Smartseal As

Laerdal Medical As

Rune Knutsen

Jeroen Gerrit Anton Gebbink

Helge Fossan

Helge Myklebust

Kjetil Naesje

Kyrre Delin Fredriksen

Kenneth George Morallee

Kjetil Næsje

Geir Strand

John Minagawa-Webster

The disclosure relates to a device () and method for handling a sealing device () in order to position the discharge pipe () of a valve () of the sealing device into a storage position. The handling device comprises a cap support () to be arranged at the downstream side of the protective cap () and configured to support the protective cap, and a pushing device () arranged at the upstream side of the base and configured to apply a first pushing force on the base () and/or valve housing () so to urge the base, valve and protective cap against the cap support and to apply a second pushing force on the discharge pipe of the valve to urge the discharge pipe to its storage position.

Device and method for handling a sealing device

The disclosure relates to a sealing unit for sealing a container wall opening. The sealing unit comprises inner and outer housings defining a gas flow passage arranged between an outer surface of the inner housing and an inner surface of the outer housing. The inner housing is movable in axial direction between a first axial position wherein the gas flow passage is closed and gas is prevented from flowing into or out of the container and a second axial position wherein the gas flow passage is open and gas is allowed to flow in a generally axial direction into or out of the container. The sealing unit also includes a biasing element arranged between the outer and inner housings and configured to urge the movable inner housing to move to the first axial position. A liquid flow passage including a liquid seal unit is defined inside the inner housing.

Sealing unit for a container

The present disclosure relates to a sealing device () for sealing a receptacle, the sealing device comprising: —a base () comprising a discharge conduit (), —a valve () mounted on the base, the valve comprising a discharge pipe () at least partially protruding in the discharge conduit of the base and an end mounted on an upstream end of the discharge pipe, —wherein the end of the discharge pipe is configured to, at least in one mode of the sealing device, cooperate with the discharge conduit to thereby seal the discharge conduit of the sealing device, —wherein the base is configured to be mounted on a receptacle, —the base and the valve are integrally connected at a portion of the sealing device remote from the discharge conduit.

Sealing device for sealing a receptacle

A closure is for a container, for example a beverage container. In some examples the closure comprises an outer portion connectable to an opening of the container, an axially actuatable inner portion having a sealing member for restricting fluid flow through the closure with the inner portion in a first position and allowing fluid flow through the closure with the inner portion in a second position axially displaced relative to the outer portion, and an annular membrane connecting the outer and inner portions and configured to provide a returning force to resiliently bias the inner portion towards the first position. A beverage container comprises a closure. A method is for operating a closure.

Closure for a container, beverage container and a method of operating a closure

A system and a method is disclosed for monitoring parameters during cardiopulmonary resuscitation, including a compression measuring means, a ventilation measuring means and a processing means. If at least one of the measured values deviate from a respective reference range, the processing means provides an indication of the deviation. If more than one of the measured values deviate from a respective reference range, the deviations are prioritized with an indication being provided first to the deviation having a higher priority. The invention also regards a device for positioning on a patient's chest during cardiopulmonary resuscitation, which measures compression and which comprises a feedback module for providing a tactile output related to the measurements.

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Hundvag, Norway

Rune Knutsen