JPH0717195U - Paper holder assembly material set - Google Patents

Abstract

(57) [Summary] [Purpose] Roll paper can be used instead of conventional tissue paper, and it is easy to use even if it is placed in the living room, and it is also suitable for distribution and sale. Provided is an assembly material set for assembling a paper holder for paper. [Structure] As a material for forming a box for accommodating roll paper R, a side surface member 10 and a bottom surface member 30 each having a cylindrical shape in an assembled state are provided.
The upper surface member 20 and the upper surface member 20 are formed so as to be flatly foldable in a state of being integrally connected to each other or a state of being individually separated.
The materials required for assembling the paper holder including 0 and the central shaft body 40 are integrally packaged by shrink wrapping or the like, so that the packaging form is compact and suitable for distribution and sale.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a material set for assembling a paper holder, and more particularly, in a paper holder in which roll paper such as toilet paper is beautifully accommodated and only a required length can be freely taken out. The present invention relates to a material set that is a set of materials necessary for assembling and manufacturing a paper holder in order to distribute and sell the paper.

[0002]

[Prior art]

 Toilet paper was originally intended to be used in the toilet, but it is also used as nose paper or decorative paper in the living room like so-called tissue paper. In normal tissue paper, many sheets are folded and stored in a rectangular parallelepiped box, and when used, one sheet or a plurality of sheets can be pulled out at the same time. Therefore, the distribution and sale of the tissue paper was performed in the state where the sheets were folded and housed in the box as described above.

The tissue paper is expensive because it uses a relatively expensive paper material. Moreover, the tissue paper can be taken out only by a single sheet or a plurality of sheets each having a certain area, so that it is wasteful and uneconomical when used with a small piece of paper. . Specifically, when removing ink that has accumulated on the tip of a ballpoint pen, wiping off excess eye drops after instillation, or wiping off the stamped meat on the seal after imprinting, one tissue paper Often there is no need to use all. However, it is impossible to take out only half of the tissue paper. In addition, since the tissue paper box has a specially shaped outlet for facilitating the removal of the tissue paper, the cost of the box itself is also high. If there is no empty box, the empty box will be discarded. As a result, the cost of the box increases the cost of the entire tissue paper, and the discarded box becomes a waste of resources.

Therefore, if the roll paper conventionally used for toilet paper is used instead of the tissue paper, the cost of the material itself is low, and it is possible to cut and use only the necessary length. Because it is possible, waste of paper resources is eliminated and it is very economical.

[0005]

[Problems to be solved by the device]

 However, leaving roll paper such as toilet paper as it is in the living room is very unattractive and spoils the aesthetics of the room. In addition, the cylindrical roll paper easily rolls and moves when lying down, and even if it is set upright, it will still roll if something collides with it and falls. If the roll paper rolls, the paper around the periphery will be easily unraveled, which will make the appearance worse and the unraveled roll paper will be difficult to use. If the roll paper is left unattended, dust and dirt tend to collect in the gaps where the edges of the roll paper overlap with each other on the end surface of the cylinder, so use a dirty roll paper with dust and dirt when using it. No, it is uncomfortable.

The inventor of the present invention previously made an invention relating to a paper holder for roll paper suitable for being installed in a toilet, and patented it as Japanese Patent Application No. 60-102940 (Japanese Patent Publication No. 5-41253). I am applying. According to the present invention, a plurality of roll papers are stacked and stored on the turntable provided in the cylindrical storage unit, and the roll papers are pulled out from the drawer opening provided at the lower end side of the cylindrical storage unit. Has become.

With such a paper holder, it is relatively easy to store the roll paper in good appearance and to take out only the required length. However, it is difficult to use such a toilet paper holder as it is to store roll paper instead of tissue paper in the living room. In particular, in the above-mentioned prior art, since the cylindrical storage portion is made by using a synthetic resin integrally molded product or a metal molded product, the cost of the paper holder is high, and the distribution and sale are both time-consuming and cost-intensive. Therefore, the cost cannot be reduced so much as compared with the conventional tissue paper packaging form.

Therefore, as described above, the object of the present invention is to enable the use of roll paper instead of the conventional tissue paper, and it is easy to use because it has a good appearance even when it is placed in the living room, etc. It is to provide an assembly material set for assembling a roll paper holder suitable for distribution.

[0009]

[Means for Solving the Problems]

 According to another aspect of the present invention, there is provided a material set for assembling a paper holder, which solves the above-mentioned problems. A central shaft body in which a roll paper is rotatably fitted in a box housing the roll paper. It is a material set for assembling a paper holder that is equipped with a roll paper outlet through the side of the box and has a roll paper cutting blade on the inner edge of the outlet. And the central shaft body are formed separately, and as a material for forming the box body, the side material that is cylindrical in the assembled state and the bottom material and the top material are either integrally connected to each other or individually separated. It is formed so that it can be folded flat in the closed state, and the materials necessary for assembling the paper holder including the folded box body material and the central shaft body are integrally packaged.

The box body has a box shape such as a polygonal cylinder shape or a cylindrical shape that surrounds the outer circumference of the roll paper in accordance with the external dimensions of the roll paper to be accommodated, and basically, the side surface member has a cylindrical shape. , Bottom material and top material. However, the box body forms a three-dimensional box shape in the assembled state, but the material forming the box body is formed so that it can be folded flat in the state before the assembly.

Specifically, for example, as a tubular side member, at least two portions in the circumferential direction are provided with bendable portions along the axial direction, and the bent portions are deformed, It suffices that the tubular side member be flatly folded. In addition, the side material is formed in a flat expanded state in which a part of the tubular shape is cut open, and the side material in this expanded state is assembled and both ends of the cylindrical shape are joined to form a three-dimensional cylindrical shape. You may be able to do so. The bottom material and the top material should be formed as flat plate-like objects that are separated and formed separately from the side material, and then assembled with the side material and integrated by bonding, fitting, or other means. Good. Further, even if the bottom surface material and the top surface material are integrally formed with the side surface material in advance, and even if the bottom surface material and the top surface material are foldable with respect to the side surface material as in the folding structure of the side surface material described above. Good. When the bottom material and the top material themselves have a three-dimensional structure, the three-dimensional structure shall be formed in a disassembled or unfolded state that can be assembled. However, it is not necessary for the side surface material, the bottom surface material, and the top surface material to be formed in a completely flat structure, and slight protrusions, irregularities, or curved portions may be formed as long as the purpose of the invention is not impaired. It doesn't matter.

As a material for forming the box, cardboard, cardboard, synthetic resin sheet, wood board, and other board materials can be used alone or in combination of two or more kinds. It is also possible to use a laminated plate in which paper, synthetic resin film, metal foil, etc. are laminated. If the coloring or printed pattern is formed on the surface of the box material, the appearance will be good. In particular, if a cardboard that is the core is covered with a flexible synthetic resin sheet or a covering sheet made of a film and integrated, it is possible to form a cardboard that is inexpensive and has excellent strength, and to form coloring and printed patterns on the surface. It is easy to use, has a good surface texture, and can synergistically exhibit both properties of a coating sheet made of synthetic resin that withstands water wetting. Since the flexible cover sheet can withstand repeated deformation, the bent portion when the box body is assembled can be made of the cover sheet.

The box body is also provided with a structure for mounting the central shaft body, a roll paper outlet, a roll paper cutting blade, and the like. These structural members may be previously formed integrally with the side surface member or the like, or may be formed separately from the box body and joined and integrated at the time of assembly. The roll paper outlet has a shape and structure that makes it easy to pull out the roll paper, prevents foreign matter such as dust from entering the inside of the box, and has a good appearance. It should be provided in the department. Specifically, the side surface of the box body may be formed with an elongated hole penetrating in the axial direction so as to be wider than the width of the roll paper. A cutting blade is provided on the inner edge of the outlet. As the cutting blade, the structure of the cutting blade that has been conventionally used for cutting various paper products is used, and for example, a band-shaped metal plate with fine saw-tooth-shaped irregularities can be used. . If the material itself of the side surface material provided with the outlet has a certain degree of hardness, the inner edge of the outlet may be sharpened sharply, or it may be formed into a saw-toothed concavo-convex shape. It is also possible to configure a cutting blade. If the cutting blades are provided on the inner edges on both the left and right sides of the outlet, the roll paper can be cut off even if the roll paper is pulled out to either side of the outlet.

In addition to the roll paper outlet, an operation port for rotating the roll paper can be provided. The operation port is provided so that a side surface of the roll paper housed inside the box body or a toothed plate described later can be operated. It is preferable that the shape of the operation port is set so that the above-described operation can be sufficiently performed, foreign matter such as dust is unlikely to enter the inside of the box, and the appearance is good. Specifically, the operation port may be provided on the side surface of the box body so as to extend in the circumferential direction, that is, the horizontal direction of the box body from the lower portion of the drawer port, which extends in the axial direction. By providing operation ports on both the left and right sides of the drawer, the roll paper can be pulled out to either the left or right side.

The shape and structure of the central shaft can be freely set as long as it can stably support the roll paper in a rotatable state. As the central shaft, wood, synthetic resin molded products, metal molded products, etc., in which the three-dimensional shape of the central shaft is preliminarily formed, as well as cardboard and synthetic resin sheets, are used in the expanded state. Then, the central shaft body may be constructed by assembling these three-dimensionally. If the central shaft has a circular cross section, the roll paper that fits into the outer circumference can be rotated most smoothly, but even if the cross section is a polygon such as a quadrangle or other irregular shape, it is necessary for pulling out the roll paper. It can be used if the roll paper can be rotated to some extent. As a means for attaching the central shaft to the box, use metal fittings such as nails and bolts, use an adhesive, and provide a detachable and self-engaging structure for the bottom of the central shaft and the box. You can come and go.

The central shaft may penetrate from the lower part to the upper part of the box, but if it can support the roll paper, it may be lower than the height of the roll paper or in the middle of the height of the box. It doesn't matter if it is up to. If the upper part of the central shaft body is thin toward the tip or the tip is rounded, it is easy to insert the roll paper from the top. In addition, if the central shaft has a cylindrical shape and its upper end is provided so as to penetrate to the upper end of the box, that is, the surface of the upper member, the internal space of this cylindrical central shaft can be used for various articles. It can be used for housing. Specifically, it can be used as a storage space for a pen stand or a vase. Further, it is possible to provide a relatively short central axis on the bottom material and to add a cylindrical container such as a pen stand on the central axis.

In order to smoothly perform the rotation operation of the roll paper, the roll paper can be placed on a rotary plate rotatably provided with respect to the central shaft body. If such a rotating plate is a toothed plate provided with protrusions and projections and depressions on its outer periphery, which serve as clues at the time of rotation operation, the toothed plate can be operated to rotate the roll paper. Instead of providing a rotating plate or toothed plate, a sheet or film with a small friction coefficient is placed on the top surface of the bottom material on which roll paper is placed, or synthetic resin, etc. is used as the material forming the top surface of the bottom material. The roll paper can be rotated smoothly even if it is coated with a material with a low friction coefficient.

The same function can be achieved by providing the central shaft body on the lower surface of the upper surface material instead of providing it on the box body. It is preferable that a part of the box body can be opened and closed so that the roll paper can be put in and taken out of the box body. Specifically, for example, if the upper surface material is detachably fitted to the upper portion of the cylindrical side surface material, the roll paper can be easily put in and taken out by removing the upper surface material. In this case, it is preferable that the upper surface member is provided with a structure such as a hole or a knob that serves as a clue so as to facilitate the removal operation. A part of the side surface material may be opened and closed to allow the roll paper to be taken in and out.

The box body may be provided with a means for attaching the box body, that is, the paper holder, to an indoor wall surface or the like. Specifically, if the adhesive layer covered with release paper is provided on the side of the box, the release paper is peeled off and the adhesive layer is pressure-bonded to the wall surface, etc. to attach the paper holder to the wall surface. Will be available. Instead of the adhesive layer, various mounting brackets can be provided. As a structure of such a mounting bracket, a structure similar to the mounting bracket conventionally used for mounting various daily necessities on a wall can be adopted.

In the paper holder assembly material set consisting of the above-mentioned constituent materials, each member is disassembled and expanded to be as flat as possible and all constituent materials are put together. It is packaged in one piece. Specific packaging means include, for example, shrink wrapping with a shrinkable film, molded tray wrapping in which each constituent material is fitted into a tray shaped according to the uneven shape of each constituent material, and covered with a plate-like lid. It is possible to freely adopt the packaging form that has been conventionally used for distributing and selling various kinds of goods, such as packaging with paper boxes and bags.

The paper holder manufactured from the assembly material set of the present invention is suitable for being installed in the living room of a general house, but in addition, it is also installed in offices, factories, or various stores. It is preferable for If it is installed in the toilet of a general house, it can be used as a paper holder for the toilet. Next, the invention of claim 2 is a material set for assembling a paper holder, which basically has the same configuration as the invention of claim 1, but among the materials necessary for assembling the paper holder, a box body and a At least a part of the material including the central shaft body is cuttable into the sheet material in an unfolded and assembled state.

The sheet material has strength and durability required for the material of the paper holder, such as cardboard or cardboard coated with a synthetic resin, and is formed of a material that can be cut and bent and assembled. deep. On the sheet material, the side surface material and the central shaft body forming the box body described above are formed in a developed state. Specifically, it is sufficient to display the outer contour line of each component in the unfolded state and the folding line for bending, or to form perforation lines and weak lines that are easy to separate at the cut points. . The fold lines at the bending points required when assembling the respective constituent members may be formed with recesses or the like so as to facilitate bending deformation.

As the constituent material of the paper holder to be formed on the sheet material, in addition to the basic material and the central shaft forming the box body of the side surface material, the top surface material and the bottom surface material, when the box body is assembled, Any member can be applied as long as it is an auxiliary member necessary for the above, or a member such as the above-mentioned toothed plate that can be formed by cutting and assembling a member formed in a developed state on a sheet material. The material to be formed into the sheet material may be formed by arranging all of them on one sheet material, or by using a plurality of sheet materials having an area suitable for manufacturing or distribution and sales. The constituent materials can be divided into a plurality of sheet materials and formed.

Of the materials constituting the paper holder, members that cannot be formed into a sheet material may be manufactured separately. For example, when the cutting blade is made of a strip-shaped metal, the cutting blade manufactured separately from the sheet material may be bonded to a predetermined position of the side material of the sheet material. A cutting blade may be attached when cutting the side material from the sheet material. In addition to the cutting blade, when using the above-mentioned adhesive layer and release paper, mounting brackets, etc., they may be integrated in advance with the sheet material, or prepared separately and attached during assembly. be able to.

The material set for assembling the paper holder includes one or a plurality of sheet materials on which the material forming the paper holder as described above is formed, and the component parts not formed on the sheet material. The product may be distributed and sold in the state of being integrally packaged by the packaging means such as the shrink wrapping or the molding tray wrapping described above.

[0026]

[Action]

 The paper holder manufactured by the assembly material set according to the present invention uses roll paper manufactured for the purpose of toilet paper or the like instead of the tissue paper in the related art, so that the cost is low. If the roll paper is stored in the box, it looks good and eliminates the problem of dust and dirt adhering to the roll paper. Inside the box, the roll paper is rotatably inserted into the central shaft, and while rotating the roll paper, you can pull out the end of the roll paper from the outlet provided on the side of the box. For example, you can smoothly pull out the roll paper to the required length. Since a cutting blade is provided on the inner edge of the drawer, the roll paper can be cut to the required length, and paper resources are not wasted.

As a material set for assembling such a paper holder, as in the invention of claim 1, the box body and the central shaft body are formed separately, and in the assembled state as a material forming the box body. If the tubular side member and the bottom member and the top member are formed so that they can be folded flat while being connected to each other or separated from each other, they are bulky when assembled. The box can be packaged in a compact state. Moreover, the side members folded flat can be easily assembled, and the paper holder can be easily assembled.

If the materials required for assembling the paper holder including the folded box body material and the central shaft body are integrally packaged, such an assembly material set can be conveniently handled during distribution and sales. Therefore, the cost required for distribution and sales is not incurred. Further, as in the invention of claim 2, of the materials necessary for assembling the paper holder, at least a part of the materials including the box body and the central shaft body can be cut into a sheet material in an unfolded state in which assembly is possible. If it is formed in the same manner as in the above-mentioned invention, the material constituting the paper holder can be distributed and sold in a state that it is packaged in a compact and low volume. In particular, if the central shaft body, which requires a certain thickness, is formed on the sheet material in the expanded state, the overall bulk can be greatly reduced.

Further, in the present invention, it is possible to enjoy the enjoyment of the work of cutting each constituent member such as the side surface material from the sheet material and working on it.

[0030]

【Example】

 An embodiment of the present invention will be described below with reference to the drawings. 1 shows the appearance of the material set for assembling the paper holder, FIG. 2 shows the appearance of the assembled paper holder, and FIGS. 3 and 4 show sectional views. In the assembled state shown in FIG. 2, the paper holder accommodates the roll paper R inside the box B having a regular octagonal tubular shape. The box B is composed of a side member 10 that is a regular octagonal cylinder in the assembled state, a top member 20 that closes the cylindrical upper surface of the side member 10, and a bottom member 30 that closes the cylindrical bottom surface of the side member 10. ing.

The side surface member 10 is formed with a pull-out opening 12 for taking out the outer peripheral tip end r of the roll paper R in a vertical direction. A cutting blade 80 made of a thin metal strip is attached to the inside of the side edge of the drawer 12, so that the roll paper R can be pulled out and cut by an arbitrary length. The material and structure of the cutting blade 80 are the same as those of the conventional cutting blades for various kinds of paper. An operation port 14 that extends horizontally from a side edge of the cutting blade 80 opposite to the side where the cutting blade 80 is attached is formed through the lower part of the extraction port 12 so that the extraction port 12 and the operation port 14 are substantially L-shaped. ing. From the operation port 14, the roll paper R inside can be rotated and the reduction of the roll paper R can be observed.

As will be described in detail with reference to FIG. 3, a step portion 16 is formed in the lower portion of the inner surface of the side surface member 10, and an octagonal plate-shaped bottom member 30 is fitted and supported in the step portion 16. A central shaft body 40 is attached to the upper center of the bottom member 30. The central shaft body 40 is made of wood or the like, has a cylindrical shape with a rounded tip, and has a flange 42 that is slightly expanded on the outer periphery at the bottom, as shown in the outer shape of FIG. The central shaft body 40 is fixed to the bottom surface member 30 by screw fittings 44 screwed into the bottom surface member 30 and the central shaft member 40 from the back surface of the bottom surface member 30. The screw fitting 44 has a wood screw shape, and the head is covered and molded with synthetic resin, so that it can be manually rotated easily without using a tool such as a screwdriver, and the appearance is also visible. Is good.

On the flange 42 of the central shaft body 40, a toothed plate 50 having an uneven outer periphery is fitted and inserted, as shown in its outer shape in FIG. The toothed plate 50 is rotatable with respect to the central shaft body 40. The roll paper R is fitted on the central shaft body 40 while being placed on the toothed plate 50. Therefore, as shown in FIG. 2, when the toothed plate 50 exposed at the operation port 14 provided on the side surface member 10 of the box B is rotated, the roll paper R thereon is also rotated. Since the unevenness of the outer periphery of the toothed plate 50 serves as a clue, the roll paper R can be reliably rotated. In use, if the end portion r of the roll paper R is out of the outlet 12, the end portion r may be pulled to rotate the roll paper R for a necessary length. When it has entered the inside of the box B, the above-mentioned operation of the toothed plate 50 is effective. If the end r of the roll paper R is out of the box B when not in use, the toothed plate 50 is rotated after use to remove the end r of the roll paper R. It may be pulled into the box B.

A regular octagonal plate-shaped upper surface member 20 having a step portion 22 on the lower surface side is fitted to the upper end of the side surface member 10, and the box body B is covered. An operation hole 21 is formed at the center of the upper surface member 20, and the upper surface member 20 can be removed by using the operation hole 21 as a clue when the roll paper R is replaced. As shown in FIG. 4, a strip-shaped adhesive tape 90 is attached to the outer surface of the side surface material 10 at a position on the side surface of the box body B, which is almost the back side of the outlet 12, and a release paper is provided on the surface. 92 is attached. By peeling off the release paper 92 and pressing the adhesive tape 90 onto a wall surface or the like, the paper holder can be attached and fixed to a vertical wall surface or the like.

Each constituent material for assembling the paper holder having the above structure will be described with reference to FIGS. 1 and 5 to 7. In the side surface member 10 shown in FIG. 5, eight vertically long rectangular face plates 18 are connected to each other in a tubular shape via bent portions 19. Therefore, as shown in FIG. 5 (a), if the opposite bent portions 19 of the side member 10 are bent and the bent portions 19 of the other parts are extended, the entire side member 10 can be folded in two. It is like this.

As shown in FIG. 5C, the side surface member 10 is formed by covering a core plate 102 made of cardboard or another cardboard with a cover sheet 104 made of a flexible synthetic resin sheet. In the step portion 16 of the side surface member 10, the core plate 102 is doubled to form a step. As shown in (d) of FIG. 5, in the bent portion 19, the core sheets 102 of the left and right face plates 18 are spaced apart and the covering sheets 104 are directly joined to each other, so that the covering sheet 104 is flexibly deformed. Depending on the sex, the face plates 18 can be bent.

As shown in FIG. 6, the bottom surface member 30 is also composed of the core plate 302 and the covering sheet 304, similarly to the side surface member 10. A through hole 32 is formed in the center of the bottom member 30 at a position where the screw fitting 44 is inserted. As shown in FIG. 7, the upper surface member 20 is also composed of the core plate 202 and the covering sheet 204, like the side member 10. In order to form the step portion 22 on the outer circumference of the bottom material 30, two core plates 202 having different outer circumference diameters are stacked.

The respective constituent materials as described above are integrally packaged as shown in FIG. The side member 10 folded in half, the top member 20, the bottom member 30, and the toothed plate 50 are stacked on top of each other, and the central shaft body 40 and the screw fitting 44 are placed thereon, and the entire shrinkable synthetic resin film 60 is provided. It is covered with and is integrally packaged so as to form a thin rectangular shape as a whole. A hanging piece 62 made of cardboard or a synthetic resin sheet is arranged at the end of the constituent material, and is similarly integrally packaged with the synthetic resin film 60. This hanging piece 62 is formed by penetrating the hanging piece 62 by displaying a product name or the like on the hanging piece 62 to enhance the customer's attraction when displaying and selling the material set for assembling the paper holder. It is effective for hanging the hanging holes 64 on the metal fittings of the display rack and displaying them in good shape.

Next, the embodiment shown in FIG. 8 is a case where the structure of the material for forming the box B is different from the above embodiment. In this embodiment, the box material B'is used. In this box-shaped material B ', the side surface member 10 is not formed in a cylindrical shape as in the above-mentioned embodiment, but eight face plates 18 are arranged in a straight line via the bent portion 19. In other words, the cylinder is cut open. Further, one side of the top surface material 20 and the bottom surface material 30 is flexibly joined near the upper and lower ends of one face plate 18 of the side surface material 10. At the bent portions 19 between the face plates 18 of the side surface member 10 and the joints between the top face member 20 and the bottom face member 30 to the face plate 18, the core is the same as that shown in FIG. 5 (d). The cover sheets 104, 204, 304 are directly joined to each other with a space provided between the plates 102, 202, 302.

When assembling the box-shaped material B ′, the cover sheet 104 is heat-bonded, joined with an adhesive or a pressure-sensitive adhesive at both ends of the side surface material 10, and a metal fitting such as a hook attached in advance is used. A box B similar to that of the above-mentioned embodiment can be assembled by joining it with an entanglement tape to form a tubular shape and folding the top material 20 and the bottom material 30 inside the tubular shape. The pre-assembled box material B ′ is obtained by folding some of the face plates 8 of the side surface material 10 inward from the left and right, or by folding the upper and lower top surface material 20 and the bottom surface material 30 back to the side surface material 10 side. , The entire area can be reduced to keep it compact.

In this embodiment, since all the members constituting the box B are integrally formed, the assembling work is easy, the assembly can be surely performed, and the handling is easy. Next, in the embodiment shown in FIG. 9, the arrangement structure of the outlet 12 and the operation port 14 is different. In this embodiment, cutting blades 80 are attached to the left and right inner edges of the outlet 12. In addition, horizontal operation ports 14 are provided on the lower left and right sides of the outlet 12, and the central outlet 12 and the left and right operation ports 14 are substantially inverted T-shaped. With such a structure, the roll paper R can be cut out by the cutting blade 80 even if the roll paper R is pulled out to either the right or left side of the drawer 12. Further, it is possible to rotate the roll paper R in either left or right direction by using either the left or right operation port 14. As a result, the paper holder is always easy to use, regardless of how it is installed and how it is used. For example, the left-handed person or the right-handed person can easily take out the roll paper R.

Next, the embodiments shown in FIGS. 10 to 14 show the case of a structure different from each of the above embodiments. The assembled paper holder is almost the same in appearance as the embodiment shown in FIG. 2, and its sectional structure is shown in FIG. A box B including an octagonal tubular side member 110, a top member 120, and a bottom member 130 is provided, and a roll paper R is accommodated in the box member B. The side member 110 is provided with a drawing outlet 112 and a cutting blade 80. The above points are also the same as in the above embodiment. A toothed plate 150 and a central shaft body 140 are also provided on the top of the bottom surface member 130.

However, in this embodiment, the main material forming the paper holder is a flat development sheet made of cardboard. More specifically, as shown in FIG. 11, the side surface member 110 is made of a flat sheet material, and eight face plates 118 are continuously arranged along a fold line 119. A joining piece 113 is provided at the end. At the upper end of each face plate 118, a folding piece 115 serving as a support portion for the upper surface member 120 is provided via a folding line 119. The structures of the outlet 112, the operation port 114, and the cutting blade 80 provided on some of the face plates 118 are the same as those in the above-described embodiments and the like.

In order to assemble such a side member 110, each face plate 118 is bent into an octagonal tube shape, and the joining piece 113 at the end is bonded to the back face of the facing face plate 118. Each of the folded pieces 115 is folded back to the face plate 118 side. The bottom material 130 shown in FIG. 12 is also made of a sheet material, and leg pieces 136 are provided on each side of the octagon via folding lines 137. A square through hole 132 is formed in the center of the bottom member 130. The bottom surface material 130 is inserted into the lower part of the side surface material 110 assembled in a tubular shape, and the leg pieces 136 are bent along the inner surface of the side surface material 110 and adhered to each other. Securely supported in a floating state.

The upper surface member 120 shown in FIG. 13 is also made of a sheet member, and a covering piece 124 is provided on each side of the octagon via a folding line 127. A fan-shaped piece 125 is provided at one side end of each covering piece 124 via a fold line 127. A rectangular through hole 121 is formed in the center of the upper surface member 120. A shallow container lid-shaped upper surface member 120 is formed by bending the outer cover piece 124 downward at a right angle and stacking and adhering each fan-shaped piece 125 to the adjacent cover piece 124. This container lid-shaped upper surface member 120 is attached by covering the upper portion of the cylindrical side member 110.

The central shaft body 140 shown in FIG. 14 is also made of a sheet material, and four shaft body pieces 142 each having an elongated rectangular shape are arranged side by side through a fold line 143. A joining piece 141 is provided on one side end of the aligned shaft pieces 142 via a fold line 143. A base piece 145 is provided at one end of each shaft piece 142 in the longitudinal direction via a fold line 143. By assembling each shaft piece 142 into a rectangular tube shape and adhering the joining piece 141 to the opposite shaft piece 142, a square tube-shaped central axis body 140 can be formed.

The side material 140, the top material 120, the bottom material 130, and the central shaft body 140 as described above are displayed on the flat sheet material such as cardboard such as the outer contour line and the folding line of each constituent material. Each of the constituent materials is obtained by cutting along the contour line of the outer shape. The outline of the outline may be perforated. Then, the cut-out member pieces are assembled as described above to form individual parts, and these parts are assembled to complete the final paper holder.

As shown in FIG. 10, the bottom surface member 130 is fitted to the lower end of the side surface member 110, and the leg piece 136 is in contact with the lower end of the inner surface of the side surface member 110. The central shaft body 140 is inserted upward from the through hole 132 of the bottom surface member 130, and the stand piece 145 of the central shaft body 140 is bonded to the back surface of the bottom surface member 130. A back plate 134 is applied and adhered to the lower surface of the stand piece 145 adhered to the back surface of the bottom surface member 130 to ensure the fixation of the central shaft body 140.

Two toothed plates 150 are fitted over the outer periphery of the central shaft body 140 above the bottom surface member 130. Since the toothed plate 150 is also cut and formed from the expansion sheet made of the same thick paper as the side material 110, the two sheets are used in piles in order to enhance strength and rigidity. At the center of the toothed plate 150, a circular hole larger than the central shaft body 140 having a square cross section is provided so that the toothed plate 150 can freely rotate around the central shaft body 140. There is.

Above the side surface member 110, the upper surface member 120 is covered on the folded piece 115 via a sandwiching plate 123 for increasing thickness and strength. The central shaft body 140 penetrates the sandwiching plate 123 and the upper surface member 120 and projects upward. The vase 200 can be inserted and mounted in the hollow portion of the central shaft body 140, and the vase 200 stores water 202 and a fresh flower 204. In the hollow portion of the central shaft body 140, an accessory case such as a vertical stand can be inserted and attached. Depending on the application, if the hollow portion is too deep, a raised bottom base may be provided inside the central shaft body 140.

In the above-described embodiment, the side surface member 110, the top surface member 120, the bottom surface member 130, the central shaft body 140, the toothed plate 150, the back plate 134, and the flat plate member are provided on one or more flat sheet members. If the sandwiching plate 123 or the like is formed and the unfolded sheet is used for sales and distribution, it can be handled in a very thin state. By cutting out each component from the development sheet and working on it, you can enjoy the fun of crafting and can also use it for school teaching materials and Sunday crafting.

Next, the embodiment shown in FIG. 15 is a case where the structure of the central shaft body is different from that of the above embodiment. In this embodiment, as shown in FIG. 15 (a), the central shaft body 240 in the unfolded state before assembly includes four shaft body pieces 242, a joint piece 241, and a base piece 245, each of which has an elongated rectangular shape. The point that it is provided via the folding line 243 is the same as the central shaft body 140 of the above-described embodiment. In this embodiment, a tip piece 247 having a triangular shape is provided at the end of each shaft piece 242 opposite to the base piece 245. Of these, every other tip piece 247 is provided with a joining piece 248 on the left and right hypotenuses.

The central shaft body 240 in such a developed state is assembled as shown in FIG. That is, the shaft pieces 242 are assembled in a rectangular tube shape, the tip pieces 247 are assembled so as to be gathered together, and the joint pieces 248 are bonded to the back of the adjacent tip pieces 247. As a result, the central shaft body 240 having a shape in which a square tube and a square pyramid are combined is configured.

If such a central shaft body 240 is used in place of the central shaft body 140 in the embodiment of FIG. 10, the work of inserting and mounting the roll paper R above the central shaft body 240 becomes easy. . However, in this case, it is not possible to attach the vase 200 or the like. The embodiment shown in FIG. 16 has a structure obtained by partially modifying the embodiment shown in FIGS. That is, the upper end of the central shaft body 400 is not rounded, but is provided with a hole 446 that is recessed in a cylindrical shape downward from the upper end. A flange 442 is provided below the central shaft body 446. A storage container 420 having a bottomed cylindrical shape is fitted and arranged in the hole 446. The upper portion of the storage container 420 projects upward from the through hole 421 of the upper surface member 20. The structure other than the above is the same as that of the above-mentioned embodiment, and the description thereof is omitted.

In this embodiment, the storage container 420 can be used as a pen stand or the like, which is very convenient. Further, the storage container 420 can be replaced as needed, and when the storage container 420 is not used, the function as a paper holder is not affected even if the storage container 420 is removed. The embodiment shown in FIG. 17 has a structure obtained by partially modifying the embodiment shown in FIGS. That is, the central shaft body 340 is provided not on the bottom surface member 130 of the box B but on the upper surface member 120. The structure of the central shaft body 340 in the unfolded state is the same as in the embodiment of FIG. However, the central shaft body 340 of this embodiment is provided with a lid 346 at the lower end. The base piece 145 of the central shaft body 340 is attached and attached to the lower surface of the upper surface member 120. The upper surface member 120 has a through hole 321 corresponding to the inner diameter of the central shaft 340. In this embodiment, the inner space of the central shaft 340 can be used as it is as a storage space for various articles.

[0056]

[Effect of device]

 According to the paper holder assembly material set according to the present invention described above, the roll paper, which is much cheaper than the conventional tissue paper, can be used effectively and efficiently without waste. The paper holder, which has a good appearance, can be distributed and sold in a compact packaging form.

In particular, according to the first aspect of the invention, since the box body can be formed only by assembling the folded side members, the assembling work of the paper holder is simple and easy to use. Further, according to the second aspect of the present invention, since each member constituting the paper holder can be integrally formed on the sheet material, the manufacturing is easy and the post-manufacturing handling can be efficiently performed. Moreover, at the time of assembling, it is possible to enjoy the work of cutting and assembling each component from the sheet material. As a result, it will also have an educational effect as a teaching material for schools.

[Brief description of drawings]

FIG. 1 is a perspective view of a paper holder assembly material set showing an embodiment of the present invention.

FIG. 2 is a perspective view of an assembled state

FIG. 3 is a vertical sectional view in an assembled state.

FIG. 4 is a horizontal sectional view in an assembled state.

FIG. 5 is a side view (a), a plan view (b), an enlarged sectional view of a lower end portion (c) and an enlarged sectional view of a bent portion (d) of a side member.

FIG. 6 is a plan view (a) of the bottom material and an enlarged cross-sectional view of the main part.
(b)

FIG. 7 is a plan view (a) of the upper surface material and an enlarged cross-sectional view of a main part.
(b)

FIG. 8 is a plan view of a box body before assembly, showing another embodiment.

FIG. 9 is a front view of another embodiment in an assembled state.

FIG. 10 is a sectional view of an assembled state showing another embodiment.

FIG. 11 is a plan view showing a developed state of the side member.

FIG. 12 is a plan view of a developed bottom material.

FIG. 13 is a plan view showing a developed state of the upper surface material.

FIG. 14 is a plan view showing a developed state of the central shaft body.

FIG. 15 is a plan view (a) in a developed state and a perspective view (b) in an assembled state showing another embodiment of the central shaft body.

FIG. 16 is a sectional view of an assembled state showing another embodiment.

FIG. 17 is a sectional view of an assembled state showing another embodiment.

[Explanation of symbols]

 10, 110 Side material 12, 112 Drawout port 14, 114 Operation port 18, 118 Face plate 19, 119 Fold line 20, 120 Top material 30, 130 Bottom material 40, 140, 340, 440 Central shaft body 44 Screw metal fitting 50 Toothed Plate 80 Cutting blade B Box R Roll paper

Claims (2)

[Scope of utility model registration request] 1. A box for accommodating roll paper is provided with a central shaft body into which the roll paper is rotatably fitted, and a side face of the box body is formed with a roll paper outlet so as to penetrate therethrough. A set of materials for assembling a paper holder that has a roll paper cutting blade on its inner edge.The box body and the central shaft body are formed separately, and in the assembled state as a material forming the box body. The cylindrical side member and the bottom member and the top member are formed so as to be flatly foldable in the state of being integrally connected to each other or separated from each other, and the box material and the central shaft in the folded state. A paper holder assembly material set, wherein materials necessary for assembling a paper holder including a body are integrally packaged. 2. A box body for accommodating roll paper is provided with a central shaft body into which the roll paper is rotatably fitted, and a side face of the box body is formed with a roll paper outlet so as to penetrate therethrough. A material set for assembling a paper holder, the inner edge of which is provided with a roll paper cutting blade. Among materials necessary for assembling the paper holder, at least a part of materials including a box body and a central shaft body is A material set for assembling a paper holder, which is formed so that it can be cut into a sheet material in an unfolded state where it can be assembled.