초록

3-D target systems for target practice relating to three-dimensional objects having accuracy markers for internal organs and normally non-visible targets.

대표청구항 ▼

1. A target system, relating to at least one three-dimensional target to assist a shooter of the target to determine associated internal organ damage upon striking the target, comprising: a) at least one first form three-dimensional representation structured and arranged to form representation of at

1. A target system, relating to at least one three-dimensional target to assist a shooter of the target to determine associated internal organ damage upon striking the target, comprising: a) at least one first form three-dimensional representation structured and arranged to form representation of at least one torso portion of at least one three-dimensional humanoid;b) at least one second form representation structured and arranged to represent at least one set of humanoid internal organs; andc) at least one first coupler structured and arranged to couple said at least one second form representation within said at least one first form three-dimensional representation;d) wherein said at least one first coupler comprises at least one removable inserter structured and arranged to insert said at least one second form representation into said at least one first form three-dimensional representation;e) wherein said at least one second form representation comprises at least one three-dimensional representation structured and arranged to three-dimensionally represent such at least one set of humanoid internal organs;f) wherein when said at least one second form representation is inserted into and coupled with said at least one first form three-dimensional representation, the at least one three-dimensional target is provided;g) wherein said at least one second form representation comprises: i) at least one first divisible geometry structured and arranged to geometrically divide said at least one second form representation into at least two divisible sections;ii) wherein said at least one second form representation comprises at least one third coupler structured and arranged to couple said at least two divisible sections together;iii) wherein when said at least one second form representation is geometrically divided, said at least one second form representation is two-dimensional; andiv) wherein when said at least one second form representation is geometrically coupled by said at least one third coupler, said at least one second form representation is three-dimensional. 2. The target system, according to claim 1, further comprising: a) at least one second divisible geometry structured and arranged to geometrically divide said first form three-dimensional representation into at least two divisible sections;b) wherein said at least one first form three-dimensional representation comprises at least one second coupler structured and arranged to couple said at least two divisible sections together; andc) wherein said at least one second divisible geometry, when geometrically divided, assists said at least one second form representation insertion into said at least one first form three-dimensional representation. 3. The target system, according to claim 2, wherein said at least one second coupler comprises a plurality of tab-slot couplers structured and arranged to removably couple said at least two divisible sections together. 4. The target system, according to claim 2, wherein: a) such at least one torso portion of such at least one three-dimensional humanoid comprises at least one head portion; andb) said at least one second coupler is situate about the top of such at least one head of such at least one torso portion of such at least one three-dimensional humanoid. 5. The target system, according to claim 3, wherein said plurality of tab-slot couplers comprise a non-metallic-coupling structured and arranged to minimize bullet ricochet. 6. The target system, according to claim 2, wherein said at least one second coupler comprises at least one non-metallic material structured and arranged to minimize bullet ricochet. 7. The target system, according to claim 1, wherein said at least one second form representation comprises at least two two-dimensional portions that, when assembled provide at least one three-dimensional representation of at least one humanoid internal organ. 8. The target system, according to claim 1, wherein said at least one second form representation is geometrically couplable by slotted cross-sectionally-assembled portions comprising such at least one set of humanoid internal organ representation. 9. The target system, according to claim 1, wherein: a) said at least one first form three-dimensional representation comprises at least one coronal plane and at least one sagittal plane;b) said at least one first form three-dimensional representation comprises at least two divisible sections; andc) said at least one second form representation inserts into said at least one first form three-dimensional representation along the intersection of said sagittal plane and said coronal plane cross-sections. 10. The target system, according to claim 4, wherein said at least one second form representation comprises at least one brain representation structured and arranged to couple inside such at least one head portion. 11. The target system, according to claim 1, wherein said at least one first form three-dimensional representation comprises essentially thermoformed molded fiber in its entirety. 12. The target system, according to claim 1, wherein said at least one first form three-dimensional representation comprises essentially thick-wall molded pulp in its entirety. 13. The target system, according to claim 9, wherein said at least one first form three-dimensional representation comprises at least two divisible sections along such at least one coronal plane. 14. The target system, according to claim 1, wherein said at least one second form representation comprises shot demarcation indicia structured and arranged to assist determination of organ target-penetration when penetrated. 15. The target system, according to claim 14, wherein said shot demarcation indicia is structured and arranged to indicate, and assist determination of, angular shot geometry when penetrated. 16. A target system, relating to at least one three-dimensional target to assist a shooter of the target to determine associated internal organ damage upon striking the target, comprising: a) first form three-dimensional representation means for form representation of at least one torso portion of at least one three-dimensional humanoid;b) second form representation means for representing at least one set of humanoid internal organs; and,c) first coupler means for coupling said second form representation means within said first form three-dimensional representation means;d) wherein said first coupler means comprises removable inserter means for inserting said second form representation means into said first form three-dimensional representation means;e) wherein said second form representation means comprises three-dimensional representation means for three-dimensional representing of at least one set of humanoid internal organs;f) wherein when said second form representation means is inserted into and coupled with said first form three-dimensional representation means the at least one three-dimensional target is provided;g) first divisible geometry means for geometrically dividing said first form three-dimensional representation means into at least two divisible sections;h) wherein said first form three-dimensional representation means comprises second coupler means for coupling said at least two divisible sections together;i) wherein said first divisible geometry means, when geometrically divided, assists said second form representation means insertion into said first form three-dimensional representation means;j) second divisible geometry means for geometrically dividing said second form representation means into at least two divisible sections;k) wherein said second form representation means comprises third coupler means for coupling said at least two divisible sections together;l) wherein when said second form representation means is geometrically divided, said second form representation means is two-dimensional; andm) wherein when said second form representation means is geometrically coupled by said third coupler means, said second form representation means is three-dimensional.