A backpack frame system having a frame element; and a coupling link including a frame link portion and an accessory link portion, wherein the accessory link portion includes at least one attachment portion, wherein the frame link portion is attached or coupled to the frame element, wherein the frame link portion includes a plurality of spaced apart frame link recess tabs separated by frame link spaces, wherein the accessory link portion includes a plurality of spaced apart accessory link protrusion tabs separated by accessory link spaces, wherein corresponding accessory link protrusion tabs may be inserted within a corresponding recess, and wherein the accessory link portion may be at least partially rotated relative to the frame link portion to engage corresponding accessory link protrusion tabs and frame link recess tabs.

A backpack frame system having a frame element; and a coupling link including a frame link portion and an accessory link portion, wherein the accessory link portion includes at least one attachment portion, wherein the frame link portion is attached or coupled to the frame element, wherein the frame link portion includes a plurality of spaced apart frame link recess tabs separated by frame link spaces, wherein the accessory link portion includes a plurality of spaced apart accessory link protrusion tabs separated by accessory link spaces, wherein corresponding accessory link protrusion tabs may be inserted within a corresponding recess, and wherein the accessory link portion may be at least partially rotated relative to the frame link portion to engage corresponding accessory link protrusion tabs and frame link recess tabs.

A wheeled backpack includes a bottom frame member, a fabric bag portion, a pair of laterally spaced wheels, a pair of side frame members, and a telescoping handle that can move between a retracted position and an extended position where the handle can be grasped by a user to roll the backpack on the wheels. The handle is located so that there is little or no fore and aft offset of the center of mass/gravity of the backpack, which minimizes torquing on the handle and associated pivoting of the backpack in a user's hand when the backpack is lifted by the handle with the handle in the retracted position.

A wheeled backpack includes a bottom frame member, a fabric bag portion, a pair of laterally spaced wheels, a pair of side frame members, and a telescoping handle that can move between a retracted position and an extended position where the handle can be grasped by a user to roll the backpack on the wheels. The handle is located so that there is little or no fore and aft offset of the center of mass/gravity of the backpack, which minimizes torquing on the handle and associated pivoting of the backpack in a user's hand when the backpack is lifted by the handle with the handle in the retracted position.

A bulletproof backpack is disclosed. The bulletproof backpack includes a body having a front section, a rear section, a base, and a cover section. The front section, the rear section, the base, and the cover section form an interior of the body. The bulletproof backpack includes a first panel connecting the rear section. The bulletproof backpack includes a hood extending from the cover section. The bulletproof backpack includes a second panel connecting the hood. The bulletproof backpack includes shoulder straps connecting the rear section allowing a user to carry the bulletproof backpack. The bulletproof backpack includes strap connectors extending from the hood. Each of the first panel and the second panel is capable of blocking bullets and explosion fragments for protecting the user's back and head, respectively. The strap connectors connect the shoulder straps to balance the weight of the hood and prevent the hood from falling back.

The present disclosure discloses a carrying system for an item of equipment having a load carrier that can be carried via shoulder straps, the load carrier comprising a carrying plate having a plurality of recesses, at least one clamping element, and at least one positioning element, wherein the at least one clamping element and the at least one positioning element are each arranged or arrangeable on at least one recess of the carrying plate.

The present disclosure discloses a carrying system for an item of equipment having a load carrier that can be carried via shoulder straps, the load carrier comprising a carrying plate having a plurality of recesses, at least one clamping element, and at least one positioning element, wherein the at least one clamping element and the at least one positioning element are each arranged or arrangeable on at least one recess of the carrying plate.

A frame for a rucksack that is convertible into a support for a person such as a chair or bed. Also, a rucksack including such a frame. A convertible frame for a rucksack comprises two main frame members connected together by a pair of extendable connectors; at least two leg members connected or connectable to the main frame members; and a flexible support attached or attachable to the main frame members to extend between the main frame members, the frame being convertible between a first configuration, in which the main frame members have a first distance between them, and a second configuration, in which the frame forms a support for a person and the main frame members have a second distance between them. Also, a rucksack comprising such a frame, a bag, a rear cover and shoulder straps.

The invention relates to a backpack (10) having a stowage space (18), which on its side facing the back of a user of the backpack is delimited by a back part (20). The backpack (10) includes a net element (12) and a frame arrangement (22), which for tensioning the net element (12) is designed in such a way that an intermediate space (24) is formed between the back part (20) and the net element (12) when the net element (12) is tensioned. The backpack (10) has two shoulder straps (14, 16) for carrying the backpack (10) on the user's back. The shoulder straps (14, 16) have end areas (42, 44) that cross the intermediate space (24) and are fastened to the back part (20).

The invention relates to a backpack (10) having a stowage space (18), which on its side facing the back of a user of the backpack is delimited by a back part (20). The backpack (10) includes a net element (12) and a frame arrangement (22), which for tensioning the net element (12) is designed in such a way that an intermediate space (24) is formed between the back part (20) and the net element (12) when the net element (12) is tensioned. The backpack (10) has two shoulder straps (14, 16) for carrying the backpack (10) on the user's back. The shoulder straps (14, 16) have end areas (42, 44) that cross the intermediate space (24) and are fastened to the back part (20).