Untitled record

The invention relates to a garment that has at least area wise chambers that can be filled through openings with breathing air or other gases as needed

The gas layer can be used to isolate the body temperature from the ambient temperature.

The garment has a lower weight and a small transport volume in the deflated state due to the lack of solid filling material.

In areas where unexpected temperatures can occur (desert, high mountains ...), this clothing is advantageous because it can either serve as a wind and weather protection in the deflated state or in the filled state can warm or cool depending on the outside temperature ,

The inflatable chambers are made of gas-impermeable, flexible material, preferably plastic. The chambers will be constructed so that they do not deploy until the mobility of the wearer is substantially reduced.

The chambers can be made by hoses, selectively welded surfaces, etc.

The material of the chambers can already form the garment.

The chambers may also be surrounded by tissues. Openings between the

... chambers can arise or be built into these (FIGS. 3, 4, 5, 6), allow the body to transpire outwards and thus keep it dry. Therefore, the surrounding material should be as breathable as possible, preferably a microfiber, which allows the escape of perspiration, but can not penetrate environmental influences such as snow, rain, wind, etc.

The chambers have as easy to reach and closable openings.

Bags may be attached to the garment.

The garment, preferably on the frets, elastics, buttons, Velcro, zippers, cords, etc. may be attached to vary the width.

The garment may be designed to be packaged in itself by folding and thus easily transported. For example, a jacket can be packed in the hood attached to the neckline, with the laces tied around the center of the body as straps.

The garment, preferably a jacket which consists of two closable front parts, a back, two sleeves and a neckline may have on the side parts continuous fasteners (zipper, Velcro, snaps, buttons, etc.), whereby the closed front part separated from the back and the sleeves can be removed.

When unfolded, the front part and the back part thus provide a soft mat, which compensates and compensates for unevenness in the floor, for sitting and lying down (eg bivouacing).

AT 000 008 Ul

The sleeves can be provided from the armpit to the hand with closures (zipper, Velcro, push buttons, buttons, etc.), whereby they can be used to rails of injured body parts.

At the neckline a collar or a hood can be attached.

FIGERENTBERSICHT

Fig. 1 illustrates a jacket. The jacket consists of two front parts. These can contain inflatable chambers The front parts can be connected by closures. The jacket also consists of a back part which may contain inflatable chambers. The jacket may have two sleeves that may contain inflatable chambers. The jacket is provided with closures on the side.

Fig. 2 illustrates the jacket of Fig. 1 when the sleeves at the closures are severed and the side closures are opened. As a result, front and back can be disassembled and the garment can serve as a seat or Liegeunteriage.

Fig. 3 shows a cross section of a possible chamber system (a) in the uninflated state, which is enclosed on both sides by tissue (b). Between the chambers, the body moisture can escape to the outside (c).

Fig. 4 shows the cross section of Fig. 3 in an oblique view, wherein the chambers (a) are gas-filled and therefore expanded. The chambers are surrounded by tissue (b)

Fig. 5 shows a possible solution for the arrangement of the tubes in the left front part of a jacket (Fig. 1). Fig. 5a shows the tissue surrounding the chambers. Fig. 5b shows the inflatable hmenteil. Fig. 5 c shows the possible openings in the inner part, which can give this one hand by the welds shape and strength, on the other hand to allow the escape of body moisture. Fig. 5 d shows a tubular opening for filling the gas at the neckline

Fig. 6 illustrates another possible solution for the chambers. Fig. 6a denotes the tissue surrounding the chambers. Fig. 6b shows the inflatable hmentol Fig. 6 c shows angular openings of the inner part, which can give this one hand by the welds form and .Festigkeit, on the other hand to allow the escape of body moisture. Fig. 6d shows a tube-like opening for introducing the gas at the neckline

Fig. 7 illustrates another possible solution for the chamber system. Two gas-tight fabrics are selectively connected together to maintain their flat shape when inflated.

AT 000 008 Ul