System for Couplable Uniformly Alloyed Metallic Members with Physical Attribute Visual Indicator Portions
OwnerCharles Neeterinventor
Life of this patent
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Abstract
A uniformly alloyed metallic member having an inertial amount of metallic alloy including at least one aperture, including an inertial amount visual indicator at least associated with the inertial amount of metallic alloy in terms of weight or mass, and including an alloy visual indicator at least associated with type of the metallic alloy.
Claims20
A first uniformly alloyed metallic member having an inertial amount of metallic alloy, the first uniformly alloyed metallic member comprising:
- (I) a first side;
- (II) a second side;
- (III) at least one outer edge portion extending between the first side and the second side;
- (IV) at least one inner edge portion extending between the first side and the second side;
- (V) at least one aperture, wherein the at least one inner edge portion bounds at least in part the at least one aperture;
- (VI) an inertial amount visual indicator portion at least associated with the inertial amount of metallic alloy,
- wherein the inertial amount of metallic alloy includes a dominant metal portion of the metallic alloy having an amount larger than any other metal portion of the metallic alloy;
- and
- (VII) an alloy visual indicator portion at least associated with the amount of the dominant metal portion.
An assembly of continuously coupled uniformly alloyed metallic members with at least one of the uniformly alloyed metallic members including an inertial amount visual indicator and an alloy type visual indicator.
An assembly comprising:
- (I) a uniformly alloyed metallic member having an inertial amount of metallic alloy, the uniformly alloyed metallic member including:
- (A) a first side,
- (B) a second side,
- (C) at least one aperture extending from the first side to the second side,
- (D) an inertial amount visual indicator at least associated with the inertial amount of metallic alloy of the uniformly alloyed metallic member,
- wherein the inertial amount of metallic alloy of the uniformly alloyed metallic member includes a dominant metal portion larger than any other metal portion of the metallic alloy of the uniformly alloyed metallic member, and
- (E) an alloy visual indicator at least associated with the dominant metal portion of the uniformly alloyed metallic member;
- and
- (II) a uniformly alloyed metallic curvilinear clasp having an inertial amount of metallic alloy, the uniformly alloyed metallic curvilinear clasp including:
- (A) a first aperture portion,
- (B) a first gap portion adjacent the first aperture portion,
- (C) a second aperture portion,
- (D) a second gap portion adjacent the second aperture portion,
- (E) an inertial amount visual indicator at least associated with the inertial amount of metallic alloy of the uniformly alloyed metallic curvilinear clasp,
- wherein the inertial amount of metallic alloy of the uniformly alloyed metallic curvilinear clasp includes a dominant metal portion larger than any other metal portion of the metallic alloy of the uniformly alloyed metallic curvilinear clasp, and
- (F) an alloy visual indicator at least associated with the dominant metal portion of the uniformly alloyed metallic curvilinear clasp,
- wherein the first aperture portion of the uniformly alloyed metallic curvilinear clasp is couplable with the uniformly alloyed metallic member, and
- wherein the at least one aperture of the uniformly alloyed metallic member is couplable with the uniformly alloyed metallic curvilinear clasp.
Dependencies are inferred from the claim text.