JP2008138391A - Partition device made of corrugated fiberboard, and corrugated fiberboard for forming partition - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a partition device made of corrugated fiberboard suppressing warp of a panel surface and efficiently storable with less material. <P>SOLUTION: The partition device made of corrugated fiberboard is constituted by connecting a plurality of partitions made of corrugated fiberboard. One partition made of corrugated fiberboard is constituted by extending from a board surface four reinforcing peripheral edge parts formed along four sides of a rectangular corrugated fiberboard, and raising these reinforcing peripheral edge parts in the same direction to form raised peripheral edge parts. A plurality of connecting oblong holes are provided penetrating each raised peripheral edge part. The raised peripheral edge parts of two partitions made of corrugated fiberboard are joined, and the positions of the connecting oblong holes of both partitions are adjusted to insert connecting pieces in both connecting oblong holes. The corrugated fiberboard faces of both raised peripheral edge parts are held to each other with holding slits of the connecting pieces to connect the plurality of partitions made of corrugated fiberboard. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a cardboard partition device and a cardboard plate for partition formation, which are suitable for use in an evacuation center or the like, and are less likely to warp with less material.

  Conventionally, cardboard partitions used in shelters, etc. include a single rectangular cardboard panel with a large area used as a partition, a foot member for holding the cardboard panel in an upright state, and a plurality of panels. It is comprised from the column member for connecting, and what comprises a partition by combining these several cardboard panels, a foot member, and a column member is proposed (patent documents 1, 2, and 3). .

  In addition, in order to maintain the strength of the cardboard used as a panel, the cardboard panel is configured in a thin box shape, and the partition is configured by connecting the box-shaped cardboard panel left and right or up and down with double-sided tape etc. Has been proposed (Patent Document 4).

JP 2006-161310 A JP 2006-204652 A JP 2003-129593 A JP 2006-161523 A

  By the way, since the partition described in Patent Documents 1 to 3 is a single cardboard used as a panel, if it is used in an upright state, it may be warped due to temperature or humidity changes, and cannot be used as a partition. is there. Moreover, since the partition described in Patent Documents 1 to 3 requires a plurality of foot members for standing cardboard panels and column members for panel connection, the number of parts is large, and the assembly and storage are troublesome. There is also.

  In addition, the partition described in Patent Document 4 has a box-shaped panel so that the panel has high strength and does not easily warp. However, the amount of cardboard used for the panel itself is extremely large and inefficient. There is a problem that it is.

  Furthermore, this type of panel needs to have a small storage space when not in use, but the partition described in Patent Document 4 has a very large storage space if stored as a box-shaped panel. There is a problem that even if a box-shaped panel is developed, one panel requires a thickness of at least two sheets, so that it cannot be efficiently accommodated.

  The present invention has been made in view of the above-described conventional problems, and an object of the present invention is to provide a cardboard partition that can solve the problem of warping and the like and can be efficiently accommodated with a small amount of material.

In order to achieve the above object, the present invention
1stly, it is the cardboard partition apparatus comprised by couple | bonding several cardboard partitions, Comprising: One cardboard partition has four reinforcement peripheral parts along the four sides of a rectangular cardboard board from a board surface. Extending and forming these reinforcing peripheral portions in the same direction with respect to the plate surface, and connecting the corner portions of the reinforcing peripheral portions to form a standing peripheral portion around the rectangular cardboard board And a plurality of coupling long holes penetrating each of the standing peripheral edge portions, and a coupling piece having a sandwiching slit that can sandwich the standing peripheral edge portions of the two cardboard partitions through the coupling long holes. A plurality of cardboard partitions, joining the standing peripheral edges of the cardboard partitions, aligning the positions of the connecting slots in both partitions, and inserting the connecting pieces into the connecting slots, Piece of A plurality of cardboard partitions can be connected by sandwiching the cardboard surfaces of the two raised peripheral edges through the coupling elongated holes with holding slits. It is constituted by a cardboard partition device.

  If comprised in this way, since a standing peripheral part exists in the circumference | surroundings of the cardboard partition, the board surface of a partition can be reinforced and a partition with few curvature can be implement | achieved by one rectangular cardboard board, and there are few A partition device with high storage efficiency can be realized with materials. The connecting piece can be constituted by a connecting piece part (9), and for example, only the connecting piece (9a) can be used for connecting two cardboard partitions, or the connecting piece (9a) is blindfolded. Both of the locking pieces (9b) may be used.

  Secondly, by extending and forming reinforcing corner pieces at adjacent end portions of the corner portions of the reinforcing peripheral portion, and superposing the reinforcing corner pieces in a state where the reinforcing peripheral portion is raised. The corrugated cardboard partition device according to the first aspect, wherein the reinforcing peripheral portions are connected to each corner portion.

  If comprised in this way, a standing peripheral part can be comprised easily and the partition apparatus which is easy to assemble and has intensity | strength can be implement | achieved.

  Third, the long hole for coupling is provided along the crease line between the plate surface and the peripheral edge for reinforcement, and the standing peripheral edges of the two cardboard partitions are joined at right angles, and both are connected. The coupling pieces are inserted into the long holes for coupling with the positions of the long holes, and the corrugated cardboards of both standing peripheral edges are sandwiched through the long holes for coupling with the slits for clamping the coupling pieces. By doing so, the cardboard partition is configured to be connected in an orthogonal state, and is constituted by the cardboard partition device according to the first or second aspect.

  If comprised in this way, while the cardboard partition can be connected horizontally by a coupling piece, it can also be connected to an orthogonal state by the same coupling piece, and a special component is not required for connecting to an orthogonal state.

  Fourth, the coupling piece is formed with clamping slits extending in opposite directions at both ends thereof, the distance between the two slits is made substantially equal to the length of the coupling slot, and the coupling piece is Dividing into two at the intermediate portion where the slit is not formed, and sandwiching the cardboard surfaces of both standing peripheral edge portions on one end side of the coupling long hole by the clamping slit of the one of the two divided pieces, By holding the cardboard surfaces of both standing peripheral edges on the other end side of the long hole for coupling by the sandwiching slit of the other two split pieces, the long hole for coupling is formed by the pair of coupling pieces. It is comprised so that it can be closed without gap, It is comprised by the cardboard partition apparatus in any one of said 1st-3rd characterized by the above-mentioned.

  If comprised in this way, a long slot for a coupling can be closed without a gap by a pair of coupling pieces, and privacy inside a partition can be secured.

  Fifth, the coupling piece is formed by the cardboard partition device according to the fourth aspect, which is formed so as to be divided into two through a perforation.

  The above perforation has a large cut in the remaining part, as shown in FIG. 11 (b), with a few continuous holes as shown in FIG. 11 (a). This is a concept that includes any of the above.

  Sixth, four reinforcing peripheral portions are formed to extend from the plate surface along crease lines along the four sides of the rectangular cardboard plate, and each of the adjacent reinforcing peripheral portions is provided at each corner portion of the rectangular cardboard plate. The reinforcing corner pieces are provided at the end portions through the crease line, and the reinforcing corner pieces are erected in the same direction with respect to the plate surface, and the reinforcing corner pieces are polymerized with each other. Each reinforcing peripheral portion is configured to be connected at a corner, and a plurality of long connecting holes are provided in each reinforcing peripheral portion, and a connecting piece that can be inserted through the connecting long hole is further reinforced. A plurality of integrally formed with the plate surface along the outer edge of the peripheral edge, and a perforation can be formed between the connecting piece and the outer edge to separate the connecting piece from the reinforcing peripheral edge. It is characterized by being formed It constituted by cardboard partition forming corrugated board to.

  If comprised in this way, the cardboard partition including the components for a coupling | bonding can be formed with one rectangular cardboard board, for example, it can manufacture easily by punching formation of a cardboard board.

  Seventh, the one coupling piece has clamping slits extending in opposite directions on the same straight line at both ends thereof, and the distance between both slits substantially matches the length of the coupling slot. And each of the coupling pieces is formed so that it can be divided into two through a perforation at an intermediate portion where the slit is not formed. It is comprised by the corrugated cardboard board for cardboard partition formation described.

  As described above, according to the present invention, it is possible to realize a partition with little warpage by using one rectangular cardboard plate, and it is possible to realize a cardboard partition device with high storage efficiency with a small amount of material.

  Further, the cardboard partition can be connected in a horizontal state or an orthogonal state by the same connecting piece, and a column is not required. Therefore, a cardboard partition device that can be easily assembled with few parts can be realized.

  Further, by using the coupling piece in two parts, the long slot for coupling can be closed without a gap, and peeping can be prevented to ensure privacy inside the partition.

  Further, a cardboard partition including a coupling piece can be formed by one rectangular cardboard plate, and the cardboard partition can be manufactured easily and efficiently.

  FIG. 1 is a view showing an unfolded state of the cardboard partition before assembly according to the present invention. For convenience of explanation, in the front view of FIG. 1, the top, bottom, left and right on the paper surface are the top and bottom positions and the left and right positions of the cardboard partition.

  In the figure, reference numeral 1 denotes a cardboard partition before assembly. The partition 1 before assembly includes a square plate surface 2 and crease lines 3a, 3b, 3c, 3d around the periphery of the plate surface 2. Reinforcing peripheral portions 4a, 4b, 4c, and 4d provided. The shape of the cardboard partition 1 is not limited to a square shape, and may be a rectangle such as a rectangular shape.

  These reinforcing peripheral portions 4a to 4d are provided in a rectangular shape along the crease lines 3a to 3d so as to extend outward along the respective sides, and in an assembled state, as shown in FIG. The standing peripheral edge 4 'for reinforcement is formed in the standing state.

  At both left and right ends of the reinforcing peripheral edge 4a, rectangular reinforcing corner pieces 6a and 6b extending left and right along the longitudinal direction of the peripheral edge 4a are formed via linear crease lines 5a and 5b. The reinforcing corner pieces 6a and 6b are disconnected from the ends 4d ′ and 4b ′ of the adjacent reinforcing peripheral edges 4d and 4b without being connected. Further, rectangular reinforcing corner pieces 6c, 6d extending in the left-right direction along the longitudinal direction of the peripheral edge 4c via straight crease lines 5c, 5d are formed at the left and right ends of the reinforcing peripheral edge 4c. The reinforcing corner pieces 6c and 6d are disconnected from the adjacent end portions 4d "and 4b" of the reinforcing peripheral edges 4d and 4b without being connected.

  Square reinforcing corner pieces 6e and 6f are provided at both upper and lower end portions of the reinforcing peripheral edge 4b so as to protrude outward from the peripheral edge 4b via linear crease lines 5e and 5f. . In addition, rectangular reinforcing corner pieces 6g and 6h are provided at both upper and lower ends of the reinforcing peripheral edge 4d so as to protrude outside the peripheral edge 4d via linear crease lines 5g and 5h. ing.

  Further, engaging protrusions 7 are provided on the upward sides of the reinforcing corner pieces 6a and 6b and the downward sides of the reinforcing corner pieces 6c and 6d, respectively. Holes 7 'are formed on the fold lines 5e, 5f, 5g, and 5h of the reinforcing corner pieces 6e, 6f, 6g, and 6h.

  Further, engaging protrusions 8 are provided on the right-hand sides of the reinforcing corner pieces 6e and 6f and the left-hand sides of the reinforcing corner pieces 6g and 6h, respectively. 'Is on the upper and lower ends corresponding to the engagement protrusions 8 of the engagement protrusions 6e and 6f on the fold line 3b, and on the engagement protrusions 8 of the engagement protrusions 6g and 6h on the fold line 3d. Openings are respectively formed in the corresponding upper end and lower end.

  Reference numeral 9 denotes a connecting piece component (connecting piece) composed of a connecting piece (one connecting piece) 9a and a blindfold lock piece (the other connecting piece) 9b, and each side 2a on the right and left sides of the panel section. , 2b (outer edges of the reinforcing peripheral edges 4b, 4d) are detachably provided on the sides 2a, 2b via the perforation 10 (see FIGS. 1, 11 (a) and 11 (b)). ). That is, as shown in FIG. 1, these connecting piece parts 9 have six plate surfaces 2 (reinforcing peripheral edge portion 4 b) in a vertical state along the right side 2 a of the plate surface 2 (reinforcing peripheral edge portion 4 b). A perforation 10 is formed at the boundary between each connecting piece component 9 and the plate surface 2 (reinforcing peripheral edge 4b), and each connecting piece component 9 is connected to the plate surface 2 (reinforcing). The peripheral edge 4b) can be separated from the side 2a.

  Further, the connecting parts 9 formed in the above-mentioned columns, that is, the lower end of the blinding lock piece 9b of the connecting piece part 9 and the upper end of the connecting piece 9a of the connecting piece part 9 adjacent to the connecting piece part 9 are also sewing machines. They are connected via the eyes 14 (see FIGS. 11A and 11B) and can be separated from each other. The left side 2b of the plate surface 2 (reinforcing peripheral edge portion 4d) is the same as the side 2a, and the six connecting piece parts 9 are arranged in a row in the plate surface 2 (reinforcement) via the perforations 10, 14. The peripheral edge 4d) is formed integrally.

  Since the shapes of the coupling piece parts 9 are all common, one of them will be described. The coupling piece 9a and the blindfold locking piece 9b are formed by the corrugated perforations 11 connecting two curved surfaces. It is provided so that it can be divided from an intermediate portion M that is not configured (see FIGS. 1, 11 (a) and 11 (b)), and after separating from the plate surface 2, it is separated from each other via the corrugated perforations 11. (See FIG. 2).

The coupling piece 9a is formed with a convex curved surface 11a and a concave curved surface 11b along the perforation 11 at one end, and is sandwiched at the other end for insertion into the coupling long holes 15, 15 ′. A holding portion 12 ′ is formed in which a long slit (holding slit) 12 is formed in the center. Further, semicircular arc-shaped portions 12a and 12a are formed on both sides of the end portion of the slit 12 so as to be easily inserted into the engaging elongated holes 15 and 15 '.
The perforations 10, 11, and 14 may be provided with fine holes continuously as shown in FIG. 11 (a), but leave several connecting portions as shown in FIG. 11 (b). A large notch may be provided in the remaining part. Therefore, in the present invention, a portion along the separation boundary line is called a “perforation” in both cases of FIGS.

  The blindfold locking piece 9b has a concave curved surface 11a ′ corresponding to the convex curved surface 11a and a convex curved surface 11b ′ corresponding to the concave curved surface 11b formed at one end. At the end, a sandwiching portion 13 ′ is formed in which a sandwiching short slit (a sandwiching slit) 13 for insertion into the coupling long holes 15, 15 ′ is formed in the center. Moreover, semicircular arc-shaped portions 13a and 13a are formed on both sides of the end portion of the slit 13 so as to be easily inserted into the engagement holes.

  Further, the slits 12 and 13 of the coupling piece component 9 are formed in the direction facing each other along the longitudinal center line of the component 9, and the distance (shortest distance) T between the slits 12 and 13 is The length of the long hole for coupling is substantially the same (see FIG. 8).

  15a, 15b, and 15c are coupling long holes formed at equal intervals along the crease line 3a on the upper side of the plate surface 2, and 15d, 15e, and 15f are along the crease line 3b on the right side of the plate surface 2. The coupling long holes 15g, 15h, 15i formed through at equal intervals are coupled long holes 15j, 15k, 15l formed at equal intervals along the crease line 3c on the lower side of the plate surface 2. It is a long hole for coupling formed through at equal intervals along the crease line 3d on the left side of the plate surface 2. These long holes for coupling are denoted by reference numeral 15 when the position is not particularly specified.

  Reference numerals 15a ', 15b', 15c 'denote positions corresponding to the penetrating positions of the coupling elongated holes 15a to 15c (positions translated) on the plate surface of the reinforcing peripheral edge 4a on the upper side of the plate surface 2, respectively. The coupling long holes 15d ′, 15e ′, and 15f ′ formed so as to correspond to the through holes of the coupling long holes 15a to 15c on the plate surface of the reinforcing peripheral edge 4b on the right side of the plate surface 2. The long connecting holes 15g ′, 15h ′ and 15i ′ formed at equal intervals at positions (translated positions) are formed on the plate surface of the reinforcing peripheral edge 4c on the lower side of the plate surface 2 and are connected to the connecting through holes. Coupling long holes 15j ′, 15k ′, and 15l ′ that are formed at equal intervals in positions corresponding to the through-positions of the holes 15g to 15i (positions translated) are for reinforcing the left side of the plate surface 2. In the plate surface of the peripheral edge portion 4d, the above-mentioned coupling through hole 5j to position corresponding to the transmembrane installation position of 15l is a (translational position) to each coupling slot formed through at regular intervals. These long holes for coupling are indicated by reference numeral 15 'unless the position is particularly specified.

  When the reinforcing peripheral edge 4 is erected, the coupling long hole 15 is located at a corner along the crease line 3a. Therefore, in the developed state of FIG. 1, the width t ′ of the opening is the coupling long hole. It is formed about twice as wide as 15 '.

  These coupling long holes 15, 15 ′ join two or more standing peripheral edge portions 4 ′ of the corrugated cardboard partition 1 (see FIG. 7), and the coupling long holes 15, 15 ′ of the adjacent partition 1 are joined together. The long holes 15 and 15 'are joined to each other so as to be aligned with each other, and the holding slits 12 of the connecting piece 9a are inserted into the connecting long holes 15 and 15', respectively. A plurality of cardboard partitions 1 can be connected by sandwiching the cardboard surfaces of both raised peripheral edges 4 'through the coupling elongated holes 15, 15' with the slits 12 for use. ing.

  The cardboard partition 1 of the present invention can be easily formed by punching one rectangular cardboard plate as shown in FIG. In this case, the crease lines 3a to 3d, the crease lines 5a to 5d, and the crease lines 5e to 5h in FIG. 1 are formed at the same time as the above punching by forming recesses on the cardboard surface. 14 can be formed simultaneously with the above punching.

  Since the cardboard partition of the present invention is configured as described above, the assembling method will be described below.

  First, all the connecting piece parts 9 are separated from the unfolded cardboard partition 1. In this case, each coupling piece component 9 is connected to the plate surface 2 (reinforcing peripheral edge 4b or 4d) by the perforation 10, so that it can be easily separated along the perforation 10. In this case, the coupling piece parts 9 are separated along the perforation 14. Next, the coupling piece 9a and the blinding lock piece 9b of the separated coupling piece part 9 are separated. Also in this case, since the coupling piece 9a and the blindfold locking piece 9b are connected by the perforation 11, they can be easily separated.

  Next, the cardboard partition 1 is assembled. First, the reinforcing peripheral portions 4a to 4d are erected in the same direction at an angle of 90 degrees along the crease lines 3a to 3d, and the reinforcing corner pieces 6a, 6b, 6c and 6d of the reinforcing peripheral portions 4a and 4c are erected. The reinforcing peripheral portions 4a and 4c are bent inward at an angle of 90 degrees to be along the crease lines 3b and 3d (see FIGS. 3A and 3B).

  Next, the reinforcing peripheral edges 4b and 4d are erected at an angle of 90 degrees, and the reinforcing corner pieces 6e, 6f, 6g, and 6h of the reinforcing peripheral edges 4b and 4d are bent downward, respectively. Polymerization is performed (see FIG. 3C). By doing so, the engaging protrusions 7 of the reinforcing corner portions 6a to 6d are fitted in the corresponding engaging holes 7 'and bent, and the engaging protrusions of the reinforcing corner pieces 6e to 6h are bent. 8 fit into the corresponding engagement holes 8 ', thereby connecting the corner portions of the reinforcing peripheral portions 4a to 4d. As a result, as shown in FIG. 4, the standing peripheral edge 4 ′ in the standing state can be formed on the four sides of the plate surface 2. In the partition 1 having such a configuration, the standing peripheral edge portion 4 ′ is formed on four sides of the rectangular plate surface 2, and the peripheral edge portions are coupled to each other by the reinforcing corner sides, so that the plate surface 2 is reinforced. Thus, the occurrence of warpage of the plate surface 2 can be effectively suppressed.

  Next, when the completed partitions 1 are connected horizontally, as shown in FIGS. 6 and 7, two partitions 1 are prepared, the reinforcing peripheral edge 4b and the reinforcing peripheral edge 4d are joined, and both the partitions are connected. The coupling long holes 15 (three locations, for example, the coupling long holes 15f and 15j) and the coupling long holes 15 ′ (three locations, for example, the coupling long holes 15f ′ and 15j ′) are aligned and coupled. The piece 9a is inserted into the coupling slot 15 up to the center in the direction orthogonal to the standing peripheral edge 4 ′, and the upper end (one end) 18a of the coupling slot 15 is positioned at the lower end 12 ″ of the slit 12 Then, the connecting piece 9a is slid upward until the reinforcing peripheral edge portion 4b and the reinforcing peripheral edge portion 4d of the two partitions can be held by the holding portion 12 'of the connecting piece 9a. For clamping the clamping part 12 'of the piece 9a The two cardboard partitions 1 are connected by sandwiching the cardboard surfaces of the two raised peripheral edge portions 4 'through the coupling slot 15 with the lit 12 (see FIG. 8B). .

  Next, as shown in FIG. 8, the blind-locking piece 9b is orthogonal to the raised peripheral edge 4 'so that the convex curved surface 11a of the coupling piece 9a and the convex curved surface 11b' of the lock piece 9b are aligned. And is inserted into the hole 15 until the lower end (the other end) 18b of the connection long hole 15 is located at the upper end 13 ″ of the slit 13. The reinforcing peripheral edge portion 4b and the reinforcing peripheral edge portion 4d of the both partitions can be held by the holding portion 13 'of the blindfolding lock piece 9b, that is, the holding slit 13 of the holding portion 13' of the lock piece 9b. Thus, the corrugated cardboard surfaces of the raised peripheral edge portions 4 ′ are sandwiched through the coupling elongated hole 15. In this way, the lower end 12 ″ of the slit 12 and the upper end 13 ″ of the slit 13 The distance T is the length of the hole Is set to a distance that substantially coincides with the length t of the connecting piece 9a and the blindfolding locking piece 9b are joined (in the state shown in FIG. 8C), the locking piece 9b is connected to the connecting elongated hole. 15 (see FIG. 8).

  The partition can be connected only by the connecting piece 9a. However, when connecting only by the connecting piece 9a, a space S is formed in a part (lower side) of the connecting long hole 15 as shown in FIG. May be formed, and the inside of the partition may be looked into from outside through the space S. Therefore, by fitting the blindfold locking piece 9b into the coupling elongated hole 15, the space S is closed and the peeping is completely prevented (see FIG. 8C). In addition, by fitting the blindfolding lock piece 9b into the coupling long hole 15, there is an effect of improving the coupling strength of the two partitions. Further, by fitting the blindfold lock piece 9b into the elongated hole 15, the coupling piece 9a can be prevented from falling off, and the coupling piece 9a can be locked so as not to be removed.

  Further, the coupling piece component 9 is similarly fitted in the coupling elongated hole 15 ', and the partitions 1 are connected to each other by two coupling piece components 9, 9 at the same height position in the front-rear direction. (See FIG. 7).

  In the embodiment shown in FIG. 7, the coupling piece 9a is attached to the upper side with respect to the coupling long hole 15. However, as shown in FIG. 12, the coupling piece 9a is on the lower side and the blindfolding locking piece 9b is on the upper side. It may be provided.

  Next, when the cardboard partitions 1 are connected at right angles, as shown in FIG. 13, the reinforcing peripheral portions 4d and 4b (stand-up peripheral portions 4 ′) of the two cardboard partitions 1 are orthogonal to each other. The coupling piece parts 9 (the coupling piece 9a and the blindfolding locking piece 9b) are placed in the coupling long holes 15 by aligning the positions of the coupling long holes 15 (for example, the coupling long holes 15k and 15e). Inserted so as to intersect, the cardboards (both right-angled bent parts) of both standing peripheral edge parts 4 'are inserted through the long slot for coupling 15 with the holding slits 12 and 13 of the coupling piece part 9 between them. By sandwiching in the same manner, the cardboard partitions can be connected in an orthogonal state. In this case, since some play is formed in the coupling between the coupling piece component 9 and the coupling elongated hole 15 (see FIG. 13B), the coupling portion K is centered in the coupling state shown in FIG. Each cardboard partition 1 can be angle-changed in the direction of arrow Y in the figure, and the angle θ of the partition can be changed according to the installation location (see FIG. 13B).

  Then, by connecting a plurality of cardboard partitions 1 in a horizontal (left-right direction) or orthogonal state and also horizontally in the vertical direction, an arbitrary shape and an arbitrary size as shown in FIGS. A partition can be formed.

  As described above, since the standing peripheral edge portion 4 ′ is present around the cardboard partition 1 as described above, the plate surface 2 of the partition 1 can be reinforced, and the partition with less warpage can be obtained by one rectangular cardboard plate. A partition device that can be realized and has high storage efficiency with a small amount of material can be realized.

  Further, the standing peripheral edge 4 'can be easily configured, and a partition device that is easy to assemble and has strength can be realized.

  Further, the cardboard partitions can be connected horizontally by the connecting piece parts 9 (the connecting piece 9a and the blindfolding lock piece 9b), and can be connected to the orthogonal state by the same connecting piece part 9 so that the partition 1 is in the orthogonal state. No special parts are required to connect to.

  Moreover, since no pillar is required to configure the partition 1, a cardboard partition device that can be easily assembled with a small number of parts can be realized.

  Further, the long connecting hole 15 can be closed without any gap by the pair of connecting piece parts 9 (the connecting piece 9a and the blindfolding lock piece 9b), thereby preventing peeping and ensuring the privacy inside the partition.

Further, the cardboard partition 1 including the coupling piece component 9 can be formed by one rectangular cardboard plate, and can be easily and efficiently manufactured by punching the cardboard plate.
Incidentally, the thickness of the corrugated board in the present invention is preferably a B flute, but it can be realized by a micro flute having a smaller thickness, or may be a corrugated board having a thickness larger than that of the B flute. It is also possible to use plastic cardboard.

  The cardboard partition device of the present invention can be used extremely effectively in order to ensure the privacy of evacuees, for example, in a wide area such as an evacuation area during a natural disaster.

It is a front view of the expansion | deployment state of the cardboard partition of the cardboard partition apparatus which concerns on this invention. It is a front view of the corner part and joint piece component of the expansion | deployment state of a partition same as the above. (A) thru | or (c) is a perspective view which shows the assembly process of the standing periphery part in the corner part of a partition same as the above, (a) is an unfolding state, (b) (c) shows a standing state. It is a front perspective view of the assembly state of a partition same as the above. It is a back perspective view of the assembly state of a partition same as the above. It is a partial perspective view which shows the assembly state of a partition same as the above. It is a partial perspective view of the state which connected the partition same as the above in the horizontal state. (A) thru | or (c) is a front view which shows the attachment state of the coupling piece components in the connection state of a partition same as the above, (a) is the insertion state of a coupling piece, (b) is the insertion state of the locking piece for blindfolds, ( c) shows the binding state. It is a cross-sectional view of the assembled state of a partition same as the above. It is a perspective view of the assembly state of a partition same as the above. (A) (b) is a front view which shows the perforation of the partition same as the above. It is a front view which shows the other example of the insertion state of the coupling piece components of a partition same as the above. (A) is a perspective view which shows the connection state of the orthogonal state of a partition same as the above, (b) is XX sectional drawing of (a) figure.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Cardboard partition 2 Plate | board surface 3a-3d Folding line 4a-4d Reinforcement peripheral part 4 'Standing peripheral part 5a-5d Folding line 6a-6h Reinforcing corner piece 9 Joining piece part 9a Joining piece 9b Blindfold lock piece 10 Sewing machine Eye 11 Perforation 12 Clamping slit 13 Clamping slit 15a to 15l Long hole for coupling 15a 'to 15l' Long hole for coupling 18a Upper end 18b Lower end T Distance t Length M Middle

Claims (7)

A cardboard partition device configured by joining a plurality of cardboard partitions,
One cardboard partition has four reinforcing peripheral portions extending from the plate surface along the four sides of the rectangular cardboard plate, and these reinforcing peripheral portions are erected in the same direction with respect to the plate surface. By connecting the corner parts of the peripheral edge part for forming the standing peripheral edge part around the rectangular cardboard board,
In addition, a plurality of coupling long holes are provided in each of the standing peripheral edges,
Forming a plurality of coupling pieces having clamping slits that can sandwich the rising peripheral edges of the two cardboard partitions through these coupling elongated holes,
The standing peripheral edges of the two cardboard partitions are joined together, the positions of the coupling long holes of both partitions are aligned, the coupling pieces are inserted into the coupling long holes, and the sandwiching slits of the coupling pieces are formed. Accordingly, the cardboard partitions are configured such that a plurality of cardboard partitions can be connected by sandwiching the cardboard surfaces of the upright peripheral edges through the coupling long holes. apparatus.   In each corner portion, the reinforcing corner pieces are extended and formed at adjacent end portions in the corner portion of the reinforcing peripheral portion, and the reinforcing corner pieces are polymerized in the state where the reinforcing peripheral portion is raised. 2. The cardboard partition device according to claim 1, wherein the reinforcing peripheral portions are connected to each other.   The coupling long hole is provided along the crease line between the plate surface and the reinforcing peripheral edge, and the standing peripheral edges of the two corrugated cardboard partitions are joined at right angles, and the positions of the long holes for coupling are both By inserting the coupling piece into both coupling elongated holes together, and sandwiching the cardboards of both standing peripheral edges through the coupling elongated hole with the clamping slit of the coupling piece, 3. The cardboard partition device according to claim 1, wherein the cardboard partition is configured to be connected in an orthogonal state. The coupling piece forms sandwiching slits extending in opposite directions at both ends thereof, and the distance between both slits is substantially matched to the length of the coupling slot,
And the said coupling piece is divided into two at the intermediate part where the slit is not formed,
The cardboard surfaces of both standing peripheral edge portions on one end side of the coupling long hole are sandwiched by the clamping slits of the one of the two divided pieces,
By sandwiching the cardboard surfaces of both standing peripheral edge portions on the other end side of the coupling long hole by the clamping slits of the other coupling piece divided into two,
The cardboard partition device according to any one of claims 1 to 3, wherein the long slot for coupling can be closed without a gap by the pair of coupling pieces.   5. The cardboard partition apparatus according to claim 4, wherein the coupling piece is formed so as to be split into two through a perforation. Four reinforcing peripheral portions are formed to extend from the plate surface through crease lines along the four sides of the rectangular cardboard plate,
In each corner portion of the rectangular corrugated cardboard plate, a reinforcing corner piece is provided at each end of the adjacent reinforcing peripheral portion via a crease line, and the reinforcing peripheral portion stands up in the same direction with respect to the plate surface. In such a state, the reinforcing corner pieces are superposed to each other so that the reinforcing peripheral portions can be connected to each other at the corner portions,
In addition, a plurality of coupling long holes are provided in the reinforcing peripheral portions,
Further, a plurality of coupling pieces that can be inserted into the coupling elongated holes are formed integrally with the plate surface along the outer edge of the reinforcing peripheral edge, and a perforation is formed between the coupling pieces and the outer edge. A cardboard board for forming a cardboard partition, wherein the cardboard board is formed so as to be separable from the reinforcing peripheral edge. The one coupling piece has clamping slits extending in opposite directions on the same straight line at both ends thereof, and the distance between the two slits is formed so as to substantially match the length of the coupling slot. Has been
7. The cardboard partition forming cardboard according to claim 6, wherein each of the coupling pieces is formed so as to be divided into two through a perforation at an intermediate portion where the slit is not formed. Board.

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