JP5988382B2 - Continuous paper box making tool - Google Patents

Description

    The product of the present invention is mainly used when making a continuous box by folding paper. A continuous paper box is a series of paper boxes, generally called bean boxes, that can be easily categorized into small parts, seeds, small collections, etc. It is an object.

    If you store screws and nails in a tool box etc., all of them are gathered in one place, and when you use it, it is difficult to use because dust accumulates and you do not know whether it is necessary, so purchase screws and nails etc. It is also possible. Considering whether to purchase a box with movable partitions for sorting, it is difficult for non-professionals to purchase in terms of price and sorting methods.

    In addition, small plastic bags can be sorted a lot, so it is possible to display and store them, but after sorting, it may be troublesome to fill in the bags. Also, if you have a lot of plastic bags, you may find it difficult to search again, or you may find yourself unsightly.

    Papers are classified as many things you want to classify, where you can quickly identify where they are located by fixing the classification position, that they are not affected by some movements, easy to compare in actual use, and easy to understand the stock quantity. We have devised a continuous paper box made by folding the paper.

    However, to make this continuous paper box, measure the vertical, horizontal, and height dimensions of the place you want to put, determine the size of one square, display the position to fold the paper, and fold using a ruler etc. I thought it would be unfamiliar to the general public because it was time consuming and cumbersome.

    The product of the present invention is such that when a continuous paper box is made, a continuous paper box is formed by wrapping the paper that has been cut into thin strips, and after wrapping, removing the paper. Therefore, if it is made with the product of the present invention combined with a size that matches the size of one square, it can be made easily.

JP 2009-166859 A

    A product having a structure as introduced in Japanese Patent Application Laid-Open No. 2009-166859 is specified as a storage box with a variable partition. The product of the present invention does not propose a new storage box, but proposes a method that is convenient by making a little contrivance to the storage box, tool box, drawer, etc. that are currently owned. The product of the present invention is used as a tool for folding paper, and it is desirable to use white and somewhat thick paper such as drawing paper, cardboard, and the back of a calendar as a material.

    Even if a continuous paper box made of the present invention is cut or outdated, it can be repaired with tape or easily replaced. In addition, it is possible to use the paper boxes by overlapping them by bonding them with double-sided tape and pasting them on a board, cardboard, or plastic cardboard.

    For example, the product of the present invention can be combined into five or more by making a height of 4 cm in length and width, 3 pieces of 2 cm in height and 2 pieces of 3 cm in height. be able to. In addition, if there is a magnet on the front and a magnetic material (magnetic stainless steel, iron, nickel, etc.) on the back, we have devised one that makes it easier to wind paper by sticking.

    The shape is a quadrangular prism or a hollow quadrangular prism, and a single or several pieces are stacked or stacked to form a long and slender paper with equal left and right margins. Fold up the protruding part, rotate 180 degrees while winding, fold it from the front to both sides, fold up the protruding part from the top, and continue until the paper becomes shorter.

    When the paper becomes shorter, cut the paper according to the back side of the product of the present invention, rotate it 180 degrees, fold up the part protruding from the upper surface, and then fold it from the center so that it does not open again and take it off When you remove it, you can make a continuous paper box.

    In addition, when there are one or more magnets (3) on the front and one or more magnetic materials (4) (magnetic stainless steel, iron, nickel, etc.) on the back, the paper can be easily wound and used more easily if they are attached to each other.

    Various paper such as copy paper, drawing paper, cardboard, and calendar can be used. In addition, since the purpose is to classify small items in an easy-to-understand manner, it does not matter the type of business. If the height of each continuous paper box is increased and the width is narrowed, cards and the like can be stood and managed. It can be a new basic method of using paper.

It is the perspective view seen from one side of this invention product. In the figure, the surface with the magnet (3) is shown. It is the perspective view seen from the other of this invention goods. As with FIG. 1, the surface with the magnetic material (4) is shown. This is a procedure for making a continuous paper box using the product of the present invention.

Next, the structure of the product of the present invention is shown in FIGS. Since the product of the present invention is wrapped in paper, it becomes a simple quadrangular prism. However, since it is necessary to change the size as necessary, a solution to the problem can be reached by arranging or overlapping a plurality of products of the present invention. The working method will be described with reference to Fig. 3. FIG. 3 shows a procedure of folding for making a continuous paper box.

    FIG. 1 shows a perspective view of the product of the present invention as viewed from one side. The product of the present invention is a hollow quadrangular prism and is attached with a magnet (3). Since hollowing only reduces the weight, it does not have to be particularly hollow. Also, although the magnet is attached in the drawing, it is not always necessary to make a continuous paper box.

    FIG. 2 is a perspective view of the product of the present invention as viewed from the other side. A magnetic material (4) is attached. However, like the above, it is not always necessary, but it is paired with a magnet attached.

    FIG. 3 shows a procedure for making a continuous paper box using the product of the present invention. Set the paper width to be less than or equal to the sum of the vertical and horizontal widths of the front of the product. FIG. 3a shows a state in which the product of the present invention is placed on this paper. Take the left and right margins equally and wrap the paper with the top of the product.

    FIG. 3b shows the product wrapped in paper. Bend the paper from the front to both sides. The crease should be as polite as possible to clean the end.

    FIG. 3c shows a state where the paper is folded from the front to both sides. Bend the protruding part of the upper surface upward. It will be folded in reverse to wrapping with normal paper.

    FIG. 3d shows a state where the protruding portion of the upper surface is bent upward. Wind while rotating 90 degrees.

    FIG. 3e shows a state rotated 90 degrees together with the product of the present invention. Continue to roll while rotating 90 degrees.

    FIG. 3f shows a further 90 degree rotation. Bend from the front to both sides.

    FIG. 3g shows the folded state from the front to both sides. Fold up the protruding part of the top surface.

    FIG. 3h shows a state folded up on the upper surface. If you want to continue making boxes, return to Figure 3e and continue working.

    FIG. 3i shows a state where the paper is low. Cut the paper to the back and rotate it 180 degrees.

    FIG. 3j shows the paper cut and rotated 180 degrees. Bend the protruding part of the upper surface upward.

    FIG. 3k shows a state where the protruding portion of the upper surface is bent upward. Fold it from the center and close it so that it does not open when used.

    FIG. 31 shows a state where the valley is folded from the center. While pulling to the front and back sides, bend the connected part firmly.

    FIG. 3m shows a state in which the first piece has been made. While pulling to the top and bottom sides, bend the connected part firmly.

    FIG. 3n shows a state in which the second piece has been made. When the box is final, fold it down so that it doesn't open.

    FIG. 3o shows the state reached to the end. Pull out the product of the present invention.

    FIG. 3p shows the completed state. After that, it can be used in various ways by reinforcing it with cello tape.

    Although it is not suitable for mass production, several to tens of small processed products can be used to move between departments and between contractors. In particular, since a dent is formed when parts collide with each other, it is necessary to perform a process of wrapping them one by one with an air packing or the like. If a continuous paper box is used, it is possible to reduce the time and effort required for packing and unpacking, and the efficiency can be increased.

    If you wrap the product of the present invention in a wrap, make a continuous paper box with paper wrapped in wrap, and put a freshly made bag, you can make a cut bag without cutting it.

DESCRIPTION OF SYMBOLS 1 Main body of this invention 2 Housing 3 Magnet 4 Magnetic material (magnetic stainless steel, nickel, iron, etc.)
For convenience of explanation, when the product of the present invention is placed, the surface facing itself is the front, the surface facing upward is the top surface, the surface facing left and right is the side surface, the bottom is the bottom surface, the opposite of the front is the back surface Is written. Each time the product of the present invention is rotated 90 degrees, the bottom surface moves to the front and the top surface moves to the back surface. The surface facing you when you rotate it is the front surface, and the surface facing the top surface is the top surface. To do.
Fig. 3a The product of the present invention is placed on paper. Roll the paper along the top of the product.
Fig. 3b The product of the present invention is wrapped with paper. Bend the paper from the front to both sides.
Fig. 3c Folded on both sides. Fold up the part that protrudes from the top.
FIG. 3d shows a state where a portion protruding from the upper surface is bent. Rotate 90 degrees while winding.
Fig. 3e A state where the product of the present invention is rotated by 90 degrees. Rotate 90 degrees while winding further.
Fig. 3f A further 90 degrees of rotation. Bend from the front to both sides.
Fig. 3g Folded to the side. Fold the part that protrudes from the top.
FIG. 3h State folded to the upper surface. If you want to continue making boxes, return to e and continue working.
Fig. 3i Paper is running out. Cut the paper to the back and rotate it 180 degrees.
FIG. 3 j 180 degrees rotated. Fold the part that protrudes from the top.
Fig. 3k Folded up to the top. Fold it down from the center and close it to prevent it from opening when you use it.
FIG. 3l A state where the valley is folded at the center of the upper surface. While pulling to the front and back sides, bend the connected part firmly.
Fig. 3m The first box is ready. While pulling on the top and bottom, bend the connected part firmly.
Fig. 3n Second state. When the box is final, fold it down so that it doesn't open.
FIG. 3o State reached to the end. Pull out the product of the present invention.
Fig. 3p Completed state.

Claims (2)

The shape is a quadrangular prism or a hollow quadrangular prism, and it is a single or a few stacked or stacked and rolled into a long and thin paper, taking the left and right margins equally and winding them according to the upper surface of the continuous paper box making tool, both sides from the front Folded the surface, folded the part protruding from the upper surface, rotated 180 degrees while winding, continued bending from the front to both sides, folding the part protruding from the upper surface until the paper became shorter, When shortened, cut the paper according to the back side of the continuous paper box making tool, rotate it 180 degrees, fold the part that protrudes from the upper surface of the continuous paper box making tool, and fold it from the center so that it does not open again. A continuous paper box making tool, wherein a continuous paper box is made by folding and removing it so as to be removed. A magnet (3) is attached to one outer surface that becomes the front of the continuous paper box making tool, and a magnetic material (4) such as magnetic stainless steel, iron, nickel, etc. is paired on the back that is the outer surface opposite to the outer surface to which the magnet is attached. The outer surface to which the magnet (3) and the magnetic material (4) are attached is The continuous paper box making tool according to claim 1, wherein the continuous paper box making tool has one or more surfaces and has a function of preventing a shift that occurs when winding them side by side.

Images