JP4309888B2 - Bundling container - Google Patents

Description

  The present invention relates to a bound object storage container, and more particularly to a storage container that can be easily bound while storing bound objects such as newspapers and magazines.

  Conventionally, used paper such as newspapers and magazines has been appropriately folded and stored in a storage container or a storage bag, and has been taken out from the storage container or bound together with the storage bag when binding. This bundling work is performed, for example, by placing a string on the floor, placing a pile of used paper on it, winding the string around the used paper, defeating the bundle of used paper, or turning it upside down and tying the string into a cross.

  However, it is not easy to take out from the storage container, and it is not easy to bring down or turn over the bundle of used paper so that it does not collapse. Furthermore, a considerable amount of force is required to tie the string without loosening, and when a weak person performs the binding work, the string may loosen and the objects to be bound may be loosened.

  In view of this, there has been proposed a storage container for objects to be bound that can be bundled while storing old newspapers to be bound or other objects to be bound. As such a storage container, there is provided a guide (space) for passing a string that crosses the cross on the surface of the bottom base, and a side plate that stands upright on the bottom base while avoiding the upper portion of the guide. There is a stocker (see Patent Document 1).

  In addition, it is a bowl-shaped table composed of a double bottom plate and a frame provided at the four corners to secure a space where the hands can reach between the upper bottom plate and the lower bottom plate. There is a table that is divided into four from the groove and vertical and horizontal through holes and connected by a lower bottom plate (see Patent Document 2).

  However, these conventional techniques can bind the objects to be bound together by crossing them with a string without taking them out of the container, but they cannot prevent the strings from loosening when they are bound. However, when the binding work is performed, the string is loosened, and the objects to be bound are not surely bound.

  Moreover, since it is necessary to pass the string under the object to be bound twice, and the operation of passing the string is not easy, the operation is complicated.

JP 2003-160105 A JP 2002-284122 A

  Therefore, the present invention solves the above-mentioned problem, makes it easy to overlap and bind old paper such as newspapers and magazines, and makes it extremely easy, and eliminates loosening of the strings to be bound. The purpose of this is to bind them securely.

  The present invention as means for solving the above-mentioned problems is a bound object storage container characterized in that a side wall is provided on a binding table and a notch is provided at a corner of the side wall. The binding object storage container is characterized in that a side wall is erected on an edge of the binding table excluding at least corner portions of the binding table.

  With such a configuration, it is possible to easily pass the string to the side surface of the object to be bundled, and by tightening the string passed to the side surface, four longitudinal strings crossed into a cross shape for binding the object to be bound. It is possible to remove the slack of the string by pulling the inside of the object to be bound.

  Further, in the above-described object storage container, the binding table is formed in a square cross section, and the side wall is formed in an L shape in cross section along the edge of the binding table from a pair of opposite corners of the binding table. It is the bundling thing storage container characterized by the above. With such a configuration, it is easy to tie the string on the side surface of the object to be bound.

  Further, in the bound object storage container, the bound object storage container includes a space through which a string for binding the bound object passes through the binding table. With such a configuration, the string can be easily passed under the object to be bound without lifting the object to be bound, and the work of binding the object to be bound is not complicated and easy.

  Further, in the above-described bound object storage container, the bound object storage container is characterized in that a side end portion and / or an upper end portion of the side wall are bent outward. Further, in the above-described bound object storage container, the bound object storage container is characterized in that the inner side surface of the side wall is formed into a curved surface having a convex cross section. With such a configuration, it is easier to put the object to be bound in the container, and it is easier to pass the string to the side surface of the object to be bound.

  Further, in the above-mentioned bound object storage container, the binding base includes a base portion and a support protrusion, and the upper surface of the flat rectangular base portion is divided into four sections by two lines connecting the centers of opposite sides of the base portion. And, in the two square sections facing each other with the intersection of the two lines as the center, at least one support protrusion formed with a convex curved surface at the upper end is erected one by one at the corner corner of the base part, A bundled article storage container characterized in that the support protrusion, the support base or the upper surface planar support protrusion is provided in each of the other two sections, and a side wall is erected on the outer peripheral end of the other two sections. is there.

  With such a configuration, the support protrusion is a curved surface with a convex upper end, so that the contact area with the object to be bound is extremely small, so the string can be easily attached to the object to be bound and the support protrusion without lifting the object to be bound. Can be slidably moved between them, and it is not necessary to pass the string under the object to be bound twice, and if the extremely complicated and difficult work of passing the string under the object to be bound is performed only once. Since it can be performed easily and easily, the work of stacking the objects to be bound together is not complicated and extremely easy.

  According to the present invention as described above, the work of stacking and binding the objects to be bound is not complicated and extremely easy, and it is possible to eliminate the slack of the strings to be bound and securely bind the objects to be bound. became.

  Hereinafter, the present invention will be described in detail with reference to the drawings. A bundled article storage container 10 (hereinafter sometimes simply referred to as “storage container 10”) that can be easily and reliably bundled without loosening of the string 7 while storing old paper such as newspapers and magazines and other bundled articles 9 is stored. The binding table 1 is configured to include a binding table 1 and side walls 4, 4, and the binding table 1 includes a base portion 2 and support protrusions 3, 3.

  The base part 2 uses a flat plate having a flat rectangular shape, and the support protrusions 3, 3... Having the same height are provided on the upper surface 21 of the base part 2, and the object 9 to be bound housed in the storage container 10 is provided with the support protrusions 3, 3. 3 ... supported from below. With such a configuration, a space through which the string 7 is passed is provided under the object 9 to be bound. The base part 2 upper surface 21 is divided into four sections 22, 23, 24, 25 by two imaginary lines 51, 52 connecting the centers of opposing sides of the base part 2. As will be described later, in the two compartments 22 and 24, the string 7 moves on the surface, and in the two compartments 23 and 25, the string 7 does not move on the surface. The base part 2 may have a circular shape or the like. In this case, the base part 2 is divided into four sections by a line intersecting at a right angle at the center of the circle.

  The support protrusions 3, 3... Move to the corners of the base 2 in the square two sections 22, 24 facing each other with the intersection point 99 of the lines 51, 52 as the center, with the upper ends of the strings 7 slidingly contacting each other. The support protrusions 30 are erected one by one, and the four support protrusions 3 are erected at the four corners in the other two compartments 23 and 25 of the square that face each other around the intersection 99 of the lines 51 and 52. .

  In addition, it is preferable that only one support protrusion 3 (30) is provided on the sections 22 and 24 on which the string 7 moves, but it is easy to move the string 7, but two or more may be provided. The number of support protrusions 3 provided in the compartments 23 and 25 is not limited to four, and an appropriate number of support protrusions 9 such as old newspapers to be placed may be provided. Specifically, the support protrusions 3 can be provided one by one at the corner corners of the platform 2 in the sections 23 and 25, and further by one at the 99 corner corners of the intersections of the lines 51 and 52. .

  The support protrusion 3 is formed in a conical shape whose upper end is formed in a hemispherical shape. Of course, it is not limited to this shape, it is sufficient that at least the upper end portion is formed in a convex curved surface, the upper end portion is a hemispherical cylinder, a prism, a pyramid shape or a circular shape whose diameter is reduced toward the upper end portion, It is good also as a semicircle. Since the upper end portion of the support protrusion 3 is formed into a convex curved surface, the contact area with the object 9 to be stacked placed on the support protrusions 3, 3,. Therefore, the string 7 can be slidably moved between the object 9 and the support protrusion 30 without any difficulty.

  Further, as shown in FIG. 9, the support protrusion 3 is formed by a member 31 obtained by cutting a cylinder in the longitudinal direction, or by laying the cylinder on its side, or at least in a kamaboko shape in which the longitudinal section of the upper end portion is formed in an arc shape. The upper end portion may be formed in a curved shape. In this case, it is desirable to install the support protrusion 30 so that the arcuate vertical section of the support protrusion 3 is positioned substantially perpendicular to the moving direction of the string 7 for smooth sliding movement of the string 7.

  Further, the support protrusions 3, 3... Are formed only on the support protrusions 30 and 30 in which the string 7 slides in contact with the upper end thereof, and the upper end part is formed into a convex curved surface as described above, and the string 7 slides on the upper end. Other support protrusions 3, 3... Provided in the sections 23, 25 not to be used may have a flat upper end. Further, as shown in FIG. 8, the support protrusions 3, 3... Are not provided in the sections 23, 25 where the string 7 does not move on the surface, but the upper surface is flat and thick with the same height as the support protrusion 30. A support base 8 may be provided. In this case, an object 9 such as an old newspaper is supported by the support bases 8 and 8 and the support protrusions 3 and 3. Although the height of the support protrusion 3 and the support base 8 is not particularly limited, it is preferable to set the height higher than the thickness of a human hand so that the string 7 can be easily passed under the object 9 to be bound.

  The side wall 4 prevents collapse when the objects 9 are stacked, and enables stable stacking and aligned stacking, and the section 7 of the base portion 2 where the string 7 does not move on the surface. 23, 25, ie, from a pair of opposing corners 12 of the binding table 1, along the edge of the binding table 1, with a substantially L-shaped cross-section and standing at an appropriate height, and at the right angle of the side wall 4 A notched portion 41 is provided by notching a bent portion and a corner portion 40 around the bent portion. In this way, the storage unit 14 for storing the objects 9 to be bound is formed by the binding table 1 and the side walls 4 and 4.

  The shape of the notch 41 is not particularly limited, and is formed with an appropriate height from the upper end of the side wall 4, but it is preferable that the notch 41 is cut down from a half height position of the side wall 4. By setting it as such a structure, the string 7 can be rotated to the surroundings of the side surface of the to-be-bundled thing 9 in the half height position of the to-be-bundled thing 9 laminated | stacked, and a balanced bundling is attained. At the same time, it is easy to eliminate the looseness of the string 7.

  Further, since it is necessary to pass the string 7 between the side wall 4 and the object to be bundled 9 in order to turn the string 7 around the side surface of the object to be bundled 9, the side wall 4 for smooth movement of the string 7. It is desirable that the side end portion 46 be bent outward. For the same reason, it is desirable that the upper end portion 43 of the side wall 4 is also bent outward. The bent portion may be provided from the lower end to the upper end of the side end portion 46 of the side wall 2, but in addition to being provided from the lower end of the notch portion 41 to the upper end of the side wall 4, the bent portion may be provided only at the upper portion of the side wall 4. I can do it. Furthermore, for the same reason, as shown in FIG. 10, it is preferable that the inner surface 401 of the side wall 4 is formed so that the cross section is a convex curved surface, for example, an arc shape. The portion where the cross section is formed into a convex curved surface may be provided from the lower end to the upper end of the side wall 2, but in addition to being provided from the lower end of the notch 41 to the upper end of the side wall 4, it is provided only at the upper part of the side wall 4. I can do it.

  Further, the side wall 4 is erected from the edge of the binding table 1 excluding at least the corners 11, and as a specific example, as shown in FIG. 10, the notch 41 is notched until it reaches the base 2, 4 may be provided on each of the four sides of the pedestal 2, and the string 7 may be provided on the outer peripheral ends of the sections 23 and 25 of the pedestal 2 that do not move on the surface.

  Further, the side wall 4 may not have the same width as the outer periphery of the sections 23 and 25 but may have an appropriate width larger or smaller. As shown in FIG. 9, one side wall 47 parallel to the groove 100 of the side wall 4 is substantially the same as the width of the pedestal 2, and the side piece 49 extending laterally from the side wall 4 is placed outside the sections 23 and 25. By setting the width to be equal to or greater than the peripheral length, the stacked objects 9 can be more aligned and stably stacked. In such a configuration, it is necessary to pass the string 7 between the side wall 4 and the object 9 to be bound, so that the string 7 is formed to have a width larger than the outer periphery of the sections 23 and 25 for smooth movement of the string 7. It is desirable that the second cutout portion 42 is provided at the lower end portion of the side piece portion 49 and the side end portion 44 of the side piece portion 49 is bent outward.

  The manufacturing method and material of the storage container 10 or the base part 2, the support protrusion 3, the side wall 4 and the support base 8 which are members thereof are not particularly limited, and may be integrally formed using synthetic resin, cardboard, wood, synthetic Each member may be formed using resin, light metal, etc., and assembled by bonding, welding, welding or the like. The material of the base part 2, the support protrusion 3, the side wall 4 and the support base 8 may be the same, but different materials may be used as appropriate.

  In addition, the storage container 10 shown in FIG. 9 is formed with a height of the pedestal 2 as appropriate, and provided with a groove 100 that widens downward from the upper surface 21 so as to connect the centers of a pair of opposing sides of the pedestal 2. The groove 100 is used to easily pass the string 7 under the object 9 to be bound, and the size thereof is not limited. When such a groove 100 is provided, the support protrusion 3 and the support base 8 may have a height equal to or less than the thickness of a human hand. The storage container 10 is stably supported by the bottom portions 101 of the grooves 100 and the leg portions 15, 15.

  The binding table 1 is not provided with the support protrusion 3, but is formed by forming a cross-shaped groove at the positions of two imaginary lines 51 and 52 connecting the centers of the opposite sides of the table 2; It is good also as a structure which provides the space which lets the string 7 pass under the thing 9 to be bound. When a cross-shaped groove is formed in the pedestal 2, the side wall may be erected except for the upper portion of the groove, and the notch 41 may be provided at the corner of the side wall. Further, the binding table 1 may be configured such that such a groove, the support protrusion 3 and the like are not formed, and a space for passing the string 7 under the object 9 to be bound is provided only by the base 2. In this case, the string 7 is previously set on the bottom and the inner side surface of the storage container 10 to store the object 9 to be bound. In this case, the side wall is erected all around the binding table 1 and the notch 41 is provided at the corner of the side wall, or the side wall 4 is erected from the edge excluding the corner 11 of the binding table. Also good.

  Next, the use and operation of the present invention will be described. First, the objects 9 to be bound are stacked in the storage portion 14 of the storage container 10, and the stacking is stopped when the stacking is performed up to the upper end of the side wall 4 and the binding operation is started. As shown in FIG. 2, the bundling work is performed between the opposing sides of the base portion 2 with the string 7 in a ring shape. In this way, the extremely complicated and difficult work of passing the string 7 under the object 9 is only required to be performed once, and in addition, the height of the support protrusions 3, 3,. Alternatively, when the groove 100 is provided, the string 7 can be passed very easily.

  Next, as shown by the arrows and two-dot chain lines in FIG. 2, the portion of the cord 7 close to the support protrusion 30 is moved on the surfaces of the sections 22 and 24, and the object 9 and the support 9 not shown in FIG. The support protrusion 30 is straddled by slidingly moving between the protrusions 30. Since the support protrusion 30 is a curved surface having a convex upper end, the contact area with the object 9 to be bound is extremely small. Therefore, the string 7 can be easily connected to the object 9 and the support protrusion 30 without lifting the object 9 to be bound. It is possible to slide between the two. The string 7 does not move on the surfaces of the sections 23 and 25. Further, the ring-shaped part of the string 7 is pulled up to the upper part of the object 9 to be bound.

  By such an operation, the string 7 becomes a cross shape under the object 9 as shown in FIG. Next, one end of the string 7 that is not ring-shaped is passed through the ring-shaped portion and tied to another non-ring-shaped end portion. This knot is preferably performed so that the knot 61 is positioned on the side surface of the object 9 to be bundled, preferably in the middle of the height of the object 9 to be tied. Further, as shown in FIG. 4, the string 7 is turned around the side surface of the object 9 to be bound and tightened as shown in FIG. The portion 72 extending in the direction is pulled toward the inside of the object 9 to be bitten, and the looseness of the string 7 is eliminated. And the front-end | tip 77 and the other end 76 of the string 7 which turned around the side surface of the to-be-bound object 9 are tied.

  By this series of operations, as shown in FIG. 6, it is possible to bind the objects 9 without taking out the objects 9 from the storage container 10 and without loosening the strings 7. As shown in FIG. 7, the portion 73 that has entered the inside of the layered object 9 of the string 7 has a substantially rectangular shape.

  Instead of performing the above process with a single string, after providing the knot 61 according to the above procedure, cut the string 7 or use a separate string to place the new string around the side surface of the object 9 to be bound. Then, the bundling operation can be performed in the same procedure as described above.

First embodiment perspective view of the storage container of the present invention First embodiment usage state diagram of the storage container of the present invention First embodiment usage state diagram of the storage container of the present invention First embodiment usage state diagram of the storage container of the present invention First embodiment usage state diagram of the storage container of the present invention First embodiment usage state diagram of the storage container of the present invention Top view of an object to be bound that is bound using the storage container of the present invention Second embodiment perspective view of the present invention storage container Third embodiment perspective view of the storage container of the present invention Fourth embodiment perspective view of the storage container of the present invention

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Bundling stand 2 Stand part 3 Support protrusion 30 Support protrusion 4 Side wall 41 Notch part 46 Side edge part 49 Side piece part 7 String 8 Support stand 9 Bundling thing 10 Bundling article storage container 14 Storage part 100 Groove

Claims (6)

The binding table is provided with a base and a support protrusion, and the upper surface of the flat rectangular base is divided into four sections by two lines connecting the centers of opposite sides of the base, and the intersection of the two lines is defined. In the two square sections facing each other at the center, at least one support protrusion formed with a convex curved surface at the upper end is erected at each corner of the base, and the support protrusion is formed in each of the other two sections. In addition to providing a support base or a flat support projection on the upper surface, a side wall is erected at the outer peripheral end of the other two sections, and a cutout portion is provided at a corner of the side wall. container. The binding table is provided with a base and a support protrusion, and the upper surface of the flat rectangular base is divided into four sections by two lines connecting the centers of opposite sides of the base, and the intersection of the two lines is defined. In the two square sections facing each other at the center, at least one support protrusion formed with a convex curved surface at the upper end is erected at each corner of the base, and the support protrusion is formed in each of the other two sections. The object to be bound is characterized in that the support base or the upper surface planar support protrusion is provided, and the side wall is erected on the outer peripheral end of the other two sections from the edge excluding at least the corners of the binding base. Storage container.   2. The bound object according to claim 1, wherein the binding table is formed in a square shape in cross section, and the side wall is formed in an L shape in cross section along the edge of the binding table from a pair of opposite corners of the binding table. Storage container.   The bound object storage container according to any one of claims 1 to 3, further comprising a space through which a string for binding the bound object passes through the binding table.   The bound object storage container according to any one of claims 1 to 4, wherein a side end or / and an upper end of the side wall are bent outward.   The bound object storage container according to any one of claims 1 to 5, wherein the inner side surface of the side wall is formed into a curved surface having a convex cross section.

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