JPS63293310A - Clip - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial Application Field) The present invention relates to a clip in which a pair of clamping pieces are pivoted to each other and one opposing side is resiliently configured to clamp a document, etc. Either one of a pair of suction tools using a permanent magnet is attached to one end of the opposite side of the
The present invention relates to a clip that is detachably adsorbed to another suction tool attached to a wall surface or the like.

(Prior art) Clips that use springs to hold documents, etc. have conventionally been used to hold documents, etc., by hanging them from nails attached to walls, pillars, etc., through holes made in the grip of the clip, etc. There was something I wanted to hold onto.

(Problems to be Solved by the Invention) However, since the above-mentioned clip is hung by a large part of the clip, it is unstable when used as a hanger.
It is unsightly, scratches or stains the wall surface, and is dangerous because the nails and metal fittings protrude from the wall surface, and especially when the clips are not attached, bodies and clothes may get caught and cause scratches. etc.

(Means for Solving the Problems) In order to solve the above problems, the present invention proposes a hanging device which is a clip, and has a hole 1a extending from one magnetic pole surface a to the other magnetic pole surface. a ferromagnetic plate 2 attached to the magnetic pole face a of the permanent magnet 1 having the structure, and a ferromagnetic plate 3 abutted against the magnetic pole face
ferromagnetic protrusion 2a protruding from either or both of the
, 3a are connected to each other through the hole 1a or to the ferromagnetic plate 2.
Or, either one of the pair of suction tools detachably suctioned to W is attached to a wall surface, etc., and one opposing side of a pair of clamping pieces 5.5 pivotally supported by W is attached to the grip part 6.
6, and the other opposing side is used as a clamping part 7.7, and the clamping part 1-i117.
The other suction device is provided at one end of the gripping portion 6.6 of the clip C which is configured to hold a document or the like.

(Function) The clip C configured in this way can be attached to a wall surface, etc. By suctioning the suction tool attached to the clip C to one of the suction tools, the clip C can be fixed to the wall surface. It does not shake, and the suction tool has no large protruding parts or sharp parts, so it is safe even when the clip C is not suctioned. Moreover, the appearance is also good.

(Example) A typical example of the present invention will be described below with reference to the drawings.

A is a suction tool A that is attached to a wall surface, etc., and B is the other suction tool, which is a suction target device, and the suction target B is attached to the grip part 6 of the clip C.

In the clip C, a pair of clamping pieces 5.5 are mutually pivotally supported by a pivot portion 5a which is bent and protruded approximately into the center of each other, and the ferromagnetic pieces 5,
One opposing side of 5 serves as a gripping portion 6.6, and the other opposing side serves as a clamping portion 7.7, and a spring 8 attached to the pivot portion 5a causes the gripping portions 6.6 to move outwardly from each other. The clamping portions 7.7 are pressed against each other by being ejected in the opposite direction, and a document or the like is clamped between the clamping portions 7.7.

The suction device A has a disk-shaped ferromagnetic plate 2 attached to the magnetic pole surface a of an annular plate-shaped permanent magnet l having a hole 1a extending from one magnetic pole surface a to the other magnetic pole surface. A permanent magnet l is placed inside an inverted dish-shaped non-magnetic case 4 having a hole 4a communicating with 1a.
The permanent magnet l and the ferromagnetic plate 2 are inserted into the case 4 with the magnetic pole face facing inward, and the permanent magnet l and the ferromagnetic plate 2
and are held together.

Further, the ferromagnetic plate 2 of the adsorption AA has a small diameter push part 2a at one end.
A short culm-shaped ferromagnetic protrusion 2a provided with a ferromagnetic protrusion 2a is protruded into the hole la by inserting the small diameter push part 2a' into the ferromagnetic plate 2. There are cases where the pushing portion 2a' is integrated with the ferromagnetic plate 2 by caulking, or the ferromagnetic protrusion 2a' and the ferromagnetic plate 2 are integrally molded.

In addition, the attracted tool B is made up of a disc-shaped ferromagnetic plate 3 and a ferromagnetic protrusion 3a protruding from the center thereof, and a small-diameter push part 3a extending from one end of the ferromagnetic protrusion 3a. 'The ferromagnetic plate 3
It is inserted into the hole 6a provided in the plate surface from the outside of the grip part 6 of the clip C, and the protruding end is caulked and attached. FIG. 3 shows a plate-like plate 9 to which a suction device B is attached, which is pivotally attached to one end of a clip C, so that the lip C can freely change the angle with respect to a wall, etc., and a pair of suction devices This is an embodiment in which a plate-shaped plate 9 is used to cover the area. The suction tool A and the suction target B are such that the ferromagnetic plate 3 faces the magnetic pole, and the ferromagnetic protrusions 2a and 3a are attracted to each other in the hole la, and the ferromagnetic protrusion 2a.

3a are long enough to attract each other in the hole la as shown in Fig. 2, and when only the ferromagnetic protrusion 2a of the adsorbing tool A is provided as shown in Fig. 4 (a), the strength of the adsorbed tool B is directly increased. In some cases, the magnetic plate 3 is attracted to the magnetic plate 3, and in other cases, only the ferromagnetic protrusions 3a are provided as shown in FIG. 4(b).

In addition, when the suction tool A is covered with the case 4 on the side facing the magnetic pole as shown in FIG. 2, the case 4 is in a short cylindrical shape as shown in FIG. If the case 4 is exposed, or as shown in FIG. 5(b), the periphery of the surface of the case 4 facing the magnetic pole is formed into a protruding periphery 4C to prevent the suction position of the suction target B from shifting. (In particular, the ferromagnetic protrusion 3a is
If a magnetic recording object such as a gear ash card accidentally comes into contact with the magnetic pole face, the protruding edge 4C prevents it from coming into close contact with the magnetic pole face, and prevents the negative influence of magnetism on the magnetic recording. There are cases where you can try to prevent it.

Fig. 6 shows various embodiments of the magnetically shielded type suction tool A, and Fig. 6 (a) shows a ferromagnetic magnetic shield plate lO interposed between the case 4 and the magnetic pole face, and the side facing the magnetic pole of the case 4. Figure (b) shows a case in which a cylindrical case 4 locks the peripheral edge of a magnetic shield plate lO attached to the side facing the magnetic pole, and Figure (c) shows a molding. A magnetic shield plate 10 is attached to the magnetic pole face to prevent magnetic leakage from the magnetic pole face when neither is attracted.

bi 7 (a) The permanent magnet l is a plastic magnet molded from synthetic resin containing hard magnetic powder, the case 4 is omitted, and the ferromagnetic plate 2 is buried in the magnetic pole face a side of the permanent magnet l, Similarly, plastic magnets are used in FIG. 6(C). Further, in FIG. 7(b), a protruding peripheral edge 1b made of the plastic magnet itself is formed on the magnetic pole face.

Furthermore, in the above embodiment, suction tool A is attached to a wall, etc., and suction target B is attached to clip C, but there are cases where suction tool A and suction target B are attached to clip C, wall, etc., respectively. .

Figure 8 shows various embodiments of the suction target B when it is attached to a wall surface, etc., in which (a) a ferromagnetic protrusion 3a is caulked to a ferromagnetic plate 3° by a short narrow rod part 3a'. ,(
b) is a ferromagnetic plate 3 having a size that faces the magnetic pole surface of the suction tool A;
and a seat plate 3'' with a larger diameter than the ferromagnetic plate 3 (not necessarily made of ferromagnetic material), (C) is integrally molded with a ferromagnetic material in the same shape as (b). The above is attached to the door surface with a double-sided adhesive sheet or an adhesive, or a 3° ferromagnetic plate, a 3" seat plate, or a 3" The outer edge is fixed to the wall D, pillar surface, etc. with bolts, wood screws, nails, etc.

FIG. 9 shows various embodiments of the suction device A that is also attached to a wall surface D, a pillar surface, etc., and FIG.
In Figure (b), a mounting seat 11 protruding from the circumferential surface of the suction tool A is installed, and a wood screw,
Items to be attached with a needle, etc. (Figure 9 (C) is a double-sided adhesive sheet) 1
2.

(Effects) The clip for Suekan IJ1 is constructed as shown above, and it is extremely easy to hang the clip on a wall, etc., so you can hang the four leaves of the calendar with the clips without tearing them up and throwing them away. It can also be used as a diary.

In addition, since it is easy to hang a clip when handling slips, it is easy to remove the clip from the wall and clip the slip each time, and there is no need to hang the clip while looking at the clip as in the past. Documents can be processed neatly without any problems. In addition, since it is fixed to a wall surface etc. by reliable magnetic attachment, it does not shake like a conventional hanging from a wall etc., so it is stable and looks good.

Furthermore, even when the clip is not attracted, there is no large protruding part on a wall, etc., and there is no risk of getting caught when passing near a wall, making it safe.

[Brief explanation of the drawing]

Fig. 1 is a perspective view of one embodiment of the clip according to the present invention, Fig. 2 is a sectional view thereof, Fig. 3 is a sectional view of another embodiment, and Fig. 4 is a sectional view of an embodiment of a pair of suction devices. , FIGS. 5 to 7 are sectional views of various embodiments of the suction tool, FIG. 8 is a sectional view of various embodiments of the suction target, and FIG. 9 is a side view of various embodiments of the suction tool. A...Adsorption device, B...Adsorbed device, C...Clip, D...Wall surface, a, b...Magnetic pole surface, l...Permanent magnet, la...Hole, 2 , 3... ferromagnetic plate, 2a, 3a
...Ferromagnetic protrusion, 4...Case, 5...Holding piece,
6... Gripping part, 6a... Hole, 7... Clamping part, 8...
...Spring, 9...Dish plate, 10...Shield plate, 1
1...Mounting seat, 12...Double-sided adhesive sheet

Claims (1)

[Claims] A ferromagnetic plate 2 attached to a magnetic pole surface a of a permanent magnet 1 having a hole 1a extending from one magnetic pole surface a to the other magnetic pole surface b;
Ferromagnetic protrusions 2a and 3a protruding from either or both of the ferromagnetic plate 3 that abuts the magnetic pole surface b can be detachably attached to each other or to the ferromagnetic plate 2 or 3 through the hole 1a. Either one of the pair of suction tools to be suctioned to is attached to a wall surface, etc., and one opposing side of a pair of mutually pivotally supported clamping pieces is used as a gripping part, and the other opposing side is used as a clamping part. The clip is configured such that the gripping portion is configured to clamp documents, etc., and the other suction device is provided at one end of the gripping portion. Featured clip.