JP3102492U - Magnetic adsorption type memo clip - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a magnetic attraction type memo clip which has a simple structure and is convenient for removal operation.
SOLUTION: The main body is integrally formed so as to have a magnetic attracting surface and a non-adsorbing surface facing the attracting surface, and to have a concave groove along the longitudinal direction on the non-adsorbing surface. In a long memo insert with a decorative plate in the groove,
An eaves portion, which is an emphasis point of an operation for removing the memo clip adsorbed on the suction target surface, is formed in a specific region on both side walls opposite to the memo clip so as to protrude outward.
[Selection diagram] FIG.

Description

  This invention relates to memo pinching, in particular, a magnetic strip that has a magnetic shape in the form of a long strip, adsorbs a sheet of paper on a surface to be adsorbed such as an iron-like wall surface or an object by interposing a sheet of paper, and stops the sheet of paper on the surface to be adsorbed Regarding the expression memo pinch.

  An elongated plate having at least one surface having magnetism and having the property of iron, or an article that can be adsorbed to a plate material, is generally referred to as a memo pinch, and utilizes the adsorption action of the magnetism. Then, the paper piece or the thin paper-like object is fixed to a plate having the property of iron or a wall (for example, a folding screen for an office partition) to present the content described in the paper piece or the like. Used. Such magnetic adsorption type memo clip is already a conventional technique.

  The above-mentioned magnetic adsorption type memo clip usually has one surface that has magnetism as the adsorption surface, and the other surface has no magnetism, and is coated with paint or displays a trademark or other logo, etc. It has the function of distinguishing a surface from a non-sucking surface.

  However, such a conventional memo clip utilizing magnetism, when actually used, is to gouge open, bend, and be pulled in a warped state in order to remove the memo clip adsorbed, and overlap. used. For this reason, a situation such as a crack occurring on the display surface of a non-magnetic logo or the like or a peeling of the paint layer easily occurs.

  The Taiwan Utility Model Registration Application No. 90217947 provides an improved structure of a long strip-shaped magnetic attraction type memo clip devised in view of the above-mentioned drawbacks. The utility model is a background art section of the description, and as a conventional technique, a certain company forms a housing that is adhered and covered on a magnetic elongated memo clip with a plastic material by injection molding, and the housing forms It is stated that a structure has been provided in which a suction surface and a non-suction surface can be distinguished from each other, and a paint or a logo can be displayed. Also, such a memo clip is not ideal for actual use.For example, when bonding the housing, if the bonding is not appropriate, the adhesive may be used if the memo clip is used for a certain period of time. It points out that a phenomenon of peeling occurs and the housing and the memo clip are separated. Further, in the conventional memo pinch, a concave groove is formed in the housing to control an error when the memo pinch is adhered flat. However, a problem that an expected effect cannot be obtained is also a problem. Pointed out.

  Therefore, in the above-mentioned utility model, as shown in FIGS. 1 and 3A, the decorative plate (5) is provided with a memo clip (4) having a suction surface (41) and a non-suction surface (42) opposed thereto. And a structure attached to a groove (421) formed on the non-sucking surface (42). With such a structure, when the memo clip (4) is bent or removed so as to open, the decoration plate (5) has an effect of resisting peeling.

As presented above, the long and magnetic memo clip is used for a long time, and is always cut open, bent, pulled in a warped state, and used repeatedly. This means that the memo clip itself has a considerable magnetic attraction force, and for the first time it stably and securely fixes a piece of paper such as memo paper to an iron wall, etc., to prevent the piece of paper from tilting or falling Because it can be. Having the magnetic attraction force makes it relatively difficult to remove the memo clip in a state where the paper piece or the like is not stopped. The memo clip having magnetic properties in the early days had a relatively large height or thickness in cross section, and there was no obvious problem of the difficulty of the user's operation of removing by opening or bending. However, at this stage, the memo clip having a long-strip shape has a tendency to be thin and light. Therefore, there is a problem in that the operation of removing the slim note clip is difficult.

For example, as disclosed in FIG. 1, the arc degree and the thickness of the fingertip of the user's hand (f) are clearly larger than the thickness of the memo clip (4) at the present stage. Therefore, when actually used, the user bends or cuts out the memo clip (4) with the fingertip of the hand (f) and removes it from the iron wall surface or the suction target surface (30) such as an object. However, the operation of removing the memo clip (4) is relatively difficult.

Summarizing the above, the utility model discloses other memo pinching products having magnetism, but these are applied to fix a piece of paper such as memo paper, and a conventional structure for achieving such an object is formed. ing. However, it can be easily understood that the structure is simple, the condition of the product is lightweight and slim, and at the same time, the user does not have the effect of convenient removal operation. Therefore, it is particularly required that a memo clip having a long strip shape and magnetic properties not satisfy the requirements of light weight and slimness, and not increase its volume as an element for achieving the purpose of convenient removal operation. However, the utility model does not provide any means or solution for such elements or problems.

  An object of the present invention is to provide a magnetic attraction type memo clip which has a simple structure and is easy to operate for removal.

Therefore, the present inventor has conducted intensive studies in view of the prior art, and as a result, provided a magnetically attracting surface, a non-adsorbing surface facing the attracting surface, and providing a decorative plate on the non-adsorbing surface. A magnetically attracting memo formed by forming a concave groove and protruding outward in a specific area on both side walls, which is the point of emphasis of the operation when removing the memo clip adsorbed on the suction target surface. Focusing on the point that the problem can be solved by the structure of the sandwich, we completed the present invention based on such knowledge.
Hereinafter, this invention will be specifically described.

The magnetic attraction type memo clip according to claim 1 includes a suction surface having magnetism, a non-suction surface facing the suction surface, and the non-suction surface includes a groove along a longitudinal direction. The main body is integrally molded, and in the elongated memo pinch provided with a decorative plate in the concave groove,
An eaves portion, which is an emphasis point of an operation for removing the memo clip adsorbed on the suction target surface, is formed in a specific region on both side walls opposite to the memo clip so as to protrude outward.

According to a second aspect of the present invention, the eaves portion in the first aspect is formed at the upper end edges of both side walls of the memo sandwich and protrudes along a line perpendicular to a vertical line.

According to a third aspect of the present invention, there is provided a magnetic attraction type memo pinch, wherein the opposite side walls of the memo pinch according to the first aspect are inclined side walls which are inclined inward downward from both end edges of the non-adsorption surface, and An eaves portion protruding outward is formed at the upper edge of the inclined side wall.

According to a fourth aspect of the present invention, there is provided a magnetic attraction type memo clip, wherein the eaves portion according to the first, second, or third aspect is formed in parallel with both end edges along the longitudinal direction of the memo clip. Is done.

According to a fifth aspect of the present invention, there is provided a magnetic attraction type memo clip comprising an upper surface of a decoration plate provided in a concave groove of a non-adsorbing surface according to the first, second and third aspects, and an upper end edge of the concave groove. A step is formed between them.

In the magnetic attraction type memo clip according to the sixth aspect, a step is formed between the upper surface of the decorative plate provided in the concave groove of the non-adsorbing surface and the upper end edge of the concave groove.

  The magnetic adsorption type memo clip of the present invention has a simple and simple structure without increasing the volume, so it not only meets the modern needs of products that need to be slim, but also adsorbs on the surface to be adsorbed. When this is removed in the state, there is an advantage that the operation is easy, the memo clip itself is not bent, and high durability is obtained.

The present invention provides a magnetically attractable memo clip that adsorbs a strip of paper having a magnetic shape and is attached to a surface to be attracted such as an iron-like wall surface or an object with a paper piece interposed therebetween and stops the paper piece on the surface to be attracted. A suction surface having magnetism and a non-suction surface facing the suction surface, and a concave groove for providing a decorative plate is formed on the non-suction surface, and a suction target is formed in a specific region on both side walls. The eaves portion, which is the emphasis of the operation for removing the memo clip adsorbed on the surface, is formed so as to protrude outward.
A detailed description will be given below of a specific example of the magnetic attraction type memo clip having such a configuration in order to describe its structure and features in detail.

  The memo pinch according to the present invention is elongated and magnetic, and in the embodiment, the main body is manufactured by integral molding as disclosed in FIGS. 2, 3B and 4. In the drawings, the figure number (10) is added and displayed. The memo clip (10) is formed in a flat oblong shape and has two opposing surfaces, one of which is an adsorption surface (11) that adsorbs to an adsorption target surface (30) such as a ferrous wall surface or an object. The other surface is a non-sucking surface (12). Basically, a groove (13) is formed on the non-sucking surface (12), and a decorative plate (14), which is a surface on which a paint is applied or a surface on which a trademark, logo, or the like is printed, is formed. Attach or fit to (13).

  In a preferred embodiment of the invention, the mass of the note clip (10) is redistributed. A non-critical area of the concave groove (421) of the non-sucking surface (42) in the conventional note pinch removes some material. For example, the position is limited by a virtual line (2) indicated by a dotted line in FIG. 3A. The material to be removed moves to a specific region on the opposing side walls (15) of the note clip (10) to form the eaves (16), as disclosed in FIG. 3B. The eaves portion (16) protrudes outward from a side surface of the memo clip (10) along a line perpendicular to the vertical line, and is formed along the longitudinal direction of the memo clip (10). Therefore, as shown in FIG. 4, when the user presses one side downward with fingers (x) and (y) and pulls up the other side (in the direction indicated by the arrow in the drawing), the memo clip (10) is released. When a force is applied to the suction surface (11), the suction surface (11) rotates about one side axis and tilts to a predetermined angle. ) Can be removed from the memo clip (10) (see the dashed line in FIG. 4). Such an operation of detachment greatly improves an inconvenient operation of the related art such as digging out or bending a memo clip and removing it.

  Also, as disclosed in FIGS. 2 and 3, the decorative plate (14) provided in the concave groove (13) for distinguishing the suction surface (11) from the non-suction surface (12) is reduced in thickness. At the same time, a step (L) is formed between the upper end of the concave groove (13) and the decorative plate (14). For this reason, both ends of the decoration plate (14) are deeply embedded in the concave groove (13), and when the operation of removing the memo clip (10) is performed, the decoration plate (14) may be peeled even if a force such as bending is applied. Therefore, the protective effect obtained by providing the decorative plate (14) is reliably obtained. In particular, in the region on the groove edge (17) side of the concave groove (13), a hierarchy occurs in the shadow depending on the irradiation angle of the light beam, and the decorative plate (14) or a logo printed on the decorative plate (14), Alternatively, light and shade are generated in a trademark or the like, and a three-dimensional effect on a visual angle is obtained.

  Further, as disclosed in FIG. 5, the eaves (16) formed on the opposite side walls (15) of the memo sandwich (10) have a shape other than the horizontally projected shape as disclosed in FIGS. 5, the eaves portion (16 ') disclosed in FIG. That is, the upper surface of the memo pinch (10 ') is used as a non-sucking surface (12), and an inclined side wall (15') that is inclined inward downward from both ends of the non-sucking surface (12) is formed. The area of the suction surface (12) is made wider than the suction surface (11). Therefore, both end edges of the non-sucking surface (12) form eaves (16) which naturally approach outward.

In summary, the present invention aims at facilitating the operation of removing the memo clip (10) sucked to the suction target surface (30), and partially inserts the material on the non-sucking surface (12). The eaves portion (16) is formed by moving to a specific region of the opposing side walls (15) of (10). Such a structure has the following conditions and features.
1. The memo clip (10) according to the present invention has a flat and long-strip magnetism integrally molded, and is suitable for the modern trend in which the weight and slimness of articles are required. When it is adsorbed on a surface (30) to be adsorbed such as a ferrous wall surface or an object, it can be more easily removed than a conventional memo clip.
2. By removing the material in the non-critical area and moving that amount to a specific area on opposite sides (15) of the note clip (10), the overall mass of the note clip (10) is increased. It satisfies the conditions for achieving a simple and simple structure in the form of the overall space, and is clearly different from the conventional structure.
3. The above-mentioned removed material is moved to the eaves (16) protruding outward from the side surface of the note pinch (10) to form the same. Such a structure is considered as a condition for obtaining a simple structure without increasing the number of combinations of members, and when removing the memo clip (10) sucked to the suction target surface (30), the user is required to remove the memo clip (10). It is a point of force for performing an operation of pressing or pulling up with the fingers (x) and (y), and the memo clip (10) can be inclined and removed from the suction target surface (30) by such an operation. Such a detachment mechanism provides a more ideal use function than a conventional memo clip.

  The above is a preferred embodiment of the present invention, and does not limit the scope of implementation of the present invention. Therefore, any modification or change that can be made by those skilled in the art, which is made in the spirit of the present invention and has an equivalent effect on the present invention, belongs to the claims of the present invention. Shall be.

It is explanatory drawing which showed the operation | movement which removes the conventional magnetic attraction type memo clip from a non-sucking target surface. FIG. 2 is a partial perspective view showing the appearance of the magnetically attractable memo clip according to the present invention. It is explanatory drawing which compared the cross-section structure of the conventional adsorption type memo clip and the magnetic adsorption type memo clip by this invention. It is explanatory drawing which showed the operation | movement which removes the magnetic adsorption type | mold memo clip by this invention from a non-suction target surface. FIG. 10 is a cross-sectional view of a magnetic suction memo clip according to another embodiment.

Explanation of reference numerals

10, 10 'memo clip 11 suction face 12 non-suction face 13 concave groove 14 decorative plate 15 side walls 15' inclined side walls 16, 16 'eaves 17 groove edge 2 virtual line 30 suction target face 4 memo clip 41 suction face 42 Non-adsorption surface 421 Groove 5 Decorative plate f Hand x, y Finger L Step

Claims (6)

A main body is integrally molded so as to have a magnetic attracting surface and a non-adsorbing surface facing the attracting surface, and the non-adsorbing surface has a groove along the longitudinal direction. In the long strip-shaped memo sandwich with
A magnetic field characterized by forming an eaves portion, which is a point of emphasis of an operation for removing a memo clip adsorbed on a suction target surface, in a specific region on both side walls opposed to the memo clip so as to protrude outward. Adsorption type memo clip. The magnetic attraction type memo clip according to claim 1, wherein the eaves are formed at upper end edges of both side walls of the memo clip and protrude along a line perpendicular to a vertical line. Opposite side walls of the note pinch are inclined side walls inclined inward downward from both end edges of the non-sucking surface, and an eave portion protruding outward at an upper end edge of the inclined side wall. The magnetically attractable memo clip according to claim 1, wherein The magnetic attraction type according to claim 1, wherein the eaves are formed in parallel with both end portions along the longitudinal direction of the memo clip. 5. Note clip. 4. A step is formed between an upper surface of a decorative plate provided in the groove of the non-sucking surface and an upper end edge of the groove. The magnetic adsorption type memo clip described in. 5. The magnetic attraction memo clip according to claim 4, wherein a step is formed between an upper surface of the decorative plate provided in the concave groove of the non-sucking surface and an upper edge of the concave groove.

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