TWM647602U - Golf shoe spike structure with deformation effect - Google Patents

Abstract

The new model is a golf shoe spike structure with a deformation effect, which includes: a spike plate body, made of thermoplastic polyurethane (TPU), and has a plate body ring portion, and an inner ring connected to the plate body ring portion The pressure-receiving part of the edge can move between a normal position and a pressure-receiving position; and a plurality of nail claws are made of thermoplastic polyurethane (TPU) and are arranged radially on the ring part of the plate body and Extending outward and downward; When the pressure-receiving part of the shoe nail plate body is in the pressure-receiving position, each nail claw will be driven by the pressure deformation of the pressure-receiving part to deform synchronously, and each nail claw will shrink inward and deform synchronously. ; When the pressure-receiving part of the shoe nail plate body is in the normal position, each nail claw returns to its original state.

Description

Golf shoe spike structure with deformation effect

The new invention is related to the shoe spike structure, and particularly refers to a golf shoe spike structure with a deformation effect.

Golf is a leisure and competitive sports activity, which mainly involves hitting the ball into a distant hole, so the golf course is usually in the wild. In order to increase the difficulty, different terrains and venues of different properties (such as bunker areas, grass areas, rough areas, etc.) will be designed on the course. Since it is best for the hitter to stand stably on the court when hitting the ball, the soles of general golf shoes are equipped with spikes to provide better friction. For example, the patent application No. 099211622 of the Republic of China provides a "shoe body structure with spikes". In order to achieve better gripping effect, the previous patent usually designs the shoe spikes into a ring-shaped multi-nail claw structure, and each shoe spike is made of wear-resistant and high-hardness material, so that it has sufficient Strength, wear resistance, etc.

However, when the shoe spikes of the previous patent are used in sand trap areas, they are made of high-hardness materials. Although they can achieve sufficient grip, when used in grass areas, they are made of high-hardness materials. The way the nail claw structure penetrates deeply into the soil below the grass produces good grip or ground bite, so that when the force is applied on the ball, a small piece of turf will be dug out by the shoe nails and damaged.

The purpose of this new model is to provide a golf shoe spike structure with a deformation effect. When it is mainly used on a venue without small stones, it can maintain an appropriate grip without excessive force and damage the turf. When used on a venue with small stones. , providing higher grip.

In order to achieve the aforementioned purpose, the present invention is a golf shoe spike structure with a deformation effect, which is suitable for being provided on a shoe sole with a downward-facing binding column. The spike structure of the golf shoe with a deformation effect includes: A shoe cleat disk body is made of thermoplastic polyurethane (TPU) and has a disk body ring portion provided on the coupling column portion, and an inner ring portion connected to the disk body ring portion and abutted below the coupling column portion The pressure-receiving part can move between a normal position and a pressure-receiving position where it is compressed and deformed toward the sole; and a plurality of nail claws are made of thermoplastic polyurethane (TPU) and are arranged in a radial pattern. The disc body ring portion of the shoe nail disc body extends outward and downward, and each nail claw has a connecting portion connected to the outer edge of the disc body ring portion, and a claw portion connected to the connecting portion.

The effect of this new model is: through the structural design of the shoe nail plate, each nail claw can move or not move in conjunction with the position of the pressure-receiving part of the shoe nail plate. That is, when the new model is used on a machine with In a field with small stones, such as a sand pit area, a grass area with small stones, or a rough area with small stones, the pressure-bearing part of the shoe spike plate body will be in contact with the small stones, thereby causing the pressure-bearing part to be squeezed by the small stones. The deformed pressure-receiving part deforms the disk body ring and each nail claw synchronously, and causes the claws of each nail claw to shrink and deform inward synchronously, so as to provide a better Excellent gripping effect and effective anti-skid. When the new model is used on a site without small stones, such as greens and grass areas without small stones, the pressure-receiving part of the shoe spike plate body is not compressed, and the pressure-receiving part of the shoe spike plate body is in the normal state. position, so that the claws of each claw can return to their original shape, and when the claws of each claw come into contact with a site without small stones, the claws of each claw will expand outward to maintain appropriate grip but not excessively. Apply force to damage the turf.

Preferably, when the pressure-receiving portion of the shoe nail plate body is in the normal position and the claw portion of each nail claw is squeezed by an upward external force, the claw portion of each nail claw expands outward.

Preferably, the pressure-receiving part of the shoe spike plate body can automatically return to the normal position from the pressure-receiving position.

Preferably, the binding column part of the shoe sole has a ring side surface and a bottom surface, the disk ring part is provided on the ring side surface of the combining column part, and the pressure-receiving part is provided on the bottom surface of the combining column part.

Preferably, the shoe nail disc body also has a coupling ring portion provided on the inner edge of the disk body ring portion and located above the pressure-receiving portion, and a gap is formed between the coupling ring portion and the pressure-receiving portion. The coupling column part is partially inserted into the coupling groove, and the coupling ring part is provided on the ring side of the coupling column part of the shoe sole.

Preferably, the pressure-receiving portion of the shoe spike plate body has a plurality of ribs radiating outward from the center.

Referring to FIGS. 1A to 2 , the new embodiment of the present invention provides a golf shoe spike structure with a deformation effect, which is suitable for being disposed on a sole 10 , the sole 10 having a downward-facing binding column 11 , and the The sole 10 is made of TPE or EVA material, but it is not limited thereto. In this embodiment, the structure of the shoe spikes 100 is integrally formed with the shoe sole 10 so that the shoe spikes 100 will not fall off the shoe sole 10. However, it is not limited to this. For this reason, FIG. 2 only shows a part of the structure of the sole 10 , and only one coupling column 11 is used for illustration. At the same time, the coupling column 11 of the sole 10 has a side ring 111 and a bottom surface 112 . The spike structure of the golf shoe with deformation effect is mainly composed of a spike plate body 20 and nine spike claws 30, wherein:

The shoe cleat disk body 20 is made of thermoplastic polyurethane (TPU), and has a disk body ring portion 21 provided on the coupling column portion 11, and an inner ring 211 connected to the disk body ring portion 21 and abutted against The pressure-receiving portion 22 below the combined column portion 11 can be between a normal position (as shown in Figure 1B) and a pressure-receiving position (as shown in Figures 3B and 4) that is deformed under pressure toward the sole 10. Actuation; In this embodiment, the hardness of the shoe nail disc body 20 is harder than that of the shoe sole 10, but it is not limited to this. The disc body ring portion 21 is provided on the ring side 111 of the combination column portion 11, and the pressure is The portion 22 protrudes downward from the inner ring edge 211 of the disk ring portion 21 and is provided on the bottom surface 112 of the coupling column portion 11, and the pressure-receiving portion 22 has a plurality of ribs 221 radiating outward from the center; in addition, see As shown in FIG. 1A and FIG. 2 , the shoe nail plate body 20 also has a coupling ring portion 23 provided on the inner edge 211 of the plate body ring portion 21 and located above the pressure receiving portion 22 , and the coupling ring portion 23 and A coupling groove 24 is formed between the pressure-receiving parts 22 for part of the coupling column part 11 to be inserted. The coupling ring part 23 is provided on the ring side surface 111 of the coupling column part 11 of the shoe sole 10 . At the same time, when the external force is eliminated, the pressure-receiving portion 22 of the shoe spike plate body 20 can automatically return to the normal position (Fig. 1B) from the pressure-receiving position (Fig. 3B).

Each of the nail claws 30 is made of thermoplastic polyurethane (TPU), and is radially arranged on the disk body ring portion 21 of the shoe nail plate body 20 and extends outward and downward. Each of the nail claws 30 has a connection to the disk body. The connecting portion 31 of the outer ring 212 of the ring portion 21, and a claw portion 32 connected to the connecting portion 31; in this embodiment, each of the nail claws 30 and the shoe nail plate body 20 are integrally formed and made of the same material. But it is not limited to this.

Thereby, when the pressure-receiving part 22 of the shoe nail plate body 20 is in the pressure-receiving position (as shown in FIG. 3A, FIG. 3B and FIG. 4), each nail claw 30 will be pressed toward the sole 10 by the pressure-receiving part 22. The deformation is driven by the deformation, and the claw portion 32 of each nail claw 30 contracts inward. When the pressure-receiving portion 22 of the nail plate body 20 is in the normal position (as shown in FIG. 1A, FIG. 1B and FIG. 2), the claw portion 32 of each nail claw 30 returns to its original state. When the pressure-receiving portion 22 of the shoe nail plate body 20 is in the normal position and the claw portion 32 of each nail claw 30 is squeezed by an upward external force (as shown in Figure 5A, Figure 5B and Figure 6), the claws of each nail claw 30 Part 32 expands outward.

The above is the description of each main component of the embodiment of the present invention. As for the operation mode and function of this new model, the description is as follows:

Referring back to Figure 3A, Figure 3B and Figure 4, when the present invention is used in a venue 90 with small stones 91, such as a bunker area, a grass area with small stones, or a rough area with small stones, the shoe spike plate The pressure-receiving part 22 of the body 20 will contact with the small stone 91, and then the pressure-receiving part 22 will be squeezed by the small stone 91 and deformed toward the direction of the shoe sole 10, and the deformed pressure-receiving part 22 will make the plate ring The portion 21 and each nail claw 30 are deformed synchronously, and the claw portion 32 of each nail claw 30 is synchronously contracted and deformed inward, thereby providing a better gripping effect and effectively preventing slipping.

Referring back to Figures 5A, 5B and 6, when the present invention is used on a site 91 without small stones, such as greens or grass areas without small stones, the pressure-receiving portion 22 of the shoe spike plate 20 Without pressure, the pressure-receiving portion 22 of the nail plate body 20 is in the normal position, so that the claw portion 32 of each nail claw 30 returns to its original shape, and when the claw portion 32 of each nail claw 30 contacts the turf 92, each The claw portions 32 of the nail claws 30 are blocked by the turf 92 and are squeezed upward, causing the claw portions 32 of each nail claw 30 to expand outward, thereby maintaining appropriate grip but not causing excessive force to damage the turf 92 .

Accordingly, the present invention uses the structural design of the shoe spike plate body 20 to cause each nail claw 30 to move in conjunction or not with the different positions of the pressure-receiving portion 22 of the shoe spike plate body 20. When the present invention pedals When the ground 90 does not have small stones 91, it maintains appropriate grip but does not damage the turf 92 with excessive force. When stepping on the ground 90 with small stones 91, it provides higher grip.

100: Shoe spikes 10:sole 11: Combined column part 111: Ring side 112: Bottom surface 20: Shoe spike plate body 21: Disk body ring 211:Inner edge 212:Outer edge 22: Pressure part 221:ribs 23: Combined ring part 24:Combining slot 30: Nail Claw 31:Connection part 32:Claws 90:Venue 91:Little stones 92:Turf

Figure 1A is a perspective view of an embodiment of the present invention; Figure 1B is a perspective view of an embodiment of the present invention, showing a perspective state from another perspective; Figure 2 is an assembled cross-sectional view of an embodiment of the present invention, showing the state in which the new model is combined with the sole of a golf shoe; Figure 3A is a usage state diagram of the new embodiment of the present invention, showing the state of the pressure-receiving part in the pressure-receiving position; Figure 3B is a usage state diagram of the embodiment of the present invention, showing the state of the pressure-receiving part in the pressure-receiving position from another perspective; Figure 4 is a usage state diagram of the embodiment of the present invention, showing the state of the new model being used in a site with small rocks; Figure 5A is a diagram of the use state of the embodiment of the present invention, showing the claw portion of each nail claw expanding outward; Figure 5B is a view of the use state of the new embodiment of the present invention, showing the state of the claw portion of each nail claw expanding outward from another perspective; and Figure 6 is a usage state diagram of the embodiment of the present invention, showing the state of the new model being used in a site without small stones.

100: Shoe spikes

20: Shoe spike plate body

21: Disk body ring

211:Inner edge

212:Outer edge

22: Pressure part

221:ribs

23: Combined ring part

24:Combining slot

30: Nail Claw

31:Connection part

32:Claws

Claims (6)

A golf shoe spike structure with a deformation effect is suitable for being provided on a shoe sole with a downward-facing binding column. The spike structure of the golf shoe with a deformation effect includes: A shoe cleat disk body is made of thermoplastic polyurethane (TPU) and has a disk body ring portion provided on the coupling column portion, and an inner ring portion connected to the disk body ring portion and abutted below the coupling column portion A pressure-receiving part capable of moving between a normal position and a pressure-receiving position where it is compressed and deformed toward the sole; and A plurality of nail claws are made of thermoplastic polyurethane (TPU) and are radially arranged on the ring portion of the shoe nail plate body and extend outward and downward. Each nail claw has an outer ring connected to the ring portion of the plate body. The connecting part of the edge, and a claw part connected to the connecting part; When the pressure-receiving part of the shoe nail disc body is in the pressure-receiving position, each nail claw will be driven by the pressure deformation of the pressure-receiving part toward the sole direction to deform synchronously, and the claws of each nail claw will shrink inward synchronously. Deformation; when the pressure-receiving part of the shoe nail plate body is in the normal position, the claw portion of each nail claw returns to its original shape. The golf shoe spike structure with deformation effect as described in claim 1, wherein when the pressure-receiving portion of the spike plate body is in the normal position and the claw portion of each nail claw is squeezed by an upward external force, each nail The claws of the claws expand outward. The golf shoe spike structure with deformation effect as described in claim 1, wherein the pressure-receiving part of the spike plate body can automatically return to the normal position from the pressure-receiving position. The stud structure of golf shoes with deformation effect as described in claim 1, wherein the binding column part of the shoe sole has a side ring and a bottom surface, the disk ring part is arranged on the ring side of the coupling column part, and the pressure-bearing The part is located on the bottom surface of the combining column part. The shoe spike structure of golf shoes with a deformation effect as described in claim 4, wherein the shoe spike disc body also has a binding ring portion provided on the inner edge of the disc body ring portion and located above the pressure-receiving portion, and A coupling groove is formed between the coupling ring portion and the pressure-receiving portion for a portion of the coupling column portion to be inserted. The coupling ring portion is provided on the ring side of the coupling column portion of the shoe sole. The golf shoe spike structure with deformation effect as claimed in claim 1, wherein the pressure-receiving portion of the spike plate body has a plurality of ribs radiating outward from the center.

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