JP2023160694A - Hook - Google Patents

Abstract

To provide a hook created by a sheet base material, being easy to use with a small number of work processes for ready to use, and being usable as a hook even by being closely attached to a wall, glass, or a refrigerator.SOLUTION: Means for solving the above problem is a hook (A) including one sheet base material (1). A hook piece (2) is formed in a cut-out line having a predetermined shape. A substantially arc-shaped folding line (4) is provided in a terminal part (2b) of the hook piece (2) so as to expand in a direction opposite to a distal end part (2a) of the hook piece (2). The hook piece (2) arranged continuously to the sheet base material (1) via the substantially arc-shaped folding line (4) is provided in the sheet base material (1) by one or more.SELECTED DRAWING: Figure 2

Description

The present invention relates to a hanger on which things can be hung.

If there were a hanging device made from sheet materials such as paper, plastic, or magnets that did not require complicated assembly and could be used to hang lightweight items such as masks and rubber bands, it would be cheaper to manufacture and more convenient. Ta. As a result of research on hangers with such functions, the following two hangers were disclosed.
1) A hanger is disclosed in which a protrusion is simply hollowed out of a plate-like material, leaving the protrusion in a circular or polygonal space, and the hook is used as a hanger. (For example, FIGS. 20 to 24 of Patent Document 1)
2) A mask hanger is disclosed in which a hanging portion is formed by providing an uneven shape on the edge of a paper sheet. (For example, Non-Patent Document 1)

Japanese Patent Application Publication No. 2006-204854

Fish Co., Ltd. (novelty site), Mask Hanger, [online], searched in April 2020, https://fishltd-novelty. com/

When the above-mentioned conventional hanging devices are used in close contact with a wall, glass, refrigerator, etc., there is no space between the hanging portion and the wall, making it difficult to hang things on the hanging portion. In addition, even when the above-mentioned conventional hanging devices are made by cutting out magnetic sheets or the like, there is no space between the hanging portion and the wall, making it difficult to hang things on the hanging portion.

Therefore, the present invention provides a hanger that is easy to use, requires little assembly work, and has a structure that allows it to be used as a hanger even when it is closely attached to a wall, etc., even if it is made from a sheet base material. The challenge is to provide the following.

The first means is a hanger (A) made of a single sheet base material (1), in which a hook piece (2) is formed by a cutout line (3) of a predetermined shape, and the hook piece (2) A substantially arcuate folding line (4) bulged in the opposite direction to the tip end (2a) of the hook piece (2) is provided at the distal end (2b) of the hook piece (2), and the sheet base is inserted through the substantially arcuate folding line (4). One or more of the hook pieces (2) connected to the material (1) are provided on the sheet base material (1).

The second means is a hanger (A) made of a single sheet base material (1), in which a hook piece (2) is formed by a cutout line (3) of a predetermined shape, and the hook piece (2) A polygonal folding line (6) having one or more corners bulged in the opposite direction to the tip (2a) of the hook piece (2) is provided at the distal end (2b) of the hook piece (2). 6) The sheet base material (1) is provided with one or more of the hook pieces (2) connected to the sheet base material (1) via the sheet base material (1).

The third means is a hanger (A) made of a single sheet base material (1), in which a hook piece (2) of a predetermined shape is formed extending from the end of the sheet base material (1). A substantially arcuate folding line (4) bulged in the opposite direction to the tip end (2a) of the hook piece (2) is provided at the distal end (2b) of the hook piece (2), so that the substantially arcuate folding line (4) One or more of the hook pieces (2) connected to the sheet base material (1) via the sheet base material (1) are provided on the sheet base material (1).

The fourth means is a hanger (A) made of a single sheet base material (1), which forms a hook piece (2) of a predetermined shape extending from an end of the sheet base material (1). and a polygonal fold line (6) having one or more corners bulged in the opposite direction to the tip (2a) of the hook piece (2) is provided at the end (2b) of the hook piece (2). The sheet base material (1) is provided with at least one hook piece (2) connected to the sheet base material (1) via the polygonal fold line (6).

A fifth means further includes, in any one of the first means to the fourth means, a unit further extending in the direction of the distal end (2a) and the distal end (2b) of the hook piece (2). The hook piece (2) is provided with approximately linear folding lines (5) that are longer than a book.

When using the hanger (A) according to claim 1, the substantially arcuate folding line (4) is valley-folded toward the front so that the hook piece (2) sticks out. By protruding the hook piece (2) from the sheet base material (1), a substantially arcuate fold line (4) provided to swell in the opposite direction to the tip (2a) of the hook piece (2) acts. The hook piece (2), which was flat before being ejected, deforms and curves slightly near the substantially arcuate fold line (4) so as to bulge toward the front. Therefore, the bending strength of the protruding hook piece (2) increases. Also, even if you put a magnet or removable adhesive on the back of the hanger (A) and use it tightly against a refrigerator, glass, wood, etc., the hook piece (2) will stick out, making it difficult to hang things. I can do it.

When using the hanger (A) according to claim 2, the polygonal fold line (6) is valley-folded toward the front to protrude the hook piece (2). By protruding the hook piece (2), by the action of the polygonal fold line (6) having one or more corners provided to bulge in the opposite direction to the tip of the hook piece (2), The hook piece (2), which was flat, deforms so as to bulge toward the front in the vicinity of the polygonal fold line (6) and becomes slightly curved. Therefore, the bending strength of the hook piece (2) when projected is increased. Also, even if you put a magnet or removable adhesive on the back of the hanger (A) and use it tightly against a refrigerator, glass, wood, etc., the hook piece (2) will stick out, making it difficult to hang things. I can do it.

When using the hanger (A) according to claim 3, the substantially arcuate fold line (4) is valley-folded toward the front and the hook piece (2) extending from the end of the sheet base material (1) is folded. Stick it out in front of you. By protruding the hook piece (2), the substantially arc-shaped fold line (4) provided to bulge in the opposite direction to the tip of the hook piece (2) acts, and the hook, which was flat before being protruded, acts. The piece (2) is deformed so as to bulge toward the front near the substantially arc-shaped fold line (4) and is slightly curved. Therefore, the bending strength of the hook piece (2) when projected is increased. Also, even if you put a magnet or removable adhesive on the back of the hanger (A) and use it tightly against a refrigerator, glass, wood, etc., the hook piece (2) will stick out, making it difficult to hang things. I can do it.

When using the hanger (A) according to claim 4, the polygonal fold line (6) is valley-folded toward the front and the hook piece (2) extending from the end of the sheet base material (1) is folded. Stick it out in front of you. By protruding the hook piece (2), by the action of the polygonal fold line (6) having one or more corners provided to bulge in the opposite direction to the tip of the hook piece (2), The hook piece (2), which was flat, deforms so as to bulge toward the front in the vicinity of the polygonal fold line (6) and becomes slightly curved. Therefore, the bending strength of the protruding hook piece (2) increases. Also, even if you put a magnet or removable adhesive on the back of the hanger (A) and use it tightly against a refrigerator, glass, wood, etc., the hook piece (2) will stick out, making it difficult to hang things. I can do it.

When using the hanger (A) according to claim 5, after folding the hook piece (2) of the hanger (A) according to any one of claims 1 to 4 in a valley toward the front. , one or more substantially linear fold lines (5) provided in the direction of the tip (2a) and the end (2b) of the hook piece (2) are mountain-folded. Due to this mountain fold, the cross section of the hook piece (2) from the tip (2a) to the end (2b) becomes approximately arcuate or polygonal, and the bending strength of the protruding hook piece (2) is further increased. Additionally, by attaching a magnet or removable adhesive to the back of the hanger (A), items can be hung on the protruding hook piece (2) even when used closely against a refrigerator, glass, wood, etc. .

FIG. 2 is a top plan view of a hanging tool for explaining Example 1. FIG. FIG. 2 is a perspective view of a hanger explaining Example 1. FIG. It is a perspective view when a commercially available magnet is pressed from above the hanger with the hook piece protruding. FIG. 7 is a top plan view of a hanging tool for explaining Example 2; FIG. 7 is a perspective view of a hanger with a hook piece protruding, illustrating a second embodiment. FIG. 7 is a top plan view of a hanging tool for explaining Example 3; FIG. 7 is a perspective view of a hanging device with a hook piece protruding, explaining Example 3;

Example 1 will be described with reference to FIGS. 1 and 2.
FIG. 1 is a top plan view of a hanger (A) for explaining Example 1. The sheet base material (1) is a paper sheet material formed into a rectangle of appropriate thickness that can be used as a hanger (A). A hook piece (2) is formed by providing a letter-shaped cutout line (3), and a substantially arc-shaped fold line (4) bulged in the opposite direction to the tip (2a) of the hook piece (2) is attached to the hook piece (2). ) at the distal end (2b). The shape of the sheet base material (1) can be made into various shapes depending on the purpose. Further, the position and shape of the cutout line (3) can also be changed as appropriate.

FIG. 2 is a perspective view showing a state in which the hook piece (2) of the hanger (A) is projected to explain Example 1, and is an example of use in a refrigerator. When using in a refrigerator, etc., fold the approximately arc-shaped fold line (4) toward the front and hold the hanger (A) with the hook piece (2) sticking out using a commercially available magnet (M). FIG. Due to the action of the substantially arcuate fold line (4), the hook piece (2), which was flat before being ejected, is deformed so as to bulge toward the front and is slightly curved.

Example 2 will be described with reference to FIGS. 3 and 4.
FIG. 3 is a top plan view of the hanger (A) for explaining Example 2. The sheet base material (1) is made of a rectangular magnetic sheet material with an appropriate thickness that can be used as a hanger (A), and a U-shaped cutout line (3) is cut out by punching and a hook piece ( 2) and has one corner (6a) bulged in the opposite direction to the tip (2a) of the hook piece (2). 2b). This corner (6a) is provided at the center of the width of the hook piece (2). Further, a straight fold line (5) is provided at the center of the width of the U-shaped hook piece (2) to connect the tip (2a) and the end (2b).

FIG. 4 is a perspective view of a hanger (A) for explaining Example 2. The polygonal fold line (6) is valley-folded to protrude the hook piece (2), and then the linear fold line (5) is mountain-folded to form the hook piece (2). The cross-sectional shape of the hook piece (2) in this state is approximately triangular, and the hook piece (2) becomes difficult to bend. Since the sheet base material (1) is a magnetic sheet, it is shown attached to the refrigerator as is.

Example 3 will be described with reference to FIGS. 5 and 6.
FIG. 5 is a top plan view of a hanger (A) for explaining Example 3, which is formed by punching. The sheet base material (1) is made of a magnetic sheet material with an appropriate thickness that can be used as a hanger (A), and there is a U-shaped hook piece in the center of the upper end surface of the sheet base material (1). (2) is formed by extending it. Further, a substantially arc-shaped folding line (4) bulging in the opposite direction to the tip end (2a) of the hook piece (2) is provided at the end (2b) of the hook piece (2).

FIG. 6 is a perspective view of a hanger (A) for explaining Example 3. It is a perspective view when the hanger (A) in a state where the substantially arc-shaped fold line (4) is valley-folded and the hook piece (2) protrudes toward the front is attached to the refrigerator.

Note that the present invention is not limited to the embodiments described above. Although paper sheets and magnetic sheets are used in the embodiments, sheets of materials other than paper sheets may be used. Furthermore, although the hook piece (2) is U-shaped in the embodiment, various sizes and shapes are possible. The cutout line (3) may be a perforation or the like. Further, a connection may be provided on the cutout line (3). When using a paper sheet, a plastic sheet material, etc., a adhesive of a type that can be stretched and peeled off may be provided at an appropriate position on the back of the sheet base material (1). Furthermore, it may be fixed using glue or adhesive type.

A Hanging tool 1 Sheet base material 2 Hook piece 2a Tip part 2b of hook piece End part 3 of hook piece Cutout line 4 Approximately arcuate fold line 5 Approximately straight fold line 6 Linear fold line 6a Corner M Magnet

Claims (5)

A hanger (A) made of a single sheet base material (1),
A hook piece (2) is formed by a cutout line (3) of a predetermined shape,
A substantially arc-shaped folding line (4) bulged in a direction opposite to the tip (2a) of the hook piece (2) is provided at the end (2b) of the hook piece (2),
A hanger characterized in that the sheet base material (1) is provided with one or more of the hook pieces (2) connected to the sheet base material (1) via the substantially arcuate fold line (4). (A). A hanger (A) made of a single sheet base material (1),
A hook piece (2) is formed by a cutout line (3) of a predetermined shape,
A polygonal folding line (6) having one or more corners bulged in the opposite direction to the tip (2a) of the hook piece (2) is provided at the end (2b) of the hook piece (2),
A hanger characterized in that the sheet base material (1) is provided with one or more of the hook pieces (2) connected to the sheet base material (1) via the polygonal fold line (6). (A). A hanger (A) made of a single sheet base material (1),
Forming a hook piece (2) of a predetermined shape extending from an end of the sheet base material (1),
A substantially arc-shaped folding line (4) bulged in a direction opposite to the tip (2a) of the hook piece (2) is provided at the end (2b) of the hook piece (2),
A hanger characterized in that the sheet base material (1) is provided with one or more of the hook pieces (2) connected to the sheet base material (1) via the substantially arcuate fold line (4). (A). A hanger (A) made of a single sheet base material (1),
Forming a hook piece (2) of a predetermined shape extending from an end of the sheet base material (1),
A polygonal folding line (6) having one or more corners bulged in the opposite direction to the tip (2a) of the hook piece (2) is provided at the end (2b) of the hook piece (2),
A hanger characterized in that the sheet base material (1) is provided with one or more of the hook pieces (2) connected to the sheet base material (1) via the polygonal fold line (6). (A). A claim characterized in that the hook piece (2) is provided with one or more substantially linear folding lines (5) in the direction of the tip (2a) and the end (2b) of the hook piece (2). The hanger (A) according to any one of claims 1 to 4.

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