箱體本身 二有心震動及抗撞擊的緩衝特性’故可減少緩衝材料的用 里’甚至不必使用緩衝材料就可達到保護其内部物件的目 的。另外’本發明之雙層緩衝箱體欲取出㈣的物件時， 也可很容易地將物件自雙層緩衝箱體取出。 【實施方式】 以下將參照相關圖式，說明依本發明較佳實施例之— 種又層讀相體，其中相同的元件將以㈣ 以說明。 订5/儿刀口 請麥照圖卜圖2Α至圖2D所示，其分別為本發明較 ^例之—種雙層缓衝箱體1的展開示意圖及組合過程 J意圖。本發明之雙層緩衝箱體1_疊而成，而其材質 :為硬紙板’並為一體成形。其中，雙層緩衝箱體i係包 括—側部11、一前侧部12以及一底部13。 底部13係具有一侧邊131、一前側邊132及與侧邊 201236932 131相對之另一側邊133。底部13更具有連接兩側邊131、 133的一後側邊134，且後側邊134相對於前側邊132。 側部11係分別具有摺疊而成之第一内板1U及第一外 板m，且第一内板in及第—外板之間間隔一第一 緩衝空間s (圖1未顯示）。換言之，如圖2A所示，當 側部η摺疊而站立時會形成第一喊ηι及第一外板 112 ’且第一内板丨丨丨與第一外板丨12之間可形成第一緩衝 空間S。其中，第一外板112分別具有一貫穿孔〇，以方 便搬運雙層緩衝箱體i之用。另外，該等側部u由分別 連接於該等側邊13卜133的一體成型板體摺疊而成。 刖側部12係具有摺疊而成之第二内板121及第二外 板122，第二内板πΐ及第二外板122之間間隔一第二緩 衝空間。而前側部12由連接於前側邊132的一體成型板 體指d：而成。其中，如圖2B所示，前側部12的相對兩側 分別具有一第一耳部123,第一耳部123於前側部12摺疊 而站立時係容置或插入於第一緩衝空間s。 底部13係分別與該等側部11及前側部12連接。其 中，如側邊132分別連接兩側邊〗31、133。兩側邊131、 133係分別與兩側之該等側部u連接，而前侧邊132係與 月1J侧部12連接。另外，如圖1所示，該等側部11係分別 藉由二第一轉折部T1與底部之兩側邊131、133連接， 而前側部12係藉由一第二轉折部τ2與底部13之前側邊 132連接。 另外’底部13更具有鄰設於側邊131 ' 133的二第— 201236932 連接部ci，且該等側部 別與該等第-連接部Cli4 =料，_胸係分 卡，米兮斤/ 連接換s之，如圖1及圖2A所 板摺疊而成時，其第一内板ιη及第一外 第一連接H ’並使得第—内板111分別連接於該等 ^ 逆接邵C1。如圖1辦+ 丄/, 部份的叫面喰遠接於广…工側之第-内板111的左側 伽〆 13左側的第一連接部C1，而右 、0板111的右側部份的剖面線連接於底部13右側 人弟-連接部C1。其中’係可藉由黏合、釘合、卡合、壓 :或其它方式，使料側部Un板⑴料 弟-連接部α連接。在本實施例中，係以黏合為例。 底部13更具有鄰設於前側邊132的一第二連接部 C2’當前侧部12摺疊而成時，前側部m系與第二連接部 〇連接。換言之，當前侧部η摺疊而成時，前側部12 之第=内板121係分別連接於第二連接部。如圖工所 丁第-内板121左側部份的剖面線係連接於第二連接部 C2。其中’可藉由黏合、釘合、卡合、壓合或其它方式， ，前側部Π之第二内板121與第二連接部Q連接。在本 貫施例中’係以壓合為例。 另外，底部13之面積係大於該等側部n及前側部 12。換言之，如圖i所示，底部13的面積係比側部^、 前側部U大。因此，可例如將電路板、液晶電視或平板 電腦等平板狀的物件平放於雙層緩衝箱體丨之底部13。 該等側部11更分別具有二相對而設之突出部113。於 此，突出部113係分別為一條狀板。另外，底部更可 201236932 具有一第二連接部C3鄰設於底部13之後側邊i34，今等 突出部113於該等側部11摺疊時係與第三連接部c3連 接。如圖1所示，左側之突出部113的左側部份的剖面線 係連接於底部13左側之第三連接部C3，而右側之突出部 113的右側部份的剖面線係亦連接於底部13右側之第三連 接部C3。其中，可藉由黏合、釘合、卡合、壓合或其它方 式，使該等突出部113分別與該等第三連接部C3連接。 於此，係以黏合為例。 此外，請參照圖1及圖3所示，其中，圖3為側部丄i 之突出部113之另一角度的放大示意圖。其中，該等側部 11更可具有二第二耳部114，該等第二耳部114係分別鄰 设於该等突出部113，而該等第二耳部114於該等側部u 摺疊而成時係蓋合於該等突出部113之側邊。特別說明的 是，為了清楚說明，圖3之第二耳部114係以虛線表示。 另外，圖2A至圖2C並未顯示第二耳部114。 雙層缓衝箱體1更可包括—後側部14及一頂部15。 後侧部14係與後側邊134連接。其中，後侧部14係藉由 一第三轉折部丁3與後側邊134連接。另外，如圖2B及圖 3所不，後側部14的相對兩側分別具有一第三耳部丨， 第三耳部141摺疊而成時係具有第三内板1411與第三外 板1412，且第三内板1411與第三外板丨412於後側部μ 摺疊而成時係容置或插入於第一緩衝空間s内。 二^頂部15係與後側部14連接，頂部15之面積係大於 "亥等側σ|Μ1、前侧部12及後側部。另外，如圖犯至 10 201236932 圖2〇所示，雙層緩衝箱體！摺疊而成時’丁“ 13係相對而設。另外，頂部15係可 ^15與底部 則雙層緩衝箱體1摺疊而成而使 側部η及前側部12時，該等第四 /盍合於該等 該等側部η及前側部12。在本實 ^應卡合於 耳部⑸為例，當然， 係以四只第四 或少於4只的第四耳部151，只要頂;;多於4只 b連接於側部U及前侧部12而成為可使頂部 可。另外，也可使时合料的其它 =相體即 或以膠帶贴合，使頂邻15#入#、_&要方式’例如黏合 12。 使頂σΜ5盖合亚連接於側部！！及前側部 田此外，請參照圖2C之圓圈所示，當雙層緩衝箱體工 :豐而成時，其内層與外層係分別具有8個支撐點。因此， 又層㈣箱體！之内、外層共可具有16個支撐點。此μ 個支撐點可使雙層緩衝箱體丨本體具有抗震缺抗撞擊的 緩衝特性，故可減少緩衝材料的用量，甚至可不必使用缓 衝材料就可保護其内部物件免於搬運時的損傷。 、 請再次參照圖2A至圖2D所示，以說明本發明之雙層 緩衝箱體1的組裝過程。 如圖2A所示，首先，將兩側之側部u延著虛線分別 摺疊，使其内板ln及外板112站立而使得内板ιη及外 板112之間分別形成第一缓衝空間s。其中，係將該等側 部11之第一内板111，如圖2 A左側之側部11的第一内板 111之左侧剖面線及右側之側部11的第一内板丨丨丨之右側 201236932 部對應之該等第一連接部C1 °因此’側 ;2=::具有指叠而成之第-内板⑴及第-外板 112而形成雙層緩衝箱體1之兩側壁。According to the conventional packaging box A and the shock-absorbing cushioning characteristics, the phase body itself has no anti-vibration parts, which will result in an environmentally-increased material to protect the internal load and is not environmentally friendly. In addition, 201236932, when taking out the internal objects, is made up of a small piece. When the object is taken out, the side plate in the relatively difficult product is not only resistant to vibration, but also the internal object is removed. Therefore, how to provide a double-layer buffer box, ^ It is also quite easy to use the shock-absorbing cushioning characteristics without using a cushioning material, and has become an important issue. SUMMARY OF THE INVENTION The purpose of the anti-seismic ==::ming is to provide a double-layer buffer case which has only a buffering property and does not require the use of a cushioning material, and which is also relatively easy to handle. - Bottom according to Shifa: A double-layer buffer box consists of a side of the octagonal. The bottom has opposite sides. Do not connect the front sides of the sides. The side portions respectively have a first inner panel and a first outer panel, and the side portions are divided into three parts: a first-lower brother-interval between the inner panel and the first outer panel, and a side portion of the punching chamber 1 The second inner plate and the second body are connected to the front side of the body forming plate and the second plate is spaced apart from each other. Inner rear side: The bottom of the phase has a rear side connecting the two sides, and the connecting fold ί = has two connecting portions connected to the sides. ^The 'fresh (four) series and the other in the case of the shellfish, the bottom has a second joint ZU12J6932 joint adjacent to the front side, the front side is folded and in the embodiment, the front down:: It is connected to the second connecting portion. Department, the first ear is? The opposite sides have a - first ear. In the embodiment, the first buffering device is disposed in the first buffering capacity, and the lateral projections are oppositely disposed, the bottom=knife has two protruding portions, and the rear side has a third-third The connecting portion is adjacent to the bottom connecting portion. When the side portions are folded in the side portions, the third portion is connected to the third portion; the second portion is adjacent to the side portion of the protruding portion I; In the case of the side cover, the double-layer buffer box further includes a rear side, which is transmitted after the second: the curry, and the opposite sides of the rear side respectively have the first: ear; The two ears are in the (four) stack-ear π one person and your valley is placed in the first buffer space. In a well-known example, the rear side of the double-layer buffer box is connected, wherein the bottom page and the portion thereof are larger than the sides of the top side and the front side. Part, front side and rear side. In the embodiment, the double-layered buffer tank is formed by stacking the opposing portions. In one embodiment, when the top portion has a plurality of fourth ear portions, the fourth ear portion is further divided into a front portion and a front side portion. The ear mount should be engaged with the sides. In the embodiment, when the double buffer case is folded, the inner layer of the inner reed has eight support points. θ 〃 201236932 As described above, since the double-layer buffer case according to the present invention and the front side of the two sides are respectively connected, the sides = two brothers - the inner panel and a first outer panel, The side portion is formed by folding the body-formed plate body respectively connected to the side of the sea, the first inner plate and the first interval-the first buffer (four), and the front side portion has a second inner plate=two eves: the front side The portion is folded by the body-formed plate body connected to the front side: and the second inner plate and the second outer plate are spaced apart from each other by a second buffer space. Hunting this 'When the double buffer box is folded, the side and front sides: = the inner and outer panels are folded, this design can make the box itself have the shock and impact resistance of the box itself' Therefore, it is possible to reduce the use of the cushioning material to achieve the purpose of protecting the internal objects even without using a cushioning material. Further, when the double-layer buffer case of the present invention is to be taken out of the object (four), the article can be easily taken out from the double-layer buffer case. [Embodiment] Hereinafter, a layer-by-layer read phase body according to a preferred embodiment of the present invention will be described with reference to the related drawings, wherein the same elements will be described by (4). The order of 5/Knife Knife is shown in Fig. 2D to Fig. 2D, which are respectively a schematic diagram of the unfolding of the double-layer buffer case 1 and a combination process of the present invention. The double-layer buffer case 1_ of the present invention is formed by stacking, and the material thereof is made of cardboard' and is integrally formed. The double buffer case i includes a side portion 11, a front side portion 12, and a bottom portion 13. The bottom portion 13 has a side edge 131, a front side edge 132, and another side edge 133 opposite the side edge 201236932 131. The bottom portion 13 further has a rear side 134 connecting the side edges 131, 133, and the rear side 134 is opposite the front side edge 132. The side portions 11 respectively have a first inner panel 1U and a first outer panel m which are folded, and a first buffer space s (not shown in Fig. 1) is spaced between the first inner panel in and the first outer panel. In other words, as shown in FIG. 2A, when the side portion n is folded and stands, a first shout and a first outer panel 112' are formed and a first first inner panel and a first outer panel 12 are formed. Buffer space S. Wherein, the first outer panels 112 respectively have a uniform perforation 〇 for convenient handling of the double buffer tank i. Further, the side portions u are folded by an integrally formed plate body respectively connected to the side edges 13 and 133. The side portion 12 has a second inner panel 121 and a second outer panel 122 which are folded, and a second buffer space is spaced between the second inner panel π and the second outer panel 122. The front side portion 12 is formed by an integrally formed plate body d: connected to the front side edge 132. As shown in Fig. 2B, the opposite sides of the front side portion 12 respectively have a first ear portion 123, and the first ear portion 123 is folded or folded in the front side portion 12 to be received or inserted into the first buffer space s. The bottom portion 13 is connected to the side portions 11 and the front side portions 12, respectively. Among them, the side edges 132 are respectively connected to the side edges 31, 133. The side edges 131, 133 are respectively connected to the side portions u on both sides, and the front side edges 132 are connected to the side portion 12 of the month 1J. In addition, as shown in FIG. 1 , the side portions 11 are respectively connected to the two side edges 131 , 133 of the bottom by the two first turning portions T1 , and the front side portion 12 is connected to the bottom portion 13 by a second turning portion τ 2 . The front side 132 is connected. In addition, the 'bottom portion 13 has a second portion - 201236932 connecting portion ci adjacent to the side edge 131 ' 133, and the side portions and the first portion - connecting portion Cli4 = material, _ chest card, meter 兮 / When the board is folded as shown in FIG. 1 and FIG. 2A, the first inner panel and the first outer first connection H' are connected to each other, and the first inner panel 111 is respectively connected to the reverse connection C1. As shown in Fig. 1, + 丄 /, the part called 喰 喰 喰 喰 广 广 工 工 工 工 工 工 工 工 工 工 工 工 工 工 工 工 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一The section line is connected to the right side of the bottom 13-connector C1. Wherein, the material side Un board (1) material-connecting portion α can be joined by bonding, stapling, engaging, pressing, or the like. In this embodiment, adhesion is taken as an example. When the bottom portion 13 further has a second connecting portion C2' disposed adjacent to the front side edge 132, the front side portion is connected to the second connecting portion. In other words, when the front side portion η is folded, the first inner plate 121 of the front side portion 12 is connected to the second connecting portion, respectively. The section line of the left side portion of the D-first inner plate 121 is connected to the second connecting portion C2. Wherein, the second inner panel 121 of the front side portion is connected to the second connecting portion Q by bonding, stapling, engaging, pressing or otherwise. In the present embodiment, the pressing is taken as an example. Further, the area of the bottom portion 13 is larger than the side portions n and the front side portions 12. In other words, as shown in FIG. 1, the area of the bottom portion 13 is larger than the side portion ^ and the front side portion U. Therefore, for example, a flat object such as a circuit board, a liquid crystal television, or a tablet computer can be placed flat on the bottom portion 13 of the double buffer case. The side portions 11 each have two oppositely disposed projections 113. Thus, the projections 113 are respectively strip-shaped plates. Further, the bottom portion of the 201236932 has a second connecting portion C3 adjacent to the rear side i34 of the bottom portion 13, and the present protruding portion 113 is connected to the third connecting portion c3 when the side portions 11 are folded. As shown in FIG. 1, the section line of the left side portion of the left side protrusion portion 113 is connected to the third connection portion C3 on the left side of the bottom portion 13, and the section line of the right side portion of the right side protrusion portion 113 is also connected to the bottom portion 13. The third connection portion C3 on the right side. The protrusions 113 may be connected to the third connection portions C3, respectively, by bonding, stapling, snapping, pressing, or the like. Here, the adhesion is taken as an example. In addition, please refer to FIG. 1 and FIG. 3, wherein FIG. 3 is an enlarged schematic view showing another angle of the protruding portion 113 of the side portion 丄i. The second ear portions 114 are respectively disposed adjacent to the protruding portions 113, and the second ear portions 114 are folded on the side portions u. The mating time is applied to the side of the protruding portions 113. In particular, the second ear 114 of Figure 3 is shown in phantom for clarity of illustration. In addition, the second ear portion 114 is not shown in FIGS. 2A to 2C. The double buffer box 1 may further include a rear side portion 14 and a top portion 15. The rear side portion 14 is coupled to the rear side 134. The rear side portion 14 is connected to the rear side 134 by a third turning portion 3 . In addition, as shown in FIG. 2B and FIG. 3, the opposite sides of the rear side portion 14 respectively have a third ear portion 丨, and the third ear portion 141 is folded to have a third inner panel 1411 and a third outer panel 1412. And the third inner panel 1411 and the third outer panel 412 are received or inserted into the first buffer space s when the rear side portion 折叠 is folded. The top 15 is connected to the rear side portion 14, and the area of the top portion 15 is larger than the "Hai side σ|Μ1, the front side portion 12, and the rear side portion. In addition, as shown in Figure 10, 2012, the double buffer box! When folded, the 'Ding' 13 series is opposite. In addition, the top 15 can be folded into the bottom and the double buffer box 1 is folded to form the side portion η and the front side portion 12, and the fourth/盍The first side portion η and the front side portion 12 are combined with each other. For example, the fourth ear portion 151 of the fourth or less than four is included in the case of the ear portion (5). ; more than 4 b are connected to the side portion U and the front side portion 12 so that the top portion can be made. In addition, other phase bodies of the time mixture can be bonded or taped together to make the top adjacent 15# #,_& The way to 'for example, 12. Make the top σΜ5 cover the joints to the side!! and the front side. In addition, please refer to the circle shown in Figure 2C, when the double buffer box is built: The inner layer and the outer layer have 8 support points respectively. Therefore, the inner layer and the outer layer of the layer (4) box can have 16 support points. The μ support points can make the double-layer buffer box body have anti-seismic shortage. Anti-impact cushioning properties, so the amount of cushioning material can be reduced, and even internal materials can be protected from damage during handling without using cushioning materials. 2A to 2D, to illustrate the assembly process of the double-layer buffer case 1 of the present invention. As shown in Fig. 2A, first, the side portions u on both sides are respectively folded by the broken lines so that they are respectively folded. The inner panel ln and the outer panel 112 are stood so that a first buffer space s is formed between the inner panel and the outer panel 112. The first inner panel 111 of the side portions 11 is as shown in the left side of FIG. 2A. The left side hatching of the first inner panel 111 of the side portion 11 and the right side of the first inner panel 侧 of the right side portion 11 201236932 correspond to the first connecting portion C1 ° thus 'side; 2 =:: The first inner panel (1) and the outer outer panel 112 are formed to form two side walls of the double buffer casing 1.
再者，側部11之兮笪办,A °豕寺大出部113於該等側部n摺疊 等第二耳部二！其分別黏合於第三連接部C3。此時，將該 (圖2A未顯示）蓋合於該等突出部113 之側邊。 接者，如圖2B所示，前側部12係壓合於第 ^而與第二連接部〇連接，其中，前側部⑴系已摺疊 相對二t板121及第二外板122並未站立，而前側部12 ^兩側分別具有的第—耳部123係可分別插人於該等側 所形成的第—緩衝空間§内。另外，第三⑷ =疊，’將後側部14摺疊，就可使該等第三耳—部⑷形 、之弟三内板1411與第三外板1412插入第一緩衝空間§ 内’如圖3所示。 接著，如圖2C所示’使已擅疊之前側部12站立，以 形成第二内板m、第二外板122及之間的第二 (圖未顯示)’ 前側告p 12相對兩側分別具有的第一耳部 U3分別插入於該等側部U所形成的第—緩衝空間3内' 再如圖2D所示，蓋合頂部15，並使頂部15之該等第 四耳部151對應卡合於該等側部n及前側部12的卡槽内。 特別說明的是，上述之組裝步驟只是組裝的一 3種順 ^使用者當然也可使用另-組裝順序，以組立雙層緩衝 相奴1。例如於圖2B中可先使已摺疊之前側部12站立， 12 201236932 内板121及第二外請後，再於圖2C中摺 且第二耳部141及後側部14等等。 相=切述，因依據本發明之雙層緩衝箱體之底部具有 分別且分別連接兩側邊的一前側邊，該等側部係 於节等㈣Γ —第—外板’該等侧部由分別連接 '麵側邊的-體成型板體指疊 :::二_ 空間，—具 核’削側部由連接於前側邊的—體成型板體指 =“且弟—内板及第二外板之間間隔—第二緩衝允 間。猎此，當雙層緩衝箱體摺疊而成時，該等側 = =別，摺疊而成之内板及外板’此設計可使箱體:身 二有“動及抗縣的緩衝雜，故可減少輯材料的用 里’甚至不必使用緩衝材料就可達到保護其内部物件的目 的。另外，本發明之雙層緩衝箱體欲取出内裝的物件時， 也可报容易地將物件自雙層緩衝箱體取出。 以上所述僅為舉例性，而非為限制性者。任何 本發明之精神錢嘴，㈣其進行之等效修改或變更 應包括於後附之申請專利範圍中。 二 【圖式簡單說明】 示1為本發明較佳實施例之—種雙層緩衝箱體的展開 圖2八至® 2D為本發明較佳實施例之—種雙層緩 體的組合過程示意圖；以及 13 201236932 圖3為侧部之突出部之另一角度的放大示意圖。 【主要元件符號說明】 I :雙層緩衝箱體 II :侧部 111、 121、1411 :内板 112、 122、1412 :外板 113 :突出部 12 :前侧部 123、114、141、151 :耳部 13 :底部 131、133 :側邊 132 :前侧邊 134 :後側邊 14 :後侧部 15 :頂部Furthermore, the side portion 11 is arranged, and the A °豕 temple large exit portion 113 is folded in the side portions such as the second ear portion 2! They are respectively bonded to the third connecting portion C3. At this time, the side (not shown in Fig. 2A) is covered on the side of the projections 113. As shown in FIG. 2B, the front side portion 12 is press-fitted to the second connecting portion ,, wherein the front side portion (1) is folded relative to the two t-plate 121 and the second outer panel 122 is not standing. The first ear portions 123 respectively provided on both sides of the front side portion 12 can be respectively inserted into the first buffer space § formed by the sides. In addition, the third (4) = stack, 'folding the rear side portion 14, the third ear portion (4) shape, the third inner panel 1411 and the third outer panel 1412 can be inserted into the first buffer space § Figure 3 shows. Next, as shown in FIG. 2C, 'the front side portion 12 has been erected to stand, to form the second inner panel m, the second outer panel 122, and the second (not shown) between the two sides of the front side pp p 12 The first ear portions U3 respectively formed are inserted into the first buffer spaces 3 formed by the side portions U. As shown in FIG. 2D, the top portions 15 are closed, and the fourth ear portions 151 of the top portion 15 are respectively provided. Correspondingly engaged in the card slots of the side portions n and the front side portions 12. In particular, the assembly steps described above are only one of the three types of assembly. Of course, the user can also use another assembly sequence to form a double buffer. For example, in Fig. 2B, the folded front side portion 12 can be first positioned, 12 201236932 inner panel 121 and second outer portion, and then the second ear portion 141 and the rear side portion 14 and the like are folded in Fig. 2C. Phase = description, because the bottom of the double-layer buffer case according to the present invention has a front side respectively connected to the two sides, and the side portions are attached to the side portions of the section (four) Γ - the outer panel The body-formed plate body is connected by the side of the 'face side::: two-space, the core-cut side is formed by the body-formed plate body connected to the front side = "and the brother-inner plate and The interval between the second outer plates - the second buffering space. Hunting, when the double buffer box is folded, the sides = = other, the folded inner and outer plates 'this design can make the box Body: Body 2 has “buffering and anti-county buffers, so it can reduce the use of materials” even without the use of cushioning materials to achieve the purpose of protecting its internal objects. Further, when the double-layer buffer case of the present invention is intended to take out the contents, it is also possible to easily take out the object from the double-layer buffer case. The above is intended to be illustrative only and not limiting. Any equivalent modifications or alterations made by the present invention to the spirit of the present invention should be included in the scope of the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a development view of a double-layer buffer box according to a preferred embodiment of the present invention. FIG. 2 to FIG. 2D are schematic diagrams showing a combination process of a double-layered slow body according to a preferred embodiment of the present invention. ; and 13 201236932 Figure 3 is an enlarged schematic view of another angle of the protrusion of the side. [Description of main component symbols] I: Double buffer case II: Side portions 111, 121, 1411: Inner plates 112, 122, 1412: Outer plate 113: Projection portion 12: Front side portions 123, 114, 141, 151: Ear 13: bottom 131, 133: side 132: front side 134: rear side 14: rear side 15: top
Cl、C2、C3 :連接部 Ο :貫穿孔 S:第一緩衝空間 Ή、T2、T3 :轉折部 14Cl, C2, C3: connection part Ο : through hole S: first buffer space Ή, T2, T3: turning part 14