Abstract: A high articulation towing receiver includes a housing and a receiver piece. The housing has a hitch component on a front end and an opening on a back end. The receiver piece includes a hitch receiver portion on a first end and a rotational component on a second end. The rotational component of the receiver piece is positioned inside of the opening on the back end of the housing, where the rotational component is configured to rotate within the housing. Wherein, the rotational component is configured to rotate within the housing for providing a first range of motion about a central longitudinal axis of the receiver piece.

Abstract: A configurable common deck system includes a support frame, and a plurality of decking planks. The support frame is configured to attach to the original equipment (“OE”) chassis of a vehicle. The plurality of decking planks is configured to cover the support frame to create a deck. Wherein, the deck has a customizable size with a length, a width and a height.

Abstract: A configurable common deck system includes a support frame, and a plurality of decking planks. The support frame is configured to attach to the original equipment (“OE”) chassis of a vehicle. The plurality of decking planks is configured to cover the support frame to create a deck. Wherein, the deck has a customizable size with a length, a width and a height.

Abstract: The exemplary embodiment of the present invention comprises a non-contiguous hosel for attaching a golf club shaft to a golf club head. In an exemplary embodiment, two inserts are used to form a hollow shaft receptacle, or hosel. The two inserts are placed at substantially opposite portions of the club head. The placement of the inserts may be manipulated to vary the lie or loft angle of the golf club. In other embodiments, the two inserts may be joined, or multiple inserts may be used, in order to form a non-contiguous hosel.

Abstract: A golf club head and a method of making a golf club head includes a framework that is applied to the rear portion of the club head. A heat shrinkable membrane is mounted to the framework, by either mechanical means or by application of a bonding agent, creating a hollow golf club wherein the membrane material at the center of the rear portion is taut and exposed. The membrane is made from a conformable heat shrinkable fabric having a high tensile strength and negligible compressive strength. The fabric comprises thin, relative flexible, long interwoven fibers such as Kevlar, canvas, sailcloth and fabrics used in the skins of airplanes.

Abstract: A golf club head having a multi-material face is disclosed and claimed. The face is formed by explosion welding, allowing materials having substantially different properties to be uniformly joined. Explosion welding allows the materials to be joined together via a cold-working process, allowing them to joined without losing their pre-bonded properties. Thus, the golf club head have a hard, wear resistant material as the ball-impacting face surface explosion welded to a softer material, allowing the multi-material face to be joined to a soft body material such that the body can be bent and customized. The multi-material face also allows for improved playing characteristics by allowing the club designer to use a thinner face and lighter body material while still providing improved face wear resistance and durability.

Abstract: A metal wood golf club head adapted for attachment to a shaft, comprising of a body portion and a crown portion, each portion constructed of a different density material. Combining a high-density material in the body portion, with a low-density material in the crown portion, creates an ultra-low center of gravity relative to the geometric face center, resulting in higher launch angles and spin rate ratios. The material for the crown portion is preferably a composite. The crown portion comprises an inner surface layer of a vibration dampening material. The transverse surfaces of the crown and body portions creating a gap that is filled with a shock absorption material such as putty or a rubber based structural adhesive.

Abstract: A metal wood golf club head adapted for attachment to a shaft, comprising of a body portion and a crown portion, each portion constructed of a different density material. Combining a high-density material in the body portion, with a low-density material in the crown portion, creates an ultra-low center of gravity relative to the geometric face center, resulting in higher launch angles and spin rate ratios. The material for the crown portion is preferably a composite. A vibration dampening gasket is disposed between the ledge and lip sections of the body and crown respectively.

Abstract: A golf club head having integrally attached weight members is disclosed and claimed. The club head body defines at least a toe chamber and a heel chamber. Weights of variable mass are positioned within the chambers, moving the club head center of gravity back and down.

Abstract: A golf club head with a variable coefficient of restitution is disclosed and claimed. The club head includes a bias member that contacts and exerts a force against the interior surface of the face. The force exerted against the interior of the face lessens the face flexibility, and decreases the club head coefficient of restitution. The bias member can be adjusted from outside the club head, allowing the manufacturer to precisely adjust the club head coefficient of restitution.

Abstract: A golf club head with a variable coefficient of restitution is disclosed and claimed. The club head includes a bias member that contacts and exerts a force against the interior surface of the face. The force exerted against the interior of the face lessens the face flexibility, and decreases the club head coefficient of restitution. The bias member can be adjusted from outside the club head, allowing the manufacturer to precisely adjust the club head coefficient of restitution.

Abstract: A substantially hollow body metal wood golf club head has a wrap around insert that comprises a substantial portion of the front face. The insert having a wing-like extension that extends around the heel portion of the club head and a pre-determined distance of about 0.657 inch into the skirt portion of the club head. A gap of about 0.06 inch to about 0.36 inch is created between an internal thru-hosel and the interior wall of the heel. The gap represents material and weight that may be used more effectively in other parts of the club head. The lack of connection between the hosel and the front face creates a greater unsupported front face and therefore a greater “sweet spot” area.

Abstract: A golf club head is provided with a residual compressive stress layer on the inside surface of the club face using a peening treatment. The peening treatment also may remove material from the club head, such as unwanted alpha case on a titanium club head. The body of the club head further may be subjected to a peen treatment.

Abstract: A golf club including a head, a bore-through hosel insert, and a shaft is disclosed and claimed. The head includes a passage in which the bore-through hosel insert is positioned and retained. The bore-through hosel insert has a specific gravity much lower than the club head specific gravity. This allows mass that would necessarily have been located in the hosel in the heel of the club head to be relocated to more beneficial areas of the club. This allows the club designer to, for example, increase the overall size of the club head, expand the sweet spot, enhance the moment of inertia, and/or optimize the club head center of gravity location.

Abstract: The exemplary embodiment of the present invention comprises a non-contiguous hosel for attaching a golf club shaft to a golf club head. In an exemplary embodiment, two inserts are used to form a hollow shaft receptacle, or hosel. The two inserts are placed at substantially opposite portions of the club head. The placement of the inserts may be manipulated to vary the lie or loft angle of the golf club. In other embodiments, the two inserts may be joined, or multiple inserts may be used, in order to form a non-contiguous hosel.

Abstract: A metal wood golf club head adapted for attachment to a shaft, with a body comprising of a first body portion and a second body portion, each portion constructed of a different density material. Combining a high density material in the first body portion with a low density material in the second body portion, creates an ultra-low center of gravity relative to the geometric face center, resulting in higher launch angles and spin rate ratios.

Abstract: The exemplary embodiment of the present invention comprises a non-contiguous hosel for attaching a golf club shaft to a golf club head. In an exemplary embodiment, two inserts are used to form a hollow shaft receptacle, or hosel. The two inserts are placed at substantially opposite portions of the club head. The placement of the inserts may be manipulated to vary the lie or loft angle of the golf club. In other embodiments, the two inserts may be joined, or multiple inserts may be used, in order to form a non-contiguous hosel.

Abstract: A golf club head is provided with a residual compressive stress layer on the inside surface of the club face using a peening treatment. The peening treatment also may remove material from the club head, such as unwanted alpha case on a titanium club head. The body of the club head further may be subjected to a peen treatment.

Abstract: A die assembly for forming wax patterns is provided, including at least two cooperating mold portions together defining a main cavity, a runner in communication with the main cavity, a temperature sensor disposed proximate the runner, and a counter coupled to a mold portion and connected to the temperature sensor. When wax is injected through the runner into the main cavity, the temperature sensor measures an increase in temperature and the counter registers an injection cycle. An injection molding method also is provided with injection cycle counting.

Abstract: A golf club head is provided with a residual compressive stress layer on the inside surface of the club face using a peening treatment. The peening treatment also may remove material from the club head, such as unwanted alpha case on a titanium club head. The body of the club head further may be subjected to a peen treatment.