Abstract: An airbag-helmet having a protective main body (10) having an inner surface pointing towards the head of the user when the helmet is worn, and an outer surface pointing away from the head of the user when the helmet is worn. Further, an inflator (40) and an airbag (30) being attached to the protective main body (10) at least indirectly and being in fluid communication to the inflator (40) are provided. The airbag (30) includes at least one tubular protection section (30a, 30b, 30c) extending from the outer surface of the protective main body (10) when the airbag (30) is filled with gas by the inflator (40).

Abstract: A comfort padding, configured to be attached at an innermost surface of a helmet, which is facing a wearer's head, for providing a sliding movement in the comfort padding in response to an oblique force applied to the helmet in use is provided. The comfort padding comprises a layer of membrane material provided closer to the helmet than a layer of stretchable fabric or nonwoven material, and between the two layers there is a layer of open cell polymer foam, the membrane layer has a low friction surface allowing for a sliding movement between the layer of open cell polymer foam and the membrane material. A helmet comprising the comfort padding.

Abstract: A helmet (1) comprising: a rigid outer shell (2); at least one inner portion (4) comprising a first energy absorbing material; wherein the helmet (1) further comprising a protection device (3) comprising a protective section (3a), wherein the protective section (3a) comprises a surface portion (3b), wherein a second energy absorbing material (5) is arranged between the first energy absorbing material (4) and the surface portion (3b) of the protective section (3a).

Abstract: Boot machining device for angular adjustment of a boot sole. The device includes a support frame, a substantially flat board, or flat frame, connected to the support frame and provided with an opening larger than the sole of the boot in order to provide access, securing arrangement fixed in the support frame for securing the boot in the device such that it is accessible from the top side, arrangement for adjusting and locking the angular position of the boot sole around a transverse axis of rotation, and a machining tool carrier for supporting a machining tool, said tool carrier is slidably arranged on the substantially flat board, or flat frame. The sole of the ski boot, after adjustment of the desired angle in transverse and/or longitudinal direction is machined to be substantially parallel by moving the tool carrier in the plane of the substantially flat board, or flat frame.

Abstract: The present invention relates to a boot machining device for angular adjustment of a boot sole.

Abstract: A child-carrying device comprising a baby carrier (1, 2, 52), a flexible front piece (3), which at upper laterally spaced-apart portions, by means of detachable couplings (31), is connected to the baby carrier, the front piece (3) having a lower central portion that, by an appurtenant connection (40), is connected to an adjacent part of the baby carrier, whereby the front piece (3) forms a child-carrying pocket, the front piece (3) having an upper border part that extends above the level of the upper laterally spaced-apart fittings and has laterally projecting end portions at each side, each of the end portions at the end thereof carrying a first coupling part, which detachably can co-operate with an appurtenant other coupling part, the second coupling parts being carried by the baby carrier in laterally spaced-apart positions.

Abstract: A child-carrying device has a waist belt and a support element that is carried by and that extends upward from the waist belt. The support element has a front piece, which via a lower central part is connected to the support element in order to form a bottom of a carrying pocket. The front piece has laterally spaced-apart attaching elements which are detachably connected to appurtenant adjacent attaching elements that are laterally spaced-apart on the support element. A shoulder strap extends between the respective upper corner areas of the support element in order to extend over one shoulder of the wearer and under the arm on an opposite side of the upper body. This enables the carrying device to be rotated around the upper body part for shifting of the carrying pocket between the front side and back side of the wearer, while the shoulder strap extends over the shoulder.