Abstract: A golf ball support body S adapted to be removably attached to a golf tee T having a leg T1 adapted to be inserted into the ground for standing by itself and a horizontally enlarged section T2 disposed above the leg T1, said golf ball support body S comprising a ball support section 10 in the upper end, a large-sized inner section 12 disposed below the ball support section 10 for receiving the horizontally enlarged section T2 of said golf tee T, a small-sized inner section 14 disposed below said large-sized inner section 12 for insertion-holding the lower portion of said golf tee T disposed below the horizontally enlarged section T2 so as to prevent downward separation of the golf tee T, and separation preventive inward projections 26 disposed in the upper portion of said large-sized inner section 12 for preventing upward separation of said golf tee T, and said golf ball support body S being able to be attached to the golf tee T in a state in which said lower portion of said golf tee T is held by the small-si

Abstract: An inner circumference side annular groove is formed in an inner circumference edge part of a golf shoe sole of a synthetic rubber, an outer circumference side annular groove is formed in the radial outside of the annular groove, and an annular packing protrusion is formed between them. An inner circumference side annular rib is provided on the lower face of the base of the friction part, an outer circumference side annular rib is provided in the outer circumference edge part thereof, and the area between them is made an annular packing face. When the friction body is fitted in and held by the holder, the inner circumference side annular rib and the outer circumference side annular rib fit in the inner circumference side annular groove and the outer circumference side annular groove, respectively, and the annular packing protrusion tightly and elastically contacts and presses the annular packing face over the entire circumference.

Abstract: An inner circumference side annular groove is formed in an inner circumference edge part of a golf shoe sole of a synthetic rubber, an outer circumference side annular groove is formed in the radial outside of the annular groove, and an annular packing protrusion is formed between them. An inner circumference side annular rib is provided on the lower face of the base of the friction part, an outer circumference side annular rib is provided in the outer circumference edge part thereof, and the area between them is made an annular packing face. When the friction body is fitted in and held by the holder, the inner circumference side annular rib and the outer circumference side annular rib fit in the inner circumference side annular groove and the outer circumference side annular groove, respectively, and the annular packing protrusion tightly and elastically contacts and presses the annular packing face over the entire circumference.

Abstract: The thick-walled cylindrical portion 12 of a holder 10 is provided with axial grooves 18 that open to the inner peripheral surface. In the axial grooves 18, slip-off preventive projections 20 are radially inwardly elastically urged by their own elasticity. The substantially disk-like antislip portion 54 of an antislip body 50 is centrally formed with a cylindrical antislip body-associated fitting portion 56 projecting downward therefrom. The antislip body-associated fitting portion 56 is formed with a circumferential annular slip-off preventive groove 58 disposed somewhat above the lower end thereof. The antislip portion 54 is formed with antislip body-associated insert receiving portions 60 extending therethrough and disposed at positions corresponding to the slip-off preventive projections 20. Once the antislip body-associated fitting portion is fully to the holder-associated fitting portion, the antislip body can be easily and reliably held in the holder without using any tools.

Abstract: A golf swing practicing article which is shorter in overall length than an ordinary golf club and substantially symmetrical around a center axis of a shaft body includes a grip member disposed at first end section of the shaft body and a weight member at an opposite second shaft body end section, the weight member increasing the mass at the said second end section, the weight member occupying 40 to 60% of said overall length. The weight member can have a tapered portion and a receiving portion for reception and removal of weights so as to vary the weight of the weight section, the weights being cylindrical members of different sizes and such that certain of same fit inside others of the weights.