200812879 九、發明說明： 【發明所屬之技術領域】 ’此等包裝例如是 (cigarill〇s)的包 本發明關於一用以容納包裝的紙箱 裝有吸煙物件譬如雪祐、紙於和雪祐終 裝。 · 【先前技術】 紙於通常是以裝在具有一大致矩形（立 ^ 包裝内的狀態販售。多個此等包裝可被一 ^體）形狀之 10 15 20 有一大致矩形形狀的紙箱内。但過去亦曾提衣在同樣具 角形包裝（亦即擁有一具備三角形橫截：出在三 裝）内的紙菸。要將三角形包裝裝羽夂 >狀之包 較困難。 白知矩形紙箱内比 WO 01/44077揭示一種紙菸包裝，A 面為三角形。此文獻更進—步揭示—種用柱狀且橫戴 類包裝的紙箱。該紙箱呈稜柱狀，該：:，個此 在該紙箱内之包裝的軸線。^平行於裝 面。 有大致三角形横戴 产产WO0l/98179揭示用以容納此類三角形包裝的 箱。：：紙箱呈稜柱狀且具有一用以容納6個：角； 之正六故形橫截面形狀或—用以容納ig個 7 4 形橫截面形狀。—蓋可被提供在一紙箱之1 的長六邊 配於該紙箱之橫截而形业 ,.^ 而上’该蓋匹 目〈诚㈣狀，或者該蓋可被提供 之一上。此等紙箱之紙樣（blanks)比較複雜。、間 5 200812879 【發明内容】 據此，本發明之一實施例提出一種用於固持複數個三 角形稜柱狀包裝的紙箱。該紙箱具有一稜柱形狀且具備一 包含一凹多面體的橫戴面形狀。此種凹形形狀允許紙箱之 5 間有某種程度的互鎖作用，這在多個紙相被堆疊或聚率在 一起以供展示、配送及類似目的之時有助於提供穩定性。 在一實施例中，該橫截面形狀屬於密鋪平面 藝 （polyiamonds)之家族。這在欲容納於該紙箱内之包裝是 由等邊三角形構成的情況特別適合，因為此時該紙箱之密 10 鋪平面形狀可匹配於紙箱内之包裝之組態（假設紙箱之稜 柱軸線與裝在該紙箱内之任何包裝之稜柱軸線對準）。舉例 來說’在一特定實施例中，該橫截面形狀係呈六拼密鋪平 面（hexiamond)之形式。要注意到在此一密鋪平面組態中， 紙箱内之包裝佔據該紙箱之内部容積之大致全部。 15 在一實施例中，該凹多面體以其自身拼湊排列 _( tessellates with itself)。這有助於將多個紙箱堆疊或打包 在一起，例如裝在一大箱中以供貯存或配送。在一些實施 例中’可將二或更多種橫截面形狀之一組合拼湊排列在一 起。舉例來說，如果紙箱A具有一第一橫截面形狀而紙箱 20 B具有一第二橫戴面形狀，該第一和第二橫截面形狀可被 拼湊排列在一起使得紙箱A和B可被打包在一起。 在一實施例中，該凹多面體含有單一個凹陷，但其他 貝方也例可具有多個凹陷。舉例來說，在一實施例中’橫截 面形狀包括二個彼此對向設置 的凹形區段。 6 200812879 紙箱之其他可行橫截面形狀包括一菱形、一圓形或一 半圓形，或是由此衍生的一些其他形狀。在一些案例中， 此等紙箱可能比較容易製作，或是具有良好的機械特性。 在一實施例中，一形狀對應於橫截面的面被樞接在一 5 邊緣且可操作為以該邊緣為中心在一開放狀態與一關閉狀 態之間旋轉以提供進入纸箱之出入口。在其他實施例中， 出入口可經由紙箱之一側（側面係平行於紙箱之稜柱軸線） • 獲得。 紙箱可容納複數個三角形稜柱狀包裝，該等包裝可能 1〇 容納吸煙物件例如紙菸。 本發明之另一實施例提出_種用以形成具有一稜柱形 狀之紙箱的紙樣。該紙樣包括第一和第二末端鑲板，其中 每一末端鑲板包含一凹多面體。在此一紙樣之一特殊組態 中’第—側鑲板被定位在該第一和第二末端鑲板之間， 且該第二末端鑲板被定位在該第一侧鑲板與一第二側鑲板 φ 之間。 【實施方式] 為更進一步理解本發明，今以舉例方式參照隨附圖式 20 進行說明。 在圖式當中，以A結尾的圖呈現用於棱柱狀紙箱的紙 樣’且以β結尾的圖呈現此一紙箱内之稜柱狀包裝的對應 排列（在圖式中假設每一包裝具有一等邊三角形的橫戴 面）。圖式中之實線代表切割邊緣且虛線代表可能經過預先 7 200812879 弱化的折線。在組立的紙箱中，界定主壁鑲板之折線可能 被形成為銳利邊緣、斜角邊緣或修圓邊緣。圖式中之小寫 子母(2到/代表襟片及要讓這些襟片膠黏之鑲板對應邊沿 區域。圖中所示紙箱可由紙板、塑膠或任何其他合適材料 構成。 ’200812879 IX. Description of the invention: [Technical field to which the invention pertains] 'These packages are, for example, (cigarill〇s). The present invention relates to a carton for accommodating a package containing smoking articles such as Xueyou, Zhiyu and Xueyou. Installed. [Prior Art] Paper is usually contained in a carton having a substantially rectangular shape in the shape of a substantially rectangular shape (a plurality of such packages can be sold in a single package). However, in the past, paper towels were also placed in the same angular packaging (that is, having a triangular cross-section: out of three). It is more difficult to pack a triangle with a package. In the rectangular rectangular carton ratio WO 01/44077, a cigarette package is disclosed, and the A side is triangular. This document goes further and reveals a kind of carton packed in columnar and horizontally. The carton is prismatic, this:: the axis of the package within the carton. ^ Parallel to the mounting surface. There is a substantially triangular cross-wear production WO0l/98179 discloses a box for accommodating such triangular packages. :: The carton is prismatic and has a shape for accommodating six: angles; a cross-sectional shape of the hexadecimal shape or - for accommodating ig 7-shaped cross-sectional shapes. - The cover may be provided on the long side of a carton 1 to form a cross section of the carton, and the cover may be in the form of a (four) shape, or the cover may be provided on one of the covers. The papers of these cartons are more complicated. SUMMARY OF THE INVENTION Accordingly, one embodiment of the present invention provides a carton for holding a plurality of triangular prismatic packages. The carton has a prismatic shape and has a cross-sectional shape including a concave polyhedron. This concave shape allows for some degree of interlocking between the cartons 5, which helps to provide stability when multiple paper phases are stacked or aggregated together for display, distribution, and the like. In one embodiment, the cross-sectional shape belongs to a family of polyamimonds. This is particularly suitable where the package to be contained in the carton is made up of equilateral triangles, since the dense 10-ply plane shape of the carton can be matched to the configuration of the package in the carton (assuming the prism axis and loading of the carton) The prism axis of any package in the carton is aligned). By way of example, in a particular embodiment, the cross-sectional shape is in the form of a hexagonal hexiamond. It is to be noted that in this close-fitting configuration, the package within the carton occupies substantially all of the internal volume of the carton. In one embodiment, the concave polyhedron is arranged _( tessellates with itself). This helps to stack or pack multiple cartons together, for example in a large bin for storage or distribution. In some embodiments, one of two or more cross-sectional shapes may be spliced together. For example, if carton A has a first cross-sectional shape and carton 20 B has a second cross-sectional shape, the first and second cross-sectional shapes can be patched together such that carton A and B can be packaged Together. In one embodiment, the concave polyhedron contains a single depression, but other squares may also have a plurality of depressions. For example, in one embodiment the 'cross-sectional shape includes two concave sections that are disposed opposite each other. 6 200812879 Other possible cross-sectional shapes of the carton include a diamond, a circle or a semi-circle, or some other shape derived therefrom. In some cases, these cartons may be easier to make or have good mechanical properties. In one embodiment, a face having a shape corresponding to the cross section is pivotally coupled to a 5 edge and is operable to rotate between the open state and a closed state about the edge to provide access to the carton. In other embodiments, the access opening may be obtained via one side of the carton (the side is parallel to the prism axis of the carton). The carton can accommodate a plurality of triangular prismatic packages that may contain smoking articles such as cigarettes. Another embodiment of the present invention provides a pattern for forming a carton having a prismatic shape. The pattern includes first and second end panels, wherein each end panel comprises a concave polyhedron. In a special configuration of one of the patterns, the 'first side panel is positioned between the first and second end panels, and the second end panel is positioned on the first side panel with a first Between the two side panels φ. [Embodiment] In order to further understand the present invention, reference is now made to the accompanying drawings 20 by way of example. In the drawings, the graph ending in A presents a pattern for the prismatic carton' and the graph ending in β presents the corresponding arrangement of the prismatic packages in the carton (assuming each package has an equilateral edge in the drawing) Triangular cross-face). The solid line in the figure represents the cutting edge and the dashed line represents the broken line that may be weakened by the previous 7 200812879. In an assembled carton, the fold line defining the main wall panel may be formed as a sharp edge, a beveled edge, or a rounded edge. The lowercase mother in the figure (2 to / represents the cymbal and the panel to which the plaque is glued corresponds to the edge area. The carton shown in the figure can be made of cardboard, plastic or any other suitable material.
圖1-三角形橫截面之紙HFigure 1 - Paper H of the triangle cross section
10 15 圖1A之紙樣在組立時會形成一具有等邊三角形之橫 截面的稜柱狀紙箱。該紙箱可能具備一用以容納如圖ib 所示之9個包裝的大小，然亦可為具備另一種大小，例如 用以容納4個包裝或超過9個包裝。. 該紙樣具有經由折線連接到矩形壁鑲板5之對向側的 三角形基座鑲板1和三角形蓋鑲板3。該底座具有二個自 由邊緣α和6。壁鑲板5之剩餘兩側分別經由折線連接到 一襟片51並連接到另一矩形壁鑲板7之一邊緣。壁鑲板7 對向於矩形壁鑲板5之邊緣經由—折線連接到另_矩形壁 鑲板9。在组立該紙箱當中，該底座被彎折為對於壁鑲板$ 成直角，且鑲板7和9被彎以與底座i之自由邊緣“和 办接觸。 壁鑲板7和9具有經由折線與其連接的襟片力和仏 襟片71和91被膠黏至底座1之自由邊緣α和之H 域。壁鑲板5之襟片51被膠魏至壁镶板9之邊沿區域^。 該蓋被彎折為平行於該底座。該蓋具有經由拆線與其 的襟片31和32。該等襟片被彎折為對於該蓋成直角且在 8 20 200812879 組立紙箱當中接合於壁鑲板7和9之自由端。 絲片71和91之一者或二者可被定位在該底座上而非 在壁鑲板上。襟片51可被定位在壁鑲板9上。該蓋及/或 底座可被附接於壁鑲板7或9(從壁鑲板7或9伸出）而 非壁鑲板3 〇 應理解到圖1A之紙樣具有一比較簡單的形狀和設 計，這有助於該紙樣之生產和組裝，並且減少廢料。 圖2-正六邊形紙1 圖2A之紙樣在組立時會形成一具有正六邊形横戴面 的稜柱狀紙箱。該紙箱可能具備一用以容納如圖2B所示 之6個包裝的大小，然亦可為具備容納超過6個包裝的另 一種大小。该紙樣具有一經由一折線連接到一矩形壁鑲板 5的六邊形底座1，及一經由另一折線連接到鑲板5之對向 侧的六邊形蓋3。壁鑲板5之剩餘兩侧分別經由折線連接 到另一矩形壁鑲板15及連接到該紙樣之另一區段，該區段 由折線劃分成四個相等的矩形壁鑲板7、9、η和13。六 個壁鑲板7至15在組立時形成六邊形紙箱之壁（側面）。 底座1在其每一自由邊緣上具有一襟片11〇、12〇、 130、140和150。在組立紙箱時，該等襟片被彎折成從該 底座立起且該底座被彎折為對於壁鑲板5成直角。壁鑲板 7至15被彎折成圍繞該底座以接合相應襟片11〇至15〇。 襟片110至150被膠黏至壁鑲板之邊沿區域“至^。壁鑲 板15被彎折成圍繞底座1與鑲板13接觸且具有一被膠黏 9 200812879 至壁鑲板13之邊沿區域/ 於底座1。；^*^ ^ 151 I 3謂折為平行 自由端上㈣錢制魏板5之折線的 關閉位置 。襟片31可被用來將該蓋固定在 5 10 1510 15 The paper of Figure 1A forms a prismatic carton with an equilateral triangle cross-section when assembled. The carton may have a size to accommodate the nine packages shown in Figure ib, but may be of another size, for example to accommodate 4 packages or more than 9 packages. The pattern has triangular base panels 1 and triangular cover panels 3 joined to opposite sides of the rectangular wall panel 5 via fold lines. The base has two free edges α and 6. The remaining two sides of the wall panel 5 are respectively connected to a cymbal 51 via a fold line and to one edge of the other rectangular wall panel 7. The wall panel 7 is connected to the edge of the rectangular wall panel 5 via a fold line to the other rectangular wall panel 9. In assembling the carton, the base is bent to be at right angles to the wall panel $, and the panels 7 and 9 are bent to "contact" with the free edge of the base i. The wall panels 7 and 9 have a fold line The cymbal force and the cymbal 71 and 91 connected thereto are glued to the free edge α and the H domain of the base 1. The cymbal 51 of the wall panel 5 is glued to the rim region of the wall panel 9. Bent to be parallel to the base. The cover has flaps 31 and 32 therethrough by stitching. The tabs are bent to be at right angles to the cover and joined to the wall panel 7 among the assembled boxes of 8 20 200812879 and The free end of 9. One or both of the wires 71 and 91 can be positioned on the base rather than on the wall panel. The cymbal 51 can be positioned on the wall panel 9. The cover and/or the base Can be attached to the wall panel 7 or 9 (extending from the wall panel 7 or 9) instead of the wall panel 3 〇 It should be understood that the pattern of Figure 1A has a relatively simple shape and design which helps Production and assembly of paper samples, and reduction of waste. Figure 2 - Regular hexagonal paper 1 The paper pattern of Figure 2A forms a prismatic shape with a regular hexagonal cross-face when assembled The carton may have a size to accommodate six packages as shown in Figure 2B, but may be another size that accommodates more than six packages. The pattern has a fold line connected to a rectangular wall panel. a hexagonal base 1 of the panel 5, and a hexagonal cover 3 connected to the opposite side of the panel 5 via another fold line. The remaining sides of the wall panel 5 are respectively connected to another rectangular wall panel via a fold line 15 and another section connected to the pattern, the section being divided by fold lines into four equal rectangular wall panels 7, 9, η and 13. The six wall panels 7 to 15 form a hexagon when assembled The wall (side) of the carton. The base 1 has a cymbal 11 〇, 12 〇, 130, 140 and 150 on each of its free edges. When the carton is assembled, the cymbals are bent to stand up from the base And the base is bent at right angles to the wall panel 5. The wall panels 7 to 15 are bent around the base to engage the respective cymbals 11 〇 15 to 15 襟. The cymbals 110 to 150 are glued to the wall mount The edge of the board is "to ^. The wall panel 15 is bent to be in contact with the panel 13 around the base 1 and has a rim region 9 200812879 to the wall panel 13 / the base 1 . ;^*^ ^ 151 I 3 is folded into parallel. The free end is on the (four) money system. The flap 31 can be used to secure the cover to 5 10 15
遠』= 斤示實例中’壁鑲板15、7、9和13在其位於 〇14 1αι <紙箱對向末端處的邊緣上具有襟片152、7卜 勹脖。芸 用日守，這些襟片被向下彎折以接合紙箱内之 υ衣1 3之襟片31接合於壁鑲板11之内面介於襟片131 與91之間以保持該蓋關閉。 备片110至150之一或多者可被提供在壁鑲板7至μ 上而非底座1上。襟片71、91、131和152之一或多者可 被省略。襟片151可被提供在鑲板13之邊緣上。鑲板15 可為經由一折線連接到鑲板13而非連接到鑲板5。該蓋和 底座可為連接到不同鑲板而非二者連接到同一鑲板，且更 可為連接到圖2A所示壁鑲板之任一者。 儘管圖2 A之紙樣具有一圖1A紙樣稍微複雜的形狀 和設計，其就打包方面來說更有效率，亦即圖2A紙樣之 表面積對圍蔽容積比率小於圖1A紙樣之表面積對圍蔽容 積比率。 圖3-不等邊六邊形紙箱 圖3使用與圖2相同之參考數字。圖3紙箱異於圖2 紙箱之處在於一不等邊六邊形横截面及容納16個包裝，如 圖3B所示。此係藉由使四個矩形壁鑲板（亦即壁鑲板15、 20 200812879 5、9和11)之寬度大約倍增同時使對向壁鑲板7和13保 持與圖2所示大約相同大小的方式達成。 凰3_長紙箱 5 10 15 20 固3A之紙箱可被修改成一能夠容納18個包裝的長菱 形开7式如圖3B虛線所示。在此新實施例中，襟片η〇、 :0和71被換成該蓋和底座之延長部，加 頟外延切。批，料和底紅 I3之一In the example, the wall panels 15, 7, 9, and 13 have cymbals 152, 7 on their edges at the opposite ends of the carton.芸 芸 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , 襟 襟 襟 襟 襟 襟 襟 。 。 。 。 。 。 。 。 。 。 One or more of the sheets 110 to 150 may be provided on the wall panels 7 to μ instead of the base 1. One or more of the cymbals 71, 91, 131, and 152 may be omitted. A crotch panel 151 can be provided on the edge of the panel 13. The panel 15 can be connected to the panel 13 via a fold line rather than to the panel 5. The cover and base may be attached to different panels rather than being joined to the same panel, and more preferably to any of the wall panels shown in Figure 2A. Although the pattern of Fig. 2A has a somewhat complicated shape and design of the pattern of Fig. 1A, it is more efficient in terms of packaging, that is, the surface area to the enclosed volume ratio of the pattern of Fig. 2A is smaller than the surface area of the pattern of Fig. 1A. ratio. Figure 3 - Unequal Hexagonal Carton Figure 3 uses the same reference numerals as Figure 2. Figure 3 shows that the carton differs from Figure 2 in that it has an unequal hexagonal cross-section and accommodates 16 packages, as shown in Figure 3B. This is achieved by approximately doubling the width of the four rectangular wall panels (i.e., wall panels 15, 20 200812879 5, 9 and 11) while maintaining the opposing wall panels 7 and 13 approximately the same size as shown in FIG. The way to reach. Phoenix 3_long carton 5 10 15 20 The carton of the solid 3A can be modified into a rhomboid open type 7 capable of accommodating 18 packages as shown by the dashed line in Fig. 3B. In this new embodiment, the cymbals η 〇 , : 0 and 71 are replaced with extensions of the cover and the base, and the epitaxial cuts are applied. Batch, material and bottom red one of I3
中之虛線所示。 有勺王長夂形，如圖3A 應理解到一具備長菱形橫截面之 鑲板。就圖3A來說，此係藉 衣，、有四個矩形壁 一辟禮4c：. 等土趣板5和7人供士、留 土鎚板，加大壁鑲板15、9和 夺/ 口併成早 合壁鑲板5和7 之見度使得其匹配於組 之見度，及崔略壁鑲板13而達成。 圖4A之紙樣在組立時形—且 #夂柱狀紙箱。、有長六k形橫截面的 個包敦的大小，X容納如圖4B所示之9 大小（例如养由Γί 4 納超過9個包裝的另一種 延長量)1。如猎由加大壁鑲板56和54之寬度而擴展包裝: 52。應於包裝橫截面的長六邊形鑲板51和 外四個邊緣緣’其中1對向的邊緣長於另 段被折邊形鑲板之間有-矩形區段，該區 」刀成矩形壁鑲板55、56、57和 11 200812879 有經由折線連接到六邊形鑲板51、52每一者之一長邊的 向邊緣。其他鑲板55、57和58對應於紙箱之每一窄甸。' 鑲板58構成该紙箱之蓋且經由一折線連接到一襟片。 5 10 15 20 六邊形鑲板51被定位在壁鑲板56與大小同於鑲板％ 之另一矩形壁鑲板54之間。壁鑲板54經由一折線連接到 另一矩形壁鑲板53且在其對向於六邊形鑲板51之邊緣上 具有一襟片541。壁鑲板53和54分別對應於該紙箱之窄 側和寬側。 六邊形鑲板52之短邊經由折線連接到襟片521、522、 523及連接到襟片524。六邊形鑲板51之短 接到襟片511、512、513及連接到襟片514。斤核 在組立紙箱時，壁鑲板54和56被彎折成從六邊形鑲 板51立起鑲板％被彎折為平行於鑲板。六邊形鑲板 、之襟片512至514被彎折成從鑲板51立起。鑲板52之 襟片521至524被朝鑲板51彎折。壁鑲板53被彎折為與 其要膠黏之襟片512和522交會。壁鑲板55被彎折為與^ 要膠黏之襟片513和523交會。襟片⑷被膠黏至六邊形 鑲板52之邊沿區域。 ’ 土鑲板58提供紙箱之蓋。襟片581藉由接合於壁鑲板 之内表面介於襟片524與5〗4之間而保持該蓋關閉。壁 =57可不膠黏於襟片犯和心藉此其構成該蓋之二 P刀對於紙箱内部提供較大的出入口。 犯Λ代由壁鑲板％和57提供該蓋的方式，該蓋可為由 、、和53提供，然後由鑲板51、52及55至咒構成紙 12 200812879 箱主體。另一選擇，六邊形鑲板52和51之一者可提供一 具有對應於紙箱橫截面形狀之形狀的蓋。 襟片511至5Π及521至523可被提供在對應壁鑲板 53、55、57和58上而非在六邊形鑲板51或52上。如果 5 蓋部分係由鑲板58以外之一鑲板提供，襟片514和524 亦可被移到另一適當壁。襟片541可被提供在六邊形鑲板 52上。 圖5_具備凹陷末端之長六邊形橫截面的紙^箱 10 圖5使用與圖4相同的參考數字。該紙箱異於圖4紙 箱之處在於紙箱之某些侧是凹陷的（反轉的），如圖5B所 示。此係藉由如圖5A所示修改末端鑲板51和52之形狀 以提供期望橫截面而達成。特定言之，末端鑲板51和52 不再是圖5A中之較長正六邊形，而是具有彼此對向並沿 15 其最短平行侧結合之二個梯形的形狀。 0 圖4和5之一混合版本以六邊形橫截面之一端凹陷， 但另一端並不凹陷。此由圖5A中之點斜線60和61及圖 5B中之點斜線三角形表示。在此例中，紙箱之橫截面為一 以一端凹陷且另一端突出的長六邊形。 20 圖5之二個實施例是凹多邊形，亦即其含有至少一個 大於180度的内角。因此，圖5所示主要實施例具有二個 凹形部分，而由\線60和61表示之修改型具有單一凹形部 分。 橫截面形狀具有一凹多邊形的一項優點在於其允許紙 13 200812879 箱之間有某種程度的互鎖作用。這例如在堆疊紙箱之時會 提供更好的穩定性。有一種可能是一凹多邊形與一凸多^ 形互鎖。 ^應理解到以上述所有横截面形狀拼湊排列。這在打包 5 紙箱本身（例如用於配送、倉儲或類似用途）之時會有幫 助。亦要注意到亦可將本說明書提及之不同紙箱相互拼湊 排列；例如以圖5之有凹陷六邊形與圖3或4之正六邊形 • 或長六邊形拼湊排列。因此複數個紙箱可被裝在一大箱 中，且該大箱可容納單一種形狀之紙箱或是容納拼湊排列 10 在一起之二種或互補形狀之紙箱。 迄今所述横截面形狀都是密鋪平面，因為其包含等邊三 角形之各種排列。應理解到密鋪平面在紙箱係希望要容納本 身具有等邊三角形之橫截面之包裝的情況特別適合。此允許 紙箱内之包裝佔據該紙箱之内部容積的大致全部，這會提高 15 效率並且有助於（在包裝位於紙箱内時）強化紙箱。 # 然有許多其他形狀可行。舉例來說，——紙箱可能具有 五側，言如正五邊形。一具備五邊形橫截面的棱柱狀包裝 特別適合容納具有中心角為72度（ 360/5)之等腰三角形 橫戴面的包裝。因此可理解到具有正多邊形橫戴面之紙箱 20 的侧面的數量可能與其所容納之三角形包裝之角度直接有 關（特別是在該等包裝佔據紙箱内部空間之大致全部的情 況）。此等包裝的橫截面可能具有一等邊三角形（通常造成 紙箱之一密鋪平面橫截面）、一等腰三角形、一直角三角形 及類似之形式，且用以容納此等包裝之紙箱的橫截面形狀 14 200812879 可據此被修改。 5 10 15 如前所述，一紙箱之蓋可為在一端面上且因此具有棱 柱狀紙箱之橫截面形狀，或者可由介於末端之間的一壁镶 板構，。，舉例來，’―用以通達紙箱内容物之開口可由一 樞接蓋形成且該蓋有—用以將該蓋固定於1閉位置的襟 片該開口可為由-樞接於紙箱且在其他邊緣藉由穿孔處 連，到紙箱_板提供，這㈣减允許該鑲板經由撕開 該等穿孔^被打開。亦可提供—撕條來取代穿孔處。 、.:括而。本务明之各實施例提出如上所述用於紙箱 之紙樣、如上所述之紙箱、及容納裝有吸煙物件之三角形 橫戴面棱柱狀包裝的紙箱。熟f此技藝者會理解到本說明 書所迷特定實施例之許多修改。舉例來說，不同於且有六 邊形橫截面的紙箱、譬如圖2所示者，紙箱可能且有一大 致圓形橫截Φ。此-BU彡紙箱仍可被料容喊數個經配 置形成-正多邊形（譬如圖沈所示六邊形）的三角形包 裝，意到此-圓形紙箱可能比一具備多面體橫截面的 紙相谷易製作或強固。此外’圓形紙箱可能夠靠近 該等包裝以防該等包裝在該紙箱内移動。另—種可一 ^ 是使用-具備大致半圓形橫截面的紙箱，該 三個包裝(六邊形的一半)。另一種可行方式是使用：：： 印形橫戴面的紙箱’此橫截面係包含藉由二 紝2備 二個半圓。這舉例來說可被用來容納具有圖4b又::的 組態之包裝。因此，本發明並不侷限於說明蚩^六邊形 定實施例，而是由隨附申請專利範圍及其等:物::何特 15 20 200812879 【圖式簡單說明】 5 =1A和1B關於一種具備等邊三角形橫截面的紙箱； 圖2A和2B關於一種具備正六邊形横截面的紙箱； 的紙和3B關於一種具備不等邊六邊形或菱形橫戴面The dotted line is shown. There is a spoon-shaped king-shaped shape, as shown in Fig. 3A, a panel having a rhomboid cross section is understood. As far as Figure 3A is concerned, this is a clothing, there are four rectangular walls, a gift 4c:. Such as the clay board 5 and 7 people, the soil hammer board, the wall panel 15, 9 and the / The visibility of the wall panels 5 and 7 is matched to the visibility of the group and to the Cui wall panel 13 . The pattern of Figure 4A is shaped as - and #夂 cylindrical carton. The size of a double-k-shaped cross-section, X accommodates a size of 9 as shown in Figure 4B (e.g., another extension of more than 9 packages of Γί 4 nano)1. For example, the hunter is expanded by the width of the enlarged wall panels 56 and 54: 52. The long hexagonal panel 51 and the outer four edge rims of the package cross section are longer than the other sections of the hem-shaped panel with a rectangular section which is formed into a rectangular wall. Panels 55, 56, 57 and 11 200812879 have an edge that is connected to one of the long sides of each of the hexagonal panels 51, 52 via a fold line. Other panels 55, 57 and 58 correspond to each narrow box of the carton. The panel 58 forms the lid of the carton and is connected to a web via a fold line. 5 10 15 20 The hexagonal panel 51 is positioned between the wall panel 56 and another rectangular wall panel 54 of the same size as the panel. The wall panel 54 is connected to the other rectangular wall panel 53 via a fold line and has a flap 541 on its edge opposite the hexagonal panel 51. The wall panels 53 and 54 correspond to the narrow side and the wide side of the carton, respectively. The short sides of the hexagonal panel 52 are connected to the flaps 521, 522, 523 and to the flap 524 via fold lines. The hexagonal panels 51 are shortened to the jaws 511, 512, 513 and to the jaws 514. Pinch cores When the carton is assembled, the wall panels 54 and 56 are bent to rise from the hexagonal panel 51. The panels are bent to be parallel to the panel. The hexagonal panels, the ridges 512 to 514 are bent to stand up from the panel 51. The flaps 521 to 524 of the panel 52 are bent toward the panel 51. The wall panel 53 is bent to meet the slabs 512 and 522 which are to be glued. The wall panel 55 is bent to meet the slabs 513 and 523 to be glued. The cymbal sheet (4) is glued to the rim region of the hexagonal panel 52. The soil panel 58 provides a lid for the carton. The flap 581 holds the lid closed by being joined to the inner surface of the wall panel between the flaps 524 and 5'4. The wall = 57 can be glued to the cymbal and the heart thereby forming the cover. The P knife provides a large entrance and exit for the inside of the carton. The cover is provided by the wall panels % and 57, which can be provided by , , and 53, and then the panels 51, 52, and 55 are used to construct the paper 12 200812879 box body. Alternatively, one of the hexagonal panels 52 and 51 can provide a cover having a shape corresponding to the cross-sectional shape of the carton. The flaps 511 to 5A and 521 to 523 may be provided on the corresponding wall panels 53, 55, 57 and 58 instead of on the hexagonal panel 51 or 52. If the 5 cover portion is provided by one of the panels 58 other than the panel 58, the flaps 514 and 524 can also be moved to another suitable wall. A crotch panel 541 can be provided on the hexagonal panel 52. Figure 5 - Paper box with a long hexagonal cross section of the recessed end 10 Figure 5 uses the same reference numerals as in Figure 4. The carton differs from the carton of Figure 4 in that some sides of the carton are recessed (reversed) as shown in Figure 5B. This is achieved by modifying the shape of the end panels 51 and 52 as shown in Figure 5A to provide the desired cross section. In particular, the end panels 51 and 52 are no longer the longer regular hexagons of Figure 5A, but have the shape of two trapezoids that oppose each other and join along their shortest parallel sides. 0 A hybrid version of Figures 4 and 5 is recessed at one end of the hexagonal cross section, but the other end is not recessed. This is indicated by the dotted lines 60 and 61 in Fig. 5A and the diagonal triangles in Fig. 5B. In this case, the cross section of the carton is a long hexagon which is recessed at one end and protrudes at the other end. The two embodiments of Figure 5 are concave polygons, i.e., they contain at least one internal angle greater than 180 degrees. Therefore, the main embodiment shown in Fig. 5 has two concave portions, and the modified type indicated by \ lines 60 and 61 has a single concave portion. One advantage of having a concave shape in cross-sectional shape is that it allows for some degree of interlocking between the papers 13 200812879. This provides better stability, for example, when stacking cartons. One possibility is that a concave polygon interlocks with a convex multi-shape. ^ It should be understood that all of the above cross-sectional shapes are arranged together. This can be helpful when packing the 5 carton itself (for example for distribution, storage or similar purposes). It should also be noted that the different cartons referred to in this specification can also be arranged in a patchwork; for example, with a concave hexagon in Fig. 5 and a regular hexagon of Fig. 3 or 4 or a long hexagon. Thus, a plurality of cartons can be housed in a single box, and the cartons can accommodate a single shape of carton or a carton of two or complementary shapes that are arranged together. The cross-sectional shape to date has been a tiling plane because it contains various arrangements of equilateral triangles. It should be understood that the tiling plane is particularly suitable where the carton is intended to accommodate a package having an equilateral triangle cross section. This allows the package within the carton to occupy substantially all of the internal volume of the carton, which increases efficiency and helps to strengthen the carton (when the package is in the carton). #然 There are many other shapes that work. For example, the carton may have five sides, such as a regular pentagon. A prismatic package with a pentagonal cross section is particularly suitable for accommodating packages with an isosceles triangular cross-section with a central angle of 72 degrees (360/5). It will thus be appreciated that the number of sides of the carton 20 having a regular polygonal cross-face may be directly related to the angle of the triangular package it contains (especially where the packages occupy substantially all of the interior of the carton). The cross-section of such packages may have an equilateral triangle (usually resulting in a tiled cross-section of one of the carton), an isosceles triangle, a right-angled triangle, and the like, and is used to accommodate the cross-section of the carton of such packages. Shape 14 200812879 can be modified accordingly. 5 10 15 As previously mentioned, the lid of a carton may be of a cross-sectional shape on one end face and thus having a prismatic carton, or may be constructed from a wall panel between the ends. For example, 'the opening for accessing the contents of the carton may be formed by a pivotal cover and the cover is provided with a crotch for securing the cover to the closed position. The opening may be pivoted to the carton and The other edges are connected by a perforation to the carton_board, which allows the panel to be opened by tearing the perforations. A tear strip can also be provided to replace the perforation. ,.: Covered. Each of the embodiments of the present invention proposes a paper sample for a carton as described above, a carton as described above, and a carton containing a triangular cross-sectional prismatic package containing a smoking article. Many modifications of the specific embodiments of this specification will be apparent to those skilled in the art. For example, a carton different from and having a hexagonal cross-section, as shown in Figure 2, may have a generally circular cross-sectional Φ. The -BU彡 carton can still be shouted into a number of triangular packages that are configured to form a regular polygon (as shown in the hexagon shown in Fig.), which means that the round carton may be more than a paper with a polyhedral cross section. Gu Yi is made or strong. In addition, round cartons may be able to be placed adjacent to the packs to prevent the packs from moving within the cartons. Another type can be used - a carton with a substantially semi-circular cross section, the three packages (half of the hexagon). Another possible way is to use::: A cross-section of the carton' This cross-section consists of two semi-circles prepared by means of two 纴2. This can be used, for example, to accommodate a package having the configuration of Figure 4b::. Therefore, the present invention is not limited to the description of the hexagonal embodiment, but the scope of the accompanying claims and the like: Object:: 1520 200812879 [Simple description of the diagram] 5 =1A and 1B a carton having an equilateral triangular cross section; Figs. 2A and 2B relate to a carton having a regular hexagonal cross section; and paper and 3B relating to a type having an unequal hexagonal or diamond cross section
10 圖4A和4B關於一種具備長六邊形 圖5A和5B關於一種具備_或多個 横截面的紙箱；且 凹陷末端的紙箱。 1510 Figures 4A and 4B relate to a carcass having a long hexagonal shape. Figures 5A and 5B relate to a carton having _ or a plurality of cross sections; and a recessed end. 15
【主要元件符號說明】 1 底座鑲板 3 蓋鑲板 5 壁鑲板 7 壁鑲板 9 壁鑲板 11 壁鑲板 13 壁鑲板 15 壁鑲板 31 襟片 32 襟片 51襟片（圖1A);六邊形鑲板（圖4A、 52 六邊形鑲板 53 壁鑲板 54 壁鑲板 16 200812879 5 10 15 55 壁鑲板 56 壁鑲板 57 壁鑲板 58 壁鑲板 71 襟片 91 襟片 110 襟片 120 襟片 130 襟片 131 襟片 140 襟片 150 襟片 151 襟片 152 襟片 511 襟片 512 襟片 513 襟片 514 襟片 521 襟片 522 襟片 523 襟片 524 襟片 541 襟片 581 襟片 20[Description of main components] 1 base panel 3 cover panel 5 wall panel 7 wall panel 9 wall panel 11 wall panel 13 wall panel 15 wall panel 31 cymbal 32 cymbal 51 cymbal 51 cymbal (Figure 1A ); hexagonal panels (Fig. 4A, 52 hexagonal panels 53 wall panels 54 wall panels 16 200812879 5 10 15 55 wall panels 56 wall panels 57 wall panels 58 wall panels 71 91 91 Image 110 Picture 120 Picture 130 Photograph 131 Picture 140 Picture 150 Picture 151 Picture 152 Picture 511 Picture 512 Picture 513 Picture 514 Picture 521 Picture 522 Picture 523 Picture 524 Picture 541 picture 581 picture 20