KR100675192B1 - Apparatus for removing red tide - Google Patents

Abstract

A multi-stage case for holding writing instruments is provided to reduce the labor force and costs required in an assembling process, to satisfy the sense of beauty of a user and to stably hold writing instruments inside of the case. The multi-stage case for holding writing instruments includes a lower bottom(120); a back side(131) of a rear supporting wall extended from one side of the lower bottom (120); a front side(133) of the rear supporting wall extended from the back side(131) of the rear supporting wall; an upper bottom(140) extended from one side of the front side(133) of the rear supporting wall; a back side(151) of a first partition extended from the upper bottom(140); a front side(153) of the first partition extended from one side of the back side(151) of the first partition. The back side(131) of the rear supporting wall is folded with the front side(133) of the rear supporting wall to form a rear supporting wall(130), and the front side(153) of the first partition is folded with the back side(151) of the first partition to form a first partition(150).

Description

Multi-stage writing instrument holder case {APPARATUS FOR REMOVING RED TIDE}

1 is a perspective view showing the configuration of a multi-stage writing instrument mounting case according to an embodiment of the present invention

Figure 2 is a development view that can produce a writing instrument holder of the multi-stage writing instrument mounting case of Figure 1

3 to 8 are perspective views illustrating a process of folding the writing instrument holder according to the development of FIG.

9 is a side view showing a state in which writing instruments are aligned with the writing instrument holder of FIG.

10 is an exploded perspective view of the writing instrument holder and the plastic case of FIG.

Figure 11 is a side view of the writing instrument holder is mounted on the plastic case of Figure 10

FIG. 12 is a side view showing a state in which a cover of the vinyl case of FIG. 11 covers a writing instrument; FIG.

** Description of symbols for the main parts of the drawing **

1: multi-stage writing instrument mounting case 10: plastic case

11: receptacle 12: cover

12a: Partition 13: cover strap

99: writing instrument 100: writing instrument holder

110: front support wall 111: front support wall front

112: second side wall 113: the front support wall back

120: bottom surface 130: rear support wall

131: rear support wall back 132: first side wall

133: front support wall front side 134: center side wall

135: first auxiliary side wall 140: top bottom surface

151: rear side of first partition 152: second secondary sidewall

153: front of the first bulkhead 160: lower auxiliary bottom surface

The present invention relates to a multi-stage writing instrument mounting case, and more particularly, to a multi-stage writing instrument mounting case which can be easily manufactured, can reduce the printing process, and can stably support the writing instrument.

When writing instruments such as colored pencils, pencils and ballpoint pens are sold in bundles, these writing instruments are sold in a rectangular box of paper. In addition, writing instruments were put in a plastic case so that some of the writing instruments of various colors can be repeatedly selected and used. However, the case in which the writing instruments are arranged in only one row in the writing instrument case is so wide that the handling is not only inconvenient to handle, but also occupies a large volume, causing inconvenience to display.

Accordingly, a writing instrument case has been introduced in which a writing instrument holder that is properly folded with paper formed to arrange writing instruments in multiple stages is inserted into a vinyl case. However, the conventional multi-stage writing instrument mounting case that can be arranged in multiple stages, such that the bottom surface is formed so as to contact the front end surface of the writing instrument in a paper box which surrounds the entire writing instrument and has an opening for drawing out the writing instrument. It consists of a plastic case that inserts paper and houses them.

Therefore, in the case of the conventional writing instrument mounting case, when the writing instruments are arranged in three or more stages, not only two or more insertion sheets forming the bottom of the bottom surface are inserted in the paper box, but also the two stages are arranged. In this case, there was an inconvenience of having to insert the end insert sheet separately into a paper box. Moreover, since the paper box and the insertion paper are separate and each of them is folded, the folded end inserts have to be put in the folded paper box by human hands one by one, which not only takes a long process but also significantly reduces the applicability to mass production. There was a problem.

Furthermore, although the cover of the conventional writing instrument mounting case has a cover covering the opening to draw the writing instrument, the gap between the end of the writing instrument seated on the mounting case and the cover of the vinyl case despite the cover of the vinyl case As a result, when the writing instrument mounting case is slightly shaken, there is a problem that the writing instrument inside the writing instrument case is unstablely shaken without being seated in place.

The present invention has been made to solve the above problems, and provides a multi-stage writing instrument mounting case that can reduce the manpower and cost required for the assembly process by simply mounting the writing instruments in multiple stages using a single paper. It is for that purpose.

Still another object of the present invention is to print only one side of one sheet of paper so as to satisfy the user's aesthetics by exposing only the printed side to all the parts exposed to the outside in the folded state.

And, another object of the present invention is to allow the writing instrument to be stably held in place in the holder while mounting the writing instrument in multiple stages.

The present invention, in order to achieve the object as described above, the bottom bottom surface; A rear support wall rear side extending to a predetermined length on one side of the bottom bottom surface; A rear support wall front surface extending in a predetermined length on one side of the rear support wall rear surface in an extending direction in which the rear support wall rear surface extends from the bottom bottom surface; An upper bottom surface extending in a predetermined length on one side of the front surface of the rear support wall in the extending direction; A rear surface of the first partition wall extending in a predetermined length on one side of the upper bottom surface in the extending direction; A front surface of the first partition wall extending in a predetermined length on one side of the rear surface of the first partition wall in the extending direction; According to the developed view, the rear support wall rear surface and the front support wall front surface is superimposed to form a rear support wall, and the first bulkhead front surface and the first partition wall rear surface is overlapped to form a first partition wall, A writing instrument holder configured to support writing instruments on the bottom surface and the upper bottom surface, respectively; It provides a multi-stage writing instrument mounting case characterized in that it comprises.

This is to make it possible to mount writing instruments in multiple stages without producing separate stage inserting papers and paper boxes by simply folding and making the developed view with a single sheet of paper or the like. In this way, since the step inserts do not need to be placed in the paper box formed with the opening, the time for manufacturing the multi-stage writing instrument mounting case is not only remarkably reduced, but can be manufactured through an automated process instead of using a human hand. As a result, the manpower and cost of the manufacturing process can be greatly reduced.

The extension length d2 of the rear support wall back surface is obtained by subtracting the extension length of the back surface of the first partition wall from the length of the extension length d3 of the front surface of the rear support wall plus the extension length d6 of the front surface of the first partition wall. It is formed in length. Through this, the front surface of the first partition wall is supported in contact with the bottom bottom surface, it is possible to maintain the first partition wall in a stable form.

At this time, in the extending direction, the lower side auxiliary bottom surface is formed on one side of the front surface of the first partition wall with a length d7 smaller than the length d1 of the bottom bottom surface. This is to allow the first partition to be supported more stably by facing the bottom bottom surface in a state where the bottom auxiliary bottom surface is folded at an end of the front surface of the first partition wall.

The writing instrument holder includes being configured to erect two or more writing instruments. That is, a plurality of partitions are formed in front of the rear support wall, and the writing instruments are erected in rows of the number of partitions plus one. More specifically, the second partition wall rear surface extending in a predetermined length on one side of the front surface of the first partition wall in the extending direction; A second partition front surface extending in a predetermined length to one side of the rear surface of the second partition wall in the extending direction; By further comprising the development view, the writing instrument holder can be configured to stand the writing instruments in three rows.

Also in this case, the extension length d2 of the rear support wall rear surface is the length of the extension length d3 of the front surface of the rear support wall plus the extension length d6 of the front surface of the first partition wall and the extension length of the front surface of the second partition wall. Since the length of the back of the first partition wall is formed by subtracting the length of the extension d5 and the length of the back of the second partition wall, the front surface of the second partition wall is supported so as to be in contact with the bottom bottom surface. This can be kept in a stable form.

Similarly, in the extending direction, the third partition wall back surface extending in a predetermined length on one side of the front surface of the second partition wall and the third partition wall front surface extending in a predetermined length on one side of the back surface of the third partition wall in the extending direction. The writing instrument holder may be configured to further include writing instruments in four rows.

The front surface of the rear support wall is configured to further include a central side wall formed to be bent along the extending direction. Through this, it is possible to prevent the writing instruments arranged on the top or bottom, respectively, to fall sideways.

In a direction orthogonal to the extension direction, first side walls are formed on both sides of the rear support wall back surface. The writing instrument at the edge of each row through the first side wall is not only supported by the adjacent writing instrument or / and the vinyl case, but may be supported by the first side wall of the standard form, and the folded writing instrument holder is smoothly inserted into the plastic case. It becomes possible.

In the opposite direction of the extending direction, the front support wall is formed further comprises a front surface extending from the one side of the bottom surface by a predetermined distance (d8). In this way, the writing instrument aligned at the foremost front is supported through the front support wall which is stable on the front surface.

A second side wall extends from both sides of the front support wall front surface in a direction orthogonal to the extension direction. The first side wall and the second side wall play the same role, and the writing instrument holder is more stably supported in the lateral direction, so that the folded writing instrument holder can be maintained in a standardized form.

In the developed view, a shape of a flower, a cloud, etc., which is exposed to the user is printed on only one surface, and the first partition wall, the front support wall, and the rear support wall are folded so that only the printed surface is exposed to the outside. Through this, even if printed on only one side of the material, such as paper of the development view, all the parts exposed to the outside in the folded state is exposed only the printed side, and the unprinted side can be satisfied to the user's aesthetics. .

On the other hand, multi-stage writing instrument mounting case according to the present invention, the writing unit holder and the receiving portion formed to surround the writing instrument placed on the writing instrument holder; A cover extending from the receiving portion so that the writing instrument placed on the writing instrument holder does not spill; A partition extending from one surface of the cover between the bottom bottom surface and a row of writing instruments lined up on the top bottom surface, respectively; It further comprises a vinyl case provided. This allows the writing instrument to be stably held in place within the cradle while mounting the writing instrument in multiple stages.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

However, in describing the present invention, a detailed description of known functions or configurations will be omitted to clarify the gist of the present invention.

1 to 12 relates to a multi-stage writing instrument mounting case according to an embodiment of the present invention, Figure 1 is a perspective view showing the configuration of the multi-stage writing instrument mounting case, Figure 2 is a writing instrument holder of the multi-stage writing instrument mounting case of Figure 1 3 to 8 are perspective views illustrating a process of manufacturing a writing instrument holder according to the development view of FIG. 2, FIG. 9 is a side view showing a state in which writing instruments are aligned to the writing instrument holder of FIG. 1 is an exploded perspective view of the writing instrument holder and the plastic case of FIG. 1, FIG. 11 is a side view of the writing instrument holder mounted on the plastic case of FIG. 10, and FIG. 12 is a side view showing the writing instrument cover of the plastic case of FIG. .

As shown in the drawing, the multi-stage writing instrument mounting case 1 according to an embodiment of the present invention is a writing instrument holder 100 for mounting the writing instrument 99 in multiple stages, the writing instrument holder 100 and the writing instrument 99 It is composed of a plastic case 10 surrounding them so as not to spill.

The writing instrument holder 100 has a front support wall 110 supporting the front of the writing instrument 99 mounted on the front row, and a bottom bottom surface 120 supporting the bottom surface of the writing instrument 99 mounted on the front row. , The rear support wall 130 supporting the rear of the writing instrument 99 mounted on the second row, the upper bottom surface 140 supporting the bottom surface of the writing instrument 99 mounted on the second row, and the writing instrument mounted on the front row ( 99 and the first partition 150 partitioning between the writing instruments 99 mounted on the second row, and the front surface 153 of the first partition wall 150 in contact with the bottom bottom surface 120 to face the first partition wall 150. It is configured to include a lower auxiliary bottom surface 160 formed to maintain the shape of the).

The writing instrument holder 100 configured as described above is made by folding the developed view shown in FIG. 2. That is, the bottom bottom surface 120, the rear support wall rear surface 131 formed at one side of the bottom bottom surface 120 by a predetermined length d2, and the rear support wall from the bottom bottom surface 120. The rear support wall front surface 133 which is formed at one side of the rear support wall rear surface 131 in a extending direction in which the rear surface 131 extends in a predetermined length d3, and the rear support wall front surface in the extension direction ( An upper bottom surface 140 extending at a predetermined length d4 on one side of the first side 133, and a rear surface of the first partition wall extending at a predetermined length d5 on one side of the upper bottom surface 140 in the extending direction. 151 and a first bulkhead front surface 153 which is formed at a side of the first bulkhead rear surface 151 in the extending direction with a predetermined length d6; A lower auxiliary bottom surface 160 extending to a length d7 smaller than the length d1 of the lower bottom surface 120 on one side of the first bulkhead front surface 153 in the extending direction, and orthogonal to the extending direction A first side wall 132 extending on both sides of the rear support wall back surface 131 in a direction and a front support extending from a side of the bottom bottom surface 120 by a predetermined distance d8 in a direction opposite to the extension direction; In front of the wall front surface 111, the front support wall front surface 113 formed to extend by a predetermined distance (d9) from one side of the front support wall front surface 111 in the direction opposite to the extension direction, and in a direction perpendicular to the extension direction And a second side wall 112 extending from both sides of the front support wall front surface 111.

At this time, the extension length d2 of the rear support wall rear surface 131 is a length obtained by adding the extension length d3 of the front support wall 133 and the extension length d6 of the first bulkhead front surface 153. The lower auxiliary bottom surface 160 is formed to have a length obtained by subtracting the extension length d5 of the rear surface of the first partition wall 151 and formed at an end of the front surface of the first partition wall 153. By supporting the first partition wall 150 to face the first partition, the first partition has an appropriate supporting force in a stable form.

As shown in Fig. 9, the height H of the writing instruments arranged in the second row with respect to the writing instruments arranged in the front row is the extension length of the rear support wall front 153 from the extension length d2 of the rear support wall back 151. It is minus (d3). Therefore, by adjusting the extension lengths d2 and d3 of the front and rear surfaces 151 and 153 of the rear support wall 150, the degree of exposure of the writing instruments in the second row can be adjusted.

In addition, the rear support wall front surface 133 is formed with a central sidewall 134 formed to be bent along the extending direction, thereby preventing the aligned writing instrument 99 from falling sideways.

In addition, the auxiliary side walls 135 and 152 are formed on both sides of the rear support wall front surface 133 and the first partition wall front surface 151 to have a length shorter than that of the first side wall 132 and the second side wall 112. The reinforcement in the lateral direction of the writing instrument holder 100 is made.

The developed view of the writing instrument holder 100 configured as described above is printed in a predetermined color and shape only on one surface B, and by folding the developed view as described below, only the printed surface is exposed to the outside.

3 to 8, a method of folding the writing instrument holder 100 using the developed view shown in FIG. 2 will be described in detail.

As shown in FIG. 3, the bottom bottom surface 120 and the rear support wall back surface 131 are folded vertically. Then, as shown in FIGS. 4 and 5, the rear support wall back surface 131 and the rear support wall front surface 133 are folded to form the rear support wall 130, and the first partition back surface 151 is formed. The first partition wall 150 is folded to overlap the first partition wall 153. At the same time, the auxiliary side walls 135 and 152 formed on both sides of the first barrier wall rear surface 151 and the rear support wall front surface 133 are folded in the directions shown in FIGS. 4 and 5.

Next, as shown in FIG. 6, the first bulkhead front surface 153 and the lower auxiliary bottom surface 160 are folded, and the lower auxiliary bottom surface 160 and the lower bottom surface 120 are folded to face each other.

Then, as shown in FIG. 7, the front support wall back 111 and the front support wall front 112 are folded to form a front support wall 110, and at the same time the front support wall front 111 and rear The first and second side walls 112 and 132 on both sides of the support wall back surface 131 are folded inward.

Then, as shown in FIG. 8, by folding the front support wall 110 with respect to the bottom bottom surface 120, and folding the first and second side walls 112 and 132 to surround both sides of the writing instrument holder 100. , Writing instrument holder (100).

Through this, the unprinted surface (A) in the development view of Figure 2 is all folded inside or hidden inside the writing instrument holder 100, only the printed surface (B) of the development view is exposed to the outside.

The plastic case 10 includes a cover part 12 which covers the writing instrument 99 to prevent the writing portion 11 accommodating the writing instrument holder 100 and the writing instrument 99 placed on the writing instrument holder 100 from spilling. And a partition 12a extending from one surface of the cover 12 to be inserted between the writing instruments in the front row and the writing instruments in the second row, and an end of the cover 12 to fix the state of the cover 12 covering the writing instrument 99. It consists of the fixing | fixed part 13 fitted.

Although the preferred embodiments of the present invention have been described above by way of example, the scope of the present invention is not limited to these specific embodiments, and may be appropriately changed within the scope described in the claims. That is, the embodiment of the present invention has been described by way of example only that the writing instrument holder is configured so that the writing instruments are arranged in two rows, by using the technical spirit disclosed in the embodiment skilled in the art to arrange the writing instruments in three or more rows It is apparent that the writing instrument holder can be configured, and therefore, it is also within the scope of the present invention to arrange the writing instruments in three or more rows within the scope described in the claims.

As described above, the present invention, the bottom bottom surface; A rear support wall rear side extending to a predetermined length on one side of the bottom bottom surface; A rear support wall front surface extending in a predetermined length on one side of the rear support wall rear surface in an extending direction in which the rear support wall rear surface extends from the bottom bottom surface; An upper bottom surface extending in a predetermined length on one side of the front surface of the rear support wall in the extending direction; A rear surface of the first partition wall extending in a predetermined length on one side of the upper bottom surface in the extending direction; A front surface of the first partition wall extending in a predetermined length on one side of the rear surface of the first partition wall in the extending direction; According to the developed view, the rear support wall rear surface and the front support wall front surface is superimposed to form a rear support wall, and the first bulkhead front surface and the first partition wall rear surface is overlapped to form a first partition wall, A writing instrument holder configured to support writing instruments on the bottom surface and the upper bottom surface, respectively; Including, using only a sheet of paper, such as one side to create a folding view as described above, multi-stage writing instruments in a state of removing the hassle of inserting a conventional end insert into the writing instrument extraction opening Provides a multi-stage writing instrument mounting case that can be mounted with.

In addition, the present invention is to produce a writing instrument holder for mounting writing instruments in multiple stages as a single development, it is not necessary to put a single insertion sheet in a paper box formed with an opening as in the prior art, multi-stage writing instrument mounting Not only is the time for assembling the case significantly reduced, but can be assembled through an automated process instead of using human hands, thereby greatly reducing the manpower and cost required for the assembly process.

In addition, the present invention, the first partition wall, the front support wall, the rear support wall so that only the printed surface is exposed to the outside in the state of printing the shape of flowers, clouds and the like exposed to the user on only one surface of the development view By being folded, the user's aesthetics can be satisfied while reducing the printing process and cost.

On the other hand, the present invention, by inserting the partition formed extending from one surface of the cover of the vinyl case between the rows of writing instruments arranged in a multi-stage, so that the writing instruments can be stably held in place in the holder while mounting the writing instruments in multiple stages.

Claims (11)

Bottom bottom surface 120; A rear support wall rear surface 131 formed at one side of the bottom bottom surface 120 at a predetermined length d2; The rear support wall front surface 133 is formed to extend at a predetermined length d3 on one side of the rear support wall rear surface 131 in an extending direction in which the rear support wall rear surface 131 extends from the bottom bottom surface 120. and; An upper bottom surface 140 formed at one side of the rear support wall front surface 133 at a predetermined length d4 in the extending direction; A first bulkhead rear surface 151 extending in a predetermined length (d5) on one side of the upper bottom surface 140 in the extending direction; A first bulkhead front surface 153 formed on one side of the first bulkhead rear surface 151 in the extending direction and extending to a predetermined length d6; The rear support wall rear surface 131 and the front support wall front surface 133 are overlapped to form a rear support wall 130 according to a developed view including the first barrier wall front surface 153 and the first barrier wall rear surface. 151 is superimposed to form a first partition wall 150, the writing instrument holder 100 is configured to support writing instruments on the bottom bottom surface 120 and the top bottom surface 140, respectively; Multi-stage writing instrument mounting case characterized in that it comprises. The method of claim 1, The extension length d2 of the rear support wall rear surface 131 is obtained by adding the extension length d3 of the rear support wall front surface 133 and the extension length d6 of the first partition wall front surface 153. Multi-stage writing instrument mounting case characterized in that formed by the length minus the extension length (d5) of the back of the first partition wall (151). The method of claim 2, In the extending direction, the lower auxiliary bottom surface 160 is formed on one side of the first bulkhead front surface 153 extending to a length (d7) less than the length (d1) of the bottom bottom surface 120 Multi-stage writing instrument mounting case. The method of claim 1, A second partition back surface extending in a predetermined length to one side of the first partition wall front surface 153 in the extending direction; A second partition front surface extending in a predetermined length to one side of the rear surface of the second partition wall in the extending direction; Multi-stage writing instrument mounting case characterized in that it further comprises. The method of claim 4, wherein The extension length d2 of the rear support wall rear surface 131 is an extension length d3 of the rear support wall front surface 133, an extension length d6 of the first partition wall front surface 153, and the second partition wall front surface. Multi-stage writing instrument mounting case, characterized in that the length formed by subtracting the extension length (d5) and the extension length of the back side of the first partition wall 151 from the length of the extension. The method according to any one of claims 1 to 5, The rear support wall front multi-stage writing instrument mounting case characterized in that it further comprises a central side wall formed to be bent in the extending direction. The method according to any one of claims 1 to 5, And a first side wall 132 extending on both sides of the rear support wall rear surface 131 in a direction orthogonal to the extension direction. The method according to any one of claims 1 to 5, In the opposite direction of the extension direction, multi-stage writing instrument mounting case characterized in that it further comprises a front support wall front 111 formed extending by a predetermined distance (d8) from one side of the bottom bottom surface (120). The method of claim 8, And a second side wall (112) extending from both sides of said front support wall (111) in a direction orthogonal to said extending direction. The method according to any one of claims 1 to 5, A writing unit (11) formed to surround the writing instrument holder (100) and the writing instrument (99) placed on the writing instrument holder (100);  A cover 12 extending from the receiving portion 11 so that the writing instrument 99 placed on the writing instrument holder 100 does not spill; A partition 12a extending from one surface of the cover 12 between the lower bottom surface 120 and the writing instruments 99 lined up on the upper bottom surface 140 respectively; A vinyl case provided; Multi-stage writing instrument mounting case characterized in that it further comprises. The method according to any one of claims 1 to 5, Printed only on one side of the development view, multi-stage writing instrument mounting case characterized in that the first partition, the front support wall, the rear support wall is folded so that only the printed surface is exposed to the outside.

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