Abstract: A handle is adapted to be held by a player and a striking end is adapted to contact and propel an object A structure for a hockey stick is described by using multiple composite tubes bonded to one another, wherein apertures, or “ports,” are molded between the tubes to improve the stiffness, strength, aerodynamics and comfort of the hockey stick.

Abstract: An articulated lacrosse stick having a head portion, a handle portion and an articulation mechanism capable of moving a first portion of the stick from a first position to a second different position with respect to a second portion of the stick is disclosed. The head portion may be articulated with respect to the handle portion. A first handle portion of stick may be articulated with respect to a second handle portion.

Abstract: A lacrosse head having a soft mesh pocket with an area of its strings coated with stiffening material. The coated area defines, for example, a ball release area, a ball pocket, and/or a throwing channel. One embodiment provides a lacrosse head pocket that includes a continuous piece of mesh, and a stiffening material coating a first area of the mesh, with a second area of the mesh being uncoated. The first area defines, for example, a ball release area, a ball pocket, and/or a throwing channel.

Abstract: A lacrosse head for use with a lacrosse handle includes a frame element including an arcuate wall, a scoop opposing the arcuate wall, and a pair of opposing sidewalls. The sidewalls generally extend between the arcuate wall and the scoop. The frame element has a socket extending rearwardly therefrom for receipt of a handle therein. The lacrosse head has a plurality of net attachment means formed therein for attachment of lacrosse net thereto. The lacrosse head has a pocket area defined by a lower portion of the arcuate wall, the scoop, and a lower portion of each of the pair of opposing sidewalls. The lacrosse head also has a catching area defined by an upper portion of the arcuate wall, the scoop, and an upper portion of each of the pair of opposing sidewalls. The catching area of the head is larger than the pocket area.

Abstract: A device for shaping the mesh of a lacrosse stick head includes a ball similar in size to a lacrosse ball and carried by an elongated handle. A positioning rod is detachably connected to the handle and adapted to extend transverse to the plane of the head and serve as a fulcrum for pivoting the handle away from the head and driving the ball into the mesh of the head to stretch the mesh and form a pocket in it.

Abstract: A frame for a ball catching and delivery head for use in, for example, the sport of lacrosse comprising a frame having a scoop, a base and spaced lateral sidewalls therebetween defining the periphery of a ball receiving and delivery face. Each of the lateral sidewalls includes a flex region which is more elastically compliant and resilient than the remainder of the frame. In one embodiment, the flex regions define regions of the sidewalls comprised of a material which is more flexible than the material comprising the remainder of the frame. In another embodiment, the flex regions are defined by springs incorporated into the sidewalls. In a further embodiment, the flex regions are defined by regions of the sidewalls of reduced height and cross-section. In a further embodiment, the sidewalls comprise separate, pivotable aft and fore frame/sidewall members.

Abstract: A shooting string apparatus used in playing the sport of lacrosse. The apparatus is located in the head of a lacrosse stick during the play of the game of lacrosse. During lacrosse play, a player may find it advantageous to use this invention in the making of easy and rapid adjustments to the tensions of the webbing in the area of shooting string apparatus. There may be one or several shooting string apparatus in use simultaneously. In this invention, the shooting string apparatus is constructed with a flat central piece called the shooting string section. Affixed to the shooting section are a series of flaps or opposed flaps that fold over and hold the shooting string in place within the stick head. A tension string may be encompassed by but does not attach to and does not extend internally through the shooting string section. The shooting string section does not itself exert tension on the webbing.

Abstract: A lacrosse head with improved weight and handling characteristics includes a frame element having a base portion, a scoop portion, and a pair of opposing sidewall portions extending between the base portion and the scoop portion. The frame element includes one or more cavities integrally formed within one or more of the sidewall portions, the base portion, and the scoop portion. In addition, the lacrosse head includes a no-skid surface integrated with a portion of the frame element. This surface is intended to create friction between the no-skid surface and a lacrosse ball, as well as to absorb kinetic energy of the lacrosse ball preventing the ball from inadvertently bouncing out of the lacrosse head or rattling therein.

Abstract: A lacrosse head comprising a frame, a pocket attached to the frame, and at least one energy absorbing element engaging the frame to absorb energy from an impact to the pocket. Preferably, the frame, which includes a scoop, a throat, and sidewalls, includes energy absorbing elements positioned proximate to the throat and along the sidewalls of the frame. The energy absorbing elements can be positioned on an external surface of the perimeter of the frame. The frame includes pocket attachment apertures and the energy absorbing elements include apertures, wherein the apertures on the energy absorbing elements are substantially aligned with the pocket attachment apertures to secure the energy absorbing elements to the frame.

Abstract: A head of a lacrosse stick including a frame defining a back stop wall at one end, a scoop wall at an opposite end and side walls therebetween. A plurality of fingers are spaced along the interior face of the back wall and side walls respectively. Each of the fingers protrude outwardly from the interior face of the back wall and side walls respectively and include an outer sloped surface adapted to guide and direct a lacrosse ball into the pocket of the head. Each of the fingers also include a lower sloped shoulder adapted to hold the lacrosse ball in the head and guide and direct the ball between the back wall and the scoop wall. In one embodiment, the length of the fingers increases between the back wall and the side walls to define a pocket for the ball and then decreases along the side walls in the direction of the scoop wall to define a ball ramp.

Abstract: A lacrosse head having a netting with a shallow pocket is provided for improving the handling and the retention of a lacrosse ball. The lacrosse head includes a frame element comprised of a pair of opposing sidewalls that each have a top end and a bottom end, a scoop portion connecting the top ends of the sidewalls, and a base portion connecting the bottom ends of the sidewalls. Furthermore, the lacrosse head includes a netting that is coupled to the opposing sidewalls. This netting has one or more partitions coupled thereto for substantially defining a ball retention region and one or more peripheral regions of the netting. These partitions protrude outwardly from the netting and are adapted for contacting a lacrosse ball and retaining the lacrosse ball within the ball retention region.

Abstract: A handle for sports equipment such as a lacrosse or hockey stick including cushioning and grip ribs. In one embodiment, the shaft of the handle defines one or more regions of reduced diameter or thickness such as, in one embodiment, a plurality of elongate longitudinal grooves extending around the periphery thereof in spaced-apart relationship. Interior cushioning ribs are defined in the region of the grooves by a layer of cover or coating material which is applied to the surface of the shaft and fills the grooves. In another embodiment, the shaft includes tapered regions in the shaft and the layer of cover or coating material fills the tapered regions to define cushioning ribs.

Abstract: A pocket for a lacrosse head (10) includes a mesh portion (20) attached to the lacrosse head (10). The mesh portion (20) has a plurality of holes (22) therein. Furthermore, the mesh portion (20) has less than nine holes (22) disposed within a horizontal row between a pair of opposing sidewall portions (12) of the lacrosse head (10).

Abstract: A lacrosse head having protrusions on its top and/or bottom edges, which improve ball control. Preferably, the protrusions on the top edge protrude toward the interior of the lacrosse head and the protrusions on the bottom edge protrude away from the interior of the lacrosse head. In a further embodiment, the lacrosse head has a top protrusion disposed on the top edge of a sidewall, and a bottom protrusion on disposed on the bottom edge of the sidewall, such that any height of the lacrosse head frame, inclusive of the top protrusion and the bottom protrusion, does not exceed a specified sidewall height, even though the sum of the height of the sidewall, the height of the top protrusion, and the height of the bottom protrusion, measured separately and nonlinearly, exceed the specified sidewall height.

Abstract: A lacrosse head having a frame and an articulated member moveably coupled to the frame. In one embodiment, a lacrosse head includes a stop member; a first sidewall connected to the stop member; a second sidewall connected to the stop member opposite the first sidewall; and a scoop connected to the first sidewall and the second sidewall opposite the stop member, wherein the first sidewall includes a first member integrally connected to the stop member and the scoop, and a second member moveably coupled to the first member. The second member can include pocket thread openings for attaching a pocket to the head. The lacrosse head can also include a stiffening member attached to the scoop and a sidewall of the frame, and a collared male plug for joining the frame to a hollow shaft.

Abstract: A lacrosse stick with replaceable modular handle sections includes a sectional handle, an interlocking mechanism for the sectional handle, and a head. The sectional handle includes an upper elongate section having both a top end and a locking bottom end and a lower elongate section having both a locking top end and a bottom end. The interlocking mechanism serves to interlock the locking bottom end of the upper elongate section with the locking top end of the lower elongate section. The head is mounted on the top end of the upper elongate section and includes both a closed-loop frame and a net suspended substantially within the confines of the frame. The interlocking mechanism can be unlocked so that either the upper elongate section or the lower elongate section of the sectional handle may be replaced as desired in a modular fashion with a substitutive elongate section.

Abstract: The present invention discloses lacrosse head having a throat for receiving a handle, a scoop distal from the throat, a pair of sidewalls extending from the throat to the scoop, and a ball stop adjacent the throat. A pair of floating ribs corresponding to each of the pair of sidewalls is provided. Each of the floating ribs has a first end and a second end separated by a middle portion wherein the first end is joined proximal the throat and the second end is joined proximal the side wall and a segment of the middle portion is not attached to the sidewall. The socket is provided with an inner perimeter and outer perimeter. The outer perimeter has a proximal end proximal a mouth for receiving the lacrosse handle and a distal end distal the proximal end, the distal end being larger than the proximal end. The outer perimeter is substantially smooth.

Abstract: A multi-component lacrosse stick head, made of at least two materials, including a base lacrosse head structure of one material and one or more overlays made of one or more other materials strategically located on the base structure. The base structure and overlays provide particular performance characteristics for the lacrosse head. An embodiment of the invention includes a base lacrosse head structure, and at least one of a ball stop overlay, a sidewall overlay, an edge overlay, a thread opening overlay, and a scoop overlay. The overlays are affixed to the base lacrosse head structure by, for example, insert molding, over molding, reaction injection molding, spray application, rotational molding, dual extrusion, casting, or an interference fit.

Abstract: A method and apparatus for dampening the rebound of a lacrosse head pocket. In one embodiment, the apparatus includes a frame having a thread hole and an aperture proximate to the thread hole. The aperture creates a moveable structure of the frame. The moveable structure encompasses at least a portion of the thread hole. The moveable structure is adapted to flex relative to the frame.

Abstract: A pre-manufactured or pre-formed pocket. The pocket can be secured using cross lace pieces and either runners or throat tie downs can be attached to the frame. Generally, the runners are made of a top runner piece and a bottom runner piece that are stitched together. In between the top runner piece and the bottom runner piece there are placed any number of cross pieces and cross lace pieces. The cross pieces maintain the maximum distance between the runners. The cross lace pieces are used to tie to secure the pocket to the frame. Either throat ties or the runners are then used to secure the bottom portion of the pockets to the throat of the frame. The top runner piece and the bottom runner piece can be secured together in any way including stitching or adhesive. Another embodiment creates a pocket from one or more sheets of material. A die or knife is used to cut the material into the desired shape. In that way a piece of material can be cut into a mesh pocket.

Abstract: A lacrosse head construction comprising a frame comprising a forward scoop having a width, a rearward wall more narrow than the scoop width and two opposing sidewalls between the scoop and the rearward wall; wherein at least a portion of each sidewall comprises a material that is softer than the material of at least the scoop, to create sidewalls that help to dampen movement of a lacrosse ball into or within the lacrosse head.

Abstract: A pocket for a lacrosse head (10) includes a netting portion (20) attached to the lacrosse head (10). The netting portion (20) has a plurality of holes (22) therein. The netting portion (20) is characterized by a middle section (28) with a plurality of center holes (32) therein intended to grip a lacrosse ball (24) and provide enhanced ball control characteristics. The netting portion (20) further includes at least one peripheral section (30) with a plurality of peripheral holes (34) therein capable of funneling the lacrosse ball (24) toward the middle section (28) and improving ball retention capabilities of the lacrosse head (10).

Abstract: A lacrosse head (10) is provided for improving ball retention and throwing accuracy. The lacrosse head (10) includes a pair of opposing sidewall portions (14) each having a top end, a bottom end, and an inner intermediate section with a shelf (28) integrated therein. Each shelf assists a user in retaining a lacrosse ball within the lacrosse head (10). The top ends of the opposing sidewall portions (14) are connected to each other by a scoop portion (16) that has a non-skid surface formed thereon for gripping the lacrosse ball. The bottom ends of the opposing sidewall portions (14) are connected by a base portion (18).

Abstract: The present invention discloses a pre-manufactured or pre-formed pocket. The present pocket is secured using cross lace pieces and either runners or throat tie downs to be attached to the frame. Generally, the runners are made of a top runner piece and a bottom runner piece that are stitched together. In between the top runner piece and the bottom runner piece there are placed any number of cross pieces and cross lace pieces. The cross pieces maintain the maximum distance between the runners. The cross lace pieces are used to tie to secure the pocket to the frame. Either throat ties or the runners are then used to secure the bottom portion of the pockets to the throat of the frame. The top runner piece and the bottom runner piece can be secured together in any way including stitching or adhesive. Another embodiment creates a pocket from one or more sheets of material. A die or knife is used to cut the material into the desired shape. In that way a piece of material can be cut into a mesh pocket.

Abstract: An apparatus used in playing the sport of lacrosse. The apparatus is located in a lacrosse player's stick head. During lacrosse play, a player may find it advantageous to use this invention to finely adjust the lengths and tensions of the thongs or netting material of the lacrosse stick head. In addition, this invention relates to the shooting string apparatus located in the head of a lacrosse stick and its adjustment. In this invention, the shooting string apparatus is constructed with a flat central piece called the shooting string section and a tension adjustment device. Affixed to the shooting section are a series of opposed flaps that fold over and hold the shooting string in place within the stick head. A tension string is connected to or through the shooting string section. The tension on the shooting string section may be easily and rapidly adjusted by controlling the length of the tension string by operating a finely continuously adjustable locking mechanism.

Abstract: A variable hand placement sports equipment handle, such as a lacrosse stick handle, hockey stick handle, or field hockey stick handle, that includes a shaft and at least one overlay attached to the shaft at a location of frequent hand placement. The overlays are specially located and structured to provide the shaft with structural and tactile features that correspond to and accommodate the way in which a player moves his hands along the shaft and grips the shaft. The structural and tactile features, such as ribs, grooves, and hourglass and conical shapes, are located on the shaft to enhance a player's control of the shaft when performing various skills.

Abstract: A quick-release fastener for releasably attaching the head to the shaft of a lacrosse stick includes a fastener body and a tension pin, affixed to and extending through the fastener body, the tension pin including a compression spring and one or more end caps, the end caps protruding from one end, or two opposite ends, of the fastener body, and the tension pin being arranged such that when the end caps of the tension pin are compressed against the spring, the end caps are recessed into the fastener body.

Abstract: A lacrosse head (10) with a substantially narrow pocket and lower manufacturing costs is provided. In one embodiment, this lacrosse head (10) includes a one-piece integral frame element (18) comprised of a base portion (24), a pair of sidewalls (20) diverging from the base portion (24), and a scoop portion (22) connecting the sidewalls (20) opposite the base portion (24). This lacrosse head (10) further includes a pair of flaps (12) coupled to the sidewalls (20) by an overmolding process. These flaps (12) extend inwardly and rearwardly from their respective sidewalls (20) toward a centerline (26) of the lacrosse head (10). Each flap (12) has a series of holes (28) formed therein for receiving a netting (14) and attaching the netting (14) thereto. As a result, these flaps (12) narrow the width of the pocket and decrease lateral ball movement within the lacrosse head (10).

Abstract: An apparatus and method for determining compliance of a lacrosse stick head with dimensional specifications that require a minimum allowable width between the two sidewalls of the head as measured at a designated distance from the stop member of the head. The apparatus has a width equal to the minimum allowable width of the lacrosse stick head, and a length perpendicular to the width. The length is equal to the designated distance. The apparatus is adapted to simultaneously measure the designated distance and the minimum allowable width. In a specific implementation, the apparatus has an upper rectangular portion connected to a lower triangular portion.

Abstract: A lacrosse head for use with a lacrosse handle includes a frame element including an arcuate wall, a scoop opposing the arcuate wall, and a pair of opposing sidewalls. The sidewalls generally extend between the arcuate wall and the scoop. The frame element has a socket extending rearwardly therefrom for receipt of a handle therein. The lacrosse head has a plurality of net attachment means formed therein for attachment of lacrosse net thereto. The lacrosse head has a pocket area defined by a lower portion of the arcuate wall, the scoop, and a lower portion of each of the pair of opposing sidewalls. The lacrosse head also has a catching area defined by an upper portion of the arcuate wall, the scoop, and an upper portion of each of the pair of opposing sidewalls. The catching area of the head is larger than the pocket area.

Abstract: A lacrosse head having protrusions on its top and/or bottom edges, which improve ball control. Preferably, the protrusions on the top edge protrude toward the interior of the lacrosse head and the protrusions on the bottom edge protrude away from the interior of the lacrosse head. In a further embodiment, the lacrosse head has a top protrusion disposed on the top edge of a sidewall, and a bottom protrusion on disposed on the bottom edge of the sidewall, such that any height of the lacrosse head frame, inclusive of the top protrusion and the bottom protrusion, does not exceed a specified sidewall height, even though the sum of the height of the sidewall, the height of the top protrusion, and the height of the bottom protrusion, measured separately and nonlinearly, exceed the specified sidewall height.

Abstract: A lacrosse goalie stick head (10) for attachment to a lacrosse stick. The lacrosse goalie stick head (10) comprises a traverse top wall (12) connected to a first sidewall (14) and a second sidewall (16). The first sidewall (14) has a first flange (36) and the second sidewall (16) has a second extending flange (38). The first and second sidewalls extend away from the top traverse wall (12), converge toward a base (19), and connect to the base (19). The base (19) has a throat portion 18 having a female end socket (23) for attachment to the lacrosse stick. The top traverse wall (12), the first sidewall (14), the second sidewall (16), and the base (19) form the lacrosse goalie stick head (10). The lacrosse goalie stick head (10) increases a goaltender's control in the deflection and receiving of lacrosse balls.

Abstract: A lacrosse head having a frame and an articulated member moveably coupled to the frame. In one embodiment, a lacrosse head includes a stop member; a first sidewall connected to the stop member; a second sidewall connected to the stop member opposite the first sidewall; and a scoop connected to the first sidewall and the second sidewall opposite the stop member, wherein the first sidewall includes a first member integrally connected to the stop member and the scoop, and a second member moveably coupled to the first member. The second member can include pocket thread openings for attaching a pocket to the head. The lacrosse head can also include a stiffening member attached to the scoop and a sidewall of the frame, and a collared male plug for joining the frame to a hollow shaft.

Abstract: A multi-component lacrosse stick head, made of at least two materials, including a base lacrosse head structure of one material and one or more overlays made of one or more other materials strategically located on the base structure. The base structure and overlays provide particular performance characteristics for the lacrosse head. An embodiment of the invention includes a base lacrosse head structure, and at least one of a ball stop overlay, a sidewall overlay, an edge overlay, a thread opening overlay, and a scoop overlay. The overlays are affixed to the base lacrosse head structure by, for example, insert molding, over molding, reaction injection molding, spray application, rotational molding, dual extrusion, casting, or an interference fit.

Abstract: A lacrosse head for use with a lacrosse handle includes a frame element including an arcuate wall, a scoop opposing the arcuate wall, and a pair of opposing sidewalls. The sidewalls generally extend between the arcuate wall and the scoop. The frame element has a socket extending rearwardly therefrom for receipt of a handle therein. The lacrosse head has a plurality of net attachment means formed therein for attachment of lacrosse net thereto. The lacrosse head has a pocket area defined by a lower portion of the arcuate wall, the scoop, and a lower portion of each of the pair of opposing sidewalls. The lacrosse head also has a catching area defined by an upper portion of the arcuate wall, the scoop, and an upper portion of each of the pair of opposing sidewalls. The catching area of the head is larger than the pocket area.

Abstract: A method and apparatus for dampening the rebound of a lacrosse head pocket. In one embodiment, the apparatus includes a frame having a thread hole and an aperture proximate to the thread hole. The aperture creates a moveable structure of the frame. The moveable structure encompasses at least a portion of the thread hole. The moveable structure is adapted to flex relative to the frame.

Abstract: An end cap and weight system to increase the weight of a hollow shaft of a sports stick and to provide a hand removable end cap for a sports stick. The end cap has a knob, a bolt, a nut and a compression plug. The end cap is removably mounted to the hollow shaft so that the shaft may be cut to a desired length and/or weight can be added to or removed from the hollow shaft without the need for tooling.

Abstract: A lacrosse head having a netting with a shallow pocket is provided for improving the handling and the retention of a lacrosse ball. The lacrosse head includes a frame element comprised of a pair of opposing sidewalls that each have a top end and a bottom end, a scoop portion connecting the top ends of the sidewalls, and a base portion connecting the bottom ends of the sidewalls. Furthermore, the lacrosse head includes a netting that is coupled to the opposing sidewalls. This netting has one or more partitions coupled thereto for substantially defining a ball retention region and one or more peripheral regions of the netting. These partitions protrude outwardly from the netting and are adapted for contacting a lacrosse ball and retaining the lacrosse ball within the ball retention region.

Abstract: A lacrosse head construction comprising a frame comprising a forward scoop having a width, a rearward wall more narrow than the scoop width and two opposing sidewalls between the scoop and the rearward wall; wherein at least a portion of each sidewall comprises a material that is softer than the material of at least the scoop, to create sidewalls that help to dampen movement of a lacrosse ball into or within the lacrosse head.

Abstract: A lacrosse head (10) is provided for improving ball retention and throwing accuracy. The lacrosse head (10) includes a pair of opposing sidewall portions (14) each having a top end, a bottom end, and an inner intermediate section with a shelf (28) integrated therein. Each shelf assists a user in retaining a lacrosse ball within the lacrosse head (10). The top ends of the opposing sidewall portions (14) are connected to each other by a scoop portion (16) that has a non-skid surface formed thereon for gripping the lacrosse ball. The bottom ends of the opposing sidewall portions (14) are connected by a base portion (18).

Abstract: A handle for a lacrosse head is provided. The handle includes a hollow metal tube having an interior surface and an exterior surface. The hollow metal tube has a first end for communicating with a throat portion of a lacrosse head and a second end opposing the first end. The hollow metal tube has a first thickness defined by a distance between the interior surface and the exterior surface at one location along the hollow metal tube and a second thickness defined by a distance between the interior surface and the exterior thickness at another location along the hollow metal tube. The first thickness has a greater magnitude than the second thickness.

Abstract: An improved handle for a lacrosse stick generally comprising a rigid elongated member, having a length and a longitudinal axis, comprising a plurality of ridges and trenches which extend along substantially the entire length of the elongated member and which are substantially parallel to the longitudinal axis.

Abstract: A lacrosse handle (12) having one or more reinforcing inserts (14) is provided. The lacrosse handle (12) is defined by a hollow tube having an outer surface (22) and an inner surface (24). The inner surface (24) has the reinforcing insert (14) coupled thereto. In one embodiment, this reinforcing insert (14) is comprised of an injection-molded fiberglass composite that contacts substantially the entire inner surface (24) of the handle (12). Alternatively, in another embodiment, the reinforcing insert (14) is comprised of a foam material. Furthermore, the reinforcing insert (24) may instead be constructed of a variety of other suitable materials for reinforcing the hollow tube and supporting the existing structure of the hollow tube. In addition, the reinforcing insert (14) may be adapted for absorbing vibrations emanating through the handle (12).

Abstract: A lacrosse head (10) with a substantially narrow pocket and lower manufacturing costs is provided. In one embodiment, this lacrosse head (10) includes a one-piece integral frame element (18) comprised of a base portion (24), a pair of sidewalls (20) diverging from the base portion (24), and a scoop portion (22) connecting the sidewalls (20) opposite the base portion (24). This lacrosse head (10) further includes a pair of flaps (12) coupled to the sidewalls (20) by an overmolding process. These flaps (12) extend inwardly and rearwardly from their respective sidewalls (20) toward a centerline (26) of the lacrosse head (10). Each flap (12) has a series of holes (28) formed therein for receiving a netting (14) and attaching the netting (14) thereto. As a result, these flaps (12) narrow the width of the pocket and decrease lateral ball movement within the lacrosse head (10).

Abstract: A method and apparatus for dampening the rebound of a lacrosse head pocket. In one embodiment, the apparatus includes a frame having a thread hole and an aperture proximate to the thread hole. The aperture creates a moveable structure of the frame. The moveable structure encompasses at least a portion of the thread hole. The moveable structure is adapted to flex relative to the frame.

Abstract: A multi-component lacrosse stick head, made of at least two materials, including a base lacrosse head structure of one material and one or more overlays made of one or more other materials strategically located on the base structure. The base structure and overlays provide particular performance characteristics for the lacrosse head. An embodiment of the invention includes a base lacrosse head structure, and at least one of a ball stop overlay, a sidewall overlay, an edge overlay, a thread opening overlay, and a scoop overlay. The overlays are affixed to the base lacrosse head structure by, for example, insert molding, over molding, reaction injection molding, spray application, rotational molding, dual extrusion, casting, or an interference fit.

Abstract: A quick-release fastener for releasably attaching the head to the shaft of a lacrosse stick includes a fastener body and a tension pin, affixed to and extending through the fastener body, the tension pin including a compression spring and one or more end caps, the end caps protruding from one end, or two opposite ends, of the fastener body, and the tension pin being arranged- such that when the end caps of the tension pin are compressed against the spring, the end caps are recessed into the fastener body.

Abstract: A lacrosse head with improved weight and handling characteristics includes a frame element having a base portion, a scoop portion, and a pair of opposing sidewall portions extending between the base portion and the scoop portion. The frame element includes one or more cavities integrally formed within one or more of the sidewall portions, the base portion, and the scoop portion. In addition, the lacrosse head includes a no-skid surface integrated with a portion of the frame element. This surface is intended to create friction between the no-skid surface and a lacrosse ball, as well as to absorb kinetic energy of the lacrosse ball preventing the ball from inadvertently bouncing out of the lacrosse head or rattling therein.

Abstract: A push button mechanism for a lacrosse head is used to attach a head securely to the lacrosse handle. The mechanism comprises a button and a spring clip. The mechanism is placed into the shaft of the lacrosse handle and the push button locks in the corresponding hole. By pressing the button down, a lacrosse head can be slid over the hole and the push button can secure the head to the handle by locking into the corresponding hole of the lacrosse head. Using a push button attachment mechanism allows the user to easily change heads without the worry of damaging or stripping the holes of the head or handle and without the worry of carrying tools.

Abstract: A lacrosse head having a frame and an articulated member moveably coupled to the frame. In one embodiment, a lacrosse head includes a stop member; a first sidewall connected to the stop member; a second sidewall connected to the stop member opposite the first sidewall; and a scoop connected to the first sidewall and the second sidewall opposite the stop member, wherein the first sidewall includes a first member integrally connected to the stop member and the scoop, and a second member moveably coupled to the first member. The second member can include pocket thread openings for attaching a pocket to the head. The lacrosse head can also include a stiffening member attached to the scoop and a sidewall of the frame, and a collared male plug for joining the frame to a hollow shaft.