A method of operating a deployable armor panel is disclosed with steps as; grasping a pair of extractors with a pair of handles or distal loops by inserting a thumb and/or finger of a user into said pairs of distal loops; extracting said deployable armor panel up and out by stretching said pair of extractors through said pair of distal loops connected therewith; stretching said deployable armor panel over head of said user by pulling said pair of extractors through said pair of distal loops from said internal compartment of said carrier; positioning said deployable armor panel in front of a chest of said user by draping said pair of tethers over said shoulders of said user; and securing said deployable armor panel in front of said chest by attaching said panel, to a belt disposed at both sides of said carrier, by a pair of adjustable fasteners.

A portable backpack chair with gear carrying webbing for use in efficiently carrying gear for camping, the beach or the like. The backpack chair provides a novel design that eases the ability to carry a collapsible chair, such as a beach chair, on the user's back along with accompanying gear such as a cooler, beach towel and supplies. The novel design comprises a beach chair with an pack carrier portion and support structure mounted to the bottom portion of the beach chair, and chair back and seat portions that include a plurality of rows of cross webbing fixedly connected to the chair backing and seat fabric at intervals whereby securing straps can be used to attach gear to the fabric portion by looping the securing straps through a spaces between the fabric and the webbing. The portable backpack chair allows the user to quickly and easily pack and carry a chair and gear with minimal effort.

A hard-sided backpack is provided having shoulder straps allowing the backpack to be carried on both shoulders of a user. The hard-sided backpack may have multiple features to enhance versatility and operation, including an insulated liner for operation as a cooler, a speaker to provide entertainment, a rigid cover for use as a seat, and the like.

A backpack with an integrated power supply connected to a removable solar panel in a panel pocket to receive solar energy to power the integrated power supply. The integrated power supply is configured to supply power to the user in multiple forms, including at least one USB charging station to power devices.

A backpack including an adjustable frame including at least one reinforcement stay having a first side, a second side opposite the first side, and a longitudinal axis, wherein the reinforcement stay includes an asymmetrical flex material configured such that a flexural modulus of the reinforcement stay in a first direction, in which the reinforcement stay flexes about the longitudinal axis such that the first side becomes concave, is greater than a flexural modulus in a second opposing direction, in which the reinforcement stay flexes about the longitudinal axis such that the second side becomes concave, wherein the backpack is configured such that the reinforcement stay can be selectively oriented in either a first orientation, in which the first side of the reinforcement stay faces toward a wearer of the backpack, or a second orientation, in which the second side of the reinforcement stay faces toward the wearer of the backpack.

Methods and systems are provided for a backpack system including a frame-less waterproof bag and a backpack frame. In one example, a frame-less waterproof bag may include a frame-cap coupled to an outer surface of the frame-less waterproof bag. The frame-cap may be adapted to couple the frame-less waterproof bag with the backpack frame while maintaining a waterproof quality of the frame-less waterproof bag.

Backpacks are described herein. An example backpack may comprise a main body. The main body may define a cavity for carrying a load. The example backpack may comprise one or more shoulder straps. The one or more shoulder straps may be coupled to the main body. The one or more shoulder straps may be configured to extend adjacent a first surface of the main body. The example backpack may comprise one or more multi-use stays. The one or more multi-use stays may be disposed adjacent the first surface of the main body. The one or more multi-use stays may comprise a generally curvilinear stay body configured to provide support to the main body. The stay body may comprise a first utility feature disposed adjacent at least one of a pair of longitudinal ends thereof. The stay body may comprise a second utility feature formed therein between the longitudinal ends.

The invention relates to a backpack or case, which, in the closed state, is formed or shaped from substantially an underside, upper side, lateral surfaces, a surface to be carried on the back and a front surface, wherein an opening region is formed on or along a surface (3) which is formed with at least one fold-down flap (13), whereby a substantially complete opening (2) of the substantially tub-shaped backpack body is made on the elongated surface to be carried on the back and on the at least one fold-down flap, by means of at least one zip closure (5), and wherein the surface to be carried on the back is provided with backpack straps.

The present invention relates to a support structure for a rucksack, including a support framework having a first and a second bearing point arranged at a spacing from one another along a first direction, and a first and a second rotation element. The first rotation element is mounted on the support framework at the first bearing point and is rotatable about a first rotation axis and the second rotation element is mounted on the support framework at the second bearing point and is rotatable about a further rotation axis. The first and second rotation elements are constructed for receiving a shoulder belt and hip belt, respectively, in a torsion-resistant manner. The first and the second rotation element are rotationally coupled to one another in a manner reversing the direction of rotation.

Disclosed herein is a buckle including a plug member and a socket member. The plug member includes a shaft part protruding from one side of a first body, a first magnet inserted into the shaft part, a connection recess formed on the outer face of the shaft part, and at least one guide protrusion formed on the inner wall of the connection recess. The socket member includes a connection protrusion formed on one side of a second body to be inserted into the connection recess, a coupling recess formed in the middle of the connection protrusion so that the shaft part is inserted into the coupling recess, a second magnet inserted into the coupling recess, and at least one guide groove formed in the outer surface of the connection protrusion to guide the guide protrusion.