Adaptable training putter head

An adaptable training putter head for use in a training putter includes an outer alignment guide, an inner alignment guide, and a sighting bar, all mounted to a conventional style putting head, to which is also attached a hosel, allowing for both right-handed and left-handed operation of a putting club. The adaptable training putter head allows a golf player to visually ensure that a putting club is oriented correctly during a putting swing, and is designed to improve accuracy during practice and recreational golf games. The adaptable training putter head can be used in a regulation conformant mode, with all alignment guides and sighting bar detached. A golf putter training clip-on device can include one or more alignment guides, a bridge, an elongator, and a clip, such that the golf putter clip-on device can be attached to a putter, with the elongator allowing for position and height adjustment.

FIELD OF THE INVENTION

The present invention relates generally to the game of golf, and more particularly to the putting aspect of the game, and a special construction of the putting head of a golf putter, for the purpose of aiding the average recreational player in practice, training and normal game play.

BACKGROUND OF THE INVENTION

Many attempts have been made to improve golf putter design in order to increase accuracy and reliability during the putting phase of the game.

Various regulations, such as the Official USGA Rules of Golf concerning putter head design, limit the putter head designs for clubs to be used in officially sanctioned tournaments, handicapping and in other competitive game play.

This invention is not designed with a primary goal of conforming to such regulations. Several aspects of its configuration and use may not conform to regulations, while other aspects allow for operation in a mode with detached elements, so that the putting head attains conformance with applicable regulations.

Rather, the aim of the present invention is to create a new type of putter that will help golf players of average ability to improve their performance and personal enjoyment of golf, during both practice sessions and normal game play.

More specifically, this invention helps the player target putter alignment throughout the entire putting stroke, employing a design construction with such necessary strength and stability so that it can equally well be employed as a training putter on the practice putting green or during practice rounds on a golf course, or be used as a conventional putter during tournament play.

As such, considering the foregoing, it may be appreciated that there continues to be a need for novel and improved devices and methods for improving putting reliability and accuracy,

SUMMARY OF THE INVENTION

The foregoing needs are met, to a great extent, by the present invention, wherein in aspects of this invention, enhancements are provided to the existing model of putting head design.

In aspects of this invention a training putter can function as a new form of golf putter, which implements significant improvements for recreational and competitive golf play.

Firstly, the adaptable training putter head specifically disregards USGA putter regulations against having alignment features projecting forward of (and above) the clubface. The very reason that these features are disallowed for regulation golf is the same reason that they make putting with this training putter more fun—the forward projecting alignment guides make it much easier to direct the ball exactly where to go.

Secondly, in contrast to putting training aids designed for use solely on the putting green, the playability of the training putter's hybrid design, with conforming and non-conforming features, invites recreational golfers to ‘train’ or practice while playing on the course.

Thirdly, the adaptability of the training putter's features enable a golfer to not only polish and solidify his/her putting stroke, but also allow the golfer to easily convert the training putter to a regulation conform club for tournament golf.

In related aspects, the adaptable training putter head respects the fact that most golfers do not play golf strictly conforming to the USGA Rules of golf. By making the sinking of longer putts so very much easier, the adaptable training putter head makes recreational golf much more fun and rewarding, while improving the putting stroke overall.

In one aspect, this invention includes one or more of three semi-permanently attached visual aids, mounted on a conventional blade style putter head. These visual aids are held in place by fasteners, such as screws, and are thus removable, allowing for adaptable configuration of the putting head.

In a related aspect, the visual aids can include the following:a) A top-mounted sighting bar, protruding up from the club head, which indicates the proper position and angulation of the putter head when making contact with the golf ball during the putting swing motion. The Official Rules of Golf prohibit a visual aid extending upward from the club head, and this sighting bar may therefore not be regulation conformant; andb) Two alignment guides, mounted on the toe and heel of the putter head, extending forward (and rearward) of the clubface. They are both mounted with a fastener, such as a simple screw. This allows them to be easily positioned in the reverse direction, reducing the amount of aid the guides provide. The Official Rules of Golf prohibit any visual aid extending forward of the club face, and these alignment guides may therefore not be regulation conformant.

In a related aspect, the sighting bar and the alignment guides can be easily removed, thereby converting the putter into a conventional style putter.

In a related aspect, the sighting bar can help a golf player position the putter head correctly behind the golf ball when the golf player is addressing the putt and before the putting stroke is executed. The sighting bar can also allow the player to visually confirm the direction of the intended put.

In a related aspect, the alignment guides can allow the player to visually ensure that the golf putter head is oriented correctly, by enabling the golfer to draw a mental image of two straight tracks that the alignment guides should follow during the entire evolution of a putting stroke along the intended putting line.

In another aspect, a golf putter training clip-on device can include:a) Two alignment guides;b) A bridge, such that the alignment guides connect on either end of the bridge, and are perpendicular to the bridge;c) An elongator; which is perpendicularly connected to the bridge, such that the elongator is pointed upwards from the bridge;d) A clip;Such that the clip-on device can be attached to a putter by being clipped on to the hosel of the putter; where the elongator can allow for adjustment of the position of the clip-on device in relation to the head and hosel of the putter.

DETAILED DESCRIPTION

Before describing the invention in detail, it should be observed that the present invention resides primarily in a novel and non-obvious combination of elements and process steps. So as not to obscure the disclosure with details that will readily be apparent to those skilled in the art, certain conventional elements and steps have been presented with lesser detail, while the drawings and specification describe in greater detail other elements and steps pertinent to understanding the invention.

The following embodiments are not intended to define limits as to the structure or method of the invention, but only to provide exemplary constructions. The embodiments are permissive rather than mandatory and illustrative rather than exhaustive.

One embodiment of the adaptable training putter head describes a standard golf putter head, attached via a hosel, to a standard golf putter shaft, whereby this standard golf putter head is adapted to be mounted with a plurality of alignment devices.

In the following, the toe shall denote the far or outer end of the club head, in relation to the player, and correspondingly the heel shall denote the inner end, which is closest to the player. The face of the club head shall denote the part of the club head, which comes into direct contact with the golf ball, during a forward motion golf swing.

In the following, we describe the structure of an embodiment of the adaptable training putter head in reference toFIG. 1, in such manner that like reference numerals refer to like components throughout; a convention that we shall employ for the remainder of this specification.

An adaptable training putter head100can include:a) a standard putting head109;b) an outer alignment guide102, secured with a fastening mechanism103, such as for example a screw; to the standard putting head109; to which is further attachedc) a sighting bar104, secured with a fastening mechanism105;d) a hosel106, attached with a bottom mounted fastening mechanism201(FIG. 2); ande) an inner alignment guide108, attached with fastening mechanism107, such as for example a screw; to the standard putting head109, such that the inner alignment guide is mounted closer to the player.whereby a golf player can adjust proper putter alignment throughout an entire putting stroke, by ensuring that the toe and heel mounted alignment guides102,108are pointed in the intended putting target direction; andthe sighting bar104can help a golf player position the putter head correctly behind the golf ball and further allow the golf player to visually confirm the direction of the intended put, when the golf player is addressing the putt and before the putting stroke is executed.

In a related embodiment, the outer alignment guide102can be toe mounted, such that the outer alignment guide102is mounted at the toe or substantially close to the toe of the standard putting head109, such as illustrated onFIGS. 1-5.

In a related embodiment, the inner alignment guide108can be heel mounted, such that the inner alignment guide108is mounted at the heel or substantially close to the heel of the standard putting head109, such as illustrated onFIGS. 1-5.

In various related embodiments, the alignment guides102,108can be mounted in a plurality of configurations, including:a. The alignment guides102,108have a longer forward projection to the front of the standard putting head109, and a shorter projection to the rear of the standard putting head109, such as shown inFIGS. 1-5;b. The alignment guides102,108have a similar length forward projection to the front of the standard putting head109, as to the rear of the standard putting head109;c. The alignment guides102,108have a shorter forward projection to the front of the standard putting head109, and a longer projection to the rear of the standard putting head109;d. The alignment guides102,108have only a forward projection to the front of the standard putting head109;e. The alignment guides102,108have only a projection to the rear of the standard putting head109.

In a further related embodiment, a forward projecting part of each of the alignment guides102,108can be detachable, such that after removal of the forward projecting parts, the alignment guides102,108have only a projection to the rear of the standard putting head109.

In a further related embodiment, a rearward projecting part of each of the alignment guides102,108can be detachable, such that after removal of the rearward projecting parts, the alignment guides102,108have only a projection to the front of the standard putting head109.

In related embodiments, the standard putting head109can include a plurality of well-known traditional putting head design, including blade style, mallet style, and oversized style, as well as other types of putting heads. This can further include a plurality of shapes, grove designs, and weight distributions of the standard putting head109.

FIG. 1shows an adaptable training putter head in a right-handed configuration, with the direction of a normal putting target direction indicated by a directional arrow101.

A further embodiment can include an alternative fastening aperture110for mounting the hosel106in left-handed a configuration.

FIG. 2shows a bottom-perspective view of an embodiment, indicating the fastening mechanism201for the hosel106, in a configuration for right-handed play, and the alternative fastening aperture202, for use in a configuration for left-handed play.

Further embodiments can include a plurality of alternative fastening mechanisms103,105,107,201,202, which for example can include a screw, a bolt, a hand operated bolt, or a snap lock fastener.

FIG. 3shows an embodiment of the adaptable training putter head where the toe mounted alignment guide102can be detached from the standard putting head109. For this usage, the fastening mechanism can be retained in position on the standard putting head109.

FIG. 4shows an embodiment of the adaptable training putter head in which the sighting bar104can be detached from the standard putting head109, with its fastening mechanism105retained in the standard putting head109.

FIG. 5shows an embodiment of the adaptable training putter head100in which the hosel106can be detached, via release of fastener201(FIG. 2), from the standard putting head109in order to be repositioned for left-hand use configuration on the opposite side of the putter head at the position of the alternative fastening aperture110, and fastened with fastener202(FIG. 2), or alternatively with fastener201(FIG. 2) relocated to the position of fastener202(FIG. 2).

FIG. 6shows an embodiment of the adaptable training putter head100, in a configuration with alignment guides and sighting bar detached, so that the adaptable training putter head100can be configured to be regulation conformant.

In various embodiments, the adaptable training putter head100can include one toe mounted alignment guide102, or one heel mounted alignment guide108, or one sighting bar104, or any combination of these elements.

In a related embodiment, the adaptable training putter head100can include only one outer alignment guide102, such that the outer alignment guide102is center mounted, such that the alignment guide102, is mounted at in the center or substantially close to the center of the standard putting head109, and further configured such that it does not interfere with a golf ball during a putting stroke.

In an embodiment, the standard putting head109can be made of a solid or machined hard durable material, such as for example a metal alloy. The toe and heel alignment guides102,108and the sighting bar104can be made of the same material, or a material with similar characteristics.

In a related embodiment, the standard putting head109can be made of a steel alloy, and inner and outer alignment guides102,108and the sighting bar104can be made of an aluminum alloy.

In a further related embodiment, the alignment guides102,108can be fully or partially hollow, in order to reduce weight and balance the club.

In a yet further related embodiment, the standard putting head109can be hollow, in order to reduce weight and balance the club.

In an embodiment, illustrated inFIG. 9, an alignment guide900, such as an inner our outer alignment guide102,108, can comprise of:a. An upper body910;b. A lower body920, such that the top of the lower body920can be covered by the upper body910, wherein the lower body920, can further comprise:i. an alignment guide cavity922, which partially hollows the lower body920, and can be positioned in the front part of the lower body920;ii. an alignment guide cutout924, which forms a shape to fit around the upper part of a standard putting head109;iii. at least one weight cavity926;iv. at least one alignment guide weight928, which can be inserted in the weight cavity926in order to configure the balance of the adaptable training putter head100.

In a further embodiment, the top half, a part of, or the entirety of the alignment guides102,108, and the entire sighting bar104can be made of the same or similar material, but manufactured in a visually contrasting manner, such as for example with a dissimilarly colored but durable metal alloy, or by a coating with a bright and contrasting color.

In a further embodiment, the alignment guides102,108may be bottom mounted, to be either flush with or underneath the underside of the standard putting head109. The alignment guides are shown top mounted inFIGS. 1-5.

In a further embodiment, the alignment guides102,108may be side mounted, mounted to the heel or toe side surface of the standard putting head109.

In a further embodiment, the alignment guides102,108may be reverse mounted, so that the majority or the entirety of the alignment guides protrude in the backward direction, as compared to the direction of a putting stroke motion, from the standard putting head109. The alignment guides are shown protruding in majority in the forward direction onFIGS. 1-5.

In a related embodiment, the fastening mechanisms103,107for the alignment guides102,108can allow for these guides to be secured at varying distances from the center of the standard putting head109face, so that at closer distances there is less clearance room beside the golf ball, and correlated with this less club face surface area to allow for deviation from the perfect line, whereby the tighter spacing forces the golfer to develop a higher degree of control during the putting stroke.

In an embodiment, a golf putter training clip-on device700, as illustrated inFIG. 7, can comprise:a) An outer alignment guide702;b) An inner alignment guide708;c) A bridge704; whereini. the outer alignment guide702is connected to the outer end of the bridge704;ii. the inner alignment guide708is connected to the inner end of the bridge704;iii. such that the bridge704connects between the outer and inner alignment guides702,708;d) An elongator705; wherein the elongator705is connected to the bridge704, such that the elongator705projects upwards from the bridge704;e) A clip710;wherein the clip710can attach the clip-on device700to a standard golf putter by being clipped on to a hosel706of the standard golf putter;such that the position of the clip710on the elongator705and the hosel706can adjust the position and height of the outer alignment guide702, the inner alignment guide708, and the bridge704; such that the inner and outer alignment guides are perpendicular to the face of the standard putting head, pointing in the putting target direction;whereby a golf player can adjust proper putter alignment throughout an entire putting stroke, by ensuring that the outer and inner alignment guides702,708are pointed in the intended putting target direction.

In a related embodiment:a) the outer alignment guide702can connected to the outer end of the bridge704, such that the outer alignment guide is substantially perpendicular to the bridge704;b) the inner alignment guide708can connected to the inner end of the bridge704, such that the inner alignment guide708is substantially perpendicular to the bridge704;

In a related embodiment, the elongator705, can project upwards from the bridge, substantially parallel to the hosel706.

In an embodiment, the clip710can further comprise:a) an outer clip arm712;b) an inner clip arm714;c) a clip fastener716; which can be tightened such that the outer and inner clip arms712,714tighten around the hosel706; to secure the clip710in place on the hosel706, thereby securing the golf putter training clip-on device700in place on the standard golf putter.

In a related alternative embodiment without an elongator, a golf putter training clip-on device800, as illustrated inFIG. 8, can comprise:a) An outer alignment guide702;b) An inner alignment guide708;c) A bridge704; whereinthe outer alignment guide702is connected to the outer end of the bridge704, such that the outer alignment guide is perpendicular to the bridge704;the inner alignment guide708is connected to the inner end of the bridge704, such that the inner alignment guide708is perpendicular to the bridge704;such that the bridge704connects between the outer and inner alignment guides702,708;d) A clip710;Wherein the clip710is connected to the bridge704, and the clip710can attach the clip-on device800to a standard golf putter by being clipped on to a hosel706of the standard golf putter;such that the position of the clip710on the hosel706can adjust the height of the outer alignment guide702, the inner alignment guide708, and the bridge704; such that the inner and outer alignment guides are perpendicular to the face of the standard putting head, pointing in the putting target direction;whereby a golf player can adjust proper putter alignment throughout an entire putting stroke, by ensuring that the outer and inner alignment guides702,708are pointed in the intended putting target direction.

In various related embodiments, the clip710can employ a plurality of designs, all of which can rely on well-known mechanisms and designs. In an related example embodiment, the outer and inner clip arms712,714can be pivotally connected in the rear ends; such that a clasp can connect them on the front ends; whereby the clasp can be used to tighten the outer and inner clip arms712,714around the hosel706.

Here has thus been described a multitude of embodiments of the adaptable training putter head, which can be employed in numerous modes of usage. Particularly, embodiments of the adaptable training putter head can function as a training putter, whereby it can be used as a method for improving accuracy during the putting phase of the golf game. Also, embodiments of the adaptable training putter head can function as a conventional putter for both non-regulation conforming recreational and regulation conforming competitive usage.

The many features and advantages of the invention are apparent from the detailed specification, and thus, it is intended by the appended claims to cover all such features and advantages of the invention, which fall within the true spirit and scope of the invention.

Many such alternative configurations are readily apparent, and should be considered to be fully included in this specification and the claims appended hereto. Accordingly, since numerous modifications and variations will readily occur to those skilled in the art, it is not desired to limit the invention to the exact construction and operation illustrated and described, and thus, all suitable modifications and equivalents may be resorted to, falling within the scope of the invention.