Embodiments of universal adapter system including a receiver component having base portion configured to be coupled to a base belt worn by an individual and a locking mechanism which is operative to be engaged to a mounting bar of an adapter component that is secured to a dynamic load carriage apparatus, wherein the mounting bar is capable of a sliding action that compensates for a shift in load that is associated with the individual are disclosed. In operation, the receiver component may be engaged and disengaged from the adapter component while being worn by the individual using a single-handed operation.

A clip (100) for being strung on a bracelet and/or a necklace, said bracelet or necklace comprising an elongate member with a flat cross-sectional shape and with a first substantially flat major surface and a second substantially flat major surface.

A clip (100) for being strung on a bracelet and/or a necklace, said bracelet or necklace comprising an elongate member with a flat cross-sectional shape and with a first substantially flat major surface and a second substantially flat major surface.

A jewelry clip is provided for clipping onto an elongated member of a bracelet and/or necklace. The jewelry clip includes first and second parts connected by a hinge and being rotatable between open and closed states. The clip in the closed state is adapted for gripping the elongated member and in the open state is adapted for being released from the elongated member. At least one discrete spring biases the clip toward the closed state when the clip is in the open state. The clip has, in the closed state, a through hole. At least one of the first and second parts includes at least one resilient element defining at least part of an inner surface of the jewelry clip defining the through hole. When the clip is clipped onto the elongated member, the resilient element provides a frictional resistance against movement of the elongated member through the through hole.

A jewelry clip is provided for clipping onto an elongated member of a bracelet and/or necklace. The jewelry clip includes first and second parts connected by a hinge and being rotatable between open and closed states. The clip in the closed state is adapted for gripping the elongated member and in the open state is adapted for being released from the elongated member. At least one discrete spring biases the clip toward the closed state when the clip is in the open state. The clip has, in the closed state, a through hole. At least one of the first and second parts includes at least one resilient element defining at least part of an inner surface of the jewelry clip defining the through hole. When the clip is clipped onto the elongated member, the resilient element provides a frictional resistance against movement of the elongated member through the through hole.

An article management clip includes a body having a tab, a first arm extending from the tab, a second arm extending from the tab, and a first member connecting the first arm with the second arm. The tab has a securement nub, and the body includes a resilient material.

An article management clip includes a body having a tab, a first arm extending from the tab, a second arm extending from the tab, and a first member connecting the first arm with the second arm. The tab has a securement nub, and the body includes a resilient material.

A snap hook assembly includes a base assembly that has a hook at one end. A lever assembly including an actuation mechanism and an arm assembly fits through an opening defined through the base assembly. The arm assembly is positioned on one side of the base assembly and the actuation mechanism of the lever assembly is positioned on the opposite side of the base assembly. The actuation mechanism is fit within a housing so that the lever assembly may pivot with respect to the base assembly. A clasp is attached to the base assembly so that an end of the clasp is biased to contact the hook of the base assembly. When the lever assembly pivots, the arm assembly contacts and rotates the clasp to create a gap between the clasp and the hook.

A snap hook assembly includes a base assembly that has a hook at one end. A lever assembly including an actuation mechanism and an arm assembly fits through an opening defined through the base assembly. The arm assembly is positioned on one side of the base assembly and the actuation mechanism of the lever assembly is positioned on the opposite side of the base assembly. The actuation mechanism is fit within a housing so that the lever assembly may pivot with respect to the base assembly. A clasp is attached to the base assembly so that an end of the clasp is biased to contact the hook of the base assembly. When the lever assembly pivots, the arm assembly contacts and rotates the clasp to create a gap between the clasp and the hook.

A snap hook assembly includes a base assembly that has a hook at one end. A lever assembly including an actuation mechanism and an arm assembly fits through an opening defined through the base assembly. The arm assembly is positioned on one side of the base assembly and the actuation mechanism of the lever assembly is positioned on the opposite side of the base assembly. The actuation mechanism is fit within a housing so that the lever assembly may pivot with respect to the base assembly. A clasp is attached to the base assembly so that an end of the clasp is biased to contact the hook of the base assembly. When the lever assembly pivots, the arm assembly contacts and rotates the clasp to create a gap between the clasp and the hook.