A method of aiming an archery bow includes the steps of providing a nose button which comprises a longitudinal axis, first and second split rings spaced apart along the longitudinal axis, a plurality of connecting beams spanning between the split rings, and with the second split ring further comprising a radial array of projections with tips residing in a plane perpendicular to the longitudinal axis. With the bowstring drawn, nose button presents one from among its radial array of projections to contact a point on an archer's nose. The button is secured to the string by depositing a cord between the split rings and looping the cord around the bowstring. A gap defined by two adjacent but spaced apart connecting beams and the first and second split rings defines an aperture within which the cord contacts the bowstring with its loops transverse to the axis of the bowstring.

A method of drawing and aiming an archery bow and arrow is disclosed and described. An archer is able to hold the bow in a repeatable configuration of outstretched limbs and relative positions of the hands, the bow grip, the depth of draw of the bow string, the apex of the drawn bow string and an arrow nocked therein, and other factors relating to the mechanical energy stored in the bow and imparted to the arrow when released.

An archery aiming aid clips to a bow string and may be fixed at a position along the string so that an archer may draw the bow such that the bead contacts the archer's nose. An archer is able to hold the bow in a repeatable configuration of outstretched limbs and relative positions of the hands, the bow grip, the depth of draw of the bow string, the apex of the drawn bow string and an arrow nocked therein, and other factors relating to the mechanical energy stored in the bow and imparted to the arrow when released. An archer is able to build muscle memory so that from one shot to the next the archer may repeatably re-establish the same stored energy configuration in the body and bow, and the same parallax between the archers line of sight and the shooting axis of the bow, so that improved uniformity of trajectories is achieved, point of impact is learned and controlled more accurately, and thus the archers accuracy and effectiveness is increased.

A method of aiming an archery bow includes the steps of providing a nose button which comprises a longitudinal axis, first and second split rings spaced apart along the longitudinal axis, a plurality of connecting beams spanning between the split rings, and with the second split ring further comprising a radial array of projections with tips residing in a plane perpendicular to the longitudinal axis. With the bowstring drawn, nose button presents one from among its radial array of projections to contact a point on an archer's nose. The button is secured to the string by depositing a cord between the split rings and looping the cord around the bowstring. A gap defined by two adjacent but spaced apart connecting beams and the first and second split rings defines an aperture within which the cord contacts the bowstring with its loops transverse to the axis of the bowstring.

This bow constrictor allows a peep sight or other device to be easily served in to a bowstring or bow cable without the expense and time-consuming services of a professional. A user simply splits the bowstring strands then inserts the bowstring constrictor with an associated device, guiding the bowstring through the grooves of the constrictor. The grooves couple the constrictor tightly to the bowstring applying minimal stress with minimal resultant wear. The attachment mechanism may be incorporated as a single unit into peep sights, knotting devices, cable weights or other devices of use to an archer or bow hunter. An independent, standalone version may also be used to spread and then constrict cable strands to support other items. Though designed to meet the needs of an archer or bow hunter with regard to a bowstring or bow cable, the described mechanism is scalable for other uses as well.

A system for aiming an archery bow may include a tube comprising a lumen and configured to removeable engage a bowstring, and a peep sight configured to removeable engage the bowstring, wherein the tube further comprises a radially spaced array of projections, and wherein the projections are square-pyramid-shaped.

An apparatus may include a shaft comprising a vertical slit configured to engage an archery bow string, a first end positioned on an upper portion of the shaft, a second end positioned on a lower portion of the shaft, and a radial projection positioned around the first end in which the radial projection comprises a curved surface configured to engage a nose or a mouth of an archer.

A system for aiming an archery bow may include a tobe defining a longitudinal axis and may include a longitudinal slit. The tube and the longitudinal slit are configured to engage an archery bow string along the longitudinal axis of the tube. A portion of the tube may further include a projection having a curved surface and the projection may include a frustum.

A method for aiming an archery bow includes the steps of 1) providing an archery bow having a bow string, 2) providing an aiming apparatus in which the aiming apparatus may include a beam having a longitudinal slit configured to engage the bow string along a longitudinal axis of the beam, and a portion of the beam may further include a projection having a curved surface. The projection may also include a frustum. The steps may further include 3) inserting the bow string into the longitudinal slit and positioning the aiming apparatus to a first point on the bow string so that when drawn the aiming apparatus contacts a point on an archer's nose, 4) drawing the bow string to a firing position, and 5) positioning the bow string so that the aiming apparatus contacts the archer's nose.

A method for aiming an archery bow includes the steps of 1) providing an archery bow having a bow string, 2) providing an aiming apparatus in which the aiming apparatus may include a beam having a longitudinal slit configured to engage the bow string along a longitudinal axis of the beam, and a portion of the beam may further include a projection having a curved surface. The projection may also include a frustum. The steps may further include 3) inserting the bow string into the longitudinal slit and positioning the aiming apparatus to a first point on the bow string so that when drawn the aiming apparatus contacts a point on an archer's nose, 4) drawing the bow string to a firing position, and 5) positioning the bow string so that the aiming apparatus contacts the archer's nose.