JP2018099291A - Overlaying storage body of mounting board - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an overlaying storage body of mounting boards in which the securement of a receiving capacity and the space-saving in that case are made at storage of multiple mounting boards such as coasters, and also it is available in multi-purposes even in the storage and the dispersion and at the same time decorative properties are improved.SOLUTION: An overlaying storage body 1 comprises: a tabular base 2 forming a mounting surface in the upper surface; a strut 3 arranged upright in the position being moved by a predetermined distance from the center of the base to the periphery side and having a constant cross section; and tabular multiple mounting boards 4, 4.... forming a contour shape being the same as the base, and for forming an opening 41 penetrating through the strut at the position corresponding to the strut on the base. in the mounting surface 22 of the base, the mounting boards are overlaid and arranged in sequence. Accordingly, the mounting surface of the base has a configuration capable of horizontally maintaining the mounting boards when being mounted. Also, the strut is formed in an upper open tubular shape, and therefore can be used as a mark for a seating order and a bud vase.SELECTED DRAWING: Figure 1

Description

  The invention of the present application is a coaster for placing a glass or cup on the upper surface side, as well as a placing board that can be used for food containers, accessory containers, etc., and these plural placing boards are superposed in the vertical direction. It is related with the superposition holding body of the mounting board hold | maintained.

  Conventionally, when using glasses or cups for drinks on a table, a placement board, a so-called coaster, has been used as a rug for placing them on the top surface. This coaster is often used as a set of a plurality of sheets, and has been used with a kind of unity with the same contour shape and similar patterns.

  Such coaster sets are stored in a single place or stored in a special box or the like in order to prevent loss of the coaster set.

  As another method, there is a method in which a hole is previously opened in a coaster, and an accumulation tool (hereinafter referred to as “accumulation tool”) of the perforated coaster is used. As disclosed in Citation 1, this stacking tool is provided with a plurality of coasters having a hole formed in the center, and a pedestal in which a stacking column that can penetrate the hole in the coaster is arranged in the center. It was the form which accumulated a coaster in the up-and-down direction through a hole in the accumulation pillar. Moreover, this stacking tool also has the convenience of using the stacking column as a toothpick holder.

Japanese Utility Model Publication No. 64-32684

However, the stacking tool of the above cited reference 1 has the following problems.
First, after the coaster was accumulated, the accumulation pillar could only be used as a kind of container for storing toothpicks, etc., and the set of coasters after accumulation was not usable for other purposes and applications.

  In addition, even after being integrated into one lump after accumulation, the appearance was a simple cylindrical body, so there was no change in decorativeness, and it was unsatisfactory as a so-called table object.

  Therefore, the present invention has been made paying attention to the above-mentioned problems, and at the time of storage of a plurality of mounting boards such as coasters used on a table, it is intended to secure a storage volume and save space at that time. In addition to the above, it is intended to provide a superposition storage body for a mounting board that can be used for various purposes at the time of storage and at the time of dispersion, and also has improved decorativeness.

  In order to solve the above-described problems, a superimposed storage body (hereinafter referred to as “superimposed storage body”) of the mounting board according to the present invention is configured as follows.

  That is, a flat base having a mounting surface on the upper surface, a column having a constant cross section arranged upright at a position moved from the center of the base to the peripheral side by a predetermined distance, and the same as the base It is characterized by comprising a plate-like mounting board having a contour shape and having an opening penetrating the pillar at a position corresponding to the pillar on the base.

  With the above-described configuration, the superposition storage body integrally superimposes (or superimposes) a predetermined number of mounting boards that can be penetrated in the length dimension through the support column on the base. Stored. In addition, each of the stored mounting boards can be rotated in the horizontal direction around the support column as an axis, and can be stopped at an appropriate rotational position.

  Due to the configuration described above, the column position on the base is set within a range that does not fall due to the moment of each mounting board during or after rotation. The thickness dimension of the mounting board is also set to a dimension that can maintain the horizontal rotation together with the setting of how many sheets are stacked with respect to the height dimension of the support column.

  In addition, since the base is the foundation when the mounting board is rotated and after it is rotated, its component material is made heavier than the mounting board, the thickness dimension is increased, or a weight is added to add weight. May be increased. Furthermore, the shape may be appropriately changed to a circular shape, a rectangular shape, or another polygon shape while maintaining a flat plate shape. In addition, about the shape of a mounting board, since it is the same outline as a base, the same change is possible.

  The mounting surface of the base is configured to be kept horizontal when an object is mounted. That is, the entire mounting surface is not limited to a flat surface. For example, unevenness, mesh shape, and wave surface may be formed on a part of the mounting surface, and when the mounting object is mounted, the entire contact surface It is only necessary to form a contact surface that can maintain the horizontal state of the mounted object. This state of the placement surface can be similarly applied to the upper and lower surfaces of the placement board.

  Further, the support column is characterized by being a solid or an upwardly open cylindrical shape. For example, when the support is solid, it may be used for the weight of the base as described above, or a light source such as an LED may be embedded inside the transparent cylindrical body and used as a so-called light. good. On the other hand, in the case of a simple cylindrical shape that is open upward, it may be used as a container that can store an appropriate object inside. For example, when the superposition storage body is used as a coaster set, the support can be used for placing a toothpick, inserting a single wheel, or placing a mark for seating, regardless of whether each placement board is dispersed on the table as a coaster.

  Since the superposition storage body according to the present invention configured as described above has the above-described configuration, the following technical effects are achieved.

  First of all, when the mounting board is used on a table such as a coaster, not only can a storage space be secured during storage and space saving can be achieved, but also it can be integrated (superposed). Therefore, it can also be used as a kind of figurine (object) with a sense of mass. And if each mounting board is rotated appropriately, since the complicated external appearance different from the case where the outline was match | combined will be exhibited, the decoration property is improving significantly.

  In addition, when the mounting board is dispersed, the base column can be used for inserting a single wheel, a seating mark, and a toothpick holder in the case of a cylindrical body. It can also be used as a light to illuminate a table with an embedded light source.

  And if the superposition storage body is formed with appropriate depressions on the upper and lower surfaces of the mounting board, it can be used as a peg container as long as it is alone, and the mounting board can be rotated horizontally even in the superposition state. For example, it can be used as a pouch that is subdivided vertically.

  The superimposed storage body configured as described above is not limited to the method of use on the table, but is also suitable for use on an assembly work table of a precision machine such as a model or a watch. For example, when assembling or disassembling a model or a precision machine, it can be used as a container for parts such as subdividing screws and nuts. In this case, the mounting board can be used in a dispersed state or in a superposed state as in the case of the picking-up.

  In summary, the superposition storage body according to the present invention can be used not only as a storage means with improved decorativeness but also in any form of a dispersed state and a superposition state, and further, a versatile usage form from a dining table to a work table. It also helps.

It is a perspective view which shows the superposition storage body which concerns on this invention. It is an assembly perspective view (A) of a superposition storage object concerning the invention in this application, and a KK line sectional view (B). It is the perspective view (A) which shows the external appearance at the time of rotation of each mounting board of the superposition storage body which concerns on this invention, and the perspective view (B) which shows the external appearance which gave the pattern to the side surface. It is explanatory drawing (A), (B), (C) which shows the usage example of the superposition storage body which concerns on this invention. It is a perspective view (A), (B), (C) which shows the modification of the whole shape of the superposition storage object concerning the invention in this application. It is explanatory drawing (A) and (B) which show the modification of the partial structure of the superposition storage body which concerns on this invention.

  Hereinafter, the best embodiment of the superposition storage body according to the present invention will be described in detail with reference to the drawings.

  First, FIG. 1 is a perspective view showing a superposition storage body, FIG. 2 is an assembly perspective view of the superposition storage body, and a sectional view taken along the line KK, and FIG. 3 is an external view of each superposition storage body rotated. FIG. 2 is a perspective view of the first embodiment and a perspective view showing an embodiment in which a pattern is provided on the side surface.

  The outline of the structure of the superposition storage body 1 is as follows. The support column 3 is arranged upright on the upper surface of the flat base 2, and an opening 41 through which the support column 3 can pass is formed, and a plurality of the same contour as the base is formed. The mounting board 4 is superposed in order on the base.

  First, the base 2 has a rectangular flat plate shape and serves as a basic portion of the entire superposition storage body. When the base 2 is placed on the predetermined horizontal ground plane GL with the lower surface 21, the base 2 forms a placement surface 22 whose upper surface is parallel to the horizontal ground plane GL. In this embodiment, the mounting surface 22 is a flat surface. However, if the mounting board 4 can be maintained horizontally with the entire contact surface being horizontal, a concave recess can be formed as appropriate. Alternatively, a mesh or wavy pattern may be formed on the entire surface or part of the surface.

  Further, the column 3 is arranged upright at a position moved from the center of gravity of the base 2 to the peripheral side at a predetermined distance. This support column 3 has a cylindrical shape with a constant cross section provided with an upper opening 31, and has an inner diameter that allows insertion of a long object such as a flower stem, a toothpick, a rod-shaped portion of a seat mark, etc. And has a length dimension that allows the long object to be maintained upright.

  The arrangement position of the support column 3 depends on the outer diameter of the support column 3 and the thickness dimension of each mounting platen 4 to be described later. Due to the moment, it is set within the range where the entire body does not fall over and becomes independent. In other words, the drooping position at the time of rotation of the center of gravity of each mounting board 4 is set within the base. In this embodiment, the base 2 formed in a rectangular shape is set to a position that is moved from the center position to the peripheral side about about a quarter on the diagonal line.

  The plurality of mounting boards 4 that are superimposed on the base via the support columns 3 form a flat plate shape having substantially the same thickness as the base 2 and have the same contour as the base 2. Each mounting board 4 is formed with an opening 41 through which the column 3 can penetrate at substantially the same position as the column 3 of the base 2. The opening 41 has an inner diameter that is slightly larger than the outer diameter of the column so that when the column 3 is penetrated, the mounting plate 4 can be horizontally rotated to the extent that the column 3 is not greatly shaken. ing. It should be noted that the plate thickness dimensions of the mounting boards 4, 4, 4,... Are not limited to the same dimensions as the base 2, and appropriate plate thickness dimensions capable of maintaining a rotatable rigidity while being engaged with the column 3. You may change to

  Further, the number of the mounting boards 4 is selected so that the upper end edge of the support column 3 substantially coincides with the height position of the upper surface of the uppermost mounting board 4. In the superposition storage body 1 of the present embodiment, eight mounting boards 4 are superposed.

  Each mounting board 4, 4, 4,... Configured as described above secures cooperation with the base 2 via the support column 3, and rotates in the horizontal direction around the support column 3 and positions after the rotation. It is possible to maintain a stop state in

  The upper and lower surfaces of the mounting boards 4, 4, 4,... Are flat surfaces in the present embodiment, but the mounting surface overlaps with the entire contact surface in the same manner as the mounting surface 22 of the base 2. As long as the table 4 can be maintained horizontally, a pattern with a concave depression, mesh shape, or wavy unevenness may be formed as appropriate. Further, with respect to the side surface, the layer 2 is color-coded (for example, gradation or alternate shades of color) in addition to the base 2, or a side pattern 42 is added. May be applied.

The superimposed storage body 1 having the above configuration forms a rectangular column-shaped lump when the outlines of the plurality of placement boards 4 superimposed on the base are combined, and when each placement board is rotated, FIG. As shown in A), the appearance is completely different, and many variations can be enjoyed if the appearance is changed appropriately.
[Usage example of superposition storage body]

  When used as a coaster set on a dining table, the superimposed storage body 1 having the above configuration is used in the following manner.

  First, in the form in which the base 2 and each mounting board 4 are integrated and integrated, it can be used as a housing for the mounting board 4 that is a coaster. On the other hand, the column 3 of the base 2 can not only hold the seating guide mark M regardless of the superimposed state or the dispersed state of the mounting board 4 but can also be used for inserting a toothpick holder or a flower F.

In addition, the dispersed mounting board 4 can be used as a coaster such as a glass G or a dish. When a part of the opening 41 is applied to the edge of the hill of the glass G or the dish, the opening 41 acts as a so-called drainer. Since the mounting board 4 can be prevented from sticking to the glass or the like, the convenience is improved.
[Modified example of superposition storage body]

As shown in FIG. 5, the superposition storage body 1 includes a circular superposition storage body 5, a pentagonal superposition storage body 6, and an octagonal shape in which the contours of the base 2 and the mounting board 4 are transformed into a circle, a pentagon, and an octagon. It is possible to use the mold superposition storage body 7. In this case, the position, diameter, and length of the column 3 and the thickness dimension of the base 2 and the mounting board 4 are determined by the overlapping state of the mounting board 4 on the base, and each mounting board 4, It is necessary to set appropriately so that rotation of 4, 4,... And maintenance after rotation are possible.
[Modification of base]

  Since the base 2 is the basis of the whole as described above, in order to prevent the entire fall after the mounting board 4 is rotated, the plate thickness is increased, an appropriate weight (weight) is added, The material may be changed.

Further, the support column 3 is not limited to a cylindrical shape, but may be solid as the weight of the base 2. Further, the LED light source is arranged inside a transmissive cylindrical body, and a kind of light 32 is provided. May be used. In this case, it is preferable that the base 2 is provided with a power supply holding space and a side switch with an increased thickness.
[Modification of mounting board]

Next, a modification of the mounting board 4 will be described with reference to FIG.
The mounting board 4 can be a small container in which not only the portion excluding the opening 41 is made flat, but also a large recess 81 (hereinafter referred to as a “large recess”) is formed in the center at a necessary portion. You may deform | transform into the mounting board 8. In this case, a set with the coaster type normal mounting board 4 is made, and the large depression 81 can be used as a kind of knob O container.

  Further, the mounting board 4 may be transformed into a mounting board 9 that can be a subdivided container in which a plurality of small depressions 91 (hereinafter referred to as “small depressions”) are formed at locations other than the opening 41. In this case, it is more suitable for use on an assembly work table such as a precision machine such as a model or a watch than the use at a dining table.

  For example, parts such as screws B, nuts N, washers W, etc., when assembling or disassembling a model or a precision machine are stored in the small recess 91 and used as a so-called classification container. In this case, the mounting board 9 can be used by rotating itself in a superposed state, and in the case of distributed use, if the column 3 is changed to the light 32, it will contribute to the improvement of the work efficiency on the work table. .

DESCRIPTION OF SYMBOLS 1 Superposition storage body 2 Base 21 Lower surface 22 Mounting surface 3 Support | pillar 31 Upper opening 32 Light 4 Mounting board 41 Opening 42 Side pattern 5 Circular type superposition storage body 6 Pentagon type superposition storage body 7 Octagon type superposition storage body 8 Placement plate 81 Large depression 9 Placement plate 91 Small depression B Screw F Flower G Glass M Mark N Nut O Pick W Washer GL Horizontal ground plane

That is, a flat base having a mounting surface on the upper surface, and one columnar or cylindrical column arranged upright at a position moved from the center of the base to the peripheral side by a predetermined distance; It is characterized by comprising a plate-like mounting board having the same outline shape as the base and having an opening penetrating the pillar at a position corresponding to the pillar on the base.

Further, the support column is characterized by being a columnar shape or a cylindrical shape having an upward opening. For example, when the column is a cylindrical body , it may be used for the weight of the base as described above, or a light source such as an LED may be embedded inside the transparent cylindrical body and used as a so-called light. good. On the other hand, in the case of a simple cylindrical shape opened upward, it may be used as a container that can store an appropriate object inside. For example, when the superposition storage body is used as a coaster set, the support can be used for placing a toothpick, inserting a single wheel, or placing a mark for seating, regardless of whether each placement board is dispersed on the table as a coaster.

In addition, when the mounting base is dispersed, the support column of the base can be used for inserting a single wheel, placing a mark for seating, and putting a toothpick in the case of a cylindrical body. Besides, it can also be used as a light to illuminate a table with a light source embedded.

The outline of the structure of the superposition storage body 1 is as follows. One support column 3 is arranged upright on the upper surface of the flat base 2, and an opening 41 through which the support 3 can pass is formed and has the same contour as the base. A plurality of mounting boards 4 constituting the above are superposed in order on the base.

Further, one support column 3 is arranged in an upright position at a position moved from the position of the center of gravity of the base 2 to the peripheral side at a predetermined distance. This support column 3 has a cylindrical shape with a constant cross section provided with an upper opening 31, and has an inner diameter that allows insertion of a long object such as a flower stem, a toothpick, a stick-shaped portion of a seat mark, etc. And has a length dimension that allows the long object to be maintained upright.

Each mounting board 4, 4, 4,... Configured as described above secures cooperation with the base 2 through the support 3, and rotates and rotates in the horizontal direction around the single support 3. It is possible to maintain the stop state at that position later.

As shown in FIG. 5, the superposition storage body 1 includes a circular superposition storage body 5, a pentagonal superposition storage body 6, and an octagonal shape in which the contours of the base 2 and the mounting board 4 are transformed into a circle, a pentagon, and an octagon. It is possible to use the mold superposition storage body 7. In this case, the position, diameter, and length of one support column 3 and the thickness dimensions of the base 2 and the mounting board 4 are determined according to the superposition state of the mounting board 4 on the base and each mounting. It is necessary to set appropriately so that the board 4, 4, 4,... Can be rotated and maintained after the rotation.

Further, the support column 3 is not limited to a cylindrical shape, but may be a solid column that also serves as the weight of the base 2. The light 32 may be configured and used. In this case, it is preferable that the base 2 is provided with a power supply holding space and a side switch with an increased thickness.
[Modification of mounting board]

Claims (3)

A flat base having a mounting surface on the upper surface;
A column having a constant cross section disposed upright at a position moved a predetermined distance from the center of the base to the peripheral side;
A plate-shaped mounting board having the same contour shape as the base and having an opening penetrating the pillar at a position corresponding to the pillar on the base;
A superposition storage body for the mounting board, characterized by comprising:   The superimposed storage body of the mounting board according to claim 1, wherein the mounting surface of the base is configured to be kept horizontal when an object is mounted.   The superposition storage body of the mounting board according to claim 1, wherein the support column is solid or has an upwardly open cylindrical shape.

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