JP2004149210A - Blank slab for cross- and multiple-folding and reassemblable square columnar box and polygonal columnar box - Google Patents

Blank slab for cross- and multiple-folding and reassemblable square columnar box and polygonal columnar box Download PDF

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Publication number
JP2004149210A
JP2004149210A JP2002351809A JP2002351809A JP2004149210A JP 2004149210 A JP2004149210 A JP 2004149210A JP 2002351809 A JP2002351809 A JP 2002351809A JP 2002351809 A JP2002351809 A JP 2002351809A JP 2004149210 A JP2004149210 A JP 2004149210A
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Japan
Prior art keywords
box
folding
cross
blank
blank plate
Prior art date
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Pending
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JP2002351809A
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Japanese (ja)
Inventor
Toshihiko Futamata
敏彦 二又
Takami Sakai
孝美 酒井
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Individual
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Individual
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Priority to JP2002351809A priority Critical patent/JP2004149210A/en
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Abstract

<P>PROBLEM TO BE SOLVED: To perform reassembling and reutilization where a blank slab can be crosswise-folded as the material of a box, multiple-folding can be performed, thinning and shortening of a box body and the blank slab after folded are performed to facilitate to store the box body and the blank slab for the box and to transfer them to a sender for reutilization. <P>SOLUTION: A blank for a polygonal columnar box comprising a sheet of blank is crosswise folded, a bore hole 4 and another bore hole 6 on a ruled line for folding are processed at a right angle point 3 of multiple-folding, and a score 7 which mutually connects the bore holes is processed. <P>COPYRIGHT: (C)2004,JPO

Description

【0001】
【発明の属する技術分野】
本発明は、繰り返し利用を容易化する為の多角柱状箱用のブランク板に交差折り畳み角部2の刳り貫き穴4と折り畳み用罫線(29,30,31)上に設けた刳り貫き穴6とを連結した切り込み線7を加工した交差折り畳み及び再組み立て可能な箱用のブランク版の構造及び同ブランク版を用いた箱の再組み立て並びに折り畳み方法に関するものである。
【0002】
【従来の技術】
従来の技術による箱体の折り畳み技術では正方体、直方体の箱の偏平化は可能である。加えて箱用ブランク版の折り畳み技術においては偏平化は可能である。しかしながら大型紙面、ポスター等を巻いた横長物等を梱包する横長直方体の箱及び箱用ブランク版を保管、再利用の為に折り畳むのには薄化、及びある程度の短小化は出来るが不十分である。
箱の再利用の為の保管、搬送に困難を来す。短小化する為にブランク版を無理に折り畳めば交差折り、多重折り畳みの角の部分で素材が破裂して再利用は不可能で従来の箱は搬送使用後殆ど廃棄処分されている。
折り畳み方法として箱を薄くする事を実施している例もある。
(例えば、実公平2−48337)これらの折り畳み方法では、箱体の薄化は可能だが短小化、面積を狭くするには不十分である。
従って、発送元へ返送するにも、一個の折りたたまれた箱として個別単独に搬送しなければならず搬送コストが必要である。箱体、ブランク版の再利用には問題が有る。
又、折り畳まれた後の箱及びブランク版が広く、長く一般荷物との混載での発送元への返送に問題があった。
通い箱として再利用の為、発送元への返却は折り畳み後の縮小化が出来ないと困難。無理に折り畳み縮小化すれば、容器その物が破壊されるのが従来の技術による箱である。
最終処分の為の箱の縮小化は組み立て用罫線に沿って折り曲げは容易だが、自治体等が行う廃品回収においては折り畳んた後の長さに制限が有り、制限内の長さ広さに折り畳むのは非常に困難である。
【0003】
【発明が解決しようとする課題】
従来の箱にあっては搬送済み後は、折り畳み後も、薄化はできるが、長さ、広さを縮小出来ない問題が有った。
箱用ブランク版を交差折り畳み、多重折り畳みを可能とする技術である。
【0004】
本発明は、ブランク版1に組み立て用罫線(16〜28)に加えて折り畳み用の罫線(29、30,31)及び交差折りの角2の刳り貫き穴4と折り畳み用罫線(29,30,31)上の刳り貫き穴6とを連結する切り込み線7の加工を施し、交差折り畳み時の素材の破裂、破壊を防止し、折りたたんだ後の薄化、短化、小化、狭化される折り畳み可能な箱用のブランク版及びその構造を提供するものである。及び該箱の再組み立て法、折り畳み法を提供するものである。
併せて箱、ダンボールを廃棄処分するに当り、前述の刳り貫き穴、切り込み線を加工し、折り畳みを容易化し、折りたたんだ後、薄化、短化、小化、狭化を容易化してリサイクルが容易化される箱用ブランク版の構造を提供するものである。
【0005】
【課題を解決する為の手段】
上記課題を達成する為に、本発明の交差折り畳み可能な箱用ブランク版1においては、形状において組み立て用罫線(16〜28)の及び折り畳み用罫線(29,30,31)に加えて交差折り畳みの直角先端部3に加工する刳り貫き穴4と折り畳み用罫線(29,30,31)上に加工する別の刳り貫き穴6とを連結する切り込線7を加工する。
【0006】
上記刳り貫き穴(4,6)及び刳り貫き穴(4,6)を連結する切り込み線7の加工位置は図1に示すように、組み立て用罫線上及び折り畳み用罫線上に加工する。
【0007】
折り畳み用罫線(29、30,31)は箱用ブランク版の長辺と直角に全長横幅を等分間隔に加工する。
【0008】
交差折り畳みの線にあたる折り畳み用罫線及び組み立て用罫線上には布製ガムテープ又はゴム状の塗料などで補強するのが望ましい。
【0009】
【作用並びに効果】
上記の構成に成っているので該箱使用済み後ブランク版を交差折り、多重折りしても刳り貫き穴、及び切り込み線の効果で罫線に沿ってのブランク版の亀裂、破裂が生じなく無理なく交差折り畳み、多重折り畳みが可能でブランク版の折り畳み後の薄化、短小化が可能に成り保管、再利用の為の発送元への返送が容易になる。又、一般の箱の最終廃棄処分に当たっても請求項1に記載の刳り貫き穴及び切り込み線の加工技術を利用すれば、短小化の為の多重折り畳みが容易になり資源回収の選別が容易と成り、強いては最終処分コストの低減が可能となる。
箱生地素材資源のリサイクルコストの低減が可能である。
【0010】
【発明の実施の形態】
発明実施の形態を実施例にもとづき図面を参照して説明する。
図1においてブランク版に箱体の開平形状を加工形成する。
次いで、組み立用罫線(16〜28)折り畳み用罫線(29、30,31)を加工する。又刳り貫き穴(4,6)及び切り込み線7を加工する。
【0011】
該箱(長四角柱状箱)を組み立てるに当たっては[請求項5]に示す側壁片(8、9,10,11)の切り込み線(12、13)と楔型切りこみ(14、15)とによる交差連結方法による。
箱体の組み立てに当たっては該箱長四角柱状箱は図3、図4の順序で図に示す通り組み立てる。
【0012】
該箱(長四角柱状箱)を梱包するに当たっては、カバー辺Aを組み立て用罫線20上に加工した差込スリット34に差し込む方法の外ガムテープによる。
【0013】
該箱の梱包物の重さに依っては、図5のようにDリング又はバックル付の平ベルトで行う。
【0014】
該箱長四角柱状箱、ブランク版を折り畳むには箱の平ベルト及びガムテープを解き、図6,図7、図8、図9の順でブランク版の組み立て用罫線18及折り畳み用用罫線(29,30,31)に沿って折り畳む。
折り畳み後の面積はブランク版開平時の広さの約8分の1の狭さになる。
梱包用の平ベルトで十字型に締込めば厚さも狭められコンパクトに成り箱の保管、再利用の為の発送元への返送も容易になる。
【0015】
請求項1に記載した技術を適用した三角柱状箱用ブランク版、多角柱状箱用ブランク版を折り畳むにも前記の四角柱状箱用ブランク版の折り畳み法に順じて折り畳む。
各々、刳り貫き穴及び連結する切り込み線の効果で交差折り畳み、多重折り畳みをしても罫線に沿った外側の箱生地の亀裂が生じなく交差折り畳み、多重折り畳みが容易である。
【0016】
【発明の効果】
本発明は、以上説明したように構成されているので、以下に記載されるような効果を発揮する。即ち、該箱用のブランク版に組み立て用罫線の外、折り畳み用罫線及び刳り貫き穴相互を連結する切り込み線を加工することにより交差折り畳み、多重折り畳みおいてブランク版を破裂、破壊する事無く多重折りが可能で箱の素材としてのブランク版の短小化が可能に成る。
【0017】
尚、この技術は、一般の箱の廃棄処分の際の折り畳みの容易化に活用可能である。もって、廃棄箱の資源選別が容易となり、リサイクルコストの低減にも貢献する。
【0018】
【図面の簡単な説明】
【図 1】一枚のブランク版から形成される四角柱状箱用ブランク版開平図であり、加工の明示図である。
【図 2】ブランク版の交差折り畳み後の直角先端部の見取り図である。
【図 3】該当四角柱状箱の組み立て法の見取り図である。
【図 4】該当四角柱状箱の組み立て法の見取り図である。
【図 5】該当四角柱状箱の梱包の見取り図である。
【図 6】該当四角柱状箱用のブランク版折り畳み見取り図である。
【図 7】該当四角柱状箱用のブランク版折り畳み見取り図である。
【図 8】該当四角柱状箱用のブランク版折り畳み見取り図である。
【図 9】該当四角柱状箱用のブランク版折り畳み見取り図である。
【0019】
【符号の説明】
1 一枚のブランク版
2 交差折り畳み角部
3 交差折り畳み直角先端部
4 組み立て罫線上の刳り貫き穴
5 交差折り畳みの外側
6 折り畳み罫線上の刳り貫き穴
7 切り込み線
8 側壁片
9 側壁片
10側壁片
11側壁片
12切り抜き線
13切り抜き線
14楔型切り込み
15楔型切り込み
16組み立て用罫線
17組み立て用罫線
18組み立て用罫線
19組み立て用罫線
20組み立て用罫線
21組み立て用罫線
22組み立て用罫線
23組み立て用罫線
24組み立て用罫線
25組み立て用罫線
26組み立て用罫線
27組み立て用罫線
28組み立て用罫線
29折り畳み用罫線
30折り畳み用罫線
31折り畳み用罫線
32カバー片A
33カバー片B
34カバー片Aの差込スリット
35側壁片の穴
36天蓋面
37底面
38側壁A
39側壁B
40側カバー片A
41側カバー片B
42中押え片
[0001]
TECHNICAL FIELD OF THE INVENTION
According to the present invention, a hollow plate for a polygonal columnar box for facilitating repeated use is provided with a hollow hole 4 at a cross-folding corner 2 and a hollow hole 6 provided on a folding ruled line (29, 30, 31). The present invention relates to a structure of a blank plate for a box which can be cross-folded and re-assembled by processing a cut line 7 which is connected to a box, and a method of re-assembling and folding a box using the blank plate.
[0002]
[Prior art]
A conventional box folding technique can flatten a square or rectangular box. In addition, flattening is possible in the folding technique of the box blank. However, it is possible to store a horizontal rectangular parallelepiped box and a blank for a box for packing a large paper, a poster, etc. in a horizontal direction, and to fold it for reuse. is there.
Difficulty in storing and transporting boxes for reuse. If the blank plate is forcibly folded in order to shorten the length, the material is ruptured at the corners of the cross-folding and multiple folding, so that the material cannot be reused, and the conventional box is almost discarded after transportation and use.
In some cases, the box is made thinner as a folding method.
(For example, Japanese Utility Model Publication No. 2-48337) With these folding methods, the thickness of the box can be reduced, but it is insufficient to reduce the size and area.
Therefore, even in the case of returning to the shipping source, it must be individually transported as one folded box, which requires a transportation cost. There is a problem with the reuse of boxes and blank plates.
In addition, the box and blank plate after being folded are wide and long, and there is a problem in returning to the shipping source in a consolidation with general luggage.
It is difficult to return to the sender because it cannot be reduced after folding because it is reused as a returnable box. If the container is forcibly folded and reduced in size, the container itself is destroyed in the conventional box.
Although the box for final disposal can be easily folded along the ruled lines for assembly, the length after folding is limited for waste collection performed by local governments, etc. Is very difficult.
[0003]
[Problems to be solved by the invention]
In a conventional box, after being transported, it can be thinned even after folding, but there is a problem that the length and the width cannot be reduced.
This technology cross-folds a box blank plate to enable multiple folding.
[0004]
According to the present invention, in addition to the assembling rules (16 to 28), the folding rules (29, 30, 31), the hollow hole 4 at the corner 2 of the cross fold, and the folding rules (29, 30, 31) The cutting line 7 connecting the upper hollow 6 is processed to prevent the material from being ruptured or broken at the time of cross-folding, and is thinned, shortened, reduced in size and narrowed after folding. A blank plate for a foldable box and its structure are provided. And a method of reassembling and folding the box.
At the same time, when disposing of boxes and corrugated cardboard, the above-mentioned hollows and cut lines were processed to facilitate folding, and after folding, thinning, shortening, miniaturization and narrowing were facilitated for recycling. It is intended to provide a box blank structure which is facilitated.
[0005]
[Means for solving the problem]
In order to achieve the above object, in the cross-foldable box blank 1 of the present invention, the cross-folding is performed in addition to the assembling rules (16 to 28) and the folding rules (29, 30, 31). A cutting line 7 is formed to connect a hollow 4 to be formed in the right-angled front end 3 of the rectangular hole 3 and another hollow 6 to be formed in the folding ruled line (29, 30, 31).
[0006]
As shown in FIG. 1, processing positions of the above-described hollow holes (4, 6) and cut lines 7 connecting the hollow holes (4, 6) are formed on the assembly ruled line and the folding ruled line.
[0007]
The folding ruled lines (29, 30, 31) are formed at equal intervals at the full width and at right angles to the long sides of the box blank.
[0008]
It is desirable to reinforce the folding ruled line and the assembly ruled line corresponding to the cross-folding line with a cloth gum tape or a rubber-like paint.
[0009]
[Action and effect]
With the above configuration, the blank plate is cross-folded after the box has been used, and even if it is folded multiple times, the blank plate does not crack or rupture along the ruled line due to the effect of the hollow holes and cut lines, and it is easy to do. Cross-folding and multiple folding are possible, making it possible to make the blank plate thinner and shorter after folding, making it easier to store and return it to the sender for reuse. Also, in the final disposal of a general box, if the processing technology of the hollow hole and the cut line according to claim 1 is used, multiple folding for shortening the size is facilitated, and the sorting of the resource recovery is facilitated. In other words, the final disposal cost can be reduced.
It is possible to reduce the recycling cost of box material resources.
[0010]
BEST MODE FOR CARRYING OUT THE INVENTION
Embodiments of the invention will be described based on examples with reference to the drawings.
In FIG. 1, an open flat shape of a box is processed and formed on a blank plate.
Next, assembling ruled lines (16 to 28) and folding ruled lines (29, 30, 31) are processed. Further, the hollow holes (4, 6) and the cut lines 7 are formed.
[0011]
In assembling the box (rectangular prism-shaped box), intersections of the side wall pieces (8, 9, 10, 11) shown in [Claim 5] with the cut lines (12, 13) and the wedge-shaped cuts (14, 15). Depends on the connection method.
In assembling the box, the box-shaped quadrangular prism-shaped box is assembled as shown in the drawings in the order of FIGS.
[0012]
When packing the box (rectangular prism-shaped box), an outer gum tape is used in which the cover side A is inserted into the insertion slit 34 formed on the ruled line 20 for assembly.
[0013]
Depending on the weight of the packing material in the box, as shown in FIG.
[0014]
To fold the box-shaped rectangular column box and the blank plate, unwrap the flat belt and the gum tape of the box, and assemble the blank plate assembling rule 18 and the folding rule (29 in the order of FIGS. 6, 7, 8, and 9). , 30, 31).
The area after folding is about one-eighth smaller than when the blank plate was opened.
If a flat belt for packing is tightened in a cross shape, the thickness will be reduced and the box will be compact, making it easy to store the box and return it to the sender for reuse.
[0015]
When folding the blank plate for a triangular prism box and the blank plate for a polygonal prism box to which the technology described in claim 1 is applied, the blank plate for a quadrangular prism box is folded according to the folding method of the blank plate for a quadrangular prism box.
Each of them is cross-folded due to the effect of the hollow and the connecting cut line, and even if it is multi-folded, the outer box fabric does not crack along the ruled line, and the cross-folding and multi-folding are easy.
[0016]
【The invention's effect】
The present invention is configured as described above, and exhibits the following effects. That is, in addition to the assembling rule lines, the cutting rule lines for connecting the folding rule lines and the hollow holes are processed in the blank plate for the box to cross-fold them. Folding is possible, making it possible to reduce the length of the blank plate as a material for the box.
[0017]
This technique can be used for facilitating folding when disposing of a general box. This makes it easier to sort the resources in the waste bin, which also contributes to a reduction in recycling costs.
[0018]
[Brief description of the drawings]
FIG. 1 is a plan view of a blank plate for a quadrangular prism-shaped box formed from one blank plate, which is a clear view of processing.
FIG. 2 is a perspective view of a right-angled tip after cross-folding of a blank plate.
FIG. 3 is a sketch drawing of a method of assembling the rectangular box.
FIG. 4 is a schematic view of a method of assembling the rectangular box.
FIG. 5 is a sketch drawing of the packing of the rectangular box.
FIG. 6 is a schematic view of a blank plate folded for the rectangular box.
FIG. 7 is a plan view of a blank plate folded for the rectangular box.
FIG. 8 is a schematic view of a blank plate folded for the rectangular box.
FIG. 9 is a schematic drawing of a blank for folding a rectangular box.
[0019]
[Explanation of symbols]
REFERENCE SIGNS LIST 1 blank sheet 2 cross folding corner 3 crossing right angle tip 4 hollowing hole on assembly ruled line 5 outside of crossfolding 6 hollowing hole on folding ruled line 7 cut line 8 side wall piece 9 side wall piece 10 side wall piece 11 side wall piece 12 cutout line 13 cutout line 14 wedge-shaped cutout 15 wedge-shaped cutout 16 assembly ruled line 17 assembly ruled line 18 assembly ruled line 19 assembly ruled line 21 assembly ruled line 22 assembly ruled line 23 assembly ruled line 24 Assembling rule 25 Assembling rule 26 Assembling rule 27 Assembling rule 28 Assembling rule 29 Folding rule 30 Folding rule 31 Folding rule 32 Cover piece A
33 cover piece B
34 Insertion slit of cover piece A 35 Hole in side wall piece 36 Canopy surface 37 Bottom surface 38 Side wall A
39 side wall B
40 side cover piece A
41 side cover piece B
42 Medium presser

Claims (7)

一枚のブランク版1から構成され、交差折り畳み角部2の直角先端部3の組み立て罫線上の刳り貫き穴4と交差折り畳み外側5の折り畳み用罫線(29、30,31)上の刳り貫き穴6とを連結する切り込み線7を有することを特徴とする四角柱状箱用ブランク版。It is composed of one blank plate 1 and has a hollow hole 4 on the assembling ruled line at the right end 3 of the cross-folding corner 2 and a hollow hole on the folding ruled line (29, 30, 31) on the outer side 5 of the cross-folding. 6. A blank box for a rectangular prismatic box, which has a cut line 7 connecting the blank 6 to the box. 一枚のブランク版1から構成され、交差折り畳み角部2の直角先端部3の組み立て罫線上の刳り貫き穴4と交差折り畳み外側5の折り畳み用罫線(29、30,31)上の刳り貫き穴6とを連結する切り込み線7を有することを特徴とする多角形柱状箱用ブランク版。It is composed of one blank plate 1 and has a hollow hole 4 on the assembling ruled line at the right end 3 of the cross-folding corner 2 and a hollow hole on the folding ruled line (29, 30, 31) on the outer side 5 of the cross-folding. 6. A blank plate for a polygonal columnar box, having a score line 7 for connecting to a polygonal box. 箱の構造における交差折り畳みの容易化、並びに交差折り畳み時の箱の生地破裂を防止する請求項1記載の刳り貫き穴及び切り込みを有することを特徴とする箱用ブランク版。2. A box blank plate having a hollow and a cutout according to claim 1, wherein the box structure is made easy to cross-fold in the structure of the box, and prevents the material of the box from being ruptured at the time of cross-folding. ブランク版の交差折り畳みを容易化する請求項1記載の刳り貫き穴及び折り畳み用罫線上の刳り貫き穴の位置及び構造。2. The location and structure of the hollow hole and the hollow hole on the folding ruled line according to claim 1, which facilitates cross-folding of the blank plate. 請求項1記載の折り畳み用罫線(29、30,31)で箱体展開面横全長を等分する加工位置。A processing position at which the folding ruled line (29, 30, 31) according to claim 1 equally divides the entire lateral length of the box developing surface. 箱の組み立て及び箱の保形を容易化する請求項1のブランク板における対向する1組の側壁の対片(8、10)の切り込み線(12,13)及び同側壁片の穴35の位置と形状。2. A cut line (12, 13) of a pair of opposing side walls (8, 10) and a position of a hole 35 in the side wall piece of the blank plate according to claim 1, which facilitates assembling and preserving the box. And shape. 箱の組み立て及び箱の保形を容易化する請求項1のブランク版における対向する1組の側壁の対片(9,11)の楔型切り込み(14,15)及び同側壁片の穴35の位置と形状。2. A wedge-shaped cut (14, 15) in a pair of opposing side walls (9, 11) and a hole 35 in the side wall piece of the blank plate of claim 1 to facilitate box assembly and box shape retention. Position and shape.
JP2002351809A 2002-10-29 2002-10-29 Blank slab for cross- and multiple-folding and reassemblable square columnar box and polygonal columnar box Pending JP2004149210A (en)

Priority Applications (1)

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JP2002351809A JP2004149210A (en) 2002-10-29 2002-10-29 Blank slab for cross- and multiple-folding and reassemblable square columnar box and polygonal columnar box

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JP2002351809A JP2004149210A (en) 2002-10-29 2002-10-29 Blank slab for cross- and multiple-folding and reassemblable square columnar box and polygonal columnar box

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2013227030A (en) * 2012-04-24 2013-11-07 Kureha Corp Container for storing rolled body with long object wound around the same and container containing rolled body
JP2014040262A (en) * 2012-08-22 2014-03-06 Maruai:Kk Foldable knock down transverse box

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2013227030A (en) * 2012-04-24 2013-11-07 Kureha Corp Container for storing rolled body with long object wound around the same and container containing rolled body
JP2014040262A (en) * 2012-08-22 2014-03-06 Maruai:Kk Foldable knock down transverse box

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