A baby carrier device configured to secure a baby an upper body of the person, and comprising a support pad, shoulder straps, and at least one vertical strap. The support pad is configured for receiving and supporting at least an upper body of the baby, and extends substantially vertically between a top end and a bottom end thereof and substantially horizontally between lateral sides thereof. The shoulder straps are joined to the support pad, and configured to removably join the support pad to shoulders of the person carrying the baby. The vertical strap is located at or near the bottom of support pad, has a top portion and a bottom portion, the bottom portion extending below the bottom end of the support pad, the vertical strap being configured for encircling a hip seat worn by the person carrying the baby to removably join the baby carrier to the hip seat.

The oar-carrying device is a mechanical structure. The oar-carrying device is adapted for use with a client. The oar-carrying device is configured for use with one or more oars. The oar-carrying device suspends the one or more oars from the client. Specifically, the one or more oars: a) are carried by the client; or, b) the one or more oars are suspended from a shoulder of the client. The oar-carrying device incorporates a load bearing strap structure and a securing structure. The securing structure attaches to the load bearing strap structure. The securing structure secures the one or more oars to the load bearing strap structure. The load bearing strap structure suspends the one or more oars form the client.

A system, method, and apparatus for securely carrying a bow comprises: a body, a first end of the body further comprising a loop hook configured on the first end, a second end of the body, a bow mount configured on the second end of the body, and an external attachment point comprising: a strap, a loop in the strap configured to engage the loop hook; and a latch.

A cargo carrying strap system is discussed, the strap system having a handle assembly and one or more vertical straps for wrapping around a vertical perimeter of a piece of cargo. The strap system can further include a perimeter strap for wrapping around an edge perimeter of the cargo and a horizontal strap for wrapping around a horizontal perimeter of the cargo.

An ambidextrous, adjustable cross-body strap comprising a plurality of variably sized pockets, a buckle and universal interlocking keyring system for added user security. The cross-body strap can be worn under or over a shirt or jacket. In one embodiment, it is water resistant or waterproof. In one embodiment, the cross-body strap has interchangeable clasps and hooks that are stored in one of the plurality of pockets built into the strap. The interchangeable clasps hook and carabiners can be used separately or in combination with the universal interlocking rings to self-attach or alternatively attach to any messenger bag, gym bag tactical clips, such as a keyring holder, straps with snaps or briefcase.

A load-carrying loops array is an apparatus that is intended to be worn comfortably on a lower extremity and secured onto or over a garment. For example, the apparatus may be attached to the work belt of the user and extended down the leg to about mid-calf. The apparatus further provides two or more flexible fasteners that can keep the apparatus in place while the user performs various activities that may involve movement such as bending, standing, or running. One fastener may be positioned above the knee and another below the knee. Additional fasteners of different types can be provided to further secure the apparatus to the leg of the user. A set of loops allows users to connect different external attachments, such as pouches of different styles, to hold various items such as tools, connectors, magazine clips, portable electronics, and more.

A retention device includes a multi-hook-fastener platform, which includes a strap receiving member and a base, and a multi-hook-fastener strap. At least one side of the strap includes a multi-hook fastener. The strap receiving member includes a series of adjacent slots through which the multi-hook-fastener strap can be threaded.

A support cushion is disclosed. The support cushion includes: an outer cover; a material to fill the cushion; a strap attached to the cushion. Furthermore, a support cushion for use with a hammock is disclosed. The support cushion includes: an outer cover; a material to fill the cushion; a strap attached to the cushion.

A carrying belt for carrying a video camera or still camera on the body having a shoulder pad, a belt coupled to the shoulder pad that runs transversely across the upper body of a user, and at least one connecting piece for fastening the belt to the video or still camera. The belt includes a slide via which the belt is coupled to the shoulder pad so that the belt is movable in the direction of a longitudinal extension of the belt relative to the shoulder pad and is simultaneously secured to the shoulder pad transversely to the longitudinal extension. This solution is a development of a known carrying belt by allowing attachment of a still or video camera to the belt at the fittings provided for attaching a classical neck strap or to one of these fittings and a tripod belt bush on a camera.

Bootstrap converts any hiking bottle into a safe and long-lasting weightlifting device. It consists of two main components: 1″-1.5″ plushed strap with low elasticity and high durability, 0.4″ or thicker silicon bumper for bottle bottom.

Several embodiments have additional components used as connection items. VELCRO® brand VELSTRETCH® tape is a perfect material for the heavy bottle strap. It is used in industrial applications to withstand multiple expansions/contractions and to minimize shear stress on hands. Thick silicon bottom bumper absorbs stress coming from two bottles collision that is common for such weight lifting exercise. Overall design protects hikers head, hands, and body from injuries. Several embodiments varying aesthetically and in cost are presented. Basic math provided in the background section explains current solutions' failures. The same math lays the path to the bootstrap.