Abstract: A peep sight having a body within which is mounted a transparent lens with a pair of substantially parallel faces and a peep hole for use on a weapon such as an archery bow or a firearm. The peep hole has a sidewall that slopes towards a target side of the lens and forms a contrast ring around the peep hole. The sidewall is preferably coated with a dark, non-reflective coating and the lens is colored for improved contrast.

Abstract: A new switch attachment for selectively activating an illuminated sight pin of a bow sighting device. The inventive device includes an outer casing comprising resilient compressible material. The outer casing is designed for attachment to the hand grip of a bow. A pair of spaced apart strips are provided in the interior of the outer casing. A pair of resiliently compressible spacers are provided in the interior of the outer casing between the strips. Electrically connected to each of the strips is a flexible wire which are designed for electrically connecting to an illuminated sight pin device.

Abstract: A sight device for an archery bow comprises a sight arm (5) adjustably attached to an attachment plate (4) which is mounted to the bow handle. The attachment plate includes a plurality of vertically arranged grooves (14) along its length, and the sight arm includes ridges (15) along its length to mate with the grooves. The forward end of the sight arm includes an articulated cylindrical shaft (17). A holder (18) is secured to the cylindrical shaft for lateral adjustment. A C-shaped lateral adjustment unit (9) is screwed to the holder for vertical adjustment. A support (10) for a scope lens (11) is secured to the lateral adjustment unit.

Abstract: A rear peep sight (10) for use with a bow (100) having a bowstring (102), is described. The sight has a body (12) with a sighting member (14) extending upward and outward from a first surface (12F) of the body and an aligning post (22) extending upward and outward from a second surface (12G). The sight has grooves (12E) between the first and second surfaces to allow for mounting between the strings (104) of the bowstring. A sight opening (16) is located in the sighting member such as to be completely spaced beyond the body of the sight and the bowstring. The opening has a gap (18) along one side of the sighting member to allow additional light to enter the opening. The aligning post is connected to a tether (24) which is connected at the other end to the bow or cable (108). When the bowstring is moved into the fully drawn position, the tether becomes taut and moves the sight into the aligned position.

Abstract: An improved rear bow sight used in archery. The present invention is a bowstring mounted rear peep sight formed of clear, preferably acrylic, material. The transparent characteristic of the present invention allows the archer to align the rear bow sight with the forward sight pin, while remaining focused on the position on the target at which the archer is aiming. A second embodiment of the present invention includes an ambient light collecting fiber which acts as a rear transparent sight pin within a sight window. The light collecting fiber is wrapped about the sight in order to collect ambient light, while the second end of the fiber acts as the sight pin and is centrally positioned within the sight window. The sight pin provides an illumination point for alignment with a forward sight in order to set proper aim at a target.

Abstract: A peep sight apparatus includes a spring portion for surrounding a portion of a bow string and has a first end and a second end. A loop portion extends from the first end of the spring portion. A counterweight portion is fixedly connected to the second end of the spring portion.

Abstract: An archery bow sight apparatus comprising a mounting frame member having a linear slot and an arcuate slot. A linear slide member has first and second guide bushings which are slidably received in the linear slot. A cam bushing located on an articulated cam member is slidably received in a cam slot on the linear slide member. The articulated cam member is pivotally secured to the mounting frame member, and the articulate cam member extends past the arcuate slot. A tensioning member slidably secures the arcuate cam member to the arcuate slot. A sighting member is secured to the linear slide member, and the sighting member includes an elongated sighting aperture having a fiber optic member positioned therein. Indicia is positioned on the mounting frame member, and an indicator extends from the articulated cam member, to provide alignment data responsive to the position of the bow in relation to the distance to the target.

Abstract: A pin sight assembly is provided which can be secured in a pin sight mounting assembly, which in turn, is mounted to a bow. The pin sight assembly includes a casing. A first member is received in one end of the casing and is positionally fixed relative to the casing, preferably by a force fit. A second member is received in the casing to be axially movable relative to the casing and the first member. A pin which passes through the first and second members and extends beyond the first and second members. The pin is positionally fixed relative to the first member, for example by a set screw. A cap receives a back end of said pin to hold the assembly together. A resilient member is positioned between the first and second members to bias the second member and hence the pin away from the first member. The cap is rotatable relative to the housing and, rotation of the cap moves the pin and the second member axially relative to the casing and the first member.

Abstract: The invention is a highly precise sight for archery. The invention uses a C-frame that is attached to the bow by a bar. Across the open area of the C a blade is attached. The blade contains a rack and along the blade runs a gauge on the rack. For an archer to sight he moves the gauge up and down the blade which moves the sight up and down. The archer can precisely measure to one thousandths of an inch from the gauge. Thus if an archer wishes to reposition his sight to the exact location within a thousandth of an inch all that is necessary is that he write down or remember the gauge readout. In one embodiment of the invention the gauge is analog. In another embodiment of the invention the gauge is digital. The sight also has a windage adjustment that can also be adjusted down to one thousandths of an inch. To get the accuracy down to one thousandth of an inch for this elevation and still manufacture the sight inexpensively, applicant used the parts from mass produced calipers.

Abstract: A rangefinder includes an angle sensitive transducer and a programmed data processor to calculate the distance to a target. In one embodiment, the rangefinder also includes a point-to-point measuring device. Another embodiment provides a linear actuator to selectively move a sight indicator vertically. A yet additional embodiment includes a liquid crystal display which displays information to the user.

Abstract: A bow sight support for mounting to a bow riser including a mount for attachment to the bow riser and a movable part adjustably connected to the mount for positioning the bow sight along an arcuate path defined by the archer's draw radius. The movable part includes a pair of curved channels which slide along a corresponding pair of curved rails of the mount when an adjustment mechanism connected to the movable part is actuated. The mount is adjustable when secured to the riser to permit adjustments in the arcuate adjustment path of the sight to correspond with different draw radii. A pair of support arms are adjustably attached to the movable part to provide horizontal angular adjustment of the sight.

Abstract: A rear sight is provided for attachment to a bow which has been fitted with a forward bow sight of the type having a pin, the distal end of which can be aligned with a target to aim an arrow. The rear bow sight includes an arm having a forward and rearward end, the forward end being mounted on the bow and the rearward end has a second pin thereon. The distal end of the first pin, and the distal end of the second pin, are sighting points for aiming an arrow to be launched at a target by the bow.

Abstract: A sighting system utilizes identical sight pins to form a series of sighting indicia for aiming a bow. The sight pins comprise a contrast fin with a sighting end surrounding an aiming dot of a light gathering member which is held by a transparent flange connected to the contrast fin. The transparent flange allows almost the entire surface area of the light gathering member to be used to gather light which is focused at an end of the light gathering member which forms the aiming dot. In an alternate embodiment the sight pin is formed of a unitary piece entirely of contrast material. In another embodiment of the sight pin, a shaft is provided with a threaded outer surface and a channel through the outer surface for receiving the light gathering member. The sight end of the sight pin is coated to form a contrast between the aiming dot and the sight pin.

Abstract: A peep sight device for a bowstring includes a pair of interengaged inner and outer sections, with a sight hole surrounded by a peripheral surface having a degree of taper such that substantially about 120.degree. of natural light is available to the sight hole on each of two opposite sides of the device. The sight hole is formed in the inner section, with an adjacent, interior groove diverting a portion of the bowstring away from the bowstring centerline, thereby enabling the sight hole to lie on the centerline.

Abstract: A bow sight (10) includes a transparent rear sight plate (12) that is adjustably carried by a slide bar (14). A slide bar (14) is mounted to a bow (16) by a receiving bracket (18). The bow sight (10) further includes at least one sight dot (22) that is clamped between a transparent front sight plate (20) and the transparent rear sight plate (12) such that each sight dot (22) is surrounded by a transparent, unobstructed viewing area. A gasket (30) is disposed about the periphery of the front sight plate (20) such that the area interior to the gasket (30) is substantially sealed when the front sight plate (20) is clamping the sight dots (22) against the rear sight plate (12). The front sight plate (20) is connected to the rear sight plate (12) by a plurality of screws (24). An adjustment tool (50) is also provided that allows an archer to adjust the location of the sight dots (22) without completely removing the screws (24).

Abstract: An archery bow sight mounts to a bow at a point above the handle and arrow rest. The archery bow sight contains two frames located a short distance apart, a near frame and a far frame. Each frame contains a filament that is vertical when the bow is in the shooting position and a plurality of filaments that are horizontal when the bow is in the shooting position. Each filament is located in a plane perpendicular to the plane formed by the bow and bowstring. When the bow is in the shooting position, each filament in the far frame is located in a plane passing through the corresponding filament in the near frame and the eye of the archer. The intersection of the superimposed vertical filaments with each pair of corresponding superimposed horizontal filaments defines a sight for a target of a particular distance.

Abstract: A sighting device for use on an archery bow has one or more light gathering fibers that are substantially parallel to the archer's line of sight, instead of being bent as in prior sighting devices. The sighting device is preferably injection molded, and has two cross hairs that are also injection molded at the same time as the body member. The light gathering fiber is disposed in the body member at the point of intersection of the cross hairs, and may be press-fit into place. A threaded bolt, which attaches the sighting device to the archery bow, has an end that is overmolded with the body member to form an integral unit. Additional light gathering fibers may be used for different distances, with each of the fibers being substantially parallel to the archer's line of sight. The sighting device may optionally include a source of artificial light for low light conditions, or a lens that is normal to the fiber and that retains the fiber parallel with the archer's line of sight.

Abstract: Laser guidance apparatus for providing great accuracy of aiming a bow-and-arrow assembly. The apparatus provides a cam member which provides a double-adjustment feature of the inclination necessary for the proper trajectory of the arrow, taking account of the difference between the aiming inclination for a desired shot trajectory and the non-effect of gravity on the laser beam; and a cam member provides both the adjustment of the inclination to adjust for distance to the target, and for differences in the shooting assembly factors of arrow weight, pulling force, etc.

Abstract: A preferred embodiment sling bow has rigid guide tubes mounted to a universal frame which allows both the handle and guide tube assembly to pivot. The elastic thrust tubes are disposed inside the rigid guide tubes and secured to their forward ends with tension adjusters. A pull-limiting/safety line is disposed inside each elastic tube and is connected to the bow string proximate the rearward end of the elastic tube and to the tension adjuster proximate the forward end of the elastic tube. Sights are mounted on the upper guide tube, and arrow rests are installed between the two guide tubes. A pull knob or pull loop is secured to the bow string center position. When the bow string is pulled back, the arrow will stay aligned with the sights due to the universal pivot feature of the sling bow.

Abstract: An archery bowstring mounted open notch peep sight apparatus comprising a hollow cylinder having two disc-shaped pieces, one attached to either end of the cylinder, forming one unit, and which has a hollow channel running lengthwise through the center of the peep sight which may receive the tightly fitting bowstring so that the peep sight apparatus may be mounted on the bowstring. In a preferred form the peep sight has a slot extending along its length, to allow the bowstring to pass through so that the peep sight may be easily mounted on a bowstring, even while the bowstring is strung on a bow. When the bow is drawn back the peep sight is thereby tilted along the angle of the drawn bowstring so that in the archer's line of sight the two discs of the peep sight appear to partially overlap in such a manner so that visual notches appear on the right and the left of the point where the discs of the peep sight visually overlap.

Abstract: A new Archery Cross Hair Sight Protector for protecting the cross hair sight of a bow from contacting objects such as brush, weeds, and twigs which damage the cross hair sight. The inventive device includes a protective cover substantially rectangular shaped with an opening formed to snugly fit over a sight of a bow, and a securing means to retain the protective cover close to the bow when removed from the sight.

Abstract: A bow sight assembly for an archery bow having a hollow tubular housing within which is positioned a slidably movable piston connected to a rod contained partially within the housing and external thereof. An insert closes the open end of the tubular member and retains the rod in a preselected position within the housing. A housing support device is movably and releasably secured to the bow. The sight assembly includes first and second sight supports and a sight secured to the second sight support, the first sight support being secured to the piston, and the first and second sight supports being movably secured to each other to provide a lateral sight adjustment. An indicating scale is positioned on the external surface of the housing to provide vertical sight adjustment, and the second sight support holds a pointer for indicating a particular reading on the indicating scale.

Abstract: An adjustable bow sighting device in which a hollow carrier body has a slot formed on the exterior with tracks and on the interior with slots, so a rotatable threaded shaft directed parallel to the interior slots can be engaged by the eye of an actuator which extend through a slide block mounted on the body tracks. The eye of the actuator is formed with threaded elements and on adjacent smooth surface to embrace the threaded shaft so that where the thread elements engage the shaft rotation of the shaft can move the slide block according to the displacement of the thread pitch. A resilient element on the actuator holds the eye engaged on the threaded shaft but can be operated to disengage the eye from the threaded shaft for gross slide block adjustments independent of the threaded shaft.

Abstract: A sight pin is supported from a sight chassis. The sight chassis is slidably supported from a camshaft mounting bracket. The camshaft has a cam lobe which extends into an opening such as a slot or channel of selected shape in the sight chassis. Rotation of the camshaft rotates the cam lobe which is in the shaft slot or channel. This causes the sight chassis to move with respect to the bracket.

Abstract: An adjustable bow sight assembly (10) includes a mounting plate (16) extending between first and second ends (18,20). End caps (24,26) include longitudinal channels (28) for receiving the ends (18,20) in sliding engagement therein. Each of the end caps (24,26) also include a transverse aperture (44) therethrough to receive a sight bar (40,42) slidably therein. An adjustment mechanism (70) including a rack gear (80) on the end cap (24) and a spur gear (82) mounted to the plate (16) allow for selective adjustment of the end cap (24) in a vertical direction while maintaining the sight bar (40) in a fixed horizontal direction. A lever (72) is fixed to the spur gear (82) and pivotally connected to the plate (16) for rotating the gear (82) and translating the end cap (24) in the vertical direction.

Abstract: A peep sight for installation on a bow string includes an outer barrel with notches to receive a divided bowstring, and a through bore including an inner chamber. A carrier is threaded into the chamber and includes a through bore including an inner socket. An aperture piece with a tapered sighting hole is received in the socket, and a lens is received in the socket adjacent the aperture piece. The lens collects light to aid in viewing the target.

Abstract: A sighting device incorporating a sight for use with an archery bow, to facilitate accurate sighting on a target, the sighting device capable of shifting vertically with respect to its assembly, the assembly having a surface to either side, to which a marking surface is applied, and at least one indicator element provided upon the sight assembly and capable of shifting into one position to provide for scribing upon the marking surface, after a sighting distance has been set, with the sight assembly being adjustable to a different elevation, to provide for rescribing of the marking surface at another distance of sighting, whereupon the indicator element may be pivotally turned, a select degree, to position a pointer element that allows for ready readjustment of the sight, when the archer determines the distance of a shot, for prompt resetting by the archer of the sight during usage.

Abstract: An arrangement for a sight for a bow having at least two independently adjustable sighting members which are capable of being displaced and guided in the desired adjustment direction, and are supported by a guide intended for that purpose. At least one of the sighting members is capable of removable connection to a common drive member extending along the guides for the purpose of adjusting the sighting members independently of one another.

Abstract: A rear sight mounted to a bow for use in conjunction with a front sight. The rear sight includes a bracket mounted to the bow and having an extension portion terminating in a mounting plate. The extension extends rearward of the bow frame and locates the mounting plate in a position between the frame and the bow string. A sight ring is attached to the mounting plate and extends generally laterally away from the plate. The sight ring defines a sighting window with an aperture through it and tapered cross hairs extend radially inward from the sight ring. The length of the cross hairs is such that they terminate at ends which cooperate to define an open area generally centrally within the aperture. The open area is alignable with the ends of the front sight pins and the target to provide for an accurate shot of an arrow from the bow.

Abstract: A rear peep sight for use with an archery bow has a sighting body with front and rear surfaces joined by a side surface and a mounting groove formed in the side surface for retaining the sighting body on a bowstring. A sighting aperture and a plurality of locator apertures extend from the rear surface to a bottom surface of a cavity in the sighting body. An insert body in the cavity is formed of a light transmitting material for transmitting light incident at the front surface through the locator apertures to an eye of an archer located at the rear surface. The insert body is removably retained in the cavity by the bowstring such that it can be replaced by an insert body of a different color. Shutters formed on the sighting body rear surface, opaque areas on the insert body and shutter apertures are utilized to vary the amount of transmitted light reaching the eye of the archer.

Abstract: Apparatus to provide improved archery accuracy, by correcting bow handle twist problems, includes: a bar, attached to the bow handle parallel to the position of the arrow; an elastic cord, band, or tube, attached at one end to a front portion of the bar and at the other end to the bow string at a point which aligns the elastic cord with the bar when the bow is at full draw. Slight twisting of the bow handle causes a lateral movement of the rear portion of the bar relative to the elastic cord. Observation of this movement by the archer permits him to change his grip of the bow handle to eliminate the twist and thus improve accuracy. Observation of such movement of the rear portion of the bar is enhanced by placing a small plate at the rear end of the bar together with a pointer on a pivot pin. Other improvements include use of electrical contacts and lights to indicate the presence or absence of twist.

Abstract: An archery bow sight of the present invention includes slide and a two-part mount secured to the slide for axial movement relative to the slide. A sight, preferably a pin sight, is secured to the sight mount. The slide includes a slide bar and a threaded rod rotatably journaled in the slide forwardly of the slide bar. The slide bar defines a pair of elongate, generally V-shaped grooves formed in its sides. The two part mount includes a first part and a second part. Each part includes a body having an inner surface and a leg extending rearwardly of the body. The legs each define an inner surface shaped complimentary to the slide bar groove to be received in the slide bar groove. A threaded bar, through which the threaded rod extends, is secured in the first part of the mount and extends through the second part of the mount. A knob is screwed on the end of the threaded bar.

Abstract: A bow sight apparatus, including a housing with a front sight and a back sight mounted therein, means for illuminating the interior of the housing, and means for attaching the housing to a bow frame. The back sight is an elongated rod having a generally "V"-shaped notch formed at one end thereof; the front sight is an elongated rod having one or more sighting balls mounted thereon. In use, the bow sight is mounted to the bow frame, and its vertical and lateral positions adjusted to suit the user. The light is used to illuminate the interior of the housing under low ambient light conditions; red light is preferred so as not to alert game.

Abstract: There is disclosed an improved archery bow sight assembly formed by a main sight body having a forward body portion and rear body portion. The forward body portion includes a series of sight attachment slots in which a plurality of stationary sight pins may be mounted. The rear body portion is formed as a curvilinear slotted sight guide, and accommodates a moveable peep sight to travel throughout the path of travel thereof. The rear moveable peep sight is mounted on a sight arm which is pivotally secured to the main sight body, and is in meshing engagement with a sight adjustment lever similarly pivotally secured to the main sight body. The sight adjustment lever includes a finger control ring which permits the archer to move the sight adjustment lever by a single finger control which, in turn, will move the sight arm carrying the peep sight along the path of the curvilinear slotted sight guide.

Abstract: An improved light gathering sight pin for use with an archery bow. The sight pin including a protective cover holding a light gathering fiber material. The protective cover having a threaded exterior of the same general shape as a conventional sight pin that is used by screwing the protective cover into a bow sight holder. The protective cover including a slot for receiving the light gathering fiber. The slot allowing light to be transmitted to and be absorbed by the light gathering fiber when the fiber is positioned within the slot. The elongate light gathering fiber when positioned within the slot extends out one end of the protective cover. The fiber is curved toward the user whereby a sight bead, comprising the end surface of the light gathering fiber element, is presented to the user.

Abstract: An archery bow and bow string having a bowsight frame carried by the bow subject to vibration shock and shear forces on release of the bow string, including a vibration shock absorbing attachment for connection of the bowsight frame to its assembly, incorporating a cylindrical frame member, having a threaded shaft projecting outwardly from the frame, the shaft having a headed end in the frame, a bushing received on the shaft in the frame with the headed end abutting against the threaded shaft headed end; a sight alignment sleeve threaded upon the shaft, the alignment sleeve also having a headed end presented against the frame, and a shock absorbing pad disposed on the threaded shaft between the sleeve headed end and the frame in order to provide an inherently resilient type of shock absorbing device where the bow sight cylindrical frame mounts to its supporting elements.

Abstract: A stabilizing camouflaging blind which is attachable to an archery bow by means of a stabilizing rod adapted to fit the archery bow's stabilizer mounting hole. The stabilizer rod includes a round bracket and a sliding bracket to which the blinds support arms are attached. Included also is a camouflage curtain which attaches to the support arms and contains a sight window. The movement of the sliding bracket, which causes the support arms to extend and retract, determines the tautness of the camouflage curtain (ie: curtain is tightest when sliding bracket is in its foremost position). In addition, a predrilled hole, which is positioned to be below the sliding bracket in its foremost position, allows for the insertion of a security pin to hold the blind in its open position.

Abstract: A bow sight includes a housing which is mounted on an archery bow and carries electronic circuitry including a series of aligned target LED's which may be programmed by an archer to correspond to different respective target distances. The housing mounts a color separating dichroic filter sight glass positioned at an angle between upper and lower housing walls. The LED's are positioned to overlay an elongated slot in the top wall so that a lighted LED reflects onto a surface of the glass and may be viewed for sighting a target. Two other LED's, one on each side of the target LED's, are included in the circuitry and may be programmed to light when the bow is tilted to a selected side-wise position, apertures in the top wall of the housing permitting reflection of each of these LED's onto the sight glass. After each target LED have been programmed, the archer may sight through the sight glass and align the reflection of the lighted target LED onto the target.

Abstract: A cross-hair sight of the present invention includes a frame, a cross-hair or horizontal sighting pin secured in the frame, and a level mounted in the frame to be generally parallel to the horizontal sighting pin. A pair of generally circular openings are formed in the radial outer surface of the frame and the level is journaled in the openings. The openings have a diameter larger than the diameter of the level, and a pair of adjusting screws are provided which secure the level in holes. The position of the level relative to the sight frame may be adjusted to square the level to the bow by adjusting the adjusting screws without the need to adjust the position of the sight relative to the bow.

Abstract: An adjustable bow sight assembly (10) includes a mounting plate (16) extending between first and second ends (18, 20). End caps (24, 26) include longitudinal channels (28) for receiving the ends (18, 20) in sliding engagement therein. Each of the end caps (24, 26) also include a transverse aperture (44) therethrough to receive a sight bar (40, 42) slidably therein. The assembly (10) is adjustable by sliding the end caps in the vertical direction and the sight bars (40, 42) in the horizontal direction, and thereafter clamping same in a selected position by fasteners.

Abstract: This invention relates to a sight targeting and range finding device which permits the bow to be aligned properly to a destined target. The bow sight-range finder device can be programmed by the user to select the proper targeting marker for a given distance and also allow selection of range finder markers that can be programmed to be used in conjunction with the targeting markers. When the range finder is used by the archer, the site targeting markers are automatically positioned. The bow sight includes a control which provides interface between the bow sight electronic circuitry and the archers fingers on the hand holding the bow.

Abstract: The present invention relates generally to sights and aiming aids, and more specifically to an apparatus for sighting an archer's bow.

Abstract: A bowsight for attachment to a bow. The bowsight has a crosswire frame which is supported by a bracket held to the bow. A pin slide is formed in an inner frame member and has a cylindrical opening. The pins can emit light and are mounted in transparent discs which slide into the cylindrical opening and which are tightened by an Allen screw against a slot in the disc, thereby expanding the disc against the side of the pin slot. The transparent disc gathers surrounding light and transmits or directs the light to the light-emitting pin. A lens or a light-emitting source can be positioned in the cylindrical opening to surround the transparent disc with light. The crosswire frame may be incrementally moved up and down with respect to the bracket by locking a spring-loaded ball bearing in any one of a plurality of detents in the frame. The spring-loaded ball bearing may be forcibly engaged so that the spring is completely compressed thereby locking the ball bearing in a chosen detent.

Abstract: A peepsight device for mounting on the bowstring of an archery bow. The device is characterized in that it includes a skeletal ring and an interiorly-mounted transversely-extending frame. The frame demarks and defines a peepsight orifice. Zonal areas on either side of the frame delineate, in conjunction with the circumscribing skeletal ring, fields for viewing general target areas contiguous to a peep-orifice-correlated primary target. Thus, the ease of sighting and acceleration of the sighting process itself are enhanced. Wedge-like structures integrally formed with and extending rearwardly of the ring and of the frame define vertical walls against which divided strands of the bowstring bear frictionally, and open ended slots in which the traversing bowstring strands are trained and restrained.

Abstract: This invention pertains to an an archery bow sight and more particularly to a bow sight that automatically compensates for arrow trajectories of various target ranges and elevations when an arrow is shot from a position elevated above ground level. The sight can be manually adjusted to compensate for arrow trajectories of various ranges when an arrow is shot from ground level. In a preferred embodiment the bow sight is designed as one unit or assembly mounted directly to the bow with an adjustable bracket. The bow sight assembly has a fixed front sight and a rear sight which moves vertically to compensate for arrow trajectories of various ranges and angles. The rear sight is raised or lowered by a profiled cam positioned by a pivoting weight.

Abstract: An adjustable sight for an archery bow has a hollow barrel open at at least one end, the barrel having an interior side wall, and a sliding member mounted in the barrel. The barrel is mounted parallel to the long dimension of a bow, and the sliding member projects beyond an open lower end of the barrel. The sliding member has annular channels in it, in which O-rings are mounted that engage an inside surface of the barrel with sufficient force to inhibit unwanted sliding of the plunger but to permit the plunger to be moved manually by the user of the bow, even when the bow is at full draw. The sliding member carries an aiming device, such as an adjustable sighting pin.

Abstract: The present invention relates to archery bows and more particularly to sighting and ranging devices that are attachable to bows carried by archers. The archery bow sight device consists of a housing frame which contains an elevating mechanism serving for supporting the front and rear sighting devices and the windage adjustment mechanisms. This housing frame is free to travel along a curved cam track which is attached directly to the bow. This cam track is adjustable to match the archery bow sight to the draw length of the archer. A leveling indicator is incorporated in the rear sighting device as an indicator to the archer that the bow is not tilted right or left.

Abstract: An archery bow sight of the present invention includes slide and a two-part mount secured to the slide for axial movement relative to the slide. A sight, preferably a pin sight, is secured to the sight mount. The slide includes a slide bar and a threaded rod rotatably journaled in the slide forwardly of the slide bar. The slide bar defines a pair of elongate, generally V-shaped grooves formed in its sides. The two part mount includes a first part and a second part. Each part includes a body having an inner surface and a leg extending rearwardly of the body. The legs each define an inner surface shaped complimentary to the slide bar groove to be received in the slide bar groove. A threaded bar, through which the threaded rod extends, is secured in the first part of the mount and extends through the second part of the mount. A knob is screwed on the end of the threaded bar.

Abstract: A shock absorbing device for a bow which is fixedly mounted on a bow or made integral with a bow and which is provided with a mount for a bow accessory such as a bow sight which mount is moveable by the expansion or compression of a spring in response to the shock generated by the bow to avoid loosening or breakage of the bow accessory by the shock generated by the bow.

Abstract: A bow sight includes an elevation block which may be operably coupled to and uncoupled from an adjusting screw by a locking member which need not be held manually in either its locking position or its unlocking position. The elevation block is supported rigidly on the frame of the sight by a three-point suspension and carries a windage block which also is rigidly supported by a three-point suspension. The outer end of the windage block is formed with a half-dovetail connector which coacts with a complementary half-dovetail connector on a sighting device to enable the sighting device to be clamped rigidly to the windage block by a single screw.