Systems ( 100 ) and methods ( 1000 ) for operating a Security Tag (“ST”). The methods involve rotating a Rotational Clip (“RC”) of ST ( 132 ) towards a Housing Base (“HB”) of ST until RC ( 406 ) contacts a latch ( 610 ) disposed within HB ( 404 ), where an article resides between a first pad ( 602 ) fixedly coupled to RC and a second pad ( 604 ) movably coupled to HB. An angled surface ( 626 ) of RC slides against an angled surface ( 624 ) of the latch so as to cause compression of a cap spring ( 614 ) and a latch spring ( 612 ). The cap spring is disposed in HB such that a center axis ( 818 ) thereof is perpendicular to a center axis ( 816 ) of the latch spring. When the latch becomes aligned with an aperture ( 628 ) formed in the rotational clip, the latch travels into the aperture as result from a pushing force applied thereto by the latch spring.
1. A security tag, comprising:
a housing base having a latch disposed therein that is resiliently biased in a first direction by a latch spring;
a rotational clip rotatively coupled to the housing base, where the latch engages the rotational clip when the rotational clip is rotated towards the housing base; and
a cap movably coupled to the housing base so as to be resiliently biased at all times in a second direction perpendicular to the first direction and away from the housing base by a cap spring disposed in the housing base, the cap at least partially protruding out and away from the housing base when in an unengaged position;
wherein the cap spring is further compressed when the security tag is affixed to an article at least partially disposed between the cap and the rotational clip; and
wherein the cap and the rotational clip apply a compressive force directly to the article when the security tag is in use.
2. The security tag according to claim 1 , further comprising:
a first pad fixedly coupled to the rotational clip; and
a second pad disposed at a location on the housing base that is opposed from a location at which the first pad is disposed on the rotational clip when the rotational clip is engaged by the latch.
3. The security tag according to claim 2 , wherein a frictional force is applied to a portion of the article by the first and second pads.
4. The security tag according to claim 1 , wherein the cap spring is disposed in the housing base such that a center axis thereof is perpendicular to a center axis of the latch spring coupled to the latch.
5. The security tag according to claim 4 , wherein the latch spring applies a pushing force to the latch to cause an engagement structure of the latch to travel into an aperture formed in the rotational clip.
6. The security tag according to claim 4 , wherein the cap and latch springs are each in an uncompressed state when the rotational clip is not engaging the latch.
7. The security tag according to claim 1 , wherein the latch disengages the rotational clip when a magnetic field is applied to the latch.
8. The security tag according to claim 1 , wherein the security tag is removed from the article by rotating the rotational clip in a direction away from the housing base.
9. The security tag according to claim 1 , wherein the security tag is capable of being affixed to optical wear.
10. The security tag according to claim 1 , further comprising a security sensor detecting when the article to which the security tag is affixed enters a surveillance zone of an Electronic Article Surveillance system.