TWM247244U - Girp tape for golf club - Google Patents

Description

M247244 IV. Creation Instructions (l) [Technical Field to which New Types belong] Club: ::: 'Structure of grip belt structure' especially-applied to golf [previous technique], golf is the most common today The ball :? In order to give play to your strengths, in addition to skills :, but also with 5 suitable clubs. The so-called "workers want to be good: the most AV. With a good club to cooperate, it can be easily. When the martial arts ball is in motion, the body system is in a state of motion. The sweat will not only make the user hold the golf ball. Club white 1, the ball is out of control, and the club may be thrown out due to slipping, which is caused by grips: human danger, and because the palm directly exerts force when exercising, it is easy to cause the palm of the hand over time. Sports injuries. Therefore, it is necessary to set a device to directly apply a force to the grip. At present, the club uses several methods to protect the grip of the club. EPDM (ethylene propylene rubber) with ozone resistance, weather resistance, hiding, heat resistance, aging resistance, and electrical insulation properties are injected by ΪΪΓ, PU leather winding, etc. Because of its tactile sensation and advantages and disadvantages, it is used by people. The cotton yarn grip is used to protect the two !; The grip is suitable for athletes to hold comfortably and produce better protection against continents or wet areas. It is used in this way and causes hand pain. Long-term use of long-term page 5 M247244

_ Gu Yueyue Dian No. SI ‘It ’s a familiar grip belt. As shown in the figure, the grip belt 2 is a long strip, and is thinned on both sides 12 and 12 of the bottom surface u, and is tapered in a manner of taper on its two end portions 13 Sharpened slightly. When in use, one end portion 13 of the grip belt 2 is sharpened, and the bottom end 21 of the grip 2 is wound around the grip 2 () by a spiral winding method, and the grip W 2 is wound on the back And cover the part of the grip band 2 that is not wrapped around, so that the grip band 2 is tight and heavy. However, this kind of grip belt 2 has a disadvantage that it is easy to fall off. Because it uses the grip belt 2 and the grip belt to overlap and wind up, the overlap position 5 must be covered with the grip belt 2 on the previous layer. Although the two sides of the grip band 2 have been thinned, the overlap 15 after the weight is still slightly higher than the grip band 2 on the previous layer. Therefore, no matter how tightly the grip band 2 is wrapped, there must be a slight seam 16. The user will also push the overlap 1 5 due to the finger grip and the movement of the club during use. The grip band forms an uneven surface. The lighter makes the athlete uncomfortable to hold, and the serious one will hurt the athlete's hand, and the sweat will penetrate into the seams 16 of the handle. Over time, the grip belt 2 will loosen, slip, and shorten the grip belt 2 due to sweat infiltration Its service life is such that the user needs to replace another grip belt 2.

Please refer to the second figure, which is another conventional grip belt structure. As shown in the figure, the grip belt 3 0 is thinned by half of the total thickness on the bottom surface 3 1 2 long sides 3 2 and 3 2 on one side 3 2 of the long 3 3 sides. Hot pressing technology is used to thin a narrow thin edge 3 2 1 of a specific width; and the other long side edge 3 2 'is also used to thin a wide thin edge 3 2 1', and then the grip is pressed. Belt 3 0 has one of its two end portions 3 4 one of the narrow and thin edges 3 2 1 and one of the long side edges 3 2 is chamfered into a beveled edge 3 2 2 so that the two end portions 3 4 are slightly sharpened. When in use, the grip

Page 6 M247244 IV. Creation instructions (3) Beginning with the end of the beveled end 3 3 of 3 0, align the beveled edge 322 of the end 3 4 with the bottom end 21 of the grip 20 and wind it. At this time, the wide and thin edges 3 2 Γ will be above the grip belt 30, and the wide and narrow thin edges 321 'and 321 will take corresponding positions during spiral winding, and gradually cover the narrow and thin edges 321 on the On the wide and thin edge 321 'which has been wound previously, the entire grip belt 30 can be wound on the top of the grip 20 according to the winding method. Generally, the grip belt has more than 30 PU layer base layers composed of a multilayer structure such as a PU (polyurethane) layer, a PU foam layer, a non-woven layer, or an EVA (polyvinyl acetate) foam layer. The application of the grip belt 30 is known. The grip belt 30 must be pre-treated twice by hot pressing, and it must be wrapped around.

When winding, the multi-layered structure of the grip belt 30 also increases the difficulty and complexity when winding. Furthermore, in the conventional multilayer structure, the manufacturing process must use a base layer, that is, a non-woven fabric, fiber, or EVA foam layer as the base layer to allow the pu of the fluid to adhere and reshape. Therefore, how to develop an application that simplifies the assembly of the structure and is effective, and effectively solves the problem that users have long been required in this related field for a long time. [New content] Provided for the grip belt of the golf club sleeve Vibration, non-slip, and durable power v cannot be overcome. This is the goal of polar development research. The new type of grip belt, its structure; 仏 · 丨: ri ... club sleeves, ， ， early on, good vibrating force, light weight, wear-resistant, and have a sense of grape In order to achieve the above purpose, Ben Jie; the effect. The structure of the belt includes: damping based on high: the grip of the golf club is used to slow down the ball when it hits the ball. It is made of vibrating material made of light and strong; a base fabric layer covers the

M247244 4. Creation instructions (4) Vibration-controlling base layer for absorbing perspiration of users; and a slip-preventing layer provided on part of the base fabric layer to form a convex and concave with the base fabric layer Interface for users to hold. According to the above concept, the vibration-controlling base layer is a fine foamed layer made of styrene-like and ethylene monomers cured by high temperature and high pressure. According to the above concept, the vibration-controlling base layer is composed of a styrene-ethylene-butylene-styrene block copolymer (SEBS). According to the above concept, the two long sides of the bottom surface of the vibration-controlling base layer are each reduced by a specific thickness. According to the above concept, the base fabric layer is a fiber layer or a micro-fiber layer. According to the above-mentioned concept, the base fabric layer is adhered to the surface of the vibration-controlling base layer in an adhesive manner and rolled. According to the above-mentioned concept, the anti-slip layer is made of a syrup (s i 1 i c ο η). According to the above concept, the anti-slip layer is partially attached to the base fabric layer by screen printing. According to the above idea, the anti-slip layer is composed of a plurality of embossed structures. According to the above concept, the anti-slip layer further includes a special embossed pattern. According to the above concept, the grip belt further includes an adhesive layer, which is arranged below the vibration-controlling base layer to spiral the grip belt in a spiral manner. The alignment is wrapped around an elastic sleeve of the golf club.

M247244 4. Creation instructions (5) According to the above concept, the adhesive layer is a double-sided tape. According to another implementation aspect of the present case, the present case is applied to a grip belt of a golf club, and the structure thereof may be a long grip belt; it is characterized in that the grip belt is made of a lightweight vibration-damping material to ease The vibration force generated when making a ball is reduced by a specific thickness on each of the two long sides of the bottom surface, and the surface has a base fabric layer for absorbing perspiration of the user. The base fabric layer is further provided with a Anti-sliding embossment for users to hold. According to the above idea, the lightweight vibration-damping material is a type of styrene, and the ethylene foam is finely foamed by high temperature and high pressure vulcanization. According to the above concept, the lightweight vibration-damping material is a styrene-ethylene-butene-styrene block copolymer (SEBS). According to the above concept, the long grip belt is spirally wound around an elastic sleeve of the golf club through a double-sided tape. According to the above concept, the anti-sliding convexity further has an alignment score, so that the strip is aligned and adhered to an elastic sleeve of the golf club. According to the above-mentioned concept, the base fabric layer is adhered to the surface of the strip in a gluing manner and rolled. According to the above concept, the base fabric layer is a fiber layer or a micro-fiber layer. According to the above-mentioned concept, the anti-slip relief is made of a silicon. According to the above concept, the anti-slip layer is partially attached to the base fabric layer by screen printing. According to the above-mentioned concept, the anti-slip convex pattern is composed of a plurality of embossed structures.

Page 9 M247244 The implementation of the vibration material layer, covering the base user holding the vibration damping Damp The vibration damping (SEBS) bar grip shape 'its structure is used to hold the system Vibration cloth layer is more persistent. The base layer is an ing). The base layer is a dense foam layer. The grassroots system consists of one. The strap further has an elastic sleeve on the vibration damping base. The anti-sliding convex pattern has a special pattern. The base fabric layer is glued and rolled. The base fabric layer is a fiber layer or a superfine fiber. 4. Composition instructions (6). In this case, a long grip belt vibrates the base layer, which is generated by a lightweight vibration force; and a base cloth that absorbs the user's perspiration; its mouth is placed on a part of the surface to facilitate According to the concept, (TPD 5 Thermo Plastic ^ According to the above concept, wherein the dilute monomer is subjected to high temperature and high pressure vulcanization and according to the above concept, wherein the T dilute 'stupid ethylene block copolymer is based on the above concept, which is longer than the bottom surface of the vibration base layer made by Huanghai. According to the above-mentioned concept, which is quasi-wrapped around the golf club, which is used for marking. According to the above-mentioned concept, where 5 is attached to the surface of the vibration-controlling base layer, according to the above-mentioned concept, the micro-fiber layer. According to the above The concept (si 1 icon) made according to the above-mentioned concept can include a base of the base layer when the ball is slowed down, with anti-slip relief, thermoplastic vibrating layer, stupid vinyl, styrene-ethylene -Adhesive layer, set spirally to m where the anti-sliding ridge is made of silicone and the anti-sliding layer is part of screen printing

Page 10, Creative Instructions (7) (partial coating) attached to Xi According to the above concept, which should be on top. Composed of. The α relief is composed of a plurality of embossed structures.

Between 35 and 45 degrees. '^ 1 The hardness range of the vibration layer is SHORE C According to the above idea, where. The width of the f 4 vibration-damping layer is 2.2 to 2.4 cm. According to the above idea, tzhongxi can obtain the width of the lower layer by 1 to 2 cm. To understanding. Example: I get a clearer one. [Embodiment] This case is a high-handle belt with a simple structure and a damping celestial ball. 5 The new grip on the early sleeve is good, lightweight, It can resist abrasion, and it can absorb sweat and wick sweat, can stop slipping, and touch the examples to further illustrate the effect of the appearance of this case. The following grip belts are not limited to the mentioned embodiments: already: the grips that can apply the technical skills of this case can be incorporated into the moxibustion test / any other application of the third picture of this research a) and the third figure ⑴, the new grip belt of the golf club. As shown in the thirty-eighth, the present application is applied to an elastic sleeve around a golf club 41, as shown in the figure, and its structure is wrapped around a long bar 43 which is made of a lightweight vibration material: taxi. Its structure includes-sides 431, 431, each of which is reduced to a specific thickness, and is formed into two long sides 432 on the bottom surface; wherein one side of the base fabric layer 432 has a base fabric layer to be held by a user; and The adhesive layer 44 is used to make the liver 4 long strip 43 with screw, M247244 IV. Creation instructions (8) Twist the elastic sleeve 4 2 on the elastic sleeve. When the user winds the strip 4 3 around the elastic sleeve 4 2, the user first sharpens one end 4 3 4 of the strip 4 3 with the beveled edge 4 3 1 to align the elasticity. The bottom end 21 of the sleeve 42 is wound up. At this time, the thin edge 431 will be above the elastic sleeve 42. When the spiral winding is performed, the two side edges 431, and 431 will be in corresponding positions. 431 is adhered and covered on the wide and thin edge 43 1 of Xianli through the adhesive layer 44. According to the winding method, the entire long grip belt 4 3 can be wound on the top of the elastic sleeve 4 2. In the field of application, the long grip strip is a type 3 styrene, a dense foamed layer formed by curing ethylene sheet at high temperature and high pressure, and it has a single layer structure (thermoplastic vibration layer TPD; Therm 〇 Plastic Damping), ^ The base fabric layer 432 attached to the surface thereof is adhered to the surface by a gluing method and rolled. The base fabric layer 432 may be a fiber layer or a superfine fiber (nncro-fiber) layer to absorb sweat; and the anti-sliding ridge 435 is made of a silicone (silicone), which can be screen printed ( Dot pattern / pattern / 10 g0 / portion), congratulation printing or coating method to add the anti-slip convex pattern 435, so that the surface of it has a “feel” more difficult to slip. According to the concept of this creation, the base fabric layer is more like U: ', so that the strips can be aligned and adhered to the Gol: glue, which can also be used for boundary alignment, such as the first; double alignment The pattern 433 is a convex pattern, and it is said that ^ Evil ... & ^ Convex, literary can add a corresponding concave pattern 437 to the bottom surface of the strip 4 3.丨 Di w is also fine, and the one-to-one correspondence is that it is more convenient and stable to align the grip belt with the guard. On the other hand, the base fabric layer 432 also has a special pattern 4 3 6 for proud τ Ω "n Qi Nuo-/, U for LOGO or not, of course, this special picture

Page 12 M247244

Grain also has the effect of anti-slip. According to another embodiment and aspect of the present case, the present case further provides a winding grip belt for a golf club, which has a simple structure, strong damping force, anti-slip, good touch, good quantification, and anti-wear. As shown in the third figure (a) and the third figure (b), the grip belt structure has a "beautifying appearance", which includes a "vibration base layer 43," which is composed of a lightweight vibrating material to mitigate The vibration force generated by the impact; a base fabric layer 432 covering the vibration-controlling base layer 43 to absorb the user's perspiration; and a slip prevention layer 4 3 5 disposed on part of the base fabric layer 432 Above, to form a bump with the base cloth layer 432 °

Surface for users to hold. 1

Yesterday, in the field of application, the vibrating base layer 43 is a fine foamed layer made of stupid ethylene, vinyl monomer, and high temperature and high pressure vulcanization. It is composed of ethylene block copolymer (SEBS), wherein the two long sides 431 and 431 of the bottom surface of the vibration-controlling base layer 43 are each reduced to a specific thickness. On the other hand, the base fabric layer 432 may be a fiber layer or a micro-fiber layer, which is adhered to the surface of the vibration-controlling base layer 43 in a gluing manner and rolled. The anti-slip layer 4 3 5 is partially attached to the base fabric layer 432 by a silicon by screen printing. In this embodiment, the anti-slip layer 435 is composed of a plurality of embossed structures. In the third figure (b), the anti-slip layer 4 3 5 may also be a special pattern 4 3 6. Of course, the grip belt further includes an adhesive layer 4 4, which is disposed below the vibration-controlling base layer 4 3 to align the grip belt in a spiral manner with an elastic sleeve 4 wound around the Nanlf club. 2, wherein the adhesive layer 4 4 is a double-sided tape. According to the concept of this creation, the base fabric layer 432 has more

Page 13 M247244 4. Creation instructions (10) An alignment pattern 433, so that the vibration damping base layer 43 is aligned and adhered to the elastic sleeve 42 of the golf club, and the adhesive layer 44 is placed on That is, when double-sided tape is used, it can also be used for boundary alignment. As shown in the third figure (b), the alignment pattern 4 3 3 is a convex pattern, so it is in the vibration-controlling base layer 4 3 A corresponding indentation 4 3 7 can be added to the bottom surface to correspond to it, so that when the grip belt is aligned and attached to the club, it is easier and more firmly attached to it.

Of course, in practical applications, the hardness range of the damping J in the embodiments of this creation is between SHORE C 35 and 45 degrees, and its width is 2.2 to 2 · ζ cm ', which is the grip bandwidth. Relative to the grip bandwidth, the degree of search for part of the anti-slip ^ is 1 to 2 cm. Of course, the grip belt 4 3 of this creation can be processed in accordance with the learning techniques. For example, a plurality of _ straight: air vents (not shown) or special engraved patterns (not shown) are added to the grip belt 43 to improve the tactile sensation or friction of the grip belt. In this case, this case provides a lightweight and high-quality golf club grip and provides assembly and loss problems caused by vibration damping. The grip belt in this case is mainly based on the introduction of the belt generation structure = layer ^ slip layer assembly structure, which makes the grip good and lightweight: the second strongest, absorbs sweat and perspiration, can stop slipping, and touch

The structure is simplified, so there is no need; and; the effect of beautifying the appearance. Because, easy to complete. This ... process flow 'and it can be lightly threatened during the quake. ^ 4 Unreachable. Therefore, this case is actually the creation of the princes and princes. Even though this creation has been reported by Shang Xi Xi ^ detailed description and can be familiar with the technical collection j Γ 二 = ί The implementation examples are detailed as well as the original application I 2 also modified ingeniously, the τ Ming patent Do what you want to protect. p

Page 14 M247244 Schematic description of the first picture (a), (b), (c): It is a conventional golf club grip structure. The second picture (a), (b), (c): It reveals another conventional golf club grip structure. The third figure (a), (b): It discloses the new grip belt applied to the elastic sleeve of the golf club.

Explanation of pictograms 2: Grip belt 1 1, 3 1: Bottom surface 1 3: End portion 12 > 1 2 '> 32 > 32' 15, 35: Overlap 1 6: Seam 2 0: Grip 2 1: Bottom end 3 0: Grip band 3 2 1: Narrow thin side 3 2 Γ: Wide thin side 3 22: Beveled edge 33: Front side 3 4: End portion 4 1: Cue 42: Elastic sleeve 4 3 : Grip bands 431, 43 1 ′: Long side 432: Base fabric layer 4 3 3: Align pattern 4 3 4: Sharpened one end 4 3 5: Anti-slip convex pattern 4 3 6: Special pattern 4 3 7: Corresponding groove 4 4: Adhesive layer 45: Long side of seam 第 15 页

Claims (1)

M247244 Five applications of patents 1. A grip belt applied to golf clubs, a base for vibration control, which is composed of „. 7 Its structure includes: ㈣ generated when the ball is made of vibration control material ... The base fabric layer covers the vibration-controlling base layer, and perspiration is sweated by j / r; and a non-slip layer for absorbing users is provided on part of the base fabric layer ^ & Formation: Convex-concave interface for user's grip. To coexist with the base fabric layer-by ^ 2: the grip belt described in item f1, # 中 中 制 基基 泡 层 由 类 本 乙 # The fine hair 3 made of ethylene monomer by vulcanization at high temperature and high temperature 3 is the clever tape described in item 1 of Li Λ Wai, in which the base layer for vibration is formed. Structure of ethylene butene-styrene block copolymer (SEBS) No. 4: Please use the grip belt described in item 1 of the scope 'where the long side of the bottom surface of the vibration-controlling base is thinned by a specific thickness. The grip belt described in item 丨 of the scope of patent application' The base cloth reed is a fiber layer or a microfiber layer. 6. The grip belt as described in item 丨 of the scope of patent application, ^ The base fabric is glued and rolled on the surface of the vibration-controlling base layer in a glued manner. 9 ', 7. The grip belt as described in item 1 of the patent application scope, wherein the anti-slip residence is made of a silicon rubber ( si 1 icon). "', 8. The grip belt as described in item 7 of the scope of patent application, wherein the anti-slip layer is partially attached to the base fabric layer by means of screen printing (par1: ial coating). Two ', 〇 Page 16 M247244 5. Scope of patent application 9. The grip belt as described in item 8 of the scope of patent application is composed of a plurality of convex structures. / Stop π layer system: Eight as applied / broken special, "1 2 3 around the grip belt described in item 8, ... the anti-slip layer also contains a special ocean convex pattern. 1 1 · 如 申 # Patent Scope No. 丨The grip belt described in the item further includes an adhesive layer, which is arranged below the base layer, and is used to spirally align the grip belt around the / elastic sleeve of the golf club. 12. The grip belt according to item 丨 丨 in the scope of patent application, wherein the adhesive layer is a double-sided tape. 1 3. A grip belt applied to a golf club, the structure of which is a long grip The grip belt is characterized by: The grip belt is composed of a lightweight vibration-proof material to reduce the vibration force generated when hitting the ball, and the two long sides of the bottom surface are each thinned by a specific thickness, and the surface It has a base fabric layer to absorb the user's perspiration, and the base fabric layer is provided with a non-slip convex pattern to facilitate the user's grip. 1 4 · As mentioned in item 13 of the patent scope As mentioned in the grip belt, the lightweight vibrating material is made of ethylene-like material, and the ethylene sheet is finely foamed by local temperature and high pressure vulcanization. 1 5 · If applied Shu Li range of the grip 3 of the belt, wherein the lightweight material is a vibration absorbing stupid ethylene - ethylene - butylene - styrene block copolymer (SEBS) Page 17 16 · According to the grip belt described in item 13 of the scope of patent application, the long grip belt 2 is spirally wound on one elastic sleeve 3 of the golf club through a double-sided tape. . M247244 5. Scope of patent application 1 7. If the grip belt described in item 13 of the scope of patent application, the anti-sliding convex pattern has an alignment score so that the strip is aligned and adhered to the One of the golf clubs is on the elastic sleeve W. 1 8. The grip belt according to item 13 of the scope of patent application, wherein the base fabric layer is adhered to the surface of the strip in a gluing manner and rolled. 19. The grip belt according to item 13 of the scope of patent application, wherein the base fabric layer is a fiber layer or a microfiber (m i c r ◦ — f i b e r) layer. 2 0. The grip belt as described in item 13 of the scope of patent application, wherein the anti-slip relief is made of a silicon (si 1 icon). 2 1 · The grip belt as described in item 20 of the scope of patent application, wherein the anti-slip embossment is partially coated on the base fabric layer by screen printing. 2 2 · The grip belt as described in item 21 of the scope of patent application, wherein the anti-slip relief is composed of a plurality of embossed structures. 2 3 · —A long grip belt applied to a golf club, the structure of which includes: a vibration base, which is composed of a lightweight vibration material, used to dampen the vibration force generated when hitting the ball; And a base fabric layer is covered on the vibration-controlling base layer to absorb the user's perspiration; the base fabric layer further has a non-slip convex pattern disposed on a part of the surface to facilitate the user's grip. 2 4. The long grip belt according to item 23 of the scope of patent application, wherein the vibration-controlling base layer is a thermoplastic vibration layer (TPD, Thermo Plastic Damping) ° 25. Long grip belt, in which the system Page 18 M247244 5. Scope of patent application β ^ The vibrating base layer is a fine foamed layer formed by styrene-like and ethylene monomer vulcanized at high temperature and pressure. 2 6 · As described in item 23 of the scope of the patent application, the grip base strip 'wherein the vibration-controlling base layer is composed of a styrene-ethylene / butene-styrene block copolymer (SEBS). 2 7 · The long grip belt described in item 23 of the patent application scope further has an adhesive layer, which is arranged on the bottom surface L of the vibration control base layer to spirally align the vibration control base layer around the One of the golf clubs is on an elastic sleeve. 2 8 · The long grip belt as described in item 23 of the scope of patent application, wherein the anti-slip convex pattern has a special pattern for marking purposes. 29. The long grip belt as described in item 23 of the scope of patent application, wherein the base fabric layer is adhered to the surface of the vibration-controlling base layer in an adhesive manner and rolled. 30. The grip belt according to item 23 of the scope of the patent application, wherein the base fabric layer is a fiber layer or a microfiber layer. 3 1. The grip belt as described in item 23 of the scope of patent application, wherein the anti-slip convex pattern is made of a stone evening glue (s i 1 i c ο η) 3 2 · The grip belt according to item 31 of the scope of the patent application, wherein the anti-slip embossment is partially coated on the base fabric layer by a partial coatinS. 3 3 · The grip belt according to item 32 of the scope of patent application, wherein the anti-sliding relief is composed of a plurality of embossed structures. 3 4 · The grip belt according to item 23 of the scope of patent application, wherein the hardness of the vibration control layer is between SHORE C 35 and 45 degrees. 3 5 · The grip belt described in item 23 of the patent application scope, where the vibration damping layer Page 19 M247244 5. The width of the scope of patent application is 2.2 to 2.4 cm. 36. The grip belt according to item 35 of the scope of patent application, wherein the width of the anti-slip layer is 1 to 2 cm. Page 20