JPS5911867Y2 - Partition frame for packaging containers - Google Patents

Description

【考案の詳細な説明】 本考案は段ボール紙等の一葉の板紙によって構或される
包装容器の仕切枠に関する。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a partition frame for a packaging container constructed from a single sheet of paperboard such as corrugated paper.

従来、この種の仕切枠は大当りして横仕切板と縦仕切板
とを各別に作或し、これを組立てる式のものと横仕切板
と縦仕切板とを一葉の板紙に形或しこれを折曲げながら
組立てる式のものとがあった。Conventionally, this type of partition frame was created by making the horizontal and vertical partitions separately and assembling them, and by forming the horizontal and vertical partitions into a sheet of paperboard. There was also a type that could be assembled by folding.

前者に対して後者のものは横仕切板と縦仕切板とが連設
しているので組立てる前にあっては両仕切板が一体に持
ち運びできるので便利である。In contrast to the former, the latter has a horizontal partition plate and a vertical partition plate connected to each other, so it is convenient because both partition plates can be carried together before being assembled.

しかしながら、この後者のものにあっては、横仕切板と
縦仕切板とが連設されているため横仕切板に対して縦仕
切板を交叉させて組立てる際に不可避的に折込みによっ
て重合する部分が必要となり、その重合部分が仕切枠を
形成する部分としては役に立たず仕切枠全体を大型化す
るためにはより広面積の板紙を用いる以外になかった。However, in the latter case, since the horizontal partition plate and the vertical partition plate are connected, the parts that inevitably overlap due to folding when assembling the vertical partition plate to intersect with the horizontal partition plate. The overlapping part was useless as a part forming the partition frame, and the only way to increase the size of the partition frame as a whole was to use paperboard with a wider area.

本考案はかかる従来の欠点を解決し、一葉の板紙を用い
て板紙全面を最大限に利用して同一面積の板紙によって
形或された従来の仕切枠よりも更に大型の仕切枠を提供
することを目的とするものである。The present invention solves such conventional drawbacks and provides a partition frame that is larger than the conventional partition frame formed by paperboard of the same area by using a single sheet of paperboard and making maximum use of the entire surface of the paperboard. The purpose is to

本考案の実施の一例を示す第１図乃至第６図に従って詳
説すれば次の通りである。A detailed explanation will be given below with reference to FIGS. 1 to 6 showing an example of the implementation of the present invention.

本考案の仕切枠Ａは第１図示のように縦長長方形状の板
紙１を材料として切截並に屈折線を施して構戊するもの
で、第２図示の如く組立てそして第３図示の如く方形状
の包装容器Ｂに収容して６個の略同形の容積の空間を形
戊させる。The partition frame A of the present invention is made of a vertically long rectangular paperboard 1 as shown in the first figure, with cut and bent lines.It is assembled as shown in the second figure, and assembled as shown in the third figure. They are housed in a packaging container B having the same shape to form six spaces with approximately the same volume.

この仕切枠Ａは、第１図示のように板紙１を上下に２等
分して、下方を横仕切板２、上方を縦仕切板３に用いる
ようにした。This partition frame A divides a paperboard 1 into upper and lower halves as shown in the first figure, and the lower part is used as a horizontal partition plate 2 and the upper part is used as a vertical partition plate 3.

横仕切板２はその幅方向に３区分してその中央部を基片
４とし、その下部両側に上方から切込んだ切溝５，５に
連なる内底の円弧状上縁７，７を備えた脇片８，８を連
設し、その上部両側には、前記円弧状上縁７，７に沿っ
た上向きの彎曲下縁９を備えた腕片１０，１０を連設す
るように横仕切板２の両側から切截して形威した。The horizontal partition plate 2 is divided into three parts in the width direction, with the central part serving as a base piece 4, and arcuate upper edges 7, 7 of the inner bottom connected to grooves 5, 5 cut from above on both sides of the lower part. A horizontal partition is provided so that arm pieces 10, 10 each having an upwardly curved lower edge 9 along the arcuate upper edges 7, 7 are provided on both upper sides thereof. It was cut out from both sides of board 2 to give it its shape.

腕片１０と基片４との連設部６には、上方の縦仕切板３
下の位置に方形状に切除した空隙１２を穿設すると共に
該空隙１２の外側及びその中央位置下に縦方向の一対の
屈折線１１．１１を併設した。An upper vertical partition plate 3 is provided at the connecting portion 6 between the arm piece 10 and the base piece 4.
A rectangular cavity 12 was bored at the bottom position, and a pair of vertical refraction lines 11.11 were also provided on the outside of the cavity 12 and below the central position.

前記縦仕切板３は、その縦中央に切込線１３を横仕切板
２の境界まで設け、これと下縁で接続し、前記空隙１２
．１２に跨る横仕切板２の境界に一致させた切込線１４
とにより分割された側片１６，１６を備えるようにした
。The vertical partition plate 3 is provided with a cut line 13 in its vertical center up to the boundary of the horizontal partition plate 2, connected to this at the lower edge, and the gap 12
．． A cut line 14 aligned with the boundary of the horizontal partition plate 2 that spans 12
The side pieces 16, 16 are divided by the side pieces 16, 16.

該側片１６，１６と横仕切板２と境界に位置する連設部
６、即ち腕片１０，１０の上部に屈折線１５を設けた。A bending line 15 is provided at the connecting portion 6 located at the boundary between the side pieces 16, 16 and the horizontal partition plate 2, that is, at the upper part of the arm pieces 10, 10.

また各側片１６，１６の上縁中央に上方から切込んだ差
込溝１７を設け、該差込溝１７下方に前記横仕切板２の
一対の屈折線１１．１１の長さの縦方向の切溝１８を、
横仕切板２と縦仕切板３とをその横中央で２つ折りにし
たときに屈折線１１．１１と一致する位置に穿設した。In addition, an insertion groove 17 cut from above is provided in the center of the upper edge of each side piece 16, 16, and the insertion groove 17 is provided below the insertion groove 17 in the vertical direction of the length of the pair of bent lines 11 and 11 of the horizontal partition plate 2. The kerf 18 of
When the horizontal partition plate 2 and the vertical partition plate 3 are folded in half at their horizontal centers, the holes are made at positions that coincide with bending lines 11 and 11.

更に両切溝１８，１８を横断する屈折線１９を両側片１
６．１６の全幅に亙って設けた。Furthermore, a bent line 19 crossing both kerfs 18, 18 is formed on both sides 1.
It was provided over the entire width of 6.16.

従って、これを仕切枠Ａに組立てるときは、第４図示の
如く、まず横仕切板２の基片４と腕片１０との間の一対
の屈折線１１．１１を互違いに屈折して基片４の上部に
突起片２０を形威せしめると共にその結果として横仕切
板２に対して縦仕切板３の側片１６を直交位置とする。Therefore, when assembling this into the partition frame A, as shown in FIG. A protruding piece 20 is formed on the upper part of the piece 4, and as a result, the side piece 16 of the vertical partition plate 3 is placed in a position perpendicular to the horizontal partition plate 2.

次いで第５図示の如く横仕切板２と縦仕切板４との境界
に存する屈折線１５と側片１６を横断する屈折線１９と
を夫々内方へ屈折して側片１６の差込溝１７に横仕切板
２の脇片８先端を挿入する。Next, as shown in FIG. 5, the refraction line 15 existing at the boundary between the horizontal partition plate 2 and the vertical partition plate 4 and the refraction line 19 crossing the side piece 16 are respectively bent inward to form the insertion groove 17 of the side piece 16. Insert the tip of side piece 8 of horizontal partition plate 2 into.

更に第６図示の如く該側片１６を横仕切板２の下方へ向
けて案内し、差込溝１７を横仕切板２の切溝５中に差込
むと基片４の上部の突起片２０は側片１６の切溝１８と
嵌合する。Further, as shown in FIG. 6, when the side piece 16 is guided downwards on the horizontal partition plate 2 and the insertion groove 17 is inserted into the cut groove 5 of the horizontal partition plate 2, the protrusion piece 20 on the upper part of the base piece 4 fits into the cut groove 18 of the side piece 16.

他方の側片１６も同様の作業より横仕切板２に対して組
付ければ第２図示の如くの仕切枠Ａとなる。If the other side piece 16 is also assembled to the horizontal partition plate 2 in the same manner, the partition frame A as shown in the second figure will be obtained.

前記実施例にあっては、横仕切板２の脇片８の上縁７を
内低の円弧状縁とし、これに沿わせて腕片１０の下縁９
を上向きの彎曲縁に形威したが、このように構戊すると
きは切截面積をより少くすることができると共に横仕切
板２の脇片８の高さを最大限に形或することができる。In the embodiment described above, the upper edge 7 of the side piece 8 of the horizontal partition plate 2 is an inwardly low arcuate edge, and the lower edge 9 of the arm piece 10 is arranged along this edge.
was shaped into an upwardly curved edge, but when configured in this way, the cutting area can be made smaller and the height of the side piece 8 of the horizontal partition plate 2 can be shaped to the maximum. can.

以上の説明から明らかなように本考案によるときは一葉
の板紙を最少限の切截部分によって形或するので紙面全
体を有効に利用することができ更に横仕切板２に縦仕切
板３を組付ける際に、極力、折込みによって生じる重合
部分が少くなるのでより大型の仕切粋に形戊することが
でき且つ横仕切板２０基片４上部に形或される突起片２
０に縦仕切板３の側片１６の切溝１８を嵌合せしめるの
で両仕切板２，３０組付けが堅牢であり、更に組立て及
び解体が簡便な包装容器の仕切枠を提供する等の効果が
ある。As is clear from the above explanation, when the present invention is used, a sheet of paperboard is shaped with a minimum of cut parts, so the entire paper surface can be used effectively. When attaching, since the overlapping part caused by folding is minimized, it is possible to form a larger partition, and the protrusion piece 2 formed on the upper part of the horizontal partition plate 20 base piece 4.
Since the notch 18 of the side piece 16 of the vertical partition plate 3 is fitted into the vertical partition plate 3, the assembly of both the partition plates 2 and 30 is robust, and further effects such as providing a partition frame for a packaging container that is easy to assemble and disassemble. There is.

【図面の簡単な説明】[Brief explanation of the drawing]

図示するものは本考案の実施の一例を示すもので第１図
は展開平面図、第２図は組立完了状態を示す斜視図、第
３図は包装容器に収容した状態の平面図、第４図乃至第
６図は組立工程を示す斜視図である。 １・・・・・・板紙、２・・・・・・横仕切板、３・・
・・・・縦仕切板、４・・・・・・基片、５，１８・・
・・・・切溝、６・・・・・・連設部、７・・・・・・
上縁、８・・・・・・脇片、１０・・・・・・腕片、１
１，１５．１９・・・・・・屈折線、１２・・・・・・
空隙、１３．１４・・・・・・切込線、１６・・・・・
・側片、１７・・・・・・差込溝、２０・・・・・・突
起片。The drawings show an example of the implementation of the present invention, and FIG. 1 is a developed plan view, FIG. 2 is a perspective view showing the assembled state, FIG. 3 is a plan view of the state housed in a packaging container, and FIG. 6 through 6 are perspective views showing the assembly process. 1...Paperboard, 2...Horizontal partition board, 3...
... Vertical partition plate, 4 ... Base piece, 5, 18 ...
... Cut groove, 6 ... Continuous part, 7 ...
Upper edge, 8... Side piece, 10... Arm piece, 1
1,15.19...Refraction line, 12...
Gap, 13.14... Cut line, 16...
- Side piece, 17...Insertion groove, 20...Protrusion piece.

Claims (1)

【実用新案登録請求の範囲】[Scope of utility model registration request] 縦長長方形状の板紙１を中央で２等分して横仕切板２と
縦仕切板３とに区分し、該横仕切板２はその中央部を基
片４とし、該基片４には、その下部両側に上方から切込
んだ切溝５，５に連なる上縁７，７を備えた脇片８，８
とその上部両側に腕片１０，１０とを連設し、該腕片１
０と基片４との連設部６には縦方向の一対の屈折線１１
．１１を併設すると共に該屈折線１１．１１上部を方形
状に切除した空隙１２に形威し、前記縦仕切板３は、そ
の縦中央の切込線１３とこれと下縁で接続する横中央の
切込線１４とにより横仕切板２と切離される一方、両腕
片１０．１０上部と屈折線１５を介して連設する一対の
側片１６，１６に形或し、各側片１６，１６の上縁中央
に上方から切込んだ差込溝１７を設け、該差込溝１７下
方に前記屈折線１１．１１の長さの縦方向の切溝１８と
設けると共に両切溝１８，１８を横断する屈折線１９を
両側片１６．１６の全幅に亙って設けて、前記屈折線１
１．１１を互違いに屈折して基片４の上側に突起片２０
．２０を形威せしめると共に両側片１６．１６を基片
４に対して直交位置となし屈折線１５及び１９の屈折に
より両側片１６．１６の差込溝１７．１７を横仕切板２
の切溝５，５に差込んで係合し且つ切溝１８，１８を突
起片２０．２０に嵌合せしめて戊る包装容器の仕切枠。A vertically long rectangular paperboard 1 is divided into two parts at the center into a horizontal partition plate 2 and a vertical partition plate 3, and the horizontal partition plate 2 has a base piece 4 at its center, and the base piece 4 includes: Side pieces 8, 8 with upper edges 7, 7 connected to grooves 5, 5 cut from above on both sides of the lower part.
and arm pieces 10, 10 are connected to each other on both sides of the upper part of the arm piece 1.
A pair of vertical bending lines 11 are provided in the continuous portion 6 between 0 and the base piece 4.
．． 11 and the bent line 11. The vertical partition plate 3 is formed into a rectangular space 12 by cutting out the upper part of the refracted line 11. It is separated from the horizontal partition plate 2 by the cut line 14, and is formed into a pair of side pieces 16, 16 which are connected to the upper part of both arm pieces 10 and 10 via the bend line 15, or each side piece 16 , 16 is provided with an insertion groove 17 cut from above at the center of the upper edge of the insertion groove 16, and a vertical cut groove 18 having the length of the bent line 11.11 is provided below the insertion groove 17, and both cut grooves 18, A bending line 19 crossing the bending line 18 is provided over the entire width of both side pieces 16.
1.11 is bent alternately and the protruding piece 20 is placed on the upper side of the base piece 4.
．． 20, and the side pieces 16.16 are positioned perpendicular to the base piece 4, and the insertion grooves 17.17 of the both side pieces 16.16 are bent by the bending lines 15 and 19 to form the horizontal partition plate 2.
A partition frame for a packaging container which is inserted into and engaged with the kerfs 5, 5 of the invention, and the kerfs 18, 18 are fitted into the protruding pieces 20, 20.