JP6253304B2 - Golf marker set and holder for golf marker set - Google Patents

Description

  The present invention relates to a golf ball marker used in a golf game and a golf marker set in which a golf ball marker and a holder for holding the same are combined. The golf ball marker is sometimes simply referred to as a golf marker.

  Conventionally, a disc-shaped (coin-shaped) golf ball marker is often used as a golf ball marker for marking a position on a green instead of a ball. A golf player carries such a ball marker during play. For example, the ball marker can be detachably held by magnetic attraction using a magnet, and is attached to a golf player's clothes or hat via a clip or the like. There has been proposed a holder that can be carried around (Patent Document 1). In addition, golf players often carry a green fork, which is a tool for repairing a dent on the green by playing, together with a ball marker, and a part of the grip of the green fork is formed with a magnet, which is used as a holder. In addition, there has been proposed a device that can hold a ball marker and can be easily removed (Patent Document 2).

Akira 61-94062 JP 2002-102403 A

  The golf ball marker is disk-shaped (coin-shaped) and small, and when it is placed on the green, it becomes difficult to confirm with the naked eye as it goes farther away. The present invention provides a golf ball marker that can be easily confirmed with the naked eye even from a distance, and a golf marker set that is a combination of the golf ball marker and a holder.

The present invention provides an installation substrate surface for installation on a ground such as a green surface, a substrate having an opposing substrate surface that can face an upright plate, and a substrate attached to the substrate via a hinge so as to face the opposing substrate surface. A seating position; the standable plate capable of taking a standing position away from the counter substrate surface; a first tubular portion connected to the substrate; a second tubular portion connected to the standable plate; and the first And a pin passing through the pipe of the second tubular portion, the hinge allowing the standable plate to rotate between the seating position and the standing position about the pin, the coil portion, and both ends of the coil portion A spring having a straight portion extending in a direction perpendicular to the inner central axis of the coil portion, wherein the pin is passed through the coil portion, and the straight portion can stand on the counter substrate surface of the substrate and the stand. The board side surface of the plate And a spring for biasing the standable plate to hold the standable position in the standing position, and the base plate or the standable plate, and the seatable plate against the spring force of the spring. A golf ball marker having a seating position holding means for holding the golf ball marker, and a mounting portion having a magnet that can hold the installation substrate surface of the golf ball marker on the surface by magnetic attraction; A golf marker set comprising a holder that is detachable by sliding a golf ball marker, having a side surface portion and a bottom surface portion forming an opening, and an iron dish member for housing the magnet, The magnet is embedded in a hole inside the holder so as to expose the mounting surface of the holder, and the dish member has an area of the opening smaller than an area of the bottom surface. The side surface portion is inclined so as to become a shape that tapers in the height direction from the bottom surface portion, and the hole is also formed in a tapered shape following the shape of the plate member, Provided is a golf marker set in which a tapered shape and a tapered shape of the hole mesh with each other to prevent the dish member from being detached from the holder.
The present invention also includes a substrate and a protrusion that extends outward from the substrate, can be inserted into the ground and can be fixed to the ground, and an angle α formed by the substrate and the protrusion is in a range of 120 to 180 degrees. A ball marker (a marker with a ground insertion protrusion) and a mounting portion having a magnet that can hold one surface of the substrate on the surface by magnetic attraction, and sliding the golf ball marker on the surface And a holder that is detachable by an iron dish member having a side surface and a bottom surface forming an opening, and the magnet is placed on the holder. Embedded in a hole inside the holder so as to be exposed on the surface, and the dish member has the side surface inclined so that the area of the opening is smaller than the area of the bottom surface. Formed in a shape that tapers in the height direction from the portion, the hole is also formed in a shape that tapers following the shape of the dish member, and the tapered shape of the dish member and the tapered shape of the hole mesh with each other, Provided is a golf marker set for preventing a dish member from being detached from the holder.
Furthermore, the present invention provides a host Ruda for these golf marker set.

  According to the present invention, it is possible to provide a golf ball marker that can be easily confirmed with the naked eye even from a distance, and a golf marker set that is a combination of this golf ball marker and a holder.

The perspective view in the standing position of the example of the golf ball marker using a magnet as a seating position holding means is shown. The side view in the seating position of the example of FIG. 1 is shown. The structure of a spring is shown. The side view in the seating position of the example of the golf ball marker using a frame piece as a seating position holding means is shown. It is a perspective view which shows the golf ball marker and holder of a golf marker set by one Embodiment of this invention. It is AA sectional drawing of the golf marker set shown in FIG. It is a perspective view which shows the holder of the golf marker set by other embodiment of this invention. An example of a marker with an insertion protrusion is shown, a front view when fixed to the ground is shown in FIG. 8 (A), and a cross-sectional view thereof is shown in FIG. 8 (B). The example of the marker with an insertion protrusion part which has two protrusion parts is shown. It is a perspective view which shows an example of the holder used for the marker with a ground insertion protrusion part.

The golf ball marker substrate has an installation substrate surface for installation on the ground such as green and an opposing substrate surface that can face the standable plate. If the former is the back surface, the latter is the surface. The substrate can have any shape, and preferably has a disk shape that is portable and can be easily attached to and detached from the holder. The installation substrate surface is preferably a smooth surface so that it can be attached and detached by sliding on the surface of the mounting portion of the holder.
The standable plate of the ball marker is attached to the substrate via a hinge, and can take a seating position facing the counter substrate surface and a standup position away from the counter substrate surface. In the seating position, the standable plate may have a size that covers the entire counter substrate surface or a portion that covers a part of the counter substrate surface, and may or may not be in contact with the counter substrate surface. When a magnet is used as the seating position holding means for holding the standable plate in the seated position against the spring force of the spring, and when using the magnetic attraction force, the counter substrate surface and the surface on the substrate surface side of the standable plate are used. Since it is preferable to increase the suction area, the standable plate is preferably large enough to cover the entire counter substrate surface at the seating position. That is, it is preferable that the substrate has the same shape as the standable plate. Moreover, when utilizing magnetic attraction force, at least a part of the standable plate is usually in contact with the counter substrate surface.
The standable plate of the ball marker may include a decorative surface on a surface opposite to the surface on the substrate side. Although the decorative surface is not particularly limited, it may be configured to make it easy for the player to visually recognize the position of the ball marker when placed on the green so that the ball marker can be discriminated between players, or placed on the green. it can.

  A hinge is also described as a hinge and is used for opening and closing a door, a lid of a box, etc., and has a structure in which left and right butterfly plates are combined in a central tubular portion and passed through the pin through the tubular portion and rotated around the pin as an axis. Generally known as The hinge used in the present invention has a similar structure, and passes through the first tubular portion connected to the substrate, the second tubular portion connected to the upright plate, and the first and second tubular portions. A pin is provided, and the standable plate is rotatable between a seating position and a standing position with the pin as an axis.

  The spring includes a coil portion and a straight portion having both ends of the coil portion extending in a direction perpendicular to the inner central axis of the coil portion, the hinge pin is passed through the inside of the coil portion, and the straight portion is a counter substrate of the substrate. It arrange | positions on the surface of the board | substrate side of a surface and a standable board. The angle formed by the two straight portions is referred to as “standing angle”. The standing angle is 90 degrees when the standable plate stands perpendicular to the substrate, and is 0 when the standable plate sits parallel to the substrate. Degree. The standing angle is not particularly limited, but it is preferable that the standing plate is small in that the spring force is not deteriorated even if it is reciprocated between the seating position and the standing position many times, and it is not easily affected by the wind. It is better to be close to 90 degrees in terms of easy confirmation with the naked eye. Moreover, when decorating the surface which is not the board | substrate surface side of a standable board and making it a decoration surface, it is better not to exceed 90 degree | times. Specifically, the standing angle is preferably 30 to 90 degrees, more preferably 45 to 60 degrees.

  In order to arrange the two straight portions on the opposite substrate surface of the substrate and the surface of the standable plate on the substrate side, the spring is urged by the spring force so as to maintain the standing angle formed by the two straight portions. Hold the possible plate in an upright position. Therefore, in order to hold the standable plate in the seating position, a seating position holding means that resists the spring force of the spring is required. The seating position holding means is not particularly limited as long as it can hold the standable plate in the seating position, can be released by the operator's finger, etc., and can return to the standing position by the spring force of the spring. Well-known means are used. The seating position holding means can be provided on, for example, a substrate or a standable plate.

Preferably, the seating position holding means may be a magnet embedded in the opposing substrate surface or the substrate-side surface of the standable plate. The magnet is preferably embedded so as to be exposed on the counter substrate surface or the substrate side surface of the standable plate so as not to block the magnetic attractive force. More preferably, the magnet is embedded so as to be exposed at the center of the counter substrate surface or the substrate-side surface of the standable plate. The magnet is configured such that the surface of the exposed magnet is flush with the counter substrate surface of the substrate or the substrate side surface of the standable plate and forms a part of the counter substrate surface of the substrate or the substrate side surface of the standable plate. It is preferable to be embedded in A magnet may be provided on one of the opposing substrate surface or the substrate-side surface of the stand-up plate, and a magnetic material such as iron may be arranged on the other to be magnetically attracted. You may comprise so that it may magnetically attract and arrange | position a magnet so that reverse polarity may oppose both of the surfaces by the side of a board | substrate.
The magnet is preferably a permanent magnet that can hold the standable plate in the seating position for a long period of time, and is not particularly limited, but a rare earth magnet such as a neodymium magnet, an alnico magnet, a ferrite magnet, or the like can be used. When the magnet is arranged on the counter substrate surface, a part or all of the substrate side surface of the standable plate may be formed of a magnetic material, and when the magnet is arranged on the substrate side surface of the standable plate, the counter substrate surface A part or all of the above may be formed of a magnetic material.

  The seating position holding means is preferably one or more, preferably two or more frame pieces provided at a part of one peripheral edge of the substrate and the standable plate, and the other peripheral edge of the substrate and the standable plate. Is held at the seating position by pressing or sandwiching a part of the frame. The frame piece may be formed integrally with the substrate or the standable plate, or may be attached to the substrate or the standable plate using an adhesive or the like.

  The ball marker includes a substrate, a standable plate, a hinge, a spring, and a seating position holding means, but the diameter of the entire ball marker is preferably 15 mm to 35 mm in the seating position from the custom of using a coin having a diameter of 25 mm as a marker. The thickness of the entire ball marker is preferably about 2 to 15 mm at the seating position. When the magnet is embedded in either the opposing substrate surface or the substrate-side surface of the standable plate as the seating position holding means, the one having the embedded magnet out of the substrate and the standable plate becomes thicker, and both the magnets The thickness is the same when buried. When a magnet is not used as the seating position holding means, there is no restriction on the thickness of the magnet, so that it can be made thinner than a marker using a magnet.

  The ball marker may be placed on the green in either the standing position or the sitting position. For example, it can be used in the standing position when it is necessary to confirm with a naked eye at a distance, and can be installed at a sitting position when it is not necessary to confirm with the naked eye.

  One example of the form of the ball marker is shown in FIGS. FIG. 1 shows a perspective view of a ball marker example using a magnet as a seating position holding means in a standing position, and FIG. 2 shows a side view of the seating position of the example. FIG. 3 shows the structure of the spring. The ball marker 1 includes a substrate 2, a standable plate 5, a hinge 8, a spring 12, and a magnet 16 embedded in a surface of the standable plate 5 on the opposite substrate surface side as a seating position holding unit. The substrate 2 has an installation substrate surface 3 for installation on the green and an opposing substrate surface 4 that can face the standable plate. The standable plate 5 is attached to the substrate 2 via a hinge 8 and can take a sitting position facing the counter substrate surface 4 and a stand up position away from the counter substrate surface 4. The surface on the substrate side of the standable plate 5 is provided with a notch 6 for inserting an operator's finger or the like to release the magnetic attraction by the magnet 16 from the seating position, and further for easy storage of the hinge 8. A notch 7 is provided. In this example, the substrate-side surface of the standable plate is provided with the notch 6, but instead of or in addition to this, a notch may be provided at the opposing position of the opposing substrate surface. In this example, the surface of the standable plate on the substrate side is provided with the notch 7, but instead of or along with this, a notch may be provided at a position facing the counter substrate surface. The hinge 8 includes a first tubular portion 9 connected to the substrate 4, a second tubular portion 10 connected to the counter substrate surface 5, and a pin 11 passing through the pipes of the first and second tubular portions. The standable plate 5 is rotatable about a seating position facing the counter substrate surface 4 and a standup position separated from the counter substrate surface 4. The spring 12 includes a coil portion 13 and straight portions 14 and 15 extending from both ends of the coil portion 13 (see FIG. 3), the pin 11 is passed through the coil portion 13, and the straight portions 14 and 15 are opposed to the substrate 2. It arrange | positions on the board | substrate surface 4 and the surface by the side of the opposing board | substrate of the standable board 5, and urges | biases so that the standable board 5 may be hold | maintained in an upright position. The seating position holding means is provided on the substrate 2 or the standable plate 5 and holds the standable plate 5 in the seating position against the spring force of the spring 12.

  FIG. 4 shows a side view of the seating position of another example of the ball marker using two frame pieces instead of the magnet as the seating position holding means. The frame piece 17 is a rod-shaped protrusion provided on a part of the substrate 2 and can hold and fix a part of the periphery of the standable plate 6. FIG. 4 does not include a magnet, but in FIG. 4, members having the same functions as those in FIG.

The ball marker may be carried as it is, but as a golf marker set in combination with a holder, it can be carried by attaching it to a golf player's clothes or hat via a clip, etc. A green fork, a tool for repairing dents, can be carried with a ball marker.
The golf marker set has a mounting portion that includes a ball marker and a magnet that can hold the ball marker mounting substrate surface on the surface by magnetic attraction, and is detachable by sliding the ball marker on the surface. With a holder.

  The holder includes, for example, a holder main body and a mounting portion that is provided on the holder main body and has a surface that holds the mounting substrate surface of the ball marker. It is preferable that at least a part of the surface is a flat surface so that the ball marker can be stably held to such an extent that the ball marker does not fall off due to an impact caused by movement of the player or movement during play. Further, the surface is configured to be detachable by sliding the held ball marker on the surface, and is preferably a smooth surface. The shape of the surface of the mounting portion can be any shape that can hold the mounting substrate surface of the ball marker. Moreover, the dimension of this surface can be made into the arbitrary dimension which is stable at the time of holding | maintenance, and can be attached or detached.

  In addition, when the ball marker is attached to the holder, the holder can easily place the ball marker mounting substrate surface on the surface of the mounting portion of the holder, and the ball marker is placed while the ball marker is held. You may provide the guide which makes it difficult to shift | deviate from on the surface of a mounting part. The guide can be protruded from the peripheral portion of the surface of the mounting portion of the holder with respect to the surface, and preferably protruded substantially perpendicular to the surface. The length of the guide along the peripheral edge can be any length that allows the ball marker to be attached and detached, and is not particularly limited, but is preferably continuous or less than half of the entire circumference of the peripheral edge. It can be provided as an intermittent convex part. The guide may be molded integrally with the holder main body, may be molded integrally with the mounting portion of the holder, or may be attached to the holder main body or the mounting portion using an adhesive or the like.

  The material of the holder can be arbitrarily selected from those having water resistance and weather resistance, and is preferably a metal. Although it does not specifically limit as a metal, For example, brass, iron, steel, stainless steel, etc. are contained.

  The holder preferably has a clip portion and / or a fork portion on the side opposite to the placement portion. The holder is preferably configured as a clip and / or a green fork that can be clamped on clothes, a hat, etc., but can be carried while playing and can hold the ball marker detachably. Others may be used.

  When the holder is configured as a clip, it is preferable that the holder has a clip portion on the side opposite to the placement portion. The clip portion can be sandwiched between a player's clothing, a hat, and the like, and is configured to support the holder and a ball marker held by the holder, so that it does not easily come off from the clothing etc. when the ball marker is removed. Preferably it is comprised. The material of the clip portion can be any material and is not particularly limited, but stainless steel or steel that is resistant to rust and has appropriate elasticity is preferable. The clip portion may be formed integrally with the holder main body, may be formed integrally with the mounting portion, or may be attached to the holder main body or the mounting portion using an adhesive or the like.

  When the holder is configured as a green fork, the holder is preferably configured to have a fork portion on the side opposite to the placement portion, and more preferably configured to have a fork portion protruding from the holder body. The fork portion is preferably formed in a bifurcated or trifurcated fork shape so as not to damage the grass roots. In addition, the fork portion may be curved so that it can be easily grasped when used as a green fork and the dents of the lawn can be easily repaired. The material of the fork part can be any material. Further, the fork part may be formed integrally with the holder main body, may be formed integrally with the mounting part, or may be attached to the holder main body or the mounting part using an adhesive or the like.

The magnetic attraction mechanism that holds the ball marker in the holder has a magnet on one of the ball marker and the holder and a magnetic material such as iron on the other, or the magnet has a reverse polarity on both the ball marker and the holder. It can arrange | position so that it may oppose and can comprise so that it may magnetically attract mutually. Since the magnet is placed on the green etc. so that it will not be damaged or rusted, it is preferable that the magnet is provided in the holder rather than the mounting surface of the ball marker. Is provided. The shape, quantity, and arrangement of the magnets can be arbitrarily set so that the ball marker can be attracted and held by the holder.
When the magnetic body is disposed on the ball marker, a part of the installation surface of the ball marker may be formed of a magnetic body, or the installation substrate surface may be formed of a magnetic body. A part of the surface of the mounting portion of the holder may be made of a magnetic material, or the surface may be made of a magnetic material.
The magnet is preferably a permanent magnet that can hold the ball marker in the holder for a long period of time, and although not particularly limited, a rare earth magnet such as a neodymium magnet, an alnico magnet, a ferrite magnet, or the like can be used. More specifically, the magnetic material is a ferromagnetic material, but, for example, iron can be used and is not limited thereto.

Hereinafter, a case will be described in which a magnet for holding the ball marker in the holder is provided in the holder instead of the installation substrate surface of the ball marker substrate.
The magnet is preferably embedded in the mounting portion of the holder. It is preferable to embed the magnet so as to be exposed on the surface of the mounting portion so as not to block the attractive force of the magnet, and it is more preferable to embed the magnet so as to be exposed at the center of the surface of the mounting portion. The magnet is preferably embedded so that the exposed upper surface of the magnet is flush with the surface of the mounting portion of the holder and constitutes a part of the surface of the mounting portion.

The ball marker set preferably has a side surface portion and a bottom surface portion that form an opening, and a plate member for housing the magnet is embedded in the holder so that the magnet is exposed on the mounting surface of the holder, The side surface is inclined so that the area of the opening is smaller than the area of the bottom, thereby preventing the dish member from being detached from the holder. Since the magnet is preferably accommodated in the dish member and disposed inside the placement part of the holder, the placement part is provided with a hole for accommodating the dish member.
The dish member has a side surface portion and a bottom surface portion that form an opening, and the side surface portion is formed to rise from the bottom surface portion. The side portion preferably forms an opening having substantially the same size as the magnet accommodated therein. The dish member is preferably formed in a shape that is inclined such that the area of the opening is smaller than the area of the bottom surface, and is tapered in the height direction from the bottom surface, for example, in a tapered shape. . The plate member can be made of any material, and is not particularly limited, but it is difficult to remove the magnet by magnetically attracting the magnet and helping to fix the magnet, and the magnetic force acting by the magnetic attraction mechanism between the ball marker and the holder is increased. Iron that can be used is preferred.
On the other hand, the hole provided in the mounting portion is formed in a shape that allows the dish member to be fitted therein, and as a hole that reaches the holder main body from the surface of the mounting portion and penetrates the mounting portion for ease of processing. It is preferable to form. Further, the hole of the mounting portion preferably has a shape that tapers from the holder main body side of the mounting portion toward the surface of the mounting portion, following the shape of the plate member, for example, a tapered shape. .

  Therefore, when providing a magnet in a holder, the mounting part which equipped the plate | board member which accommodated the magnet inside is arrange | positioned on a holder main body. The placement unit is not particularly limited, but is fixed to the holder body with an adhesive or the like. The plate member can be fixed to the holder main body and the mounting portion, and the magnet can be fixed to the plate member with an adhesive or the like.

  When the hole of the plate member and the mounting part is tapered toward the surface of the mounting part as described above, it is fixed to the holder body even if the magnetic attractive force of the magnet is strong when removing the ball marker from the holder By engaging the tapered shape of the hole of the mounting portion and the tapered shape of the dish member, it is possible to prevent the dish member from being detached from the holder and the mounting portion provided with the dish member.

When the ball marker held on the holder is removed from the holder by magnetic attraction, the ball marker is slid on the holder, but the ball marker and the holder may rub against each other and the sliding surfaces may be damaged. Furthermore, the magnet for magnetically attracting the ball marker and the holder is buried in one or both sliding surfaces where both come into contact, but the magnet protrudes from the sliding surface by magnetic attraction. If the ball marker is slid on the holder, the surface of the magnet may be damaged. Scratches can cause ball markers, holders and magnet bullion to appear and rust, and friction when sliding the ball marker increases, making it unusable when attaching and detaching. There is a risk that.
Also, since the ball marker is usually placed on the green and used, dirt such as sand and mud may adhere to the surface where the ball marker is placed on the green. However, on the sliding surface of the ball marker or the holder, it may enter the boundary with the embedded magnet. As a result, when attaching or detaching the ball marker, sand, mud, or the like may damage the ball marker, the sliding surface of the holder or the magnet surface.
Therefore, a protective film is preferably provided on the surface of the holder mounting portion.

The protective film is provided so as to cover at least a part of the surface of the mounting part, and is preferably provided so as to cover the entire surface of the mounting part that comes into contact when the ball marker is attached / detached. When the magnet is embedded so that the upper surface of the magnet is exposed on the surface of the mounting portion of the holder, the protective film provided on the surface is provided so as to cover the upper surface of the magnet.
By providing the protective film in this way, it is possible to make the ball marker and the holder difficult to be damaged even when the ball marker is attached or detached. Furthermore, by providing a protective film on the exposed surface of the buried magnet, it is possible to prevent dirt from entering the groove (gap) generated at the outer edge of the exposed surface. Furthermore, by providing a protective film on the surface where the magnet is embedded, it is possible to make it difficult to remove the magnet from the embedded position when the ball marker is removed.

The protective film may be made of any material as long as it has a durability such as being hard to tear even if it rubs against the ball marker or the holder when the ball marker is attached or detached, and is a smooth material that does not hinder the operation at the time of attachment or removal Although not particularly limited, polyester such as polyethylene terephthalate (PET) is preferable.
The thickness of the protective film can be set to any thickness that prevents the ball marker and the holder from being caught by the protective film during attachment and detachment and prevents magnetic attraction, and is not particularly limited, but is preferably 0.1 mm.

  The protective film is made of at least a ball marker and a holder by any method having durability that does not slip or peel off when the ball marker is attached / detached, and weather resistance or water resistance with little deterioration even in a play environment or a storage environment. Although it can attach to one side and is not specifically limited, it can attach with an adhesive agent etc.

  When a magnet is provided on the board surface of the ball marker substrate to hold the ball marker in the holder, or the opposite substrate surface or standable plate of the ball marker substrate to hold the ball marker upright plate in the seating position Even when a magnet is provided on the surface on the substrate side, the above-described dish member may be used, or the above-described protective film may be used. It should be noted that the back and forth between the seating position and the standing position of the stand-up plate of the ball marker requires less surface wear than the attachment / detachment of the ball marker and the holder, and therefore the necessity of using a protective film is not high.

One embodiment of the present invention will be described with reference to FIGS. FIG. 5 is a perspective view showing a ball marker and a holder of a golf marker set as an example of the present embodiment, and FIG. 6 is a cross-sectional view taken along line AA of the golf marker set shown in FIG.
The golf marker set of FIG. 5 has a mounting portion 27 having a disk 30 and a magnet 30 inside which can hold the mounting substrate surface 3 of the substrate 2 of the ball marker 1 on the surface 26 by magnetic attraction. And a holder 24 that is detachable by sliding the ball marker 1 on the surface 26. The holder 24 has a holder main body 25 and a mounting portion 27 that is provided on the holder main body 25 and can hold the mounting substrate surface 3 of the substrate 2 of the ball marker 1 on the surface 26 by magnetic attraction. It is configured to be detachable by sliding the marker 1.
The installation substrate surface 3 of the substrate 2 of the ball marker 1 is a smooth surface and is formed of a ferromagnetic material. A decorative surface is provided on the surface of the ball marker 1 that touches the player's eyes, which is opposite to the substrate surface side of the standable plate 5.
The mounting portion 27 of the holder 24 has a flat circular surface 26. The mounting portion 27 is provided with a hole that opens to the center of the surface 26 and reaches the holder body 25 from the surface 26 of the mounting portion 27 and penetrates the mounting portion 27. The hole is formed in a tapered shape that tapers from the holder body side toward the surface 26. On the peripheral edge of the surface 26, there is provided a guide 28 that protrudes continuously over a half length of the entire circumference and is formed integrally with the holder body 25. On the side opposite to the mounting portion 27, a clip portion 32 for holding the holder 24 on clothing or the like is provided.

In the hole of the mounting portion 27, a dish member 29 that is substantially the same size and shape as the hole and is formed in a tapered shape is fitted. A cylindrical magnet 30 is accommodated in the dish member 29. Thereby, the taper shape of the hole and the taper shape of the dish member 29 mesh with each other, so that the dish member 29 can be prevented from being detached when the ball marker is attached or detached.
Further, a protective film 31 is attached on the surface 26 of the holder.

  In the golf marker set according to the present embodiment, since the protective film 31 is attached on the surface 26 of the holder 24, the mounting substrate surface 3 of the ball marker 1 and the surface 26 of the holder 24 are attached when the ball marker 1 is attached or detached. No direct contact occurs, and even if the ball marker 1 is slid on the surface 26, the sliding surfaces are hardly damaged. Furthermore, since the protective film 31 is attached on the surface 26 of the holder 24 in which the magnet 30 is embedded, the magnet 30, the plate member 29, and the mounting portion 27 that are generated on the surface 26 due to the embedding of the magnet 30. The groove (gap) is also covered with the protective film 31, and dirt such as sand and mud is less likely to enter the groove. Furthermore, since the protective film 31 is attached on the surface 26 of the holder 24 in which the magnet 30 is embedded, the magnet 20 is unlikely to be removed from the embedded position when the ball marker 1 is removed.

Still another embodiment of the present invention will be described with reference to FIG. FIG. 7 is a perspective view showing a holder of the golf marker set according to the present embodiment.
In the example of FIG. 7, the holder 44 includes a holder main body 45 and a mounting portion 47 having a flat circular surface 46 provided on the holder main body 45. The mounting portion 47 is provided with a hole that opens to the center of the surface 46 and reaches the holder main body 45 from the surface 46 of the mounting portion 47 and penetrates the mounting portion 47. The hole is formed in a tapered shape that tapers from the holder body side toward the surface 46. The peripheral edge of the surface 46 is provided with a guide 48 integrally formed with the mounting portion 47 so as to project continuously over half the entire circumference of the surface 46. The holder 44 has a fork portion 53 protruding from the holder main body 45 and is configured as a green fork.

In the hole of the mounting portion 47, a dish member 49 that is substantially the same size and shape as the hole and has a tapered shape is fitted, and a cylindrical magnet 50 is embedded in the dish member 49. Thereby, the taper shape of the hole and the taper shape of the dish member 49 mesh with each other, thereby preventing the dish member 49 from being detached when the ball marker is attached or detached.
Further, a protective film 51 is attached on the surface 46 of the holder.

  According to the present embodiment, since the protective film 51 is mounted on the surface 46 of the holder 44, the mounting surface of the ball marker and the surface 46 of the holder 44 do not come into direct contact when the ball marker is attached / detached. Even if it slides on the surface 46, each sliding surface becomes difficult to be damaged. Further, since the protective film 51 is attached on the surface 46 of the holder 44 in which the magnet 50 is embedded, the magnet 50 generated on the surface 46 due to the embedding of the magnet 50, the plate member 49, and the mounting portion 47 are each interposed between them. The groove (gap) is also covered with the protective film 51, so that dirt such as sand and mud is less likely to enter the groove. Furthermore, since the protective film 51 is attached on the surface 46 of the holder 44 in which the magnet 50 is embedded, it is difficult for the magnet 50 to come off from the embedded position when the ball marker is removed.

  As an aspect of the marker with a ground insertion protrusion, the golf ball marker includes a substrate and a protrusion that extends outward from the substrate, can be fixed to the ground, and an angle α formed by the substrate and the protrusion is 120 to 180. It can be in the range of degrees. Since the angle α is an angle formed between the substrate and the protrusion, the angle α can theoretically be in the range of 0 to 180 degrees. When the protrusion extends perpendicularly to the substrate, the angle α is 90 degrees, and the protrusion and the substrate are linear. Is 180 degrees. It can be said that the angle α is an angle obtained by adding 90 degrees to the above-described standing angle. By setting the angle α to 120 to 180 degrees and inserting the protrusion into the ground and fixing it to the ground, the same effect as the above-described standing position of the golf ball marker can be obtained with a simple structure.

  The substrate of the marker with the ground insertion protrusion can be of any shape, and preferably has a disk shape that is easy to carry and easily attachable to and detachable from the holder. It is preferable that at least one surface of the substrate is a smooth surface so as to be detachable by sliding on the surface of the mounting portion of the holder. The diameter of the substrate is preferably 15 mm to 35 mm from the convention of using a coin having a diameter of 25 mm as a marker, and the ball marker thickness is preferably about 2 to 15 mm. When magnets are embedded in the substrate, the thickness increases.

If the angle α formed between the substrate of the marker with a ground insertion protrusion and the protrusion is 180 degrees, the substrate and the protrusion are linear, and when the protrusion is inserted into the ground and fixed to the ground, the protrusion is formed between the protrusion and the ground. The angle can be easily set to 90 degrees. The angle α should be close to 180 degrees because it is easy to confirm with the naked eye even if it is far away. However, if one surface of the board is a decorative surface, the angle formed by the protrusion and the ground to make the decorative surface stand out. Is preferably less than 180 degrees. Specifically, the angle α is 120 to 180 degrees, preferably 150 degrees or more, and preferably less than 180 degrees.
The length of the protruding portion is not particularly limited as long as it can be inserted into the ground and can fix the marker to the ground, but is preferably 8 to 20 mm from the viewpoint of ease of handling and convenience of carrying. In order to make it difficult to collapse even if it is short, two or more protrusions may be provided, and a plurality of protrusions such as a bifurcated shape or a trifurcated shape may be used.

  Markers with ground insertion protrusions may be carried as they are, but as with the above-mentioned golf markers, as golf marker sets combined with holders, they should be carried by attaching them to golf players' clothes and hats via clips etc. The green fork can be carried with the ball marker.

  The mechanism for holding the ball marker in the holder is not particularly limited as described above, but a magnetic attraction mechanism is preferable, and one of the ball marker and the holder is provided with a magnet and the other is provided with a magnetic material such as iron, or Magnets can be arranged on both the ball marker and the holder so that opposite polarities face each other and magnetically attract each other. Since the magnet is preferably placed on the holder rather than on the surface of the ball marker because the magnet is placed on the green or the like so that it is not damaged or rusted, the magnet is preferably provided on the holder by placing a magnetic body on the ball marker. . The shape, quantity, and arrangement of the magnets can be arbitrarily set so that the ball marker can be attracted and held by the holder. Specifically, the set of markers with ground insertion protrusions is preferably a marker with ground insertion protrusions and one surface of the markers (if a decorative surface is provided, the surface opposite the decorative surface; A part or all of which is made of a magnetic material such as iron, and has a mounting part with a magnet that can be held on the surface by magnetic attraction, and is detachable by sliding the marker on the surface With a holder. That is, the holder mentioned above can be used by using one surface of the marker with a ground insertion protrusion as the above-mentioned installation substrate surface. The difference from the above-mentioned holder is that the marker with the ground insertion protrusion has a protrusion, so that when the holder is provided with a guide protruding from the surface at the peripheral edge of the surface of the mounting portion, the mounting portion In order to place the marker on the guide, a contrivance such as providing a notch in the guide may be required.

  In order to hold the marker with the ground insertion protrusion in the holder, the above-described dish member may be used even when a magnet is provided on one surface of the marker substrate or when the magnet is provided in the holder. A protective film may be used.

Examples of markers with insertion protrusions are shown in FIGS. A front view when the marker 61 with the insertion protrusion is fixed to the ground is shown in FIG. 8 (A), and a cross-sectional view thereof is shown in FIG. 8 (B). The ball marker 61 includes a substrate 62 and a protrusion 66 that extends outward from the substrate 62 and can be inserted into the ground and fixed to the ground. The substrate 62 has a decorative surface 63 having a recess 63a at the center and a surface 64 on the opposite side. The recess 63a can be pasted with a decoration such as beads with an adhesive. In FIG. 8B, the angle α formed by the substrate and the protruding portion is slightly smaller than 1180 degrees in order to make the decorative surface easy to see.
FIG. 9 shows a substrate 72 and a marker 71 with an insertion protrusion that includes two protrusions 76 and 77 that extend outward from the substrate 72 and can be inserted into and fixed to the ground.

  FIG. 10 is a perspective view showing an example of a holder used for a marker with a ground insertion protrusion. The example of FIG. 10 shows a holder 84 having a clip portion 92 and a fork portion 93. The holder 84 has a mounting portion 87 having a magnet 90 inside that can hold one surface of the marker with a ground insertion protrusion (a surface opposite to the decorative surface when a decorative surface is provided) by magnetic attraction. Then, it can be attached and detached by sliding the marker 84 with the ground insertion protrusion on the surface of the mounting portion 87. The holder 84 is provided with a guide 88 projecting from the peripheral portion of the surface of the mounting portion 87 with respect to the surface, for receiving or passing the protruding portion of the marker to place the marker on the mounting portion. The guide 88 is provided with a guide notch 88a.

DESCRIPTION OF SYMBOLS 1 Golf ball marker 2 Board | substrate 3 Installation board | substrate surface 4 Opposite board | substrate surface 5 Standing-up possible board 6,7 Notch part 8 Hinge 9 1st tubular part 10 2nd tubular part 11 Pin 12 Spring 13 Coil part 14, 15 Linear part 16 Magnet 17 Frame pieces 24, 44, 84 Holders 25, 45 Holder bodies 26, 46 Surfaces 27, 47, 87 Mounting portions 28, 48, 88 Guide 88 a Guide notch portions 29, 49 Plate members 30, 50, 90 Magnet 31, 51 Protective film 32, 92 Clip part 53, 93 Fork part 61, 71 Marker 62, 72 with ground insertion protrusion part Substrate 63 Decoration surface 63 a Recess 64 Surface 66, 76, 77 opposite to the decoration surface Projection part

Claims (8)

An installation substrate surface for installation on the ground, and a substrate having an opposing substrate surface that can face the standable plate;
A seating position attached to the substrate via a hinge and facing the counter substrate surface; and the standable plate capable of taking a standing position away from the counter substrate surface;
A first tubular portion connected to the substrate; a second tubular portion connected to the upright plate; and a pin passing through the pipes of the first and second tubular portions, and the upright plate having the pin as an axis. The hinge to be rotatable between the seating position and the standing position;
A spring comprising a coil part and a straight part having both ends of the coil part extending in a direction perpendicular to the inner central axis of the coil part, wherein the pin is passed through the coil part, and the straight part is passed through the substrate A spring disposed on the opposite substrate surface and on the substrate-side surface of the standable plate, and biased to hold the standable plate in the standing position;
A golf ball marker provided on the base plate or the standable plate, and a seating position holding means for holding the standable plate at the seating position against a spring force of the spring;
A mounting portion having a magnet inside which can hold the surface of the golf ball marker on the surface of the golf ball marker by magnetic attraction; and a holder that is detachable by sliding the golf ball marker on the surface. A golf marker set,
An iron plate member for accommodating the magnet, having a side surface and a bottom surface forming an opening, is embedded in a hole inside the holder so as to expose the magnet on the mounting surface of the holder, The dish member is formed in a shape that tapers in the height direction from the bottom surface portion by inclining the side surface portion so that an area of the opening portion is smaller than an area of the bottom surface portion, and the hole is also formed in the dish. A golf marker set which is formed in a tapered shape following the shape of the member, and prevents the dish member from being detached from the holder by meshing the tapered shape of the dish member with the tapered shape of the hole.   2. The golf marker set according to claim 1, wherein the seating position holding means of the golf ball marker is a magnet embedded in the counter substrate surface of the substrate or the substrate side surface of the standable plate.   The seating position holding means of the golf ball marker is one or more frame pieces provided on a part of one peripheral edge of the substrate and the standable plate, and the other peripheral edge of the substrate and the standable plate is provided. The golf marker set according to claim 1, wherein a part is held by the frame piece and held at the seating position. A golf ball marker that includes a substrate and a protrusion that extends outward from the substrate, is inserted into the ground and can be fixed to the ground, and an angle α between the substrate and the protrusion is in a range of 120 to 180 degrees;
A golf marker set, comprising: a mounting portion including a magnet that can hold a surface of the substrate on the surface by magnetic attraction; and a holder that is detachable by sliding the golf ball marker on the surface. Because
An iron plate member for accommodating the magnet, having a side surface and a bottom surface forming an opening, is embedded in a hole inside the holder so as to expose the magnet on the mounting surface of the holder, The dish member is formed in a shape that tapers in the height direction from the bottom surface portion by inclining the side surface portion so that an area of the opening portion is smaller than an area of the bottom surface portion, and the hole is also formed in the dish. A golf marker set which is formed in a tapered shape following the shape of the member, and prevents the dish member from being detached from the holder by meshing the tapered shape of the dish member with the tapered shape of the hole.   The golf marker set according to any one of claims 1 to 4, further comprising a protective film on a surface of the mounting portion of the holder.   The golf marker set according to any one of claims 1 to 5, wherein the holder has a clip portion and / or a fork portion on a side opposite to the placement portion.   The golf marker set according to any one of claims 1 to 6, wherein the holder includes a guide that protrudes from the peripheral portion of the surface of the mounting portion with respect to the surface.   A holder for a golf marker set according to claim 1.