An inductor includes a coil having a plurality of coil patterns and external electrodes connected thereto. An innermost coil pattern and an outermost coil pattern in the coil grow using first and second insulating wall as growth guides and the inductor has a structure in which there is no deviation in thickness and shape between the coil patterns.

A sling connector is provided for a weapon. The sling connector comprises a rectangular body having opposed and parallel first and second bars. The body also has a third central bar between and parallel to the first and second bars. The central bar defines an elongated passage with a cord loop passing through the passage.

A sling connector is provided for a weapon. The sling connector comprises a rectangular body having opposed and parallel first and second bars. The body also has a third central bar between and parallel to the first and second bars. The central bar defines an elongated passage with a cord loop passing through the passage.

A tension fastener system is provided and includes a plurality of fastener bodies and tie materials. The fastener body includes a head with a webbing strap receiving passageway extending there through from lateral sides thereof, and a distal end having arms positioned opposite the proximal end and a securing feature section on each arm.

A strap adjustor can comprise a first surface, a second surface opposite the first surface, a third surface that extends between the first surface and the second surface. A first opening in the first surface can extend completely through the strap adjustor between the first surface and the second surface. A second opening in the first surface can extend partially but not completely through the strap adjustor. A bar can be disposed at the first surface between the first opening and the second opening. A third opening in the third surface can extends partially but not completely through the strap adjustor and join with the second opening. At least one strap can be disposed partially through the third opening, and the at least one strap can comprise an uncompressed thickness that is greater than a height of the third opening.

A strap adjustor can comprise a first surface, a second surface opposite the first surface, a third surface that extends between the first surface and the second surface. A first opening in the first surface can extend completely through the strap adjustor between the first surface and the second surface. A second opening in the first surface can extend partially but not completely through the strap adjustor. A bar can be disposed at the first surface between the first opening and the second opening. A third opening in the third surface can extends partially but not completely through the strap adjustor and join with the second opening. At least one strap can be disposed partially through the third opening, and the at least one strap can comprise an uncompressed thickness that is greater than a height of the third opening.

The Snap No Mo invention centers around the innovative concept of providing a fast, easy and safe way to connect, install or remove any item. This concept uses or replaces the conventional snap fasteners system for connecting any item with less effort to the installer or damage to the material and with a minimal amount of strength.

The Snap No Mo invention centers around the innovative concept of providing a fast, easy and safe way to connect, install or remove any item. This concept uses or replaces the conventional snap fasteners system for connecting any item with less effort to the installer or damage to the material and with a minimal amount of strength.

The invention relates to a fastening system for an article. The fastening system comprises a buckle having a body and a pair of hook arms which extend from the body with the free ends of the hook arms facing each other across a gap. A retainer is provided that in use is secured to a part of the article, the retainer comprising an elongate ridge, the ridge having a first width that is less than the width of the gap between the hook arms, the retainer further comprising a transition portion that connects the ridge to a stopper which is orthogonal to the ridge, the width of the stopper in the direction orthogonal to the ridge being greater than the width of the gap between the hook arms. In use the crest of the ridge may pass into the gap between the hook arms during an initial stage of fastening of the fastening system, the transition portion functioning as a guide during a subsequent stage of fastening to guide the buckle to a position where the hook arms and the body encompass the stopper so as to limit further movement of the buckle in a direction away from the ridge.

The invention relates to a fastening system for an article. The fastening system comprises a buckle having a body and a pair of hook arms which extend from the body with the free ends of the hook arms facing each other across a gap. A retainer is provided that in use is secured to a part of the article, the retainer comprising an elongate ridge, the ridge having a first width that is less than the width of the gap between the hook arms, the retainer further comprising a transition portion that connects the ridge to a stopper which is orthogonal to the ridge, the width of the stopper in the direction orthogonal to the ridge being greater than the width of the gap between the hook arms. In use the crest of the ridge may pass into the gap between the hook arms during an initial stage of fastening of the fastening system, the transition portion functioning as a guide during a subsequent stage of fastening to guide the buckle to a position where the hook arms and the body encompass the stopper so as to limit further movement of the buckle in a direction away from the ridge.