JPS58133274A - Marker - 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 The present invention responds to a mark request at a golf green by striking a marker and placing it at the position of the own ball.
Also, I often use my hand when putting.)
The present invention relates to the provision of a marker which is designed to be easily held on a person's phone, thereby facilitating smooth play.

Previously, markers of this type were carried in pockets or other places, or held in clips to meet the marking requirements on the green. Due to its relatively thin structure, it is difficult to easily check and retrieve lost or stored items, which hinders the smooth continuation of play.

Of course, it is also planned to attach a coin or other appropriate mark to the marker without marking it, but for the sake of smooth play and clear identification of the markers, each player should Each person should have and use their own marker (ideal! Again).

The present invention was devised especially in view of the inconveniences in the prior art, and it provides a marker that is easy to carry and ensures smooth play by quickly taking it out and using it. One of the principles of this configuration is to attach a curved plate f2 to one magnetic pole face of a permanent magnet (1) with a hole fla facing from one magnetic pole face to the other magnetic pole face.
A ferromagnetic protrusion (3) a protruding from the ferromagnetic plate (3) surface of the marker is inserted through the hole (1) a to fix the plate (2) or the plate. (2) Place the ferromagnetic plate (3) on the marker with a magnet so that the ferromagnetic protrusions (2+ a t) standing on the surface are brought into contact with each other in a removable manner.
It is removably magnetically attached to the vacant magnetic pole surface of l+, and the magnet (110 plates) is attached to the magnetic pole surface by attaching it to clothing,
To attach the cap and other parts, place the board surfaces in contact with each other so that they are integrally attached. The design change was planned in L7.

Hereinafter, a typical embodiment of the marker according to the present invention will be described with reference to the attached drawings (to explain in more detail, (1) is a permanent magnet with holes ma opened from one magnetic pole surface to the other magnetic pole surface. (
1), a ferromagnetic plate (2) is cold-formed on one magnetic pole surface of this permanent magnet 1]), and a ferromagnetic plate (2) is attached to the surface of the plate (2) with 0 or more (a 1% protrusion). (2) a is integrally provided in the hole (1) a by various methods such as caulking, welding, knitting, or squeezing.

In order to attach the magnet II+ to the attached ferromagnetic plate (2) having the bent leg pieces f4) a and (4) a, attach the washer (4) and attach the protrusion f21 a H. When caulking at this stage, make sure that the plate (2) and the magnet (11) are crimped externally. With the coupe (5) -
It is designed to be held and fixed on the outside.

For installation, the washer (4) is fastened by caulking the protrusion (2) aζ, and the plate (2) is directly attached to the spot.
It is planned to attach the washer (4) by brazing, gluing or other appropriate methods, or to extend the side edge of the washer (4) and hold it externally using the coupe (5). It is planned that tlfC itself will be made into a ferromagnetic plate to replace the previous item (2).

Similarly, the coupe (5) is usually made of non-magnetic material such as brass and has a shape of 11, with a hole at the bottom (ζ).
A communicating hole is opened, and the edge of the opened hole is bent to form a flange (5)a that engages with the opening edge of the hole (1)a.

The marker 13, which is removably magnetically attached to the marker attachment tool Al, is made of a magnet (1) (with a ferromagnetic grade (3) that is magnetically attached to the vacant magnetic pole surface E7). , this board (3
), the ferromagnetic protrusion N,'(la) which is abutted through the upper number hole (11a) on the surface 21a is made to stand upright, and the plate (3) surface is appropriately placed. The medal (6), which also serves as a decoration, is externally stopped.

Same, marker B & c, protrusion (3) a to hole (1)
It was also planned to omit the protrusion (2) a on the plate (2), and the protrusion (2) a on the plate (2) was also planned to be omitted. This is particularly effective when the wall thickness is small and the engagement depth of the protrusion (3) a with respect to the hole is small.

Also, the protrusion f21 a, (3) a is usually the plate (2), (3
) As shown in the illustrations, crimping, spot welding, gluing, waxing, or other appropriate methods are applied to the parts.
It was of course planned to construct it in a straight line, but also to form it integrally by cutting, pressing, etc., or to expand it directly from the plate (2+, t31) by squeezing.

The marker B shown in Fig. 3 is a curved version of the medal (6) part, and the plate (3), the protrusion ( 3) Is the protruding width of a kept within the curved range of the medal (6) as much as possible, so that it is the same as when used as a marker? '); The medal (6) part is made of non-magnetic materials such as resin, other materials, wood and other organic materials. In addition to the use of stones and other natural inorganic materials, it is planned that the use of ferromagnetic materials is also planned. The illustrated example is metal (6) on paper.
The entire plate (3) is made of ferromagnetic f-material without any separation between the parts and the plate (31), and the surface of the plate (3) is decorated to serve as a marker.

In the case shown in Fig. 5, a ferromagnetic plate (7) for magnetic shielding is mounted on the vacant magnetic pole surface of the cushion A, and the lines of magnetic force passing along this magnetic pole surface are The periphery of the abutting surface of the marker B in the Coutts (5) is designed to prevent the magnetic recording part of the magnetic card, tape, cap, etc. from coming into direct contact with the surface of the nuclear magnetic pole ( This protrusion (5)b is rounded to make it ridged.

The embodiment shown in FIG. 6 is a simplified version of the embodiment shown in FIG. Bend the opening edge of the peripheral cutout (5) of the plate (7) with a face number attached to form a locking edge (5)C, and add a protrusion to the opening edge of the other cutout (5). The provided locking claw piece (5) d is bent and fixed to the plate part (4) a of the plate (2) or clip (4) in order to reduce the assembly cost. .

In addition, the embodiment shown in Fig. 7 omits Coutts (5) in the paper example, and the embodiment shown in Fig. These are made of materials that are less likely to be damaged by impact, such as plastic magnets.

The embodiment shown in FIG. 9 uses a washer (1) & a means for attachment to clothes, hats, belts, bags, etc. as shown in the paper. 11
The narrow diameter frame part (21a' is a screw rod, washer (8)
The intended installation is to fix it to the board using the nut (9).The embodiment shown in the 1θ drawing is a funnel-shaped caulking fitting (101 is welded or otherwise attached). The opening edge of this caulking metal fitting 00) is bent and crimped to the opening edge of a hole made on the board surface, or the metal fitting (1 (11) is pressed and crushed with a bottom). It was planned that the funnel-shaped attachment would be prepared separately with caulking metal fittings, etc., and this 11 would be press-fitted into the metal fittings.

In an embodiment not shown in FIG. 11, the diagonally upwardly mounted metal fitting (10) is attached to the periphery of the mounting plate (II) a to open the expanded opening edge of the funnel-shaped caulking metal fitting (11). The small diameter frame part of the protrusion (2) a is rolled and fixed so that the small diameter frame part is crimped inside the metal fitting circle through the mounting plate (2) a. Figure 12 (shown here 7
In the 17th embodiment, the caulking metal fitting 03 in the shape of a funnel is integrally fixed with a claw (51d) on the case (5). In the embodiment shown, the metal fitting (12) is a funnel-shaped metal fitting (13), and in both cases, the mounting is done by inserting the metal fitting (12) into a board, etc. It is designed to be press-fitted or fixed by being press-fitted or fitted into the end of a metal fitting through which another metal fitting having a funnel shape or one-bottom funnel shape is inserted.

In addition, when attaching the fixing device A directly to the means, fixing it with adhesive to the substrate T, fixing it with double-sided adhesive tape, or fixing it with other methods. A number of design changes are planned, including changes in the design.

The present invention Q: This marker can be carried by magnetically attaching the marker B to the anchor A which is fixed to clothing, a hat, a belt, or other appropriate personal item as shown diagonally above. First of all, the marker that you carry can be easily and reliably taken out and used at any time, and there is no need to constantly search for its location or take off your gloves. This allows for a smooth 3 play on the green with the promise of marking.

Furthermore, due to the configuration of the diagonal upper ζ, the marker B itself can be used as an ornament by attaching it to the collar of clothes, or in addition to the bokkut edge T, so it can be used as a decoration according to each person's preference. This makes it possible to use it as a portable device.

Furthermore, the marker according to the present invention has a plate (3) in marker B.
) is provided with a protrusion (3) a, and the protrusion (3) a is inserted into the hole (1) a.
Since the marker B is not magnetically attached to the other button (2) or the protrusion (2) a through the anchoring tool A, it goes without saying that the attached marker 13 This effectively prevents lateral displacement and avoids the problem of poor adhesion.

In other words, the marker 13 is always guided to the fixed position of the anchoring device Aff1l and is guided to absorb heat. is completely wiped out, and it is certain that marker B will fall due to its own movement or fall due to contact with other objects.
This is something that can be prevented.

The presence of the protrusion (3) a makes it possible to make the weight of the marker itself relatively thick, and prevents the marker from protruding 11 and tilting due to use, allowing stable use of the marker with a sense of weight. This made it possible.

Also, since the marker B and the anchoring device A, -'- are constructed separately, when using the marker B as an ornament, it is possible to prepare a plurality of markers as appropriate and select one that matches other costumes, etc.
This makes it possible to use it by adsorption.

[Brief explanation of drawings]

Figure 1 is a diagram of the marker according to the present invention, Figures 2 to 4
The figure is a sectional view showing the separated state, and FIGS. 5 to 13 are sectional views showing other examples of the fastening device. In the same figure, fi+...Magnet, (2)-(3)...Ferromagnetic silver, (4)...Washer, (5)...Coos, (6)...
・Medal, (7)...Ferromagnetic record, (8)...Washer,
(9) Nut, flff1 to (13) Indicates metal fittings. Patent Applicant Southern Limited Company Tamo Agent Masu Physician Hara Neji-3 -5d2X,ia4・a Figure 4 I Figure 6 Figure M5

Claims (1)

[Claims] A valence magnetic plate 12) is attached to one magnetic pole surface of a permanent magnet 11) with a hole (1)a opened from one magnetic pole surface to the other magnetic pole surface.
(At the same time, insert the ferromagnetic protrusion 13 a protruding from the surface of the ferromagnetic plate (3) on the marker into the plate (2) or the plate 12 through the hole (1) a. ) is removably magnetically attached to the ferromagnetic protrusion (2) a erected on the magnet (1), and when attaching the plate 12) of the magnet (1), attach the magnetic pole surface to clothing, a hat, etc. to the substrate surface. A marker characterized in that the two are integrally fixed by coming into contact with each other.