Apparatus for adjustable bead retention on bracelets and necklaces
a technology of adjustable beads and beads, which is applied in the field of bracelets and necklaces, can solve the problems of unlikely unintended movement of adjustable beads, and achieve the effects of reducing the cost of fabricating beads, increasing friction, and high surface tension
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first embodiment
[0033]As illustrated in FIG. 2, the adjustable retainer 50 is a unitary annular ring or bushing fabricated of a selectable material. The unitary adjustable retainer 50 includes an interior structure 52 that may cover a portion or substantially all of the inside dimensions of the adjustable retainer 50. The interior structure 52 is configured to enhance frictional contact between the adjustable retainer 50 and the outer surface of the strand 12. The interior structure may be configured with selectable frictional characteristics. That is, it may be formed to make movement of the adjustable retainer 50 on the strand 12 relatively difficult or relatively simple. A relatively high coefficient of friction of the interior structure 52 makes movement of the adjustable retainer 50 on the strand 12 relatively difficult and would be useful to the wearer who wishes to have little unintended movement of the adjustable retainer 50 on the strand 12. A relatively low coefficient of friction of the ...
second embodiment
[0034]As illustrated in FIG. 3, the adjustable retainer 50 is a hinged annular ring or bushing fabricated of a selectable material. The hinged adjustable retainer 50 includes an interior structure 54 that may cover a portion or substantially all of the inside dimensions of the adjustable retainer 50. The hinged adjustable retainer 50 further includes a first piece 56, a second piece 58, and a hinge joint 60 hingedly connecting the two. As with the interior structure 52 of unitary adjustable retainer 50 of FIG. 2, the interior structure 54 is configured to enhance frictional contact between the adjustable retainer 50 and the outer surface of the strand 12. The interior structure may be configured with selectable frictional characteristics as described with respect the interior structure 52 of FIG. 2. The first piece 56 and the second piece 58 preferably including a latching mechanism or locking mechanism, such as a pressure fit tongue-and-groove arrangement for releasable clamping of...
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