A quick-release securing device is constructed of nylon strap having an openable loop at one end, and snap hook at the other end. The distance between the openable loop and the snap hook, and the circumference of the openable loop, is adjustable. The loop can be opened and closed using a buckle. A supplemental strap may be employed for releasably attaching items, such as boat fenders, to the securing device.

A quick-release securing device is constructed of nylon strap having an openable loop at one end, and snap hook at the other end. The distance between the openable loop and the snap hook, and the circumference of the openable loop, is adjustable. The loop can be opened and closed using a buckle. A supplemental strap may be employed for releasably attaching items, such as boat fenders, to the securing device.

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 self-locking latch assembly for a two-piece container is provided. The latch assembly has a latch hook pivotably biased in a parallel orientation to the first piece of the two-piece container, while a keeper is connected though spaced apart from the surface of the second piece of the two-piece container. The two-piece container is adapted to move between an open and closed position by sliding an open end of the larger piece over an open end of a smaller piece. During this sliding action, toward the closed position, a tapered edge of the latch hook strikes the keeper and is urged upward until the tapered edge ends, whereby the biasing of the latch hook urges it to engage the keeper in a locked condition. To unlock the latch hook, one can pivot it to a nonparallel orientation and slide the two pieces apart.

A self-locking latch assembly for a two-piece container is provided. The latch assembly has a latch hook pivotably biased in a parallel orientation to the first piece of the two-piece container, while a keeper is connected though spaced apart from the surface of the second piece of the two-piece container. The two-piece container is adapted to move between an open and closed position by sliding an open end of the larger piece over an open end of a smaller piece. During this sliding action, toward the closed position, a tapered edge of the latch hook strikes the keeper and is urged upward until the tapered edge ends, whereby the biasing of the latch hook urges it to engage the keeper in a locked condition. To unlock the latch hook, one can pivot it to a nonparallel orientation and slide the two pieces apart.

A securing device has a main body having a first side wall, a second side wall, and at least one first slot for receiving a strap, and a top bar connected to the main buckle body at the first side wall and forming a second slot with the main buckle body for receiving a second strap. The second slot is open at a distal end thereof. The top bar has a guide track extending longitudinally therethrough, with the guide track opening into the second slot. A catch is formed on the second side wall and facing inward. A spring gate is disposed in the guide track. The spring gate is placed around the catch to close the distal end of the second slot. The spring gate is releasable from the catch by pressing on the top bar until the spring gate clears the catch.

A securing device has a main body having a first side wall, a second side wall, and at least one first slot for receiving a strap, and a top bar connected to the main buckle body at the first side wall and forming a second slot with the main buckle body for receiving a second strap. The second slot is open at a distal end thereof. The top bar has a guide track extending longitudinally therethrough, with the guide track opening into the second slot. A catch is formed on the second side wall and facing inward. A spring gate is disposed in the guide track. The spring gate is placed around the catch to close the distal end of the second slot. The spring gate is releasable from the catch by pressing on the top bar until the spring gate clears the catch.

A securing device has a main body having a first side wall, a second side wall, and at least one first slot for receiving a strap, and a top bar connected to the main buckle body at the first side wall and forming a second slot with the main buckle body for receiving a second strap. The second slot is open at a distal end thereof. The top bar has a guide track extending longitudinally therethrough, with the guide track opening into the second slot. A catch is formed on the second side wall and facing inward. A spring gate is disposed in the guide track. The spring gate is placed around the catch to close the distal end of the second slot. The spring gate is releasable from the catch by pressing on the top bar until the spring gate clears the catch.

A securing device has a main body having a first side wall, a second side wall, and at least one first slot for receiving a strap, and a top bar connected to the main buckle body at the first side wall and forming a second slot with the main buckle body for receiving a second strap. The second slot is open at a distal end thereof. The top bar has a guide track extending longitudinally therethrough, with the guide track opening into the second slot. A catch is formed on the second side wall and facing inward. A spring gate is disposed in the guide track. The spring gate is placed around the catch to close the distal end of the second slot. The spring gate is releasable from the catch by pressing on the top bar until the spring gate clears the catch.