KR-20260063806-A - Address auxiliary device with auxiliary baseline to improve address accuracy

Abstract

The present invention relates to a fixing device for preventing the loss of tees having an auxiliary reference line for improving accuracy for addressing, and more specifically, to a fixing device for preventing the loss of tees having an improved auxiliary line for improving accuracy for addressing, which has improved performance in providing an accurate direction (start) at the starting point during addressing and securing the reference direction of a flying golf ball. The present invention relates to a Tees loss prevention device installed on a fixing device for preventing Tees loss and visually displaying the direction of the address, wherein The above-mentioned Tees fixing device is designed to have an inclined surface that narrows from top to bottom, with the outer diameter being larger at the top and smaller at the bottom, and is installed to be easily fixed to the ground. The upper part of the Tees fixing device is equipped with a spherical module capable of directional indication to display the direction of the addresser's starting point. The spherical module integrates a lens capable of collecting light to display a straight line in one direction, a light source (LED or laser), a driving circuit, and a mercury battery into a single unit. It includes a directional indicator attached to a fixed device to provide an auxiliary line when the light from the light source cannot be accurately verified due to external lighting, and is designed to be assembled and disassembled in a modular fashion according to the curve environment of the rounding location.

Inventors

• 심주용

Assignees

• 심주용

Dates

Publication Date

20260507

Application Date

20241031

Claims (2)

1. A Tees loss prevention fixing device for improving address accuracy according to the present invention, comprising a horizontal line generator that externally displays a reference line for accurate addressing, wherein the Tees loss prevention fixing device comprises a lens that gathers the direction of light to one side and causes it to travel in a straight line, and a Tees loss prevention fixing device that allows visual confirmation of the horizontal direction of light of at least 5 cm.
2. A Tees loss prevention fixing device for improving address accuracy according to the present invention, comprising an auxiliary direction indicator that displays a reference line for accurate addressing, wherein the Tees loss prevention fixing device comprises an auxiliary indicator capable of displaying a direction to provide visual assistance when it is difficult to verify a horizontal line due to external light.

Description

Address auxiliary device with auxiliary baseline to improve address accuracy The present invention relates to an address assist device having a horizontal line generator that emits a reference line for accurate addressing and an auxiliary reference direction indicator for a Tees loss prevention fixing device for improving address accuracy. More specifically, the invention relates to a Tees loss prevention fixing device that has improved performance in determining the reference direction for the ball to fly by utilizing an address assist device attached to the top of the Tees loss prevention fixing device that generates a horizontal reference line. As is well known, regarding the technology forming the background of this invention, even if most golfers swing with the direction of the ball's flight aligned with their foot stance, the direction of the golfer's stance and the direction of the ball on the tee may be inaccurate, causing the ball to fly in a direction different from the intended one. In golf, the movement of the ball acts like free mass. Most of the energy of this moving mass is transferred to the golf ball in an instant; the golf ball, compressed against the front of the club, will return to its original spherical shape and spring forward forcefully. Among the factors related to the ideal direction of a golf ball's strike, the most important issue is the problem of the golfer failing to maintain a straight line with the center of the flight path when the point of impact is made. Another important factor regarding an ideal shot that generates power in the golf swing is that the ball must be ideally aligned in a straight line so that it is positioned as close as possible to the target location on the green. To aid in this ideal straight-line alignment, the striking face of the club head must be horizontal to each of the golf ball's planned trajectory. Furthermore, more accurate alignment is achieved when the center of the club head, the point of impact, and the center of the golf ball all lie on a single vertical plane. Therefore, in golf, the swing is considered to be precisely aligned and perpendicular when the theoretical plane containing these three points is horizontally aligned with the planned trajectory of the golf ball. Since each golfer has a different body type and constitution at address, the most ideal starting point (reference point) can be presented by ensuring that the lie angle and the socket angle, which are the accurate starting points, match. Deviation from the ideal alignment will reduce the maximum energy transfer effect upon impact, and deviation from the horizontal line to the target will cause the golf ball to deviate from its planned normal trajectory. Consider a case where the club head forms a right angle upon impact, but the point of impact deviates laterally toward the front or back of the club head, resulting in poor alignment. In such a scenario, the amount of energy transferred falls short of the maximum, preventing a perfect strike and causing the golf ball to fail to travel far. Furthermore, the club head will rotate or twist, and this rotation will alter its right-angle position. The terms rotation or twisting define the rotation of the club head upon impact about an axis passing through the center of the club head and parallel to the axis of the golf club shaft. It can be understood that even highly skilled and experienced golfers would find it very difficult to achieve perfect horizontal alignment and right angles. Therefore, most golf clubs are constructed with iron heads in which the majority of mass is concentrated at the rear and front of the clubhead, thereby increasing the moment of inertia and maximizing energy transfer, which can suppress or prevent spin caused by misaligned shots. However, the need for an auxiliary device capable of correcting the directional setting of an incorrect shot, rather than focusing on energy transfer, becomes apparent. Therefore, it is desirable to provide a new address assist device that has improved performance compared to conventional technology, by utilizing an address assist device attached to the top of a Tees loss prevention fixing device to generate a horizontal reference line, thereby establishing the reference direction for the ball's flight. Fig. 1 High-altitude bird's-eye view FIG. 2 Front view of an address assist device generating a baseline FIG. 3 Side view of an address assist device generating a baseline Fig. 4 Configuration diagram of the upper address auxiliary device of the fixed device The most preferred embodiment of the present invention will be described in more detail with reference to the attached drawings. FIG. 1 is a drawing showing the state viewed from a high altitude (looking down from above) during the basic installation according to the present invention, FIG. 2 is a front view of an address assist device that generates a reference line according to the present invention, FIG. 3 is a side vie