Abstract: Backpack and counterbalance systems using load balancing pockets to be worn during active movement. The load balancing pockets of such system are arranged in the following way: a gap is created between the pockets so that the feet of the wearer are visible through the gap; the sides of the pockets do not hinder the natural swing of the arms when walking or running; this positioning is maintained whatever the size and shape of the wearer.

Abstract: A backpack has a backpack body having a front panel 2, side panels 3, a back panel 4, a top panel 1, an opening for inserting equipment into the pack, a base portion, and a hip or waist belt 8. The base portion has an inner panel 5 and an outer panel 6. The inner panel 5 and outer panel 6 define a passage therebetween which terminates in side openings. A shoulder harness has two shoulder straps 7. The shoulder straps are operatively connected to a flexible member 12 that is substantially non-compressible across its width, has a substantially smooth surface, and extends through the passage. The width of the flexible member 12 is smaller than the width of the side openings and extends through the passage via the side openings with portions of the flexible member extending upwardly from the side openings at an angle to the back panel. The angle of the upwardly extending portions is variable relative to the back panel to accommodate wearers having differing back lengths.

Abstract: A dome tent has poles that are interlined via connectors located on each pole where it intersects with another pole, and a pole locator, comprising a framework defining the tent boundary, wherein the framework has pole end locators thereon.

Abstract: Disclosed is a backpack and counter-balance system. The system comprises a backpack having a pair of shoulder straps and a hip suspension system for supporting the weight of the backpack on the user's shoulders and hips respectively. At least one pocket system is worn in front of a user for counter-balancing backpack weight located rearwardly of the user. Each pocket system comprises at least one pocket, and a lower connection region for connection to the hip suspension system. The pocket system is supported in general vertical alignment above the lower connection region so as to transfer at least a majority, of the weight of the pocket system to the lower connection region. The pocket system further includes a connector for securing an upper connection region of the pocket system so as to maintain the general vertical alignment of the pocket system.

Abstract: A tent comprises a fabric layer over one or more arch poles, wherein said pole or poles is tensionable by means of tensioning members connected between upper and lower points of each said pole.