200900331 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種折疊式包裝盒，且特別^ 、 一種-片式結構且組裝使用方便的折疊式包裝^有關於 【先前技術】 ^ 一般用以安置電子產品的包裝盒，通常是—對一型 態，即為一款包裝盒只供包裝一種電子產品。但是，隨著 科技之發達，電子產品亦日益推新，且款式相當繁多，因 此，為了減少包裝成本，即有一種共用性的包裝盒產生。 參照第1圖，一種現有之共用式的包裝盒1〇〇，包含 一盒主體110及一支撐體120。 現有的共用式包裝盒100,除了用以包裝一被包裝物 130之外，更具備支撐作用，避免在運送過程受外力震動 而損壞。因而，在該ΕΡΕ材質的支撐體12〇上表面形成一 凹槽121，以供安置此被包裝物130，。 參照第2圖，此外，為了節省包裝盒100之製造成本， 業者通常會再加設一個ΕΡΕ材質的支撐内框140，將該支 撐内框140裝設於該支撐體120的凹槽121，並將該支撐 體120、支撐内框140安置於該盒主體11〇,即可供另一種 被包裝物150容置於該支撐内框140。 現有的共用式包裝盒100,雖將該ΕΡΕ材質的支撐内 框140套設於該ΕΡΕ材質的支撐體120，即可使該包裝盒 100簡易並快速地獲得兩用式的包裝盒。但是，鑒於近年 5 200900331 來石油高羅，使用EPE材質的支撐體12〇與支樓内框i4〇, 不但價格昂貴’且不符環保效益。再者，為使出貨順利， 支撑體120與支樓内框14〇分屬兩不同物體，必須同時備 料待用’不但佔用倉儲、搬運空間，相對也會增加成本。 【發明内容】 因此本發明的目的就是在提供一種減少料件、不佔倉 儲搬運空間並兼顧環保的折疊式包裝盒，用以解決現有包 裝盒料件多、佔據空間以及不環保的缺點。 本發明的另一目的就是在提供一種折疊式包裝盒，具 有組裝容易，且使用方便的.優點。 根據本發明所提出之一種折疊式包裝盒，包含一盒體 單元、一容納單元以及一盒蓋單元。 該盒體單元，包含一底板、一前側板、一後側板以及 二側板，s亥前、後側板與該等側板立體狀彎折後，建立出 一容室。 该谷納單元’連結於該盒體單元，包含相互平行之一 緩衝區塊、一第一容納區塊以及第二容納區塊。 該緩衝區塊呈皺折狀彎折置於該盒體單元之該容室。 該第一容納區塊，包含一第一容納部以及二側台部， 該等側台部分別架高位於該第一容納部兩侧。 該第二容納區塊，平行連接於該第一容納區塊之第一 容納部，並包含多數個支撐部。 該盒蓋單元，連結於該盒體單元，包含相互平行之一 200900331 盒蓋部與一側蓋部。 由該第一容納區塊用以包裝-種被包裝物 二：該弟二容納區塊置於該第—容納區塊上方時，可 裝另一種被包裝物。而且，-片式紙材製成“且裝 =，使用方便快速，且不佔倉儲及搬運空間，降低製造 (' 【實施方式】 參照第3圖，本發明一實施例之折疊式包裝盒，包含 -盒體單元200、-容納單元則與—盒蓋單元 首先需說明的是，在第3圖中，所有的細實線皆表示 預折線’供彎折成盒體之用；而除了包裝盒外邊緣的線條 之外，所有的粗實線則表示已切斷之切口或缺口。 參照第3圖、第4圖與第5圖’該盒體單元2〇〇，包 含一矩形底板210、一前侧板220、一後側板23〇以及二 〇 側板240。該前、後側板220、230與該等側板24〇立體狀 彎折後，建立出一容室250。該底板210之鄰靠於該等側 板240設有二個卡孔211。該前側板220與該後側板23〇 兩側分別設有二値延伸段221、231。該等側板24〇具有相 互平行的一立高段241、一自該立高段241向外收束的頂 緣段242以及一内摺段243。該内摺段243外側設有一凸 ' 緣 244。 參照第5圖與6圖，在使用狀態，位於同側的該等延 伸段221、231夾設在該等立高段241與該等内摺段243 200900331 之間，再藉由該内摺段243 —側的凸緣244卡接於該底板 210的卡孔211，使該前側板220、該後侧板230與該等側 板240獲得定位。 參照第3圖、第4圖與第5圖，該容納單元300，一 片式連結於該盒體單元200’並包含相互平行的一緩衝區 塊500、一第一容納區塊6〇〇以及第二容納區塊7〇〇。 該緩衝區塊500包含相互平行的彎折段51〇以及一形 成於其中一個彎折段510的手握孔520。在本實施例中， 共設有七個彎折段510，且該等彎折段51〇是呈皺折狀彎 折置於該盒體單元200的容室250。 該第一容納區塊600，包含一第一容納部61〇以及二 側台部620。該第一容納部610具有四個嵌孔611。該等側 台部620分別架高位於該第一容納部6丨〇兩側，並且包含 相互平行的一尚度部位621、一台階部位622與一支撑部 位623。該咼度部位621鄰接於該第一容納部61 〇。該第 一容納部610與該等側台部620的高度部位621三者界定 出一個供安置一被包裝物800的容置空間63()。參照第5 圖與第6圖，該支撐部位623夾卡在該容納單元3〇〇之緩 衝區塊500與該盒體單元200的側板24〇之間（見第6圖）。 該等側台部620更包含一形成於該台階部位622的手握孔 624。 參照第3圖、第7圖與第8圖，該第二容納區塊彻， 平行連接於該第一容納區塊600之第一容納部61〇，並包 含一個缺口 710、多數個環繞在該缺口 71〇外側的支撐部 8 200900331 720，以及二個分別位於該等支撐部720的手握孔730。 參照第3圖、第4圖與第6圖，該盒蓋單元400，一 片式連結於該盒體單元200，並包含相互平行的一盒蓋部 410與一侧蓋部420。該盒蓋部410與該側蓋部420兩側 分別設.有二個定位段411、421。在使用狀態，該等定位段 411係插入於該盒體單元200之該等侧板240的内摺段243 與該等側台部620的支撐部位623之間，而該等定位段421 係插入於該盒體單元200之該等側板240的立高段241與 該前、後侧板230、240之延伸段221、231之間，以獲得 定位，並且完成包裝作業》 第一種包裝狀態：參照第4圖、第5圖與第6圖，該 第二容納區塊700經彎折而位於該第一容納區塊6〇〇的下 方，此時，該第一容納部610與該等側台部620之高度部 位621中間的容置空間630可供載置該被包裝物8〇〇。此 外，該第二容納區塊700不接觸該緩衝區塊5〇〇，而餘留 一段緩衝空間740，在搬運過程，如受到外力震動，可藉 由此緩衝空間740讓該被包裝物800作適度運動，以獲得 緩衝吸震的效果，避免損毁。 第二種包裝狀態：參照第7圖與第8圖，該第二容納 區塊700經彎折而位於該第一容納區塊6〇〇的上方，此 時，該緩衝區塊500會比第5圖狀態更下躺於容室25〇底 部’可將該第二容納區塊700之該等支撐部72〇卡合於該 第一容納部610的該等嵌孔611，以擴大該缺口 71〇 口徑， 提供安置另一種被包裝物900。 200900331 在本實施例中，第5、6圖中的被包裝物800舉例為 一台光碟機（DVD : Digital VIDE〇 Disk)，而第8圖中的被 包裝物舉例為一硬碟機（HD : Har(J Disk)。 經由上述說明，本發明之折疊式包裝盒，採以一片式 紙材製成（瓦楞紙或銅版紙），不但減少包裝物件，且可回 收再利用，而符合環保效益。此外，提供給兩種被包裝物 800、900使用時，分別可藉由皺折狀的該緩衝區塊500以 及該第二容納區塊700之支撐部720，獲得良好的緩衝吸 震效用以防止被包裝物800、900在運送過程受到損傷。 再者，隱匿在該等側台部62〇内部的一隱藏空間64〇(見第 Η ) 了再女置其他電子零件（如線材、螺絲、碟片等） 因此，相較於第I、2圖現有之使用ΕΡΕ材質的支撐 體120與支擇内框14〇，不環保以及佔倉儲、搬運空間的 缺點。本發明的折疊式包裝盒已符合環保效益，且不站倉 健'搬運空間’而且拆裝簡便快速’相對可降低製造成本。 值的提的疋，在第3、4圖中的所有手握孔52〇、624、 730 ’係作為組合此包裝盒，以及取用此包裝盒時，方便 拿取之用。 、雖然本發明已以一實施例揭露如上，然其並非用以限 林發明’任何熟習此技藝者，在不脫離本發明之精神和 範圍内’當可作各種之更動與满飾，因此本發明之保護範 圍當視後附之申請專利範圍所界定者為準。 【圖式簡單說明】 200900331 優點與實施例 為讓本發明之上述和其他目的、特徵 旎更明顯易懂，所附圖式之詳細說明如下 第1圖係為現有包裝盒的立體分解圖。 立體分解 第2圖係為現有包裝盒之第二種包裝結構的 第3圖係為本發明一實施例的折疊式包裝盒的展開平 〇200900331 IX. Description of the Invention: [Technical Field] The present invention relates to a folding package, and in particular, a sheet-like structure and a folding package which is easy to assemble and use. The box used to house the electronic product is usually a pair of one type, that is, a box is only for packaging an electronic product. However, with the development of technology, electronic products are increasingly being introduced, and the styles are quite numerous. Therefore, in order to reduce the packaging cost, there is a common packaging box. Referring to Fig. 1, a conventional shared package 1A includes a case body 110 and a support body 120. The conventional shared package 100 is provided with a supporting function in addition to packaging a packaged article 130 to prevent damage caused by external force during transportation. Therefore, a groove 121 is formed on the upper surface of the support body 12 of the crucible material for arranging the packaged article 130. Referring to FIG. 2, in addition, in order to save the manufacturing cost of the package 100, a support inner frame 140 of a ΕΡΕ material is usually added, and the support inner frame 140 is mounted on the groove 121 of the support body 120, and The support body 120 and the support inner frame 140 are disposed on the box main body 11 , that is, the other packaged object 150 can be accommodated in the support inner frame 140 . In the conventional shared package 100, the support frame 120 of the enamel material is sleeved on the support body 120 of the enamel material, so that the package 100 can be easily and quickly obtained as a dual-purpose package. However, in view of the recent 2005 5,003,031 oil Golo, the use of EPE material support 12〇 and the frame inner frame i4〇, not only expensive, and does not meet environmental benefits. Furthermore, in order to make the shipment smooth, the support body 120 and the inner frame 14 of the branch are divided into two different objects, and must be prepared for use at the same time, which not only occupies storage and transportation space, but also increases the cost. SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a foldable package that reduces material, does not occupy storage and handling space, and is environmentally friendly, and is advantageous in that it has many materials, space, and environmental protection. Another object of the present invention is to provide a foldable package which has the advantages of easy assembly and ease of use. A folding package according to the present invention comprises a casing unit, a housing unit and a lid unit. The box unit comprises a bottom plate, a front side plate, a rear side plate and two side plates. The front and rear side plates and the side plates are bent in a three-dimensional manner to form a chamber. The gull unit is coupled to the cartridge unit and includes a buffer block parallel to each other, a first accommodating block, and a second accommodating block. The buffer block is creased and folded into the chamber of the cartridge unit. The first accommodating block includes a first accommodating portion and two side pedestals, and the side pedestals are respectively elevated on both sides of the first accommodating portion. The second receiving block is connected in parallel to the first receiving portion of the first receiving block and includes a plurality of supporting portions. The lid unit is coupled to the box unit and includes one of the lids 200900331 and a side lid portion. The first accommodating block is used for packaging the packaged object. When the accommodating block is placed above the first accommodating block, another packaged object can be loaded. Moreover, the - sheet type paper is made "and loaded, easy to use, and does not occupy storage and handling space, and reduces manufacturing" ("Embodiment" Referring to Figure 3, a folding type packaging box according to an embodiment of the present invention, Including - box unit 200, - housing unit and - lid unit First, it should be noted that in Figure 3, all the thin solid lines indicate the pre-fold line 'for bending into a box; and except for packaging In addition to the lines on the outer edge of the box, all the thick solid lines indicate the cut or notch that has been cut. Referring to Figures 3, 4 and 5, the box unit 2 includes a rectangular bottom plate 210, A front side panel 220, a rear side panel 23〇, and two side panel 240. The front and rear side panels 220, 230 and the side panels 24 are bent in a three-dimensional manner to form a chamber 250. Two side holes 240 are provided on the side plates 240. The front side plates 220 and the rear side plates 23 are respectively provided with two extending portions 221 and 231. The side plates 24 are parallel to each other. a top edge section 242 that is outwardly bundled from the standing height section 241 and an inner folded section 243. The inner folded section 243 is outside A convex 'edge 244 is provided on the side. Referring to Figures 5 and 6, in the state of use, the extensions 221, 231 on the same side are interposed between the elevations 241 and the inner folds 243 200900331. And the flange 244 on the side of the inner folded portion 243 is engaged with the hole 211 of the bottom plate 210 to obtain the front side plate 220, the rear side plate 230 and the side plates 240. Referring to FIG. 3, 4 and 5, the accommodating unit 300 is integrally connected to the box unit 200' and includes a buffer block 500, a first accommodating block 6 〇〇 and a second accommodating block 7 which are parallel to each other. The buffer block 500 includes a bent portion 51 平行 parallel to each other and a grip hole 520 formed in one of the bent portions 510. In this embodiment, a total of seven bent segments 510 are provided, and The bending section 51 is folded into a chamber 250 of the box unit 200. The first receiving block 600 includes a first receiving portion 61〇 and two side portions 620. The first receiving portion 610 has four insertion holes 611. The side table portions 620 are respectively elevated on both sides of the first receiving portion 6丨〇, and include phases. a parallel portion 621, a step portion 622 and a support portion 623. The twist portion 621 is adjacent to the first receiving portion 61. The first receiving portion 610 and the height portion 621 of the side portions 620 The three define an accommodation space 63 () for arranging a packaged object 800. Referring to Figures 5 and 6, the support portion 623 is clamped to the buffer block 500 of the housing unit 3 and the box. Between the side plates 24 of the body unit 200 (see Fig. 6). The side portions 620 further include a hand hole 624 formed in the step portion 622. Referring to FIG. 3, FIG. 7 and FIG. 8, the second receiving block is connected in parallel to the first receiving portion 61A of the first receiving block 600, and includes a notch 710, and a plurality of surrounding portions are surrounded by the first receiving portion 61. The support portion 8 200900331 720 on the outer side of the notch 71, and the two grip holes 730 respectively located in the support portions 720. Referring to Figures 3, 4, and 6, the cover unit 400 is attached to the case unit 200 in a sheet form and includes a cover portion 410 and a side cover portion 420 which are parallel to each other. The cover portion 410 and the side cover portion 420 are respectively provided with two positioning segments 411 and 421. In the state of use, the positioning segments 411 are inserted between the inner folds 243 of the side plates 240 of the box unit 200 and the support portions 623 of the side portions 620, and the positioning segments 421 are inserted. Between the elevation section 241 of the side panels 240 of the box unit 200 and the extension sections 221, 231 of the front and rear side panels 230, 240 to obtain positioning, and complete the packaging operation" first packaging state: Referring to FIG. 4, FIG. 5 and FIG. 6, the second receiving block 700 is bent and located below the first receiving block 6〇〇. At this time, the first receiving portion 610 and the sides are The accommodating space 630 in the middle of the height portion 621 of the table portion 620 can be placed on the packaged object 8 〇〇. In addition, the second accommodating block 700 does not contact the buffer block 5〇〇, and a buffer space 740 remains. During the handling process, if it is subjected to external force vibration, the packaged object 800 can be made by the buffer space 740. Moderate exercise to achieve buffer shock absorption and avoid damage. The second packaging state: referring to FIG. 7 and FIG. 8 , the second accommodating block 700 is bent and located above the first accommodating block 6 ,. At this time, the buffer block 500 is compared with the first The state of the figure 5 is further lying down on the bottom of the chamber 25 '. The support portions 72 of the second accommodating block 700 can be engaged with the insertion holes 611 of the first accommodating portion 610 to enlarge the gap 71. A caliber, providing another packaged 900. 200900331 In the present embodiment, the packaged object 800 in FIGS. 5 and 6 is exemplified by a DVD player (DVD: Digital VIDE〇 Disk), and the packaged object in FIG. 8 is exemplified by a hard disk drive (HD). : Har (J Disk). Through the above description, the folding package of the present invention is made of one-piece paper (corrugated paper or coated paper), which not only reduces the packaged articles, but also can be recycled and reused, and is environmentally friendly. In addition, when the two packages 800, 900 are used, the buffer block 500 of the wrinkle shape and the support portion 720 of the second receiving block 700 can respectively obtain a good buffer shock absorption effect to prevent being The packagings 800, 900 are damaged during the transportation process. Further, a hidden space 64 隐 hidden inside the side portions 62 (see the third page), and other electronic components (such as wires, screws, discs) Therefore, compared with the support body 120 and the inner frame 14 which are conventionally used in the first and second figures, it is not environmentally friendly and has the disadvantage of storage and handling space. The folding package of the present invention is environmentally friendly. Benefit, and do not stand in the warehouse The space 'and the ease of assembly and disassembly' can reduce the manufacturing cost. The value of the handcuffs, all the hand holding holes 52 624, 624, 730 ' in the 3rd and 4th drawings are combined as the package, and the use of this The present invention has been described as an embodiment of the present invention, and it is not intended to limit the invention to any of the skilled artisan, without departing from the spirit and scope of the invention. The scope of the present invention is defined by the scope of the appended claims. [FIG. Brief Description] 200900331 Advantages and embodiments for the above and other objects and features of the present invention旎 旎 , , , , , , , , , 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The unfolding flat of the foldable package of one embodiment of the invention
第4圖係為該實施例之第一種包裝狀態的立體圖。 第5圖係為沿第4圖中線條5-5的剖視圖。 第6圖係為第一種包裝狀態之橫向剖視圖。 第7圖係為該實施例之第二種包裝狀態的立體圖。 第8圖係為沿第7圖中線條8-8的剖視圖。 【主要元件符號說明】 100 ： 包裝盒 110 ： 盒主體 120 : 支撐體 121 ： 凹槽 130 ： 被包裝物 140 ： 支撐内框 150 ： 被包裝物 200 ： 盒體單元 210 : 底板 211 ： 卡孔 220 : 前側板 221 ： 延伸段 230 ： 後側板 231 ： 延伸段 240 ： 侧板 241 ·· 11 立尚段 200900331 242 ： 頂緣段 243 ： 244 ： 凸緣 300 ： 250 ： 容室 400 ： 410 ： 盒蓋部 411 ： 420 ： 側蓋部 421 ： 500 : 缓衝區塊 510 ： 520 ： 手握孔 600 ： 610 : 第一容納部 611 ： 620 ： 側台部 621 ： 622 ： 台階部位 623 : 624 ： 手握孔 630 ： 640 ： 隱藏空間 700 ： 710 : 缺口 720 ： 730 ： 手握孔 740 ： 800 ： 被包裝物 900 内摺段 容納單元 盒蓋單元 定位段 定位段 彎折段 第一容納區塊 散孔 高度部位 支撐部位 容置空間 第二容納區塊 支撐部 缓衝空間 :被包裝物Figure 4 is a perspective view of the first package state of the embodiment. Figure 5 is a cross-sectional view taken along line 5-5 of Figure 4. Figure 6 is a transverse cross-sectional view of the first package state. Figure 7 is a perspective view of the second package state of the embodiment. Figure 8 is a cross-sectional view taken along line 8-8 of Figure 7. [Main component symbol description] 100 : Package 110 : Case main body 120 : Support body 121 : Groove 130 : Packaged object 140 : Support inner frame 150 : Packaged object 200 : Case unit 210 : Base plate 211 : Card hole 220 : Front side panel 221 : Extension section 230 : Rear side panel 231 : Extension section 240 : Side panel 241 ·· 11 Lishang section 200900331 242 : Top edge section 243 : 244 : Flange 300 : 250 : Room 400 : 410 : Cover Portion 411 : 420 : Side cover portion 421 : 500 : Buffer block 510 : 520 : Hand hole 600 : 610 : First housing portion 611 : 620 : Side table portion 621 : 622 : Step portion 623 : 624 : Hand grip Hole 630 : 640 : Hidden space 700 : 710 : Notch 720 : 730 : Hand hole 740 : 800 : Packed item 900 Inner fold section Housing unit Cover unit Positioning section Positioning section Bending section First accommodating block Drill hole height Part support portion accommodating space second accommodating block support portion buffer space: packaged object
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