Golf Tool for Setting and Retrieving Golf Tees and Balls Without Bending

Abstract

The present invention is an ergonomic golf tool for setting and retrieving golf tees and balls without requiring the user to bend or kneel. It includes a tee housing designed to securely hold a golf tee in an optimal position for insertion into the ground. A holding mechanism applies a compressive or frictional force to secure the tee, releasing it when downward force is applied, leaving the tee in place as the tool is lifted. The tee housing is either removably coupled or integrated with the base unit, which also includes a retrieval mechanism for lifting golf balls and tees. Constructed from durable materials for various environmental conditions, the tool is ergonomically designed for comfortable use with an elongated member, allowing operation from a standing position. This multifunctional device improves ease of use and efficiency on the golf course.

Claims

1. A golf tool for inserting a golf tee into the ground, comprising: a tee housing, configured to receive and securely hold a portion of a golf tee, aligning it in a position suitable for insertion into the ground; wherein the tee housing includes a holding mechanism that applies force to securely hold the golf tee in position, the holding mechanism comprising one or more of the following: radial compression, friction-based contact, mechanical clamping, elastic, or spring-loaded mechanisms; wherein the holding force applied by the tee housing is released after insertion into the ground, as the frictional resistance between the tee shaft and the ground exceeds the holding force, allowing the tee to remain in the ground as the tee housing and base unit are lifted; and wherein the tee housing is either removably coupled to the base unit through a coupling mechanism, which may include threaded interfaces, press fits, luer locks, snap-fit connections, or integrated into the base unit as a single structure.

2. The golf tool of claim 1, wherein the tee housing includes guiding features at the entry point configured to direct the tee into the proper position for holding, the guiding features comprising tapered inner walls, angled surfaces, flexible entry elements, multi-guidance systems, or other alignment structures.

3. The golf tool of claim 1, wherein the tee housing includes a holding mechanism applying force to a portion of the golf tee, including but not limited to radial compression, friction-based contact, or mechanical clamping.

4. The golf tool of claim 3, wherein the holding mechanism is selected from the group consisting of: mechanical clamping, magnetic holding, vacuum or suction, spring-loaded systems, elastic or compression-based mechanisms, or latching mechanisms.

5. The golf tool of claim 1, wherein the tee housing includes a mechanism for adjusting the holding force applied to the tee, which may involve twisting, sliding, tilting, or incremental rotational clicks, allowing for precise control over the holding force based on the tee size or shape.

6. The golf tool of claim 1, wherein the tee housing is composed of a durable material, such as metal, polymer, or composite, selected based on its ability to withstand repetitive use and environmental exposure.

7. The golf tool of claim 1, wherein the tee housing includes an aperture or indicator window, allowing the golfer to visually confirm the proper seating and alignment of the golf tee inside the housing.

8. The golf tool of claim 1, wherein the tool is ergonomically designed with a handle or grip that allows for comfortable use by golfers of varying heights, reducing strain and providing leverage when inserting or retrieving the golf tee.

9. The golf tool of claim 1, wherein the base unit includes an attachment interface configured to receive an elongated member, enabling the golfer to operate the tool from a standing position.

10. The golf tool of claim 1, wherein the tee housing is configured to operate in various environmental conditions, including extreme heat, cold, or moisture, with appropriate materials or coatings to maintain performance.

11. The golf tool of claim 1, wherein the base unit includes a retrieval mechanism that can retrieve both golf balls and golf tees from the ground, utilizing prongs, flexible members, concave or convex surfaces, or other engagement structures.

12. The golf tool of claim 1, wherein the retrieval mechanism includes concave surfaces or prongs that engage with the golf ball or tee for secure lifting during retrieval.

13. The golf tool of claim 1, wherein the tee housing is integrated into the base unit, forming a single, non-removable structure designed to provide stability and ease of use during tee insertion.

Description

BRIEF DESCRIPTION OF DRAWINGS

[0023] FIG. 1: Perspective view of the golf tool, illustrating the overall structure and key components arranged for ergonomic insertion and retrieval of a golf tee or ball without bending.

[0024] FIG. 2: Exploded view of the golf tool, depicting the base unit, attachment interface, coupling mechanism, tee housing, and retrieval mechanism. This view clarifies each part's assembly and relationship.

[0025] FIG. 3: Perspective view of the golf tool with the retrieval mechanism holding a golf ball, and a golf tee positioned in the tee housing, demonstrating insertion readiness.

[0026] FIG. 4: Cross-sectional view of the tee housing, showing the holding mechanism's internal structure that secures a golf tee through radial compression. Threads at the housing's base connect to the base unit.

[0027] FIG. 5: Perspective view, similar to FIG. 3, showing the retrieval mechanism securing a tee, illustrating versatility in retrieving different objects.

[0028] FIG. 6: Environmental view of the golf tool in use, showing a person holding the tool and positioning a golf tee toward the ground. The tee is secured in the tee housing, and a golf ball is held in the retrieval mechanism, illustrating the ergonomic design for tee placement without bending.

[0029] FIG. 7: Environmental view of the golf tool in use, with a person holding the elongated shaft with the base unit at the top. In this embodiment, a golf tee is secured in the tee housing with the handle pointed downward.

[0030] FIG. 8: Flowchart for inserting a golf tee, showing each step from inserting the tee into the housing to lifting the tool after insertion is complete.

[0031] FIG. 9: Flowchart for placing a golf ball on an inserted tee, with steps placing the ball in the retrieval mechanism, positioning it over the tee, and disengaging the tool.

[0032] FIG. 10: Flowchart for retrieving a golf tee, demonstrating steps for scooping the tee with the retrieval mechanism, lifting the tool, and removing the tee.

[0033] FIG. 11: Flowchart for retrieving a golf ball, detailing steps for positioning the retrieval mechanism over the ball, scooping it, lifting the tool, and removing the ball.

DETAILED DESCRIPTION OF THE INVENTION

[0034] The present invention provides a golf tool designed to insert golf tees, place golf balls on tees, and retrieve both golf tees and balls from the ground, all from a standing position. This ergonomic design improves convenience, reduces strain, and allows golfers to perform these actions comfortably without bending or kneeling. The following sections provide an overview of the tool's structure and detail the operation of each key function.

Overview (Refer to FIG. 1)

[0035] In FIG. 1, the golf tool (100) is shown with its integrated components, which include an attachment interface (101), coupling mechanism (102), tee housing (103), retrieval mechanism (105), elongated member (108), and handle grip (109). These components function together as a single, unified tool that allows the golfer to insert and retrieve both golf tees and balls.

[0036] The attachment interface (101) serves as the central structure, joining the coupling mechanism (102) on one side and the retrieval mechanism (105) on the other. The top of the attachment interface is designed to securely receive an elongated member (108), which provides the leverage necessary for the user to operate the tool from a standing position. The handle grip (109) at the end of the elongated member provides a comfortable hold, allowing for controlled and ergonomic use when inserting or retrieving golf tees and balls.

Coupling Mechanism and Tee Housing (102, 103)Embodiments (Refer to FIG. 2)

[0037] FIG. 2 illustrates the coupling mechanism (102) and tee housing (103) in detail. In one embodiment, the coupling mechanism (102), positioned on one side of the attachment interface (101), includes an engagement system, such as a threaded interior, allowing the tee housing (103) to be removably attached via twisting or rotational action. This design provides flexibility for easy replacement or adjustment of the tee housing as required.

[0038] In an alternative embodiment, the coupling mechanism (102) and tee housing (103) are integrated into a single unit, eliminating the need for a separate connection interface. This integrated design streamlines the tool and allows the tee housing (103) to serve dual functions as both the housing and the coupling structure. Both embodiments ensure that the tee housing maintains a golf tee in a stable, aligned position, facilitating precise insertion into the ground.

Retrieval Mechanism for Golf Balls (Refer to FIG. 3)

[0039] FIG. 3 illustrates the retrieval mechanism (105) on the opposite side of the attachment interface (101). In this embodiment, the retrieval mechanism is designed as a partially open arc with scooped tines at the ends which can slide underneath and lift a golf ball (201) from the ground with ease.

[0040] The interior wall of the retrieval mechanism features a tapered design that narrows inward from top to bottom. This taper enhances the grip on the ball during retrieval, ensuring more secure handling. Additionally, channels (106) are positioned near the ends of the retrieval mechanism to provide additional surface engagement, ensuring stability even on uneven or soft surfaces.

Tee Housing and Holding Mechanism (103) (Refer to FIG. 4)

[0041] FIG. 4 shows a cross-sectional view of the tee housing (103), which is designed to hold a golf tee (200) in an optimal position for insertion into the ground. Unlike other designs, the holding mechanism is inherent to the tee housing itself and does not require an additional internal component. The holding mechanism applies radial compression to the tee's head, securing it in place within the tee housing.

[0042] This design ensures that the golf tee remains stable and aligned until the insertion process is complete. During insertion, the holding force is released when the tee housing contacts the ground, allowing the tee to remain embedded in the ground as the tool is lifted. Threads at the bottom of the tee housing enable it to be securely attached to the base unit (100), contributing to the overall stability of the tool.

Retrieval Mechanism for Golf Tees (Refer to FIG. 5)

[0043] FIG. 5 shows the retrieval mechanism (105), similar in design to FIG. 3, but focused on retrieving a golf tee (200). In this embodiment, the mechanism's partially open arc and scooped tines are specifically suited for sliding underneath and securing a golf tee lying on the ground. The channels (106) near the ends of the mechanism improve surface engagement, allowing the tool to stably secure a tee for lifting.

Environmental View of Tool in Use (Refer to FIG. 6)

[0044] FIG. 6 provides an environmental view of the golf tool in use, illustrating a golfer holding the tool by the elongated member's handle and preparing to insert a tee into the ground. The golfer remains in a standing position, demonstrating the ergonomic design that eliminates the need for bending. In this view, the base unit is positioned downward, with the tee housed securely within the tee housing, ready for insertion into the ground.

Environmental View of Tool Operation (Refer to FIG. 7)

[0045] FIG. 7 shows another environmental view, with the golfer holding the elongated member about a foot from the base unit, positioning the tool to insert the tee into the tool or to prepare to place a golf ball into the ground. This figure illustrates the tool's versatility and ease of operation, providing an overview of how the golfer can use the tool comfortably from a standing position.

Inserting a Golf Tee (Refer to FIG. 8)

[0046] In this operation, the golf tool allows the golfer to insert a tee into the ground without bending: [0047] 1. Hold Tool: The golfer grips the tool's elongated member (108), positioning the base unit (100) so it faces upward. This orientation reveals the tee housing (103) for easy access. [0048] 2. Insert Tee: The golfer places the golf tee head-first into the tee housing (103), positioning it so the tee head is held securely within the housing. [0049] 3. Press Tee Down: The golfer presses gently on the tee shaft or tip, seating the tee head firmly within the housing. Proper alignment is confirmed by the tee shaft pointing straight out from the housing. [0050] 4. Rotate Tool: The golfer rotates the tool, positioning the base unit (100) downward, orienting the tee tip toward the ground. [0051] 5. Position Tee on Ground: Using the handle grip (109), the golfer lowers the tool until the tee tip touches the turf, aligning it for insertion. [0052] 6. Insert Tee into Ground: The golfer applies downward pressure on the grip, pressing the tee fully into the ground until the base unit rests flat against the turf. [0053] 7. Lift Tool: The golfer lifts the tool, leaving the tee securely in the ground. Placing a Golf Ball on the Tee (Refer to FIG. 9)

[0054] In this operation, the tool enables the golfer to place a golf ball on a tee inserted in the ground from a standing position: [0055] 1. Place Ball: The golfer manually places the ball directly into the retrieval mechanism. [0056] 2. Position Over Tee: Holding the tool by the grip, the golfer lowers the ball in the retrieval mechanism, aligning it directly over the inserted tee. [0057] 3. Place Ball on Tee: The golfer lowers the tool until the ball rests on the tee. [0058] 4. Disengage Tool: The golfer pulls the tool away from the tee and ball, clearing the retrieval mechanism without disturbing the alignment.

Retrieving a Golf Tee (Refer to FIG. 10)

[0059] In this operation, the tool enables the golfer to retrieve a golf tee from the ground while standing: [0060] 1. Locate Tee: The golfer identifies the tee lying on the ground. [0061] 2. Position Retrieval Mechanism: Holding the grip, the golfer positions the retrieval mechanism (105) over the tee. [0062] 3. Scoop Up Tee: The golfer maneuvers the mechanism to capture the tee within the engagement structure in a scooping motion. [0063] 4. Lift Tool: The golfer lifts the tool, raising the tee to a reachable height. [0064] 5. Remove Tee by Hand: The golfer retrieves the tee from the mechanism.

Retrieving a Golf Ball (Refer to FIG. 11)

[0065] In this operation, the tool allows the golfer to retrieve a golf ball from the ground without bending: [0066] 1. Locate Ball: The golfer identifies the ball on the ground. [0067] 2. Position Retrieval Mechanism: Using the grip, the golfer aligns the retrieval mechanism (105) over the ball. [0068] 3. Scoop Up Ball: The golfer engages the retrieval mechanism to secure the ball within the engagement structure by using a scooping action under the ball. [0069] 4. Lift Tool: The golfer lifts the tool, bringing the ball to a reachable height. [0070] 5. Remove Ball by Hand: The golfer removes the ball from the retrieval mechanism.

[0071] It will be apparent to one with skill in the art that the golf tool of the invention may be provided using some or all of the mentioned features and components without departing from the spirit and scope of the present invention. It will also be apparent to the skilled artisan that the embodiments described above are specific examples of a single broader invention which may have greater scope than any of the singular descriptions taught. There may be many alterations made in the descriptions without departing from the spirit and scope of the present invention.