A system and method for optimizing a rescue operation of an individual. The method comprises maintaining, by an individual engaged in an activity, an unmanned aerial vehicle (UAV) associated with and in proximity to the individual. For storage at the UAV, the individual records at a recording device a message. A sensor device is configured to detect a situation requiring a need to rescue the individual at a current location, and generates a trigger signal in response to a detection. In response to the receipt of the trigger signal, a current GPS location of the individual is recorded and a launching of the UAV to traverse a flight-path to a destination location. At or before arriving at the destination location, the UAV contemporaneously provides the stored recorded message and current GPS location of the individual to an emergency response authority to inform of the individual's situation and location.

A survival device for feeding a steady supply of breathable air into an environment, including: a housing, the housing including: at least one inlet, at least one pump/fan, at least one power resource, a controller, and the survival device further including: at least one outlet wherein the at least one inlet is connected with a pump/fan inlet, and the at least one outlet is connected with the at least one pump/fan outlet via an air supply pipe, the air supply pipe having a rigid form factor, the outlet further includes an internal stiffening element for providing a stable and flexible form factor of the outlet.

A survival device for feeding a steady supply of breathable air into an environment, including: a housing, the housing including: at least one inlet, at least one pump/fan, at least one power resource, a controller, and the survival device further including: at least one outlet wherein the at least one inlet is connected with a pump/fan inlet, and the at least one outlet is connected with the at least one pump/fan outlet via an air supply pipe, the air supply pipe having a rigid form factor, the outlet further includes an internal stiffening element for providing a stable and flexible form factor of the outlet.

An emergency apparatus having: a foldable shovel having: a shovel handle; a shovel head pivotally engaged with the shovel handle; a lighting apparatus associated with the shovel handle; a leveler apparatus associated with the shovel handle; and a utility slot nested within the shovel handle; and a carrying case configured to engage with the foldable shovel and secure the foldable shovel to a user. Different embodiments of the carrying case may be capable of providing additional functions, such as providing redundant lighting and leveler apparatuses, and additional storage space. The emergency apparatus is sufficiently small and lightweight to avoid encumbering the user.

An emergency apparatus having: a foldable shovel having: a shovel handle; a shovel head pivotally engaged with the shovel handle; a lighting apparatus associated with the shovel handle; a leveler apparatus associated with the shovel handle; and a utility slot nested within the shovel handle; and a carrying case configured to engage with the foldable shovel and secure the foldable shovel to a user. Different embodiments of the carrying case may be capable of providing additional functions, such as providing redundant lighting and leveler apparatuses, and additional storage space. The emergency apparatus is sufficiently small and lightweight to avoid encumbering the user.

A wearable safety system comprising a harness comprising a back protection panel, two shoulder straps and a hip belt. The harness is configured to be worn on the torso of a wearer. The system further comprises at least one inflator; and at least one airbag. The wearable safety system is configured to generate an activation signal upon detection of an accident. The at least one airbag is configured to be inflated upon the generation of the activation signal and to be deployed to form at least one inflated body having an extension across at least one of the head and shoulders of the wearer, the thorax area of the wearer and the hips of the wearer. Further, a bag arrangement is provided.

The present invention relates to a portable airbag system for people, comprising a support intended to be worn by a user, and an airbag device comprising at least one inflatable bag having at least one central part (2a) designed to be disposed behind the head of a user after triggering. The airbag device is assembled in a cover or bag part forming a unit configured to be disposed entirely on the back of a user before deploying, the airbag device being fixed by means of a fixing device such as to be removable and separable from the support.

The present invention relates to a portable airbag system for people, comprising a support intended to be worn by a user, and an airbag device comprising at least one inflatable bag having at least one central part (2a) designed to be disposed behind the head of a user after triggering. The airbag device is assembled in a cover or bag part forming a unit configured to be disposed entirely on the back of a user before deploying, the airbag device being fixed by means of a fixing device such as to be removable and separable from the support.

The present invention provides a perforator for breaking a closing member at a gas outlet of a gas bottle to allow a gas to flow out, including the cylindrical housing having three openings, namely, a first opening at a first end portion, a second opening at a second end portion which is opposite to the first end portion, and a third opening formed in a circumferential wall portion, an ignition device being fixed at the first opening, the second opening to be connected to the gas bottle and the third opening serving as a gas discharge portion, an first piston and a second piston being disposed, in the order of the first piston and the second piston, from the side of the ignition device to the side of the second opening in the cylindrical housing, and when a pressure created by actuation of the ignition device is received, the first piston moving in an axial direction inside the cylindrical housing, and the second piston moving towards the second opening inside the cylindrical housing by receiving the movement of the first piston.

The invention relates to an avalanche airbag (2), comprising a deployable outer bag (12), consisting of a flexible, gas-permeable material, and a deployable inner bag (13), consisting of a gas-tight elastic material and inflatable with gas, whereby the inner bag (13) is arranged inside the outer bag (12). The material of the inner bag (13) has an elasticity of at least 25%. The avalanche airbag (2) facilitates rapid deployment after activation over the entire temperature range as well as a small pack volume with a low total weight. Furthermore, the invention relates to a method for manufacturing an avalanche airbag (2) and an avalanche airbag system.