Integrated lock and pin security tag

1. A security tag comprising:

a pin cover;

a pin housing;

a receiving gap disposed between the pin cover and the pin housing;

a pin configured to engage an article placed within the receiving gap;

a biasing member configured to actuate the pin by urging the pin toward the pin cover in response to the article being substantially placed within the receiving gap; and

a trigger element, the trigger element being displaced to enable the biasing member to actuate the pin.

2. The security tag of claim 1 , wherein a portion of the article is inserted into the receiving gap in a first direction to displace the trigger element in the first direction, and wherein the pin moves in a second direction substantially perpendicular to the first direction to advance toward the pin cover.

3. The security tag of claim 1 , wherein the security tag is in an unlocked state responsive to the trigger element blocking the pin from moving toward the pin cover, and wherein the security tag is in a locked state responsive to the trigger element being displaced and the pin being actuated.

4. The security tag of claim 3 , wherein the pin advances through the receiving gap into a pin receiver disposed at the pin cover in the locked state.

5. The security tag of claim 1 , wherein the trigger element comprises a sloped, top surface of the pin.

6. The security tag of claim 1 , wherein the trigger element comprises an actuator biased toward engagement with the pin, the actuator comprising a flange configured to engage a retaining edge of the pin to prevent movement of the pin toward the pin cover in an unlocked state, and wherein the flange disengages the retaining edge responsive to the article displacing the actuator.

7. The security tag of claim 1 , wherein the trigger element comprises a spring lock having a proximal end anchored at a portion of the security tag, and a distal end biased toward a rest position at which the pin is held out of the receiving gap, and wherein the pin is enabled to extend toward the pin cover responsive to the spring lock being displaced away from the rest position by engagement with the article.

8. The security tag of claim 1 , wherein the biasing member is affixed to a metallic member, and wherein the security tag transitions from a locked state to an unlocked state responsive to a magnetic key drawing the metallic member away from the pin cover to withdraw the pin from the receiving gap.

9. The security tag of claim 1 , further comprising a tag housing, the tag housing having a first surface that extends substantially parallel to a top surface of the pin, and a second surface that extends substantially parallel to the first surface, wherein the pin cover faces the first surface and the pin housing extends away from the second surface.

10. The security tag of claim 1 , wherein the security tag includes an information element.

11. The security tag of claim 10 , wherein the information element comprises an acousto-magnetic element (AM), a radio frequency element (RF), an electro-magnetic element (EM), or a radio frequency identification (RFID) element.

12. The security tag of claim 1 , wherein the pin is configured to be transitioned to a locked state based on physical contact with the article, and wherein the pin is configured to be transitioned to an unlocked state based on operation of a magnetic key or wirelessly triggered unlocking mechanism.

13. A lock and pin mechanism for transferring a security tag between a locked state in which the security tag is affixed to an article and an unlocked state in which the security tag is not affixed to the article, wherein the lock and pin mechanism comprises:

a pin substantially retained in a pin housing, the pin being configured to advance to the locked state by moving toward a pin cover separated from the pin housing by a receiving gap disposed between the pin cover and the pin housing, the pin being configured to engage the article responsive to placement of the article within the receiving gap;

a biasing member configured to actuate the pin by urging the pin toward the pin cover in response to the article being substantially placed within the receiving gap; and

a trigger element, the trigger element being displaced to enable the biasing member to actuate the pin.

14. The lock and pin mechanism of claim 13 , wherein a portion of the article is inserted into the receiving gap in a first direction to displace the trigger element in the first direction, and wherein the pin moves in a second direction substantially perpendicular to the first direction to advance toward the pin cover.

15. The lock and pin mechanism of claim 13 , wherein the security tag is in an unlocked state responsive to the trigger element blocking the pin from moving toward the pin cover, and wherein the security tag is in a locked state responsive to the trigger element being displaced and the pin being actuated.

16. The lock and pin mechanism of claim 13 , wherein the trigger element comprises a sloped, top surface of the pin.

17. The lock and pin mechanism of claim 13 , wherein the trigger element comprises an actuator biased toward engagement with the pin, the actuator comprising a flange configured to engage a retaining edge of the pin to prevent movement of the pin toward the pin cover in an unlocked state, and wherein the flange disengages the retaining edge responsive to the article displacing the actuator.

18. The lock and pin mechanism of claim 13 , wherein the trigger element comprises a spring lock having a proximal end anchored at a portion of the security tag, and a distal end biased toward a rest position at which the pin is held out of the receiving gap, and wherein the pin is enabled to extend toward the pin cover responsive to the spring lock being displaced away from the rest position by engagement with the article.