The present disclosure provides hands-free item carrying devices and related methods. The devices include a support platform including an interior surface with an item support portion, a bottom and top ends. The devices further include a flexible stabilizing portion coupled to a bottom portion of the support platform and positioned adjacent to the interior surface. The devices also include a body harness with a pair of shoulder straps, at least one first end portion coupled to the stabilizing portion, and at least one second end portion coupled to at least one of the stabilizing portion and the support platform. When the shoulder straps are worn by a user, the support platform is selectively movable between an open positioned angling away from the user from the bottom end with the top end being distal to the user, and a closed positioned with the top end being proximate to the user.

A backpack may comprise a main body defining a first compartment, a first shoulder strap extending from the main body, a second shoulder strap extending from the main body, a cinching layer disposed adjacent an exterior surface of the main body, a first cinching cord coupled to the first shoulder strap and the second shoulder strap, and a second cinching cord coupled to the main body and extending through at least a portion of the cinching layer, wherein the second cinching cord is slideably coupled to the first cinching cord such that a tension applied to the first cinching cord causes the cinching layer to apply a compression force from the cinching layer toward the front exterior surface of the main body.

A backpack strap spool for rolling up an excess length of a backpack strap. A roller is rolled against the backpack strap, allowing it to be rolled into a tight roll next to the arm loop of the backpack. A loop is connected to end tabs of the roller and restrains the strap against the roller. The loop has several holes to adjust the tightness of the loop against the strap and roller, preventing the strap from becoming unrolled. Accessories may be clipped or inserted into the unused holes of the loop.

Disclosed are an apparatus and/or a method of a quick attachment carrier assembly of a container to enable free movement of a body of a wearer and hands-free utilization through multiple attachability options. In one aspect, a carrier attachment assembly includes an elongated flap, a first elastic band, and a second elastic band. The elongated flap has a proximal end and a distal end. The distal end of the elongated flap fits between a waist of a wearer and a waistband of a garment being worn by the wearer. The elongated flap is movable inside and/or outside the first elastic band and the second elastic band when the wearer manipulates the elastic bands and/or the elongated flap. The elongated flap is moved outside and/or inside to attach the container coupled with the carrier attachment assembly on the waist and/or the arm of the wearer respectively.

A wrap type infant carrier which also integrates certain attributes of mei tai and SSC carriers to provide an optimal meld of some of the most desirable attributes of these existing carriers, the present carrier thus providing the comfort and closeness of a wrap carrier, but further being configured to be easily fitted to the wearer, thus avoiding any excessive learning curve associated with its use. In addition to being easy to use, the present carrier is also configured to more effectively distribute the load to the caregiver to mitigate muscle strain or fatigue.

Load carriage systems are described including one or more of a first chest panel, a first back panel, and a self-adjusting cummerbund connecting the first chest panel and the first back panel. The self-adjusting cummerbund may include a tensioning mechanism configured to allow the cummerbund to extend and retract, and may be configured to provide varying resistive force. The tensioning mechanism may include one or more of a sliding portion, a continuous patterned length of material that is folded over itself, and an elastic member that is attached to the sliding member and the length of material. Body armor plates may be held between outer and inner chest panels and/or between outer and inner back panels. A strip of webbing may be used to secure the body armor plate between the outer and inner panels.

A three-point knee support system for a watercraft is described. Detachable adjustable shoulder straps and detachable adjustable hip belt straps from a backpack adapted to carry the uninflated or deflated watercraft in the situation where the watercraft is inflatable, are attached to three locations on each of the side walls of the watercraft for holding a paddler's or user's knee against that sidewall, in order to enable the paddler to more easily and accurately control the watercraft.

A back carrier adjusting system is provided in the present disclosure. The back carrier adjusting system is applied to a back carrier, which includes a main body and a strap unit connected to the main body. The back carrier adjusting system includes a guiding unit, a sliding unit and a fastening device. The guiding unit is disposed on the strap unit. The sliding unit is connected to the main body and slidably limited in the guiding unit. The fastening device includes at least one lace and a reel mechanism operably coupled with the at least one lace. The at least one lace is connected to the sliding unit. The reel mechanism is operated to retract or release the at least one lace, which makes the sliding unit move relative to the guiding unit, in order to adjust a height of the main body relative to the strap unit.

A backpack and frame are disclosed. The backpack frame is designed to be at least partially internal and is of unitary construction, most advantageously of a resin-impregnated material, such as resin-impregnated carbon fiber sheets with selective reinforcement by interstitial layers. The frame has a mid-back portion that includes openings for independently positionable shoulder straps and a lower back portion that provides for a rotatable connection to a belt assembly. A pair of curved stay portions is contiguous with the mid-back portion of the frame and curves outwardly as the stay portions extend downwardly. The frame is preferably curved to match the curvature of the human back. The backpack frame is lightweight and by use of composite materials can provide strength as well as selective flexibility to suspend the load of the backpack and decouple it from the movements of the wearer.

A backpack may comprise a main body defining a first compartment, a first shoulder strap extending from the main body, a second shoulder strap extending from the main body, a cinching layer disposed adjacent an exterior surface of the main body, a first cinching cord coupled to the first shoulder strap and the second shoulder strap, and a second cinching cord coupled to the main body and extending through at least a portion of the cinching layer, wherein the second cinching cord is slideably coupled to the first cinching cord such that a tension applied to the first cinching cord causes the cinching layer to apply a compression force from the cinching layer toward the front exterior surface of the main body.