Classifications

• • A—HUMAN NECESSITIES
  • A63—SPORTS; GAMES; AMUSEMENTS
  • A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
  • A63B53/00—Golf clubs
  • A63B53/04—Heads
  • A63B53/06—Heads adjustable
• • A—HUMAN NECESSITIES
  • A63—SPORTS; GAMES; AMUSEMENTS
  • A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
  • A63B53/00—Golf clubs
  • A63B53/04—Heads
  • A63B53/06—Heads adjustable
  • A63B53/065—Heads adjustable for putters
• • A—HUMAN NECESSITIES
  • A63—SPORTS; GAMES; AMUSEMENTS
  • A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
  • A63B53/00—Golf clubs
  • A63B53/04—Heads
  • A63B53/0487—Heads for putters
• • A—HUMAN NECESSITIES
  • A63—SPORTS; GAMES; AMUSEMENTS
  • A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
  • A63B53/00—Golf clubs
  • A63B53/04—Heads
  • A63B2053/0491—Heads with added weights, e.g. changeable, replaceable
• • A—HUMAN NECESSITIES
  • A63—SPORTS; GAMES; AMUSEMENTS
  • A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
  • A63B71/00—Games or sports accessories not covered in groups A63B1/00 - A63B69/00
  • A63B71/06—Indicating or scoring devices for games or players, or for other sports activities
  • A63B2071/0694—Visual indication, e.g. Indicia
• • A—HUMAN NECESSITIES
  • A63—SPORTS; GAMES; AMUSEMENTS
  • A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
  • A63B2225/00—Miscellaneous features of sport apparatus, devices or equipment
  • A63B2225/09—Adjustable dimensions
  • A63B2225/093—Height
• • A—HUMAN NECESSITIES
  • A63—SPORTS; GAMES; AMUSEMENTS
  • A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
  • A63B53/00—Golf clubs
  • A63B53/04—Heads
  • A63B53/0433—Heads with special sole configurations
• • A—HUMAN NECESSITIES
  • A63—SPORTS; GAMES; AMUSEMENTS
  • A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
  • A63B53/00—Golf clubs
  • A63B53/04—Heads
  • A63B53/0445—Details of grooves or the like on the impact surface
• • A—HUMAN NECESSITIES
  • A63—SPORTS; GAMES; AMUSEMENTS
  • A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
  • A63B60/00—Details or accessories of golf clubs, bats, rackets or the like
  • A63B60/02—Ballast means for adjusting the centre of mass

Definitions

• the present invention relates generally to the apparatus, design, and method of a putter head with a unique face design, body and flange design, variable weight system design, and adjustable sole plate that work individually and together to greatly improve the performance of the stroke of a ball by optimizing the transference of energy from the momentum of the swing; increasing the moment of inertia (MOI) and widening the area of forgiveness; improving aerodynamics; improving the coefficient of restitution (COR), properly adjusting the center of the horizontal axis of the putter head above the horizontal center of a ball; reducing the vertical lift while increasing the rise angle of a ball on impact; and vibration dampening resulting in a lower, resonant frequency and thus, softer touch, without loss of the audible sound generated at the moment of impact for improved tactile response.
• MOI moment of inertia
• COR coefficient of restitution
• No. 7,744,485 discloses a golf putter head with removable weights of the same size, located in the bottom of the putter.
• U.S. Pat. No. 3,143,349 discloses a golf club head with recesses to vary the weight of the heel and toe portions.
• U.S. Pat. No. 6,422,950 discloses a putter head with an interchangeable sole plate weight in the cavity of the putter.
• U.S. Pat. No. 6,224,497 discloses a putter head with a unique groove design on the face to reduce vibration.
• U.S. published application number 2008/0125240 discloses a putter head with a series of horizontal grooves on the face for a soft feel, reduced slippage, and better appearance.
• U.S. published application number 2014/0148268 discloses a putter head with an adjustable ball striking face insert.
• U.S. Pat. No. 5,582,553 discloses a golf club head with an interlocking sole plate.
• the present invention provides an innovative evolution in the design of putter heads utilizing a unique face design for vibration dissipation unlike any other.
• the weight system is unique in its design and layout providing benefits over conventional putters.
• the adjustable sole-plate is a completely unique design to which there is no comparative alternative.
• the three-tiered alignment siting system is a completely unique design. It can, thus, be seen that the present invention provides a novel putter head which provides more efficient energy transference; reduced vibrational impact; a vertical positioning tool; and a unique, customizable weight set, all of which contribute to a more controlled swing for the improved stroke of a ball.
• a putter head includes an overall design for the putter head wherein the main body having a substantially planar front face thereon, includes an angled configuration relative to the playing surface to optimize ball lift during contact with the golf ball.
• This angled surface especially with horizontal and or diagonal grooves, and proper centering from an adjustable sole plate, on contact, more effectively transfers energy to the ball.
• the inclusion of one or both of horizontal recesses and diagonal recesses depending into the face of the club also provide a means for reduction of vibration and improvement in the aerodynamics of the putter head.
• a flange may be provided which includes four weight sockets adapted for engagement with any of a plurality of different sizes interchangeable weights therein whereby a balancing of the putter head may be customized to the individual user.
• Such adjustment can for individual users be employed for a widening an area of forgiveness, providing increased energy, optimizing momentum and force while increasing the MOI to prevent incidental rotation of the putter head about its vertical center axis or the vertical axis of the putter shaft.
• an adjustable sole plate configured to provide a means for height adjustment of the face of the club relative to the center of the ball as well as the putting surface.
• the putter has a desired impact spot or sweet spot at the horizontal center of the face in between the top edge and bottom of the face.
• the adjustable sole plate provides the user a means to adjust a distance of a bottom contact surface of the putter from the horizontal line running through the sweet spot on the face of the putter. Such adjustment can be used to adjust the position of this sweet spot to each golfer to maximize accuracy by maximizing their ability to contact the ball on this sweet spot area.
• This adjustable sole plate includes a sole plate post extending therefrom which is positionable to an infinite number of removably fixed engagements with the face of the putter, by translation of the sole plate post within a complimentary recess depending into the lower surface of the putter head.
• the sole plate post can also be configured to tilt slightly within the recess depending into the putter head to allow an angle adjustment of the extension away from the lower surface of the club.
• This angle adjustment allows the user to tilt the axis running through the center of the sole plate post, toward or away from the heel or the toe of the putter head.
• Such allows the center axis of the sole plate extending from the center of the sole plate up the sole plate post, to be adjusted to an angle either substantially perpendicular to the playing surface which positions both opposing ends of the sole plate distance substantially equal from the bottom surface of the putter head, or at an angle therefrom which places one end of the sole plate closer to the bottom surface of the putter head than the opposing end of the sole plate.
• the putter head can be configured in multiple configuration all of which provide a significant improvement in ball trajectory from the face of the putter head once struck. In one preferred mode it may be configured with just the adjustable sole plate, and in another mode with just the inclusion of one or both of horizontal recesses or grooves and angled recesses or grooves which both depend into the face of the putter head, or in a particularly preferred mode, the putter head can include both the adjustable sole plate and one or both of the horizontal grooves and angled grooves.
• both the grooves running at a diagonal angle and then horizontally can depend into the face of the putter head at two opposing sides extending toward each other at opposing angles.
• the side surfaces of the grooves extend at an angle of substantially 60 degrees relative to the planar surface of the face of the putter head.
• substantially meant plus or minus 20 degrees.
• Both the horizontal and perpendicular grooves currently are preferred to be formed as an isosceles triangle, where the two sides of each groove depend into the face and extend at an angle of substantially 60 degrees to an intersection of the two sides.
• a gap forms an open end of each triangular groove running between the intersection of the two dies with the face.
• the grooves so formed with two sides having substantially 60 degree angles relative to the face have a perpendicular angle of an imaginary line running through the center equally between both of the two sides of either the horizontal or angled grooves. This imaginary line runs to open side or gap across the planar face. While other shapes of the grooves, such as rectangular, were tried in experimentation and did perform better than a putter with no grooves, it was the formation of both the horizontal and angled grooves in a triangular depression into the face which provided the most significant performance enhancement to a striking of the ball which ran straighter and faster with such triangular shaped grooves.
• the horizontal grooves and the angled grooves are positioned to surround the sweet spot of impact for the ball on the face of the putter.
• Enhancing the sweet spot, or at least making inaccuracy more forgiving, is desirable since if the ball encounters uneven surfaces causing it to later curve as it rolls toward the hole, insuring a straight line departure and roll from the club face, rather than an rolling therefrom at an angle to the club face, reduces the potential error in putting the ball into the hole.
• substantially parallel is meant within five degrees of running parallel to each other.
• additional accuracy gain was found by forming the plurality of substantially parallel horizontal grooves, where a longest horizontal groove is on the face of the club adjacent the bottom, and the shortest horizontal groove is closest to the top edge. Viewing from a position above or in front of the face of the club, the formation of the grooves in this manner appears as a shape of a pyramid. This configuration yielded additional gain in user accuracy for putting and is therefor most preferred.
• the plurality of diagonal grooves are positioned on both sides of the pyramid shape formed by the plurality of horizontal grooves of decreasing size, and that these diagonal grooves parallel the side of the triangle formed by the horizontal grooves on the side they are located.
• the putter head is provided with a unique design which, while ornamental, is actually structurally configured to provide a high moment of inertia (MOI) along the vertical axis though the head's center of gravity which is achieved by the unique customizable weight design, face design, enabling a method of use that provides evenly dispersed energy transference and widens the area of forgiveness while reducing vibration and softening impact.
• a golf putter head is provided with an adjustable sole plate that provides optimum positioning of the putter head and a golf ball to improve alignment performance during the stroke of a ball.
• the putter head including a generally blade shaped body (however, this is not intended to limit the putter head to any particular size, type, shape, or configuration as the head may be sized and/or configured in numerous ways), defining a leading portion for striking a golf ball (face), a body, and a trailing portion (flange).
• the present embodiment is a putter head comprised of any materials (although it would most typically be a high impact, low weight, rigid metal or composite material, but is in no way limited to this), arranged in a unique design.
• the body is designed with a horizontally extended heel-foot, a vertically longer toe-shoulder and horizontally shorter toe-foot (from the center of gravity), and an angled portion of the upper heel-shoulder for the hosel.
• the bottom of the putter is convex, raising the horizontal center of gravity along the heel-to-toe axis.
• the unique shape of the body is sized to balance in-line with the shaft, providing continuity from the shaft through to the toe of the putter head which provides greater control and tactile feedback.
• An opening in the bottom of the body is designed to house an adjustable sole -plate and may be sized according to any adjustable sole -plate and sole -plate post design or assembly, although the optimum configuration is provided for in the present invention.
• the flange and body width, from front to back may be widened or lessened (front to back), in any quantifiable lengths, equal or unequal, creating an overall wider or thinner putter head.
• the wider putter head provides more weight and a higher motive force.
• An additional benefit of the wider head is that it can hold heavier weights which further improves the momentum in a swing for greater energy and accuracy for players needing more power in their swing.
• the wider head and heavier weights provide a higher moment of inertia (MOI), similar to a large-head/club-style putter.
• MOI moment of inertia
• the putter head having a front face with a series of horizontal grooves in the optimum strike zone (known as the "sweet spot") designed to improve the stroke of a golf ball.
• the finely mitered horizontal grooves on the face center which are longer at the bottom than the top resulting in a triangle-shaped outline (although this is in no way intended to limit the horizontal groove length and design) help grip the ball on impact to improve static friction and vertically lift the ball out of its depression.
• the unique spacing and depth of the horizontal grooves are designed to more accurately capture as much surface area of the ball as possible without causing any additional lift beyond what's needed, thus minimizing overall loft while helping reduce vibration.
• the wider land (flat) area of the face provides better coefficient of restitution (COR) (which is the quantity of energy transferred from the head into the ball).
• the putter head having a front face with a series of vertically slanted grooves on either side of the sweet spot, designed to improve the stroke of a golf ball.
• the finely mitered vertical grooves which angle toward the center of the putter head at their top and further away from the center at their bottom, follow the triangular-like outline of the horizontal grooves in the center.
• the vertically slanted grooves reduce vibrational forces transferred across the face of the putter to the putter body, for a softer touch and improved tactile feedback.
• the reduced vibration also reduces wear and tear on a player' s wrists from vibrations that are normally carried up through a putter shaft.
• the grooves cause a dispersal effect, interfering in the pattern of the vibration. This, in turn, results in a lower, resonant frequency while the initial impact can be heard without any loss due to the wide land area of the face transferring a larger amount of energy to the ball than in typical putter heads. Additionally, the vertically slanted grooves are spaced with a wider land area (flat portion of the face), allowing more energy to be transferred to the ball.
• the higher transfer of energy increases the putter's MOI and reduces the potential for rotation about the vertical center of gravity of the putter head or the center of gravity along the putter shaft.
• the putter head in which the round, beveled edges on the outside of the face improve the aerodynamics of the putter head allowing for a more controlled swing due to reduced wind resistance (drag).
• This is not intended to limit the type of bevel or whether or not a bevel is used.
• putter heads generally travel short distances during a swing, slight fluctuations in the air can translate to a lot of wind resistance. This results in a loss of momentum and reduces the amount of energy available for transfer from the club to the ball, causing reduced speed and distance. Wind resistance can also contribute to the unwanted rotation of a putter head. The aerodynamic nature of this putter head thus reduces that potential and improves the directional accuracy of a stroke.
• the putter head with four, weight sockets which may or may not be threaded, on the back side of the flange to house 4 adjustable weights, where the 2 smaller weight sockets, which are of equal dimension, are equally spaced on either side of the center axis of the putter head and double as the locking mechanism for the adjustable sole plate; and the 2 larger weight sockets, which are of equal dimension, are equally spaced on either side of the center axis of the putter head.
• the putter head with four, weight sockets which may or may not be threaded, accessible from the back side of the flange, housing weights that focus energy in the back to front direction from the forward momentum of a swing at 4 key points across the heel-to-toe length of the head, providing equal force across the majority of the face and widening the area of forgiveness by distributing equal amounts of force and increasing the moment of inertia (MOI).
• the weights focus the energy from the forward momentum of the swing in a linear motion parallel with the direction of the swing at 4 key points across the heel-to-toe length of the head, providing equal force across the majority of the entire face and thus widening the area of forgiveness.
• the stabilization provided by the forward energy of the weights maintains an amount of energy equal to the force typically only found in the sweet spot, along the face of the putter. Additionally, the improved distribution of energy allows for a higher coefficient of restitution (COR), which is the transfer of energy from the putter head to a ball, as the distributed weight system focuses energy along with the momentum energy of a stroke, widening the full range of effective power that can be transferred, across the majority of the face.
• COR coefficient of restitution
• the adjustable weights improve the COR and provide stabilized MOI by increasing the area of forgiveness closer to the heel-toe ends of the face under two principals: A) force trajectory and B) equalized dispersion of momentum.
• the offset balance of weights creates a virtual triangular line of force where the tip of the "energy" triangle (as further illustrated in the attached illustrations), extends well beyond the front face widening the area of equalized energy transference.
• the transferred momentum from swinging the golf club is improved by the unique-shape of the weights as highly focused energy, carrying the force of the swing perpendicular to the face, and by the even dispersion of weight (which is further enhanced due to the offset weight sizes).
• the shape of the weights is designed to provide more focused energy.
• the specific gravity of the weights may be adjusted according to the individual characteristics of each golfer by simply removing any one or a plurality of the currently inserted weights and replacing this with a more preferred weight or plurality of weights.
• the adjustable weights are comprised of any material and have different specific gravities made by adjustments to the core of the weights, which may be solid, or hollow, in any diameter thereof, as needed to customize the weights.
• the putter head with a vertically adjustable sole plate that enhances the performance of putting a golf ball by aligning the horizontal center axis of the putter head higher than the center of gravity of a golf ball.
• the sole-plate post, which adjoins the sole -plate and putter head, is inserted into the bottom of the putter head, and the sole plate, may be of any size and type, and constructed in any manner such as injection molding, casting, or other appropriate methods.
• Striking a golf ball above the centerline is important because 1) it more rapidly forces a forward topspin altering the trajectory of the ball into forward motion (achieving the optimized rise angle), and 2) the topspin provides better roll which allows the ball to grip the turf better and minimizes skid.
• the sole plate would typically be adjusted, depending on an individual's unique dimensions and / or preferences, so that the center line of the horizontal axis of the putter head sits just above the horizontal centerline of a ball.
• the sole plate is attached by any number of means, to the sole plate post and then inserted into the opening at the bottom of the putter head.
• the smaller weights of the weight system serve as a locking mechanism for securing the sole -plate and sole-plate post into place (although this is not intended to limit the number of methods for utilizing, creating, adjusting, or attaching the sole plate to the putter head).
• the method of construction and material of the sole -plate and sole-plate post may be of any type (although it would most typically be a high impact, low weight metal or composite material, but is in no way limited to this).
• the putter head with a hosel that can be sized for receiving any size or type of putter handle (or shaft) which may or may not be threaded and may be designed for permanently attachable or interchangeably attachable shafts, is secured at an optimum angle to the putter head by any number of possible means. While the lie (angle) of the putter shaft to the head can be customized, the hosel is already designed at an optimum angle so the head is parallel with the ground, so adjustments can be made to the shaft as needed.
• the putter head with a 3-tiered alignment site system comprised of a horizontal line in the front to back direction of the cavity, a horizontal line in the front to back direction on the upper ridge, and a site dot on the top of the putter head. All three sites provide a more highly accurate, visual reference by which the center of axis of the putter head (sweet spot) may be aligned with the center axis of a golf ball for the most optimum transference of energy and directional control. This is not intended to limit the type of style of alignment site used as it may be of any shape and dimension.
• the putter head where the cavity in the flange is centered with the sweetspot to provide optimum balance of the head and works with the curved flange ridge design shown in the illustrations and smaller weights to focus energy from the stroke of a golf ball outside the sweetspot back into the center, thus reducing rotation of the putter head due to the higher MOI and widening the area of forgiveness.
• the curved flange ridge helps maintain the evenly distributed force in conjunction with the weight system.
• the putter head with a body designed to dampen the vibrations from the strike of a golf ball, reducing the resonant frequency, creating a softer touch, and reducing the amount of vibration carried through the putter shaft without reducing the audible sound from the strike.
• the thickness of the metallic or composite materials that the putter head may be constructed from would most typically have higher quality internal friction, which is the capacity of a material to convert its mechanical energy of vibrations into heat that is dissipated.
• High-impact metal alloys designed to dampen vibrations are most often made of such materials.
• An effective example of one design in accordance herewith is to construct a putter head, using any number of methods available, to design a face with horizontal groove patterns to help grip the ball on impact to improve static friction and vertically lift the ball out of its depression.
• the unique spacing and depth of the horizontal grooves are designed to create an uneven surface on the land area (flat portion of the face), where the grooves provide a virtual grip that assists in vertical lift and have been found in experimentation to increase the sweet spot area.
• a golf ball When putting, a golf ball typically sits in a small depression which must be overcome during the stroke of the ball to ensure the most efficient, forward momentum.
• lifting the ball from its depression may be solely achieved by the power and angle of the putter head at the moment of strike along its horizontal axis and can result in too much upward lift (loft), that reduces the amount of roll time of a ball by creating a longer landing distance, higher vertical rise, a jump on landing, and backspin (which leads to skidding).
• the horizontal grooves in addition to dampening vibration and enlarging the sweet spot, assist in lifting the ball for approximately 1 degree of effective vertical lift.
• Traditional putters will have closer to 3 to 5 degrees of vertical lift.
• the reduced loft and increased rise angle will achieve the most optimum height to decrease the landing distance and cause the ball to roll more quickly. Additionally, vibrations caused when striking a golf ball interfere in the transfer of energy between the head and the ball.
• the plurality of horizontal grooves and the shallowness of the grooves themselves, improves the coefficient of restitution (COR, or transference of energy), with a wider land area (surface area) capable of transferring more energy to the ball and resulting in a lower resonant frequency (in which lower resonant frequencies will dissipate more rapidly and thus reduce overall vibration in the putter head).
• the grooves themselves help to dampen residual vibrations by creating uneven paths for the vibrations to flow through.
• the reduced vibrational frequencies create a softer 'touch', reducing wear and tear to a player's wrists since the majority of vibrations are unable to travel through the putter head and up the putter shaft.
• the reduced vibrations also improve tactile feedback for a player.
• the inclusion of diagonal grooves alone or in combination with the horizontal grooves also dampens vibration further and increases the sweet spot area for a user.
• “comprising” means including, but not limited to, whatever follows the word “comprising”. Thus, use of the term “comprising” indicates that the listed elements are required or mandatory, but that other elements are optional and may or may not be present.
• “consisting of” is meant including, and limited to, whatever follows the phrase “consisting of”. Thus, the phrase “consisting of” indicates that the listed elements are required or mandatory, and that no other elements may be present.
• “consisting essentially of” is meant including any elements listed after the phrase, and limited to other elements that do not interfere with or contribute to the activity or action specified in the disclosure for the listed elements. Thus, the phrase “consisting essentially of” indicates that the listed elements are required or mandatory, but that other elements are optional and may or may not be present depending upon whether or not they affect the activity or action of the listed elements.
• Figure 1 depicts a front plan view of the putter head showing the grooves depending into the face and the sole plate having a post translatably engaged with the putter head allowing for a variable position of the sole plate closer to and further from a bottom of the putter head.
• Figure 1A shows a partial sectional view through the body of the putter of figure 1 along line 1 A, showing the plurality of horizontal grooves of decreasing length depending into the face of the putter.
• Figure IB shows a partial sectional view through the body of the putter of figure 1 along line IB, and depicts the plurality of diagonal grooves depending into the face of the putter.
• Figure 2 shows a rear plan view of the putter head, showing the four weight insert openings in the backside of the flange, the sole plate partially lowered from the body exposing a portion of the sole plate post, a portion of a putter shaft (which is only provided for reference), the vertical and horizontal axial center lines converging at the center of gravity of the head (sweetspot) (represented as dashed lines), and a golf ball and its center of gravity represented by a triangle made up of dashed lines (which is only provided for reference).
• Figure 3 depicts an overhead view of the putter head.
• Figure 4 shows a bottom plan view of the putter head without the sole plate, showing the opening to receive the sole plate post.
• Figure 5 depicts a first side view showing the toe-end of the putter head herein.
• Figure 6 shows a second side view depicting the heel-end of the putter head herein.
• Figure 7 shows an overhead plan view of one mode of the method and device yielding the sole plate in operative engagement with the sole plate post.
• Figure 8 depicts a side view of the club device of figure 7 showing the formed sole plate in operative engagement with the sole plate post.
• Figure 9 Is an overhead view of the sole plate post of the assembly of figure 7.
• Figure 10 Depicts a mode of the putter head herein striking a golf ball showing the face of the putter formed with substantially a 1 - 3 degree of angle to a planar surface on which the golf ball when struck by the angled face, is set in motion.
• Figure 11 shows an overhead view of one example of disclosed putter head aligned with a golf ball (which is only shown for representation), depicting the several lines of force representing the direction and energy imparted by the putter head to the ball when struck.
• Figure 12 shows a perspective view of one mode of the putter head disclosed herein viewed from overhead the rear of the putter head.
• FIG 13 depicts a perspective of a sole-plate post of the putter herein.
• Figure 14 depicts a perspective of the putter sole -plate of the putter head herein.
• Figure 15 shows a perspective view of the putter head herein with the sole plate adjusted and fixed in position spaced from the lower surface of the putter head.
• Figure 16 shows a semi-transparent side view of a mode of the putter head herein from the heel end, showing the weight insert configuration for one of the two, equally sized, smaller weight inserts, and showing the translating engagement of the post with the putter head allowing for a distance adjustment of the sole plate from the bottom of the head.
• Figure 17 shows another semi-transparent side view of a mode of the putter head herein from the heel side opposite figure 16, and showing the weight insert configuration with threads forming a releasable fastener for the post, on one of the two, equally sized, smaller weight inserts (also depicted from 3 angles of perspective).
• Figure 18 A semi-transparent side view of one example of the design and method of assembly of the putter head from the heel side showing the weight insert configuration for the two, equally sized, larger weight inserts (also depicted from 3 angles of perspective).
• Figure 19 A semi-transparent side view of one example of the design and method of assembly of the putter head from the heel side showing the weight insert configuration for the two, equally sized, larger weight inserts (also depicted from 3 angles of perspective).
• Figure 20 is a perspective exploded view of the putter head herein showing the engageable components to the putter head.
• Figure 21 is a reverse perspective exploded view from that of figure 20.
• the golf putter head face 1 according to the device and method herein.
• the face 1 has a plurality of horizontal grooves 10 which, in this mode, are formed of such horizontal grooves 10 which are of a length and spacing to form a pyramid shape when the face 1 is viewed from overhead.
• a plurality of slanted diagonal grooves 12 which may be included on the face 1 with the horizontal grooves 10 with the angled diagonal grooves 12 on both sides of the opposing ends of the horizontal grooves 10 being at opposite angles on the face 1.
• a beveled edge 13 may be positioned around the perimeter of the face 1.
• the adjustable sole plate 7 having a sole plate post 8 operatively engaged within a recess 33 (figure 4) into the bottom 4 of the putter head which is complimentary in shape to the sole plate post 8.
• the sole plate post 8 is in a translating engagement 63 (figures 16 & 17) within a recess 33 within the putter head 3 and can be fixed in engagement therein using a releasable fastener such as threads 59 on a screw engageable with mating threads 59 in the putter head 3, to thereby adjust a distance and angle of the sole plate 7 from a bottom 4 of the putter head 3.
• the horizontal and vertical grooves 10 and 12 respectively may be cast or engraved using any number of methods including, but not limited to: laser engraving, etching, or milling (although other methods may be utilized), with any number of decorative elements on any side of its body.
• the exact lengths, gaps, and placement of the horizontal grooves 10 and diagonal grooves 12 may be of any arrangement in which the horizontal grooves remain in the center of the vertical grooves and the length, gaps, and spacing of which may be of any quantity so that they still form a triangular outline. Although, this is not intended to limit the possible design of horizontal grooves 10 on the face 1, so long as they accomplish the same or greater effect as further described herein.
• the bevel 13 may be made from any method available including but not limited to: casting, routing, etching, etc. and may be of any degree or radius.
• the face may be constructed separately and attached to the body by any number of means, including, but not limited to: welding or chemical, or may be constructed, as shown in the current embodiment, as a single piece with the putter body. If cast separately, the face may be constructed of any material or composite material. Although, most likely, it would be constructed of a high-impact, rigid metal alloy of the same type of the remaining putter head.
• the alignment of the sole plate 7, whether front-to-back or heel-to-toe, may be of any distance left or right (although it is shown with the optimum alignment balancing the head at its center of gravity), and the length, depth, and width of which may be of any value.
• the sole plate 7 may be made by any method including but not limited to: casting, milling, 3-D printing, etc., and may be of any shape, curved or straight and made from any material or composite material, although it would most likely be made from a high-impact, rigid metal alloy.
• the isosceles triangular shape formed by the plurality of substantially parallel horizontal grooves 10 of decreasing length as they approach the top 5 from the bottom 4 has two sides at opposing ends of the formed horizontal grooves 10. These two sides run along imaginary lines intersecting each of the respective two ends of the horizontal grooves 10, and run at opposing or vertically opposite angles.
• a first plurality 12A of diagonal grooves 12 are positioned on one side of the triangle formed by the plurality of parallel horizontal grooves 10 where each of the first plurality of diagonal grooves 12 runs at an angle from the bottom 4 and substantially parallel to each other, and preferably parallel to the imaginary side of the formed triangle shape of the horizontal grooves 10 on which they are located.
• a second plurality 12B of substantially parallel diagonal grooves 12 on an opposite side of the triangle formed by the horizontal grooves 10.
• This second plurality 12B of parallel diagonal grooves 12 would run at a second angle from the bottom 4 of the putter head 3 where the second angle is an opposing or vertically opposite angle on the face 1 to that of the first angle of the first plurality 12A of diagonal grooves 12.
• the vertically opposite angle of the second plurality 12B of diagonal grooves is preferably parallel to a second side of the triangle shape formed by the horizontal grooves 10.
• FIG. 1A Shown in Figure 1A is a partial sectional view through the body 23 of the putter head 3 running along line 1A of figure 1.
• a plurality of substantially parallel horizontal grooves 10 depend into the face 1 of the head 3.
• Opposing sides of the horizontal grooves 10 depend into the face 1 at an angle A of both opposing sides to the face 1 which, as noted, is a triangular depression with sides preferably substantially 60 degrees.
• This forms a plurality of triangular shaped horizontal grooves 10 which, as shown in figure 1, run across the face 1 and vary in length from a longest groove 10 positioned adjacent the bottom edge or bottom 4 of the putter head 3, and the horizontal groove 10 of a shortest length closest to the edge at the top 5 of the putter head 3.
• such a positioning of horizontal grooves 10 of decreasing length forms a triangle shape when viewed from overhead the face 1 of the head 3 and is the preferred configuration for performance reasons noted.
• Figure IB Shown in Figure IB is the partial sectional view through the body 23 of the putter head 3 along line IB of figure 1.
• a plurality of diagonal grooves 12 depend into the face 1 of the putter head 3 and run substantially parallel to each other in groups positioned on opposite sides of the triangle formed by the plurality of horizontal grooves 10 depending into the face 1.
• Figure 2 shows the typical design and appearance of the golf putter head body from the rear side, 2.
• the vertically centered axial line 101, (shown as a dashed line) and the horizontally centered axial line 102, (shown as a dashed line) cross at the center of gravity of the head 3, also known as the "sweet spot”.
• a golf ball 111 (which is represented by a dashed line and is not a part of the present invention) is only shown for reference and is shown aligned lower than the horizontal axis of the putter head 102 such that the horizontal axis of the putter head 102 is higher than the horizontal center of the golf ball 111 A (which is shown as a dashed-line triangle) to generate more rapid topspin (and is one of the primary functions of the adjustable sole plate, 7).
• a section of a putter shaft 110 which is not part of the present invention, is shown for reference only and is shown inserted into the hosel.
• the outline of the putter head 3 is shown with the top of the body 23, the heel 106, and the toe 105.
• the flange 20 is shown below the upper ridge 25 and includes the cavity 21 in the center and the four adjustable weight sockets 15, 16, 17, and 18.
• the adjustable sole plate 7 is shown lowered in this illustration, revealing a portion of the sole plate post 8 as an example to demonstrate the adjustment available for the sole plate so that the horizontal center axis 102 of the face 1, is adjustable to sit higher than the center axis of the golf ball 111A.
• the height and width of the flange 20, including the particular design may be of any dimension including that which is shown and accomplishes the same or greater effects as those claimed in the present invention.
• the cavity 21 may be of any dimension or proportion but would most typically be designed as shown, helping to center the energy of a stroke (even a stroke that causes the golf ball to be struck outside of the sweetspot) to be aligned with the center of gravity of the putter head.
• the weight sockets 15, 16, 17, and 18 (shown with the adjustable weights inserted) may be of any size or dimension but would be most typically designed as shown, correctly balanced with the design of the head such that the inserted weights properly distribute the energy of the momentum of the swing to increase the coefficient of restitution across the majority of the face of the head in the heel-to-toe direction, widening the area of forgiveness.
• the overall configuration of the putter head body and all elements shown may be made by any method, including but not limited to, casting, etching, routing, or engraving, with any number of decorative elements on any side of its body.
• the flange 20 and the body 23 may be made separately but would most likely be made together with the remainder of the putter head, as is shown in the current illustration.
• the weight sockets 15, 16, 17, and 18 may be made by any method, including, but not limited to, for example: drilling, routing, or casting.
• the material of the putter head body may be made from any material or composite material, although it would most likely be made from a high-impact, rigid metal alloy.
• Figure 3 shows a top-down view of the putter head 3, showing the top edge of the face 1 ; the heel and toe 106 and 105; and the body 23.
• the body 23 includes the face 1, the flange 20, comprising the flange ridge 22, the cavity 21, lower site line 92, and the four weight sockets 15, 16, 17, and 18.
• the upper ridge 25 is shown including the upper level site line 91 and the hosel 14. Additionally depicted on the top of the body 23 is the site dot 90.
• the hosel 14, which may be of any dimension, threaded or not threaded, may be made by any method such as, but not limited to, boring, casting, or drilling. Although the currently shown design is optimized for the maximum transference of energy, dampened vibrations, and widened area of forgiveness, it may be modified to any design and type that accomplishes one or more of these goals at the same or greater level.
• the method of making the body may be by any means, but would most typically be cast as a single unit to maximize the vibration dampening effects.
• a width of the body from front to back is such that it provides the maximum amount of reduced vibration by (i) imparting more energy to the ball on impact, and (ii) having a rigid frame that transforms said vibrations to thermal energy.
• the length of the flange ridges 22 (which are the top portion of the flange, 20, on either side of the cavity, 21) in the heel-to-toe direction may be of any dimension.
• the flange ridges may include a cavity 21 having a length of any dimension. Although most typically the lengths would be as shown, centering the force of the stroke of a ball outside of the sweet spot back to the center of gravity of the head by concentrating the maximum amount of energy at that point.
• the unique positioning of the alignment sites 90, 91, and 92 provide a 3-tiered approach to lining up the center of gravity of the putter head 3 with the center of a golf ball.
• all three alignments 90, 91, and 92 provide a much more accurate directional and central targeting arrangement that helps in centering a stroke with the sweet spot of the putter head.
• Figure 4 depicts a mode of the putter head herein showing the bottom 4 of the putter head 3 without the sole plate 7 for ease of description.
• the opening 33 which is configured in a complimentary shape to the circumference of the plate post 8 to provide a translating engagement 63 (figure 16 & 17) therein.
• the bottom edge of the face 1 and its bevel 13 are also visible.
• the heel end 106 and toe ends 105 are labeled to illustrate the orientation of the elements of the putter head 3.
• the putter head 3 is adapted at or adjacent the heel end 106 for engagement with the post 110 which while shown is not part hereof as any post 110 adapted to engage a putter is employable.
• the opening 33 which as noted is configured for translating engagement 63 (figures 16 & 17) with the sole plate post 8 is shown with the current sole plate 7 dimensions of the present embodiment of the present invention. However, this depiction is not intended to limit the opening 33 dimensions, shape or size in any way as it may be changed to custom fit any configuration of sole plate or sole plate post 8.
• the alignment and location of the opening 33 is typically located underneath the body 23. Although, its location can be adjusted to any point on the underside of the putter as needed.
• the sole plate opening 33 may also be configured so that it continues through to the top of the putter head allowing for any design of sole post attached to the sole plate to be adjusted, inserted, or otherwise translated or manipulated from one or more points of the various sides of the putter head.
• the method of creating the sole plate opening 33 and shaping the bottom of the putter head 4 may be by any means, including but not limited to: casting, drilling, or laser cutting.
• Figure 5 shows a side view from the toe end 105 of the putter head 3 with the top 5 of the body 23, right side of the face 1, and the face bevel 13. Also shown are the flange ridge 22, the recessed opening 33, the bottom 4 of the putter head 3, and a portion of the side of the face of the flange 20A. Flange 20A is angled inward toward the top of the putter head with that angle running along the entire top-to-bottom distance of the flange face.
• the sole plate post 8 and sole plate 7 are shown with the plate post 8 slidably engaged and partially inserted into the opening 33 in the putter head 3.
• Figure 6 shows a side view of the putter head from the heel end 106 opposite that of figure 5, and depicts the hosel 14 aligned just below the top of the bod 23.
• the flange ridge 22 and the flange face 20A angle inward toward the top of the putter head with that angle running along the entire top-to-bottom distance of the flange face.
• the recess 33 depending into the putter head for the sole plate post 8 is located at the bottom 4 of the putter head.
• the sole plate post 8 and sole plate 7 are shown partially inserted into the putter head.
• Figure 7 shows a front view of the sole plate 7 in operative connection to the sole plate post 8 as an example of one possible configuration.
• the sole plate 7 and sole plate post 8 may be constructed of any material or composite material, but would most likely be constructed of a highly rigid, metal alloy.
• the sole -plate 7 and sole -plate post 8 may be constructed together using any number of methods including, but not limited to: casting, 3-D printing, etc.
• the sole-plate 7 and sole-plate post 8 may be constructed as separate units, using any method practical, and joined by any number of means, including but not limited to welding, gluing (or chemical adhesion), or any other method which would ensure continued performance under potentially high impact conditions.
• the depth of the opening 33 which slidably receives the sole -plate post 8, if constructed as separate units, may be of any depth and shape, depending on the shape and design of the sole -plate post 8, and sole-plate 7.
• the alignment of the sole-plate post 8 and sole -plate 7, in the current embodiment, is such that the sole-plate post 8 fits within the area of the putter head body closest to the face without interfering with the hosel.
• the sole-plate post 8 may be aligned with the sole-plate 7 in any number of configurations, such as, for example, being centered in the front to back direction or shifted further to one side than the other in the left to right direction.
• the current illustration is not intended to limit this alignment or method of construction in any way.
• Figure 8 shows a side view of one example of the means of attachment of the sole plate 7 and sole plate post 8 from the heel side of the putter head. Similar to Figure 7, the materials and methods of construction may be of any type.
• the location of the sole-plate post 8, in this illustration is intended to line up with the body of the putter head so that the sole plate, 7, does not extend beyond the face of the putter head.
• the width and height of the sole-plate 7 and sole-plate post 8 may be of any dimension or type.
• the current drawing illustrates the sole-plate 7 so that it follows the contour of the putter head of the present invention, but may be of any shape, rounded, square, or otherwise, with any number of decorative elements on any side of its body.
• the sole -plate 7 may be hollow or solid. It is not the intention of this illustration to limit the number of possible ways that the sole-plate post 8, may fit into the body of the putter head.
• the sole-plate post 8 may be inserted from the bottom or the top, depending on the variation of designs of the putter head designed to receive and support the sole -plate post 8.
• the sole -plate post 8 of the present invention is also designed to be removably fixed in place, using a releasable fasteners such as using two threaded screws or two smaller weights which have threads 59 (figure 10) which are threaded into the flange or putter head 3, configured as such.
• the sole plate 7 and sole-plate post 8 may be adjusted and then locked into position by a releasable fastener in the putter head 3.
• a releasable fastener in the putter head 3 can also include, for example, the releasable fasteners can also be a locking bar mechanism, or a self -tightening rubber seal that holds the sole -plate post 8, in place through compression or pressure, or any other number of methods.
• the means for fastening, or the releasable fastener, for holding the sole plate post 8 to a desired position, to fix the center point on the face 1 correctly for the user in relation to the ball 111 can be a threaded screw, an factional insert, a rubber bushing, a spring loaded ball, or any releasable fastener as would occur to those skilled in the art which will hold the sole plate 8 in the desired position such as any fastener found in the GRAINGER printed or online 2018 catalog.
• Figure 9 shows an overhead plan view of one example of a configuration of the sole-plate post 8, although this is not intended to limit the sole -plate post to any size or shape, hollow or not hollow.
• the current illustration represents the optimum design for the optimum weight distribution of the putter head of the present invention.
• the sole-plate post 8 may be cylindrical, while in another embodiment, it may be the same shape as the illustration, but shorter, longer, hollow, or solid, and with any design or feature along any of its faces or edges.
• the height of the sole-plate post 8 may also be greater than that of the putter head, whereby the sole-plate post 8 may even go so far as to extend above the top of the putter head and may also be visible from the top of the putter head 3 allowing for manipulation of the sole -plate post 8 from the top-side of the putter head or any other location of the putter head.
• Figure 10 depicts an example of the method of use and results of the putter head based on the current disclosure, demonstrating the improved results of the stroke of a golf ball 111 using the present invention.
• the putter head is comprised of the body, the sole plate post, the sole plate, and the weights and weight caps inserted into the weight socket, 18.
• the putter head (which may be made up of any type of material or compound materials and through any means of construction, with any number of decorative elements on any side of its body), is illustrated striking a golf ball 111, which is represented by a dashed line and not part of the present invention and is being shown for illustration purposes only.
• the body of the putter head is shown with a semi-transparent side view of the heel to demonstrate the alignment of the weight socket 18 with the putter head.
• There is a transparent putter shaft 110 which is not a part of the present invention and is shown for reference only and may be attached to the hosel by any number of means including, but not limited to threaded screw-in, welding, etc.
• the putter shaft 110 is shown at 1-3 degrees of swing angle in the direction 50 of the golf ball 111 after having struck the golf ball 111.
• the sole plate 7 has been adjusted in vertical height 51 so that the height of the horizontal axial center 54 of the putter head 3 represented by a dashed line, is higher than the center of gravity of the golf ball 111 A.
• the depiction in figure 11 thus demonstrates how energy is transferred from the putter head to the ball 111 , at a higher center of gravity to convert vertical lift into forward momentum along the horizontal axial center 54 so that after approximately 1 degree of vertical lift, the golf ball 111 will achieve approximately 4 degrees of rise angle whose path is represented by the dotted line 55.
• the ball 11 therefore achieves a shorter flight distance 56, a closer landing distance 57, and a longer rolling distance 58.
• Figure 11 is shown a top view of the putter head, with the heel 106 on the left and the toe 105 on the right, and demonstrates the distributed energy transfer which is imparted to the golf ball 111.
• This energy transfer is shown with dashed lines for reference only and is not a part of the present invention.
• the longitudinally center axis 103 of the head along the front-to-back direction of the horizontal plane, is represented by a dashed line aligned vertically with alignment site lines and alignment site dot.
• the longitudinally center axis of the four weight sockets along the front-to-back direction of the horizontal plane 60 and 61 is shown on the left side only (for illustrative purposes) to demonstrate the focused energy that counters rotation of the putter head for strikes outside of the sweetspot, contributing to a higher MOI.
• the widened area of forgiveness 68 is shown as an effect of using the method of the distributed weight sockets in the present invention and their focused energy lines, 60 and 61 and the result of the inclusion of one or both of, the horizontal grooves 10 and diagonal grooves 12 shown in figure 1. Additionally the widened area of forgiveness is shown to provide additional energy through to the golf ball 111 past 68, the ball's center of gravity 111 A, represented by a dashed triangle, providing additional force to and thus, control and better accuracy of the golf ball 111, even if struck outside of the sweet spot.
• Figure 12 is a perspective view of the disclosed putter head from the top-down, looking over the back side of the putter head body 23, showing the hosel 14, the four weight sockets 15, 16, 17, and 18 (with the weights inserted) the flange 20, the flange face 20A, the cavity 21, the flange ridge 22, the upper flange ridge 25, and the top of the putter head 23.
• the toe 105 is labeled for orientation of the drawing.
• the weights are partially shown with a screw-in and cap cover design, although this is not intended to limit the design of the weights or weight sockets to any particular type, style, or configuration.
• the present embodiment places the weight sockets in the most optimum positioning to provide the improved performance claimed by the present invention, although their positioning may be altered in any manner.
• the site alignments, 90, 91, and 92, are shown along the center of axis of gravity of the putter head.
• the sole-plate 7 and sole -plate post 8 are shown partially lowered.
• Figure 13 shows a perspective view of the sole-plate post 8. Although nothing in this illustration is intended to limit the method of construction, type of material or composite material, or the design possibilities of the sole -plate post 8, the current embodiment illustrates the sole -plate post configuration that provides the current most optimum efficiency for improving the stroke of a golf ball.
• Figure 14 shows a perspective view of the sole-plate 7 showing an example of the a positioning of a recess 70, where the sole -plate attaches to the sole plate post 8 by inserting into the recess 70.
• Nothing in this illustration is intended to limit the shape, size, or design of the sole -plate or sole-plate post, the materials, the methods of connection, or a hollow or solid interior.
• the positioning and alignment of the recess 70, of the present illustration is designed to fit the sole -plate post 8 of figure 13 but may be altered to any size, shape, design, and/or plurality of sole -plate post(s) used to connect the sole-plate 7, with the sole-plate post and is shown in the most optimum design to improve the stroke of a golf ball.
• the sole -plate 7, may be a part of the putter head without the sole-plate post 8, attached directly to the putter head as a single, solid piece.
• such is not the most preferred as it eliminates the means for height adjustment of the face 1 to align with a ball.
• Figure 15 is a perspective view of a mode of the putter head showing the face 1, a portion of the flange ridge 22, angled diagonal grooves 12 running in pluralities at opposite vertical angles, positioned along the face 1, on either side of the sweetspot arranged along the heel-to-toe direction of the face, horizontal grooves 10, centered along the sweet spot, in a triangle-like design arranged along the top to bottom direction of the face 1.
• the toe end 105 of the putter head is on the far left of the drawing to show the orientation of the present illustration
• the hosel 14 is on the heel-end of the top of the putter head 3, with the circular alignment site dot 90, centered above the sweet spot for visual reference when aligning the putter head and a ball.
• sole -plate 7 and sole-plate post 8 are shown in a lowered position from the putter head as an example of the method of use of the putter head for striking a golf ball.
• Figure 16 shows a cut-away side view of the putter head, from the heel side 106, to show the configuration where the weight socket 16 which houses one of the two smallest, identically sized weights 81.
• the weight insert 81 is shown for illustrative purposes with the head (or top end) of the weight insert 81 A, having a dual hole recess for tightening and loosening the weight insert via a screwing tool common to the industry.
• the bottom end of the weight insert 8 IB is shown to illustrate the various method of designs of modifying the size of the weights which would typically include, for example (but not limited to) hollowing the center of the weights using any number methods (such as casting, drilling, etching, etc.), or changing the diameter of the body that is not threaded.
• the weight 81 may be constructed of any material or composite material, although most typically would be constructed of a high-impact, metal alloy. Although the weight 81 , shape and design is optimized for the improvements claimed in the present invention, this is not intended to limit the shape, size, placement, or specific gravity of the weights.
• weights 81 it is also not an intention of this illustration to limit the design of the weights 81, to threaded screw-in or other type of insert or the means by which the weights 81, would be held in place, which would most typically be, but is not limited to, screwing, adhesive, etc.
• the double circle method of design on the head of the weights 81 A is not intended to limit the manner of attaching the weights via a tool and may be of any size or type to accommodate any tool or method.
• Figure 17 shows a cut-away side view of the putter head, from the heel side 106, to show the configuration where the weight socket 17, which houses one of the two smallest, identically sized weights 82.
• the weight insert 82 is shown for illustrative purposes with the head (or top end) of the weight insert 82A having a dual hole recess for tightening and loosening the weight insert via a tool screwing tool common to the industry.
• the bottom end of the weight insert 82B is shown to illustrate the various method of designs of modifying the size of the weights which would typically include, for example (but not limited to) hollowing the center of the weights using any number methods (such as casting, drilling, etching, etc.), or changing the diameter of the body that is not threaded.
• weight 82 may be constructed of any material or composite material, although most typically would be constructed of a high-impact, metal alloy. Although the weight 82, shape and design is optimized for the improvements claimed in the present invention, this is not intended to limit the shape, size, placement, or specific gravity of the weights.
• weights 82 are also not an intention of this illustration to limit the design of the weights 82 to threaded screw-in or other type of insert or the means by which the weights 82 would be held in place, which would most typically be, but is not limited to, screwing, adhesive, etc.
• the double circle configuration on the head of the weights 82A is not intended to limit the manner of attaching the weights via a tool and may be of any size or type to accommodate any tool or method.
• the manner of constructing the weights 82 and the various specific gravities may also be of any method or type.
• the present invention shows the weight socket 17, opening up to the sole-plate post cavity so that the weight 82, can be used to secure the sole-plate in place, although this is not intended to limit the additional methods of securing the sole-plate.
• Nothing in the present illustration is intended to limit the color or exterior, any markings or decorative variations that may be used in the method of design of the present invention.
• a weight of 1 kilogram may be marked: 1 kg (this number is only used for reference and not indicative of any set weight values).
• Other types of markings or variations thereof, including decorative and color-based, may be used.
• Figure 18 shows a cut-away side view of the putter head, from the heel side 106, to show a configuration where the weight socket 15, houses one of the two, larger, identically sized weights 80.
• the weight insert 80 is shown for illustrative purposes with the head (or top end) of the weight insert 80A, having a dual hole recess for tightening and loosening the weight insert via a tool screwing tool common to the industry.
• the bottom end of the weight insert 80B is shown to illustrate the various method of designs of modifying the size of the weights which would typically include, for example (but not limited to) hollowing the center of the weights using any number methods (such as casting, drilling, etching, etc.), or lengthening the portion of the threaded body.
• the weight 80 may be constructed of any material or composite material, although most typically would be constructed of a high-impact, rigid metal alloy.
• weight 80 shape and design is optimized for the improvements disclosed herein, this is not intended to limit the shape, size, placement, or specific gravity of the weights, 80. It is also not an intention of this illustration to limit the design of the weights 80, to threaded screw-in or other type of insert or the means by which the weights 80, would be held in place, which would most typically be, but is not limited to, screwing, adhesive, etc.
• the double circle recess method of design on the head of the weights, 80A is not intended to limit the manner of attaching the weights via a tool and may be of any size or type to accommodate any tool or method.
• the method of constructing the weights 80, and the various specific gravities may also be of any method or type.
• any markings or decorative variations that may be used in the method of design of the present invention.
• a weight of 1 kilogram may be marked: 1 kg (this number is only used for reference and not indicative of any set weight values).
• Figure 19 shows a cut-away side view of the putter head, from the heel side 106, depicting a mode of the putter device herein where the weight socket 18, houses one of the two, larger, identically sized weights, 83.
• the weight insert 83 is shown for illustrative purposes with the head (or top end) of the weight insert 83A, having a dual hole recess for tightening and loosening the weight insert via a tool screwing tool common to the industry.
• the bottom end of the weight insert 83B is shown to illustrate the various method of designs of modifying the size of the weights which would typically include, for example (but not limited to) hollowing the center of the weights using any number methods (such as casting, drilling, etching, etc.), or lengthening the portion of the threaded body. So, for example, in the present illustration, doubling the length of the thread, if made of a high-carbon alloy steel (for example only) would increase the total specific gravity by 118%.
• the weight 83 may be constructed of any material or composite material, although most typically would be constructed of a high-impact, metal alloy.
• weight 83, shape and design is optimized to yield the performance improvements of the present invention, this is not intended to limit the shape, size, placement, or specific gravity of the weights 83. It is also not an intention of this illustration to limit the design of the weights, 83 to threaded screw-in or other type of insert or the means by which the weights 83 would be held in place, which would most typically be, but is not limited to, screwing, adhesive, etc.
• the double circle method of design on the head of the weights 83A is not intended to limit the manner of attaching the weights via a tool and may be of any size or type to accommodate any tool or method.
• the manner of constructing the weights 83 and the various specific gravities may also be of any method or type.
• any markings or decorative variations that may be used in the method of design of the present invention.
• a weight of 1 kilogram may be marked: 1 kg (this number is only used for reference and not indicative of any set weight values).
• Other types of markings or variations thereof, including decorative and color-based, may be used.
• Figure 20 shows an overhead perspective view of an exploded view of the putter head looking down at the back side of the putter head with the toe end 105, oriented to the right.
• the weights, 80, 81, 82, and 83 are inserted into the weight sockets on the back side along the face of the flange.
• the sole-plate post 8 is inserted into the recess in the sole-plate 7, and then inserted by a sliding into the opening 33 depending into the body of the putter head.
• Figure 21 shows a frontal perspective view of an exploded view of the putter head looking down at the bottom side 4, of the putter with the face 1 , oriented to the right. This illustration is provided to show the sole -plate 7, and sole-plate post 8, assembled and then inserted by a sliding engagement to varying positions within the opening 33 depending into the putter head which is configured for adjustable positioning of the sole -plate post 8.

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• 2018
  • 2018-02-13 EP EP18751586.1A patent/EP3579935A1/de not_active Withdrawn
  • 2018-02-13 WO PCT/US2018/018061 patent/WO2018148752A1/en not_active Ceased
• 2019
  • 2019-08-13 US US16/540,004 patent/US20200001152A1/en not_active Abandoned

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