JP3057582U - Simple assembly type fan - Google Patents

Abstract

(57) [Summary] [Problem] It is possible to extremely easily assemble, furthermore, it is possible to fan while holding the support part in the hand similarly to the grip part of a normal fan, and to insert the index finger, middle finger, etc. It provides a simple assembly type fan that can be fanned with a fan. SOLUTION: This is a simple assembly type fan formed by assembling a part of a plate-shaped material 41 formed in a predetermined shape, wherein the plate-shaped material 41 before assembly has a fan part 42 for generating wind, and a fan part. 4
2 and a support center piece 43 extending on the same plane as the support center piece 43, and support side pieces 44 and 45 formed on both side edges of the support center piece 43. The other support side piece 45 is formed with an engaging portion 47 which engages with the engaged portion 46. At the time of assembling, the support side pieces 44 and 45 are bent in opposition to each other. Joint part 4
The cylindrical supporting portion 49 is formed by engaging the engaging portion 47 with the engaging portion 6.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention is very easy to assemble.Furthermore, it is possible to fan while holding the support part in the same way as the normal grip part of the arm, or to insert the fingertip such as the index finger or middle finger. It also relates to a simple assembly type fan.

[0002]

[Prior art]

 Conventionally, instead of distributing leaflets on the streets for the purpose of promoting various products, promoting various facilities and stores, and advertising, practical products such as pocket tissues and fans have been distributed free of charge. In other words, leaflets are often discarded at a glance, but since actual products are used around us, if the advertising contents are printed on the practical products, the advertising effect will be extremely high. This method requires the distributor to stand on the street and hand it to pedestrians, etc., so there are no restrictions on the shape of practical products, etc., but labor costs are involved, and production costs for practical products are also high. It took something.

[0003] On the other hand, advertisement contents are inserted in newspapers and magazines or inserted as advertisements, but those used as practical products have higher advertising effects than simple articles and leaflets. . Since this method is sandwiched between newspapers and magazines, the distribution cost is lower than the method of distribution on the street, but the practical product is limited to a sheet shape. Examples of the sheet-shaped utility product include a thin booklet containing various data, a calendar, a menu table, an underlay, or a toy formed by assembling.

[0004] Since a sheet-shaped practical product is not bulky and does not require a manufacturing cost, it is advantageous for the transportation and distribution in the above-mentioned method of distribution on the street. If the practical value of a sheet-shaped commercial product is equal to or higher than that of a general product produced industrially, the commercial value of the commercial product is higher than that of a general product, in addition to the advantage of no manufacturing cost. It is expected that the product will become an independent product with purchase value even if it is not used for public distribution for free.

[0005]

[Problems to be solved by the invention]

 However, the usefulness of thin booklets, calendars, and menus containing various types of data is based on visualization of the printing, so that the space for printing the advertising content naturally becomes smaller, and the advertising effect is reduced. Is also small. In addition, as easily assembled articles, toys such as dice and various character figurines are widely known, and although there are few examples, some practical articles such as pen stands are also known, but most of them are cardboard. Because it is assembled by bending or partially gluing hard paper such as paper, its strength and durability are remarkably lower than those of general products, and hardly ever-used products are provided.

For example, in the case of a fan, for example, it has been conventionally manufactured by hand using a wooden material and Japanese paper, but in consideration of mass productivity, the bones of the gripping portion and the fan portion are formed of a plastic molded body 11. Of the configuration shown in FIG. 1 in which paper 12 is bonded to the front and back of the bone portion, a conventional general product 10 is used. Many of the fans distributed on the street have this configuration, and many of the fans that are marketed as products with various designs printed on the fan are also of this configuration. Also, without providing bones, the fan portion was formed by a hard plastic sheet 21, the grip portion was formed by a plastic molded body 22, and the tip of the grip portion was connected to the fan portion by appropriate means. Among the configurations shown in FIG. 2, a fan 20 is also known. In addition, although it is not commercially available because of its low practical value, it is a simple sheet shown in Fig. 3 that has a hole 31 for inserting a finger into cardboard or a hard plastic sheet as a sheet distributed free of charge. Among the various configurations, a fan 30 is also known. In other words, when the fan 30 is used, the edge of the hole 31 is hardly touched by the finger, so that the finger may be painful when used continuously for a long time. This tendency is particularly large when formed of a hard plastic sheet. Also, there is no example of a simple assembly type fan.

[0007]

[Means for Solving the Problems]

 The present invention has been found after intensive studies in view of the above, and is a simple assembly type fan formed by assembling a part of a plate material formed in a predetermined shape. It comprises a fan part for generating wind, a support center piece extending flush from the fan part, and support side pieces formed on both side edges of the support center piece. An engaged portion is formed, and an engaging portion for engaging with the engaged portion is formed on the other support side piece. When assembling, each of the support side pieces is bent to face each other, and The present invention relates to a simple assembly type fan characterized by forming a hollow support portion having an open end by engaging an engagement portion with a joint portion.

[0008]

[Action]

 The simple assembly type fan of the present invention having the above configuration is in a sheet shape before assembly, and can be assembled very easily. In addition, since the support portion of the fan is formed in a hollow cylindrical shape with an open end, when using the fan, the support portion can be fanned while being gripped by a hand in the same manner as a normal fan. It is also possible to fan with the fingertip such as the index finger or the middle finger inserted in the part. In particular, when inserting a fingertip into the support and squirting, the fan can be shunted without using grip strength and wrists, so that less tiring and quicker squirting is possible.

[0009]

[Embodiment of the invention]

 The sheet material used in the present invention is not particularly limited in its material and thickness.For example, it does not hang down by its own weight when gripping the end, and can follow the movement when the end moves with amplitude. It is only necessary to have a certain degree of stiffness, and various paper sheets generally called cardboard, various plastic sheets generally called hard plastic, or a combination of paper and plastic film can be used. A composite (laminated) sheet or the like can be used. In consideration of inadvertently hitting hands or face or contact with moisture during use, a plastic sheet that has excellent flexibility and tear resistance and does not require water-resistant treatment is preferable, but other weight The material may be appropriately selected in consideration of such factors. When a hard plastic sheet is selected, a half-cut line may be formed in a striped shape on one entire surface to improve the flexibility. In this case, the inner surface of the support portion also serves as a non-slip process described later. Note that it is difficult to judge whether the plastic sheet is hard or soft, and there is a trade-off between the thickness and the thickness.However, for example, when molded into a rectangular underlay, wind can be generated by fanning like a fan. Any material and thickness may be used.

[0010] The surface treatment (including printing) of these sheet materials is not particularly limited, and may be performed as needed. When the sheet material is a single plastic sheet or a single paper sheet, printing may be appropriately performed on both sides or one side of the sheet using a printing ink and a printing method according to the material, for example, using a known in-line printing device or the like. Various types of multicolored characters, colors, etc. may be sequentially printed on the base material, or may be printed using an offset type or screen type printing device. When printing is performed using a multicolor printing apparatus, an OP varnish, a clear varnish, a general-purpose sealing material, or the like may be printed for the first time, or a thick printing ink may be used. A sealing effect may be obtained. In addition, any known printing ink may be used. For example, a protruding pattern may be formed on the surface using foaming ink or pattern ink, or the image looks like a photographic image. Precision printing may be performed. In the case of a laminated sheet in which a transparent plastic sheet is laminated on both sides of a paper sheet, printing may be performed on both sides of the paper sheet before lamination, and then laminated and integrated by appropriate means. In addition, the printing contents (designs, etc.) may be appropriately selected according to the purpose and the expected taste of the purchasing demographics, and as described above, the promotion of various products, the promotion of various facilities and stores, and the purpose of advertising. If you want to distribute the fan free of charge, you can print the contents of the advertisement. If the fan is sold as an independent product, beautiful scenery and patterns, characters of various animations and games, photographic images of entertainers, athletes, etc. may be printed as appropriate.

The shape and configuration of the fan of the present invention will be described with reference to the drawings. As a sheet material for the fan (plate-like material 41) shown in FIG. 4, "PP Superline" (Seadam Co., Ltd., thickness 0.7 mm) was used. In addition, this sheet material was previously subjected to printing processing on the front side (the side on which the half-cut line is provided in a stripe shape is referred to as the back side for convenience).

The plate-shaped material 41 is formed by forming a slit and a fold line at a predetermined position of the sheet material and punching the sheet material. The plate-shaped material 41 has a substantially disk-shaped fan portion 42 that generates wind, and a surface from the fan portion 42. It is composed of a strip-shaped support center piece 43 extending in one shape, and support side pieces 44 and 45 formed on both side edges of the support center piece 43. A fold line is formed at the boundary between the support central piece 43 and each of the support side pieces 44 and 45, and each of the support side pieces 44 and 45 and the fan section 42 are separated by a slit.

In addition, one of the support side pieces 44 has an engaged portion 46 formed by a linear slit and small circular slits formed at both ends of the slit, and the other support side piece 45 is formed. A protruding piece-shaped engaging portion 47 that engages with the engaged portion 46 is formed on the second member. Further, a hook hole 48 is formed in the vicinity of the tip of the support center piece 43 and one of the support side pieces 44 by a small circular slit wire. The corners of each part are rounded at the top.

The shapes and dimensions of the respective parts are not particularly limited to those in the illustrated embodiment, but can be changed as appropriate. For example, in the case of a product for children or women, the support center piece 43 and the support side pieces 44 and 45 may be made smaller in consideration of the thin fingers of the child or woman, and in the case of an adult, it may be made larger. . In particular, the engaged portion 46 and the engaging portion 47 may have any configuration as long as they can engage with each other, and a plurality of each may be provided.

When assembling the plate-like material 41, the supporting side pieces 44 and 45 are bent to the back side along the folding line, and are bent to face each other. Further, the engaging portion 47 of the other support side piece 45 is engaged with the engaged portion 46 of the one support side piece 44, and the support side piece 44, 45 and the support center piece 43 form the support portion 49. I do. The support portion 49 thus formed has a hollow cylindrical shape whose tip is open. Thus, the fan of the present invention shown in FIG. 5 can be assembled in a few seconds or tens of seconds because it is assembled by an extremely simple operation and does not require gluing or the like.

The fan of the present invention, which is assembled very easily in this manner, is used in a state where the support portion 49 is gripped by hand in the same manner as the grip portions of the conventional general products shown in FIGS. However, since the support portion 49 is formed in a hollow cylindrical shape having an open distal end as described above, a fingertip such as an index finger or a middle finger is opened from the open distal end as shown in FIG. Alternatively, it is desirable to fan while inserting the entire finger.

That is, for example, in FIGS. 1 and 2, which are conventional fans, gripping the distal end of the gripper requires a smaller amplitude but requires a stronger gripping force, and grips the base end of the gripper. Doing so makes the behavior of the fan part firm. In any case, the conventional fan requires gripping force for gripping the gripping part and snapping of the wrist. Impossible. On the other hand, in the method of the present invention in which the fingertip is inserted into the support part 49 of the fan and the fan does not need the grip force, the wrist does not need to be swung, and the fingertip vibrates slightly, unlike the conventional fan. You just need to do it.

Assuming that the dimensions and the shape are almost equal, the wrist can be lowered and moved in the conventional fan, the fingertip can be vibrated in the present invention, and the weight of the fan itself and the pressure received by the vibration of the fan can be substantially reduced. It is thought that the former is significantly higher in the amount of exercise and the fatigue is much higher in the former due to the difference in weight between the wrist and the fingertip. Therefore, when the fan is blown so as to obtain the same air volume, the fan of the present invention, which is blown by the vibration of the fingertip, is obviously less tired. In addition, faster fanning becomes possible.

In the illustrated embodiment, since the half-cut line is provided in a stripe pattern on the entire rear surface side, the flexibility of the fan portion 42 is improved, and a smooth fan operation can be performed. Will also be high. In addition, the safety of the corners of each part is further improved by rounding the top. Further, the above-mentioned striped half-cut line is formed on the inner surface of the support portion 49, and performs a non-slip function. The processing for achieving the anti-slip function is not particularly limited, and a known anti-slip processing may be appropriately performed.

Although the present invention has been described based on the embodiments, the present invention is not limited to the above embodiments, and may be implemented in any way unless the configuration described in the claims for utility model registration is changed. be able to. For example, a support portion that can insert not only one finger but also two or more fingers may be formed.

[0021]

[Effect of the invention]

 As described above, the simple assembly type fan of the present invention has a sheet shape before assembly, and can be assembled very easily. In addition, since the support portion of the fan is formed in a hollow cylindrical shape with an open end, when using the fan, the fingertip such as the index finger or the middle finger can be inserted into the support portion and the fan can be fanned, so that it is less fatigued. Faster fanning becomes possible.

[0022] Therefore, the fan of the present invention is free from transportation and distribution when it is distributed free of charge on the street for the purpose of sales promotion of various products, promotion of various facilities and stores, and advertising before being assembled. It is advantageous, and can be distributed while being sandwiched between newspapers and magazines. For this reason, if the advertising content is printed on a fan or the like, it will be used as a practical product around us, and the advertising effect will be extremely high. Further, as described above, since it has superior practical value compared to conventional general products, it becomes a product having purchase value.

In particular, when the support side piece and the support center piece are subjected to anti-slip processing on the side which becomes the inner surface when the support portion is formed, the accidental detachment from the fingertip can be prevented.

Further, when the half-cut line is formed in a stripe shape on one entire surface of the plate-like material, the flexibility of the fan portion is improved, smooth fanning is performed, and safety is improved. It also serves as anti-slip processing.

[Brief description of the drawings]

FIG. 1 is a perspective view showing an example of a conventional fan.

FIG. 2 is a perspective view showing an example of a conventional fan.

FIG. 3 is a perspective view showing an example of a conventional fan.

FIG. 4 is a plan view showing an example of a plate-like material before assembling a fan in the present invention.

FIG. 5 is a perspective view showing a fan of the present invention formed by assembling the plate member of FIG. 4 and a use state thereof.

[Explanation of symbols]

 41 Plate-like material 42 Fan part 43 Support center piece 44 Support side piece 45 Support side piece 46 Engaged part 47 Engagement part 49 Support part

Claims (3)

[Utility model registration claims] 1. A simple assembly type fan formed by assembling a part of a plate-like material formed into a predetermined shape, wherein the plate-like material before assembly has a fan part for generating wind and a surface from the fan part. It consists of a support center piece extending in one shape, and support side pieces formed on both side edges of the support center piece, and one of the support side pieces has an engaged portion, and the other support side piece has Forms an engaging portion that engages with the engaged portion, and when assembling, each support side piece is bent to face each other, and the engaging portion is engaged with the engaged portion to open the tip. A simple assembly type fan characterized by forming a hollow support portion. 2. The method of claim 1, wherein at least the support side piece and the support center piece have
The simple assembly type fan according to claim 1, wherein a non-slip process is performed on a surface side that becomes an inner surface when the support portion is formed. 3. The simple assembling fan according to claim 1, wherein the plate-shaped material has a half-cut line formed in stripes on one entire surface.