JPS6033977Y2 - Tey mark structure with design mark for golf course tee up line - Google Patents

Description

[Detailed Description of the Invention] This invention relates to a tee mark structure with a design mark for a golf course tee-up line.

Traditionally, tee marks have been installed at both ends of the tee-up line at the teeing grounds of Corfu golf courses, but conventional tee marks are made by attaching wooden or plastic spheres or display boards and fixing them by sticking the pillars into the ground. However, wooden tee marks corrode under harsh natural weather conditions, and plastic tee marks fade, making them less durable when used for long periods of time. In addition, when a golf player takes a tee shot, the golf ball hits the tee mark due to a miss shot such as a socket, and because the surface of the tee mark is hard, the ball bounces back and hits the player, causing an accident. It also has some drawbacks.

With this design, the tee marks are durable enough even under harsh natural weather conditions, have space for the golf course's design marks, are aesthetically pleasing, and are designed with safety in mind for golf players. To provide a tee mark structure with a design mark for a golf course tee-up line, which can improve the image of the golf course.

To explain the embodiment of this invention in detail based on the drawings, A indicates a tee mark, 1 is a stainless steel square pipe at the bone rest part of the same tee mark A, and a stainless steel round pipe is attached to the inner surface of the lower end of the same square pipe 1. The proximal end 3 of the steel pedestal 2 is fixed by welding.The tip 4 of the pedestal 2 is formed into a sharp point, and is fixed into the ground B.

5.15' is a colored acrylic round plate, and the same acrylic round plate 5.15' is attached to the opposite outer surface of the square pipe 1 of the bone resting part.
With the two 15' pieces facing each other, insert the same square pipe 1 in the center.
It is fixed with screws 6 and 6', and hollow colored acrylic large frames 7 and 7' are polymerized and adhered onto the same acrylic round plate 15'.

8 is a colored acrylic curved plate, and acrylic round plate 5.
By polymerizing and adhering to the peripheral edge of 15', the question round template 5 is formed.
．． The side plate 15' forms an acrylic disc body 9 as a blank exterior body.

Reference numeral 10 denotes dry sand stored in the cavity between the acrylic disc body 9 and the stainless steel rectangular pipe, which functions as a weight material and a cushioning material.

11.11' is a round brass plate that is polymerized and bonded onto the space inside the large acrylic frames 7 and 7' on the 5 and 15' side of the large acrylic plate. 'Above is transparent acrylic round plate 12.12
' are polymerized and bonded and treated with caulking 13, 13'.

In addition, 14 is a caulking treatment part for waterproofing of the upper and lower contact parts of the acrylic disc body 9 and the square pipe 1.

The embodiment of this invention is constructed as described above, and the method of using the teeing mark A is, in principle, by placing circular sides 5, 15' at both ends of the teeing ground in the direction of the fly ball. It is installed in a parallel direction and used as tee mark A on the tee-up line.

T-marks are installed under harsh natural weather conditions, and T-mark A of the same invention uses stainless steel for the skeleton 1 and pillars 2, and uses colored acrylic for the exterior body 9. The sand 10 stored in the cavity of the acrylic disc body 9 as an exterior body and the square pipe 1 as a bone rest has excellent durability without corroding.
By acting as a weight material and a cushioning material, even if a golf player misses a tee shot and hits the tee mark A, the ball loses its repulsive force, and the acrylic disk body 9 does not break, allowing golfers to enjoy golf. This also ensures sufficient safety for the players.

The sand 10 is made waterproof by caulking the contact portion between the acrylic disc body 9 and the square pipe 1 as a bone rest.

Brass plate 11 with the golf course design mark etched into it
．． 11' is polymerized and adhered to the space above the large plate 5.15' of T-mark A, and the surface of the same brass plate 11.11' is polymerized and adhered to the transparent acrylic round plate 12.12', and the same acrylic disc is There is no need to worry about corrosion if you use it.

According to this invention, it is possible to construct a tee mark that can withstand long-term use, has excellent safety and aesthetic sense, and has the effect of improving the image of the golf course.

[Brief explanation of the drawing]

FIG. 1 is a partially cutaway front view of the structure of the present invention. FIG. 2 is a partially cutaway side sectional view of the structure of the present invention. FIG. 3 is a diagram showing the structure of the present invention in use. A...Tee mark, B...underground, 1
...Stainless steel bone pipe for the bone body, 2...
...Stainless steel round pillar, 5,15'...Colored acrylic round plate, 8...Colored acrylic curved plate, 9...Acrylic circle as exterior body Board, 10
...Sand, 11,11'...Round brass plate, 12,12'...Transparent acrylic round plate.

Claims (1)

[Scope of utility model registration request] The stainless steel round steel base end of the pillar is welded and fixed to the inner surface of the lower end of the stainless steel rectangular pipe that serves as the bone resting part, and two colored acrylic round plates are placed facing each other on the opposite outer surfaces of the rectangular pipe. A colored acrylic curved plate is polymerized and bonded to the peripheral edge of the acrylic round plate to form an acrylic disc body, and dried sand is stored in the cavity of the acrylic disc body and the square pipe. A golf course tee-up line design mark made by polymerizing and bonding a round brass plate with a corroded golf course design mark on the surface of the same acrylic disk, and caulking a transparent acrylic disk onto the same round brass plate. Contains tee mark structure.