JP2006206098A - Folding tissue paper holder - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a tissue paper holder that can be provided at low-cost, cannot be bulked, can provide various kinds of design, and can be easily wasted when stained. <P>SOLUTION: This tissue paper holder is formed by a cylinder 11 made of paper sheet and an insertion member 12 made of paper sheet. The cylinder 11 comprises both trapezoidal side plates 4 having a folding line 8 at its central part, a front surface plate 2, a rear surface plate 5 positioned between at least lower portions of both side plates 4 and a bottom forming piece 7. The insertion member 12 comprises a trapezoidal or triangular inner side plate 10 and a receiving plate 9. The cylinder 11 can be folded flat at the folding line 8. This holder is assembled by extending the folding line 8 and assembling the bottom forming pieces 7 to each other. The insertion member 12 is inserted into the cylinder 11 with the inner side plate applied along the inner surface of the side plate 4. A tissue paper is inserted between the front surface plate 2 of the cylinder and the receiving plate 9 of the insertion member. A vacant space 19 serving as a trush box or a small item storing box is formed between the receiving plate 9 of the insertion member and the rear surface plate 5. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a holder for storing tissue paper or refilled tissue paper packed in a carton, and relates to the foldable holder having a space for storing small items or waste. It is.

  Tissue paper is usually provided in a rectangular carton made of paperboard. Refillable tissue paper is also provided, partially wrapped with a thin transparent film to open the small end of an empty carton and insert new tissue paper. On the upper surface of these cartons and packaging films, there are provided long holes or slits for pulling out tissue paper one by one.

  Tissue papers are often placed at multiple locations in the house because they want to be close at hand and easily removed when needed. In addition, since the tissue paper taken out is usually used and discarded immediately, if there is no trash in the vicinity, it must be thrown away to the place of trash, which is troublesome. Furthermore, when putting tissue paper on a desk or the like, a certain amount of space is required, and it is often a hindrance when you want to use the desk widely.

For these reasons, the following Patent Document 1 and Patent Document 2 have proposed a tissue paper holder provided with a space that can be used as a waste container adjacent to the back of the tissue paper. The thing of patent document 2 hold | maintains the tissue paper carton in the vertical direction, and can save installation space. Further, Patent Document 3 and Patent Document 4 propose a tissue paper holder in which the lower portion of the tissue paper storage unit is scrapped.
Japanese Utility Model Publication No. 61-145703 Japanese Utility Model Publication No. 62-25680 Japanese Utility Model Publication No. 51-116236 Japanese Utility Model Publication No. 62-33578

  The tissue paper holders proposed in the above documents are convenient as they are, but they are not too much trouble if they are used, so if they are expensive or bulky to buy and take home, Fewer people try to use it. In particular, in a structure in which scraps are arranged side by side, it is inevitably dirty and unsightly when used for a long period of time, so those that are supposed to be permanently used will eventually become unusable.

  Also, these tissue paper holders stand out as they stand on a desk or shelf, so if you want to use the one you like, or change the season or change the room, There is also a demand to exchange for something.

  Therefore, the present invention can be provided at low cost, is not bulky at the time of inventory or sale, can easily provide a variety of designs with different colors and patterns, and can be easily discarded when dirty. It is an object to provide a simple tissue paper holder.

  The present invention provides a tissue paper holder that can be sold in a folded state and is made of paperboard that can be easily assembled without using glue or scissors. Thus, the above problem is solved.

  The tissue paper holder according to the present invention is punched from a single paperboard and given a predetermined folding line, and the cylindrical body 11 to which both side end knitted fabrics are bonded and a predetermined folding line given by punching from a single paperboard. The insert 12 is formed. The insert 12 is inserted into the assembled cylinder 11. The cylindrical body 11 includes a trapezoidal side plate 4 having a vertical folding line 8 in the center, and a front plate having a long hole 1 in the center located between the front edges of the side plates 4 via a mountain fold line 3a. 2 and the back plate 5 positioned between at least the lower portions of the rear edges of the side plates 4 via the second fold line 3b, and the bottom sides of these side plates 4 or the bottom sides of the front and rear face plates 2, 5 or both side plates. 4 and bottom forming pieces 7a, 7b, 7c and 7d which are folded inward from the bottom sides of the front and rear surface plates 2 and 5 to form a bottom surface. The insert 12 is positioned between the front edges of the trapezoidal or triangular inner plate 10 having a front edge with the same inclination angle as the front edge of the cylindrical side plate 4 and the front edges of both inner plates 10 via the mountain fold line 3e. A receiving plate 9 is provided.

  The cylinder 11 having the above structure can be folded flat by folding the folding line 8. If the folding line 8 is a valley fold and the inner plate 10 of the insert 12 is folded inward, it will fold into a substantially rectangular shape that is wider by the bottom forming piece 7 than the front surface of the tissue paper carton. If you put it in a packaging bag and sell it, it will not be bulky for storage, display, or carrying.

  The folded cylinder 11a extends the fold line 8, folds the bottom forming piece 7 inward 90 degrees, and combines them with a known insertion structure, thereby forming the bottom face and assembling the cylinder 11. Then, the inner plate 10 of the insert 12 is extended by 90 degrees, and the insert 12 is made to contact the inner surface of the back plate 5 with the inner plate attached to the inner surface of the side plate 4 of the tube. Insert inside.

  In this state, a rectangular cylindrical space for inserting tissue paper is formed between the front plate 2 of the cylinder and the receiving plate 9 of the insert, so that the tissue paper in a carton or refilling tissue is formed in the space. Insert the paper so that it is inserted from above. A space 19 having an open top is formed between the receiving plate 9 of the insert and the back plate 5 of the cylindrical body, so that the waste paper into which tissue paper is used after using this space is used. . If there is a waste basket or the like nearby and it is not necessary to use the empty space 19 as waste, it can be used as an accessory case.

  Since the outer surface of the assembled holder is formed by one surface of the expanded cylinder 11b, various colors and patterns can be printed by printing various colors and patterns on one surface of the paperboard through which the cylinder is punched. A paper holder is obtained.

  The tissue paper holder of the present invention has a structure in which the tissue paper is taken out from the long hole 1 of the front plate 2 which is inclined upward, and is taken out even when the tissue paper is placed on a desk or on a high shelf. Is easy. Although the holder of this invention can also be set as the structure which accommodates tissue paper by making a longitudinal direction into the left-right direction, the structure accommodated by making a longitudinal direction into an up-down direction can make installation space small.

  In consideration of the fact that the refilling tissue paper wrapped in a film is inserted into the holder of the present invention as it is and used for the receiving plate 9 of the insert body, when the tissue paper is reduced, A cut-and-raised side 20 that urges toward the face plate 2 can also be provided.

  The tissue paper holder of the present invention is made of paperboard, can be provided at low cost, and can be stored and sold in a folded state, so there is no distribution cost. Further, since it is possible to easily add colors and patterns by printing, various designs can be provided at low cost, and it is easy to make it possible to select the one that suits the user's preference and room design. In addition, tissue paper can be easily inserted into or replaced in the holder, can be used repeatedly, and the economic burden of replacing a soiled one with a new one is extremely small.

Hereinafter, an example of a preferred embodiment of the present invention will be described with reference to the drawings.
FIG. 1 is a developed view of a cylindrical body 11b punched out from a paperboard. A rectangular trapezoidal side plate is formed with mountain fold lines 3a on both sides of a rectangular front plate 2 provided with a long hole 1 for removing tissue paper in the longitudinal direction in the center. 4 are connected to each other, a back plate 5 having a height about half that of the front plate 2 is connected to a lower portion of one rear side of the side plate by a mountain fold line 3b, and a side fold line 3c is connected to the opposite side of the back plate 5. The glue margin piece 6 is connected. A bottom forming piece 7 for assembling the bottom surface via a mountain fold line 3d is provided on the lower sides of the side plates 4 and the front and rear face plates 2 and 5. The side plate 4 and the bottom forming pieces 7c and 7d provided on the lower side thereof are provided with folding lines 8 (valley folds) at positions where the front edge and rear edge of the side plate 4 are exactly bisectors. The corners at the upper end on the back side of the side plate 4 are rounded from the viewpoint of design.

  FIG. 2 is a development view of an insert punched out from a single paperboard. The insert is punched on both sides of a rectangular receiving plate 9 whose longitudinal dimension is slightly shorter than that of the front board 2 and is narrower by the thickness of the paperboard. The triangular inner plate 10 is connected via a line 3e. The inclination angles of the front and rear edges of the triangle are made equal to the inclination angles of the front and rear edges of the side plate 4 of the cylinder.

  In the example of FIGS. 1 and 2, the rear edges of the side plate 4 and the inner plate 10 are vertical, but it is also a preferable shape to be inclined in the forward tilt direction.

  The reason why the inner plate 10 in the figure is triangular is that the width 4a of the upper end of the side plate 4 of the cylinder is made equal to the thickness of the carton of the tissue paper to be inserted into the holder. When 4a is made larger than the thickness of the carton, the inner plate 10 has a trapezoidal shape.

  The cylinder punched out as shown in FIG. 1 has a glue piece 6 bonded to the rear side inner side 4b of the opposing side plate to form a cylinder, and the folding line 8 is folded inward so that the planer dimension of the tissue paper carton is obtained. The bottom forming piece 7 is folded into an elongated substantially rectangular shape (see FIG. 3). On the other hand, since the insert 12 in FIG. 2 is also folded into a rectangular shape by folding the inner plate 10 inward, the two are combined and inserted into an envelope-shaped packaging bag 13 for storage and transportation as inventory. , Display at stores, sell and distribute.

  The user forms the bottom surface 14 by taking out the folded cylinder 11a and the insert 12 from the packaging bag, flattening the folded side plate and folding the bottom forming pieces 7a to 7d inward. The rectangular cylinder 11 is assembled.

  As shown in FIG. 4, the structure shown in the figure is formed by first bending a bottom-forming piece 7d having a U-shaped concave portion at the tip side and then folding the left and right bottom-forming pieces 7a and 7b. The bottom 14 is assembled by inserting the center insertion side 16 of the last bottom forming piece 7c into the insertion port 15, but other structures, for example, the opposite side plates or the front and rear face plates facing the bottom forming piece, A structure such as providing only at the lower side or allowing the bottom surface 14 to be opened and closed may be employed.

  By folding the bottom forming pieces 7c and 7d connecting the side plates 4 along the mountain fold line 3d, the fold line 8 is fixed in an unfolded state, and a cylindrical body 11 having a well-shaped cross section is formed.

  Next, the insert 12 in which the inner plate 10 is bent 90 degrees is attached to the inner surface of the cylinder 11 so that the outer surface of the inner plate is attached to the inner surface of the side plate 4 of the cylinder and the rear edge abuts the inner surface of the back plate 5. Plug in.

  As a structure of the insert, a structure in which an inner back plate attached to the inner side of the back plate 5 of the cylinder is provided by connecting to the rear edge of one of the inner plates 10 with a broken line. Moreover, it can also be set as the assembly structure which uses an adhesive tape, such as the structure which assembles bottom formation pieces mutually with an adhesive tape, and the structure which adheres the inner side board 10 to the inner surface of the side board 4 with a double-sided adhesive tape.

  Since a rectangular space is formed between the front plate 2 of the cylindrical body assembled in this way and the receiving plate 9 of the insert, a tissue paper 18 containing a carton is inserted into the space from above. A space 19 having an open top is formed between the receiving plate 9 and the back plate 5 of the cylindrical body, so that the space is used as a waste of tissue paper after being used as an accessory or used (see FIG. 5).

  As understood from the above usage pattern, the size of the front plate 2 of the cylinder is set to a size that matches the size of the tissue paper to be inserted (because the tissue paper is inserted obliquely, the bottom of the front plate 2 The thickness of the space formed between the front plate 2 and the receiving plate 9 is set to a dimension that matches the thickness of the tissue paper to be inserted. The thickness of this space is determined by the dimensional difference between the side plate 4 of the cylindrical body and the inner side plate 10 of the insert. The size of the space 19 for storing small items or waste can be appropriately increased by increasing the width of the side plate.

  As shown in FIG. 6, the receiving plate 9 of the insertion body can be provided with a cut-and-raised piece 20 that urges the bottom surface of the tissue paper inserted into the holder toward the front plate 2 side. When the tissue paper stored in the carton is inserted and used, it is not necessary to provide such a cut and raised piece 20.

Development of cylinder Expanded view of the insert Perspective view of folded cylinder Perspective view of the cylinder during assembly from below Perspective view showing insertion of inserted body and cased tissue paper into cylinder Perspective view of an insert provided with cut and raised pieces

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Long hole 2 Front plate 3 Mountain fold line 4 Side plate 5 Back plate 7 Bottom molding piece 8 Folding line 9 Receptacle
10 Inner plate
11 Tube
12 Insert

Claims (1)

  It consists of a paperboard box body (11) and a paperboard insert body (12) inserted into the box body, and the box body has trapezoidal side plates (4) with a vertical folding line (8) in the center. ), A front plate (2) having a long hole 1 in the center located between the front edges of both side plates (4) via a mountain fold line (3a), and a second mountain fold line (3b) The back plate (5) located between at least the lower part of the rear edges of the side plates (4) and the bottom of the side plates and / or the bottom of the front plate and the back plate are folded inward to form the bottom surface. Each of the inserts includes a trapezoidal or triangular inner plate (10) having a front edge having an inclination angle equal to the front edge of the side plate, and a mountain fold line (3e). A folded tissue paper holder comprising a receiving plate (9) positioned between the front edges of both inner plates (10) via

Images