JP3228739U - Display board for writing instruments - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a display board for a writing instrument capable of holding a writing instrument in a predetermined position and maintaining a good initial display state even when the writing instrument is transported in a packaged state or returned upside down. SOLUTION: A clip 11 provided with a writing instrument A is provided with a hanging portion 5 for a hanging display and a folded portion 6 formed by a cut formed in a part of a plate body 1 so as to be folded up. In the stationery display plate used as the locking portion, the folded portion is formed as a plate-like portion along the longitudinal direction of the writing instrument protruding from the surface of the plate body by folding up from the plate body, and the plate main body of the folded portion is formed. A portion corresponding to the back surface is formed with a portion for arranging the writing instrument main body and a recess 9 having a movement restricting side of the base portion 11a of the clip at the folded portion. [Selection diagram] Fig. 2

Description

The present invention relates to a display board such as a mount for hanging and displaying a stick-shaped writing instrument having a certain length such as a ballpoint pen, a marking pen, and a brush at a retail store or a trade fair.

Conventionally, as a mount for suspending and displaying a product, a wire is passed through a hole in the mount to fix the product so as to be tied to the product, or as in the invention described in Patent Document 1 (Japanese Unexamined Patent Publication No. 2015-229511). It is known that a part for inserting a rod-shaped product is formed by bending or perforating a sheet of mount.

JP-A-2015-229511

In the invention described in Patent Document 1, a rod-shaped product can be placed, but the product may come off from the mount when vibration occurs or the product is turned upside down during transportation. It was.

A display board for writing instruments that has a hanging part for hanging display and has a folding part that can be folded up by a cut formed in a part of the board body to be a locking part for a clip provided by the writing instrument. In the above, the folded-up portion is formed as a plate-shaped portion along the longitudinal direction of the writing instrument protruding from the surface of the plate body by folding up from the plate body, and the portion corresponding to the back surface of the plate body of the folded-up portion is formed by the writing instrument main body. The first gist is a stationery display board in which a portion to be arranged and a recess having a movement restricting side of the base of the clip are formed in the folded-up portion, and a hole portion in which the ball portion of the clip is inserted in the folded-up portion. The second gist is the display board for writing instruments that forms the above.

In the display board for a writing instrument of the present invention, the movement of the clip is restricted by the movement restricting sides on both sides forming the recess by arranging the clip of the writing instrument in the recess which is a part of the folded-up portion. The movement of the writing instrument itself is also suppressed, and even if vibration occurs during transportation or the top and bottom are returned, the writing instrument is suppressed from coming off from the display board. Further, since the recess is a part of the folded-up portion, the writing instrument main body is supported from at least two directions of the folded-up portion and the plate main body, so that the attached writing instrument is supported from multiple directions and is affected by vibration or the like. Can be suppressed as much as possible. Furthermore, by inserting the ball portion of the clip into the hole portion of the folded-up portion, the clip is supported by the movement-restricted side and the hole portion, the freedom of movement of the writing instrument is suppressed, and the possibility of detachment is reduced. It is a thing.

A development view showing an example. The perspective view which shows the use example. An enlarged view of the front part of an example. Enlarged view of the front part of another example. Enlarged view of the front part of another example. Enlarged view of the front part of another example. An enlarged perspective view of another example. An enlarged perspective view of another example.

The display board for writing instruments of the present invention has a hanging part for hanging on a metal fitting or the like of a display shelf, and a plate-like material such as paper or plastic is cut or perforated with a punch or a cutter to form a folded part. It is formed and the folded-up portion is sandwiched between the clips of the writing instrument to lock the writing instrument itself.

Basically, the above-mentioned folded-up portion is formed on one plate-shaped material, but in order to ensure the strength (rigidity) of the back surface, the entire one plate may be folded in half or of the same quality. It is also possible to use two or more materials or different materials in layers. As the material, as the above-mentioned paper material, paperboard such as corrugated cardboard base paper and white paperboard described in JIS P 0001: 1998 (No. 4001), other pulp material processed into a plate shape, polyethylene, polypropylene, celluloid, etc. , Polyethylene terephthalate or other plastic molded into a sheet, fiber woven fabric such as cloth or processed bark such as cork impregnated with an adhesive such as wax or synthetic resin or a curing agent to form a plate. Etc. can be used.

Since a folded portion is formed to lock the writing instrument, it is preferable that the material has a plate thickness of about 10 μm to 3 mm and has a certain degree of rigidity and flexibility, and shape retention after bending.

It is preferable to punch out the cuts, perforated parts, and the external shape of the hanging part and the folded part by shearing by press working. At this time, by forming a dent or a broken line-shaped cut at the bending base of the folded-up portion, it is possible to prevent the bending position from fluctuating or to impart ease of bending. Further, it is preferable that the sheets to be punched are arranged in an efficient arrangement so as not to generate unnecessary pieces from one sheet as a developed view. Further, depending on the material such as paper or plastic, a raw material sheet can be obtained by collecting pieces and reprocessing.

The hanging portion for hanging formed on the plate body may be a hook-shaped curved portion, a perforated portion, or a separate part attached by adhesion, a pin, an eyelet, or the like.

The board body may have at least the above-mentioned hanging part and folding part, but it is displayed as a part in which characters such as a product name and a catchphrase, patterns, patterns, illustrations, photographs, etc. are written by printing or the like. It is also possible to enhance the display effect of time.

Insertion holes can be formed in the plate body for parts different from the clip part, such as the pen tip part of the writing instrument and the barrel body, to further suppress rattling, and an adhesive sheet for the body part of the writing instrument. Although it can be fixed by using the above, if the structure is such that the clip portion is arranged in the recess of the folded-up portion, at least the clip portion has the effect of suppressing the rattling of the writing instrument. It is a range.

The folded-up portion is a portion that locks the clip of the writing instrument, and can be sandwiched by the holding force of the clip, but it is not always necessary to hold the clip between the clip and the main body of the writing instrument. Further, when the clip has a ball portion at the tip portion, a hole portion into which the ball portion falls can be formed. By locking the clip with the locking portion for the clip and the hole portion into which the ball portion is inserted to support the writing instrument, the rattling of the writing instrument is further suppressed.

This folded-up portion has a recess in which a clip of a writing instrument is placed. The recess may be formed at any position of the folded-up portion, but if it is formed at the upper portion position at the time of display and the base of the clip of the writing instrument is arranged, the weight of the writing instrument works well to prevent it from coming off. Therefore, it is preferable. The shape of the recess and the like will be described in detail in Examples described later.

In addition to the above, various things can be made without departing from the gist of the present invention.

For example, in order to prevent dirt and dust from adhering to the stationery that is the object of display and is a product, the whole may be wrapped in a transparent thermoplastic plastic vacuum foam molding or the like, or it may be transparent or colored. Wrap it in a semi-transparent box or plastic bag, place the pen tip of the stationery body downward, upward, or sideways at the time of display, or place it diagonally to the board body. It is appropriate.

Hereinafter, an example will be described based on the drawings.

The one shown in FIG. 1 is an example of the display board for writing instruments of the present invention shown in a developed view, and shows a state in which a paper sheet called so-called cardboard or cardboard is punched by a press. Shown. The part shown by the broken line in the drawing is a part that can be folded, and is formed into a form that can be folded into a mountain fold and a valley fold, respectively, so that the writing instrument can be displayed.

The plate body 1 is divided into a front plate 3 and a rear plate 4 by being bent at a mountain fold portion 2, and a hanging portion 5 which is a horizontal hole is drilled at a position where the plate main body 1 is fitted at the time of bending.

The front surface of the front plate 3 is a display surface on which a product name, a cautionary note, a pattern, etc. are printed, but a cautionary note or the like can also be printed on a portion to be the rear surface of the rear plate. In this case, since the front surface and the rear surface are formed by printing on one side of the sheet and then folding the sheet, the front and back printing of the member can be efficiently formed by printing once without turning over the plate material.

The front plate 3 is formed with a cut 7 and a valley fold portion 8 for forming the fold-up portion 6, and the valley fold portion 8 is formed as a linear recess by pressing, so that a small force is applied. It can be bent into a constant line without variation.

A recess 9 in which the base portion of the clip is arranged is formed in the upper cut portion 7a of the folded-up portion 6. Further, a hole 10 into which the ball portion of the clip is inserted is perforated in the middle portion of the folded-up portion 6.

FIG. 2 shows an example of the usage state. An example shown in FIG. 1 is assembled and the writing instrument A is installed.

With the plate body 1 bent at the mountain fold portion 2 and the fold-up portion 6 raised, the clip 11 of the writing instrument A (assuming a rear end knock type mechanical pencil) is placed in the recess 9 of the fold-up portion 6. The base 11a of the is arranged. The width of the recess 9 is several hundred microns to several millimeters wider than the base 11a of the clip 11, and the side side of the recess restricts the lateral movement of the base 11a of the clip 11 over a range in the longitudinal direction thereof. It is a movement regulation side.

Further, a portion that is convex inside the ball portion 11b of the clip 11 is inserted into the hole portion 10 formed in the middle of the folded-up portion 6, and the writing tool A swings around the base portion 11a of the clip 11 as a fulcrum. It is suppressing.

Reference numeral 12 is a shaft cylinder of the writing instrument A, 13 is a tip member, and 14 is a knock crown.

Further, the width of the recess 9 may be narrower than the base portion 11a of the clip by several hundred microns to several millimeters. As a result, the clip base 11a can be sandwiched over a range in the longitudinal direction thereof, and a larger effect of suppressing rattling of the writing instrument can be obtained.

Next, a modified example of the shape of the recess 9 in which the base portion 11a of the clip is arranged will be described with reference to FIGS. 3 and 3 which are enlarged views of the main part with the folded-up portion 6 viewed directly.

The one shown in FIG. 3 is an example in which the side side is inclined so as to have a short trapezoidal shape with the lower side 9a as the shape of the concave portion 9. Since the lower side 9a portion is the narrowest portion and the entrance portion of the clip of the recess 9 is the relatively wide portion, it is easy to set the writing instrument A. The width of the lower piece 9a can be made narrower than the width of the base portion 11a of the clip 11 to be in a sandwiched state. Further, since all the corner portions 9b, which are the boundary portions of the respective sides formed in the concave portion 9, have obtuse angles, the situation where the concave portion 9 is cut from the outside and damaged is suppressed as much as possible.

In the example shown in FIG. 4, a convex portion 9d having the narrowest width is formed in the middle portion of the side surface 9c of the concave portion 9. In the illustrated example, the convex portion 9d having a curved surface is used, but it may be formed by connecting the inclined sides on a straight line. The narrowest portion of the concave portion 9 at the apex portion of the convex portion 9d is formed as a portion considerably narrower than the width of the base portion 11a of the clip 11, and the base portion 11a of the clip 11 overcomes this and is a relatively wide portion. It is supposed to be placed in. That is, the apex portion of the convex portion 9d becomes an eave, and the base portion 11a of the clip 11 is further suppressed from coming off.

An example shown in FIG. 5 is an example in which the recess 9 is opened in the lateral portion of the folded-up portion 6 and the base portion 11a of the clip 11 is inserted from the side. The portion where the base portion 11a of the clip 11 is arranged is located near the lower side 9a portion of the position guided downward by 90 degrees from the insertion direction, and moves in a plurality of directions in order for the base portion 11a of the clip to come off. It was made even more difficult to pull out because it was necessary.

In the example shown in FIG. 6, the side side 9c, which is the movement restricting side of the recess 9, is formed in parallel, but the side side on the plate body side is formed short. The portion where the base portion 11a of the clip 11 is arranged is within the range of the side side 9c, which is the same as the above-mentioned example, but a space can be formed between the clip 11 and the plate body 1 above the portion. For example, a member such as an operation part (not shown) of a double-feeding ballpoint pen that selectively slides a plurality of refills having different built-in ink colors to project the pen tip is laterally located at a position after the base portion 11a of the clip. The convex arrangement is made to be easy to install. In this case, the writing instrument can be sandwiched between the plate body 1 and the folded-up portion 6 even between the portion of the writing instrument body that is convexly arranged in the lateral direction and the base portion 11a of the clip 11. It is sure to be fixed.

7 and 8 are the same as the drawings of the previous example in that they are enlarged views of the main parts of the folded-up portion 6, but are shown as perspective views for convenience of structural explanation.

In the example shown in FIG. 7, the lower side 9a portion of the recess 9 is formed as a bent piece 15 while being connected without being separated from the folded portion 6. The point that the side 9c is formed in parallel is the same as in the above example, but the bent piece 15 is bent to the side where the main body of the writing instrument is arranged, and the clip 11 is installed by installing the writing instrument in this state. Since a force is applied in the direction of elastically separating the bent piece 15 between the writing instrument and the main body of the writing instrument, the writing instrument A is more securely fixed.

The one shown in FIG. 8 also has a bent piece 15a formed as in the previous example, but is bent like a double door by connecting the portion to be the side 9c with the folded portion 6 and separating the lower side 9a. The piece 15a is formed.

In each of the examples, since the portion can be formed without punching by making a cut, the wasteful waste of the material can be reduced as much as possible.

1 Plate body 2 Mountain fold 3 Front plate 4 Rear plate 5 Suspended part 6 Folded part 7 Cut 7a Upper cut 8 Valley fold 9 Recessed 9a Lower side 9b Corner 9c Side 9d Convex 10 Hole 11 Clip 11a Clip Base 11b Ball 12 Shaft 13 Tip member 14 Knock crown 15 Folded piece 15a Folded piece A Writing instrument

Claims (2)

A stationery display board that has a hanging part for hanging display and has a folding part that can be folded up by a cut formed in a part of the board body to be a locking part for a clip provided by the writing instrument. In the above, the folded-up portion is formed as a plate-shaped portion along the longitudinal direction of the writing instrument protruding from the surface of the plate body by folding up from the plate body, and the portion corresponding to the back surface of the plate body of the folded-up portion is formed by the writing instrument main body. A display board for writing instruments in which a portion to be arranged and a recess having a movement-regulating side of a base of a clip are formed in the folded-up portion. The display plate for a writing instrument according to claim 1, wherein a hole in which a ball portion of a clip is inserted is formed in the folded-up portion.

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