Fencing systems and components thereof are disclosed herein. In one form, a device for coupling a fence wire to a post is provided. In another form, a method is provided for coupling a fence wire to a post through use of the disclosed device.

A hanger to hang an object to a support. The hanger includes an elongated base with a back, a mount that overlaps with a top section of the back, and a hook that overlaps with a bottom section of the back. A tongue is mounted to the back and extends outward from the back towards the hook. Apertures extend through the back, the tongue, and the mount, with the apertures aligned in a straight line. The base comprises a unitary, one-piece construction.

A carabiner apparatus includes a carabiner body, the carabiner body having a first portion and a second portion, the first and second portion defined by a G-arm, the first portion including a carabiner opening, the G-arm adjacent to the carabiner opening. The carabiner further includes a first gate, the first gate oriented to close and open the carabiner opening. The carabiner further includes a second gate, the second gate extending from the G-arm to a portion of the carabiner body, the second gate when closed separating the first portion of the carabiner body from the second portion of the carabiner body.

A lifting hook 100 (200, 250, 260, 270) has an inner leg 102, an outer leg 104, and a connecting part 106 connecting these legs. With respect to a worker equipped with a lever type carabiner 2(4), the inner leg 102 is located on the inner side close to the carabiner 2(4), and the outer leg 104 is located on the outer side far from the carabiner 2(4). The inner leg 102 and the outer leg 104 relatively have a height difference, and at least a portion 104main of the outer leg 104 is located higher than the inner leg 102.

Couplers including a hook and a gate member. The hook includes a base member and a crook. The crook extends from the base member and includes a base leg, a bend, and a hook leg. The base leg extends from the base member. The bend extends in a curved path from the base leg. The hook leg extends from the bend opposite the base leg and terminates in a hook tip. The gate member is coupled to the base member where the gate member extends into the crook and terminates proximate to the hook tip. The gate member is configured to resiliently deflect away from the hook tip when an eye is selectively pressed between and the hook tip and the gate member. The gate member is biased to resiliently return to a position proximate the hook tip once the eye moves past the hook tip.

Couplers including a hook and a gate member. The hook includes a base member and a crook. The crook extends from the base member and includes a base leg, a bend, and a hook leg. The base leg extends from the base member. The bend extends in a curved path from the base leg. The hook leg extends from the bend opposite the base leg and terminates in a hook tip. The gate member is coupled to the base member where the gate member extends into the crook and terminates proximate to the hook tip. The gate member is configured to resiliently deflect away from the hook tip when an eye is selectively pressed between and the hook tip and the gate member. The gate member is biased to resiliently return to a position proximate the hook tip once the eye moves past the hook tip.

The present invention provides an adjustable quick connect device and a cinch buckle device with quick connect. The devices have a body or frame with a first end and a second end. The first end has a hook defining an opening. The second end has a slider aperture. The devices include a slider operatively associated with the slider aperture.

A carabiner-style hook is provided for managing cargo. The hook includes a body having a first resilient section, a second section and a gate defined between the first resilient section and the second section.

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 fastener for accessories comprises a pair of a female part (1) and a male part (2). The female part (1) comprises a holding frame body (12), a holding space (13) which is surrounded by the holding frame body (12), and an opening part (14) which can close elastically at a tip of the holding frame body (12). The female part (1) further comprises a guide part (15) for insertion at an outer side of the opening part (14). On the other hand, the male part (2) comprises a circular locking frame body (22), a locking accepting part (25) which is surrounded by the locking frame body (22), and a locking part (21) which can close elastically at a tip of the locking frame body (22). The male part (2) further comprises a guide part (23) for engagement/disengagement at an inner side of the locking part (21) and an outer shell (57) on a periphery of the locking frame body (22). The fastener for accessories can be easily engaged by pushing the locking part (21) of the male part (2) onto the guide part (15) for insertion of the female part (1). On the contrary, the fastener for accessories can be easily disengaged by twisting and pulling the male part (2) from the female part (1) while pushing the inner side of the opening part (14) of the female part (1) onto the guide part (23) for engagement/disengagement of the male part (2).