Method of making a composite foam taxidermy mannikin

Claim 1

The method of making a taxidermy animal head mannikin having elongated pupil artificial eyes properly positioned thereon and surrounded immediately by proper anatomical features, comprising: providing a mold comprising a pair of mirror-image left and right half parts, each of which has a cavity surface contoured for correct anatomical formation of all features of half of the mannikin including the features immediately surrounding the eye; a semi-spherical eye socket recess in the cavity surface for snugly receiving the front portion of the eye; and reference indicia on the cavity surface near the edge of the eye socket recess including at least two indicia markings on opposite sides of the eye socket recess; inserting into the eye socket recess of each half part of the mold the front portion of an eye leaving the rear portion thereof projecting into the mold cavity; rotating the eye into proper position by orienting the elongated pupil with respect to the reference indicia such that the long axis of the elongated eye pupil is aligned with the two indicia markings; closing the left and right half parts together to form the full mold cavity therebetween; and introducing liquid foamable hardenable material into the mold cavity to foam expand and harden, thereby forming the mannikin and locking the eyes into the mannikin in proper position therein.

Claim 2

The method of making a taxidermy animal head mannikin having elongated pupil artificial eyes properly positioned thereon and surrounded immediately by proper anatomical features, comprising: providing a mold comprising a pair of mirror-image left and right half parts, each of which has a cavity surface contoured for correct anatomical formation of all features of half of the mannikin including the features immediately surrounding the eye; a semi-spherical eye socket recess in the cavity surface for snugly receiving the front portion of the eye; and reference indicia on the cavity surface near the edge of the eye socket recess including at least two indicia markings on opposite sides of the eye socket recess; inserting into the eye socket recess of each half part of the mold the front portion of an eye leaving the rear portion thereof projecting into the mold cavity; rotating the eye into proper position by orienting the elongated pupil with respect to the reference indicia such that the long axis of the elongated eye pupil is aligned with the two indicia markings; closing the left and right half parts together to form the full mold cavity therebetween; and introducing liquid foamable hardenable material into the mold cavity to foam expand and harden, thereby forming the mannikin and locking the eyes into the mannikin in proper position therein.

Claim 5

A method of making a taxidermy animal head mannikin having elongated pupil artificial eyes properly positioned thereon and surrounded immediately by proper anatomical features, comprising: providing a mold comprising half parts which together define a cavity surface contoured for correct anatomical formation of all features of the mannikin including the features immediately surrounding the eye; two semi-spherical eye socket recesses in the cavity surface for snugly receiving the front portion of the eyes; and reference indicia ridges on the cavity surface near the edges of the eye socket recesses; inserting into each eye socket recess of the mold the front portion of an eye with cleanable adhesive between the socket recess and the front portion of the eye, leaving the rear portion of the eye projecting into the mold cavity; orienting the elongated pupil of each eye with respect to the reference indicia ridges; closing the half parts together to form the full mold cavity therebetween; and introducing liquid foamable hardenable material into the mold cavity to foam expand and harden, thereby forming the mannikin and locking the eyes into the mannikin in proper position therein.

Claim 6

A method of making a taxidermy animal head mannikin having elongated pupil artificial eyes properly positioned thereon and surrounded immediately by proper anatomical features, comprising: providing a mold comprising half parts which together define a cavity surface contoured for correct anatomical formation of all features of the mannikin including the features immediately surrounding the eye; two semi-spherical eye socket recesses in the cavity surface for snugly receiving the front portion of the eyes; and reference indicia ridges on the cavity surface near the edges of the eye socket recesses; inserting into each eye socket recess of the mold the front portion of an eye with cleanable adhesive between the socket recess and the front portion of the eye, leaving the rear portion of the eye projecting into the mold cavity; orienting the elongated pupil of each eye with respect to the reference indicia ridges; closing the half parts together to form the full mold cavity therebetween; and introducing liquid foamable hardenable material into the mold cavity to foam expand and harden, thereby forming the mannikin and locking the eyes into the mannikin in proper position therein.