Abstract: A bottle security device includes an inner member, an outer member and a cap member that cooperate to lock the bottle security device on the neck of a bottle. The inner member includes a plurality of fingers that are adapted to fit under the bead on a bottle neck. The cap member and the outer member are connected to form an enclosure therebetween which houses a locking mechanism. The outer sleeve member of the device slides over the inner member and forces the fingers against the bottle neck. Pins are connected to the inner member and extend into the locking mechanism to lock the inner and outer members together when the inner member is inserted in the outer member. A magnetic key is used to separate the two pieces and release the security device from the bottle. The key attracts a portion of the locking mechanism to disengage the mechanism from the pin.

Abstract: A security device locks to a display structure such as a pegboard or slatboard to prevent the rapid removal of merchandise from the display structure by preventing the rapid removal of the entire security device. The security device includes a base and a rod with the base having locked and unlocked positions. The unlocked position of the base allows the security device to be removed from the display structure. The locked position of the base prevents the security device from being removed. The security device includes a lock that holds the base in the locked position. A key may be used to unlock the base. Customers may remove items of merchandise from the security device while the lock and base are in their locked positions.

Abstract: A bottle security device includes an inner member, an intermediate member and an outer member that cooperate to lock the device on a bottle neck. The inner member includes a plurality of fingers adapted to fit under the bead on a bottle neck. The intermediate member slides over the inner member and forces the fingers against the bottle. The intermediate member includes a plurality of upwardly extending arms with inwardly projecting teeth that engage outwardly extending teeth on the inner member to lock the inner and intermediate members together. A key unlocks and rotates a rotatable member to separate the intermediate and inner members to unlock the device. Upon rotation of the cover cap, camming surfaces on the rotatable member engage the upwardly extending arms to move them radially outward to disengage them from the inner member.

Abstract: A theft deterrent device adapted to be connected to an item of merchandise to discourage shoplifting includes a flexible lanyard. In one embodiment, the first end of the lanyard is removably anchored to the holder with the second end of the lanyard being lockable to the holder. The lanyard may thus be replaced if severed by a shoplifter so that the holder may be reused. The invention also provides a lanyard having first and second ends with a latch that holds that ends together so that the ends may be inserted as a unit into the holder before being locked to the holder.

Abstract: A theft deterrent device includes first and second jaws pivotally connected to one another and pivotally movable between open and closed positions. The jaws form in the closed position an interior chamber and a through passage for receiving therethrough a portion of an article of merchandise. A lock slide is slidable within the interior chamber between locked and unlocked positions and lockable by a lock in the locked position to secure the first and second jaws together in the closed position. The lock slide includes lock hooks which lockably engage lock hooks of the second jaw. The lock slide includes locking and unlocking ledges which a resilient, magnetically attractable lock finger of the lock respectively engages in the locked and unlocked positions. An externally accessible thumb grip operatively engages the lock slide to move it between the locked and unlocked positions. An EAS tag is disposed within the device.

Abstract: A bottle security device includes an inner member, an intermediate member and an outer member that cooperate to lock the device on a bottle neck. The inner member includes a plurality of fingers adapted to fit under the bead on a bottle neck. The intermediate member slides over the inner member and forces the fingers against the bottle. The intermediate member includes a plurality of upwardly extending arms with inwardly projecting teeth that engage outwardly extending teeth on the inner member to lock the inner and intermediate members together. A key unlocks and rotates a rotatable member to separate the intermediate and inner members to unlock the device. Upon rotation of the cover cap, camming surfaces on the rotatable member engage the upwardly extending arms to move them radially outward to disengage them from the inner member.

Abstract: A bottle security device includes an inner member, an intermediate member and an outer member that cooperate to lock the device on a bottle neck. The inner member includes a plurality of fingers adapted to fit under the bead on a bottle neck. The intermediate member slides over the inner member and forces the fingers against the bottle. The intermediate member includes a plurality of upwardly extending arms with inwardly projecting teeth that engage outwardly extending teeth on the inner member to lock the inner and intermediate members together. A key unlocks and rotates a rotatable member to separate the intermediate and inner members to unlock the device. Upon rotation of the cover cap, camming surfaces on the rotatable member engage the upwardly extending arms to move them radially outward to disengage them from the inner member.

Abstract: A disposable theft deterrent tag includes first and second elements that lock together through a portion of an item of merchandise to secure the tag to the item of merchandise. The first portion of the tag includes a first locking member having opposed teeth that are adapted to lockingly engage a second locking member that is carried by the second element of the tag. The second locking member is in the form of a stepped post that snaps between the opposed teeth to lock the post to the teeth. The tag may be unlocked by moving the teeth with respect to the post. In one embodiment of the invention, a portion of the body of the first element may be destroyed while moving the teeth from the locked position to the unlocked position.

Abstract: A bottle security device includes an inner member, an outer member and a cap member that cooperate to lock the bottle security device on the neck of a bottle. The inner member includes a plurality of fingers that are adapted to fit under the bead on a bottle neck. The cap member and the outer member are connected to form an enclosure therebetween which houses a locking mechanism. The outer sleeve member of the device slides over the inner member and forces the fingers against the bottle neck. Pins are connected to the inner member and extend into the locking mechanism to lock the inner and outer members together when the inner member is inserted in the outer member. A magnetic key is used to separate the two pieces and release the security device from the bottle. The key attracts a portion of the locking mechanism to disengage the mechanism from the pin.

Abstract: A bottle security device includes an inner member, an outer member and a cap member that cooperate to lock the bottle security device on the neck of a bottle. The inner member includes a plurality of fingers that are adapted to fit under the bead on a bottle neck. The cap member and the outer member are connected to form an enclosure therebetween which houses a locking mechanism. The outer sleeve member of the device slides over the inner member and forces the fingers against the bottle neck. Pins are connected to the inner member and extend into the locking mechanism to lock the inner and outer members together when the inner member is inserted in the outer member. A magnetic key is used to separate the two pieces and release the security device from the bottle. The key attracts a portion of the locking mechanism to disengage the mechanism from the pin.

Abstract: The invention generally provides a security storage container for items of recorded media. The device automatically closes and locks when the item of recorded media is inserted into the security storage container. A locking mechanism having dual locking fingers is used to hold the device in the locked configuration. The security storage container may be configured to allow compact discs and DVD jewel boxes and other storage containers to be loaded in a “spine-out” configuration while fully displaying the front cover of the storage container.

Abstract: A security sleeve for merchandise storage containers includes a frame that defines a storage compartment. The frame defines an insertion opening through which the merchandise is loaded into the storage compartment. The frame may be configured to hold any of a variety of merchandise packages including various items of recorded media such as video cassettes, CDs, and DVDs. The sleeve includes at least one locking member that blocks a portion of the insertion opening to prevent the merchandise from being removed from the storage compartment until the frame is destroyed.

Abstract: A bottle security device includes an inner member and an outer member that cooperate to lock the bottle security device on the neck of a bottle. The inner member includes a plurality of fingers that are adapted to fit under the bead on a bottle neck. The inner member further includes outwardly extending teeth. The outer sleeve member of the device slides over the inner member and forces the fingers against the bottle. The outer sleeve member further includes a plurality of upwardly extending arms that have inwardly projecting teeth that engage the teeth of the inner member to lock the two members together. A key is used to separate the two pieces and release the security device from the bottle. The key extends down through the top of the outer sleeve member to physically engage the upwardly extending arms and to move them radially outward to where they disengage the inner member.

Abstract: An EAS tag holder includes a first member and a second member are hinged together between open and closed positions. In one embodiment of the invention, the holder includes a pin that pierces a portion of the item of merchandise to lock the holder to the item of merchandise. In other embodiments, the holder clamps itself to the item of merchandise. The holder is removed from the merchandise by cutting the hinge of the holder and sliding the first and second members apart. In another embodiment of the invention, the first and second members of the holder are held together by locking fingers that may be released with a specially-designed key so that the holder may be reused. In another embodiment of the invention, the holder is opened with a key that breaks the locking fingers to release the members from each other.

Abstract: A theft deterrent device includes a base, a plug, and a cable assembly that is selectively connected to the base and the plug. The plug may be locked to the base to form a closed loop that may be used to hold merchandise. In situations where the plug cannot be threaded through the merchandise, the cable assembly may be disconnected from the plug to provide a smaller cross-section so that it may be threaded through the merchandise. The cable assembly is then reconnected to the plug so that the loop may be locked. The cable assembly is also replaceable so that the user does not have to discard the entire device if the cable is cut.

Abstract: A security box for holding items of recorded media includes a base and a lid hinged together between open and closed positions. At the end of the base opposite the hinged connection with the lid, a lock slide is positioned and movable between locked and unlocked positions. The lid includes a tooth that passes through an opening in the base as the lid is pivoted between the open and closed positions. The lock slide includes a tooth that moves between the tooth of the lid and the opening of the base when the lock slide is in the locked position.