Abstract: Embodiments herein describe various structural components for a lightweight tent. Structural components include a split tip for a tent pole end, configured to receive and secure one or more cords from a tent canopy. The one or more cords may be configured with stoppers that may fit into corresponding recesses on the split tip to assist in retention. Other components include a coupler for attaching one or more cords from the tent canopy. The coupler may be secured to a tent pole section by a retaining ring, or by cooperation of a groove in the tent pole with a corresponding ridge on the coupler.

Abstract: A backpack with an improved load adjustment system includes a body, a frame, a pair of shoulder straps, a load lifting strap extending from each of the first shoulder strap and the second shoulder strap and suspended by the frame, a yoke attached to the first shoulder strap and the second shoulder strap, a back panel attached to a hip belt having a first hip pad and a second hip pad, and a torso length adjustment strap extending from a first lower side portion of the frame to a second lower side portion of the frame opposite the first lower side portion of the frame and passing through a strap receiving member fixed to the yoke. The improved load adjustment system allows for quick adjustment while wearing the backpack and increased freedom of movement.

Abstract: Embodiments herein describe various structural components for a lightweight tent. Structural components include a split tip for a tent pole end, configured to receive and secure one or more cords from a tent canopy. The one or more cords may be configured with stoppers that may fit into corresponding recesses on the split tip to assist in retention. Other components include a coupler for attaching one or more cords from the tent canopy. The coupler may be secured to a tent pole section by a retaining ring, or by cooperation of a groove in the tent pole with a corresponding ridge on the coupler.

Abstract: The present disclosure provides an apparatus comprising a body, a pair of shoulder straps attached to the body, a pair of pockets, each of the pair of pockets being formed respectively in each of the pair of shoulder straps, and a sternum strap including two parts connectable with a connector, wherein each of the two parts is attached and can be stowed respectively inside of each of the pair of pockets. Each of the two parts has a first end attached to a first corner of the corresponding pocket and a second end attached to a second corner of the corresponding pocket, such that the connector can slide up or down along the two parts and, when the two parts are connected with the connector, each of the two parts forms a “V” shape.

Abstract: A backpack with an improved load adjustment system includes a body, a frame, a pair of shoulder straps, a load lifting strap extending from each of the first shoulder strap and the second shoulder strap and suspended by the frame, a yoke attached to the first shoulder strap and the second shoulder strap, a back panel attached to a hip belt having a first hip pad and a second hip pad, and a torso length adjustment strap extending from a first lower side portion of the frame to a second lower side portion of the frame opposite the first lower side portion of the frame and passing through a strap receiving member fixed to the yoke. The improved load adjustment system allows for quick adjustment while wearing the backpack and increased freedom of movement.

Abstract: The present disclosure provides an apparatus comprising a body, a pair of shoulder straps attached to the body, a pair of pockets, each of the pair of pockets being formed respectively in each of the pair of shoulder straps, and a sternum strap including two parts connectable with a connector, wherein each of the two parts is attached and can be stowed respectively inside of each of the pair of pockets. Each of the two parts has a first end attached to a first corner of the corresponding pocket and a second end attached to a second corner of the corresponding pocket, such that the connector can slide up or down along the two parts and, when the two parts are connected with the connector, each of the two parts forms a “V” shape.