Abstract: A security seal includes a locking element and a locking body configured to receive an end of the locking element therein to secure the security seal at an object. The locking body may include a deformable wall that deforms responsive to a sufficient pressure applied to the wall of the locking body. A disk element may be disposed in the locking body and movable along a tapered channel to clamp against the locking element to limit retraction of the locking element. The tapered channel may have an arcuate surface along which the disk element moves to provide a progressively increasing bite angle and clamping force at the locking element. The disk element may have a knurled surface with a circumferential groove established circumferentially around the disk element, with the circumferential groove offset from a center line of the disk element and toward a respective end of the disk element.

Abstract: A security device is described including a bolt and a securement washer through which the bolt is be disposed. The securement washer includes a hole, at least one circumferential groove within the hole, and a C-shaped ring disposed within the circumferential groove. The security device also includes a first end cap with a bolt head receiving well, a first end cap hole through which the shaft of the bolt is disposed, and a first end cap circumferential wall extending above the head of the bolt. The first end cap circumferential wall permits the first end cap to be closed around the head of the bolt. The security device also includes a second end cap with a securement washer receiving well and a second end cap circumferential wall extending above the securement washer. The second end cap circumferential wall permitting the second end cap to be closed around the securement washer.

Abstract: A security device includes a securement washer having a securement washer hole, and a circumferential groove within the hole. An end cap includes a well that contains the securement washer, and an end cap circumferential wall that extends around the securement washer. A portion of the end cap circumferential wall extends over a circumferential portion of the securement washer located around the securement washer hole. The portion of the end cap circumferential wall comprises tamper-evident indicia on a surface thereof. The tamper-evident indicia is formed so as to remain unchanged until and unless the security device is tampered with. The security device may be manufactured by forming tamper-evident indicia such as a disturbance on a surface of an end cap such that the indicia remains unchanged until or unless the security device is tampered with. The tamper-evident indicia may be formed by an orbital forming process.

Abstract: A label and a label for a security seal are described. The label includes a flexible body with first and second portions connected to one another via a separable connection. A first adhesive is disposed on a rear surface of the first portion. A second adhesive is disposed on a rear surface of the second portion. First information is applied to the first portion. Second information is applied to the second portion. At least a portion of the first information is identical to a portion of the second information. Either the first portion or the second portion includes tamper-evident indicia such that attempted separation of either portion from a substrate, once affixed, exposes the tamper-evident indicia. The first adhesive is formulated to securely affix the first portion to a seal body. The second adhesive is formulated to securely affix the second portion to a document.

Abstract: A security device is described with a housing having a top wall and an intermediate wall that define a first bore. A bottom wall and the intermediate wall define a central cavity, a second bore, and an end cap receiving opening. The intermediate wall includes a recessed portion that defines a cusp at an end of the second bore interior to the housing. An end cap is disposed within the end cap receiving opening and has a hole therethrough. A resilient member is disposed within the central cavity adjacent to the end cap. A first securing member is disposed within the cavity adjacent to the resilient member. A second securing member is disposed adjacent to the first securing member. A cable has a first end fixedly secured within the first bore and a second end that is insertable through the second bore and a hole in the end cap.

Abstract: A security device is described including a bolt and a securement washer through which the bolt is be disposed. The securement washer includes a hole, at least one circumferential groove within the hole, and a C-shaped ring disposed within the circumferential groove. The security device also includes a first end cap with a bolt head receiving well, a first end cap hole through which the shaft of the bolt is disposed, and a first end cap circumferential wall extending above the head of the bolt. The first end cap circumferential wall permits the first end cap to be closed around the head of the bolt. The security device also includes a second end cap with a securement washer receiving well and a second end cap circumferential wall extending above the securement washer. The second end cap circumferential wall permitting the second end cap to be closed around the securement washer.

Abstract: A fluorescent lamp holder assembly is adapted to receive various injection molded end cap structures allowing the fluorescent lamp holder assembly to have several embodiments, including watertight embodiments. The fluorescent lamp holder assembly may be disposable or may allow replacement of the fluorescent lamp, with the replacement style being watertight. The fluorescent lamp holder assembly generally includes a fluorescent lamp surrounded by a protective sleeve. A first end cap covers a first end of the lamp and sleeve, while a second end cap structure comprising a power connector cap and tube power connector cap covers a second end of the lamp and sleeve.