A 3 dimensional shape retaining light weight pouch and method for making the same, for mounting on a carrier such as a garment such as, but not limited to, a vest, belt, cummerbund, pack, or the like, and more particularly, that utilizes standing portions of stiffened fused together edges of laminated or composite panels of the pouch to hold the pouch in a predetermined 3 dimensional shape. The pouch is durable and wear resistant, allows easy insertion and removal of articles, accessories, and objects to be held and/or carried thereby, and is simple and easy to manufacture, while being configurable to be compatible with some known systems mounting systems such as MOLLE PALS and the like.

Disclosed are systems and methods for a wearable advertisement device holder. Particularly, the disclosure may relate to a wearable element that may be configured to hold one or more mobile devices, such as a tablet, smartphone, computer, or the like, such that a user may be able to display digital advertisements from their person.

Disclosed are systems and methods for a wearable advertisement device holder. Particularly, the disclosure may relate to a wearable element that may be configured to hold one or more mobile devices, such as a tablet, smartphone, computer, or the like, such that a user may be able to display digital advertisements from their person.

A body carrier apparatus may include a front carrier and a rear carrier. In some examples, the body carrier apparatus may protect a wearer of the body carrier apparatus from ballistics. In further examples, the body earner apparatus may reduce stress on shoulder muscles while maintaining shoulder mobility.

A body carrier apparatus may include a front carrier and a rear carrier. In some examples, the body carrier apparatus may protect a wearer of the body carrier apparatus from ballistics. In further examples, the body earner apparatus may reduce stress on shoulder muscles while maintaining shoulder mobility.

A device includes a front brace (1), a non-stretchable lumbar brace (2), and a right and left under-shoulder strap (3,4) and right and left hip strap (5, 6). All the straps (3, 4, 5, 6) are non-stretchable and the under-shoulder straps (3, 4) are adjustable in their length. The front brace (1) has attachment points (8, 9, 12, 13) to the front ends the ends of all straps (3, 4, 5, 6) and the lumbar brace (2) has attachment points (10, 11, 14, 15) to the rear ends of these straps. Attachment points (8, 9) for under-shoulder straps (3, 4) to the front brace (1) are above the attachment points (12, 13) of the hip straps (5, 6) to this brace (1). Attachment points (8, 9) for under-shoulder straps (3,4) to the front brace (1) are located above their attachment points (10, 11) to the lumbar brace (2).

A device includes a front brace (1), a non-stretchable lumbar brace (2), and a right and left under-shoulder strap (3,4) and right and left hip strap (5, 6). All the straps (3, 4, 5, 6) are non-stretchable and the under-shoulder straps (3, 4) are adjustable in their length. The front brace (1) has attachment points (8, 9, 12, 13) to the front ends the ends of all straps (3, 4, 5, 6) and the lumbar brace (2) has attachment points (10, 11, 14, 15) to the rear ends of these straps. Attachment points (8, 9) for under-shoulder straps (3, 4) to the front brace (1) are above the attachment points (12, 13) of the hip straps (5, 6) to this brace (1). Attachment points (8, 9) for under-shoulder straps (3,4) to the front brace (1) are located above their attachment points (10, 11) to the lumbar brace (2).

A strap may have a strip of material. Sliding clasps may be attached to ends of left and right segments of the strip. Each sliding clasp may have a slot through which one of the segments slides to adjust strap length. The strap may be coupled to an item such as a device with a battery. The sliding clasps are each in a first mode in which the sliding clasp is locked to the strip and does not allow the strip to slide and a second mode in which the sliding clasp is unlocked and allows the strip to slide. Rotational motion, squeezing motions, and/or other motions may be used to transition the sliding clasp between locked and unlocked states.

A strap may have a strip of material. Sliding clasps may be attached to ends of left and right segments of the strip. Each sliding clasp may have a slot through which one of the segments slides to adjust strap length. The strap may be coupled to an item such as a device with a battery. The sliding clasps are each in a first mode in which the sliding clasp is locked to the strip and does not allow the strip to slide and a second mode in which the sliding clasp is unlocked and allows the strip to slide. Rotational motion, squeezing motions, and/or other motions may be used to transition the sliding clasp between locked and unlocked states.

A binocular harness system having a pair of shoulder straps, a pair of upper torso straps, and a carrying pouch. The carrying pouch has a main body and a removable hood. The front side of the main body has a loop fastener panel that extends laterally across the front side. The hood has a front panel, a secondary panel that is configured to form a back and two sides of the hood, and an elongated pocket that extends along a rear edge and at least a portion of each side edge of the secondary panel, the elongated pocket contains a rod, and an elastomeric cord passes through a central bore in the rod, side portions of the elongated pocket, loops situated on either side of the back side of the main body, and conduits made of nylon webbing situated on or proximate to the bottom panel of the main body.