Abstract: In some embodiments, an archery bow comprises a riser comprising a grip location and a cavity. A first limb is supported by the riser and attached by a first limb fastener. A second limb is supported by the riser and attached by a second limb fastener. A bowstring extends between the limbs. A vibration damper is located in the cavity, the vibration damper comprising a resilient member and a weight. A first distance from the bowstring to the first limb fastener is less than a second distance from the bowstring to the vibration damper.

Abstract: An archery bow includes a riser body having a first end and a second end, a first bow limb connected to the first end of the riser body and a second bow limb connected to the second end of the riser body. The archery bow also includes a pulley arrangement supported on the first bow limb and the second bow limb, the pulley arrangement having a cam arrangement, and a cable arrangement interfaced with pulley arrangement, the cable arrangement operable for movement between an undrawn condition and a drawn condition. The archery bow further includes a bladed tool removably secured to the riser body, the bladed tool having a handle and a blade, and a bladed tool fastener configured to removably secure the bladed tool to the riser body. The bladed tool may function as a bow stabilizer.

Abstract: In some embodiments, an archery bow comprises a riser, limbs and a bowstring extending between the limbs. A string stop is supported by the riser. The string stop comprises a first body member, a flexion member supported by the first body member and a bumper supported by the flexion member. At least a portion of the flexion member is oriented nonparallel to a shooting axis defined by the archery bow.

Abstract: A vibration dampener for an archery bow is formed as an elastomeric member having an outer surface containing a plurality of spaced grooves which define ribs there between. Each groove has a constant depth, but the grooves toward the ends of the member are not as deep as the grooves progressing toward the center of the member. The ribs may contain spaced and aligned depressions which cooperate with the grooves to absorb vibrations from the bow in three dimensions during execution of an archery shot. Inserts are provided in each end of the dampener to stabilize the ends and to facilitate connection of the dampener with a bow stabilizer and weights.

Abstract: The inventive stabilizer controls the stiffness, spine, flex and flex direction of the bow. The archery stabilizer has a rod having first and second ends; first and second end caps connected to the first and second ends of the rod, and at least three stiffening members extending between the first and second end caps, each of the at least three stiffening members being constructed and arranged to selectively change the tension between the first and second end caps.

Abstract: A vibration dampener for an archery bow includes a cylindrical sleeve containing a chamber and a unitary elastomeric member arranged in the chamber. The elastomeric member is pressurized to press against an inner surface of the sleeve and absorb vibrations from the bow during execution of an archery shot. The pressure applied to the elastomeric member may be fixed or it may be adjustable through use of a compression assembly.

Abstract: An archery stabilizer includes a tubular member and an insert member. The tubular member has a first end, a second end and an interior sidewall defining an interior bore that extends between the first end and the second end. The tubular member has a first resonance frequency. The insert member is positioned in the interior bore and extends for more than one third of the length of the tubular member. The insert member has an exterior surface. The insert member has a second resonance frequency that differs from the first resonance frequency. A vibration dampening gel is positioned between the exterior surface of the insert member and the interior sidewall of the tubular member. A mounting assembly is positioned at the first end of the tubular member, whereby the archery stabilizer is mounted to an archery bow. A weight support assembly is positioned at the second end of the tubular member, whereby one or more weights are supported.

Abstract: An adjustable stabilizer system preferably includes a bow mount member, a bow mount member with quick release, an elbow link member, an elbow link member with a quick release, a tightening elbow, a single thread coupler, a double threaded coupler and a weight with an o-ring. The bow mount member preferably includes a bow mounting base and a bow pivoting extension. The pivoting extension extends outward from one end of the mounting base. A threaded tap is formed in an opposing end of the mounting base. The elbow link member preferably includes an elbow mounting base and an elbow pivoting extension. The elbow pivoting extension extends outward from one end of the elbow mounting base and a threaded tap is formed in an opposing end of the elbow mounting base. The elements of the adjustable stabilizer system may be assembled in any suitable configuration.

Abstract: The invention relates to a vibration damper (35) for archery bows. The vibration damper comprises a housing (36) extending along an axis (X) and forming at least one chamber (37, 38, 39, 40), wherein the at least one chamber is partially filled with granular solid material (9). The housing is formed by a stack of two or more bowl-shaped parts (1, 2, 4) arranged along the axis, wherein the at least one chamber is closed by the subsequent part in the stack. The stack of parts is held together by a central attachment device (41) extending along the axis, to close the at least one chamber, such that the at least one chamber forms an open space circumventing the central attachment device.

Abstract: In at least one embodiment, an archery bow comprises a riser supporting a first limb and a second limb. The first limb supports a first rotatable member that defines a first axis of rotation. The second limb supports a second rotatable member that defines a second axis of rotation. The first axis of rotation and the second axis of rotation move with respect to one another as the bow is drawn from a brace condition to a drawn condition. The bow defines a reference plane that includes the first axis of rotation and the second axis of rotation, wherein a distance between a predetermined location on the riser and the reference plane is greater in the brace condition than in the drawn condition.

Abstract: The spring suppressor preferably includes a housing, a piston rod, a compression spring and an end plug. The piston includes a bumper portion, a neck portion and a tail portion. The housing includes a bumper hole, a piston bore and a cap thread. The piston bore is formed through substantially a length of the housing. The bumper hole is sized to slidably receive an outer diameter of the bumper portion. The cap thread is formed in an entrance of the piston bore to threadably receive the end plug. The piston is pre-loaded by the compression spring. The end plug is threaded into an end of the piston bore to retain the compression spring and the piston rod. A second embodiment of the string suppressor preferably includes the bumper, the piston rod, the compression spring, a housing and an end rod.

Abstract: An archery bow stabilizer that balances an archery bow and generally inhibits roll, pitch and/or yaw of the bow when the bow is held, drawn, or shot by an archer. The stabilizer can include an optional mounting bracket that mounts to the riser of an archery bow, one or more mounting arms, and one or more stabilizing rods joined with the arms via clamping elements. The rods can be movable forward and rearward relative to the mounting bracket and/or riser to provide a variety of weight adjustment and distribution capabilities. Optional weights can be joined with ends of the rods to provide further weight adjustment and distribution.

Abstract: A vibration dampened barrel for a crossbow preferably includes at least two vibration dampening chambers, which extend at least a portion of a length of the vibration dampened barrel. The at least two vibration dampening chambers are at least partially filled with a vibration dampening material, such as silicone, rubber, low density foam, high density foam, or any other suitable material that absorbs noise and or vibration. The vibration dampening material is preferably applied by injection, compression, spray, pouring or any other suitable method. The vibration dampening material is retained in the at least two vibration dampening chambers by curing or hardening; mechanically confinement including the use of fasteners or a plug; or with any other suitable method. The at least two vibration dampening chambers may be partially or fully filled. The vibration dampening material may also be placed on a surface inside an extruded barrel.

Abstract: An archery stabilizer which, by utilizing a carbon fiber tube or a comparable material in a tube configuration, provides for preloading the tube in compression, thereby effectively increasing the stiffness of the tube. The stabilizer includes weights, and the preloading of the tube compensates for the bending moment applied to the tube by the weights attached to the end of the tube or contained within the tube. In effect, the present invention presents an apparatus and method for loading the tube so as to allow a user to adjust the elastic modulus of the tube.

Abstract: An archery bow vibration dampening and balancing device is attachable to an archery bow by means of an elongated clamp with a housing pivotably interconnected to the elongated clamp opposite the attachment point. A vibration dampening and balancing device is secured in an opening formed in the housing.

Abstract: The apparatus for mounting at least one dampener and/or stabilizer to an archery bow to absorb shock and vibration realized by an archer upon the release of the archery bow. The present invention provides an elongated support structure releasably connectable to the at least one dampener and/or stabilizer. A releasable fastener is connected to one end of the support structure, and the releasable fastener is releasably connectable to the archery bow such that the support structure is extendible in a cantilevered position relative to the archery bow.

Abstract: An adjustable mechanical vibration limiting and absorbing device for an archery bow including a hollow housing and two groups of elastomer washers provided in the hollow housing with a means for preventing the first group from advancing out of the hollow housing and separating the first group from the second group. In addition, a fastener extends through the center of the first and second groups of elastomer washers and a lock nut and weight are provided on the projecting end of the fastener.

Abstract: An accessory for an archery bow and bow string that are centered on a bow plane. The accessory has a support that is attached to forearm brace and is adapted to be supported by the bow. The forearm brace extends around a forearm axis at least 90° and is sized to at least partially encompass a forearm. The brace has an opening for inserting a forearm. This opening is oriented in a direction that points outwardly without tilting toward the bow plane. The support is adapted to position at least a portion of the brace forward of the bow string when in its neutral position. An archer can grasp the bow and insert into the brace a forearm that is encompassed by the brace for at least 90°. The archer can draw and release the bow string, allowing the brace to stabilize the angle of elevation of the bow.

Abstract: A grip guard may be used with a crossbow that has a main beam including a stock and a barrel. The grip guard may have a first wall that is positioned between the stock and the barrel and a second wall that extends outwardly from the main beam. The first wall may have dampening properties to attenuate sounds and vibrations caused by firing the crossbow and the second wall may prevent a user's fingers from inadvertently extending from the handle toward the barrel.

Abstract: One or more techniques and/or systems are disclosed for a bow dampener that may be devised to mitigate kinetic energy from a bow string. The bow dampener can comprise a frame element that may be configured to support a string dampening element. The string dampening element may be configured to engage the bowstring at or near an end of an arrow shooting operation. The frame element can comprise a barrel mount that is configured to selectively engage a side of a crossbow barrel, such as on one or more sides of the crossbow barrel.

Abstract: A cable guard for a compound archery bow includes a body and a cable retaining member connected to the body by a joint. The cable retaining member may retain at least one cable of an archery bow. The body of the cable guard has a length sufficient to position the joint at least at the drawn position of at least one of the cables retained by the cable retaining member. The joint connecting the cable retaining member to the body of the cable guard permits the opening of the cable retaining member to swivel forwards towards the mounting portion. Swiveling forward, the opening of the cable retaining members brings at least one of the retained cables closer to the bowstring plane of travel of the bow to which it is mounted.

Abstract: An apparatus for absorbing energy from the release of an archery bow. The apparatus of the present invention provides an elongated support structure releasably connectable to a vibration reduction insert. The vibration reduction insert has a substantially cylindrical shape and at least one substantially C-shaped recess along an outer edge of the vibration reduction insert. A releasable fastener is connected to one end of the support structure, and the fastener is releasably connectable to the archery bow such that the support structure is extendible in a cantilevered position relative to the archery bow. The vibration reduction insert may be made from a vibration reduction material. Along an edge of the C-shaped recess, the vibration reduction insert may have a U-shaped recess that extends toward the radial center of the vibration reduction insert. There may be two substantially C-shaped recesses that are substantially coaxially aligned.

Abstract: B/D archery bow accessories which have an elastomeric vibration dampening component mounted on an elongated, rigid support. The elastomeric component has a set of integral vibration dampening elements such as ribs. The vibration dampening elements have irregular profile configurations which make these elements capable of dampening with high efficiency the sets of vibrational frequencies generated: (a) when an arrow is shot, and (b) during and after the ensuing lock-up. Vibration dampening efficiency may be promoted by making the elastomeric component from a material of the most optimal hardness that is practical and by employing end pieces at opposite ends of the elastomeric component.

Abstract: A kit for mounting a camera to a bow is provided. The kit includes a bow stabilizer for attachment to the bow; and a mounting bracket for attachment to the stabilizer, the bracket including a seat for the camera, an arm extending from the seat at a first end, and a connector at a second end for attaching the arm to the stabilizer.

Abstract: A holder for an archery bow vibration dampening and balancing means is secured between two split limbs of an archery bow flexible arm and includes an attachment holding means for receiving a vibration dampening and/or balancing device.

Abstract: An exemplary adjustable archery support system is disclosed. An exemplary system comprises an offset brake housing for mechanically interfacing the adjustable archery support system to a support post that provides a stable support for the archery bow from the ground. The offset brake housing positions the support post substantially to a side of the archery bow and out of the line of sight for the archer shooting the bow. When an actuator lever is pulled by the archer, its causes actuation, via a linkage, of an internal brake so that the entire system (and therefore the bow to which the system is mechanically attached) may be adjusted up and down the support post. Once positioned, the user may release the first actuator lever, thereby allowing the internal brake to reengage with the exterior surface of the support post so that the bow is stabilized and supported for a shot.

Abstract: Bow stabilizer and video camera mount system is a dual-functioning bow stabilizer and camera-mounting unit to help reduce the noise and vibration produced when a bow is shot, to provide forward weight to help balance the bow when the hunter draws it back, and to record images when aiming the bow. Bow stabilizer and video camera mount system can also be used for both right- and left-handed bows by moving the external mounting platform to the desired side of the bow. Hunters can also use this device to position the video camera to the same side as the bow sights, making it easier to see the viewfinder of the camera than when using other devices. The unit includes a bow stabilizer rod, a dampening cover, and a horizontally rotatable camera mount.

Abstract: An archery bow stabilizer including a stabilizer body and a plurality of asymmetrical dampening extensions radially extending from the stabilizer body. The dampening extensions can be laterally offset with respect to the stabilizer body from an adjacent dampening extension and/or can include laterally extending protuberances that extend in an opposite direction from as adjacent dampening extension.

Abstract: A stop bracket apparatus for an archery bow having a cable for launching an arrow wherein said cable is moveable between a drawn position, wherein said arrow is ready to be released, and an undrawn position, wherein said arrow has already been released. The stop bracket apparatus includes a support structure that is releasably connectable to the archery bow. An energy absorbing element is connected to the support structure for absorbing residual energy in the support structure, the archery bow, and the cable when in the undrawn position. A bumper element is releasably connected to the support structure, and the bumper element is engageable with the cable when the cable is in the undrawn position for stopping the cable from advancing toward the archery bow. A weighting element may be connected to the support structure for properly weighting and absorbing energy from the archery bow.

Abstract: A bow stabilizer incorporating one or more attachment rails for mounting a variety of accessories to the stabilizer for use in conjunction with the bow or other target sighting device. The stabilizer is rotationally adjustable about a center axis attachment post connecting the stabilizer to the bow. In addition to rotating the stabilizer for balance, the rails are individually adjustable side to side at their ends and are preferably of the picatinny or weaver rail configuration. Anywhere from one to four (or more) accessory rails may be positioned symmetrically or asymmetrically on the stabilizer. One or more counterbalance weights may be adjustably positioned on one or more of the rails to offset and balance the weight of attached accessories.

Abstract: An archery bow includes a riser, first and second limbs, a bowstring, and a vibration dampening assembly. The riser includes opposing ends and the first and second limbs extend from the opposing ends of the riser. The bowstring extends between the first and second limbs. The vibration dampening assembly includes a dampening member and a cantilever member having a first end mounted to the riser and a second end supporting the dampening member. The dampening member is suspended by the cantilever member out of contact with the first limb when the archery bow is drawn and contacts the first limb to dampen vibrations when the archery bow is released.

Abstract: A weapon stabilizing and shock dampening assembly according to various embodiments comprises: (1) a dampener support; (2) an elongated housing that is adapted for supporting the dampener support; and (3) an attachment mechanism that is adapted for selectively attaching the elongated housing adjacent a weapon (e.g., a bow). The dampener support may be attached (e.g., slideably attached) adjacent the elongated housing so that a user may selectively move (e.g., slide) the dampener support relative to the elongated housing to thereby adjust a distance between the weapon and a dampener that is supported by the dampener support.

Abstract: A bow stabilizer incorporating one or more attachment rails for mounting a variety of accessories to the stabilizer for use in conjunction with the bow or other target sighting device. The stabilizer is rotationally adjustable about a center axis attachment post connecting the stabilizer to the bow. In addition to rotating the stabilizer for balance, the rails are individually adjustable side to side at their ends and are preferably of the picatinny or weaver rail configuration. Anywhere from one to four (or more) accessory rails may be positioned symmetrically or asymmetrically on the stabilizer. One or more counterbalance weights may be adjustably positioned on one or more of the rails to offset and balance the weight of attached accessories.

Abstract: A carrying device for an archery bow that attaches to the threaded port on an archery bow that is typically intended for attachment to a “stabilizer” or “counterbalance”. The carrying device can be provided as a kit customizable by the user, which deploys common materials utilized for the purpose of counterbalancing and stabilizing an archery bow, and, dampening vibration or noise. The user is able to manipulate components of the device to provide customized ballast and vibration dampening effect. The carrying component is an eyelet, hoop, ring, or hook, formed or machined, onto or into which the ballast/vibration dampening components are assemble. The carrying component is readily clipped to a users sling, back pack, belt, etc., for the purpose of hands free carrying of the bow.

Abstract: An archery bow stabilizer that balances an archery bow and generally inhibits roll, pitch and/or yaw of the bow when the bow is held, drawn, or shot by an archer. The stabilizer can include an optional mounting bracket that mounts to the riser of an archery bow, one or more mounting arms, and one or more stabilizing rods joined with the arms via clamping elements. The rods can be movable forward and rearward relative to the mounting bracket and/or riser to provide a variety of weight adjustment and distribution capabilities. Optional weights can be joined with ends of the rods to provide further weight adjustment and distribution.

Abstract: An accessory for an archery bow has a C-shaped forearm brace attached to the distal end of a support. The support can be supported on the bow. The brace extends arcuately around a forearm axis at least 180° in order to partially encompass a forearm. The support is mounted in an arcuate slot in the brace and extends outwardly, transverse to the forearm axis. The support can be adjusted to allow angular and linear translation of the forearm brace relative to an adjustment axis that is parallel to the forearm axis. The forearm brace is circumferentially repositionable along the support. The support may be a post with a bearing surface skewed relative to a plane perpendicular to the longitudinal axis. This post may have on opposite sides of the bearing surface, a pair of walls that straddle a peripheral portion of the forearm brace.

Abstract: An archery bow stabilizer that balances an archery bow and generally inhibits roll, pitch and/or yaw of the bow when the bow is held, drawn, or shot by an archer. The stabilizer can include an optional mounting bracket that mounts to the riser of an archery bow, one or more mounting arms, and one or more stabilizing rods joined with the arms via clamping elements. The rods can be movable forward and rearward relative to the mounting bracket and/or riser to provide a variety of weight adjustment and distribution capabilities. Optional weights can be joined with ends of the rods to provide further weight adjustment and distribution.

Abstract: A stabilizer assembly for connection to an archery bow includes an elastomeric body with an integrally formed vibration dampening section and a sling connecting section. The assembly also includes a sling with a loop section for looping around the archery bow and a pair of leg sections extending from the loop section and through a pair of bores formed in the sling connecting section.

Abstract: An archery bow stabilizer includes a proximal end, a distal end, and an elliptical shaped cross-section. The elliptical shaped cross-section is arranged perpendicular to a length dimension of the stabilizer at a location between the proximal and distal ends. The elliptical shaped cross-section has a ratio of a maximum height dimension to a maximum width dimension that is about 0.6 or less.

Abstract: In some embodiments, an archery bow comprises a riser, a first limb and a second limb. A drawstring extends between the first limb and the second limb, for example extending between rotatable members supported by the limbs. A first cable, such as a power cable, also extends between the first limb and the second limb. A cable guard is attached to the riser, which comprises a body portion and a cable engaging portion. The cable guard biases a portion of the first cable in a direction away from the riser.

Abstract: The apparatus for mounting at least one dampener and/or stabilizer to an archery bow to absorb shock and vibration realized by an archer upon the release of the archery bow. The present invention provides an elongated support structure releasably connectable to the at least one dampener and/or stabilizer. A releasable fastener is connected to one end of the support structure, and the releasable fastener is releasably connectable to the archery bow such that the support structure is extendible in a cantilevered position relative to the archery bow.

Abstract: The invention disclosed is an apparatus and method for stabilizing an archery bow and reducing recoil during arrow draw and release. The apparatus comprises an adjustable arm clamp assembly; a rod; a support body for attaching the arm clamp assembly to the rod; and a mounting block for attaching the rod to an archery bow. The archery recoil stabilizer is lightweight, adjustable and relies on bracing the arm from the forearm position to restrict translational and rotational movement of the bow as well as minimize recoil impacts. It supports the arm by bracing the forearm relative to the bow, and reduces or eliminates bow hand torque, providing improved stabilization during both arrow draw and release. Additionally, this invention reduces the stress and recoil on the arm of the archer that can cause pain or injury, or can compromise the flight of the arrow and the accuracy of the shot.

Abstract: A crossbow may comprise a main beam, a trigger mechanism, a bow assembly, and a barrel cable suppressor. First and second cables may pass through a cable slot formed in a barrel member. The first and second cables may be received by first and second cams respectively such that the rotation of the first and second cams in a first direction causes the first and second limbs to be pulled generally inward towards the main beam. The barrel cable suppressor may be positioned at least partially within the cable slot and may at least partially suppresses vibrations and noise caused by the first and second cables when the bowstring is released from the trigger mechanism.

Abstract: An archery bow includes a riser, first and second limbs, a bowstring, and a vibration dampening assembly. The riser includes opposing ends and the first and second limbs extend from the opposing ends of the riser. The bowstring extends between the first and second limbs. The vibration dampening assembly includes a dampening member and a cantilever member having a first end mounted to the riser and a second end supporting the dampening member. The dampening member is suspended by the cantilever member out of contact with the first limb when the archery bow is drawn and contacts the first limb to dampen vibrations when the archery bow is released.

Abstract: A carrying handle for a compound archery bow includes an anchor portion, an intermediate portion, and a hand engaging portion. These portions are integral with each other and form a one piece handle. The handle lower end is on the anchor portion. The handle free end is on the hand engaging portion. The anchor portion includes a riser engaging surface and a bore with a stabilizer bore axis. A bolt passes through the bore and in to a threaded stabilizer bore in the riser. The intermediate portion sets the distance between a bow hand grip and the hand engaging portion. The hand engaging portion is directly forward of the hand grip on the riser. The hand engaging portion includes a hand engaging surface. A threaded bore with a forwardly facing open end is provided in the engaging portion. A stabilizer is received in the threaded bore.

Abstract: A crossbow includes a riser having projecting limbs with first and second pulleys mounted on the limbs for rotation around respective axes. A barrel extends from the riser, and a bowstring cable extends between the pulleys outside of the barrel for engaging and propelling a projectile. A pair of pulley rotation power cables extend between the pulleys through slots in the barrel, and a spacer is disposed adjacent to the riser and disposed in the barrel for engagement by the pulley rotation power cables at the end of the power stroke to dampen vibration from the riser and cables to absorb vibration that otherwise might be transmitted to the barrel.

Abstract: A kit for mounting a camera to a bow is provided. The kit includes a bow stabilizer for attachment to the bow; and a mounting bracket for attachment to the stabilizer, the bracket including a seat for the camera, an arm extending from the seat at a first end, and a connector at a second end for attaching the arm to the stabilizer.

Abstract: Bow stabilizer assemblies according to various embodiments may comprise, for example: (1) an elongated housing that is adapted to be selectively attached to a bow; and (2) a plurality of dampener supports that are adapted so that, when the bow stabilizer is attached to the bow, each dampener support maintains a respective dampener in a plane that is substantially perpendicular to the plane of the bow. In various embodiments, the dampener supports are adapted to maintain the dampeners different distances away from a portion of the bow (e.g., the bow's front surface). In particular embodiments, the dampeners may be selectively removed and replaced (e.g., with dampeners of different sizes and/or shapes) without tools. This may allow users to quickly change the configuration and dampening attributes of the bow stabilizing and shock dampening assembly assemblies while the bow stabilizing and shock dampening assembly remains attached to the bow.

Abstract: The subject matter disclosed in this specification pertains to a device for holding a bow upright. The device has two elongated with a connecting hinge. The hinge may be adjusted such that angle between the elongated posts. A hole is provided in the hinge that permits a faster to extend through the hole and into a threaded hole of a bow riser. The bow is held upright by being supported on a portion of the first elongated post, a portion of the second elongated post and a portion of the lower riser.

Abstract: A bow stabilizing and shock dampening assembly that, in various embodiments, comprises: (1) one or more dampener supports; (2) a support structure for supporting the one or more dampener supports; and (3) an attachment mechanism that is adapted for selectively attaching the bow stabilizing and shock dampening assembly to a bow. In particular embodiments, the support structure extends between the dampener support and the attachment mechanism, and each dampener support is adapted to maintain a respective dampener in a plane that is at least substantially parallel to a central axis of the bow stabilizing and shock dampening assembly.