A clothing tag (10) comprising first side and second side members (12, 14) pivotable to a closed position to capture a portion of material (11). A first connector (43) is provided on a frangible base comprising a disc (51) secured relative to the first side member (12) by a plurality of connecting portions (52) around the periphery thereof. A second connector (45) is provided on the second side member (14) such that the first connector (43) engages with the second connector (45) when the first and second side members 12 and 14 are closed. Rotation of an actuator severs the connecting portions (52) such that the first connector (43) is broken away from the first side member (12), thereby allowing the first and second side members (12, 14) to be moveable to an open position to release the material 11.

The invention relates to means for sealing measuring instruments and equipment, specifically to seals with a blockable rotor to enable monitoring for unauthorized access to instruments measuring consumption of electrical and heating energy, natural gas and water. A seal with a rotor comprises a transparent body (1) made from a high-strength plastic and formed with a cylindrical cavity (2) having a blind end and openings (3) which are formed on lateral sides of the cavity (2) and through which a flexible sealing element passes, and a rectangular cavity (4) which is installed at the open end of the cavity (2), transversely with respect to the latter, wherein the cavities (2) and (4) are interconnected. A rotor (6) is arranged in the cavity (2) so as to be rotatable in one direction. Openings for the flexible sealing element are formed in the lateral walls of the cavity (2) and in the rotor. A cross-shaped blocking element (9) is installed at one end of the rotor. A device (5) for blocking the rotation of the rotor is arranged in the cavity (4), one end of which device is provided with two projections in the form of a fork (13), between which a trapezoidal groove (15) is formed for securing the cross-shaped blocking element (9).

The invention relates to means for sealing measuring instruments and equipment, specifically to seals with a blockable rotor to enable monitoring for unauthorized access to instruments measuring consumption of electrical and heating energy, natural gas and water. A seal with a rotor comprises a transparent body (1) made from a high-strength plastic and formed with a cylindrical cavity (2) having a blind end and openings (3) which are formed on lateral sides of the cavity (2) and through which a flexible sealing element passes, and a rectangular cavity (4) which is installed at the open end of the cavity (2), transversely with respect to the latter, wherein the cavities (2) and (4) are interconnected. A rotor (6) is arranged in the cavity (2) so as to be rotatable in one direction. Openings for the flexible sealing element are formed in the lateral walls of the cavity (2) and in the rotor. A cross-shaped blocking element (9) is installed at one end of the rotor. A device (5) for blocking the rotation of the rotor is arranged in the cavity (4), one end of which device is provided with two projections in the form of a fork (13), between which a trapezoidal groove (15) is formed for securing the cross-shaped blocking element (9).

A rotary security seal assembly includes a housing body defining a socket including a top opening and a peripheral socket wall. A rotor body is receivable in the socket that includes a top flange, a bottom flange, and a center body area between the top and bottom flanges. A locking filament includes a first end area permanently secured to the housing body by hardened material forming the housing body and a second end area dimensioned and configured to be received in and extend at least in part through a housing locking filament receiving bore defined by the housing body and a rotor locking filament receiving bore defined by the rotor body. At least one axial locking structure extends radially inward from the peripheral socket wall and between the top and bottom flanges of the rotor body.

A security seal for a medical container includes a seal foot having at least one latch structure movable relative thereto for engaging a mating latch structure formed on the container, and a seal head connected with the seal foot that includes at least one locking tab which is movably connected with the seal head through a hinge element, wherein the security seal includes a bolt element which can be positioned between a release position, in which the latch structure can be moved relative to the seal foot, and a locked position, in which the deformable latch structure is fixed in position relative to the seal foot and/or seal head.

A security seal for a medical container includes a seal foot having at least one latch structure movable relative thereto for engaging a mating latch structure formed on the container, and a seal head connected with the seal foot that includes at least one locking tab which is movably connected with the seal head through a hinge element, wherein the security seal includes a bolt element which can be positioned between a release position, in which the latch structure can be moved relative to the seal foot, and a locked position, in which the deformable latch structure is fixed in position relative to the seal foot and/or seal head.